Datasets:

bhlim

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patentmatch_for_finetuning

like 1

The lighting device of claim 1 or claim 2 wherein at least one and preferably both of said holder 10 and said masking material 24 have a light colour preferably a white colour.

In the light emitting device of the present embodiment a fluorescent material may be contained in the light transmissive member.As an example of such a fluorescent material a fluorescent material containing a rare earth element will be described below.

The mixing console according to any of the preceding claims wherein the touchsensitive display 200 covers at least one of the first display and some of the plurality of control elements when it is connected to the first surface area.

Fig.7 is a block diagram showing an example general hardware setup of a mixing system which is constructed as still another embodiment of the present invention and which comprises a digital audio mixer 1 and a tablettype computer 300.In Fig.7 the tablettype computer 300 is a portable small computer provided with a touchpanel type display device 313 capable of recognizing or identifying multipoint contacts which comprises a CPU 310 a flash memory 311 a RAM 312 the touchpanel type display device 313 controls 314 and an other IO 315.The mixer 1 of Fig.7 is constructed in a similar manner to the mixer 1 of Fig.1.The computer 300 is connected with the mixer 1 via the other IO 315 so that control data can be communicated therebetween.In Fig.7 the computer 300 generates control data on the basis of users operation and remotecontrols the mixer 1 on the basis of the generated control data.The mixer 1 performs audio signal processing on the basis of the remote control performed by the computer 300.Namely in the system of Fig.7 the audio signal processing of Fig.2 is performed through cooperation among the CPU 310 of the computer 300 the waveform IO 113 DSP section 14 and CPU 10 of the mixer 1 etc.

The electrical household appliance according to any of the foregoing claimscharacterised in that the conveying path 8 comprises a coolant duct 98 closed back on itself.

According to the invention said condensing unit 8 generally comprises a first heat exchanger 12 of waterair type i.e.an exchanger wherein moist drying air is condensed by watercooled means.Heat exchanger 12 is therefore hydraulically connected to a water supply like a water tank of suitable capacity placed within the washerdrying machine 1 as will be diffusely described below.

A bead reinforcement element for use in a pneumatic tire 10 the bead reinforcement element 54 56 comprising at least one hybrid or composite cord 130 having at least one first core yarn 132 with at least one second aramid wrap yarn 134 wrapped around the first core yarn 132 the first core yarn 132 having a Youngs modulus lower than the Youngs modulus of the second aramid wrap yarn 134.

The layer 300 of the knitted fabric flippers 32a 32b 54 may be made of a highly deformable elastic knitted fabric of low apparent density allowing elasticity due to sliding of the threads and the deformation of the stitches.The construction of the layer 300 may further allow some degree of mechanical decoupling between the different yarns 310 320 thereby providing structural flexibility in adapting to the deformations of the tire 10 during use.Various kinds of material may be selected to produce this layer 300.Thickness proportion of voids and density may be directly related to the material and the structure of the knitted fabric layer 300 thread diameter number of stitches per dm tightness.

A display apparatus comprising a display unit which comprises a plurality of pixels having an organic light emitting diode OLED a power supply arranged to supply power to the display unit an image processor arranged to process an input image to display an image on the display unit and a controller arranged to determine whether an average picture level APL of the input image is greater than or equal to a predetermined and to control the image processor to compensate for a gray scale of the input image to thereby increase a brightness of the input image and to control the power supply to reduce power supply corresponding to the brightness increased as a result of the compensated gray scale.

In the above an example of the luminous time controller 126 according to an embodiment of the present invention has been described with reference to FIG.12 though the configuration of the luminous time controller 126 according to an embodiment of the present invention is not limited to the configuration shown in FIG.12.For example the luminous time controller 126 may set a reference duty according to the maximum value of luminance with a maximum luminance detector replacing the average luminance calculator 200 in FIG 12 the maximum luminance detector detects the maximum value of luminance.

The device as claimed in claim 9 wherein the image editing program generates an image editing array according to a plurality of editing results stored in the register and when the recording program stops the image editing program outputs the video file according to the image editing array and the raw video.

Embodiments of the present invention provide an arrangement in which metadata in the form of event codes are logged by an operator during a live performance.The event codes represent predetermined events within the live performance.Furthermore an editing action list is defined in which each of the edit codes has specified therein editing actions which are to be performed to form the edited highlights automatically.The event codes could be applied to a live feed with a buffer to store an amount of the performance which occurred before the event code was selected or to a recording of the live performance.Thus by applying the editing action list to the event codes an ingestion processor can automatically generate near live highlights of a performance which can be more rapidly generated for conveying by new media formats such as for downloading over the web for IPTV or streaming to mobile communications terminals for mobile TV.As such the livefeed which can represent realtime video andor audio captured from the performance can be used to generate a nearlive highlight summary of the performance.

A playback system including a display device and an information terminal adapted to communicate with the display device the information terminal including a processor and a recording medium storing instructions which when executed by the processor cause the processor to perform a process comprising displaying a first group of identification information items of content data stored in the information terminal in a first viewing area of a display screen and displaying a second group of identification information items of the content data selected according to a selecting operation performed on the first group of identification information items displayed in the first viewing area in a second viewing area of the display screen at different times and the display device being adapted to play back the content data corresponding to the selectedidentification information items.

For example an operation menu of the music server 50 is displayed on the LCD panel 26.As another example a list of titles of compressed musical data recorded and stored in the HDD 10 may also be displayed on the LCD panel 26.The list of titles displayed on the LCD panel 26 is based on data stored in the HDD 10.This stored data is based on data obtained as a result of decoding additional information received from the Internet server 60.In addition a folder and a jacket image associated with selected playback compressed musical data may also be displayed on the LCD panel 26.The displayed folderand the jacket image are based on additional information received from the Internet server 60.

A method for provisioning access points the method comprising allocating communication resources to a plurality of access points monitoring communication activity of at least one access point of the plurality of access points conveying a command to release a communication resource allocated to an access point of the at least one access point in response to the communication activity of the access point fulfilling a release criterion and allocating the communication resource to a first access point not included in the plurality of access points the first access point having associated therewith a communication activity that fulfills an allocation criterion.

The subject disclosure provides for dynamic resource provisioning for wireless communication.Various wireless performance metrics are collected by respective network access points as an aggregate measure of wireless network performance.Aggregated data can be utilized to generate a performance model for the network and for individual access points.Changes to the data are updated to the model to provide a steadystate characterization of network performance.Wireless resources can be reserved or assigned to respective access points in a manner that optimizes a performance parameter of the model e.g.throughput latency etc.or various combinations of parameters.In some aspects of the subject disclosure resource optimization is based on a given state of the model for a given state of dynamic conditions.In other aspects a closed loop system is provided wherein changes in performance as a result of updated resource assignments can be fed back to the model for reoptimization.Additionally various update times are provided for determining existing wireless conditions whether event driven or periodic or based on at least in part on performance metrics.Accordingly a robust and dynamic optimization is provided for wireless network resource provisioning that can accommodate heterogeneous access point networks.

The web cutting system of claim 11 further comprising at least one compression roller said compression roller positioned downstream of said nip.

The arrangement according to the invention systematically avoids a situation in which a portion of web is at the same time still connected to the supply reel at a velocity V1 and exposed to the high vacuum and therefore dragged from the cladding surface of the counterknife 2 at the velocity V2.

The device of claim 2 wherein the processor is further configured to acquire identification information of the user based on the received speech signal of the user transmit the identification information of the user and the environment information of the device to the speech recognition server via the communicator and receive from the speech recognition server the speech recognition result based on at least two of the wakeup keyword detectionnondetection signal the identification information of the user and the environment information of the device.

In step 202 the electronic device 100 performs speech recognition on the voice signal to discern whether the voice signal contains a predetermined wakeup command.This speech recognition can include a speaker dependent recognition scheme in one embodiment or a speaker independent recognition scheme in another embodiment.Additional schemes are possible where a number of different wakeup commands are predetermined in which one or more predetermined commands is a speaker dependent wakeup command and one or more other commands is a speaker independent command.

The antenna structure of claim 1 being capable of providing a first bandLB1 FIG.4 during the first operation mode and providing a second band HB1 during the second operation mode wherein a frequency of the second band is higher than a frequency of the first band.

In a second slot antenna mode of operation components 421 and 423 may be closed low impedance state.Component 422 may be open or operating in a highimpedance state due to the operating frequency of the antenna.Path 92 may also be omitted from antenna 40 if desired.In this second slot mode of operation antenna40 functions as a slot antenna with inner perimeter HB2.The size of perimeter HB2 is smaller than the size of perimeter HB1 so antenna 40 will resonate in a higher frequency band in the second slot mode of operation than in the first slot mode of operation.

A computer program product comprising code instructions for executing a method according to any one of claims 1 to 10 for managing packets in a network of Information Centric Networking ICN nodes 1 2a 2b 2c 2d 2e.

According to the technical solutions provided by the present invention a user terminal may obtain relevant information of Cache nodes corresponding to a required media resource from multiple resource networks through a Proxy node so as to obtain the media resource from the Cache nodes through the Proxy node so that the user terminal does not need to match a multicast network thereby expanding an application range of the liveondemand service of a user and increasing the flexibility of a system for streaming media distribution.

A hybrid vehicle 100 comprising an internal combustion engine 2 an electrical storage device 16 an electric motor 10 configured to be supplied with electric power from the electrical storage device to generate a running driving force a communication device 30 that is configured to acquire host vehicle position information on the hybrid vehicle and at least one electronic control unit 26 that is configured to i select one of a charge depleting mode and a charge sustaining mode ii cause the hybrid vehicle to run while making a changeover between a first running mode and a second running mode in accordance with a running situation of the hybrid vehicle 100 in each of the charge depleting mode and the charge sustaining mode the first running mode being a mode in which the hybrid vehicle 100 runs using the electric motor 10 with the internal combustion engine 2 stopped and the second running mode being a mode in which the hybrid vehicle 100 runs with the internal combustion engine 2 in operation iii change driving force characteristics of the hybrid vehicle 100 such that a driving torque of the hybrid vehicle for a given vehicle speed and a given accelerator opening degree becomes larger when the charge depleting mode is selected than the driving torque for the same given vehicle speed and the same given accelerator opening degree when the charge sustaining mode is selected and iv change the driving force characteristics in accordance with a mode changeover between the charge depleting mode and the charge sustaining mode such that a time for a change from the driving torque before the mode changeover to the driving torque after the mode changeover when the mode changeover is made based on the host vehicle position information becomes longer than a time for a change from the driving torque before the mode changeover to the driving torque after the mode changeover when the mode changeover is made in accordance with a selection made by a user or a state of charge of the electrical storage device 16.

In the following explanation the aforementioned one mode i.e.the mode wherein the proportion of the operation time of the engine occupying the total time of this mode is relatively small will be referred to as small proportion mode and the aforementioned other mode i.e.the mode wherein the proportion of the operation time of the engine occupying the total time of this mode is relatively large will be referred to as large proportion mode.

Apparatus comprising an aircraft wing 10 and a sensing unit 8 wherein the sensing unit 8 comprises a blister 14 positioned on an underside of the aircraft wing 10 a first sensor at least part of the first sensor being either housed in the blister 14 or mounted on or integrated with an outer surface of the blister 14 and a second sensor at least part of the second sensor being either housed in the blister 14 or mounted on or integrated with an outer surface of the blister 14 wherein the first sensor is arranged to measure a first parameter the second sensor is arranged to measure a second parameter a measured value for the first parameter is dependent on a speed of the aircraft 2 in a first direction a measured value for the second parameter is dependent on a speed of the aircraft 2 in a second direction the first direction is in a plane perpendicular to a lateral axis of the aircraft 2 and the second direction is in a plane perpendicular to a roll axis of the aircraft 2.

Sensor 10 has a bubble or blister type probe housing 20 that is aerodynamically smooth from a generally hemispherical or part spherical leading end shown at 22 which curves outwardly from the surface of the mounting plate 14 along a front edge 24 a desired distance indicated generally by the double arrow 16 in Figure 3.The front edge 24 of the leading end 22 joins a radius surface that is rounded to cause a minimum disruption of airflow which is flowing in the direction indicated by the arrow 26 at 0 angle of attack.The semiflush sensor or probe housing 20 smoothly transitions from the front end 22 outwardly to a generally longitudinally extending line 30 at the maximum lateral extension of the housing from the mounting surface.The line 30 may taper slightly inwardly toward the support surface 14 in rearward downstream direction.In cross section as shown in Figure 4 top and bottom walls 28 and 29 of the housing have outer surfaces 46A and 46B that converge from the peripheral edges of the housing at the support surface 14 laterally outwardly to a rounded part cylindrical outer endwall 48 on which line 30 lies.These top and bottom walls converge toward a central bisecting plane 31.Stated another way the top and bottom walls diverge from the part cylindrical wall 48.

The UE of claim 20 wherein the indicator comprises one of a flag or a bit token.

Idle mode 110 and CELLPCH state 126 and URAPCH state 128 use a discontinuous reception cycle DRX to monitor broadcast messages and pages by a Paging Indicator Channel PICH.No uplink activity is possible.

The user interface as recited in Claim 3 wherein said graphical element varies in terms of size.

As shown in FIG.7 as for the first image displayed on the firstdisplay unit 180 the size of the image of the respective setting items and the size of the image of the respective set values of the setting items may be different in the display all mode.Specifically in the display all mode the size of the image of the setting items is larger than the size of the image of the respective set values of the setting items during the input of a manipulation signal for manipulating the setting items from the plurality of function keys.Also the size of the image of the set values is larger than the size of the image of the setting items during the input of a manipulation signal for manipulating the set values of the setting items from the plurality of function keys.Specifically the size of the characters sayingoperation modewhich is an image of the setting item displayed on the setting item display part 181 is larger than the size of the characters sayingcoolingwhich is an image of the set value displayed on the set value display part 182.This is to enable the user to easily understand the current operation status by enlarging the size of the first image displayed on the setting item display part 181 during the input of a manipulation signal for selecting a setting item.

A binaural hearing aid system according to claim 1 wherein the first phase shift corresponds to azimuth directional changes ranging from90 to 90.

FIG.4B shows a signal flow of a wireless audio controller according to one embodiment of the present subject matter.In this example the monaural input signal 405 is processed by phase shifter 432 to provide a phase shifted version of the input signal 405.In various embodiments the phase shift arises from a constant time delay applied to input signal 405.In various embodiments the phase shift arises from a constant phase shift at all frequencies applied to input signal 405.In various embodiments the phase shift arises from a phase shift that is varying as a function of frequency.Thus control 438 provides some form of setting for adjusting phase shift andor for selecting the type of phase shift to be applied.In one embodiment the signal 425 is provided by a source external to the hearing assistance device R1 to control the phase shift.Various means for supplying signal 425 include one or more of switches operable by a user soft switches programmed by a programming device or any combination of such inputs.Furthermore in various embodiments signal 425 may be internally generated by systems within the programming device to provide phase shift control as a function of one or more of sound received conditions detected and other processes requiring a change ofeither phase shift amount andor mode.The signal 425 may also be transmitted and received by the device to adjust its operation.

The image display control device according to any one of claims 1 to 3 wherein the track bar creating section creates the display data by changing a width of the slider according to the number of possible displays of the image information.

If the user releases his or her touch the zoom display effects applied tothe usertouched position are removed and the zoomdisplayed bar 110 is immediately restored to its initial form in step S80.Alternatively the zoom display effects may be released slowly so that the user has an opportunity to go back to the zoomdisplayed bar before removed.

The washing machine of claim 8 wherein the second moving unit further includes a guide rack configured to guide the rail to be coupled to the second bracket.

Formed inside the frame 7 of the door 5 are two tracks 12 in which the first ends 10 of the closing links 8 slide to allow the door 5 to be opened by amovement directed essentially parallel to the front wall 3 from the sliding position cp.Figure 2b to an open position cp.Figure 2c.

The mobile terminal of claim 2 wherein the controller180 is further configured to cause the touch screen151 to display a thumbnail image indicating the widget page between at least two home screen pages of the plurality of home screen pages when the at least two home screen pages are at least partially displayed together on the touch screen151.

According to an embodiment of the present embodiment the screen information in the second home screen page is automatically updated without the user control command.Accordingly if the second home screen page is output to the display unit 151 based on the user touch input the second home screen page 220 displaying the immediatelyupdated screen information is provided to the user.

A controller according to claim 5 wherein the second feedback circuit is configured to set the controllable resistance in a steady state to a value which varies in proportion to the secant of the conduction angle of the phasecut dimmer over at least 170 of conduction angle.

AC input ends t1 and t2 of the rectifying circuit RC are connected to an AC source AC.The rectifying circuit RC may be connected to the AC source AC directly or indirectly.In the case of a direct connection the dimmer is disposed inside the LED lighting device.In the case of an indirect connection for example the rectifying circuit RC is connected to the AC source AC via the dimmer DM as shown in Fig.1.

Node 220a220h for a control system comprising an interface to a control element 210a210h a microcontroller 221 storage 222 for storing an ID of the node and a transceiver 225 for communicating with a hub 230x230z wherein the node 220a is arranged to transfer control data with a hub 230x assigned for the node characterized in that the node is arranged to transmit its ID to at least one hub and to join with a hub which informs it is assigned for the node.

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 liquid ejection control device according to any one of the preceding claims further comprising a display control unit that performs control of display of at least one of the first instructing value and the second instructing value.

A method of driving the pulsed flow generator 20 will be described.The drive waveform of the piezoelectric element 30 will be described.Fig.4 is a graph showing an example of the drive waveform of the piezoelectric element.One cycle of the drive waveform corresponds to a time combining a sin waveform shifted by 90 in phase by being offset in the direction of a positive voltage and a pause.Assuming that the piezoelectric element 30 is expanded when the positive voltage is applied direction indicated by the arrow A in Fig.2 the section of a time t1 hereinafter referred to as voltage rise time t1 corresponds to the time during which the volume in the pressure chamber 80 is reduced.In the section of a time t2 hereinafter referred to as voltage drop time t2 is a section for charge elimination of the piezoelectric element 30 and during this section the piezoelectric element 30 is contracted.In the section of voltage drop time t2 the volume of the pressure chamber 80 increases.

A method of controlling a dimmable LED lighting circuit operable with a phasecut dimmer and having a power converter for providing power to a series arrangement of a plurality of LEDs and controllable current source the controllable current source being for providing a current through the plurality of LEDs the method comprising setting the current of the current source in dependence on a conduction angle of the phasecut dimmercontrolling the power converter in dependence on the current source by adjusting an output power of the power converter and controlling a supplementary output load arranged in parallel with the series arrangement of the current source and plurality of LEDs wherein adjusting the supplementary output load is faster than adjusting the output of the power convertor.

Next a third embodiment will be described with reference to Figs.4 and 5.Moreover the same symbols are attached to the same structures as those of the first embodiment shown in Fig.1 and description thereof will be omitted.

The electronic device of claim 1 wherein the second time period is shorter than the first time period the first activity corresponds to a first rate of exercise activity and the second activity is defined by a second rate of exercise activity.

In a second aspect the system includes at least one sensor and a processing system coupled to the at least one sensor wherein the processing system includes an analytics engine that is configured to receive a determined context and one or more outputs from at least one sensor to provide analytics results.

The brushless motor controller according to claim 2 wherein said microcontroller further comprises a memory said memory storing information comprising a firstlookup table said microcontroller further determining a duty cycle of said first motor control signal or second motor control signal according to said first lookup table after said change.

However in a connection shown in FIG.8 A a rotating magnetic field can be generated by inputting a signal having a shifted phase into the Uphase and the Wphase.

Polypropylene composition according to any of the preceding claims wherein the long chain branched polypropylene B has a a F30 melt strength of at least 15 cN determined at 200C according to ISO 167902005 andb a melt extensibility v30 of at least 200 ms determined at 200C according to ISO 167902005.

In the invention a crystal nucleating agent can be added to the extent that the object of the invention is not impaired.As mentioned above the branched polypropylene per se has an crystal or crystal nucleating effect it is also preferable to add for example another type of crystal nucleating agent dibenzylidene sorbitol sodium benzoate or the like or crystal nucleating agent 12hydroxy potassium stearatemagnesium benzoate an amide compound such as NNdicyclohexyl26naphthalenedicarboxamide a quinanacridone compound or the like.However in the invention the addition of the crystal nucleating agent may hardly give a desired surface roughness.By this matter and others the addition may have an adverse effect on the electrical characteristics such as a decline in the volume specific resistance at a high temperature.Thus the content is preferably less than 0.1 by mass.More preferably the agent be substantially not added.

An indoor unit 100 for an air conditioner of which at least one portion of an exterior is defined by a panel 200 exposed to the outside the indoor unit 100 comprising a window insert 260 263 264 265 266 received in an installation hole 251 defined in the panel 200 the window insert 260 263 264 265 266 being formed of light translucent material a receiving part 432 435 disposed under the window insert 260 263 264 265 266 and being adapted to receive a manipulation signal passing through the window insert 260 263 264 265 266 the manipulation signal being generated a remote controller that is manipulated by a user and an LED 440 441 442 443 444 disposed on a side of the receiving part 432 435 to emit light toward the window insert 260 263 264 265 266 thereby displaying an operation state of the indoor unit to the outside.

However as described above as the remote control signal receiver 21 is placed closer to the halfmirror film 15 the insulation between them degrades.Therefore to secure sufficient insulation it is necessary to use an insulating means.

A gas turbine component according to one of the preceding claims wherein the gas turbine component is formed as a gas turbine shroud.

Various studies have been performed to find coating materials that are resistant to infiltration by CMAS.Notable examples are commonlyassigned U.S.Patent Nos.5660885

A protocol conversion gateway 200 according to claim 11 wherein said at least header is created by the client.

If a user is not registered andor does not belong to the network served by the SIPX server 324 the SIPx 324 routes the SIP initiation message 1 to the SIP adaptor 302 for SIP field manipulation.The forwarded SIP message 2 is typically identical to the SIP initiation message 1 but need not be.Table 4 shows an example of SIP fields in a SIP message that is sent to the SIP adaptor 302.In this example the domain name in the invite field has been changed from SIPX.abc.com to 192.156.0.60 based on information retrieved from the registrar database 510.Table 4 To SIP Adaptor Message FieldsInvite Field 01122334455192.156.0.60From Field mjonescbc.comTo Field 01122334455SIPX.cbc.comContent Field SDP parameters

The mobile terminal of claim 1 wherein the controller transmits predetermined fields of the private information to predetermined network destinations and wherein the predetermined fields comprise different types of the private information and wherein the predetermined network destinations are provided to the mobile terminal in a database and wherein the database is generated by a user corresponding to the private information stored on the mobile terminal and wherein the database correlates the predetermined network destinations to predetermined fields of the private information.

Various embodiments provide systems and methods for securing mobile devices and securing data stored on removable SIM cards and their equivalents.In an embodiment a new type of SIM with an integrated biometric security sensor is provided.Use of biometric authentication credentials are employed to secure the data stored on a SIM card and the card itself as well as the mobile device.Alternative embodiments provide a modular biometric sensor which may be removably attached to a SIM card or its equivalent.

The Nibased alloy for casting used for the steam turbine according to any one of claim 1 to claim 2 wherein a content ratio of Al is 0.5 to 1.4 by mass.

With the unavoidable impurities of the Nibased alloy numbered as M1 to M3 it is desired that the content of Si is set to 0.1 or less and the content of Mn is set to 0.1 or less.As the unavoidable impurities can be exemplified Cu Fe and S in addition to Si and Mn.

The autostereoscopic 3D display device of any one of claims 1 to 7 wherein the 3D display device is free from having a multiview converter because of using the view data of stereo type.

When a number of viewpoints are positioned between binocular viewpoints it is advantageously possible to minimize crosstalk between binocular viewpoints and more naturally represent motion parallax.However when the number of viewpoints between binocular viewpoints is greater the resolution is decreased in proportion thereto.Therefore it is necessary to set an appropriate value of N in consideration of the maximum number of viewers according to an application of a 3D display.

The system according to claim 2 wherein the resistor has a resistance of between 0 and 10K.

The catheter 14 typically comprises a handle 20 having suitable controls on the handle to enable the operator 16 to steer position and orient the distal end of the catheter as desired for the ablation.To aid the operator 16 the distal portion of the catheter 14 contains position sensors not shown that provide signals to a positioning processor 22 located in a console 24.

A luminaire comprising a lightemitting unit 110 having a lightemitting apparatus according to any one of Claims 1 to 12 a lighting unit having a first lighting circuit 75 configured to drive the first lightemitting elements13 and a plurality of lead wires 47 having a plug 47 of a monopole connector 40 and configured to connect the first lightemitting elements 13 and the first lighting circuit 75 from the plug 47 via the first receptacle portion and the second receptacle portion.

FIGS.1 and 2 illustrate a bulbtype LED lamp 1 as an example of an illumination device.The LED lamp 1 comprises a lamp body 2 a globe 3 an Eshaped base 4 a lighting device 5 and a chiponboard COB lightemitting device 6.

A WLAN Access Network WLANAN entity configured to carry out a method according to any of claims 1 to 14.

The exemplary network portion of the communication system includes both public land mobile network PLMNs 16 and wireless local area networks WLANs.Here one of the public land mobile networks forms a home network here an HPLMN Home Pubic Land Mobile Network 161.Other mobile stationsanalogously are associated with home networks not necessarily the HPLMN 16.That is to say a mobile station is associated with a particular PLMN 16 as its home network.It should be noted that the arrangement shown in Figure 1 is merely exemplary.And while the networks 16 are shown to be PLMNs viz.variously VPLMNs Visited Public Land Mobile Networks and an HPLMN Home Public Land Mobile Network these networks in other arrangements are implemented as other network types with appropriate network reconfiguration as needed.

The display apparatus of claim 3 wherein the controller is further configured to determine a size by which each of the plurality of pieces of broadcast content that are provided through the plurality of broadcast channels is to be displayed on the screen of the display apparatus based on the priority.

Meanwhile if the thumbnail image data is not included in the metadata the controller 2811 is designed to control the network access unit 2814 to download the corresponding thumbnail image data from the internet server 2860.For instance if a title of a content having not thumbnail image data is a professional baseball the network access unit 2814 accesses the internet server 2860 searches for the thumbnail image data having the title of the professional baseball and then receives the found thumbnail image data.Subsequently the received thumbnail image data may be saved in the memory 2815.

The nontransitory storage medium of claim 11 further storing computer executable instructions which when executed by the computer implement a method in which the first resolution is 720p and the second resolution is 1080i.

The control portion may control the transmission signal output portion such that a mute signal is included in the control signal the mute signal causing output of video to be stopped in a device that receives transmission of the video signal for a predetermined time period from immediately before the video signal switches from threedimensional video to two dimensional video or from a same timing as the switching.

A method of recording a discless application that is not recorded in a disc the method comprising obtaining discless application data including program data which corresponds to the discless application and a discless application description DAD used to access the included program data from an external apparatus and storing the obtained discless application data in a storagewherein the obtained discless application data stored in the storage comprises life cycle information indicating that a life cycle of the discless application is not dependent on whether the disc has been loaded.

In one embodiment the method for executing software applications further comprises the steps of receiving from said software application a first identifier storing the first identifier detecting before the step of deciding insertion of another removable storage medium reading a second identifier from the second removable storage medium comparing the stored first identifier and the second identifier and deciding depending on said stored indication and on the result of said detecting and on the result of said comparison whether to terminate or to continue the software application.

The agricultural vehicle of claim 3 further comprising a lifting unit driven by said hydraulic pump 17.

Referring to FIG.1 an engine 1 is mounted on a vehicle including an automatic transmission 2 hereinafter referred to as an AT and a motor generator 3 hereinafter referred to as an MG serves as a motor and a power generator.The MG 3 is connected to a crank shaft of the engine 1 through a pulley 23 a belt 8 and a pulley 22.An electromagnetic clutch 26 for enabling or disabling electric power supply is disposed between the pulley 23 and the crank shaft of the engine 1.The MG 3 is connected to an oil pump 19 for the AT 2 through an electromagnetic clutch 27.An oil inlet pipe 24 is connected to the oil pump 19.An oil outlet pipe 25 is provided for the oil pump 19.Auxiliary machines 11 and 16 such as a pump for a power steering unit and a compressor for an air conditioner are also provided.The auxiliary machines 11 and 16 are connected to the crank shaft of the engine 1 and the MG 3 through pulleys 9 and 14 and the belt 8 respectively.Other auxiliary machines such as an oil pump and a water pump for the engine 1 not shown are connected to the crank shaft and the MG 3.An inverter 4 is electrically connected to the MG 3.The inverter 4 performs a switching operation to vary the amount of electric energy which is supplied from a battery 5 serving as a power source to the MG 3 so as to control the number of revolutions of the MG 3.Moreover the inverter 4 performs a switching operation to charge electric energy supplied from the MG 3 to the battery 5.A controller 7 controlsengagementdisengagement of the electromagnetic clutches 26 27 and the switching operation of the inverter 4.The controller 7 receives input signals such as a signal indicating the number of revolutions of the MG 3 a switching signal for selecting the economy running mode and a switching signal for operating the air conditioner.Note that lines shown in FIG.1 and each having an arrow indicate signal lines.

Steerable antenna 1 according to claim 3 wherein said first end portion 20 21 of the support bracket 10 comprises an attachment foot to the base 6 provided with a through aperture 26 crossed by the driven pulley 8.

Subsequently another embodiment that has separated a power transmission system of the Yaxis is shown in Fig.6.Elements common with those of Fig.2 are given same numerals.In the embodiment shown in Fig.2 the Yaxis drive system is arranged above the oscillating center axis 105 of the Yaxis as in the case of the Xaxis.In the embodiment shown in Fig.6 by transmitting an output from the Yaxis drive motor 21 using a belt 33 a pulley A34 and a pulley B35 the Yaxis drive motor 21 is arranged at a position other than the position above the oscillating center axis 105 of the Y axis.The Yaxis drive motor 21 and the Yaxis reduction gear 22 are fixedly secured to the base block 30 below the Xaxis drive motor 51.The output of the motor is transmitted to a Yaxis shaft B29 on theoscillating center axis 105 of the Yaxis by way of the pulley A34 the belt 33 and the pulley B35.Due to such a provision the Yaxis drive motor 21 and the portion of the Yaxis reduction gear 22 which are protruded in the negative direction of the Y axis from the oscillating center axis 105 of the Y axis in Fig.2 can be eliminated so that the system can be made compact.It is unnecessary to arrange the reduction gear together with the motor.The reduction gear may be arranged at a transmission system portion succeeding the pulley B35.Further the reduction ratio may be shared by both pulleys so as to decrease the reduction ratio of the reduction gear thus enabling the use of the more compact reduction gear.

Method according to claim 1 wherein in case of authorization to the payment in step D the server 2 sends a confirmation of effected payment by means of two confirmation SMS one directed to the payment mobile phone and the other one directed to the reception payment mobile phone.

Fig.7a illustrates an overview over the inventive scenario having a first entity 11 a second entity 12 and a third entity 13 which is the server device.Preferably all three entities 11 12 13 are logically separated andor locally separated entities.Depending on the application of the inventive process the first entity can be a selling party such as a POS point of servicesale the second entity can be a buying party i.e.a user having a mobile phone which represents the second entity and the third entity can be a payment company or generally a server device which is included in the payment company or which is in the position to securely communicate to a payment company such as a bank or a credit card institute or a certain payment company such as PayPal or any other such entity.

A method of calculation of receive power in a radar device as set forth in claim 7 further comprising when there are four receive antennas using said angle estimation system to detect angles of the directions of arrival of the reflected waves as 1 2 and 3 coding the mode vectors as follows a1a11a12a13a14 a2a21a22a23a24 a3a31a32a33a34 setting the following Aa11 a21 a31A a12 a22 a32a13 a23 a33a14 a24 a34next calculating vectors P orthogonal to the three mode vectors using a propagator method whilesetting A1 and A2 as followsa11 a21 a31A1 a12 a22 a32a13 a23 a33A2 a14 a24 a34PA2A11H1p1p2p3p4t determining the matrix of the mode vectors plus the orthogonal components as followsa11 a21 a31 p1B a12 a22 a32 p2a13 a23 a33 p3a14 a24 a34 p4defining the receive signals of said four antennas as Y1 to Y4 and converting the receive signals to vectors as followsY1Y Y2Y3Y4further using said B and said Y for the following calculations to find the coefficients of the bases of the mode vectors and orthogonal componentsbn1 coefficient of 1 bearingB1Y bn2 coefficient of 2 bearing BNbn3 coefficient of 3 bearingbn4 coefficient of orthogonal componentscalculating the norms of bn1 to bn4 found here and finding the power values of the bearings of thecorresponding arrival waves and power values of the orthogonal components.

FIG.1 is a block diagram showing a functional configuration of the DOA estimation device in the firstembodiment.The functional configuration of the DOA estimation device in the first embodiment will be explained with reference to FIG.1.The DOA estimation device in the first embodiment is configured by including a sensor array 11 a receiver 21 high frequencies acoustic waves etc a baseband generator 31 corresponding to a receiving unit according to the present invention and a DirectionOfArrival DOA estimating unit DOA estimator 41.

The door lock apparatus as claimed in any one of claims 1 to 5 wherein in response to the authentication being performed the controller is configured to control the first interface to request and receive the status information from each of the plurality of external apparatuses.

Now operation of notifying information of the monitoring control apparatus 3 when notification setting regarding scheduled coming home or scheduled going out is performed in such a manner as described above is described with reference to FIGS.38 to 40.

An ultrasound apparatus comprising an ultrasound image data acquiring unit configured to acquire ultrasound image data of an object a user input unit configured to receive a selection of at least one range of image pixel information acquired from the ultrasound image data and a controller configured to extract partial image ultrasound image data corresponding to the at least one range from among the ultrasound image data and control a display to threedimensionally displaying an ultrasound image corresponding to the at least one range by using the partial ultrasound image data.

The processing unit 130 may be configured to render volume data corresponding to the sub ROI 720 to thereby form a sub 3D ultrasound image corresponding to the sub ROI 720 at step 5416 in FIG.4.

The control method according to any one of the preceding claims wherein the step of supplying the heated air S11 S21 S31 comprises operating a blower 22 for blowing air into the treatment space S during the operation of the drying heater 42.

The steam supply step will now be described in more detail.

The media processing apparatus of any one of claims 1 to 3 wherein the access attempt from each of the plurality of terminal devices comprises a request to control the media processing apparatus.

In command processing routine 80 base apparatus 10 first determines in step 81 whether or not a received command is a competitive command.If the command is not a competitive command then processing advances from step 81 to step 82.At step 82 main control section 21 of base apparatus 10 accepts the command.

The method of any one of claims 1 through 7 wherein the call word is one of a call word prestored in the broadcast receiving apparatus and a call word input by the user.

Finally the communication control part 201 outputs the input external device name data to the remote control part 203.The remote control part 203 changes the operation mode of the remote control device 200 to be capable operating the corresponding external device with the input external device name data thereby adjusting the remote control device 200 to serve as a remote control device for the external device 300.At this time the remote control part 203 outputs a display control signal to the liquid crystal display part 204 so that the liquid crystal display part 204 displays an operation screen for operating the external device 300.Thus the remote control part 203 changes the remote control device 200 to the mode capable of operating the external device 300 to be subjected to device control at a step S7.

The wireless device of claim 5 further comprising a network scanning unit 123 arranged to scan at least one wireless network which is usable at a current location of the wireless device wherein the wireless communication unit is arranged to register the wireless device in a wireless network which corresponds to the network identification information obtained from the light signal interpretation unit from among wireless networks scanned by the network scanning unit.

On a housing 64 of wireless LAN terminal 12 an arrow is formed to indicate a position of light emission by a light emitting unit 42 which will be described later.On a housing 39 of wireless access point 10 an arrow is formed to indicate a position of light reception by a light receiving unit 20 which will be described later.

A nontransitory computer readable medium storing a program executed by a mobile terminal that controls one or more lighting devices that illuminate one or more spaces the mobile terminal including a display and a memory and the program causing a computer of the mobile terminal to perform a process comprising obtaining current time information indicating a current time rearranging using a memory storing one or more scenes indicating one or more illumination states established by the one or more lighting devices and one or more pieces of scene time information indicating times of the one or more scenes while associating the one or more scenes and the one or more pieces of scene time information with each other one or more scene icons corresponding to the one or more scenes on the basis of the current time information and the one or more pieces of scene time information displaying the rearranged one or more scene icons on the display and transmitting if one of the one or more scene icons is selected by a user a control signal for controlling the one or more lighting devices to the one ormore lighting devices so that the one or more spaces are illuminated in an illumination state indicated by a scene corresponding to the selected scene icon.

If the display unit 220 forms a layered structure together with the touchpad to form the touch screen as described above the display unit 220 may be used as an input device as well as an output device.If the display unit 220 forms the touch screen thedisplay unit 220 may include a touch screen panel and a touch screen panel controller.In this case the touch screen panel is a transparent panel bonded outside the control apparatus 200 and may be connected to an internal bus of the control apparatus 200.The touch screen panel monitors touches and if touches are input transmits signals corresponding to the touches to the touch screen panel controller.The touch screen panel controller processes the signals and transmits data corresponding to the signals to the first control unit 240 such that the first control unit 240 determines whether the touches are input and which regions of the touch screen are touched.

A method according to any one of claims 9 to 15 comprising the steps of displaying datascheme information based on the content information of a data scheme on a display of a client device receiving a determination from a user of the client device of a data scheme responsive to the displayed data scheme information and transmitting the determined datascheme to the information processing apparatus.

On the other hand even when the reproduction apparatus is not compatible to the compressed music data e.g.if a reproduction apparatus does not comprise an AAC decoder when AACencoded music data is recorded a linear PCM decoder or packed PCM decoder as standard equipment of that apparatus e.g.DVD audio player can reproduce the PCM music data transcoded data.In this way even the reproduction apparatus which is not compatible to the distributed compressed music data but is compatible to linear PCMor losslesscompressed PCM as a standard function can reproduce the distributed music contents using the transcoded PCM data.

The method according to claim 10 wherein said running step comprises outputting said first motor control signal for controlling said brushless motor when a rotational speed of said external brushless motor is below a threshold and outputting said second motor control signal for controlling said brushless motor when a rotational speed of said external brushless motor is above said threshold optionally further comprises the step of ceasing supply of electrical currents to a plurality of windings of said brushless motor for a predetermined period of time before said changing step optionally said predetermined period of time is chosen such that after said step of ceasing supply of said electrical currents said first motor control signal or second motor control signal becomes synchronized with rotation of said brushless motor optionally said synchronization of said first motor control signal or second motor control signal with said rotation of said external brushless motor comprising the step of configuring said first motor control signal or second motor control signal to be in phase with output signals of said rotor position detector.

In general the brushless motor is widely used when a constant speed is required and when high speeds and low speeds are required a brush motor is used because it is easily driven at variable speeds.In other words a problem is produced that when the abovedescribed brushless motor is controlled by using a speed control feedback system based on the output of the Hall effect sensor and the brushless motor is driven at low speeds because the output of Hall effect sensor has a small amount of information a response to the feedback is reduced to make the rotation unstable and to reduce the rotation because of a variation in load.In order to solve this problem thebrushless motor can be provided with an encoder for detecting the position of rotationin addition to the Hall effect sensor for detecting the polarity of the field magnet to increase the amount of information relating to the speed control but the cost of the brushless motor is greatly increased if the brushless motor is provided with an expensive encoder only for speed control.

The surgical apparatus of Claim 8 wherein the handle processor circuit is programmed to determine that remedial action should be taken when at least one of the following conditions is met the energy consumed by the electric motor over the life of the handle exceeds a first energy threshold value and the energy consumed by the electric motor over the life of the handle exceeds a second energy threshold value which is lower than the first energy threshold value and the handle has had a threshold number of device firings above a threshold power level.

Referring again to FIG.95 in various forms the control system 1400 is configured to formulate andor respond to feedback information that may at least in part be derived from information measured by the control system 1400 or obtained from other system components.For example in one aspect the control system 1400 is configured to initiate power delivery to system components in response to an input signal such as an instruction provided by a user.In certain aspects the control system 1400 generates or provides information such as a warning or instrument state to a user via the user interface such as a visual or audio display.Signals or inputs generated by the control system 1400 is for example in response to other signals or inputs provided by a user instrument components or are a function of one or more measurements associated with the instrument 10.In certain aspects the control system 1400 is configured to monitor or receive various measurements and thereafter interpret calculate andor decode the information and respond in a predetermined way.

A plant according to claim 4 wherein the regulating valve 30 130a 130b is a threeway valve having an outlet connected to the heat exchanger 28 128a 128b.

FIG.3 also illustrates that an alternate or auxiliary heat exchanger 181 may also be coupled to the lines carrying the heat transfer medium.The auxiliary heat exchanger would utilize some other source of heat such as a plant auxiliary cooling system to heat the heat transfer medium.That heat energy would then be used to preheat the inlet air flowing into the compressor 120.The auxiliary heat exchanger 181 could be used alone or in conjunction with the heat exchanger 180 to heat the heat transfer medium.

The method for local voice survivability according to claim 1 further comprising stopping when it is detected that any server recorded in the server monitoring list resumes an available state intercepting the service data stream sent by the user terminal to the server.

In order to prevent the possible creation of a storm of BYE messages at the occurrence of a node failure which may lead to a traffic congestion according to an embodiment transmittal of BYE messages is completed within a time window possibly configurable by the operator.

The device 100 of claim 2 wherein at least one of the plurality of data symbols 202120214 is succeeding the given synchronization symbol 201 20112013 in the sequence 200 of symbols 201 20112013 202120214.

FIG.1 illustrates one embodiment of a DSL system 100.The DSL system 100 may be a VDSL or VDSL2 system an asymmetric DSL ADSL or ADSL2 system or any other DSL system.The DSL system 100 may comprise a Digital Subscriber Line Access Multiplexer DSLAM 102 at the CO side and a plurality of CPEs 104 which may be coupled to the DSLAM 102 via a plurality of subscriber lines 106.Some of the subscriber lines 106 may be bundled in a binder 107.The DSLAM 102 may comprise a crosstalk precoder 108 which may be coupled to a plurality of subscriber lines 106.Additionally the DSL system 200 may comprise a VCE 109 that may be coupled to the crosstalk precoder 108 and the CPEs 104 via a plurality of feedbackchannels 113.The feedback channels 113 between the CPEs 104 and the VCE 109 shown in dotted lines may correspond to upstream logical data paths from the CPEs 104 to the DSLAM 102 and may not be physically separated from the subscriber lines 106 shown in solid lines.The CPEs 104 may transmit the error feedback signals in the feedback channels 113 through the subscriber lines 106 to a plurality of corresponding receivers in the DSLAM 102 which may then extract the error feedback signals from the upstream data stream and send the error feedback signals to VCE 109.Additionally the DSLAM system 102 may optionally comprise a network management system NMS 110 and a public switched telephone network PSTN 112.In other embodiments the DSLAM system 102 may be modified to include splitters filters management entities and various other hardware software and functionality.The NMS 110 may be a network management infrastructure that processes data exchanged with the DSLAM 102 and may be coupled to one or more broadband networks such as the Internet.The PSTN 112 may be a network that generates processes and receives voice or other voiceband signals.

A fuel cell system 100 comprising a reforming section 33 that generates fuel from water for reforming and a raw reforming material a raw reforming material feeding section 11a5 that feeds the raw reforming material to the reforming section a fuel cell 34 that generates electricity using the fuel and an oxidant gas a combusting section 36 that combusts a combustible component discharged from a fuel electrode of the fuel cell using the oxidant gas an ignition device 36a2 that causes the combustible component fed to the combusting section to be ignited an oxygen proportion adjusting section that adjusts an oxygen proportion of the gas which is introduced into the combusting section when the combustible component is ignited in the ignition device to become a correction oxygen proportion which allows the combustible component to be ignited and combusted and an oxygen proportion changing section that changes the oxygen proportion from the correction oxygen proportion to a normal oxygen proportion when a defined condition is satisfied.

As shown in FIG.4 the water storage tank WP2 includes a first tank WP2a and a second tank WP2b.A water supply pipe 10 to which clean water is supplied is connected to the first tank WP2a.An electromagnetic valve 101 is provided in the water supply pipe 10.It is possible to supply the clean water to the first tank WP2a and stop the supply of the clean water by opening and closing the electromagnetic valve 101.The first tank WP2a is arranged to be capable of receiving water forming dew in a heat exchanger HW1 of the hot water producing device HW.Therefore it is possible for the first tank WP2a to supply water to the water supply pipe 10 when an amount of water is insufficient while storing the water forming dew in the heat exchanger HW1 of the hot water producing device HW.A heater H1 is provided in the first tank WP2a to prevent the water in the first tank WP2 from being freezing.

The method of claim 1 wherein the second volumetric model is based upon a radius of the second structure a z coordinate associated with the level of the second structure above surface and a constant.

The terrain databases 106 include various types of data including elevation data representative of the terrain over which the aircraft is flying and the navigation databases 108 include various types of navigationrelated data.These navigationrelated data include various flight plan related data such as for example waypoints distances betweenwaypoints headings between waypoints data related to different airports navigational aids obstructions special use airspace political boundaries communication frequencies and aircraft approach information.It will be appreciated that although the terrain databases 106 and the navigation databases 108 are for clarity and convenience shown as being stored separate from the processor 104 all or portions of either or both of these databases 106 108 could be loaded into the onboard RAM 103 or integrally formed as part of the processor 104 andor RAM 103 andor ROM 105.The terrain databases 106 and navigation databases 108 could also be part of a device or system that is physically separate from the display system 100.

The image reader according to any one of claims 12 to 14further comprising a guide surface 77 by which the document is guided toward the discharge port 28 the guide surface 77 being between the convey roller 49 and the discharge port 28.

In the present embodiment a closecontact type image sensor in the form of the CIS unit 40 is employed as the image reading device.However the image sensor or image reading device may not be of closecontact type but may be a CCD image sensor of a miniaturized optical system for instance.However where the image reading device is a closecontact type image sensor the effect of the invention that external light can be detected without using a special sensor disposed in the multifunctional apparatus 1 is relatively significant for the following reason.That is a light source of a closecontact type image sensor is often low in illuminance and is typically a LED.When such a lowilluminance light source is used as the light source of the image reading device external light tends to adversely affect reading by the CIS unit 40.

A stitchsize controlled knit product according to claim 3 wherein the back yarn 93 is a manmade fiber subjected to texturing of about 70 denier to about 110 denier.

The toe part 11 the foot part 12 the heel part 13 and the leg part 14 are configured by a tubular knitted fabric for clothing 20 according to the embodiment of the present invention.The tubular knitted fabric for clothing 20 is a tubular knitted fabric knitted continuously by a circular knitting machine and has stitches of a plurality of sizes.

The rotary compressor according to claim 1 wherein the main bearing comprises a bearing body having a shaft throughhole through which the rotation shaft passes andat least one pressfit part defining a portion of an outer circumferential surface of the main bearing the at least one pressfit part being pressfitted to the inner surface of the case.

In the assembly method for the thusstructured electric compressor 1 the shrink fitting process and the assembly of the subbearing rolling bearing 19 and the subbearing holding member endside bearing holding member 42 are performed as in the second embodiment and the main bearing 18 is pressfitted into the mainbearing bore part 40b provided in the electricmotor housing main body 40.Then the glass terminal 26 is inserted into the through channel 40a of the electricmotor housing main body 40.

Hearing device according to any of claims 1011 wherein the first closure arm and the second closure arm form an angle larger than 5 degrees.

Openings 5 and 6 for a microphone 4 see FIG.3 are provided at the upper and lower parts in the approximate middle of the main body case 1.

The control device according to claim 1 characterized in that the vehicle includes an electric motor the continuously variable transmission is a power distribution mechanism an output shaft of the electric motor is connected to the first output shaft and is configured to transmit torque to the first output shaft and the electronic control unit is configured to execute control of the electric motor.

The vehicle is provided with an oil pump 10 which is driven using a part of power of the engine 1 a hydraulic control circuit 11 for adjusting a hydraulic pressure from the oil pump 10 and supplying the adjusted hydraulic pressure to respective components of the transmission 4 and a transmission controller 12 for controlling the hydraulic control circuit 11.

The surgical instrument of claim 2 wherein the motor is operably coupled to a gear assembly comprising a gear box housing coupled to a portion of the motor a gear arrangement operably supported within the gear box housing and interfacing with a shaft of the motor and the articulation actuation mechanism and an output shaft unit operably interfacing with the gear arrangement and the firing member assembly.

Further where various loading units can be used a digital control module DCM 130 FIG.4 can control the force being applied to rod 306 so that rod 306 can drive the particular end effector that is on the loading unit in use at the time.For clarity wires are not shown in the Figures connecting DCM 130 to various components of powered surgical instrument 100 but such wires are contemplated by the present disclosure.The loading unit may also include a mechanical or electronic sensor that indicates to DCM 130 which end effector is on the loading unit.In an embodiment DCM 130 is also capable of storing information relating to the force applied to rod 306.Additionally the voltage and current from drive motor 210 may be measured to provide information andor feedback regarding the state of powered surgical instrument 100.For instance if the user is attempting to clamp down on tissue that is too thick the voltage andor current will increase.This information can be provided to the user andor the power can be interrupted or ceased.It is envisioned that such a feature helps prevent damage to the mechanisms in the instrument.

A positiveworking lithographic printing plate precursor which comprises on a support having a hydrophilic surface or which is provided with a hydrophilic layer a heat andor lightsensitive coating including an infrared absorbing compound characterized in that the infrared absorbing compound contains a structural element according to Formula Iwherein A represents SR1 wherein R1 represents an optionally substituted alkyl aralkyl alkaryl cycloalkyl alkenyl alkynyl aryl or heteroaryl group andor combinations thereof QCHRCHR CRCR or CHRCHRCHR and R R and R independently represent hydrogen an alkyl cycloalkyl aralkyl alkaryl aryl or heteroaryl group or R and R or R and R form together a cyclic structure.

The formation of the lithographic image by the plate precursor of the present invention is due to a heatinduced solubility differential of the coating during processing in the developer.The solubility differentiation between image printing oleophilic and nonimage nonprinting hydrophilic areas of the lithographic image is characterized by a kinetic rather than a thermodynamic effect i.e.the nonimage areas are characterized by a faster dissolution in the developer that the imageareas.In a most preferred embodiment the nonimage areas of the coating dissolve completely in the developer before the image areas are attacked so that the latter are characterized by sharp edges and high inkacceptance.The time difference between completion of the dissolution of the nonimage areas and the onset of the dissolution of the image areas is preferably longer than 10 seconds more preferably longer than 20 seconds and most preferably longer than 60 seconds thereby offering a wide development latitude.The precursor can be positive or negativeworking with the positiveworking embodiment being preferred.

A computer program with program code means in order to perform all steps of at least one of claims 1 to 12 if the program runs on a computer or digital signal processor.

The intensity or color mapper 18 in FIG.1 can also map values other than zero to be the minimum intensity value on the raster scan display 20.For example IB or some other value between IB and INEW could be the value that is mapped to zero intensity along with all lesser values.The portion of the BOTTOM region between the value mapped to zero and the value assigned to INEW would then provide a countertimer function to determine when a particular pixel makes the transition back to new but would be invisible to the operator.

A method for detecting a successful deployment of a surgical fastener the method comprising providing a powered surgical stapler comprising a housing an endoscopic portion extending distally from the housing and defining a first longitudinal axis a drive motor disposed at least partially within a housing a firing rod disposed in mechanical cooperation with the drive motoran end effector disposed adjacent a distal portion of the endoscopic portion the end effector being in mechanical cooperation with the firing rod to fire a surgical fastener a current sensor configured to measure a current draw on the motor and a controller configured to determine whether the surgical fastener is successfully deployed based on the current draw on the motor firing the surgical fastener detecting the current draw on the motor comparing the detected current draw to a successful test firing data and outputting a result of the comparison between the detected current draw and the successful test firing data.

Referring now to Figure 14b a timer is set in step 1126.It is thereafter determined in step 1128 whether the time elapsed for the firing operation has exceeded a predetermined threshold.If it is determined in step 1128 that the firing time limit has been exceeded the firing motor is disabled in step 1130 and an ERROR condition is determined in step 1132.Control then proceeds to step 1136.If however it is determined in step 1128 that the firing time has not exceeded the predetermined firing time limit it is determined in step 1134 whether a hardware current limit has been exceeded.The hardware current limit relates to the resistance of the firing motor to continued operation.A condition that the hardware current limit has been exceeded is indicative that the stapling operation has been successfully completed.If it is determined in step 1134 that the hardware current limit has not been exceeded the operation of firing motor is continued until either the predetermined firing time limit has been exceeded or the hardware current limit has been exceeded.In either instance control proceeds thereafter to step 1136.

The backlight unit of claim 8 or 9 wherein a second angle 2 between the third support side member and the bottom surface of the bottom cover is less than or equal to 90 and greater than an angle 1 between the second support side member and the bottom surface of the bottom cover.

The first side portion 310 in the first mold 300 includes an upper surface 3101 the sloping surface 3102 and the side wall 3103.The upper surface 3101 of the first mold 300 supports the optical plate 230 and the optical sheet layer 240.The sloping surface 3102 of the first mold 300 is inclined downwardly from the upper surface 3101.The lower end of the sloping surface 3102 of the first mold 300 presses on reflection sheet 220 thereby helping to prevent movement of the reflection sheet 220.The sloping surface 3102 of the first mold 300 may serve to reflect light emitted from the light source 210.To this end the first mold 300 may be made of a resin having a good reflective property.Alternatively a reflective material may be applied to the sloping surface 3102 of the first mold 300.To provide sufficient reflection efficiency the sloping surface 3102 of the first mold 300 may be inclined at an angle 1 of 30 degrees to 60 degrees with respect to the bottom surface of the bottom chassis 250.

The bandpass filter of any of the preceding claims wherein the third side is substantially perpendicular to the first side.

As described above at least three variable reactance blocks 102 of the variable resonator 100 are necessary.From the viewpoint of miniaturization it seems to be preferable that the number of the variable reactance blocks 102 is as small as possible.However a constitution provided with a large number of the variable reactance blocks 102 has an advantage and it will be described by employing the case of using variable capacitors as an example.

The system according to claim 3 further characterized by a valve controlling the amount of working fluid condensate supplied to said further preheater.

The intermediate fluid can be water or other suitable fluids and preferably the intermediate fluid comprises an organic alkylated heat transfer fluid.Most preferably the intermediate fluid is a synthetic alkylated aromatic heat transfer fluid.The preferred intermediate fluid is advantageous since their use avoids problems of freezing operates without being at vacuum conditions and there is no need for treatment.Water usually needs treatment when used as an intermediate fluid.Preferably the synthetic alkylated aromatic heat transfer fluid is useful in a relative high temperature range vaporizing temperature between about 250C and about 315C.At these temperatures the pressure of the intermediate fluid is between about 495kPA and 1560kPA.The relatively low pressures mentioned above make this type of fluid particularly suitable for use in the present invention.Often the condensing temperature of the intermediate fluid on the intermediate fluid side of organic working fluid vaporizer 22 will preferably be in the range of about 190C to about 140C but can be much lower if need be.Furthermore the use of this type of intermediate fluid as a heat transfer medium for transferring heat from the heat source to the organic working fluid and as well as producing power form the intermediate fluid increases the efficiency of the powerproducing system on a whole.Preferably the organic working fluid comprises pentane either npentane or isopentane.

A flexibleelectronicdevice manufacturing apparatus for manufacturing an electronic device including a flexible base material 100 and a plurality of functional layers 110 120 130 140 provided thereon characterized in that the flexibleelectronicdevice manufacturing apparatus comprises an impression cylinder 30 configured to hold and transport the base material 100 impressioncylinder driving means 230 for rotating the impression cylinder 30 processing means 40 50 60 70 for performing a plurality of processes for providing the plurality of functional layers 110 120 130 140 by a printing method or a coating applying method on the base material 100 held on the impression cylinder 30 impressioncylinder phase detecting means 201 for detecting a phase of the impression cylinder 30 and controlling means 200 for controlling the impressioncylinder driving means 230 and the processing means 40 50 60 70 based on a result of detection by the impressioncylinder phase detecting means 201.

In an embodiment of the apparatus the cylindrical surface of the transfer roll is provided with grooves for receiving the substance to be deposited.This makes it possible that the embedded structure has a height to width ratio that is greater than would be possible in the absence of such grooves.

The wafer processing member of claim 5 wherein the first temporary bond layer A comprises a nonreactive organopolysiloxane consisting of 99.000 to 99.999 mol of difunctional siloxane units of R11R12SiO22 1.000 to 0.001 molof monofunctional siloxane units of R13R14R15SiO12 and 0.000 to 0.500 mol of trifunctional siloxane units of R16SiO32 wherein R11 R12 R13 R14 R15 and R16 are each independently a substituted or unsubstituted monovalent hydrocarbon group having a weight average molecular weight of 200000 to 1000000 and containing up to 0.5 by weight of a low molecular fraction having a molecular weight of up to 740.

In the present invention the polyimidesilicone resin A is composed of a repeating unit represented by the following formula 2wherein X is a tetravalent organic group Y is a divalent organic group and q is an integer of from 1 to 300.

The navigation system 500 of claim 13wherein the navigation system 500 is further configured for executing the method of any one of the claims 112.

Fig.2 is an explanatory view showing a display example of a route guidance.This is the display example in the drivers view.As illustrated the drivers view gives threedimensional representation of various features for example elevated roads buildings guardrails and street plants.The sight from the users view is shown on the display 101.A route to be followed is shown by a guiding line 202 in threedimensional representation.In this display example markers 201 are also shown to have a role of a leading vehicle guiding the own vehicle.The guiding line 202 is generated based on threedimensional data.The guiding line can thus be displayed along a ramp to an elevated road as shown in an area A2.Such display assures a route guidance that is intuitively understandable for the user and does not bring the users feeling of strangeness.The drivers view is not limited to the display example of Fig.2 but may have any of various display modes.For example only one of the guiding line 202 and the markers 201 may be shown on the display.The line type of the guiding line 202 and the shape of the markers 201 may be determined arbitrarily.

The method of claim 1 wherein the SD haptic effect signal is generated by an extraction from the HD haptic effect signal.

An example of a standarddefinition haptic output device is a standarddefinition actuator.A standarddefinition actuator is an actuator that can provide a baseline range of different vibration effects with a baseline range of vibration intensities.Examples of a standarddefinition actuator can include a linear resonant actuator or an eccentric rotating mass motor.An example of a highdefinition haptic output device is a highdefinition actuator.A highdefinition actuator is an actuator that can provide an increased range of different vibration effects with an increased range of vibration intensities.Further the highdefinition actuator can increase and decrease its intensity level at a speed that is sufficient to enable compelling rendering of rapidly changing dynamic haptic effects.Examples of a highdefinition actuator can include a piezoelectric actuator or an electroactive polymer actuator.Thus compared to a standarddefinition actuator a highdefinition actuator has a fast response time a high dynamic range and also a wide frequency response.A highdefinition actuator can create haptic effects at a number of frequencies e.g.100 Hertz Hz to 400 Hz.In comparison a standarddefinition actuator is an actuator that can generate a limited range of magnitudes or a limited range of frequencies and has a slower response time when compared to a highdefinition actuator.

The turbine blade assembly of claim 2 said diffuser portion 24 comprising at least a portion thereof having an outwardly flaring section relative to a longitudinal axis of said diffuser cooling hole 15.

Referring now to Fig.4 a partial external perspective view of the airfoil tip 36 in accordance with another embodiment of the present invention is shown.In this alternative embodiment a shelf 92 is employed preferably on the top surface 67 of the tip 36 adjacent to the pressure side of the airfoil 54.Thus the outlets 72 can alternatively be positioned on the shelf 92 such that the cooling air 41 is ej ected from the outlets 72 onto the top sur face 67 of the tip 36 as opposed to the pressure side of the airfoil 54 shown in Fig.3A.

A method for synthesizing an image using a driver assisting system with a first camera 201 configured to capture a first image 211 from a first scene and a second camera 202 configured to capture a second image 212 from a second scene wherein the first scene and the second scene partly overlap in an overlapping region the method comprising receiving S 110 the first image 211 from the first camera 201 and the second image 212 from the second camera 202 and combining S120 the first image 211 and the second image 212 in the overlapping region using a binary mask 130.

If it is determined that the travel condition of the vehicle is the first travel condition an all around birdseye view taking preference to the side camera is generated using the inputted image I and first coordinate reverse conversion table step S34.The obtained all around birdseye view taking preference to the side camera is displayed on the monitor 3 step S35.Then the procedure returns to step S31.

Method according to any of claims 1 to 4 characterized in that the analysis of the risk map includes evaluating time and state of the maximal risks and depending on thresholds on risk value time and states at the points of maximal risk.

The following is a description of a moving object recognition system according to an embodiment of the present invention with reference to the accompanying drawings.Fig.1 is a block diagram showing the structure of the moving object recognition system according to the embodiment of the present invention.The moving object recognition system 100 of this embodiment is a system that calculates the risk of a moving object colliding with its own vehicle and reports the risk to the driver.The moving object recognition system 100 includes a camera 10 a moving object detecting unit 20 a relative approach angle estimating unit 30 a collision risk calculating unit 40 and a reporting unit 50.The structure formed with the moving object detecting unit 20 the relative approach angle estimating unit 30 and the collision risk calculating unit 40 is realized by a computer executing a moving object recognition program of the embodiment of the present invention.The moving object recognition program may be stored in a storage medium be read out from the storage medium by a computer and be executed by the computer.

A washing machine comprising a cabinet having an opening and an opening flange formed around the opening a door provided to open and close the opening a tub provided in the cabinet and a pair of locking units provided to correspond to both side surfaces of the door and to selectively restrict an operation of the door when the door is closed wherein the opening flange comprises a front flange disposed between the pair of locking units at a front side of the opening so that one side of the door is mounted thereon.

With reference to the abovecited Figures the toploading clothes washing machine as generally indicated with the reference numeral 1 comprises an outer cabinet 2 provided with a laundry loadingunloading port 3 formed through an upper portion thereof a cabinet door 4 provided for opening and closing said laundry loadingunloading port 3 a washing tub 5 fixedly arranged within the outer cabinet 2 a perforated drum 6 rotatably installed in the tub 5 for holding the clothes 7 and provided with an opening 8 formed through the outer circumferential surface thereof for the clothes 7 to be able to be introduced in and removed from the interior of the drum 6 therethrough a drum door assembly 9 provided in connection with the opening 8 of the drum 6 automatic closing means for automatically actuating the drum door assembly 9 into a closed position.

An electric device 200 for taking a panoramic photograph the electric device 200 comprising a camera module 210 configured to capture a first image a display unit 250 configured to display a preview window 410 a posture sensor 240 configured to obtain posture information of the electric device 200 and a control unit 220 coupled to the camera module 210 the display unit 250 and the posture sensor 240 wherein the control unit 220 is configured to display a first line 411 on the preview window 410 wherein the control unit 220 is configured to display a first graphical object 421 and a second graphical object 431 432 433 on the first line 411 wherein the control unit 220 is configured to movethe second graphical object 431 432 433 along the first line 411 according to the posture information wherein the control unit 220 is configured to determine if the electric device 200 is panned horizontally or tilted vertically according to the first line 411 wherein the control unit 220 is configured to control the camera module 210 to capture a second image if the second graphical object 431 432 433 reaches the first graphical object 421 and if the electric device 200 is panned horizontally or tilted vertically wherein the control unit 220 is configured to generate the panoramic photograph according to the first image and the second image.

In a third optional information presentation mode next frame border 350 appears below viewing frame 310 and the user understands intuitively that the camera should be lowered to bring 350 and 310 into vertical alignment with one another.

The fuel cell system according to claim 2 or 3 further comprising an operation suspending section that suspends feeding of the raw reforming material to the reforming section by the raw reforming material feeding section when the correction oxygen proportion changed by the oxygen proportion adjusting section is equal to or less than a defined oxygen proportion.

In step S03 following step S02 the system control unit CS determines whether the temperature of the reformer RF and the temperature of the cell stack are temperature for shift to the first ATR1.As a result ofthe determination the system control unit CS determines whether it is timing for shift to the first ATR1.Specifically determination criteria are that the temperature of the reformer RF rises to be equal to or higher than about 600C and the temperature of the cell stack including the single cells CE exceeds about 250C.When it is not the timing for shift to the first ATR1 the system control unit CS returns.When it is the timing for shift to the first ATR1 the system control unit CS proceeds to processing in step S04.

The optical receiver setup 250 350 550 650 of claim 6 whereinthe first set 224 329 comprises a lower adjacent WDM channel signal at a WDM wavelength lower than a WDM wavelength of the first residual WDM channel signalthe first set 224 329 comprises a higher adjacent WDM channel signal at a WDM wavelength higher than the WDM wavelength of the first residual WDM channel signal andthe parameter determination unit 610 is configured to determine the estimate of the first residual parameter set based on parameter sets used for the compensation of the lower and higher adjacent WDM channel signals.

In the abovementioned fourth though sixth embodiments the VDC setting circuit 61 the VDC setting value storage circuit 81 etc.are not VDC setting values themselves but the information dispersion compensation information for calculation of the VDC setting value can be acquired or stored.

An electronic device comprising a flexible touch screen including a display unit configured to display an image and a bending unit configured to sense a user bending input and a body part disposed below the flexible touch screen and including a controller configured to control a transition from a lock state to an unlock state of the flexible touch screen based on the user bending input and a memory configured to store a predefined bending action used to transition from the lock state to the unlock state of the flexible touch screen.

In particular a user can cancel a locked state of the flexible display 151 by letting a reference line which is generated from bending the flexible display 151 pass through specific dots.

A circuit as claimed in claim 3 wherein the overrule circuit comprises a timing circuit and a controller wherein the leftright control input is used by the controller to control the overruling operation after a delay set by the timing circuit.

The clip detector has as input the ADC output.

Washing machine 1 according to claim 12 characterized in that said removable drawer 66 and said mixing chamber 106 form an integral unit 108 slidable with respect to said casing 2.

Tap 15 comprises a springoperated valve normally set to a closed position not shown and which is set to an open position shown in Figure 2 by means of an external lever 16 handoperated by the user once tap 15 is connected to tank 14 so container 11 can be connected and disconnected easily with no leakage and the product can be gravityfed into tank 14 only after tap 15 is inserted through inlet 5.

An electronic device comprising a support member at least a portion of the support member being formed of a conductive material and an enclosure member configured to receive the support member at least a portion of the enclosure member being formed of a conductive material wherein the conductive material portion of the enclosure member and the conductive material portion of the support member are insulated from each other.

The electrode of the window 140 may be electrically connected to the controller for example the circuit board 170 for detecting changes in the quantity of electric charges.For the electrical connection a flexible printed circuit board 150 may be connected to the circuit board 170 via a hole 152 see FIG.3.As the change in the quantity of electric charges is detected the circuit board 170 may change a state of at least one function relating to the mobile terminal 100.

Agricultural vehicle 1 according to any one of the previous claims further comprising a rollover sensor operationally connected to the steerable valve 20 21.

The rotation angle of the front axle 5 with respect to the body 2 can be detected by an angular position transducer 12 associated with the front axle 5 or alternatively by a linear position transducer 13 associated with the stem 9 of the actuator 7.

A computerreadable recording medium having embodied thereon a program for executing a method the method comprising selecting at least some of a plurality of images which are discontinuously captured and are stored in a memory generating an image combination file in a format for sequentially playing the selected images by combining the selected images and storing the image combination file in the memory.

The user device captures a screen to generate a first capture image in step 203 and then proceeds to step 205.According to an embodiment the screen capture may be performed for an entire display area or a set display area.For example the case where the screen capture is performed for the entire display area may refer to a case where the screen capture is performed for the remaining display area except for an indicator bar part showing antenna receiving sensitivity battery remainder and current time.Alternatively the case may refer to a case where the screen capture is performed for the remaining display area except for an area displaying a key to which a return function to a home screen or a back function is assigned.The generated capture image may be stored in a predetermined memory space for example canvas.

The catheter 5 according to claim 3 or 4 further comprising an inner layer 112 formed inside of the coil body 120 and an outer layer 114 formed outside of the inner layer 112 so as to cover the coil body 120 in an area other than the distal end portion of the coil body 120.

In addition in this embodiment although the coil body 50 is formed with the 2 layers of the first layer 32 and the second layer 34 on the outer periphery thereof the number of layers is not limited to the above configuration.In other words the coil body 50 may be formed of 3 or more layers.Even in such case in order to increase the torque transmissibility of coil body 50 it is preferable that the tensile strength of each layer is greater in order of those positioned as the inner layers.

A surgical apparatus comprising a handle for a surgical instrument wherein the handle comprises a rotary drive system for driving a shaft an electric motor coupled to the rotary drive system for powering the rotary drive system one or more sensors for sensing data about the electric motor and a handle processor circuit in communication with the one or more sensors wherein the handle processor circuit is programmed to monitor a performance parameter of the handle based on input from the one or more sensors and wherein the handle processor circuit monitors the performance parameter of the handle by monitoring whether the performance parameter is outside an acceptable performance band.

FIG.75 is a graphical illustration depicting current over time of an instrument 10 employing an electromechanical stop comprising a soft stop according to various aspects.The current between time A corresponding to a position of the drive member 158 proximal to the end of stroke and time B0 corresponding to a position of the drive member 158 upon contact with the soft stop for example at a bumper 174 the current is relatively low or steady.However following time B0 the current gradually begins to spike representing increasing resistance to the longitudinal motion of the drive member.In various aspects the gradual increase in resistance may advantageously increase the time in which the current spike occurs for example between times B0 and B2 effectively slowing down response time to give the control system 1400 time to react thus minimizing the adverse effects of the time lag explained above with respect to FIG.96.In certain aspects the control system 1400 monitors voltage and measure current supplied to the drive motor 1402 as described above.The control system 1400 is configured to respond in a predetermined way to changes in current.For example upon reaching a threshold current for example at time B1 the control system 1400 terminates power supply to the drive motor 1402.In one configuration the threshold current further comprises a time component.For example the threshold current includes a current differential over a specific period of time.In certain configurations a current spike further comprises one of multiple predetermined current thresholds each defined by a ratio of a current differential over a time period.As can be seen in FIG.99 the gradual increase in resistance may also advantageously reduce impact loading on the end effector 102 upon contact with a hard stop at time B2 as well as reduce the time period B2 to C in which the drive motor 1402 continues to actuate the drive member 158 against the hard stop 178 after distal movement has ceased.

A hybrid data storage method comprising at a tabular data storage system storing a table of fixed values at a graph data storage system storing a data graph at a multistorage logic layer controlling access to each of the tabular data storage system and the graph data storage system via respective access mechanisms wherein each of the fixed values in the table occupies a table entry and constrains a property of a vertex in the data graph and wherein storing the data graph comprises storing the data graph as a plurality of vertices linked by edges each edge linking a specified pair of vertices as a subjectvertex and an object vertex the plurality of edges including for each fixed value an edge specifying the vertex for which a property is constrained by the fixed value as the subject vertex and a pointer vertex as the object vertex the pointer vertex encoding a pointer to the table entry occupied by the fixed value.

Finally each column resource has a hasvalue predicate and each instance of the resource corresponds to an entry in the corresponding headed column in the relational database and the object linked to by the hasvalue predicate is an object having a value reflecting the value of the corresponding entry.For example travel111 is an instance of the ExpenseTravel class which has a predicate hasvalue linking to an object having the value 3002.The instance is referenceable via the corresponding ExpenseRefNo instance to which travel111 is linked and hence travel111 and the value 3002 are properties of the instance of the ExpenseRefNo class having the corresponding value of RefNo.

An environmental control system for an aircraft comprising a higher pressure tap to be associated with a higher pressure location in a main compressor section associated with an engine of the aircraft and a lower pressure tap to be associated with a lower pressure location in said main compressor section said lower pressure location being at a lower pressure than said higher pressure location said lower pressure tap communicating to a first passage leading to a downstream outlet and a compressor section of a turbocompressor said higher pressure tap leading into a turbine section of said turbocompressor such that air in said higher pressure tap drives said turbine section to in turn drive said compressor section of said turbocompressor wherein said higher pressure tap is disposed below a plane including a lowermost surface of a pylon supporting the main compressor section associated with the engine of the aircraft and a combined outlet of said compressor section and said turbine section of said turbocompressor intermixing and passing downstream to be delivered to an aircraft use.

However under certain conditions as an example a descent the valve 40 is opened the turbine section 52 is driven.The air from tap 32 passes to the compressor section 54.At such times expanding the compressed air from tap 34 lowers its temperature.Further mixing it with the lower pressure compressed air 32 even when compressed to a higher pressure by compressor section 54 may eliminate the need for a separate heat exchanger on the line 44.The intermixed air may be at a useful temperature when it reaches the combined outlet 37.The amount of air from the two taps can be varied to achieve this.

The medicated module of any of the preceding claims further comprising a bung actuator 228 328 428 528 wherein the bung actuator is movable in a lateral direction 230 330 430 530 to actuate the slidable bung 202 302 402 502.

Firstly a needle e.g.a winged catheter is connected to the fluid outlet 14 of a liquid medicine injector I with a fluid chamber 4 filled with a dose of contrast media not illustrated.At that time the first gasket 2 is located at the first position where it allows the fluid inlet 13 to be communicated with the fluid outlet 14 through the flow path 22.Then the injector I isfitted with a syringe S containing saline by fitting a tip 6 of the syringe S in the fluid inlet 13 of the injector I as illustrated in Fig.2.By pressing a plunger 7 of the syringe S the saline in the syringe S is ejected forcefully through the winged catheter via the fluid inlet 13 flow path 22 and fluid outlet 14 so that the whole length of the flow channel for the contrast media is washed with the saline.

A robotic mower with a boundary sensing system comprising a boundary driving circuit on a charging station transmitting signals on a boundary wire at least one boundary sensor on the robotic mower receiving the signals and a vehicle control unit receiving the signals from the at least one boundary sensor converting waveform data of the signal from a time domain to a frequency domain and verifying an identification of the converted signal in the frequency domain against a stored identification signal.

Represented in Fig.3 is a block diagram of a tracking device 3 being installed for example on board of a robot 6 which moves about within the area 4.

The device according to claim 2 wherein said transmission stage 9 is configured to cause an operation of discharge of a residual electrical energy at the end of the preset timeinterval.

The method described which envisages the choice of an optimal value of TDELAY and K enables implementation of an active control of the mean value and of the ripple of the currentsupplied by the transducer and enables an optimal impedance matching to be obtained between the transducer 22 and the scavenging interface 24.This ensures a high efficiency SCAV of the scavenging interface 24b irrespective of the speed of rotation of the tyres 202 and of the conditions of storage of the energy in the capacitor 27.

The pneumatic tire of at least one of the previous claims wherein the rubber composition comprises from 5 to 35 phr of the oil and from 15 to 45 phr of the terpene phenol resin.

Terpenephenol resins may be used.Terpenephenol resins may be derived by copolymerization of phenolic monomers with terpenes such as limonenes and pinenes.

The vehicle according to claim 10 wherein the controller performs the drive control ofthe vehicle based on the operation parameter and the selected operation mode of the vehicle by when the selected operation mode is an EV mode determining whether the speed of the vehicle is greater than a second speed threshold if the speed of the vehicle is less than or equal to the second speed threshold determining whether the required torque of the vehicle is less than or equal to a first torque threshold if the required torque of the vehicle is less than or equal to the first torque threshold controlling the synchronizer to disengage and operating the second motor generator with the required torque if the required torque of the vehicle is greater than the first torque threshold determining whether the required torque of the vehicle is greater than a sum of the first torque threshold and a second torque threshold if the required torque of the vehicle is less than or equal to the sum of the first torque threshold and the second torque threshold controlling the synchronizer to engage 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 first torque threshold if the required torque of the vehicle is greater than the sum of the first torque threshold and the second torque threshold controlling the synchronizer to engage calculating a first operation torque of the second motor generator according to the required torque the first torque threshold and the second torque threshold operating the second motor generator with the first operation torque and operating the first motor generator with a difference between the required torque and the first operation torque if the speed of the vehicle is greater than the second speed threshold determining whether the required torque of the vehicle is less than or equal to the first torque threshold if the required torque of the vehicle is less than or equal to the first torque threshold controlling the synchronizer to engage and operating the second motor generator with the required torque if the required torque of the vehicle is greater than the first torque threshold determining whether the required torque of the vehicle is greater than the sum of the first torque threshold and the second torque threshold if the required torque of the vehicle is less than or equal to the sum of the first torque threshold and the second torque threshold controlling the synchronizer to engage operating thesecond motor generator with the first torque threshold and operating the first motor generator with a difference between the required torque and the first torque threshold if the required torque of the vehicle is greater than the sum of the first torque threshold and the second torque threshold controlling the synchronizer to engage calculating the first operation torque of the second motor generator according to the required torque the first torque threshold and the second torque threshold operating the second motor generator with the first operation torque and operating the first motor generator with the difference between the required torque and the first operation torque.

Also the revolution number synchronizing means 160 computes such electronically controlled throttle openingthat the revolution number synchronization is achieved between the input shaft 40 of the transmission and its output shaft 20 on the basis of the driving power correction part found in the driving power correcting means 150 and sends the computed electronically controlled throttle openingto the engine controlling unit 35.

The information processing system according to claim 2 wherein the control unit receives the control data of the second system determines on the basis of the verification results of the validity of the control data of the first system and the code data of the second system and verification results of validity of the control data of the second system and the code data of the first system propriety of transmission of the control data of the first system to the control target apparatus and propriety of transmission of the control data of the second system to the control target apparatus when either one of the control data is transmittable in the propriety of the transmission of the control data of the first system and the control data of the second system transmits the transmittable control data and when both the two control data are transmittable enables selection of the control data to be transmitted.

The main processing unit 101 collects via a collecting section 1011 the processing results sent from the slave processing units 102 and 103 and its own processing result.An output section 1013 outputs the processing results of the processing units to the controller 107 via the line 121.More specifically the multiple system processor 100 outputs instructions such as a railroad switch shifting instruction or asignal control instruction.

A method according to claim 6 or 8 and comprising the further steps ofdetermining a number NA of safety actuations of the electromagnetic actuator 22 repeating a number NA of safety actuations of the electromagnetic actuator 22 in which the peak control current I is to be supplied to the electromagnetic actuator 22 for the peak phase T.

For reducing the impact noise when the normallyopen intake valve reaches a fully open position it is proposed in DE 10148 218 A1

System according to any of claims 913 which further comprises a CO2 stripper arranged upstream to the crystallisation container.

Figure 4 illustrates a third embodiment of the mobile system 401.This mobile system 401 comprises a tractor 403 with an acid tank 411 as well as a slurry tanker 405 407.A nitrogen tank 409 is arranged integral with the container of the slurry tanker 405.

The secondary battery of one of claims 4 to 7 wherein at least one of the plurality of variable plates 12 has at least one cutaway portion 40 at the insulation coating portion 20.

For the method for assembling a secondary battery the object is achieved by a method comprising the steps of coupling a first collector terminal of a first terminal to a cap plate of the battery arranging a fastening plate on the cap plate and coupling the fastening plate to the first collector terminal and arranging a first terminal plate on the fastening plate characterized by the step of arranging an insulation layer between the fastening plate and the cap plate or between the fastening plate the first terminal plate.