bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A hub according to any of claims 1 or 2 wherein each of the beams connects the front and rear bearing seats at respective connection points of the front and rear bearing seats.

Related passage: As shown in figure 2 the opening 12 provided in the inner stiffening structure 11 may have substantially the same size as the manhole 33 provided in the upper side of the portion 31 of the frame extending forward into the hub 10.The size of the opening 12 provided in the inner stiffening structure 11 may be varied in accordance with circumstances and may e.g.also be bigger than the manhole 33.
Patent claim: The method of claim 1 wherein the identifying is based on a content of the AV media.

Related passage: Fig.3 further illustrates a haptic primitive set 320 where haptic primitive set 320 includes haptic primitives.A haptic primitive is a definition of a haptic effect that can be generated.For example a haptic primitive can include a definition for a periodic haptic effect that is 50 milliseconds ms in duration has a 10 ms attack portion has a 5 ms sustain portion and has an 8 ms decay portion.In certain embodiments haptic primitive set 320 can include a single haptic primitive.As part of the definition of the haptic effect a haptic primitive can further optionally include haptic parameters where a haptic parameter is a parameter that can define a haptic signal used to generate a haptic effect and thus can also define the haptic effect to be generated.In certain embodiments a haptic primitive can include a single haptic parameter.More specifically a haptic parameter is a quantity of a haptic effect quality such as magnitude frequency duration amplitude strength envelope density or any other kind of quantifiable haptic parameter.According to the embodiment a haptic effect can be defined at least in part by the oneor more haptic parameters where the one or more haptic parameters can define characteristics of the haptic effect.A haptic parameter can include a numeric value where the numeric value can define a characteristic of the haptic signal and thus can also define a characteristic of the haptic effect generated by the haptic signal.Thus each haptic primitive of haptic primitive set 320 can include one or more numeric values where the one or more numerical values can parameterize a haptic effect.Examples of haptic parameters can include an amplitude haptic parameter a frequency haptic parameter a duration haptic parameter an envelope haptic parameter a density haptic parameter a magnitude haptic parameter and a strength haptic parameter.
Patent claim: The device 11 according claim 3 further comprising areflector 24 which is arranged between the opening part 29 of the housing and the lightemitting module 23 and holds the lightemitting module 23 between itself and the installation member.

Related passage: The light emitting device 100 may include a light emitting diode LED chip or an LED package having LED chips mounted therein as an example of a semiconductor device emitting light having a predetermined wavelength due to an electrical signal applied from the outside.In the accompanying drawings the LED package is illustrated as the light emitting device 100however the invention is not limited thereto.The LED chip may have a larger size than a general LED chip or may be a high output LED chip having improved light emission efficiency.Also the light emitting device 100 may include a plurality of LED chips or a multichip package MCP having a plurality of LED chips mounted therein.
Patent claim: The mobile device as claimed in claim 1 further comprising a display device a system end comprising a system end upper cover and a system end lower cover and a hinge coupled between the display device and the system end wherein the antenna system is disposed adjacent to the hinge and substantially parallel to the system end upper cover.

Related passage: It should be noted that the first portion 131 and the second portion 132 of the isolation element 13 can capture a coupling current between the first antenna 11 and thesecond antenna 12.Besides by coupling effect between the second end 133 and the second end 134 the first portion 131 and the second portion 132 can be regarded as extensions of the ground element 14.Moreover the first portion 131 and the second portion 132 are respectively equivalent to a resonator rather than a radiator when they are respectively at resonance.Thus when the isolation between the first antenna 11 and the second antenna 12 is improved by disposing the isolation element 13 the original radiation efficiency of the first antenna 11 and the second antenna 12 is maintained.
Patent claim: The capacitive position sensor system according to claim 1 wherein the first capacitors of one set of sensing elements are weighted increasingly in one direction and wherein the second capacitors of this set of sensing elements are weighted decreasingly in the same direction.

Related passage: While the present invention has been described with respect to the illustrated embodiment it is recognized that numerous modifications and variations in addition to those mentioned herein will occur to those skilled in the art.For example the invention can be used with any number of sensing elements the groundplane conductor 12 can be omitted as mentioned above the detection circuits 20 20 can be fully differential instead of singleended the signal detection may be implemented in the current domain instead of the voltage domain and so forth.Accordingly it is intended that the invention not be limited to the disclosed embodiment but that it have the full scope permitted by the language of the following claims.
Patent claim: A method 100 according to any of claims 15 wherein said received first SIP message from the client is a REGISTER request message.

Related passage: In this example both the username and domain fields have been modified to a format that is recognizable in network B 306 replacing the addresses and logical names that are valid in network A 304.Domain addresses belong to the networks and are therefore modified to match the respective network requirements.In this example the domain address is modified to match network B 306 requirements.Usernames on the other hand belong to the SIP domain so they are modified to match the SIPY domain 508.Table 5 also shows an example of modifying the user identifier in the from field from a logical name which is valid only within the SIPX domain 506 to a telephone number that is valid in the SIPY domain 508.The repository 322 stores the rules for modifying the invitation message URIs between network A 304 and network B 306.Ideally the repository 322 will be programmed with all of the rules required to support the transformation of SIP messages between the two networks.The URIs are thus modified by the SIP adaptor 302 to allow the correct routing of the invitation message in network B 306.A URI andor parameter will not be modified if the repository 322 does not contain a corresponding modification rule.
Patent claim: The audio processing apparatus of any one of the preceding claims wherein said digital interface 16 is an Ethernet interface 16.

Related passage: 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.
Patent claim: An electrode line monitoring unit according to any preceding claim wherein the communications device is or includes an optical communications device an electrical communications device andor a radio communications device.

Related passage: The electrical unit 40 comprises a main line 49 that connects the electrical port of the hybrid connector 21 on one side of the sea case 20 to the electrical port of the hybrid connector 22 on the other side of the sea case 20 to allow the highvoltage DC current to be transmitted through the distribution box 4 further down the trunk cables 3 e.g.to feed further repeaters 5.The electrical unit 40 comprises an auxiliary power supply module 41 and a highpower electric converter 42 both of which are fed in series with the highvoltage DC current from the main line 49.
Patent claim: Method of claim 1 wherein the transfer of the watermark instruction from the Secure Element SE 200 to the Secure Activation module 202 comprising the steps ofrequesting by the Secure Element SE 200 a random number X from the Secure Activation module 202generating this random number X by the Secure Activation module 202 storing it and sending it to the Secure Element SE 200preparing by the Secure Element SE 200 a message containing at least the watermark instruction the random number and a signature on both the watermark instruction and the random numbersending this message to the Secure Activation module 202verifying by the Secure Activation module 202 if the signature is authentic and if the random number is the same as the one sent previously in the positive event accepting the watermark instruction andsending a final acknowledgment message to the Secure Element SE 200 in order to inform the Secure Element SE 200 of the successful completion of the transfer.

Related passage: In the security unit COs are decrypted with keys pertaining to the conditional access system and in case that access conditions are included in 213 the access conditions are checked against the right stored in the security unit to authorize the further treatment of the COs.
Patent claim: A ceilingembedded air conditioner 1 comprising a casing main body 2 embedded in a ceiling a decorative panel 3 mounted on the lower surface of the casing main body 2 a turbo fan 24 disposed in the casing main body 2 a heat exchanger 25 disposed in the casing main body 2 to surround the outer periphery of the turbo fan 24 a drain pan 6 that is disposed in the casing main body 2 along the lower side of the heat exchanger 25 an air suction path 63 that is disposed in the center of the drain pan 6 and reaches the turbo fan 24 an air blowoff path 64 for conditioned air having passed through the heat exchanger 25 the air blowoff path 64 being provided at four places along the sides of a virtual square Q surrounding the air suction path 63 an air suction opening 31 that is provided in the decorative panel 3 and communicates with the air suction path 63 and an air blowoff opening 32 that is provided in the decorative panel 3 and communicates with the air blowoff path 64 wherein the air blowoff path 64 is formed in a cuboidal shape having a pair of long side walls 64a and 64b disposed with a predetermined space therebetween in parallel to the sides of the virtual square Q and a pair of short side walls 64c and 64d connecting the ends of the long side walls 64a and 64b and an airflow guide vane 7 7a and 7b is provided in the air blowoff path 64 to direct part of the blown airflow of the conditioned air toward the short side of the airblowoff opening 32.

Related passage: And these two wall surfaces the outside guide surface 16a 16b and the inside guide surface 16c 16d having the aforesaid shapes and lying face to face with each other are formed so as to stretch the lengthwise length of the air vent 16 i.e.in a direction normal to the paper surface of the Figure.The air passageway defined between the wall surface 16a 16b and the wall surface 16c 16d has a function of serving as an approach way for adjusting a flow of conditioned air while changing the direction of the conditioned air flow.
Patent claim: The method for producing a honeycomb structured body according to claim 12 wherein the honeycomb structured body has a coat layer formed on a peripheral portion.

Related passage: In order to cut the honeycomb formed body 5 by means of the fine line 2 in this case it is desirable to move the fine line 2 downward at a speed of up to 250 mmsecond.At a speed of over 250 mmsecond the cell structure may be crushed through deformation as a result of the relative thickness of the diaphragms.
Patent claim: The electromechanical front gear changer of claim 1 further comprising a receiver for receiving wireless signals and powered by the power supply wherein the CPU is in operative with communication with the receiver and processes the received wireless signals.

Related passage: Generally speaking operation of the front derailleur motor unit 32 is accomplished by a rider operating the shift control device 16 to drive the reversible electric motor 63 which in turn causes the chain guide 40 to be shifted between the low and top chain cage end positions.More specifically the motor drive train 64 has an output shaft 70 that is rotatably supported by the motor unit housing 60 to project out of the motor unit housing 60 to drive the motor linkage 34 that is connected to the inner link 41.This movement of the motor linkage 34 causes the chain guide 40 to be shifted between the low and top chain cage end positions.Thus the reversible electric motor 63 has a motor output stroke with the prescribed maximum movement range as mentioned above.
Patent claim: The antenna structure according to claim 1 characterized in that the first protruded portion 104 is used for accommodating an electronic element 16 56.

Related passage: 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.
Patent claim: Method according to claim 5 wherein the direction of rotation at low speed G is the same of the direction of rotation at fast speed F.

Related passage: The rinsing procedure can be regarded as and is better understood if regarded as comprising a sequence of stages for example fourteen stages in the exemplary embodiment depicted in Figures 2A2C.However the subdivision of the rinsing procedure in a succession of stages and the number and the sequence of stages illustrated in the following are not to be construed limitatively and are just for better intelligibility.
Patent claim: A method for receiving system information in a wireless communication system comprising receiving system information configuration information and for receiving system information in predetermined subframes of a radio interface anddetermining the predetermined subframes according to the received system information configuration information and for controlling the receiving of the system information to takeplace in the predetermined subframes 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.

Related passage: Note that as shown in Fig.1c the radio base station eNB may be configured to repeatedly transmit each type of system information SI within a window.
Patent claim: A control method of a photographing apparatus for acquiring first and second fundus images of an eye to be inspected at different time points the method comprising the steps of extracting a plurality of characteristic images from the first fundus image searching the plurality of characteristic images extracted from the second fundus image and determining whether there is a spatial variation between a positional relation of the plurality of extracted characteristic images and a positional relation of the plurality of searched characteristic images.

Related passage: When the positional deviation is detected the control unit 70 retrieves the information on the past scanning position with the measurement light from the memory 72 and corrects the information on the scanning position based on the detected positional deviation direction and the detected positional deviation amountd1.Then the control unit 70 displays a target mark Tg at a position corresponding to the corrected information on the scanning position a scanning target position.The target mark Tg is used as a target for adjusting the current scanning position to a portion substantially the same as a portion of the past tomographic image and is displayed while being superimposed on the current front image Gf.
Patent claim: Control system according to any previous claim characterized in that the control element 210a210h is an actuator such as a lighting fixture a heater an air conditioner a fan or multimedia equipment.

Related passage: The device names are preferably generated by a software component running on the respective devices from a prerecorded device class name and a prerecorded device identifier.This selfgeneration of device names using prerecorded data and a process running on the device can ensure global uniqueness of generated device names if device manufacturers each preregister class names and allocate device identifiers uniquely for each of their devices.That is if a particular class name can only be used by one organisation or association who manage unique allocation of device identifiers within that class then global uniqueness of device names is achievable.
Patent claim: The network monitoring device of claim 8 wherein the communication network is a Long Term Evolution LTE network.

Related passage: FIGURE 5 is a flowchart illustrating a process for measuring endtoend network delay accordingly to one embodiment of the invention.At 501 request and transport acknowledgement messages are detected at a monitoring point in the network.At 502 an uplink network delay is calculated based upon the time elapsed between the request and request acknowledgement messages at the monitoring point.In one embodiment of the invention a weighting function such as an adaptive or recursive weighting function may be used in step 503 to smooth the calculated uplink network delay or to emphasize the most recent observations.
Patent claim: The contact 100a according to any one of claims 5 to 8 wherein the second portion 113a is smaller in dimension in the thickness direction Z than the first portion 111 a 112a.

Related passage: Figure 3 is a crosssectional view of the electrical contact 34 taken along line 33 of Figure 2.The cross section of Figure 3 is taken perpendicular to the length of the base wall 52.Referring now to Figures 2 and 3 the intermediate segment 40 includes one or more sidewalls 74 that extend outwardly from the base wall 52.The configuration of the side walls 74 of the electrical contact 34 may be selected to facilitate providing the electrical contacts 34 of the receptacle connector 12 with a predetermined electrical performance.For example the configuration of the side walls 74 affects an impedance between the electrical contact 34 and adjacent electrical contacts 34 within the receptacle connector 12 Figures 1 and 10.In some embodiments the side walls 74 are configured to provide a similar or matching impedance between electrical contacts 34 that are adjacent one another within the receptacle connector 12.
Patent claim: The CRUM unit of any one of claims 1 to 11 further comprising a plurality of interfaces configured to be connected to the apparatus wherein the plurality of interfaces comprise a first interface configured to receive the first clock signals from the clock terminal of the apparatus and provide the received first clock signals to the decoder a second interface configured to transmit and receive the data signals to and from the data terminal of the apparatus a third interface configured to be connected to a power terminal of the apparatus and a fourth interface configured to be connected to the ground terminal of the apparatus.

Related passage: The interface controller 217 is activated by the power which is extracted by the power extracting circuit 214.The interface controller 217 may transmit and receive data through at least one of the first to third terminals 221 222 223 according to a clock signal.
Patent claim: An integrated communication and application system for an aircraft the system comprising a portable electronic device detachably mounted to an aircraft cockpit holder communicatively connected to an aircraft computer system via an aircraft integration device the device being configured to read all aircraft data from the aircraft computer system while being unable to write any data back to the aircraft computer system and one or more applications executing on the portable electronic device wherein the one or more applications process the data received from the aircraft computer and display information based on data received from the aircraft computer.

Related passage: Turning now to FIG.2 a functional block diagram of the exemplary EFB 100 described above is depicted installed in an aircraft.In the embodiment depicted in FIG.2 the EFB 100 is implemented as a Class 3 type EFB.As is generally known EFBs may be classified into one of three different classes Class 1 Class 2 or Class 3.Class 1 EFBs may be implemented using commercialofftheshelf COTS equipment such as a laptop or a handheld electronic device and are considered portable electronic devices PEDs.Class 1 EFBs are generally considered loose equipment are typically stowed during critical phases of flight may connect to aircraft power and may interface to other systems via certified docking stations andor power sources.Class 2 EFBs are also PEDs but are typically mounted in the aircraft cockpit using certified structural mounting devices or kneeboard devices.Class 2 EFBs are typically mounted in the aircraft with the display being viewable to the pilot during all phases of flight may connect to aircraft power and data sources and can be used for bidirectional data communication with other aircraft systems.Class 3 EFBs are considered installed equipment and are thus subject to various airworthiness requirements.