Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

The apparatus 1 according to claim 1 wherein the thermal conducting fin 7 is provided so as to project at least partly to positions overlapping with the lightemitting body 4.

In the inside of the edge of the cover part 2004 covering and protecting the LED module 2013 and the base plate 2014 a female screw part 2041 to be screwed around the male screw part 2015 of the base plate 2014 is provided.The cover part 2004 is screwed around the base plate 2014 in a removable manner by a first screwing mechanism constructed from the male screw part 2015 of the base plate 2014 and the female screw part 2041 of the cover part 2004.The cover part 2004 is made of opaque white acrylic resin.

The method as claimed in any one of claims 9 to 11 wherein said mixed solution further contains a protecting agent.

In contrast in the method of the present invention shown in the lower side of Fig.2 a boronbased reducing agent in place of an alcohol is added as a reducing agent to reduce Rh3 ions 11 and Au3 ions 12 contained in the mixed solution.Subsequently the residual boronbased reducing agent in the mixed solution is removed by conducting a purification treatment etc.as necessary.Without being bound by any particular theory it is believed that since a boronbased reducing agents has a very strong reducing power compared to an alcoholbased reducing agent use of a boronbased reducing agent as a reducing agent makes it possible to simultaneously reduce both Rh3 ions 11 and Au3 ions 12 dissolved in the mixed solution without preferentially reducing Au3 ions 12 relative to Rh3 ions 11 unlike the case of using an alcoholbased reducing agent.As a result according to the method of the present invention it is believed that it is possible to obtain RhAu metal particles 10 in which Rh and Au are solidsolutioned at the atomic level.

The water dispersion for inkjet printing according to any one of claims 1 to 4 wherein the carbon black a has a DBP dibutyl phthalate oil absorption of from 20 to 200 mL100 g.

The carbon black in the present invention is not preferably those which have been surfacetreated by for example oxidizing treatment or a diazo coupling reaction.Specifically the carbon black of the present invention is preferably those of which the decreased content hereinafter called volatile content is 5 or less preferably 4 or less and more preferably 3 or less when heated at 950C for a fixed time.

A hearing aid witha hearing aid assembly comprisinga housing for accommodating the hearing aid assemblya microphone for reception of sound and conversion of the received sound into a corresponding first audio signala signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aida wireless communication unit configured for wireless data communicationan antenna for emission or reception of an electromagnetic field the antenna being interconnected with the wireless communication unit the antenna having a total length between three quarters of a wavelength and five quaters of a wavelength wherein at least a part of the antenna extends from a first side of the hearing aid to a second side of the hearing aid and wherein the antenna has a midpoint at said part of the antenna or wherein a distance between the antenna midpoint and said part is less than a quarter of a wavelength.

FIGS.1A and 1B depict embodiments of a hearing instrument having electronics and an antenna for wireless communication with a device exterior to the hearing aid.FIG.1A depicts an embodiment of a hearing aid 100 having electronics 101 and an antenna 102 for wireless communication with a device 103 exterior to the hearing aid.The exterior device 103 includes electronics 104 and an antenna 105 for communicating information with hearing aid 100.In an embodiment the hearing aid 100 includes an antenna having a working distance ranging from about 2 meters to about 3 meters.In an embodiment the hearing aid 100 includes anantenna having working distance ranging to about 10 meters.In an embodiment the hearing aid 100 includes an antenna that operates at about 10dBm of input power.In an embodiment the hearing aid 100 includes an antenna operating at a carrier frequency ranging from about 400 MHz to about 3000 MHz.In an embodiment the hearing aid 100 includes an antenna operating at a carrier frequency of about 916 MHz.In an embodiment the hearing aid 100 includes an antenna operating at a carrier frequency of about 916 MHz with a working distance ranging from about 2 meters to about 3 meters for an input power of about 10 dBm.According to various embodiments the the carrier frequencies fall within an appropriate unlicensed band e.g.ISM Industrial Scientific and Medical frequency band in the United States.For example some embodiments operate within 902928 MHz frequency range for compliance within the United States and some embodiments operate within the 863870 MHz frequency range for compliance within the European Union.

The mechanical system 1 according to any one of claims 8 to 12 wherein the second member 6 is a gear secured to the balancing shaft 2.

It should be noted here that as the crankshaft 1 has crank arms 4 which extend radially from both ends of the journal 2 a camshaft has cams which extend in the same manner likewise a balanceshaft has balanceweights which extend in the same manner.In the present invention these parts which extend radially from both ends of the journal 2 such as the crank arms 4 the cams and the balanceweights will be called arms and a boss portion of the arm will be called arm boss 14.

The mobile device of any of the claims 1 to 6 wherein the one or more processor is further capable of outputting the audio signals to the external audio output device if the external audio output device is connected to the connecting unit while the music file is being reproduced in the silent mode.

At this step S24 a menu display is carried out for indicating Forward to Answer Service Incoming Call Forwarding Answer Holding and Answer Rejection.

The light emitting device or the backlight module of claim 11 wherein the lens further comprises a bottom surface and defines a recess and the light incident surface is positioned between the bottom surface and the light output surface to form the recess.

The above description deals with a case that does not assume 10 and 20.In a case of 10 and 20 light emitted in a light axis direction from a lightemitting element has to be emitted into the light axis direction.Thus A1 and A2 become equal to 0.With this it is possible to prevent the demerit in the Patent document 2 that it becomes darker in the area directly above the lightemitting element 1.

The airfoil blade of claim 5 wherein said cermet coating 18 is disposed on the surface of the strip 16 along a portion of the leading edge of the airfoil blade.

Any suitable thickness of a single layer and a multilayer erosionresistant coating 64 may be used so long as it is effective to provide increased erosion resistance over that of the material of airfoil surface 32.In one embodiment for a single layer of TiN an effective layer thickness includes a minimum thickness of about 5 microns and single layer thickness in the range of 510 microns and a residual compressive stress of at least about 3792 MPa.In another embodiment of a multilayer that includes a plurality of Ti and TiN layers in an alternating arrangement a minimum thickness per layer of about 5 microns and a maximum overall thickness of about 60 microns with at least four layers of Ti and TiN is effective.An effective thickness range for at least one TiTiN combination and more preferably four or more Ti and TiN layers is about 560 microns and more particularly about 2560 microns and even more particularly about 4560 microns.In yet another exemplary embodiment of a single layer of WCCoCr as the erosionresistant coating 64 an effective layer thickness includes aminimum thickness of about 3 mils and single layer thickness in the range of 37 mils and a residual compressive stress of at least about 3792 MPa.The minimum thickness will be that effective to provide erosionresistance greater than that of the bare airfoil surface 32 which generally will be a layer thickness sufficient to insure complete coverage of the surface including features such as filmcooling holes etc.while avoiding coating defects sometimes associated with thin layers such as pinholes.The maximum thickness may be any suitable thickness but will generally be a thickness that is effective to provide a desired service life to the airfoil surface in a predetermined operating environment while also maintaining a desired level of adherence or bond strength to the airfoil surface 32 or sacrificial coating 62 to which it is applied as the case may be.The maximum thickness will typically be a function of the method used to dispose the erosionresistant material on the airfoil surface 32 or the sacrificial coating 62 the associated sacrificial coating 62 used and the overall minimum amount of residual compressive stress desired within airfoil coating 61.A minimum amount of overall residual compressive stress is desirable in airfoil coating 61 and erosionresistant coating 64 generally an amount that is at least as large as any minimum amount of residual compressive stress imparted to the airfoil surface 32 so that the airfoil coating 61 does not have the effect of decreasing the residual compressive stress in the airfoil surface 32 below the desired minimum amount and so that the airfoil coating 61 also maintains the desired minimum amount of residual compressive stress.

The turbine machine of any preceding claim wherein the controller uses the target turbine output predicted for the adjustment of respective selected control parameters for at least two comparisons of the predicted turbine outputs for the adjustments of the respective control parameters.

Reconfigurable model predictive control RMPC has all the characteristics of traditional MPC but also has additional abilities.RMPC can modify or reconfigure the models constraints andor objective functions based on estimator information diagnostic information and commands from a master mode selector.In embodiments the first step for the reconfigurable model predictive control is to collect the data from the other system components i.e.which model normal or faulted to use the current state of the model the covariance of the state estimates the objective function the constraints and the reconfiguration information.Reconfiguration of the model may take the form of modifying input output or interior parameters or it may mean switching between different models.Reconfiguration of the constraints may take the form of changing actuator position or rate limits changing state constraints or changing output constraints.Reconfiguration of the objective function may take the form of changing the references to follow changing theweights of the objective function terms or changing the goals.With any or all of the control elements reconfigured then the optimization may be performed to determine the best possible control action to take.

The vein authentication module according to claim 1 wherein the light source is located between the image sensor and the reflecting mirror.

FIG.17 is a schematic view illustrating a brief configuration of a biometrics authentication system 6 according to Modification Example 4.FIGs.18A 18B and 18C are illustrations of the biometrics authentication system 6 viewed from one side from above and from the other side respectively.The biometrics authentication system 6 has the same configuration as that of the biometrics authentication system 5 according to the abovedescribed Modification Example 3 except that the light sources 10 the light guide sections 31A and the diffraction sections 31B are arranged on both sides of the detection section 110.

Hearing device according to claim 10 wherein the first direction and the second direction are opposite.

As shown in FIG.3 in the control device 14 the microphone 4 and speaker 3 are electrically connected via a power wire 8a a ground wire 8b and a signal wire 8c.

Oven according to claim 5 or 6 wherein said threedimensional scan processing means 401 are further adapted to provide information 504 about nutritional values of said food 201.

The main idea of the cooking oven according to the present invention is the moveable camera and the stationary laser wherein the camera is mechanically coupled to the food stuff carrier in particular baking tray and the laser is arranged above the oven cavity.Since the camera and the baking tray are coupled the distance between the camera and the food stuff is constant so that the detection of the threedimensionalshape of the food stuff is independent of the speed of the food stuff carrier when said food stuff carrier is moved into the oven cavity.The cooking oven with the apparatus can be realized by low complexity and low costs.

The apparatus of claim 1 wherein the first converter includes a first inductor and a first output capacitor connected in parallel to the first inductor.

The controller 250 according to an exemplary embodiment of the present disclosure may use a voltage at both distal ends of the DClink capacitor 230 connected to an output terminal of the boost PFC circuit 220 as its operating power source.That is the controller 250 may receive the power source from the auxiliary power supply unit 260 connected to both distal ends of the DClink capacitor 230.

The method as claimed in any one of claims 9 to 11 wherein the editing information is associated with an operation for splitting one file into a plurality of pieces and a truncate range for truncating a specific region from one file.

FIG.5 is a flowchart of a method of generating by the device 1000 the additional information about the partial region of the content in operation S320 of the flowchart of FIG.3 according to an exemplary embodiment.

The air vehicle navigation method according to claim 1 wherein at least one instruction node upon at least one thread of the aircraft trajectory is a conditional composite node 304b comprising at least two sets of instruction nodes with their associated trigger nodes wherein a.start of validity of either set of instruction nodes of the conditional composite node is subjected to the fulfillment of a condition 304bCON of the conditional composite node 304b b.the fulfillment of the condition associated to the trigger 304a in the thread 304 which immediately precedes the conditional composite node 304b starts the assessment of the condition 304bCON of the conditional composite node 304b and c.the fulfillment of the condition of a trigger 304b1 304b2 in the conditional composite node 304b which is associated to the last instruction 304b1 304b2b in either set of instructions of the conditional composite node starts the validity of the instruction 304c in the thread 304 which immediately follows the conditional composite node.

C1 lateral restriction of maintaining course 223.C2 speed restriction of flying at or below AoB 250 knots calibrated airspeed.C3 altitude restriction of flying at or above AoA 5000 ft

The lock device 30 as set forth in claim 14 wherein the lock device 30 includes a base 39 and a lock arm 40 being Jshaped relative to the base 39 wherein the locker 31 is located at a distal end of the lock arm 40 and is substantially wedgeshaped the compressor 34 is formed adjacent to the locker 31 and the releaser 35 is formed in facing relation with the locker 31.

Under a condition wherein the engaging projections 25 of the holding members 18 engage respectively with the engaging edged recesses 33 and 34 provided on the FPC 30 the front slanted portion of each of the engaging projections 25 which is in presscontact with the edge on the FPC 30 forming the engaging edged recess 33 or 34 is operative to press the FPC 30 down against the bottom portion of the housing 11 so as to fix the FPC 30 vertically in the housing 11.Further the end portion of the FPC 30extending forward from each of the engaging edged recesses 33 and 34 provided on the FPC 30 is put in contact with a part of an inner surface of the housing 11 and thereby the FPC 30 inserted in the housing 11 is fixed in a direction of insertion thereof.With the holding members 18 having the engaging projections 25 which engage respectively with the engaging edged recesses 33 and 34 provided on the FPC in such a manner as mentioned above the FPC 30 is held in the housing 11 so as to be prevented from getting out from the housing 11 unwillingly.

The method according to any of claims 1 to 11 wherein the parts of the secondary characters are displayed between the keys at lower contrast than the keyboard.

Furthermore the input control unit 15 detects which button on the currently displayed character input sheet on the touch panel 11 is contacted by the user and how many times the button is contacted.The input control unit 15 then identifies the type of the input character and transmits it to the conversion candidate creating unit 16 and the screen display control unit 17.

A thermal conductivity detector according to claim 6 wherein the elongate multilayered sensing element is arranged to comprise at least one of meanders and spirals.

By forming a resistance temperature detector of a thermal fluid flow sensor by using a metal film having a relatively high temperature coefficient of resistance hereinafter abbreviated as a TCR detection sensitivity of the resistance temperature detector can be improved.However according to the studies by the inventors of the present invention the TCR of the metal film formed on a semiconductor substrate made of single crystal Si silicon via an insulating film is lower than the TCR of the metal film formed directly on asemiconductor substrate made of single crystal Si via no insulating film.Therefore a relatively high TCR inherent in the metal film cannot be obtained although the metal film is used as a resistance temperature detector of a thermal fluid flow sensor and the detection sensitivity of the resistance temperature detector is degraded.An object of the present invention is to provide a technology capable of achieving a highlysensitive flow sensor by forming a metal film having a relatively high TCR on a semiconductor substrate via an insulating film.The above and other objects and novel characteristics of the present invention will be apparent from the description of this specification and the accompanying drawings.The typical ones of the inventions disclosed in this application will be briefly described as follows.The present invention provides a flow sensor which includes a heat element and a resistance temperature detector formed on a semiconductor substrate via an insulating film and measures a fluid or gas flow wherein the heat element and the resistance temperature detector are formed of a Ta film with a bodycentered cubic crystal structure having a resistivity lower than three times the resistivity of a Ta tantalum ingot.The effects obtained by typical aspects of the present invention will be briefly described below.Since a Ta film having a relatively high TCR is formed on a semiconductor substrate via an insulating film it is possible to achieve a highlysensitive flow sensor.

The method as claimed in claim 2 wherein the retrieving is performed at regular intervals.

For example and in one embodiment the following mobile device resource usage can be affected by the process importance.1.Processor Scheduling.As described above higher and lower importance processes may be assigned different processor scheduling priorities insuch a way that lower importance processes do not interfere with higher importance processes.

A method of controlling a mobile terminal comprising establishing a communication channel with an external terminal device S601 and in response to receiving a request for sharing at least one content from the external terminal device during a phone call with a call counterpart sending the sharing requested content to the call counterpart S607.

Also in the data communication mode data representing a moving picture are transmitted and received wherein moving picture data picked up by the camera 8 or moving picture data contained in the moving picture file derived from the simpleformat website are supplied through the LCD controller 22 to the liquid crystal display 9 for playback.

Washing unit for washing empty containers for liquid like bottles or flasks comprising a washing tunnel in which containers are conveyed line by line in a conveying direction by an internal conveying means for being cleaned and further rinsed characterized in that the washing unit comprises in the washing tunnel at least one sprinkling device 1 according to any of claims 1 to 9 for spraying a liquid the rotating shaft 3 being transversal to the conveying direction the washing unit further comprising means for synchronizing the rotation of the rotating shaft 3 to the movement of the internal conveying means.

A typical unit for cleaning bottles in a beverage bottling plant comprises a plurality of operating stations including one or more washing stations a rinsing station and a cooling section.Furthermore a cleaning unit of thistype comprises transport means for receiving the bottles to be cleaned at an input station conveying the bottles along a bottle path which sequentially crosses each one of the operating stations and for delivering cleaned bottles at an output station.

Steerable antenna 1 according to claims 4 or 5 comprising two fork arms 24 25 attached to the attachment foot 20 21 and wherein said two end portions 22 23 are free end portions of said fork arms 24 25.

Since the transmission and reception antennas 1 11 of the antenna portion respectively constitute unitary bodies and hence do not have enough strength they are supported on anantenna holding plate 70 of the antenna supporting portion.

The method according to any one of the previous claims wherein the first component is an acoustic liner or an abradable liner and the second component is a gas turbine engine fan casing.

As best shown in Figures 2 and 3 the bladder support structure 16 may include two axial end caps 24 comprising axial projections 26 that engage and retain opposite ends 28 of the backing members 22 against radially outward movement away from the joint 20.The bladder support structure 16 may thus force the bladders 12 to expand radially inward toward the joint 20.The end caps 24 may be generally square in shape and may carry a total of eight rectangular prismshaped axial projections 26 two of which extend axially from adjacent and along each of four edges 30 of each axial end cap 24.

The apparatus as claimed in any one of the preceding claims wherein the external interface is Universal Serial Bus USB interface wherein the first program is a USB host driver and wherein the second program is a program where a hub class driver a mass storage class driver and enumeration are removed from the USB host driver.

The control unit 120 converts the normal mode into the low power mode if a preset condition is satisfied for example if there is no command for a preset period of time.This is merely an example and there may be diverse conditions for mode conversion.

CI host 10 according to any of the previous claims wherein the first logical pipe 33 is the default control pipe.

When a host device is equipped with the UTI 10 of Fig.1 and an external service module is also equipped with an interface whose mechanical and electrical characteristics match with those of the UTI of the host device the host device and the external service module can carry out communication and data transport there between via the UTI 10.Here a host device having the UTI 10 is taken just as an example to describe the signal processing procedure of the UTI.

The Xray imaging apparatus of claim 5 wherein the display is configured to display on the camera image the position of the respective divided region corresponding to the one of the identification tags that has been selected on the settings window.

An Xray imaging device according to another exemplary embodiment of the present invention will be described below.

The settopbox of claim 16 wherein the computer executable instructions comprise middleware of the settopbox.

First a transmission sequence of video data that is transmitted in the video display system when switching from 2D video to SidebySide video will be described.First known video data transmission will be described.Fig.9 is an explanatory diagram showing a known transmission sequence of video data when switching from 2D video to SidebySide video is performed.Fig.9 indicates that time flows from top to bottom of the drawing.Video indicates a video signal sequence GCP indicates a sequence of data of a GCP General Control Packet AVI IF indicates a sequence of an AVI Auxiliary Video Information InfoFrame and InfoFrame that transmits 3D information indicates a sequence of data of an InfoFrame that transmits 3D information.

The electronic device of claim 1 wherein the enclosure member comprises a molding enclosure formed of a nonconductive material wherein the molding enclosure is configured to receive the support member and a frame enclosure formed of a conductive material wherein the frame enclosure is configured to enclose at least a portion of an outer surface of the molding enclosure.

As it becomes multifunctional a terminal can be allowed to capture still images or moving images play music or video files play games receive broadcast and the like so as to be implemented as an integrated multimedia player.

The rechargeable battery of one of preceding claimswherein the connection member 3570 further comprises a first coupling part 35a71 and a second coupling part 35c73 wherein the fuse part 35d74 is between the first and second coupling parts 35a 35c 7173.

A stopper 124b is disposed on a first side of the lower surface of the insulating plate 124.The stopper indentation 17 is disposed on a first side of the thermal fuse 10 disposed on the lower surface of the insulating plate 124.The stopper indentation 17 is fitted into the stopper 124b so that the first side of the thermal fuse 10 is fixed to the insulating plate 124.This can prevent the thermal fuse 10 from rotating relative to the insulating plate 124.The negative terminal 123 passes through terminal holes respectively of the cap plate 121 the insulating plate 124 and the thermal fuse 10 and may be fixed through a spinning process.When the spinning process is performed the insulating plate 124 may not rotate relative to the cap plate 121.Furthermore the thermal fuse 10 may not rotate relative to the insulating plate 124.

A method for use in a wireless communication system comprising a network distribution space information acquiring step for acquiring network distribution space information of a three dimensional distribution space of a network to be monitored a network status information acquiring step for acquiring position information of network nodes in the three dimensional distribution space and performance information of the network nodes thereby obtaining network status information about the three dimensional distribution space and a display step for displaying the network distribution space information and the network status information which are superimposed.

Next the height expressing map setting unit 310 displays the height expressing map selection screen on the display device 100 and accepts the selection of a height expressing map from a user S402.Then the map information processing unit 305 generates a height expressing map of the type selected by the user utilizing the threedimensional map stored in the map information storage unit 300 and the display information generation unit 307 displays the map in the display region B202 of the display device 100 S403.An example of the display screen at this time is shown in FIG.8 the display region A201 shows a twodimensional map or plan and the display region B202 shows an elevation or perspective diagram.

A method of generating a database 10 for a navigation device 1 said method comprising the following steps performed before the database 10 is deployed to the navigation device 1 for use in generating perspective views retrieving a plurality of twodimensional road vectors 66 88 89 from a map database each one of said twodimensional road vectors 66 88 89 defining a road segment of a road network retrieving digital terrain model data defining a threedimensional surface 80 for each twodimensional road vector 66 88 89 of said retrieved plurality of twodimensional road vectors 66 88 89 establishing a projection 72 73 of said twodimensional road vector 66 88 89 onto said threedimensional surface 80 along a predefined projection direction 71 determining at least one threedimensional road vector 78 79 8183 94 95 98 99 115118 135138 based on said established projection 72 73 said at least one threedimensional road vector 78 79 8183 94 95 98 99 115118 135138 including height information for points located on the at least one threedimensional road vector 78 79 8183 94 95 98 99 115118135138 and storing said at least one threedimensional road vector 78 79 8183 94 95 98 99 115118135138 in said database 10.

In case of the TIN format boundary rectangles in which respective triangles constituting threedimensional topography data are inscribed are calculated.Each of the boundary rectangles can be easily obtained by defining smallest and largest values in x coordinates of the three angular points of the respective triangle as x1 and x2 of theboundary rectangle and defining smallest and largest values in y coordinates of the three angular points of the respective triangle as y1 and y2 of the boundary rectangle.Next at least one boundary rectangles containing the vertexes of which heights are to be calculated are searched among the calculated boundary rectangles.

The door lock apparatus as claimed in claim 1 wherein the near field communicator is configured to perform the authentication by performing near field communication with a mobile device and recognize a tag within the mobile device.

Even when the visitors access is denied the resident may communicate with the visitor remotely control the door lock to be released and monitor the movement of the visitor with the sound and image created by the visitor using the smart communicator 800.Accordingly the resident can check the visitors identification and purpose of the visit in real time and controls the door lock on the basis of the result of the checking.

The apparatus of claim 1 wherein the interface comprises one of a bus a paralleldata interface or a serialdata interface.

In a first embodiment of the present invention the Tx Controller 220 FIG 2 first establishes when the longrange radio will commence to transmit and when the longrange radio will discontinue to transmit.This information is forwarded from the LRTx Controller 205 to the Tx Controller 220.Next the Tx Controller 220 forwards this information to the SRTx Controller which controls the SRSPU 211 andor the SRTx 212 such that the shortrange radio defers from transmitting during the periods when the longrange radio is transmitting i.e.simultaneous transmission is prevented.This method of operating a dual radio communication device is further illustrated in FIG 9.Preferably the shortrange radio defers from transmitting from a first point in time before the longrange radio commences to transmit illustrated by t1 in FIG 5b up to a second point in time after the longrange radio discontinues to transmit illustrated by t2 in FIG 5b.A timewindow from t1 to t2 is thereby defined during which transmission by the shortrange radio is avoided.This method of operating a dual radio communication device is further illustrated in FIG 10.FIG 5a FIG 5b and FIG 5d show timing diagrams illustrating the operation of the first embodiment.In FIG 5a the power supply voltage Vdd in FIG 5b transmission by the longrange radio and in FIG 5d transmission by the shortrange radio are shown as functions of time t.In FIG 5 all timeaxes have a common timescale.In FIG 5b and in FIG 5c it is illustrated how the longrange radio transmits at the same time as the conventional shortrange radio would have transmitted the second packet labeled ii and sixth packet labeled vi as is indicated in FIG 5d.According to thefirst embodiment of the present invention the second packet labeled ii and sixth packet labeled vi are deferred and transmitted at a later slot.It should be noted that hereby the power supply voltage drop illustrated in FIG 5a will not occur at the same time as the shortrange radio transmits and thereby not affect the frequency synthesizer of the shortrange radio.For a packetswitched connection the delay of transmission by the shortrange radio constitutes no problem since it only delays the packet delivery.However for a circuitswitched connection a problem arises in that an expected packet is delivered late.This problem can be solved by introducing a FIFO FirstInFirstOut buffer in both the sending device and in the receiving device.It should be noted that only packets that may cause collisions are delayed.All other packets are transmitted according to the timing of the circuitswitched framing.In this way no accumulation delay occurs.The new scheme FIG 5d provides an isochronous flow but with buffering the isochronous flow can be transformed to a synchronous flow i.e.in average the repetition interval frame length is constant.

The process according to any of the claims between 1 and 3 wherein when a plugin element is a functionality the interaction is a call to the functionality.

Figure 2 is block diagram schematically illustrating a MES computer system according to an exemplary embodiment of the invention.In Figure 2 it is depicted a MES system used by a user for controlling a manufacturing process of a plant.The MES system comprises a tool manager for exposing to the user a tool model catalogue containing tool entities and tool methods which can be customized by the user according to specific plant requirements.A user may be a system engineer or production line personnel.As above explained usually at engineering time the user is a system engineer and at run time the user is a production line operator.However inembodiments of the present invention at run time not always there is direct interaction with the line operator and the MES system may automatically react through rules that invoke a sequence of methods.The tool manager usually has a server side and a client side connected via an enterprise network connection.The tool manager server side comprises a database in which the tool manager stores information on the tool model and a tool model server.The tool manager client side comprises a tool model client in communication with the tool model server.

The mechanical system 1 according to claim 8 wherein the ring width w120 is superior to the housing width w8.

It should be noted here that as the crankshaft 1 has crank arms 4 which extend radially from both ends of the journal 2 a camshaft has cams which extend in the same manner likewise a balanceshaft has balanceweights which extend in the same manner.In the present invention these parts which extend radially from both ends of the journal 2 such as the crank arms 4 the cams and the balanceweights will be called arms and a boss portion of the arm will be called arm boss 14.

The resonator of claim 1 wherein the housing comprises a tube 320 having a top opening and a bottom opening a cover 304 mounted over the top opening of the tube 320 and an end cap 322 mounted within the bottom opening of the tube 320.

The current path connecting the metallic cover 105 and the metalized surface 108 is formed only at an outer circumferential portion edge of the metalized surface 108.That is the metallic cover 105 and the metalized surface 108 contact in a line contact manner.Even when the ambient temperature changes this line contact is maintained and there is no electrical characteristic problem.Therefore this line contact is preferable.If the metallic cover 105 and the metalized surface 108 contact in a surface contact manner the metalized surface 108 is separated to cause a change in electrical characteristic when the ambient temperature changes.Fig.4a schematically shows a state where the metallic cover 105 and the metalized surface 108 contact in a surface contact manner and Fig.4b schematically shows the condition of the surface contact when the ambient temperature changes in the state shown in Fig.4a.When the ambient temperature changes the dielectric resonance element 103 expands for example.A force is thereby applied to the metallic cover 105 to deform the same above the metalized surface 108 as indicated by the broken line in Fig.4b.When this force is applied the metalized surface 108 can be easily separated from the dielectric resonance element 103.

The search system claimed in claim 12 or 13 wherein the instructions when executed by the one or more processors cause the one or more processors to construct the binary array by classifying the data elements of the expanded set into one of two classes applying a first bloom filter to all data element of the expanded set to create a first binary array and applying a second bloom filter to data elements of one of the classes but not to data element of the other of the classes to create a second binary arraywherein the first bloom filter has a higher false positive probability than the second bloom filter.

In the present invention a hash function which utilizes characteristics of data is used whereby problems in speeding up will be overcome.The following two techniques will be considered.One is a method which performs distance calculation and reduces the number of feature vectors to be retrieved.Specifically when there are many collisions occurring that is when a large number of feature vectors which have an identical hash value are registered the feature vectors are deleted from the hash table in advance.Accordingly it is possible to reduce the number of the distance calculation per query feature vector to a given number or lower.The other is a method which does not perform the distance calculation at all.When deletions are performed in accordance with the number of collisions such feature vectors that are effective for image recognition are left in the hash table.With the use of such feature vectors it is expected that a correct result can be obtained only through voting.

The amplifier as claimed in any preceding claim wherein said power controller is operable to configure said biasing controller to adjust said drain voltage of eachamplifier stage to provide said amplified output signal with said requested power output.

The communication equipment of the invention is a communication equipment which is characterized in that the equipment comprises a power amplifier 931 according to the invention which has been described above an antenna 90 a reception circuit 91 a signal process circuit 93 which processes a signal from the reception circuit 91 by using the power amplifier 931 and a transmission circuit 92 which performs a transmission process on a signal supplied from the signal process circuit 93.

Seamless quenched and tempered steel pipe according to claim 6 wherein the second parameter P2 satisfies the following conditions P22.3 in order to meet the minimum yield strength required by the grade X60Q 415 MPa P22.7 in order to meet the minimum yield strength required by the grade X65Q 450 MPa P23.5 in order to meet the minimum yield strength required by the grade X70Q 485 MPa.

With respect to the steel pipes with wall thicknesses of 25 mm and 50 mm the volume ratios of polygonal ferrite and MA of asquenched steel pipes and YS and vTE of product steel pipes after tempering which were obtained in the abovementioned tests are shown in Tables 3 and 4 respectively.Test Nos.1 to 10 15 to 17 20 to 29 and 34 to 36 satisfy the chemical composition and the manufacturing process defined by the present invention were also satisfied.Satisfactory toughness was also obtained.

The device 101 of claim 2 wherein the processor 120 is further configured to independently change respective statuses of each of the plurality of distinct forwarding messages in the message list as each of the respective statuses changes.

In some embodiments messages can be forwarded without leaving the conversation UI.When the focus is on a particular message pressing a defined key will result in messaging forwarding operations being instigated.This can include opening a window to select a forwarding address or addresses.

An edema evaluation apparatus comprising index calculator for calculating an edema index value indicating the level of edema at a target portion of the body of a human subject according to a bioelectric impedance of the target portion edema evaluator for identifying an edema stage corresponding to the edema index value calculated by the index calculator from among a plurality of edema stages indicating the degrees of progress of edema symptoms and result reporter for reporting the edema stage identified by the edema evaluator.

In the health condition judgment display device the measuring means includes a body impedance measuring means capable of measuring body impedance of entire body andor each portion of the body the body measurement information includes body impedance of each portion of the body andor the entire body the individual body characteristic information includes body height body weight age and sex and the body information includes information of body fat mass body fat ratio fatfree mass body water mass and muscle mass of each portion of the body andor the entire body which are obtained based on the body height the body weight the age the sex and the body impedance of each portion of the body andor the entire body.Also the body information may include information of basal metabolism amount obtained from the amount of consumed oxygen and the muscle mass.

A gas turbine component comprising a substrate 10 made from an alloy containing Ni Co or Fe a bonding layer 11 made from an alloy disposed over the substrate 10 and a thermal barrier coating 12 13 14 disposed over the bonding layer 11 wherein the thermal barrier coating includes a thermal barrier layer 12 of porous ceramics an environmental barrier layer 13 containing silica and an impregnation layer 14 having a material containing silica in the pores of the porous ceramics.

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

The identification apparatus according to claim 7 whereinsaid first calculation module 111 is configured to calculate said angular phase shift valueby means of an arctg function of said quadrature signals Sq1 Sq2 thereby determining the position of the motor within an electric step P1 P2 P3.

More precisely the first magnetic detectors 14 output analog signals da and db respectively which constitute a twophase sinewave analog signal.From the twophase sinewave analog signal the information representing the present position of the scale head 18 will derive.Preferably these first magnetic detectors 14 are Hall elements that can linearly convert magnetism to an electric signal.The magnetic linear encoder 16 further comprises a magnetic characteristicfluctuating positiondetecting unit 22.This unit 22 is provided in the scale head 18 extending in the lengthwise direction of the armature to detect the position where the magnetic characteristic abruptly changes.The magnetic characteristicfluctuating positiondetecting unit 22 is configured to process and discriminate the signals supplied from the first magnetic detectors 14 and the signals supplied from a second magnetic detector 20.

The use according any one of the preceding claims 1 to 8 wherein the dermaceutic andor the medical device comprises a composition designed for killing inhibiting regulating and preventing the growth of microorganisms comprising said active component in an effective amount necessary for obtaining the desired preventive or therapeutic result.

This technology is oriented towards clinical use specifically the treatment of patients with varying degrees of burns and different types of skin wounds.This invention involves a probiotic formulation based on hydrocolloid plasters and viable lactic acidproducing probiotic strains.

Method to watermark a compressed content encrypted by at least one content key CA key the content key CA key being part of an Entitlement Control Message ECM and encrypted by a first transmission key the premarking data being encrypted by a second transmission key and being authenticated with a signature said compressed content being received by a client device comprisinga Descrambler 103 having an input to receive the encrypted compressed content and an output to produce a decrypted compressed contenta WM inserter 104 directly connected to the output of the Descrambler said Descrambler and said WM inserter being connected with the Conditioner 200 said Conditioner executing the following stepsreceiving the Entitlement Control Message and the premarking datadecrypting the Entitlement Control Message with the first transmission key and extracting the content key CWdecrypting the premarking data with the second transmission keyverifying the signature of the premarking data and if the signature is validtransferring the content key CA key to the descrambler 103 and the premarking data to the WM inserterwatermarking by the WM inserter the decrypted content received by the descrambler using the premarking data and the identifier.

According to an embodiment the reconstructed video is identical to the original video.Yet according to another embodiment the reconstructed video is a personalized video which is slightly different from the original video but such modification is imperceptible to human viewer.

Assembly as claimed in one or more of the claims 14 wherein the tube socket is configured such that two three or more LED tubes can be arranged adjacently of each other and substantially parallel to each other optionally in combination with a special LED tube which is rotatable andor adjustable to diverse positions and emission angles.

The lamp may be fluorescent model T5 or LED.

An electric power supply unit for a submarine vessel in particular a torpedo wherein a fluidtight tubular shell 3 defines a cavity 8 which is elongated along an axis 5 and contains one or more electric power supply modules 9 each of which comprises an insulating container 10 housing a plurality of batteries 11 characterized in that said batteries 11 are of the lithiumion polymer type said tubular shell 3 being provided with a first normallyclosed valve 12 communicating on one side with the elongated cavity 8 and on the other with the outside of the shell 3 said first valve 12 being configured to allow extraction of air from the elongated cavity 8 and subsequent introduction of inert gas until an operating pressure of the inert gas inside the shell is achieved said inert gas penetrating inside the containers 10 which are not fluidtight in order to prevent combustion processes of the substances constituting said batteries 11.

The refrigerating apparatus side heat exchanger 54 and the air blowing fan 55 are disposed at some positions in a duct 65 forming an air exhaust path which passes from the rear side of the rear seat 7 of the vehicle interior 5 just below or aside the trunk 9 and intercommunicates with the outside of the vehicle to exhaust air in the vehicle interior 5 to the outside.The air blowing fan 55 is disposed so that air flow directing from the vehicle interior 5 side to the outside of the vehicle portion is formed in the duct 65 and the air in the vehicle interior is heatexchanged with the refrigerating apparatus side heat exchanger 54 and then discharged to the outside of the vehicle.Accordingly the air which is heated or cooled through the heatexchange with the refrigerating apparatus side heat exchanger 54 is prevented from being blown into the vehicle interior 5.Furthermore the refrigerating apparatus side heat exchanger 54 which heatexchanges with the outside air is provided on the path of the duct 65 and thus when the battery device 12 is cooled heat is laved from cooled air in the vehicle interior 5 and thus energysaving operation can be performed.

The audio processing apparatus of claim 8 said control device 12 being configured to enlarge an area in which said graphics 62 63 generated based on said received status data is displayed when said optical output device 11 generates said actuation signal.

Once the IO port field of a desired music equipment musical instrument is clicked on the external tone generator registration screen this IOportfield click event process is started up.First at step S20 a menu is displayed which lists ports of a type corresponding to the clicked IO port field and left unallocated among the ports of the IO devices of the music processing apparatus 1.Input by users selecting operation is received at next step S21 and a determination is made at step S22 as to whether an instruction has been given for selecting any one of the ports displayed on the menu.If an instruction has been given for selecting any one of the displayed ports as determined at step S22 the process goes on to step S23 where information designating the selected port is written into the equipment data of that equipment in the TG table.Then a determination is made at step S24 as to whether the music equipment musical instrument whose IO port field has been clicked has already been registered in the tone generator rack.If answered in the affirmative at step S24 the process goes to step S25 where the name of the selected port from among those to be displayed or currently being displayed is updated with the port name of the music equipment musical instrument in question.After completion of the operation of step S25 or if no selecting instruction has been given e.g.by the user clicking an area other than the menu as determined at step S22 the instant click event process is brought to an end.In the abovedescribed manner designation of one port is set each time the click event process is carried out.

The antenna structure according to claim 9 characterized in that the electronic element 16 56 is located between the antenna element 11 41 51 and the first protruded portion 104.

The example of Fig.3 further shows a second slot 316 according to the invention.This one starts from the same long side of the ground plane and travels parallel to the first slot.In this example the feed point F lies between the first and second slots on the surface of the circuit board 305.The first 315 and second 316 slots as well as the feed point F and shortcircuit point S can be better seen in Fig.4 illustrating the circuit board 305 of the structure depicted in Fig.3 as viewed from the ground plane side.The placement and length of the second slot 316 can be such that resonance is excited in the slot in the upper operating band of the antenna.Thus it functions as a slot radiator improving the matching in the upper operating band.Similarly in the singleslot case according to Fig.2 the slot can be tuned so as to function as a radiator in the upper operating band.

The electronic device of claim 10 further comprising insulation films formed on an outer circumferential surface of the guide rib and an inner wall of the guide groove respectively wherein at least the outer circumferential surface of the guide rib and the inner wall of the guide groove formed with the insulation films contact each other andwherein the insulation films insulate the support member from the frame member.

The first manipulation unit 116 may be manipulated to allow inputting of commands for controlling operations of the mobile terminal 100.The first manipulation unit 116 may be a key region formed to be sensitive to a touch input by a user on a window.Alternatively the first manipulation unit 116 may be implemented by including a dome switch below the window to be pushed for inputting information.

A pallet 8 configured to support a cargo casing 12 and having at least one edge fitting 1 according to any of theclaims 111 preferably one such edge fitting 1 for each corner of said cargo casing 12.

With the configuration described above as illustrated in FIG.8 when the upper module is stacked on the lower module such that the load releasing surface of the upper resinmade corner module 100 is placed on the load receiving surface of the lower resinmade corner module 100 the first inclined surface 86 of the upper resinmade corner module 100 is brought into abutment with the second inclined surface 92 of the lower resinmade corner module 100 from inside.This inhibits outward horizontal movement of the upper resinmade corner module 100 relative to the lower resinmade corner module 100.Additionally because the resinmade corner module 100 isdisposed at each of the four corners of the solar panel P the slipping out of the upper resinmade corner module 100 inside namely inward horizontal movement of the upper resinmade corner module 100 relative to the lower resinmade corner module 100 are restricted via the solar panel P.Especially the upper plateshaped body 12 and the lower plateshaped body 14 are each formed to be Lshaped as described above.This allows for restriction in two directions perpendicular to each other on the horizontal surface.More specifically inward movement of the upper resinmade corner module 100 relative to the lower resinmade corner module 100 in two directions perpendicular to each other is restricted.On the other hand outward movement of the upper resinmade corner module 100 relative to the lower resinmade corner module 100 in two directions perpendicular to each other is restricted.A plurality of ribs 36 is disposed.The ribs 36 are each disposed in parallel with the end surfaces 94 and 95 of the box structure 22 to extend in the vertical direction.Among the resinmade corner modules 100 the lowest resinmade corner module 100 placed on the top surface of the resinmade pallet 200 has the structure similar to other resinmade corner modules 100 in the upper side portion but has a different structure in the lower side portion because it is placed on the metal frame 202.Namely in the lower side portion an Lshaped groove not shown which extends from the end surface 94 to the end surface 95 is formed and the inner edge not shown and the outer edge not shown of the Lshaped groove are disposed.The lowest resinmade corner module 100 is placed on the metal frame 202 such that the bottom face the inner edge and the outer edge of the Lshaped groove respectively abut against the top surface the inner surface and the outer surface of the corner portion of the metal frame 202.This causes the lowest resinmade corner module 100 to be positioned.

The pressuresensitive adhesive tape for an electrochemical device according to Claim 1 or 2 wherein the pressuresensitive adhesive tape exhibits an adhesive strength of 0.1 N10 mm to 4 N10 mm.

The acrylic pressuresensitive adhesive in the present invention may include other components for example a tackifier a plasticizer a filler and an antioxidant in addition to the acrylic polymer and the crosslinking agent.

The information processing system 1 according to claim15 or 16 characterized in that the fixed position includes a point where the capturing direction of the virtual camera becomes horizontal in the virtual space.

In equation 1 t represents an elapsed time hereinafter referred to as a switching time t from the start time.In equation 1 Jt represents a predetermined upper limit value of the virtual camera distance Kk.As is apparent from equation 1 in the present embodimentwhen the switching time t indicates the predetermined upper limit time the virtual camera distance Kk indicating the upper limit value Jt is calculated.The upper limit value Jt of the virtual camera distance Kk is preset as a distance which enables the stereoscopically visible image to be viewed with the maximal stereoscopic effect when the users point of view corresponds to the optimal point of view.Further in the present embodiment the upper limit time of the switching time t is preset as one second.

The computer readable storage device containing program code of claim 17 wherein the loop filter is an all pole filter with the number of poles being one less than the order of the phase locked loop circuit.

For the example of the implementation of Fig.1 this is HsORN1s11s1NKdKvKfs21s2N1sRC11sRC1s2NC1C2KdKvs3NRC1C2KdKv where Kf is replaced by 1C1C2 to show that Kf depends on 1 and 2.In general Kf depends both on the poles and the zeroes of the loop filter.

The method of any of the preceding claims wherein signal information relates to channel information signal strength signal identifiers noise or a combination thereof.

Step 320 The indoor AP stores the SSID information and the encryption information of the mobile AP into a first SSID name.

Method according to claim 4 further comprising displaying the second alert on the display of the user interface 18 wherein the second alert is different than the first alert.

Notably the measured detected andor sensed parameters are somehow correlated to the level of fatigue of the monitored person.Thus after the process 300 obtains the fatigue level of the monitored flight crew member it can determine whether or not the person is likely to be fatigued.For this particular embodiment if the fatigue level is indicative of a nonfatigued physiological condition of the flight crew member the NO branch of query task 306 then the process 300 generates an alert with nominal audiovisual characteristics task 308.On the other hand when the fatigue level is indicative of a fatigued physiological condition of the flight crew member the YESbranch of query task 306 then the process 300 generates an alert with enhanced audiovisual characteristics task 310.

A method for operating a settopbox that supports 3dimensional 3D video content the method comprising transmitting video content from an HDMI port of the settopbox to a display device at a first resolution characterized byin response to a change in the HDMIVideoFormat field or in the 3DStructure field of an HDMI Vendor Specific InfoFrame switching to transmitting video content from the HDMI port of the settopbox at a second resolution and after the switch to the second resolution switching back to transmitting video content from the HDMI port of the settopbox at the first resolution in order to trigger a resync operation at the display device.

However if AVMUTE does not effectively work in the sink device the television receiver 300 the sink device the television receiver 300 performs SidebySide processing on 2D video erroneously and there is a possibility that video will be displayed in disorder at least temporarily.

The method as claimed in any preceding claim wherein the trusted entity is a mobile phone handset.

After query code is generated by the certification server the query code should preferably be deleted after a prespecified period of time has passed so that the collation can not be performed any more.

The input device according to any one of claims 6 to 11 wherein the processor is configured to determine the manipulation orientation based on light intensity distribution.

On the display panel 101 RGB pixels and light receiving sensors are arranged in matrix.The light receiving sensor functions as the contactproximity sensor 103 by receiving light emitted from the display panel 101 and reflected by the operating tool M and capturing the contactproximity state of the operation tool M based on a light receiving state.Then the operating tool detection unit 109 createsa sensor image S by digitally processing the output result of the contactproximity sensor 103.

A device according to claim 1 wherein the signal transfer interface comprises first electrical connectors 305 for receiving the first alternative signal second electrical connectors 306 for receiving the second alternative signal third electrical connectors 307 for transmitting the excitation signal to the resolver and a transceiver 350 for transmitting to the one or more other devices the information indicative of the polarity of the excitation signal when the device is in the first operational mode and for receiving from the one of the other devices the information indicative of the polarity of the excitation signal when the device is in the second operational mode.

The excitingline malfunction detection circuit 34 compares the potentials at both ends of the exciter coil 11 where the exciting signals are sent by the pushpull method detects according to the duty cycle of an exciting pulse signal which is a rectangularwave signal indicating the result of comparison a short circuit to power and a short circuit to ground of thesignal lines of the exciting signals and outputs excitingline malfunction detection signals indicating the result of detection.

The pneumatic tire of claim 1 or 2 wherein the terpene phenol resin has a Tg in a range of from 100 to 130 C or from 105 to 125 C.

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

The battery 10 of claim 12 characterized in that the current collecting member 122 extends from the electrode terminal 121 in a longitudinal direction and the groove portion 125c completely circulates the current collecting member 122 in its circumferential direction.

It is a feature of an embodiment to provide a secondary battery including a terminal capable of preventing a reduction in weldability caused when dissimilar metal welding is performed.

A converter system comprising converters 108 109 208 209 308 309 for controlling voltages of two or more winding systems of one or more electrical machines whereinthe converters comprise devices 101 110 201 210 301 310 according to any of claims 16 so that each of the converters comprise one of the devicesa first one of the devices 101 201 301 is in the first operational mode and other ones of the devices 110 210 310 are in the second operational modethe converter system comprises first signal transfer paths 111 311 for transferring the excitation signal generated by the first one of the devices to a resolver for detecting rotational position of the one or more electrical machines and for transferring the information indicative of the polarity of the excitation signal from the first one of the devices to the other ones of the devices andthe converter system comprises second signal transfer paths 112 312 for transferring the first and second alternative signals from the resolver to the devices.

Fig.1 is a block diagram showing example connection relationships between a resolverdigital RD converter 30 a current buffer 20 and a resolver 10 according to the present embodiment.

The method according to claim 12 wherein the first location of the guide roller 201 is a first end of the guide roller and wherein preferably the second location of the guide roller is a second end opposite to the first end of the guide roller and wherein measuring is undertaken at the first end of the guide roller and preferably at the second end of the guide roller.

Figure 2 shows a crosssectional view of an embodiment of the web guide control 10 of the present invention.The web guide control 10 comprises a first guide roller 201 with its corresponding shaft axis 205 and a second guide roller 202 with its corresponding shaft axis 215.The web 140 is guided through the first guide roller 201 and the second guide roller 202.The web 140 may be unprocessed or have already undergone one or more processing steps.Typically the first guide roller 201 is positioned upstream of the second guide roller 202.The terms downstream and upstream within the present application are to be understood with respect to the travelling direction of the web.The web guide control 10 of the present invention is not exclusively limited to the implementation in web processing apparatus.For example the web guide control can also be implemented in manufacturing plants where web transport is required.In principal it is also possible to position the first guide roller 201 downstream of the second guide roller 202.

The method of any preceding claim wherein maintaining the timing model and performing the at least one action are performed in realtime.

The gateway 100 is located midway of buses a and b.The gateway 100 has a filtering function of filtering and denying transfer of unwanted data a proxy function of converting data format in the data transfer between buses and a buffering function of buffering data.

A saddle type vehicle 1 according to any one of claims 1 to 14 further comprising a fuel tank 9 disposed under the seat 4.

Figure 10 is an exploded diagram of the reclining mechanism according to the present invention.The reclining mechanism 90 includes as main components thereof a base bracket 94 fixed to the vehicle body side a first recess 95 a second recess 96 and a third recess 97 formed as cutout portions in an upper rear portion of the base bracket 94.A reclining lever 100 has a pawl 98 which comes into engagement with any of the first to third recesses 95 through 97.A swing bracket 101 is connected to the combined passenger seat and seat back 26 side.A stopper piece 102 is formed by bending a part of the swing bracket 101.A lug 103 projects from the swing bracket 101 to support the second locking mechanism 92.A connecting plate 104 is disposed in opposition to the swing bracket 101.A spring 105 is anchored at one end thereof to the connecting plate 104.Two rivet pins 106 and 107 are also included.

The method as claimed in claim 1 wherein the method further comprising executing the data analytics application 306 on the computing device 400 at periodic time intervals and wherein the data analytics application 306 is designated as a user preferred background application.

In one embodiment after the daemon completes the processing of the message the daemon importance is returned to the initial daemon importance.Figure 3B is a block diagram one embodiment of a mobile device 300 with a user application process 304 communicating with a promoted daemon process 316 and the importance of the daemon process 316 is demoted.In Figure 3B the mobile device 300 includes an operating system 302 that manages the execution of a user application process 304 daemon processes 306BN and a promoted daemon process 316.As in Figure 3A the user application process 304 is running at a high importance the daemon processes 306BN initially run at a lower importance and the daemon 306A has been promoted to run at a higher importance which is illustrated as the daemon process promoted 316.In one embodiment the promoted daemon process 316 processes the message and sends a reply to the user application process 304.In this embodiment in response to the sending of the message the promoted daemon process 316 can be demoted back to its initial importance 306A.In addition the daemon process 316 demotion can occur if the daemon process 306A importance is promoted while running or launched with the promoted importance.Process demotion is further described below in which the promoted daemon process 316 drops an assertion that can lead to this process 316 being demoted.For example process demotion is further described in Figure 6 below.

An end effector for an electrosurgical instrument comprising a substrate wherein at least an outer periphery of the substrate is formed from an electricallyinsulative material at least one ridge formed on the outer periphery of the substrate and an electrically conductive material deposited onto the at least one ridge to form at least one electrode.

Referring particularly to FIG.5C it is envisioned that insulator substrate 111 may meet outer periphery 145 in a generally tangential fashion about radius r.Again this profile also tends to reduce current concentration and thermal spread and may also contribute to a reduction in the incidence of flashover.More particularly FIG.5C illustrates the electrode 110 of the electrode 110 120 configuration of FIGS.4 and 5A respectively wherein the pair of electrodes 110 120 each includes an electrically conductive surface 116 126 an insulating substrate 111 121 having a top or first edge111a shown in FIG.5C for electrode 110 only and an insulating layer 140 positioned in a channel 111b formed by the electrically conductive surface 116 within the top or first edge 111 a between the conductive surface 116 shown in FIG.5C for electrode 110 only and the top or first edge 111a of the insulating substrate 111.The insulating layer 140 has a portion 140a proximal to the electrically conductive surface 116 and a portion 140b distal from the electrically conductive surface 116 and a gradient such that the proximal portion 140a has a lower dielectric strength than the distal portion 140b.

A flexographic printing plate precursor having a reliefforming layer formed of the resin composition for laser engraving according to any one of Claims 1 to 7 on a support.

Moreover although the polymerization initiator may be a photopolymerization initiator or a thermopolymerization initiator a thermal polymerization initiator the polymerization initiator is preferably a thermopolymerization initiator.

The reproduction device 10 according to any one of claims 1 to 4 further comprising a memory 14 configured to hierarchically store the data in a folder whose folder name is the common part after replacing the titles with the display titles respectively.

Also in FIG.7 the name of the group with the group number 1 is given as group 1.Similarly the names of the groups with the group numbers 2 through 5 are given as group 2 through group 5 respectively.

The method of claims 4 and 10 further comprisingselectively issuing a warning to a driver of the vehicle if the current position 260 approaches the at least one point 21112119.

The coordinate sequence represents a sequence of points constituting each guiding line.In this embodiment each point is defined by threedimensional coordinates including position coordinates and a height coordinate.Each guiding line is expressed as a line segment or a curve defined by the sequence of points.

A computerreadable medium having computerreadable code executable by at least one processor of the electronic device to perform the method of any of claims 1 to 13.

Next the screen display control unit 17 confirms whether or not the plurality of character input sheets are currently pulled out and displayed on the display unit 14 of the touch panel 11 S203.When the plurality of character input sheets are not pulled out the processing moves to step S206.

A reproduction device 14 for display of video information comprising a plurality of chapters the reproduction device 14 comprising a control unit 20 that is configured to a Initiate a display of a chapter menu having a plurality of user selectable menu items 81...84 wherein each menu item 81...84 comprises a reproduction of at least one frame A...D of a chapter and is dedicated to the respective chapter b Initiate a reproduction of the chapter upon selection of the dedicated menu item 81...84 characterized in that the control unit that is further configured to c Generate attributes of the chapters that are indicative to a respective one of the chapters d Generate a display diagram 10 71...74 81...84 of the attributes and e Initiate a display of this diagram in the chapter menu.

FIG.4 shows an example of attribute information.Here the attribute information is provided so as to correspond to an entry point EP in accordance with the DVDVR standard standing at the start point of individual chapter in the title recorded in the recording and playback apparatus.This drawing shows a data structure which an EP has.

Method in accordance with any one of claims 1 to 6 wherein the material of the porous ceramic cathode layer is selected among optionally doped zirconia such as yttriastabilized zirconia or doped ceria.

The multilayer structures are especially suitable for use in flue gas cleaning applications.Figure 5 illustrates the principle of a flue gas cleaning cell that allow for removal of both soot and NOx in one reactor.The reactor comprises a symmetrical construction having an oxide ion conducting electrolyte 8 sandwiched between two electrodes 9 10.In the configuration shown in Figure 5 all the layers are porous and the flue gas passes across the structure.On the cathode side 10 NO is reduced by electrons e to N2 gas and oxide ions O.The oxide ions are transported through the electrolyte material 11 to the anode side 9 where they react with the soot particles C 12 and form CO2 and electrons.By alternating the voltage across the reactor the electrodes will shift from anode to cathode thus removing PM or NO respectively.The gas flow 13 enters the structure and the gas flow 14 exits the structure in Figure 5.

The yarn winding device 2 according to any one of claims 1 to 7 characterized in that the yarn supplying section 7 holds a yarn supplying bobbin 21 adapted to supply the yarn.

Through the series of flow shown above the upper yarn guided to the splicer device 14 is spliced to the lower yarn guided by the lower yarn guide pipe 25.Since the yarn splicing operation is performed in parallel with the operation of winding the yarn 20 into the package 30 the yarn defect can be removed without the need to stop or reversely rotate the winding drum 24.When the yarn splicing operation is completed the servo motor 55 starts rotating forward to resume the supply of the yarn 20 to the accumulator 61.To recover the amount of yarn 20 consumed by the yarn splicing operation the speed at which the yarn 20 is supplied to the accumulation section 71 is controlled to be higher than the winding speed for the package 30.Once a predetermined amount of yarn 20 is accumulated the unit control section 50 returns the speed at which the yarn 20 is supplied to the accumulator 61 to the original value which is equal to the yarn winding speed for the package 30.

A magnetic carrier according to claim 1 wherein the magnetic carrier core comprises a magnetic carrier core in which the magnetic material is dispersed in the resin.

The magnetic carrier of the present invention is also characterized in thati the first resin constituting the carrier core has a polymer chain including a methylene unit CH2 ii the second resin surfacecoating the carrier core has at least a fluoroalkyl unit a methylene unit CH2 and an ester unit and iii the carrier core is surfacecoated with i a mixture of the second resin and a coupling agent having at least an amino group and a methylene unit or ii a coupling agent having at least an amino group and a methylene unit and then with the second resin.

Method according to any of the claims 1 to 5 characterised in that it comprises using a micro SD card as first secure element.

The master application may provide the information needed to execute transaction to the corresponding slave application.This information may comprise information for authenticating the user of the communication unit 101 towards a terminal 102 as wells as other necessary information.The data may be preinstalled in the master application or it may be added at later time.This may be done manually by the user or by means of the OTA mechanism described before.A master application may transmit the data to the corresponding slave application once when the slave element 107 is connected to the master element 108 for the first time or when the information is made available in the master element 108.In another embodiment the data is transmitted to the slave application each time the slave element 107 is newly connected to the master element 108 i.e.each time the addon device 112 is connected to the mobile communication device 110 andor each time the mobile communication device 110 or the addon device 112 is powered up.In this embodiment the data is deleted in the slave element 107 each time the addon device 112 is disconnected from the mobile communication device 110 and each time the mobile communication device 110 or the addon device 112 is powered down.For this purpose the slave application or the slave element 107 disposes of a secured mechanism for deleting the data in the aforementioned situations.The deletionof the data ensures that the communication component 103 cannot execute transactions when it is not connected to the mobile communication device 110.

The display apparatus of any one of the preceding claims further comprising a storage configured to store meta information of the broadcast channel in a multidimensional arrangement form based on the broadcast channel information received from the server.

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

The UE of claim 14 wherein the message from the network is to transition to a second RRC state.

In a second exemplary infrastructure RRC transition can occur between an idle mode 110 and connected mode 120 depending on a payload threshold.In the second infrastructure if the payload is below a certain threshold then the UTRAN moves the RRC state to CELLFACH state 124.Conversely if the data payload is above a certain payload threshold then the UTRAN moves the RRC state to a CELLDCH state 122.In the second infrastructure if two minutes of inactivity are detected in CELLDCHstate 122 the UTRAN moves the RRC state to CELLFACH state 124.After five minutes of inactivity in the CELLFACH state 124 the UTRAN moves the RRC state to CELLPCH state 126.In CELLPCH state 126 two hours of inactivity are required before moving back to idle mode 110.

A method for operating a cockpit video system of an airplane comprising the steps of mounting a camera assembly on the airplane to capture an image of the airplane mounting a video monitor in a cockpit of the airplane for receiving a signal of the video image from the camera assembly processing the video image to create an aligned image by electronically adjusting the image to at least one reference mark and presenting the aligned image on the video monitor.

FIGURE 15 illustrates in block form the major components of an airplane ground maneuvering camera system formed in accordance with the present invention.As shown a processor 520 is coupled to a memory 522 one or more cameras 524 mounted on an airplane in the manner described above and one or more display devices 526 mounted in a cockpit in the manner described above The processor 520 may include an image analysis component 528 and a target generator 530.FIGURE 16A illustrates a process for aiding a pilot to steer an airplane that is implemented by the system components described in FIGURE 15 above.At block 548 the processor 520 receives digitized or nondigitized images generated bythe cameras 524.Next at block 550 the image analysis component 528 of the processor 520 analyzes the digitized or nondigitized images by performing pattern recognition of the runwaytaxiway centerline edge markings or other displayed visual features that appear.Nondigitized images are digitized before pattern recognition is performed.At block 552 the target generator 530 of the processor 520 generates an oversteer target or other guidance features that are to be overlaid on the camera generated images based on the analysis of the digitized images.FIGURES 1724 described below illustrate a variety of examples of oversteer target and guidance features produced by the target generator 530.After the oversteer target andor other guidance features are generated at block 554 the generated oversteer target and other guidance features that are to be overlaid on the camera generated images are superimposed on the camera generated images and displayed on one or more of the display devices 526.The process described above occurs in realtime.Preferably the processor 520 also generates automatic steering commands or drive warnings such as an edge proximity warning based on the analysis of the camera generated images.Automatic steering is described in more detail below.

The fabric treatment apparatus according to claim 10 wherein the controller controls the operation of the steam generation heater 130 to be stopped and the drying heater 42 to be operated again after an elapse of the predetermined time.

The rotation of the drum 70 allows the clothes in the drum 70 to be uniformly mixed and dried.Air in the drum 70 is discharged to the outside by the rotation of the air blast fan 78 through the air discharge duct 77 and the discharge pipe 80.

The nonaqueous ink jet ink composition according to any one of the preceding claims wherein the Na amount is 50 ppm to 500 ppm.

The inkjet ink of the invention may contain a known organic solvent other than Compound A and Compound B within the range in which the object of the invention is not vitiated.Examples of such solvent include a nitrogen containing heterocyclic compound such as Nmethyl pyrolidone and 13dimethyl imidazolidinone a lactone compound such as butylolactone a glycol diacetates such as ethylene glycol diacetate propylene glycol diacetate an alkylene glycol monoalkyl ether such as diethylene glycol monoethyl ether triethylene glycol monomethyl ether dipropylene glycol manomethyl ether and tripropylene glycol monomethyl ether and an alkylene glycol monoalkyl ether acetate such as ethylene glycol monobutyl ether acetate.

The turbomachine secondary ring seal assembly 46 of any preceding claim wherein the sealing surface 70 is radially spaced from the base portion 66.

Figure 3 is an enlarged view of Section 3 of Figure 2.A carbon seal 40 is located axially between the bearing 30 and the air compartment 34 to retain any leakage oil 39 from the bearing compartment 32.The carbon seal 40 has an annular shape and is mounted about the engine shaft 28.The carbon seal 40 seals with the rotating spacer 401 and contacts a static liner housing 44 of the turbine engine 10.Seal 40 is static and seal points x and y are formed.The arrows show the direction of buffer air flow.

A method for transmitting system information in a wireless communication system comprising configuring subframes to carry or not to carry system information generating a system information configuration information indicating the configuration and controlling the transmitting unit to transmit the system information in the configured subframes transmitting the system information configuration information and transmitting the system information in the configured subframes of a radio interface wherein the system information configuration information includes a subframe scheduling field with a plurality of bits each bit being associated with a subframe and representing whether or not system information is to be received in that subframe

The reception timing determination unit 21 is configured to determine a reception radio frame for each of the different types of system information SI2 to SI5 on the basis of an offset from a transmission timing of the first type of system information SI1 and a transmission cycle and to determine a reception subframe for each of the different types of system information SI2 to SI5 in the reception radio frame thus determined therefor on the basis of scheduling informationincluded in the first type of system information ST1.

The apparatus according to claim 7 wherein the second area of the base substrate includes a recess for arrangement of the wavelength converter.

The reflecting mirror 114 is an exemplary optical component provided commonly to a plurality of semiconductor light emitting diodes 102a102e and is arranged to surround the light source 120 from behind above and sides of the light source 120.In this manner the reflecting mirror 114 reflects light generated by the light source 120 ahead thereby making that light incident on the lens 104 and then making the lens 104 irradiate that light toward the emitting direction.Thus the reflecting mirror 114 can irradiate light emitted by a plurality of semiconductor light emitting devices 102a102e toward the emitting direction.

A method comprising transmitting a fetch trigger frame from a station to an access point entering a power save mode at the station until a determination at the station that a fetch time associated with the station has elapsed wherein the access point is configured to communicate with one or more other stations during the fetch time and in response to the determination exiting the power save mode and receiving one or more data frames from the access point at the station after exiting the power save mode.

When the mobile station 310 desires to enter into sleep mode i.e.a sleeping station the mobile station 310 communicates a mobile sleep request 330 to the base station.The mobile sleep request 330 includes among other things power savings class type sleep interval and listening interval.Once the mobile sleep request 330 has been received from the mobile station 310 the base station 305 responds with a mobile sleep response 335.The mobile sleep response 335 either denies the request for various reasons as are known to one skilled in the art or approves the request.When the request is approved the base station 305 determines a start frame number of the sleep mode and communicates that number to the mobile station 310.

The electrical household appliance according to claim 2 or 3 characterised in that the first stretch 81 of the channel 42 for passage of the coolant extends substantially alongside a part of the area 41 for passage of the gaseous fluid.

Condensing unit 108 further comprises a second heat exchanger 113 of airair type placed upstream relative to the first heat exchanger 112 such that drying air leaving the second heat exchanger 113 enters the first waterair heat exchanger 112.Cooling air taken from the environment surrounding the machine 1 is pumped to the heat exchanger 113 by a fan 14 while drying air flow moved within the air circuit 7 enters the heat exchanger 112.Cooling air flow and drying air flow cross each other without mixing so as to condense a second amount of moisture from drying air.Such amount of moisture is exhausted from the airair heat exchanger 113 by a water outlet port 18.Air filtering means 15 are provided in the air circuit 7 between the heat exchangers 112 113.

A method according to any preceding claim wherein said signal quality assessing step is performed with respect to channel gain and transmit power information for said signal transmitted on said control channel resource.

In the above or another more specific exemplary implementation a number of CCEs in neighboring or overlapping cells is obtained by reading a master information block broadcast from the neighboring or overlapping cell calculating a number of resource element groups available for all control channels and subtracting a number of resource element groups available for control channels other than the managed control channel e.g.PDCCH.

A communication device UE1 UE2 characterized by comprising a storage unit 210 configured to store a program code 214 and a processing unit 200 configured to execute the program code 214 wherein a method of handling cell reselection compiled into the program code 214 comprises receiving a first cell reselection configuration message from a first cell 100c of the communication system 10 wherein the first cell reselection configuration message comprises at least one cell reselection rule checking whether the at least one cell reselection rule is satisfied in order to generate a rule ranking list and selecting one of a plurality of second cells 100c 110c of the communication system 10 to camp on according to the rule ranking list.

For example it is assumed that the terminal is in a macro cell there are three neighboring cells two of which are macro cells on different frequency layers in the LTE system are macro cells.One of the two cells cell 1 is overloaded and the terminal capabilities support all the services provided by the cell the other neighboring cell cell 2 is not overloaded and there is a neighboring cell cell 3 in the WCDMA system yet the terminal has not subscribed to the WCDMA service.

A method as claimed in claim 1 wherein when the continuous touch remains in the rowcolumn containing the first item the method comprises causing only the items represented by adjacent icons to have been touched to be selected.

Another way of selecting multiple content items is discussed in relation to Figure 11.In a state where the sidebar is not initiated and the user is faced with a collection of content items 410 the user may use multitouch gestures to initiate multiple select mode.Such a multitouch gesture could include placing two fingers at either extremity of the list of content items that the user wishes to select.Figure 11 shows a possible consequence of pressing one finger on content item 1112 and the other at content item 1114 holding for a certain length of time and then releasing 1110.Performing this action selects the two content items touched and all the content items in between and may initiate multiple select mode by causing the multiple select sidebar 1044 and cancel bar 1020 to be displayed.These bars may be introduced instantly or through an animated transition like a slide in as shown by movement arrows 1140 for the sidebar 1044 and 1130 for cancel bar 1020.The sidebar 1044 may display the icons only relating to actions that can be successfully performed on all the content items selected or it may display only a subset of these icons or it may display icons for actions that can only be performed on some of the content items but not necessarily all.

Tie strap of any of the preceding claims wherein the formed waves 26a 26b 26c do not extend from the minor plane 4b.

In the tightened position shown in Fig.7 strap body extension 24 and spring means 26 underlie and are sandwiched between the portion of the strap 18 just prior to being inserted into locking head 16 and the article 12 or articles 14 being bundled.Thus it can be seen that tightening of the strap 18 necessarily compresses the springs 62 64 and 66 of spring means 26.In a preferred embodiment spring 62 engages surface 20b of strap 18 while springs 64 and 66 engage articles 12 or 14.The reactive force exerted by the springs upon being compressed is transferred from the article 12 or articles 14 to the portion of the strap being inserted through head 16 which in turn exerts a substantial force in the direction of arrow B.

The information processing system 1 according to any one of claims 1 to 25 characterized in that the information processing system 1 is provided in the controller 5.

Next the CPU 10 performs a correction to limit the tilt of the terminal device 6 in the updown direction of the terminal device 6 step 223 and proceeds to the next step.For example the CPU 10 limits the Zaxis direction newly calculated at step 222 into a predetermined range with respect to the updown direction in the real space.If the Zaxis direction is outside the range the CPU 10 resets the Zaxis direction in the closest range.Then the CPU 10 newly calculates a Yaxis direction based on a cross product of the reset Zaxis direction and the Xaxis direction corrected to the horizontal direction at step 222.Further the CPU 10 newly calculates an Xaxis direction based on a cross product of the newly calculated Yaxis direction and the reset Zaxis direction.Then the CPU 10 updates the current direction data Dce2 by using the newly calculated Xaxis direction and Yaxis direction and the reset Zaxis direction.

The end effector of claim 1 or claim 2 wherein a proximal recessed groove is positioned along a proximal portion of each of the staple cartridge and anvil plate and a distal recessed groove is defined along a distal portion of each of the staple cartridge and the anvil plate.

In particular when buttress 500 is to be used with a relatively longer anvil assembly 300 andor cartridge assembly 200 then a suture S2 or S4 is extended across a proximal end of body portion 520 of buttress 500 passed through the proximalmost pair of recesses 526a of buttress 500 and secured to respective recesses 316 of anvil assembly 300 andor recesses 236 of cartridge assembly 200.Moreover when buttress 500 is to be used with a relatively shorter anvil assembly 300 andor cartridge assembly 200 then a suture S2 or S4 is extended across a proximal end of body portion 520 of buttress 500 passed through the distal pair 526b of the proximal pair of recesses of buttress 500 and secured to respective recess 316 of anvil assembly 300 andor recesses 236 of cartridge assembly 200.

The rack bushing according to claim 2 or 3 wherein a cutout portion is formed in the partitioning portion.

On the contrary Patent Document 2 and Patent Document 3 disclose guide bushstructures capable of smoothly performing the axial displacement of the rack shaft passing inside even when the roundness of the inner peripheral surfaces of the fitandhold portions is insufficient.Fig.21 and Fig.22 show the structure of a guide bush disclosed in Patent Document 3.A guide bush 18a has a cylindrical fitting portion 25 a pair of elastic rings 26 26 and a flange portion 27.The cylindrical fitting portion 25 is cylindrical as a whole and is formed with slits 28 28 at a plurality of locations along the circumferential direction in the axially inner end portion or the axially intermediate portion and slits 29 29 in the axially outer end portion or the axially intermediate portion between the slits 28 28 that are next to each other in the circumferential direction so that the radial dimension can be expanded or reduced based on the presence of the slits 28 29.Throughout the present description the inside with respect to the axial direction is the central side in the direction of width of the vehicle body in a state of being incorporated in the vehicle and the left sides of Figs.1 3 to 6 8 10 13 20 and 21.In contrast the outside with respect to the axial direction is the outer side in the direction of width of the vehicle body in a state of being incorporated in the vehicle and the right sides of Figs.1 3 to 6 8 10 13 20 and 21.On the cylindrical fitting portion 25 in order to adjust the pressure secure ventilation inside a housing 9a first housing portion 11a at the inner end portion in the axial direction thereof a small diameter portion 37 is provided that is smaller in outside diameter than the intermediate portion or the outer end portion in the axial direction and on the inner peripheral surface thereof ventilating grooves 30a 30b whose axial end portions are opened at the end faces of the cylindrical fitting portion 25 and the inner edges of the slits 28 29 respectively are provided.The elastic rings 26 26 are fitted along catching grooves 31 31 provided on the outer peripheral surface of the cylindrical fitting portion 25.The elastic rings 26 26 are like O rings circular in cross section in free state and the outside diameter wire diameter of the crosssectional shape is greater than the depth of the catching grooves 31 31 in free state.The flange portion 27 is provided to protrude outward in the radial direction from the outer peripheral surface of the axially outer end portion of the cylindrical fitting portion 25.In the case of the illustrated example a catching groove 32 is provided along the entire circumference on the axially outer end surface of the flange portion 27 and an elastic ring 33 like an O ring is locked in the catching groove 32.

The information processing system as claimed in claim 1 wherein the control part is configured to when the determination part determines that the terminal apparatuses cannot carry out communications via the second network carry out such control as to not receive a request from one of the terminal apparatuses which carries out communications via the second network based on the connection information for the second network.

According to another exemplary embodiment the first device 110 may be authenticated by performing the authentication process through the service providing device 100 while connecting via inband communication.

The local gateway according to claim 6 or 7 further comprising a monitoring unit configured to monitor interaction between the user terminal and the server in the server monitoring list and a maintaining unit configured to maintain a user account and temporary user state information for the user terminal in a process of the monitoring performed by the monitoring unit wherein the temporary user state information records time of last interaction between the user terminal and the server in the server monitoring list.

As an example node SICSCF 22 in the signalling layer is considered.Server 22 has five adjacent nodes with which a connection had been established namely servers 21 23 25 26 and 27.When node SICSCF 26 is judged to be in a faulty status node 22 stops the timer associated with node 26 i.e.no reset of the timer will occur and marks the status of server 26 as Faulty.When node 26 is judged to be in a faulty status node 22 sends a BYE request to the adjacent nodes that handle the affected sessions i.e.those that were routed through the faulty node so as to request a termination of the sessionsdialog states.The BYE requests are sent along a signalling path that is opposite to the signalling path in which a failure was detected.For example node 22 may handle sessions originated through node 23 and terminated via node 26 or may handle sessions originated through node 26 and terminated via node 23.Node 22 may then send a BYE request to nodes 23 for all the sessions affected by the failed node.

The method of claim 1 wherein the wide area network is managed by a service provider and accessible by users of the service provider based on user credentials and wherein the respective first local networks are networks managed by respective users of the service provider.

The SSID information and the encryption information corresponding to the SSID information which are sent by the mobile AP are stored in the first SSID name of the indoor AP.Therefore the user terminal previously in communication with the mobile AP now accesses the Internet indirectly by invoking the enabled first SSID name of the indoor AP.

The method as in claim 1 or 2 wherein the perforating comprises drilling through the outer ply 14 to create the perforations 22 through the outer ply 14.

Green sheets 500 on which no conductor containing paste is printed are laminated on the green sheet on which the conductor containing paste is printed and then the green sheet wherein the conductor containing paste layer 780 is formed is put beneath the resultant.Furthermore green sheets 500 wherein no conductor containing paste layer is printed is printed are laminated beneath this green sheet see Fig.26a.

Method according to any of claims 713 wherein at least one small surface andor large surface of the foamed insulating panel is heat treated and wherein the foamed insulating panel is preferably moved relatively to a heat treating roller 710 andor a further heat treating roller 11 12 is moved relatively to the foam insulating panel.

In accordance with the invention the thermoinsulating panel 12 is obtained from a plurality of elementary panels 14 or base panels of extruded polystyrene foam which have a closedcell structure 22.

The image reader according to any one of claims 12 to 15 further comprising a guide member 78 that is disposed between the convey roller 49 and the discharge port 28 and configured to be movable between a first position and a second position different from the first position and an interlocking unit 79 by which the guide member 78 is displaced from the first position into the second position interlockedly with displacement of the movable member 25 from the open position into the closed position and by which the guide member 78 is displaced from the second position into the first position interlockedly with displacement of the movable member25 from the closed position into the open position wherein the guide member 78 configured to allow the document being conveyed by the conveyor 45 46 47 48 49 50 51 76 to move along a first conveying path when the guide member 78 is located in the first position and allow the document being conveyed by the conveyor 45 46 47 48 49 50 51 76 to move along a second conveying path when the guide member 78 is located in the second position wherein the movable member blocks a part of the first conveying path.

As above the control unit 55 checks the status of the document sensor 36 i.e.whether a document exists on the feed tray 22 or not in response to the scanning starting instruction.When a document is detected by the document sensor 36 the control unit 55 judges that the scanning of a document placed on the feed tray 22 has been ordered by the user.In this case no external light enters the document table 11 since the document cover 17 is in the closed position.On the other hand when no document is detected by the document sensor 36 the control unit 55 judges that the scanning of a document placed on the platen glass 20 has been ordered by the user.In this case external light can enter the document table 11 when the document cover 17 is in the opened position.External light detection which will be explained later is started on condition that no document is detected by the document sensor 36 and the opened position of the document cover 17 is detected by the openclose switch 24.The external light detection is a process for detecting external light entering the document table 11.Incidentally whether the document cover 17 is in the opened position or in the closed position is detected by the openclose switch 24 at the start of the document scanning.