Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

The electronic device according to claim 11 wherein said selecting results in several selected data records said device comprising said identification device adapted to receive an indication from said external entity 710 wherein said indication instructs said identification device 200 to provide a next data record out of said several selected data record and said configurator means 420 adapted to configure S32 said next selected data record at said identification device 200 which provides S33 said next configured data record as said identification information for being retrievable wirelessly by said external entity 710.

Referring now to Fig.4 data flow between the terminal 12 and the ticket acquirer 16 is shown when dispensing information from the ticket buffer 40.The ticket acquirer 16 could comprise any suitable type ofelectronic ticket information receiver.The ticket acquirer 16 would be located at a predetermined location such as an entrance to a stadium train station or on a bus for example.The ticket acquirer 16 could be connected to a database and a comparer for comparing information received by the ticket acquirer 16 to a list of prepurchased tickets.In an alternate embodiment the ticket acquirer 16 could comprise its own database for comparing identification information in the electronic ticket information to predetermined data for authenticating use of the electronic ticket information to gain access to the event or service or goods.

A method for monitoring a return electrode according to claim 10 further comprising the step of determining at least one characteristic of the at least one pair of split electrode pads as a function of a change in amplitude of the voltage of the feedback signal.

In another embodiment the detection circuit 22 tracks the frequency response of the REM system 50 and determines the complex impedance thereacross.Electrical impedance describes not only the relative magnitudes of the voltage and current but also the relative phases.Impedance is a socalled complex value wherein the real part relates to the resistance and the imaginary part relates to the reactance.The abovedescribed embodiment provides for measuring only the magnitude of the impedance.In other words the detection circuit 22 measures the resistance component of the impedance which then serves as an estimate of the actual impedance.In order to measure the actual impedance both the resistance and the reactance components e.g.real and imaginary components must be measured and calculated.The present disclosure provides for an REM system 50 and method for determining actual complex impedance.

An axial turbine comprising an upstream turbine stage including a plurality of upstream nozzles 4a arrayed in a tangential direction between an upstream diaphragm outer ring 1a and an upstream diaphragm inner ring 2a a plurality of upstream buckets 5a disposed on an outer peripheral side of a turbine rotor 3 and arrayed in the tangential direction and a cover 6a disposed at a distal end of the upstream bucket 5a and opposed to an inner wall of the upstream diaphragm outer ring 1a across a gap and a downstream turbine stage including a downstream diaphragm outer ring 1b disposed downstream of the upstream turbine stage the downstream diaphragm outer ring 1b having an inner peripheralside end wall shaped into a flare a plurality of downstream nozzles 4b arrayed in the tangential direction between the downstream diaphragm outer ring 1b and a downstream diaphragm inner ring 2b and a plurality of downstream buckets 5b disposed on the outer peripheral side of the turbine rotor and arrayed in the tangential direction the inner peripheralside end wall of the downstream diaphragm outer ring 1b having a flare angle formed to be greater than a slant angle of an inner peripheralside wallof the cover wherein the inner peripheralside end wall of the downstream diaphragm outer ring 1b is formed to have a meridional shape that has at least one inflection point between the upstream turbine stage and the downstream turbine stage and such that a tangent at the inflection point with respect to a steam flow direction has a positive gradient.

In order to orient the working fluid flow which is axially spreading as it advances outwardly on the upstreamside wall surface 18 of the outer diaphragm 8 a spread angle 4 at the upstreamside edge Z of the upstreamside wall surface 18 is determined through numerical fluid analysis and tests in similar way to the inner wall surface 19 such that it suits to the streamline of the working fluid flowing from the upstream side.The upstreamside wall surface 18 is formed such that the spread angle thereof gradually increases with increasing distance from the upstreamside edge toward the downstreamside so as to gradually orient the working fluid flow outwardly as it advances toward the extraction chamber.

The method of claim 13 wherein the accesses to the data structure for the plurality of different first keys of the packet are performed for all the first keys even if a matching rule was already found for the packet.

In the firewall a decision module or engine here called a domain support engine DSE determines which security policy to use for a new network session.Each new session must be approved by the security policies of the source domain and the destination domains.For connections going to the Internet it is likely that only a single domaincheck is performed.The DSE makes the domain selection based on the incoming or outgoing network interface as well as on the source or destination network address of each packet.Inclusion in packets of source or destination addresses allows for multiple users to be supported by a single network interface.The incoming or outgoing network interface may be in the form of a network interface card NIC e.g.an Intel EtherExpress Pro 100B card available from Intel Corporation.

The windshield device of a saddleride type vehicle according to any one of claims 1 to 3 wherein a pair of the guide rails 82 on left and right sides are provided and the link mechanism 84 is disposed between the pair of left and right guide rails 82.

The movable portions 92 are slidably supported by the guide portions 91.The electric motor 93 as themoving unit is fixed to a central portion of the supporting member 95.The electric motor 93 is connected to each of the movable portions 92 slidably supported by the guide portions 91 by means of a push cable drive unit 96.The movable portion 92 is moved in the vertical direction while being guided by the guide portion 91 via the push cable 96 by drive of the electric motor 93.The movable portion 92 is moved in the upward direction via the push cable 96 see reference numeral 92 in FIG.9 by applying for example a plus voltage and a minus voltage to a terminal and a connector connected to the electric motor 93 respectively to rotate the electric motor 93 in a specific direction.Meanwhile the movable portion 92 is moved in the downward direction via the push cable 96 see reference numeral 92 in FIG.9 by applying a minus voltage and a plus voltage to the terminal and the connector connected to the electric motor 93 respectively to rotate the electric motor 93 in the reverse direction.

The apparatus according to claim 10 wherein the characteristic information of the wireless communication path includes a Quality of Service level or transmission power of the wireless communication path.

In the proposed MIMO system spatial antenna diversity is applied by using multipleelement antenna arrays.In the present embodiment of the communication system 1 comprising three pairs of antennas on the first station 2 and the second station 3 respectively three strongest communication paths 10 11 12 are chosen as described above wherein the multipath propagation channel transfer function can be defined by the following equationHfH11fH12fH13fH21fH22fH23fH31fH32fH33f

The method as claimed in any preceding claim and including the server determining if the audio signal is received within a given time for authentication.

Fig.7 is a block diagram showing the musical signal generation section 70 and the musical sound signal generation section 70 comprises a musical sound signal creation section 71 for automatically generating a musical sound signal for at least one phrase a musical sound signal storage section 72 for storing musical sound signals generated in the past a musical sound signal transfer section 73 for transferring a data in the automatically generated musical sound signal to a section utilizing the data as query code namely to the query code verification section 514 in the certification server 10 and a musical sound signal transmission section 74for transmitting the automatically generated musical sound signal to the portable terminal 30.

A client device 2a for managing videoconference sessions for an enduser 1 through the use of a videoconferencing server 3 configured to receive from said videoconference server 3 a first video stream associated with a first active videoconference session and to display said first video stream on a graphical user interface 10 characterized in that said client device 2a is further configured to receive from said videoconferencing server 3 a second video stream associated with a second active videoconference session and upon selection of a main videoconference session among said first videoconference session and said second videoconference session to display simultaneously said first video stream and said second video stream on two distinct areas of said graphical user interface 10.

Videophone 15 extends the bandwidth to 7 kHz and automixes multiple microphones to minimize room reverberation.When three or more people are talking each of the remote participants will be placed in a unique location in the stereo sound field.Combined with the highquality audio pickup and increased bandwidth a conference over the network 40 will quickly approach that of being there in person.

The method of any one of the preceding claims where the set of priority levels includes a low priority level a medium priority level and a high priority level.

In a first manner the interception center directly assigns the interception task to the interception NE requesting the interception NE to intercept the target users A and B.

A nontransitory computerreadable medium having recorded thereon a computerreadable program for performing the method of any one of claims 8 to 14.

Using a remote controller 3150 capable of outputting a pointing signal it may be able to select a random thumbnail image data 3110.In order to give a feedback effect to a user a cross shape may be displayed at a point indicated by the remote controller 3150.Of course the cross shape is just exemplary.And the present invention may basically cover the modifications and variations of the display shape provided they come within the scope of the appended claims and their equivalents.The remote controller 3150 capable of outputting the pointing signal will be described in detail with reference to FIG.33 and FIG.34 later.

The apparatus of claim 3 wherein the flow control module is configured to send the transition signal when the data flow value crosses the data flow threshold and the forwarding module is in the first configuration the flow control module configured to not send thetransition signal when the data flow value crosses the data flow threshold and the forwarding module is in the second configuration.

Policing of SLAs is normally done by having for each customer a committed information rate CIR and a peak information rate PIR.Generally speaking the idea is to guarantee packets within the CIR and to try and accommodate packets up to the PIR whenever possible.Generally this is done by using a token bucket algorithm or a leaky bucket algorithm which classifies and marks packets according to whether they are within the CIR exceed the CIR but are within the PIR or exceed the PIR.On the basis of such classification and marking congestion control measures can be taken.The aim of such congestion measures would be to ensure thatin times of congestion only marked packets are dropped and unmarked packets pass through.

A method for producing a lubricating oil composition which comprises incorporating a viscosity index improver that contains a polymethacrylate viscosity index improver and an olefin copolymer viscosity index improver so that the amount of the polymethacrylate viscosity index improver is from 3.0 by mass to 9.5 by mass based on the total amount of the lubricating oil composition and a metallic detergent containing at least one selected from calcium sulfonate calcium phenate and calcium salicylate in at least one base oil selected from mineral oils and synthetic oils so that the calcium amount derived from the metallic detergent is from 500 ppm to 1500 ppm based on the total amount of the lubricating oil composition that the hightemperature highshear viscosity at 150C of the lubricating oil composition is 2.6 mPas or more that the hightemperature highshear viscosity at 80C of the lubricating oil composition is 7.8 mPas or less and that the ratio of the hightemperature highshear viscosity at 100C of the lubricating oil composition to the hightemperature highshear viscosity at 150C thereof is 2.05 or less.

As the ashfree friction modifiers used in the present embodiment any compound usually used for the friction modifier for the lubricant oil can be used and examples thereof include ashfree friction modifiers such as amine compounds fatty acid esters fatty acid amides fatty acids aliphatic alcohols and aliphatic ethers having at least one alkyl group or alkenyl group with 6 to 30 carbon atoms particularly linear alkyl group or linear alkenyl group with 6 to 30 carbon atoms in the molecule.Examples thereof also include one or more compounds selected from the group consisting of the nitrogen containing compounds and acid modified derivatives thereof represented by the following formulas 8 and 9 and a variety of ashfree friction modifiers exemplified in WO 2005037967

The method of claim 1 wherein in step a the state of use of the hardware in the hardware status table is set to off beforehand.

In the battery powered state the transition from the state St3 to the state St4 is effected by the operation of the RC 16.In other words a maximum power saving effect is obtained by this transition.Accordingly the battery operation time can be extended in a specific function of the system body 100 by the remote operation e.g.a function of reproducing music to allow the user to listen to the music with the headphone.Further the transition from the state St4 to the state St3 is effected by the operation of the operation buttons 13 of the system body.

The manufacturing method according to claim 10 wherein the preparing of the polarization film includes preparing the polarization film that projects a mirror image of an object facing an incident surface of the polarization film by reflecting light of the first polarization and wherein the mirror image has the predetermined color coordinates.

Moreover the surface on the viewing side of the reflective polarizer 110 is preferably flat.When the surface on the viewing side of the reflective polarizer 110 is flat the mirror surface state can be configured more excellently and quality as a mirror can be enhanced.Thus the situation that the specular reflection light of the outside light O having high intensity tends to enter the users eye in the display mode will not occur.Such a situation may occur when the surface is not flat.Therefore the visibility of the display image can be prevented from being reduced.Preferably the surface is optically flat optical flat particularly in the visible light area.

A luminaire comprising a plurality of semiconductor light sources 30 mounted on a board 20 60 sealing bodies 4570 which are provided on the respective semiconductor light sources 30 and contain a phosphor excited by a primary light emitted from the semiconductor light sources 30 and a light color adjusting part 55 57 59 80 90 which contains the phosphor and is provided between arbitrary adjacent sealing bodies 45 70 or is provided by causing a shape or a characteristic of an arbitrary sealing body 57 59 90 among the plurality of sealing bodies 45 70 to be different from that of another sealing body and adjusts light color emitted from the plurality of sealing bodies.

Referring to FIG.3G each annular resin frame 30 can be a phosphor resin.In other words phosphor powders can be selectively add to each annular resin frame 30 according to different requirements in order to decrease dark bands that are generated between the first translucent packageresin body 40a and the second translucent package resin body 40b.Hence each annular resin frame 30 may be a phosphor resin or a light reflecting resin according to different requirements.

A method for controlling a gas turbine engine 10 the gas turbine engine 10 including a compressor section 12 the method comprising determining sensor signals using system sensors 36 estimating corrected speed signals and synthesis signals using the sensor signals the synthesis signals including an estimated stall margin remaining determining actuator goals for a HMPC module 60 using the corrected speed signals receiving power goals and operability limits by the HMPC module 60 determining a multivariable control command for the gas turbine engine 10 using the HMPC module 60 the multivariable control command determined using the power goals the operability limits actuator goals sensor signals and synthesis signals and controlling the gas turbine engine 10 based on the multivariable control command using an actuator 34.

Physicsbased componentlevel models CLM have been employed for various applications including certain control systems.A CLM is generally a complicated iterative model.Such a model may require extensive processing when used in an optimizer for example thereby delaying convergence of the optimization.In this regard a nonlinear analytic and noniterating model may be implemented.This model is referred to herein as a simple realtime model SRTM.In a particular embodiment this model is used in both the state estimator 120 and the control module 140.

An image processing method comprising generating a composite image 113 that is a surrounding image of a vehicle 100 viewed from a virtual viewpoint based on an input image input from each of a plurality of invehicle cameras 2a to 2d specifying an image pattern to be output as the input image among a plurality of image patterns for each of the invehicle cameras 2a to 2d determining whether all of a plurality of image pattern responses transmitted from the invehicle cameras 2a to 2d match with the image pattern and displaying a certain preparation image 112 on thedisplay unit 4 when a display switching condition to the composite image 113 is satisfied and displaying the composite image 113 on the display unit 4 instead of the preparation image 112 when it is determined that all of the image pattern responses match with the image pattern.

FIGS.4A through 4D illustrate how the display modes of the synthesized image may be switched in the present invention.Specifically FIG.4A illustrates a synthesized image displayed in normal mode.As shown in FIG.4A the movable parts of the vehicle are all closed and a natural image is presented.FIG.4B illustrates an exemplary synthesized image displayed in alert mode.The image shown in FIG.4B illustrates a situation where the right door of the vehicle opened.In the synthesized image shown in FIG.4B the images taken by cameras Nos.1 and 2 mounted on the right door of the vehicle are not used for image synthesis and instead part of the synthesized image corresponding to these images in question is filled in a predetermined color.Alternatively that part may be filled with any arbitrary pattern.Also the colors may be changed at appropriate time intervals.

A circular stapling device comprising a handle assembly an elongate body that extends from the handle assembly a cartridge assembly mounted on a distal end of the elongate body the cartridge assembly defining an annular containment groove the cartridge assembly including a housing a pusher member supported within the housing and being movable between a first position and a second position and a fastener cartridge body supported on the housing and having a tissue engaging surface that extends to an annular edge a circular cartridge buttress member having a body portion and an extension portion the body portion being supported on the tissue engaging surface of the fastener cartridge body the extension portion extending from the body portion and over the annular edge of the tissue engaging surface and a retaining ring member secured within the containment groove over the extension portion of the circular cartridge buttress member to releasably secure the circular cartridge buttress member to the fastener cartridge body.

The fastening member may be provided in the form of an annular ring 130 which is secured around circumferentially arranged tabs 120 such that annular ring 130 applies a radially inward force against tabs 120 disposed across groove 71.In this manner annular ring 130 overlies groove 71 and is substantially flush with portions of buttress member 112 andor tabs 120 that are disposed on or against outer wall 79 of staple cartridge assembly 70.Such configuration enables buttress member 112 to be securely positioned in place with respect to staple cartridge assembly 70.

The mobile terminal as claimed in any one of claims 1 to 10 wherein the controller is configured to display at least one recently captured image on a window generated in response to the second drag input when the received notification message is not present and to execute a gallery application upon release of the second drag input.

The edge of the touchsensitive display 118 which may be an edge of the display area 204 may be associated with an element which may include applications tools andor documents.Applications include software applications for example email calendar web browser and any of the myriad of software applications that exist for electronic devices.Tools may include for example keyboards recording technology and so forth.Documents may include pictures or images emails application documents such as text documents or spreadsheets webpages and so forth.For example each edge of the display area 204 may be associated with a different group of elements.A group may include one or more elements or a combination thereof.Groups of elements may be associated with any location along the edge of the touchsensitive display 118.Edges include for example one or more of the corners 214 216 218 220 of the touchsensitive display 118 corners 222 224 of displayed information borders between displayed information such as between a keyboard text or other separated displayed information the sides 226 228 230 232 of the display area 204 along borders between displayed information andor at other locations along the sides 226 228 230 232.Edges may be associated with the display area 204 andor the nondisplay area 206.

The method of claim 1 wherein the second level of permissions differing from the first level of permissions by including a channel change functionality.

In one embodiment the method comprises downloading a further object containing a library or the downloaded object further containing a library said library comprising new routines andor new functions to be called by an application or library stored in the apparatus and installing the library to enable access of functions through the application interface API.

A detergent box assembly for a washing machine comprising a detergent box a distributor box having a front plate a rear plate and a receiving chamber provided therebetween said receiving chamber configured to store a laundry treat agent the distributor box being movably disposed within the detergent box and adapted to move between an open position and a closed position a keypress being provided in the front plate and a driving subassembly disposed in at least one of the detergent box and the distributor box and configured to drive the distributor box to move from the closed position to the open position when the keypress is pressed.

In actual use when drawer 3 is in the withdrawn position pin 52 engages tooth 63 and keeps drawer 3 inthe withdrawn position in opposition to spring 11 which is preloaded to exert torque on gear 15 by means of end 31.To open drawer 3 the user simply pushes lightly on the front surface of drawer 3 flush with front panel 7 to overcome the resistance of spring 11.The resulting slight withdrawal movement of drawer 3 inside seat 4 produces a relative movement between pin 52 which remains stationary by being secured to tank 6 by casing 16 and tooth 63 which withdraws with drawer 3 thus releasing pin 52 which comes to rest against inclined stop surface 64.

The mobile device 100 of any one of Claims 4 and 5 further characterized by a routing module 5 coupled to said SD card slot 4 said control unit 12 and said first electronic card slot 2A a wireless communication module 7 coupled to said routing module 5 and said control unit 12 and an antenna module 6 coupled to said wireless communication module 7 characterized in that said control unit 12 is further configured to control operation of said routing module 5 to connect electrically one of said first electronic card slot 2A and said SD card slot 4 to said wireless communication module 7.

In at least one embodiment the wireless communication device further includes a smart card such as a dual mode smart card.

The sensor of any preceding claim wherein the first light detector and the second light detector comprise similar or identical characteristics.

The detection system which is the main embodiment of the invention consists for example of the dual element type P4488 series pyroelectric detector from the Hamamatsu Corporation Bridgewater NJ with two pyroelectric sensing areas 11 and 12 covered by a silicon window 13 with a 5 m long pass filter to pass only infrared radiation which corresponds to emission in the range of the internal temperature of a human body as shown schematically on FIG.4a.One of the sensing elements 11 is covered by a negative correlation filter when the other sensing area 12 is covered by an appropriate attenuation filter which does not have spectral bands characteristic to the measured analyte.Spectrally modified infrared radiation from for example the tympanic membrane illuminates both windows one with a negative correlating filter which blocks radiation in the absorption bands for the analyte to be measured and the other which passes through a neutral density filter capable of blocking radiation equally at all wavelengths in the range of interest.It is to compensate for overall attenuation by the negative correlating filter in the first sensing area.The two sensing areas 11 and 12 of the detector 7 whose top view is shown on FIG.4b are connected so that theiroutputs are subtracted as shown on the electrical internal detector scheme on FIG.4c.Difference of the radiation intensity between the two radiation paths provides a measure proportional to the analyte concentration.The electrical signal from the detector is then sent to the forming electronics 8 system and further to the microcomputer 9 and to the display 10 system as shown in FIG.4.The intensity of this signal is proportional to the spectral difference measured by the detector and thus proportional to the concentration of the body analyte.

The method of claim 2 wherein a user associated with the wireless node assigns priority to services.

In case the applied transmission media support onehop broadcasting a single service announcement message pool Pi can be used for the entire neighborhood of a wireless peer Ni.If this is not the case or in case the message delivery should be controlled in a more finegrained manner another pool Pj can be implemented.This allows e.g.to set the threshold values Rthi of pools Pi assigned to mobile peers Ni to a higher value than the threshold values Rthj of pools Pj assigned to stationary peers Nj.It is also possible to define a nonfixed threshold value Rthi which means a timevariant threshold function Rthi t that can be changed according to external conditions.For example when determining that a neighboring peer N is running low on energy andor other information concerning varying resource availability within said network andor changing link characteristics between a peer Ni and its neighboring peer N the threshold value Rthi of the according service announcement message pool Pi of peer Ni is increased in order to avoid sending unnecessary messages Mik to the neighboringpeer N.

The fluid feed pump according to either one of claims 1 and 2 wherein the compliance of the outlet buffer chamber is at least 10 times as high as the compliance of the pump chamber.

When the amount of change in volume per unit pressure of each of the resilient wall chambers 11a and 11b is such as to be greater than the amount of change in volume per unit pressure of the working fluid which exists in the resilient wall chambers 11a and 11b for the resilient walls 10a and 10b anything that is resilient such as plastic rubber or a metallic thin plate may be used.The resilient walls 10a and 10b may be realized by securing parts that are formed separately of the other wall surfaces of the resilient wall chambers 11a and 11b or by forming portions of wall surfaces of the resilient chambers thin in order to form integral structures.The resilient wall chambers 11a and 11b are connected so that the combined inertance value of the entrance passage 1 is smaller than the combined inertance value of the exit passage 2.

The Xray imaging apparatus of claim 3 wherein in response to one of the respective divided regions being selected the display is configured to activate the GUI for receiving a setting of the Xray irradiation condition for the selected divided region display the GUI on the settings window and display the position of the selected divided region on the camera image.

The controller 220 may control only one of the locations of the Xray generator 230 and the Xray detector 240.

Ethernet switch 9 according to one of the claims 1 to 5 wherein the end systems 5 6 7 comprise line replaceable units LRUs or test environment components such as simulation model execution hosts physical signal inputoutput modules andor data display tools.

FIG.1 is a block diagram of an Ethernetswitched network 100.The network 100 includes a MAN 102 comprising a plurality of nodes represented in FIG.1 by nodes 10411045 10611066.Each of the nodes 10411045 10611066 comprises a router or switch.The nodes 10411045 comprise provider edge PE nodes located on the edge of the MAN 102 for permitting traffic ingress into and egress from the MAN from and to other networks.For example as shown in FIG.1 a first local area network LAN 108 is connected to the MAN 102 via a link between a client edge CE node 110 of the LAN and the PE node 1041.Similarly a second LAN 112 is connected to theMAN 102 via a link between a CE node 114 of the LAN and the PE node 1042.Each LAN 108 112 comprises a plurality of user devices represented in FIG.1 by devices 116A116D 118A118D which can transmit data to and receive data from other devices connected to the MAN 102 via the corresponding CE node 110 114.

The method of any of claims 1 to 4 further comprising downloading priority value data for messages associated with a user when the user registers with the IMS.

When the CSCF charges for the SIP service request the CSCF charging information shall include the priority service ID information when the operator charges different priority service classes with different rates the CSCF charging information also includes the priority service class of the UE.When the operator charges different priority service classes with the same rate the CSCF charging information can include or exclude the priority service class of the UE.

The method according to any of claims 7 to 9 wherein after storing the data on the caching device the method further comprises a step of deactivating the host device and the caching device wherein preferably transferring the downloaded data from the host device to the caching device is done via a wired connection or a wireless connection.

The DVBT signals are received by an antenna 210 of the mobile terminal 200 and are received and decoded by a DVBT receiver 202.

The method according to claim 11 wherein the receiving the command regarding the selection of the channel and the selection of the display mode from the user input unit comprises receiving a command regarding a selection of one of the multiview devices further comprising manipulating a screen corresponding to the selected multiview device based on the command regarding the selection of one of the multiview devices.

First as shown in FIG.2A the settop box 250 and the display device 30 may transmit or receive data wirelessly or by wire.The following description is given focusing on differences from FIG.1.

The method claimed in claim 1 or 2 further comprising storing the expanded set in memory for future searching.

Here rectangles including figures from 1 to N respectively represent recognizers and those rectangles having lower numbers represent stronger approximation.A set of feature vectors obtained from an input image which is a query image is recognized by a recognizer of a first stage.If sufficient evidences can be obtained in the first stage the reliability determination processing stops the recognition process and outputs a result.On the other hand if sufficient evidences cannot beobtained the set of feature vectors are processed by a recognizer in the next stage which has weaker approximation for further recognition.When the process is repeated and the sufficient evidences cannot be obtained even through the process in Nth stage which is the last stage then an image having a largest number of voting is replied as the answer or the image is rejected.Accordingly for such images with respect to which the process is terminated at an early stage significant efficiency in the processing time can be expected and careful recognition with more processing time may be also possible as needed.

The turbine blade damping system of any preceding claim wherein the body portion the first leg and the second leg of the damper cooperate to define the damper sealing surface.

As illustrated in enlarged sectional view in Figure 6 the chamber portal 60 and surrounding seat 62 are inclined outwardly from the shank 30 to the platform 28 at the corresponding splitline 56 at an acute inclination angle A which is preferably about 30 degrees.In this way the damper 64 is loosely trapped between adjacent platforms and is supported by the seat 62 under frictional force at the corresponding inclination angle A when the blades rotate during operation and develop centrifugal force F in the damper 64 itself.

A method of controlling an indoor unit of an air conditioning apparatus the indoor unit being connected with a server so as to be able to exchange information with the server over a network and being remotely controllable by an information terminal via the server the method comprising a first step of acquiring first identification information on the information terminal and a second step of transmitting to the server association information in which the acquired first identification information on the information terminal and second identification information on the indoor unit are associated with each other.

The difference between the local controller 210 and the local controller 110 described above of FIG.1 is that a separate authentication procedure is required for setting restrictions on the manipulation of the local controller 210.The authentication unit 280 receives authentication information inputted from the input unit 250 and performs user authentication.If user authentication is confirmed the manipulation restriction unit 290 receives an input of information restricting the manipulation of the operation manipulating unit 255 again and restricts themanipulation of the operation manipulating unit 255.However the present invention is not limited thereto and if user authentication is performed the manipulation of the operation manipulating unit 255 may be restricted according to stored information.Details about restrictions on the manipulation of the operation manipulating unit 255 will be discussed with reference to the above description of the local controller.

Locking system of weapons by satellite tracking comprising A weapon 10.A first transmitter chip GPS signal 13 A second transmitter chip GPS signal 14 At least a third transmitter chip GPS signal 19 A GPS signal receiver system 1 to track the geographical position of the GPS signal transmitter chips A locking and unlocking system of the trigger of the weapon 9 or 12 A cable 8 connection between the GPS receiver signal 1 and the system of the weapon trigger lock.

The output unit 550 may provide output to a user of the computing device 500.The output unit 550 may comprise a visible output device 552 such as one or more cathode ray tubes CRT liquid crystal displays LCD light emitting diodes LEDs displays using digital light processing DLP technology printers light bulbs andor other similar devices now known or later developed capable of displaying graphical textual andor numerical information to a user of computing device 500.The output unit 550 may alternately or additionally comprise one or more aural output devices 554 such as a speaker speaker jack audio output port audio output device earphones andor other similar devices now known or later developed capable of conveying sound andor audible information to a user of computing device 500.The output unit 550 may also comprise one or more tactile output devices 556 such as a tactor a tactile buzzer tactile cue andor other similar devices now known or later developed capable of providing tactile information to a user of computingdevice 500.The output unit 550 may also comprise part or all of a tactilefeedback suit described below with reference to Figure 6.

A network node for use within a wireless communication network said network node comprising determination logic operable to determine a set of user equipment identifiers for allocation to user equipment within a cell of said network node said determination logic comprising assessing logic operable to assess for a plurality of control channel resources that are available to said network node for locating control messages for transmission to said user equipment whether a signal transmitted by said network node on said control channel resource has at least a predetermined quality level said signal quality assessing step including assessing interference within said control channel resource from control messages sent from at least one neighbouring network node and selecting logic operable to select user equipment identifiers that allow said control messages for said user equipment to be located in at least a predetermined number of said control channel resources where said quality of said signal is assessed to be above said predetermined quality level.

It is desired to map the nine REGs of each CCE to physical resource elements REs distributed throughout the time and frequency domains.It improves time and frequency diversity intercell interference randomization when not all CCEs are used and distributes power among different control symbols when not all CCEs are used.The REGs are interleaved at the base station transmitter and deinterleaved at the UE receiver where the interleaver pattern also depends on the identity of the base station i.e.cell ID.When mapping the interleaved REG sequence to physical REs at the base station they are mapped firstly across a predetermined number data symbols for a fixed frequency and then across frequencies.

A method comprising receiving a message at a mobile device 102 the message indicating that the mobile device 102 is to release resources pertaining to a first communication session 108 for a voice call over a first access network 104 if a handover command has not been received by the mobile device 102 then the mobile device 102 refraining from releasing the resources pertaining to the first communication session 108 and waiting for arrival of the handover command for up to a predetermined amount of time.

The present invention relates to the field of communications especially to a domain transferring method for single radio voice call continuity SR VCC which is accessed the architecture of the long term evolutionsystem architecture evolution LTESAE of the next generation mobile communication networks.

A video decoder comprising an entropy decoding device 140 that includes a first processor that generates entropy decoded EDC data from an encoded video signal that includes run length data motion vector differential data and macroblock header data a general video decoding device 150 coupled to the entropy decoding device 140 that includes a second processor that generates a decoded video signal from the EDC data wherein the general video decoding device 150 includes a neighbor management module 218 that generates motion vector data macroblock mode data and deblock strength data based on the motion vector differential data and the macroblock header data a decode motion compensation module 204 coupled to the neighbor management module 218 that generates interprediction data based on the motion vector data when the macroblock mode data indicates an interprediction mode an inverse intraprediction module 211 coupled to the neighbor management module 218 that generates intraprediction data when the macroblock mode data indicates an intraprediction mode an inverse transformquantization module 220 coupled to the neighbor management module 218 the decode motion compensation module 204 and the inverse intraprediction module 211 that generates reconstructed picture data based on the run length data and on the interprediction data when the macroblock mode data indicates the interprediction mode and based on the runlength data and on the intraprediction data when the macroblock mode data indicates the intraprediction mode and a deblocking filter module 222 coupled to the inverse transformquantization module 220 and the neighbor management module 218 that generates the decoded video signal from the reconstructed picture data based on the deblock strength data.

Examples of obtaining the filtering offsets using the detected QP values are displayed as Equations 2 and 3 provided that the QP values of the blocks are as shown in Table 1 below.Table 1QP VALUES OF BLOCKSP1 PrePQP1 Q1 PreQQP1P2 PrePQP2 Q2 PreQQP2P3 PrePQP3 Q3 PreQQP3P4 PrePQP4 Q4 PreQQP4P5 PrePQP5 Q5 PreQQP5Equation 2horizontal direction FilterOffsetAnorm6 6 PrePQP1PrePQP2PrePQP33 FilterOffsetBnorm6 6 PreQQP1PreQQP2PreQQP33Equation 3vertical direction FilterOffsetAnorm6 6 PrePQP1PrePQP4PrePQP53 FilterOffsetBnorm6 6 PreQQP1PreQQP4PreQQP53

Ultrasonic flow meter according to claim 1 wherein the membrane is electrically connected to the second electrical terminal.

In one embodiment separate first and second parts of the fixing member serve to provide respective first and second electrical connections between the ultrasound transducer and the circuit board.In special embodiments one or more electrical connections are made using Surface Mounted Device SMD technology or a similar automated manufacturing process hereafter in general referred to as SMD technology.The circuit board can be preassembled in an SMD machinery capable of soldering other electrical components onto the circuit board including the ultrasound transducer.Especially the ultrasound transducer may be provided with a thin sheet steel membrane preglued onto the surface in contact with the fluid flow.In such a process the positioning of the ultrasound transducer can be done with the accuracy of the SMD machinery which is measured in the order of fractions of a millimetre such as below 1.0 mm such as below 0.1 mm possibly even below 0.01 mm and the electrical connection between the ultrasound transducer and the circuit board is established.Furthermore the use of e.g.SMD machinery for providing the electrical connections to the ultrasound transducer serves to eliminate the need for wire connections between circuit board and transducer.Wire connections in an automated assembly line make up a subject of difficulty.An advantage of mounting one or more ultrasound transducers directly on the circuit board makes the circuit board suitable for testing prior to final assembly of the flow meter.

The transmitting apparatus according to claim 1 wherein the information adding portion inserts the stream identifier contained in the additional information into a continuity counter area within a header of the transport stream packet.

Playback of service S1 then continues because the zapping burst data 15 has not be transmitted and zapping burst data 15 is thus not received at time t2.After the zapping burst data 15 is received at time t2 the receiver extracts and reproduces the low quality data for service S2 from the zapping burst data 15 as long as service S2 is selected.When service S3 is then selected by the user at time t3 the receiver extracts and begins to reproduce the low quality data for service S3 from the zapping burst data 15.

The method of any of the preceding claims wherein deployment locations of at least a portion of the plurality of first devices are selected by users of a service provider.

The method for combined application of access points requires the following steps.The entity for implementing the following steps is an indoor AP.As shown in FIG.3 the following detailed steps are included

The gas turbine engine compressor of claim 1 2 or 3 wherein the transient liquid phase diffusion process comprises applying a transient liquid to at least one of the first aft sealing surface 122b or the second fore sealing surface 120c and contacting the first aft sealing surface 122b and the second fore sealing surface 120c to fuse the first aft sealing surface 122b and the second fore sealing surface 120c together.

With reference to Figure 12A the blades 64 and seal surface 82 may be formed as segments that include axial wire seals 96 between each pair of the multiple of seal surfaces 82 and each pair of the multiple of blades 64 as well as tangential wire seals 98 between the adjacent HPC spacers 62C and HPC rotors 60C.The axial seals 96 extend between each blade and the tangential seals 98 extend about the rotor on each side of the spacer 62C.In one example the axial seals 96 are configured to extend along a length of each edge of each blade platform 76 and the tangential seals 98 are configured to extend circumferentially about the axis A between fore and aft edges of each spacer 60c and the corresponding circumferential fore and aft edges of the platforms 76 for each set of blades 64.The tangential wire seals 96 and the axial wire seals 98 are located within teardrop shaped cavities 100 Figure 13 such that centrifugal forces increase the seal interface forces.Figure 12B shows an improved secondary flow configuration that takes advantage of the spoked rotor design to provide additional cooling to the high pressure turbine HPT 54 as indicated by arrow 140.This configuration entrains air from the engine gaspath at a midcompressor location and flows through spokes in the disk 66 and spacer 62C portions of the HPC rotors 60C.Flow exits at the aft rotor location and combines with additional air flow to be delivered to a second blade of the HPT 54.As such in thisarrangement existing hardware is utilized for secondary flow geometry to allow elimination of pumps at the aft end of the HPC 52.This cooling system can be utilized in any configuration where sufficient flow passes through slotted rotor geometry at sufficient driving pressures.

The cell monitoring device according to any one of claims1 to 5 wherein the controller is configured to measure a module voltage between the electric lines connected to outermost terminals of the cells and alter the first threshold and the second threshold according to the module voltage such that the first threshold and the second threshold become lower as the module voltage becomes lower.

On the other hand if the abnormality diagnostic section 10 determines the respective voltages across the resistors R1 to Rn resistor voltages are normal Yes in step S71 then the abnormality diagnostic section 10 proceeds to step S73.In step S73 the abnormality diagnostic section 10 determines that no break exists in the lines L0 to Ln that no abnormality exists in the switches SW1 to SWn i.e.all of the switches SW1 to SWn are normal and that none of the cells C1 to Cn is overdischarged or overcharged.

The downhole logging tool 26 of claim 8 wherein the first frequency is between approximately 1010000 Hz the second frequency is between approximately 10050000 Hz and the third frequency is between approximately 11000 kHz.

The electromagnetic tool based on eddycurrent principle is wellsuited for the measurement of both inside diameter and wall thickness of ferromagnetic metallic casing.This tool excites an alternating current in a coil transmitter adapted for inducing eddycurrents in the surrounding conductive casing and measures the induced voltage in a separate receiver coil.Alternatively the tool may measure the impedance of the transmitter coil.The transimpedance is affected by the casing magnetic permeabilitythe electrical conductivityand the inner diameter of the nearby casing.In the case of electromagnetic tool where sufficiently low frequencies and large coilseparations are used measurement of the transimpedance is used to extract the ratio of wall thickness d of the casing to skin depththe socalled electromagnetic thickness d.It is known that the results for inner diameter and wall thickness have to be corrected particularly for variations in magnetic permeability which can be significant for instance due to mechanical stress or heat exposure.Document US 4546314

The induction heater as claimed in Claim 1 or Claim 2 wherein the tank circuit can handle current in the range of about 1090 amps and optionally wherein the tank circuit comprises a plurality of capacitors in parallel with each other providing a current load of at least about 96 amps.

It will be understood by those of ordinary skill in the art that D5 D6 D7 and D8 switch R15 and R16 out of the circuit below about 14 volts which then allows the bias circuitry for Q3 and Q4 to function properly in switching the state of U1 output drivers at the proper timing to keep Q1 and Q2 heat dissipation low.R1 amp R2 have been selected to optimize transition time and energy losses and the efficiency of the drive circuit device U1.Insulated gate bipolar transistors Q1 and Q2 minimize drive power requirements high input impedance and low output on resistance providing minimal collector losses during operation.

The method of claim 7 wherein the detecting a privacy condition in the wireless device comprises detecting an enabled speakerphone in the wireless device.

In Step 213 the controller 100 reads a voice message for reporting the off state of the speakerphone call mode for example A SPEAKERPHONE MODE IS TURNED OFF from the memory 102.In Step 215 the controller 100 transmits the read voice message to the calling partners terminal over the currentlyestablished traffic channel.As described above the voice message may be audio file data such as AAC data PCM data and AMR data and the portable wireless terminal of the calling partner receives and decodes the voice message through a CODEC and reproduces the resulting signal through a speaker.

The learning system according to claim 1 wherein the vehicle comprises a plurality of vehicles the at least one device comprises a plurality of devices installedin the respective vehicles each of the devices further comprises means for obtaining a piece of environmental data associated with at least one of an environment of a periphery of a corresponding one of the vehicles and an environment of a corresponding one of the vehicles itself the performing means of each of the devices performs the predetermined process associated with a corresponding one of the vehicles using the data and the corresponding piece of environmental data the sending means of each of the devices sends to the server system a piece of the learning data and the corresponding piece of environmental data the server system comprises a main server and a plurality of sub servers communicable with the main server the main server comprises means as the obtaining means of the server system for obtaining the learning data and the piece of environmental data sent from each of the devices first means as the performing means of the server system for performing the learning process on at least the factor defining the predetermined process using the pieces of the learning data sent from all the devices to generate a first piece of the update data for updating at least the factor defining the predetermined process means for categorizing the pieces of the learning data sent from all the devices into a plurality of groups of learning data according to the pieces of the environmental data sent from the respective devices and means for sending the groups of learning data to therespective sub servers and for sending the first piece of the update data to each of the sub servers each of the sub servers comprises second means as the performing means of the server system for performing the learning process on at least the factor defining the predetermined process using a corresponding one of the groups of learning data and the first piece of the update data to generate a second piece of the update data for a corresponding one of the groups of learning data for updating at least the factor defining the predetermined process and the updating means of each of the devices updates at least the factor defining the predetermined process based on a corresponding one of the second pieces of the update data a corresponding one of the second pieces of the update data matching with the piece of the environmental data sent from a corresponding one of the devices.

Fig.1 shows a driver assist system according to an embodiment of the invention.The driver assist system is based on a distributed architecture in which one portion is located in a vehicle 100 and the other portion is located outside the vehicle in a mapdatabase server 200.

The secure access device 1 according to any one of Claims 8 to 11 the tobeaccessed device including a storage device 4 characterized in that the first control regulation includes at least one of a onetime access regulation and a onetome instruction regulation the onetime access regulation being an access regulation on instructions transmitted by the legit app program to said processing unit 16 the onetime instruction regulation being a code regulation on instructions for said processing unit 16 and the legit app program and characterized in that the onetime access regulation of the first control regulation includes an access regulation on an instruction transmitted by the legit app program to said processing unit 16 for accessing a hidden area 42 of the storage device 4 the hidden area 42 being unable to be detected read or written by the operating system 311.

Next calculation complication information 1023 will be explained.

Control system 2 for controlling a machine 1 comprising carrier control means 90 for controlling a motion of a plurality of carriers 61 62 63 64 65 on at least two tracks 10 20 30 40 45 arranged spaced to each other and being arranged to receive at least one movable coil 50 51 52 53 51 52 and coil control means 80 for controlling a motion of said movable coil 50 51 52 53 51 52 being movable between said at least two tracks wherein said movable coil 50 51 52 53 51 52 is usable for moving a carrier of said plurality of carriers between said at least two tracks.

Likewise the automated transport vehicle 3 disposed to travel on the consumptionside line 6 exclusively repeats a cyclic movement consisting of the following actions the automated transport vehicle 3 enters the outward line section 7A through the exit 7a2 causes a first encountered workpieceloaded carrier 2 to travel with it moves from a fork 43 to the consumption area 5 and delivers workpieces required in the consumption area 5 at an appropriate time in an appropriate amount.Then the automated transport vehicle 3 causes the carrier 2 that has been emptied by unloading the workpieces in the consumption area 5 to travel with it and when detecting the command tape 16 enters the homeward line section 7B of the buffer line 7 through the entry 7b1 with the empty carrier 2 moves forward a distance equal to the overall length of the empty carrier 2 and stops in the fixed position 12 according to an instruction from the command tape 16.Then the automated transport vehicle 3 disconnects puts down and leaves the empty carrier 2 exits the homeward line section 7B and returns up to the fork 46.Then the automated transport vehicle 3 moves to the outward line section 7A enters the outward line section 7A through the exit 7a2 connects with a first encountered workpieceloaded workpiece carrier 2 and causes the workpieceloaded workpiece carrier 2 to travel with it back to the consumptionside area 5.

The cooling apparatus according to one of claims 1 to 5 wherein the base plate 9 comprises a second surface 12 arranged along a part of the flow path of the airflow 18 to dissipate heat directly from the base plate 9 to the airflow 18.

The condenser channels 8 are arranged in the vicinity of the second surface 4 in order to transfer heat from the fluid in said condenser channels to the second surface 4.The first connecting part 9 shown in the lower end of the mounting base 1 in the example of Figures 1 and 2 receives the fluid from the condenser channels 8 and passes the fluid on into the evaporator channels 9.

Method of any of the claims 1 to 4 wherein the premarking data are extracted from the output of the Descrambler.

The target of the present invention is any decoder alternatively receiver having a socalled opened structure.Such decoder consists of at least a security module 2a and a descrambling module 2b Figure 2.In the scenario of a conventional DRM the former is responsible to the rights management as well as the extraction of the decrypting keys while the latter performs the decryption with the key Control word supplied from the former.

The assembly according to claim 1 wherein the joint part is sheetshaped and a width of the joint part at the corner part of the polygon is larger than a width of the joint part in a portion other than the corner part of the polygon.

Next frame body 6 and gasket 7 will be described.As illustrated in FIG.4 and FIG.5 frame body 6 is formed of first frame body 6A second frame body 6B and third frame body 6C.First frame body 6A second frame body 6B and third frame body 6C have shapes illustrated in FIG.7 FIG.8 and FIG.6 respectively.In MEA 5 membrane 5A is larger than catalyst layers 5B and diffusion layers 5C which are formed on the both surfaces of membrane 5A.Accordingly only the peripheral edge portion of membrane 5A protrudes toward an outer side and is exposed.In addition the peripheral edge portion of membrane 5A which protrudes and is exposed is disposed between first frame body 6A and second frame body 6B and is sandwiched by first frame body 6A and second frame body 6B.According to this configuration MEA 5 is held by frame body 6.

An information processing apparatus 101 comprising acquiring means 501 503 for acquiring original data conforming to an original data format converting means 507 for converting said original data to converted data which conforms to a converted data format generating means 506 for generating content information for an associated item of data the content information being generated based on property information and the content information indicating whether the associated item of data is original data or converted data and transmitting means 501 for transmitting said content information and said associated item of data to another device said transmitted content information causing said another device to determine data schemes to be played on said another device and the transmitting means being responsive to a transmission request from said another device to transmit to said another device the associated item of data.

Formatter 625 creates a music distribution compatible coupled file with the data structure shown in FIG.10b or 11b using the transferred data under the control of main MPU 605 step ST110.The created file is recorded on disc 100 via data processor 603 and disc drive 602 step ST112.

The apparatus according to claim 7 wherein the processor is configured to indicate the risk level by indicating a first indication if the risk level indicates an imminent perforation and indicating a second indication different from the first indication if the risk level indicates an actual perforation.

Reference is now made to Fig.1 which is a schematic illustration of a tenting detection system 20 and to Fig.2 which is a schematic diagram of a distal end of a probe used in the system according to embodiments of the present invention.System 20 comprises a probe 22 herein assumed to be a catheter and a control console 24.In the embodiment described herein it is assumed by way of example that probe 22 may be used for mapping electrical potentials in a heart 26 of a patient 28.Alternatively or additionally probe 22 may be used for other therapeutic andor diagnostic purposes such as for ablation in the heart or in another body organ.

The information processing program according to any one of claims 3 to 5 whereinwhen the direction indication operation is made the direction indication means can simultaneously indicate a direction and a magnitude in the direction and the display range offsetting means offsets the first display range by an amount of offset based on the magnitude indicated by the direction indication operation made on the direction indication means and in the direction indicated by the direction indication operation.

The abovementioned first display range setting means moves the range to be displayed on the first display device in accordance withthe change of the attitude of the first display device in at least the same direction as the change.Alternatively the first display range setting means increases the amount of movement of the range as the amount of change of the attitude of the first display device is increased.Still alternatively the first display range setting means makes the amount of change of the attitude of the first display device equal to the amount of change of the attitude of the virtual camera for generating the image of the range.The first display range setting means may control the change of the attitude of the virtual camera from the reference attitude to the current attitude in accordance with the change of the attitude of the first display device from the reference attitude to the current attitude or may control the change of the attitude of the virtual camera from the immediately previous attitude to the current attitude in accordance with the change of the attitude of the first display device from the immediately previous attitude to the current attitude.The abovementioned attitude may be set twodimensionally or threedimensionally.

An electronic device comprising a processor 1416 a memory 1418 communicatively coupled to the processor 1416 configured to store information operated upon by the processor 1416 and a user input device 102 comprising an illumination source 402 an image sensor module 406 a translucent layer 408 disposed above the illumination source 402 and the image sensor module 406 the translucent layer 408 comprising at least a first set of patterns 414 disposed thereon and a deformable layer 418 disposed above the translucent layer 408 the deformable layer 418 comprising at least a second set of patterns 420 the illumination source 402 configured to illuminate at least the portion of the translucent layer 408 andthe image sensor module 404 comprising a field of view corresponding to at least a portion of the translucent layer 408 the image sensor module 404 being configured to a detect a third set of patterns 804 when the first set of patterns 414 and the second set of patterns 420 are displaced with respect to each other.

In a typical embodiment of the present invention giving markers a plurality of different colors allows the photographed image to have information for a plurality of degrees of freedom.The examples described in the following convert displacement and shear strain in the vicinity of position where the markers exist to image information.

The device of any of claims 18 further comprising a receiver to receive second analog pulse width modulation data via the bus during a second time slot.

Inputoutput IO bus transceivers are generally equipped with the vehicle electronics and interface with the communications bus to transmit and receive data.In automotive applications variable pulse width modulation VPWM encoded signals are widely used.With VPWM encoded signals a symbol includes a voltage logic level that extends for a period of time and then a voltage transition or edge.Generally speaking the amount of time and the voltagelevel between trip points of the previous edge and the current edge defines the meaning of the symbol.

The paint film protection sheet according to any one of Claims 1 to 7 exhibiting a holding time of 200 seconds or more in a constant load peel test.

A mixing quantity of each of tackifier resins is in the range of 5 parts by weight and more and 20 parts by weight or less relative to 100 parts by weight of an acrylic polymer.The mixing quantity is preferably in the range of 5 parts by weight or more and 15 parts by weight or less.And also a mixing quantity of each of the tackifier resins may be either the same or different from one another.

The heat pump system of claim 2 wherein in a case of a system including a dedicated electronic expansion valve at part of the refrigerant circuit provided with the second utilization unit 4 the electronic expansion valve is also used as the refrigerant circuit shutoff valve.

In this heat pump system functioning of the first usageside heat exchanger as an evaporator of the heatsourceside refrigerant is stopped in a case in which the temperature of the aqueous medium cooled by evaporation of the heatsourceside refrigerant in the first usageside heat exchanger is equal to or less than a predetermined freezinglowerlimit temperature during the defrosting operation.The aqueous medium can therefore be prevented from freezing due to the defrosting operation.

The gasket according to any one of claims 1 to 4 wherein the internal thread portion of the thread hole has 1 to 3.5 thread turns.

The resin forming the inactive resin film is not particularly limited and is preferably at least one fluororesin selected from the group consisting of tetrafluoroethyleneethylene copolymers ETFE polytetrafluoroethylene PTFE and polychlorotetrafluoroethylene PCTFE andor an olefinic resin in order to obtain good chemical resistance.Meanwhile medical containers may be sterilized by steam sterilization ethylene oxide gas sterilization or gamma ray sterilization.PTFE is less resistant to gamma rays.Therefore ETFE modified ETFE and PCTFE are particularly preferred owing to their high resistance to gamma ray sterilization.

An apparatus for executing a function associated with a handwritten user input on a lock screen the apparatus comprising a touch screen configured to display a lock screen comprising a first layer and a second layer that is laid over the first layer and a controller configured to control the touch screen to display the first layer and the second layer verify that an unlock command is the same as a predetermined unlock command in response to the unlock command being input to the first layer of the lock screen and search for a command corresponding to a handwritten user input that is input to the second layer of the lock screen to execute the command.

Referring to FIGS.9a and 9b if a gesture input 455 with a question markshaped trajectory is received a help popup window 460 including a plurality of items each showing a previouslyregistered gesture input and the function of the previouslyregistered gesture input may be displayed.

The system of claim 1 wherein the first computing system 110 is executing one or more future air navigation system applications including the first CPDLC application 114 and wherein the second computing system 120 is executing one or more aeronautical telecommunication network applications including the second CPDLC application 124.

There are problems that arise however when both FANS CPDLC and ATN CPDLC systems are available to an aircrafts flight crew.First creating a single integrated solution that manages and provides both CPDLC options has proven to be expensive to design and implement as compared to nonintegrated solutions.Second FANS and ATN CPDLC systems both require a logon AFN logon or CM logon and share alerting approaches when a CPDLC message is received from a ground controller.In cases where the CMF supports an ATN CPDLC application and the FMC independently supports a FANS CPDLC application members of the flight crew may become confused as to which system to logon to and which system to access after getting a CPDLC alert.Also with nonintegrated system it is potentially possible to establish two different CPDLC sessions using the different CPDLC systems at the same time.This present a potentially dangerous situation because an aircraft cannot allow two different Current Data Authority CDA CPDLC concurrent connections because it is not permitted by regulation to have two different air traffic controllers in charge of any one aircraft.Such a configuration may further face regulatory certification issues if not resolved and could also create training and flight workload issues.

Heat pump laundry treatment apparatus in particular a heat pump laundry dryer 2 or a heat pump washing machine having drying function wherein the laundry treatment apparatus 2 comprises a control unit 51 controlling the operation of the laundry treatment apparatus 2 a laundry treatment chamber 18 for treating laundry 19 using process air A a process air circuit 20 20a20d for circulating the process air A a heat pump system 4 having a refrigerant loop 6 in which the refrigerant fluid is circulated through a first and a second heat exchanger 10 12 a compressor 14 for circulating the refrigerant fluid through the refrigerant loop 6 and a cooling fan unit 53 for cooling the compressor 14 wherein the control unit 51 is adapted to control the operation of the laundry treatment apparatus 2 according to any of the previous method claims.

During operation of the motor 25 waste heat is generated.Such waste heat will lead to elevated temperatures within the cabinet of the heat pump tumble dryer.In particular air guided blown or as in the present case sucked through regions with waste heat sources is heated up and impinged at the auxiliary refrigerant evaporator 16.In this case the initial heating up time of the auxiliary refrigerant evaporator 16 can be greatly reduced and energy consumption can be reduced.Note that other arrangements of the motor 25 or other waste heat generating elements or components the auxiliary fan 18 and the auxiliary refrigerant evaporator 16 are conceivable such as for example arrangements as mentioned further above.

An onvehicle electronic device 100 that includes a front chassis 2 that is arranged near a front surface 1a of the main unit 1 of the onvehicle electronic device 100 such that the front chassis 2 is capable of tilting and from which and to which a panel 3 is detachableattachable and a drive mechanism 5 that makes the front chassis 2 tilt with respect to the front surface 1a of the main unit 1 of the onvehicle electronic device 100 the onvehicle electronic device 100 comprising a power supply unit 6 that performs power supply to the main unit 1 of the onvehicle electronic device 100 a drive control unit 7 that performs drive control on the drive mechanism such that the front chassis 2 is tilted from an initial position in which the front chassis 2 lies along the front surface 1a of the main unit 1 of the onvehicle electronic device 100 to a panel attachment waiting position in which the front chassis 2 forms a certain angle with the front surface 1a of the main unit 1 of the onvehicle electronic device 100 the drive control being triggered by starting of the power supply performed by the power supply unit 6 a panel attaching detection unit 8 that detectswhether or not the panel 3 is attached to the front chassis 2 after the front chassis 2 has been tilted to or while the front chassis 2 is being tilted to the panel attachment waiting position by drive control performed by the drive control unit 7 and a startup control unit 11 that in the case where the panel attaching detection unit 8 has detected that the panel 3 is attached to the front chassis 2 starts up the main unit 1 of the onvehicle electronic device 100 and makes the onvehicle electronic device 100 enter a state in which the main unit 1 of the onvehicle electronic device 100 is usable and that in the case where the panel attaching detection unit 8 has detected that the panel 3 is not attached to the front chassis 2 puts the main unit 1 of the onvehicle electronic device 100 on standby until the panel attaching detection unit 8 detects that the panel 3 has been attached to the front chassis 2 at which point the main unit 1 of the onvehicle electronic device 100 starts up.

For example when the right driving section is caused to travel a greater distance than the left driving section 11L the operation display panel 9 rotates clockwise in the horizontal plane as shown in Fig.4A.When the left driving section is caused to travel a greater distance the operation display panel 9 rotates counterclockwise in the horizontal plane as shown in Fig.4B.

The method of any of the preceding claims further comprising determining whether the message indicates a change to a shared state variable and optionally obtaining a lock on the shared state variable if the messageindicates a change to the shared state variable wherein obtaining the lock on the shared state variable optionally comprises preventing other components and business process instances other than the second business process instance from accessing the shared state variable.

Messages that are buffered at the internal queue 204 may be worked on e.g.processed by a first and second process instance 206 208.The process instances 206 208 may be generated before respective messages arrive or the process instances 206 208 may be generated as messages are determined to require a new process instance to work on the messages.The process instances 206 208 may move down the internal queue 204 and determine whether to work on one of the buffered entries having messages from m1 214 to mn 216 by determining whether one of the messages matches current filters 234 238 of a respective process instance.Messages may be dequeued under various circumstances such as for example when a message has been processed by a process instance and the message is at a head of the internal queue 204.

The vehicle lighting fixture 1 1B according to claim 1 or 2 characterized in that the at least one surface includes a plurality of types of divided surfaces having respective different rotation angles.

First the semiconductortype light source 2S and the lens 3S for the spot light distribution are disposed so as to be constituted as described previously.A conically curved face of the incidence surface 11S of the lens 3S is fixed.On the other hand a free curved face of the emission surface 12S of the lens 3S is defined as an initial freecurved face.

A medical device manufactured in accordance with claim 3 wherein the device is in form of the plastic protector sheet or the fireblanket including at least one layer saturated or coated with a nanolayer comprising Lactobacillus reuteri DAN080 strain with deposit number DSM 15693 culture or extracellular metabolites secreted by Lactobacillus reuteri DAN080 strain with deposit number DSM 15693 said metabolites having antimicrobial and antiinflammatory activity as well as an optional addition of vitamin D in form of nanoparticles and preferably releasing the active component in contact with the burned or injured patients body surface in antimicrobially and antiinflamatory effective amount.

In terms of the probiotic bacteria the group selected is Lactobacillus spp.preferably Lactobacillus acidophilus LPV31 which can be incorporated into the gelatin films retaining its probiotic characteristics during storage.This strain is used because the biofilm that it forms creates a protective layer that helps to avoid or combat infections.Another important factor is the acid pH that it produces an extremely useful property in the production of a plastic dressing as it creates a hostile environment for pathogens and thereby both helps wounds heal and prevents infections.

Induction hob according to claim 9 wherein the control unit 11 is configured to adapt the pulse duration of the enabling signal P based on the comparison result between the requested power and the estimated power consumption.

Figure 11 shows a real test where the coil current vcoil and the voltage vm induced by the magnetic flux are measured simultaneously.The plot demonstrates the correlation between vcoil and vm.

A mobile terminal assembly comprising an outer surface with an accommodating recess formed therein wherein the accommodating recess is configured to receive the mobile terminal of claim 1 and to electrically connect the mobile terminal of one of claim 1 to claim 14 to the mobile terminal assembly.

To address this problem the strap part 300 which remains attached to the users wrist is provided with a secondary power source see Figure 4 which is operable to supplement the power of the primary source.The power in the telephones primary battery is supplemented by using the secondary power source to recharge the battery 280 in the telephone.

An electronic device comprising a semiconductor layer 15 having a first face 15a and a second face the second face being on a side opposite to the first face 15a a first electrode 16 provided on the semiconductor layer 15 on the second face side a second electrode 17 provided on the semiconductor layer 15 on the second face side and separated from the first electrode 16 a first interconnect unit 21 connected to the firstelectrode 16 a second interconnect unit 22 separated from the first interconnect unit 21 and connected to the second electrode 17 and a composite resin 56 provided in contact with the first interconnect unit 21 and the second interconnect unit 22 the composite resin 56 including a resin component 51 a plurality of first powder bodies 52 dispersed in the resin component 51 and having a nonlinear currentvoltage characteristic having a decreasing resistance as a voltage increases and a plurality of second powder bodies 57 dispersed in the resin component 51 and having electrical conductivity the plurality of first powder bodies 52 being a polycrystalline powder body including a plurality of primary particles 53 bonding via a grain boundary 54 a component different from a main component of the plurality of primary particles 53 being present and a work function of the plurality of second powder bodies 57 being not more than a work function of the plurality of primary particles 53.

Then the metal film 58 that is formed on the surface of the grain boundary 54 is melted by heating to at least the melting point of the bismuth oxide or praseodymium oxide segregated at the grain boundary 54 in the state in which the first powder bodies 52 are scattered in the vapor of an inert atmosphere.

Offshore support structure according to one of the claims 1 to 7 wherein the lower support structure section 12 comprises at least one foot 1213 for arranging the lower support structure section 12 on the seabed 21 of the sea 2.

On the other hand in the jacket 3B of the second embodiment shown in FIG.3 the concrete C is filled in the diagonal braces 36T of the highest stage the water surface S side upper end side of the legs 34 and the interior 32a of the platform 32.Here the water surface S side of the legs 34 specifically denotes the range from the upper end portion 34d of the legs 34 to the connection portion 34e of the legs 34 at which the diagonal braces 36T and the legs 34 are coupled.Also the concrete C is not filled in the frame 31 positioned below the horizontal brace 35 of the first stage from the top and the connection portions 33.By the filling of concrete C in the upper portion water surface S side of the frame 31 of the jacket 3B of this second embodiment the weight and rigidity of the upper portion are increased compared to the case of filling the concrete C in the lower portion sea bed G side.That is to say added weight and added rigidity are imparted.In particular due to the influence imparted by the added weight compared with the natural period Ts0 of the frame 31 of the case of not filling concrete C the natural period Ts2 of the frame 31 B in which concrete C is filled in the upper portion becomes longer Ts2 gt Ts0 that is to say the period is longer.

The method according to claim 5 wherein performing the drive control of the vehicle based on the operation parameter and the selected operation mode of the vehicle further comprises after entering the HEVeco mediumelectricquantity mode if the speed of the vehicle is greater than a third speed threshold or the maximum discharge power of the power battery is less than or equal to a third discharge power threshold or the slope of the road where the vehicle runs on is greater than a third slope threshold controlling the vehicle to switch to a HEVeco highspeed mediumelectricquantity mode determining whether the required torque of the vehicle is less than or equal to a fourth torque threshold if the required torque of the vehicle is less than or equal to the fourth torque threshold controlling the synchronizer to engage controlling the engine unit and the first motor generator to generate electricity in parallel and controlling the second motor generator to stop if the required torque of the vehicle is greater than the fourth torque threshold determining whether the required torque of the vehicle is less than or equal to a sum of the first torque threshold and the fourth torque threshold if the required torque of the vehicle is less than or equal to the sum of the first torque threshold and the fourth torque threshold controlling the synchronizer to engage operating the engine unit with the fourth torque threshold operating the second motor generator with a difference between the required torque and the fourth torque threshold and controlling the first motor generator to stop if the required torque of the vehicle is greater than the sum of the first torque threshold and the fourth torque threshold determining whether the required torque of the vehicle is less than or equal to a sum of the first torque threshold the second torque threshold and the fourth torque threshold if the required torque of the vehicle is less than or equal to the sum of the first torque threshold the second torque threshold and the fourth torque threshold controlling the synchronizer to engage operating the engine unit with the fourth torque threshold operating the second motor generator with the first torque threshold and operating the first motor generator with a difference between the required torque and the sum of the first torque threshold and the fourth torque thresholdif the required torque of the vehicle is greater than the sum of the first torque threshold the second torque threshold and the fourth torque threshold controlling the synchronizer to engage calculating a third operation torque of the second motor generator according to the first torque threshold the second torque threshold and the fourth torque threshold operating the second motor generator with the third operation torque operating the engine unit with the fourth torque threshold and operating the first motor generator with a difference between the required torque and a sum of the third operation torque and the fourth torque threshold.

Now processes effected in the changespeed switching means 130 will be explained using Fig.2.Fig.2 shows the speedcontrolling command Ss characteristics of the transmission mechanism using the abovementioned dog clutch for further improving in efficiency the operation areas of the engine 1 and the motor 19.The changespeed command Ss is determined on the basis of the acceleration pedal controlling amount and the automobile speed Vsp for example.The changespeed command Ss is found as such a value that the engine 1 acts with the maximum efficiency within the overall operation area by using a preexperiment a simulation or the like these values being stored in memory means not shown within the power train control unit 100.

The apparatus of claim 14 wherein said processor is configured to launch the client application if offline then once launched to unsubscribe the client application from the push service and then to resubscribe the client application to the push service.

FIG.1 is a view illustrating a mobile device according to an exemplary embodiment of the present invention.

The conductive film 1 according to claim 1 wherein when the light enters into the transparent conductive layer 20 of the conductive film 1 with the incident angle the light is associated with a first transmittance T1 and when the light enters into the second refraction layer 18 with the incident angle the light is associated with a second transmittance T2 with a difference between the firsttransmittance T1 and the second transmittance T2 lower than a second threshold value.

Each of the transparent conductive films 12 and 22 is formed as shown in Figs.2 and 3 as an assembly of plurality of beltlike conductive members 12a and 22a extending in parallel.The beltlike conductive members 12a and 22a of the transparent conductive films 12 and 22 are disposed so as to perpendicularly intersect each other.The transparent conductive films 12 and 22 are connected to an outside drive circuit not shown via a routed circuit not shown formed of conductive ink etc.The pattern of the transparent conductive films 12 and 22 is not limited to that in the present embodiment and various patterns may be employed as long as the point touched with a finger etc.can be detected.For example as shown in Figs.4 and 5 the transparent conductive films 12 and 22 may have a structure wherein a plurality of diamondshaped conductive members 12b and 22b are linearly connected the directions in which the diamondshaped conductive members 12b and 22b are connected in each of the transparent conductive films 12 and 22 intersect at right angles and the diamondshaped conductive members 12b and 22b do not overlap each other as seen in a plan view.

A method according to claim 1 wherein the model is generated at the commencement of use of the method.

In one preferred embodiment the ability to link the components is used as a test or development tool to allow existing business models to be tested or as new business models are developed to allow the identified components for various elements and links between the same to be checked and validated to ensure that the link will operate efficiently and repeatedly before the business model becomes live and to identify the need for modifications to be made tocomponents or for required components to be identified such that the business model can remain effective.

A method according to claim 11 further providing detecting movement of the control part in relation with the housing part.

Exemplary embodiments of the present invention are described with reference to the accompanying drawings in detail.The same reference numbers are used throughout the drawings to refer to the same or like parts.Detailed descriptions of wellknown functions and structures incorporated herein may be omitted to avoid obscuring the subject matter of the present invention

Control system according to any previous claim characterized in that the control element 210a210h is a control panel or an access control terminal.

In the preferred embodiment generated device names are registered 220 with an enterprise server 60 within the network 100.This can involve a systems administrator of an organisation which owns the device notifying the organisations enterprise server of the device names of all devices owned or approved by the enterprise.A communications manager process at the server thereafter routes to a respective serverbased input queue all communications which are destined for that device.

The colorimetric gas sensor system of claim 12 comprising a printer configured to deposit the sensing material onto the substrate within the gas sensing station.

As the hydrophilic binder any materials can be used so long as they are dissolvable in water or can swell by absorption of water.Examples of the hydrophilic binder include but not limited thereto naturally occurring polymers for example proteins and materials derived from proteins such as gelatin collagen casein transferrin carboxymethyltransferrin fibronectin laminin and elastin polysaccharides and materials derived from polysaccharides such as cellulose acetylcellulose carboxymethylcellulose starch agarose carrageenan dextran dextrin chitin chitosan pectin and mannan synthetic polymers such as Poval polyacrylamide polyacrylic acid polyvinylpyrrolidone polyethylene glycol polystyrenesulfonic acid and polyarylamine copolymers comprising monomers of those polymers gels produced from those polymers and so forth.

The method according to any one of the preceding claims wherein a plurality of ridges is formed on the outer periphery of the substrate the ridges configured such that a direct lineofsight is established between electrodes of adjacent ridges.

As best shown in the comparison of FIG.5B prior art with newly disclosed FIGS.5C 5D 5E 5F 5G 12D and 12E substrates 111 121 are designed to extend along width W such that the width W of the insulating substrate e.g.111 exceeds the width W1 of the electrically conductive surface e.g.116.Insulating layer 140 is disposed upon the conductive surface 116 at the junction between the conductive surface 116 and the insulating substrate 111.

A process for fabrication of a through insulated interconnection comprising the steps ofin a first body 1 of semiconductor material having a thickness a first and a second surface 7 5 forming a first trench 2 extending from said first surface 7 of said first body 1 for a portion of said thicknessfilling said first trench with dielectric material 6thinning said first body starting from said second surface 5 until said first trench 2 so as to form a thinned body having a third surface 22 and housing an insulated region 3 surrounded by said dielectric materialforming a conductive region 30b extending inside said insulated region 3 between said first surface 7 and said third surface 22 and having conductivity higher than said body 1 wherein said step of forming a conductive region 30b comprises forming a contact region 30b of semiconductor material having a higher doping level than said first body 1.

The thin metal contact film 32 and a lowersurface electrode pad 35 are respectively connected to the two surfaces of the electrode 31 i.e.the surfaces exposed on the upper and lower surfaces of the circuit substrate 22.The lowersurface electrode pad 35 is electrically and mechanically connected to the mountboard electrode 23 formed on the mount board 6 with a solder 36.The entire upper surface of the circuit substrate 22 is covered with a protective layer 37 for preventing electrolytic corrosion of each electrode portion by improving its environment resistance.

The metallic component 100 as claimed in any one of Claims 9 to 14 further comprising a third repair zone 200 superposed on the second repair zone 170 the third repair zone 200 comprising a plurality of third repair layers 180 of a third material 190.

FIG.4 is a general illustration of one type of laser cladding apparatus which is suitable for embodiments of this invention.Apparatus 100 includes a feed material reservoir 102.Reservoir 102 can be supplied by a number of powder supply chambers hoppers 104 106 108 110 112 and 114.Each supply chamber can be filled with a single element a compound e.g.a binary compound or an alloy which may be used to form various niobium silicide compositions.While six supply chambers are illustrated the number could be more or less than six depending on the particular composition used to form a portion of the turbine blade.Each supply chamber can be connected to reservoir 102 by conventional conduits used for powder flow.

The power tool of claim 1 wherein the first PWM signal has a duty cycle determined by the controller based on a state of charge of the first battery and the second PWM signal has a duty cycle determined by the controller based on a state of charge of the second battery or wherein the duty cycle of the first PWM signal and the duty cycle of the second PWM signal are determined by the controller based on the state of charge of the second battery relative to the state of charge of the first battery or wherein the duty cycle of the first PWM signal is greater than the duty cycle of the second PWM signal when the state of charge of the first battery is greater than the state of charge of the second battery or wherein an on period of the first PWM signal overlaps with an on period of the second PWM signal such that when the on periods of the first and second PWM signal overlap the first and second switching element are both closed.

In step S34 the power supply device 10 stands by till the switch of the power tool 200 is switched on.In this case the tool switch detection unit 30 detects that the power tool 200 is switched on.At this point in time the breaking switch 66 of the connection circuit 60 is switched off.Therefore even if the power tool 200 is switched on no electric power is supplied from the battery packs 100 to the power tool 200.The main controller 40 advances to the processing of step S36 when the power tool 200 is detected to be switched on.

The apparatus 10 of claim 6 wherein the one or more operations correspond to one or more elements of the group of a masking operation a lookup operation in a lookup table 520 a replacement operation on address information or a replacement of routing information.

By means of the present invention it is possible to send data packets to a subengine for further processing without explicit or without complete knowledge i.e.with incomplete knowledge of the content of the data packet andor a data traffic flows associated with the data packet.The data traffic flow associated with the data packet can be specified by a fivetuple comprising ordered elements wherein the elements are an IP source address an IP destination address an IP source port an IP destination port and a type of transport protocol in serial arrangement.In particular it is possible that this incomplete knowledge of the content of the data packet andor a data traffic flows associated with the data packet does not comprise any address information e.g.IP source address or IP destination address protocol identifiers or other IP address related information like source or destination ports.The hashtag i.e.the hashvalue corresponding to the filtered information mapped by hashfunction can be or is similar to a pseudo random number which is used as an identifier or label indicating the subengine for the further processing.Data packets associated with the same hashtag can be sent to the same subenginefor the further processing.Thereby embodiments of the present invention provide a simple routing of data packets to a subengine for the further processing of the data packet e.g.switching andor routing the data packet according to its header andor its content.Consequently embodiments of the present invention provide the switching of the plurality of data packets separated in basically two steps In a first step and in a simple manner i.e.in a numerically and computationally fast manner possibly without any evaluation involved a hashtag is provided which indicates which subengine performs the switching of the data packet in the second step.In particular embodiments of the present invention can be unaware of a state of the data packet a signaling andor a protocol associated with the data packet an addressing associated with the data packet andor a data traffic flow associated with the data packet during said first step.

The portable electronic device 200 of claim 6 wherein the feedback module 240 includes a diaphragm plate 242 coupled to the rear bezel 234.

The touch sensor portion 2 is disposed so that the flexible board 4 and the piezoelectric actuator 3 are sandwiched by the front surface of the liquid crystal display portion 1 and the touch sensor portion 2.The pressing portion 21 of the touch sensor portion 2 transmits a picture of operation function items such as icons displayed on the display panel 11 of the liquid crystal display portion 1.When the user touches a picture display position on the pressing portion 21 with his or her finger or a pointing device such as a pen an input operation corresponding to thedisplayed picture is performed.

A surgical instrument comprising a handle assembly an actuation member disposed in mechanical cooperation with the handle assembly an elongated body portion extending distally from the handle assembly and defining a longitudinal axis a distal portion of the elongated body portion configured to selectively engage a loading unit and a locking mechanism disposed in mechanical cooperation with the actuation member the locking mechanism configured to substantially prevent at least a partial movement of the actuation member when the elongated body portion is not engaged with a loading unit the locking mechanism comprising a link disposed at least partially within the elongated body portion and configured for mechanical engagement with a portion of a loading unit at least a portion of the link being longitudinally translatable with respect to the elongated body portion a bushing at least a portion of the busing disposed proximally of at least a portion of the link at least a portion of the bushing being longitudinally translatable with respect to the elongated body portion and a connecting member at least a portion of the connecting member disposed proximally of at least a portion of the bushing the connecting member being disposed in mechanical cooperation with the actuation memberwherein engagement between a loading unit and the elongated body portion causes proximal movement of the link proximal movement of the bushing and proximal movement of the connecting member.

The sensor link 182 may further have a downwardly extending distal tab 534 formed thereon for contact with a flange 179 formed on a sensor cylinder 178.See FIGS.4 and 5.As will be discussed in further detail below a sensor tube 176 is oriented to interface with the sensor cylinder 178.See FIG.10.Sensor link 182 may further have a spring arm 536 with a downwardly extending end 538 which engages a camming surface 83a on pivotable locking member 83.See FIG.7.When a disposable loading unit 16 16 is coupled to the distal end of elongated body 14 the disposable loading unit 16 16 engages the distal end of the sensor tube 176 to drive sensor tube 176 proximally and thereby drive sensor cylinder 178 and sensor link 182 proximally.Movement of sensor link 182 proximally causes end 538 of spring arm 536 to move proximally of camming surface 83a to allow locking member 83 to pivot under the bias of a spring 92 from a position permitting firing of stapling apparatus 10 i.e.permit the actuation of actuation shaft 46 to a blocking position wherein the locking gate 88 is received in the locking detent 53 in actuation shaft 46 and prevent firing of stapling apparatus 10.Sensor link 182 prevents firing when a disposable loading unit 16 is absent.Locking member 83 prevents firing when closing and opening the anvil assembly 20.Also as the sensor link 182 is moved proximally the proximal end 537 of the proximal locking arm 535 servesto pivot the locking pawl 54 such that the locking protrusion 55 moves out of cavity 512 to permit actuation shaft 46 to be actuated.See FIG.8.

Apparatus according to any of Claims 1 to 3 wherein the second direction has a component that is parallel to a pitch axis of the aircraft 2 and the component of the first direction that is parallel to the pitch axis of the aircraft 2 points towards a tip of the wing 10.

Referring to Figure 1 a semiflush air data sensor indicated generally at 10 is mounted ontothe skin 12 of an aircraft utilizing a mounting plate 14 that is held in place with suitable countersunk fasteners 15 so that as shown in Figure 3 the plate is flush with the aircraft skin.A mounting with the plate inside the fuselage can be used or the probe housing can be integrally formed or molded into a composite or metallic skin.

A selection method of wireless communication paths in a node which selects wireless communication paths extending from a source node to a destination node the method comprising a determination step of determining the amount of bandwidth occupied by wireless communication paths extending from the source node to the destination node and a selection step of selecting based on spatial distances between wireless communication paths a plurality of combinations of wireless communication paths from combinations of wireless communication paths in which the amount of bandwidth with respect to a combination of wireless communication paths is smaller than a predetermined threshold.

The bandwidth B1 is the portion of the available bandwidth B where the channel transfer function H1f of the first communication path 10 is above a threshold value H01.Likewise the bandwidths B2 and B3 are chosen such that the channel transfer functions H2f and H3f of the respective communication paths 11 12 are above a respective threshold value H02 and H03.

A catheter comprising an elongated body having a longitudinal axis and proximal and distal ends a distal assembly mounted on the distal end of the elongated body the distal assembly having a shapememory support member and having a helical form at least one irrigated ablation ring electrode mounted on the distal assembly and a control handle mounted at the proximal end of the elongated body.

The catheter body 192 is virtually identical to the catheter body 62 FIG.3A previously described and includes a proximal portion not shown an intermediate portion 200 defining a longitudinal axis L7 and a distal portion 202.The distal portion 202 extends from the intermediate portion 200 and forms a coil or plurality of loops 204 substantially transverse to the longitudinal axis L7.Alternatively the coil 204 may form a single loop.The coil 204 revolves around a central loop axis C7 that in one preferred embodiment is aligned with the longitudinal axis L7.The distal portion 202 and in particular the coil 204 is preferably sufficiently flexible so as to assume a relatively straight configuration when retracted within the sheath 198.Further the distal portion 202 includes a shape memory characteristic such that when deployed from the sheath 198 the distal portion 202 forms the coil 204 as shown in FIG.8.

A mobile terminal that performs radio communication with a base station and receives EMBMS Evolved Multimedia Broadcast Multicast Service data transmitted from the base station wherein said mobile terminal receives a reference signal for transmitting the EMBMS data the reference signal transmitted from said base station by using a radio resource domain at which the EMBMS data is transmitted.

The MBMS availability information can further include information on an actual MBMS FA available for a particular MBMS service requested by the UE as well as information on whether an MBMS service is available for the cell including the current UE.That is the MBMS availability information includes information on an actual FA where the MBMS service requested by the UE is in progress.

The biological information displaying apparatus according to claim 3 wherein the display controller divides a range of each of the parameters in each of the radar charts into at least the normal and abnormal ranges the ranges displayed in different colors or textures.

Also in the illustrated embodiment the display device 79 displays the threedimensional scatter diagram 96 as the threedimensional graph.However it is possible to obtain another or other sorts of circulatoryorgan evaluation information e.g.heart rate HR and display a four or higherdimensional graph additionally representing the other sorts of evaluation information.

The particulate recycled cathode material according to claim 9 which has the following composition based on the total weight of the recycled cathode material and expressed as oxidesCo3O4 27 to 35 percent by weightMnO 25 to 30 percent by weightNiO 25 to 30 percent by weightAl2O3 less than 4 percent by weight.

As for the lithiumion secondary battery for example a lithiumion secondary battery containing a positive electrode a negative electrode a separator an electrolytic solution containing an electrolyte and an organic solvent and a metal battery case housing the positive electrode the negative electrode the separator and the electrolytic solution is listed.

Method to watermark an uncompressed content received at a client device in a compressed form and encrypted by at least one content key CW said content key CW as well as watermark instruction forming CAS data said CAS Data being encrypted by a transmission key and comprising at least one signature to authenticate the CAS Data said client device comprisingA Conditional Access Module CAS in charge of the CAS Dataa Descrambler DSC having an input to receive the encrypted compressed content and an output to produce an compressed contenta decoder to convert the compressed content into uncompressed contenta Watermark inserter 201 connected to the output of the Decodera Secure Activation module 202 connected with the Watermark inserter 201a Secure Element SE 200 connected with the Watermark inserter 201 and the Secure Activation module 202 said method comprising the following stepsreceiving the CAS Datadecrypting by the Conditional Access Module CAS the CAS Data with the transmission keyverifying the signature of the CAS Data and if the signature is validtransferring the watermark instruction to the Secure Activation module 202transferring the content key CW to the descrambler 103 only if the transfer of the watermark instruction was successfultransferring the watermark instruction to the Watermark inserter 201enabling or disabling watermarking by the Watermark inserter 201 of the uncompressed content received from the Decoder.

The target of the present invention is any decoder alternatively receiver having a socalled opened structure.Such decoder consists of at least a security module 2a and a descrambling module 2b Figure 2.In the scenario of a conventional DRM the former is responsible to the rights management as well as the extraction of the decrypting keys while the latter performs the decryption with the key Control word supplied from the former.

The rechargeable battery of claim 5 wherein the protruded portion 712 722 732 733 742 752 762 of the safety device 71 72 73 74 76 has a quadrilateralshaped crosssection structure.

The joining portion 41 bb is formed inclined toward the inside of the electrode assembly 10 and supports the positive electrode uncoated portion 11a.The positive electrode uncoated portion 11a has a smaller thickness than that ofthe positive electrode coating portion so the positive electrode uncoated portion 11 a is formed inclined at a region adjacent to the positive electrode coating portion and the joining portion 41 bb supports the inclined region of the positive electrode uncoated portion 11a.

The compound cycle engine as defined in any one of the preceding claims further comprising common rail fuel injectors for each of the at least two rotary units and a heavy fuel source in communication with the fuel injectors.

The rotor 34 is engaged to an eccentric portion 42 of the output shaft 16 to perform orbital revolutions within the stator cavity.The output shaft 16 performs three rotations for each orbital revolution of the rotor 34.The geometrical axis 44 of the rotor 34 is offset from and parallel to the axis 46 of the housing 32.During each orbital revolution each chamber 40 varies in volume and moves around the stator cavity to undergo the four phases of intake compression expansion and exhaust.

The computer system of Claim 13 comprising a memory storing instructions which when implemented on the one or more processors configure the computer system to carry out the method of any one of Claims 1 to 10

The step of determining may comprisemeasuring a distance between each surrogate server and each subnetwork according to the subnetwork of the user selecting a surrogate server with the smallest distance.

The method of claim 1 further comprising sensing a distance between the display and a user wherein applying the sound setting comprises applying the sound setting based on the sensed distance between the display and the user and the obtained curvature of the panel of the display.

Further in the example of Fig.35 the sound adjusting circuit 210 controls the sound outputs of the first to fourth speakers 161 to 164 based on the sound data from the first to fifth detection sensors 420 to 428 so that the first sound corresponding to the second display image is localized in the first area 810 where the occupant of the driver seat 13 and the occupant of the rear seat 18 equipped with the headrest 25 are located.Likewise the sound adjusting circuit 210 controls the sound outputs of the first to fourth speakers 161 to 164 based on the sound data from the first to fifth detection sensors 420 to 428 so that the second sound corresponding to the first display image is localized in the second area 820 where the occupant of the assistant drivers seat 12 and the occupants of the rear seats 18 equipped with the headrests 26 and 27 respectively are located.Accordingly the occupant of the rear seat 18 equipped with the headrest 26 who is located in the crosstalk area 603 in Fig.33 can now hear the second sound clearly.

The method of claim 4 wherein the homescreen display further comprises at least one screen including a plurality of icons for launching corresponding applications.

The change of appearance of cell can also be continuous wherein the cell size is increased and decreased at intervals.In this case cell detection can be improved compared to a situation in which a change takes place only once when the information changes.Such a continuously changing blinking cell is applicable particularly for such services in which the quantity of information shown is relatively small such as telephone service and alarm service.Instead of or in addition to changing the cell size it is possible to change also some other visual characteristics of the cell such as the background colour andor the colour in which the information is shown.When changing the cell it is possible also to perform other types of user interface measures such as to form an alarm sound or to adjust the volume of the sound repeated through earpieceloudspeaker.

A cockpit video system as recited in Claim 1 wherein the camera assembly is adapted and configured to attach within a tail of the airplane.

The fifth video camera 80 is located at the leading edge 82 of the horizontal stabilizer 84.The fifth video camera 80 is focused forward and downward for viewing of the left wing landing gear 36.Alternatively or additionally the fifth video camera 80 could be mounted on the starboard side of the airplane 24.The sixth video camera 88 is located substantially on the centerline of the fuselage 22 of the airplane 24 between the main landing gear and the underside of the aft fuselage section 52B.The sixth video camera 88 has a viewing angle 90 for generating images of the tires 26 of the nose landing gear 28 the tires 72 of the center post main landing gear 70 the tires 40 and 42 of the left and right wing landing gear 36 and 38 and the runway or taxiway edges in the forward direction.While some foreshortening of the image seen by a pilot on a cockpit display device is likely the sixth video camera 88 provides a substantial amount of realtime information particularly about the crosswise position of the airplane 24 on a runway or taxiway and obstacles ahead.

The apparatus of any of the claims 1013 further comprising means for transmitting the resource allocation to other apparatus serving the neighboring wireless networks if the allocation of resources is determined to be fair and is performed in response to a resource request from a wireless network served by the apparatus and the resource allocation satisfies the resource requestmeans for transmitting an indication that requested resources are not available to a wireless network served by the apparatus if the allocation is performed in response to a resource request from the wireless network served by the apparatus and the resource allocation does not satisfy the resource request means for transmitting a best resource allocation to the neighboring wireless networks if the allocation of resources is determined not to be fair but no wireless network losing resources has an entitlement value less than an average and is performed in response to a resource request from a wireless network served by the apparatus and the resource allocation satisfies the resource request means for transmitting first the fair resource allocation or if not available then a closest to fair resource allocation to the wireless network served by the apparatus and to each of one or more wireless networks neighboring the served wireless network if any allocation of resources is found and is performed in response to a channel reserved by an incumbent network and means for transmitting first the fair resource allocation or if not available a closest to fair resource allocation to the wireless network served by the apparatus and to each of one or more wireless networks neighboring the served wireless network if any allocation of resources is found and is performed in response to a new resource allocation for a wireless network.

In such a wireless networking environment traffic loads of different wireless networks will change in space and time because of unequal user densities and traffic activities therefore Radio Resources Management RRM and particularly spectrum management should be able to provide more efficient utilization of limited radio resources.

The turbomachine secondary ring seal assembly 46 of claim 3 including a flange 76 extending axially from the base portion 66 away from the second sealing surface 72.

The face seal assembly also includes an annular nonrotatable seal support 28 and a pair of annular seal housings 32.Each seal housing includes a base 34 and a grooved secondary seal holder 36 at one end of the base.The secondary seal holder holds a secondary seal 38 in contact with a cylindrical bore of the seal support.The other endof the seal housing includes an axially extending shroud 42 and an axially extending support lip 44 that serves as a seal element support.The shroud 42 is radially offset from the lip 44 to define an annular space 46 for receiving a seal element.The shroud is also axially elongated relative to the lip.An annular flange 48 with circumferentially distributed slots 50 projects radially outwardly from the lip 44.

An information processing system 100 comprising at least one first information processing device 10 and a second information processing device 20 connectable to the first information processing device wherein each of the at least one first information processing device 10 includes a first storage unit 12 that stores second information in which IP information assigned in advance to a first information processing device 10 in order to identify the first information processing device 10 on a network and first information that is different from the IP information and specifies the first information processing device 10 are associated with each other and a transmitting unit 13 that transmits the second information stored in the first storage unit the second information processing device 20 includes an acquiring unit 21 that acquires the second information a second storage unit 41 that stores at least one piece of the second information acquired by the acquiring unit 21a first receiving unit 22 that receives an input character string indicating a character string input by a user and a determining unit 42 that determines a first information processing device 10 identified by IP information included in second information that includes first information corresponding to the input character string among the at least one piece of the second information stored in the second storage unit 41 as a first information processing device 10 to execute a process requested from the user.

A Ping command is used for this retrieval.If there is a network device assigned with the same IP address as the provisional temporary IP address the network device should return a response notifying the conflict.Accordingly the process determines whether or not the response returns step S530.When it is determined that no response returns the process temporarily assigns the provisional temporary IP address to the projectors 301 through 30n step S535.When it is determined that the response returns the process uses another IP address for the provisional temporary assignment and checks if there is a conflicting network device.The process repeats the retrieval using the provisional temporary assignment of IP addresses until no conflicting network device is detected.When it is determined that the IP address is already assigned the process temporarily assigns this IP address to the projectors 301 through 30n step S540.