bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method according to any of claims 1 to 4 comprisingsaid UE requesting connectivity information to a candidate WLANAN including requesting whether said WLANAN has connectivity to at least one PDNGW in a specific PLMN via UE to WLANAN signalling.

Related passage: The mobile station 12 is here a multimode mobile station that permits its communication not only in conformity with the communication protocols to permit its communication with the HPLMN 161 and also others of the PLMNs 16.The networks 16 are here shown to be interconnected by an SS7 or other appropriate entity 22.And the HPLMN 161 also includes a network node here for illustrative purposes called a packet data gateway PDG 24 but could be another network node that provides access to the home network.The packet data gateway or other node is identified by an IP address that is known to the mobile station.The networks 16 also include packet data gateways not separately shown.When the mobile station is positioned within the coverage area of the HPLMN the mobile station is capable of communicating therewith pursuant to a service subscription or other authorization.And if roaming or other agreements are in place with the operators of the PLMNs 16 the mobile station is able also using the same communication protocols to communicate with its HPLMN 161 by way of a PLMN 16.The packet data gateway or other node includes e.g.the functionality of a detector an authenticator and an access grantor.
Patent claim: The electrosurgical system according to claim 3 wherein the voltage sensor is capacitively coupled to the at least one active lead and the at least one return lead and configured to measure radio frequency voltage therebetween and the current sensor is coupled to the at least one active lead and configured to measure radio frequency current therethrough.

Related passage: A closed loop control scheme is a feedback control loop in which one or more sensors 23 measure a variety of tissue andor energy properties e.g.tissue impedance tissue temperature output current andor voltage etc.and provide feedback to the controller 24.Such sensors may include voltage and current sensors that are coupled to the output terminals 30 and 32 of the generator 20 which are within the purview of those skilled in the art.In response to the sensor signals the controller 24 controls the HVPS 27 andor RF output stage 28 which then adjusts the DC andor RF power supply respectively.The controller 24 also receives input signals from the input controls of the generator 20 the instrument 2 or forceps 10.The controller 24 utilizes the input signals to adjust power outputted by the generator 20 andor performs other control functions thereon.
Patent claim: The method according to claim 7 wherein when a further touch is detected at a location associated with the one of the secondary characters entering the one of the secondary characters and maintaining the one of rows and columns in a moved position.

Related passage: As shown in FIG.8 when the character input processing is started in the mobile terminal 10 according to the presentembodiment the screen display control unit 17 displays the text sheet 21 on the entire screen of the display unit 14 of the touch panel 11.The KANJI sheet 22a is overlaid on the text sheet 21 and displayed on the entire screen by the screen display control unit 17 S101 character string display control step whereby the standard screen shown in FIG.3 is configured.
Patent claim: A semiconductor device comprising a SiC layer a gate electrode a gate insulating film provided between the SiC layer and the gate electrode a first region provided between the SiC layer and the gate insulating film the first region containing at least one element selected from the group consisting of N nitrogen P phosphorus As arsenic Sb antimony Sc scandium Y yttrium La lanthanum lanthanoids Ce Pr Nd Pm Sm Eu Gd Tb Dy Ho Er Tm Yb and Lu H hydrogen D deuterium and F fluorine and a second region provided in the SiC layer the second region provided adjacent to the first region the second region having a higher oxygen concentration than a concentration of the at least one element.

Related passage: In accordance with this field effect transistor that has a multilayerstructure insulator including an interface control layer for forming a good interface with SiC and an insulating layer that has a larger band offset with respect to a conduction carrier than the interface control layer reduction in conduction carrier transfer rate can be suppressed and gate leakage via the insulating structure of the field effect transistor can be reduced.The GroupIII nitride preferably contains Al and N in which case the influence of lattice mismatch can be reduced when the thickness is 6 nm or smaller.
Patent claim: The vehicle according to claim 12 wherein the controller performs the drive control of the vehicle based on the operation parameter and the selected operation mode of the vehicle by when the selected operation mode is the HEV mode controlling the vehicle to switch to a HEVeco lowelectricquantity mode a HEVeco mediumelectricquantity mode or a HEVeco highelectricquantity mode based on the electric quantity of the power battery.

Related passage: The automobile speed detecting means 120 computes the automobile speed Vsp on the basis of the motor revolution number Nm detected by a motor revolution number sensor not shown etc.in this case the computation is performed as VspfNm using a function f.
Patent claim: The system of claim 11 wherein the selected security module is associated with a mobile device.

Related passage: Step S204 the application provider management platform receiving the information of the supplementary security domain and the public key from the card issuer management platform the application provider management platform establishing connections with the smart card through the service terminal of the application provider and selecting the supplementary security domain of the smart card through the service terminal according to the information of the supplementary security domain and the public key.
Patent claim: A bicycle brake and shift operating device comprising a base member including a grip portion and a mounting portion being configured to be mounted to a bicycle handlebar a brake lever pivotally connected to the base member at a pivot axis the brake lever including an inward facing surface and an outward facing surface and a first shift switch including a first operating portion arranged along an inward facing surface of the brake lever the first shift switch being arranged to electrically control a shifting device.

Related passage: While the above is a description of various embodiments of the present invention further modifications may be employed without departing from the spirit and scope of the present invention.For example the size shape location or orientation of the various components may be changed as desired.The functions of one element may be performed by two and vice versa.
Patent claim: The NOx storage reduction catalyst as claimed in claim 5 wherein both platinum and gold elements are detected at 80 or more of randomly selected 5 or more measurement points.

Related passage: 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.
Patent claim: The method of claim 1 wherein the one or more security keys comprises an encryption key for the Bluetooth communication protocol.

Related passage: It is understood that instead of using the shared secret resulting from the WTLS handshake procedure as a PINvalue a value derived from that shared secret may be used.Alternatively the user communications device andor the service communications device may generate the PIN value independently of the shared secret and transfer the PIN value to the respective other device over the secure WTLS link.
Patent claim: The method of claim 2 or claim 3 comprising if the message does not comply with the model excluding the message from the calculation of an average time lapse for the message ID.

Related passage: The arrangement may be such that the state of the vehicle is monitored in the gateway and that based on the state of the vehicle the attributes of the data allowed to pass through the gateway are restricted or the pass band data amount per unit time is changed.This allows a finetuned traffic adjustment to be achieved and enables an improved communication response.
Patent claim: Process according to claim 1 or 2 wherein the second random propylene copolymer fraction RPP2 has a a comonomer content 7.0 to 20.0 wt.andor b a xylene cold soluble XCS fraction in the range of 25 to 95 wt..

Related passage: Even more particularly the propylene polymer composition to which the invention relates comprises a random propylene copolymer the comonomer being ethylene andor one or more C4C10 olefins having a total comonomer content12.0 mol preferably15.0 mol the random propylene copolymer comprising at least two distinct phases.
Patent claim: The liquid ejection device according to any one of claims 1 to 17 wherein the controller is configured to control the second sensor to detect the liquid ejection in parallel with ejecting by the head and control the first sensor not to detect the liquid ejection in parallel with ejecting by the head.

Related passage: The first density nonuniformity compensation information calculation unit 124 calculates on the basis of the first test pattern read by the inline sensor 90 first density nonuniformity compensation information relating to highfrequency density nonuniformity caused by landing position error in the ejection unit.Furthermore the first density nonuniformity compensation information calculation unit 124 sends the calculated first density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.Moreover the first density nonuniformity compensation information calculation unit 124 also sends the first density nonuniformity compensation information to the density compensation processing unit 122 in accordance with requirements.
Patent claim: The display system 100 of claim 5 wherein the processing device is further configured to patch the high resolution terrain data associated with the FOV into the common threedimensional view.

Related passage: In an exemplary embodiment of the present invention two data structures may be used as a guide for loading the landmark objects ondemand.The first data structure referred to as the Resource Index File or simply the RIF file may provide storage for metadata of the landmark objects.The second data structure referred to as the Level of Detail file or simply the LOD file may store actual data pertaining to the landmark objects in multiple levels of detail.The RIF andor the LOD file may be stored for example in a storage medium andor computer memory.
Patent claim: The audio processing apparatus of claim 2 further comprisinga memory 13 storing first mapping data 17 which define a mapping between source identifiers and respectively one of said inputs 14 15 said control device 12 being configured to identify said audio channel based on said first mapping data 17.

Related passage: First describing the musical instrument plugin once the DAW 2 is activated with files of one or more musical instrument plugin software placed in a predetermined folder of the music processing apparatus 1 information of the musical instrument plugin software is read into the DAW 2 and names of software tone generators musical instruments corresponding to the musical instrument plugin software are added to a tone generator menu displayed on a tone generator rack that is a rack object of the DAW 2 for selection by the user.Once any one of the software tone generators is selected and registered in the tone generator rack the program of the selected software tone generator is started up so that one or more MIDI output portschannels and audio input ports are generated.In this case the MIDI output portchannel is a virtual port for the DAW 2 to provide a MIDI event to the corresponding software tone generator and the audio input port is a port for the DAW 2 to receive an audio signal tone generated by the corresponding software tone generator.Each of the MIDI output ports and audio input ports is assigned the name of the corresponding software tone generator musical instrument so that the user is allowed to readily select per MIDI track or MIDI channel a MIDI output port of the corresponding software tone generator as a MIDI event output destination and similarly the user is allowed to readily select per audio track or audio channel an audio input port of the corresponding software tone generator as an audio signalinput source.The registered software tone generator generates and mixes a plurality of audio signals in response to a MIDI event supplied from the DAW 2 via a MIDI output port to the software tone generator and outputs the resultant mixed audio signals to the DAW 2 via the audio input port.
Patent claim: A wireless communication network comprising a terminal and a plurality of base stations the terminal arranged to communicate with the network via at least two cells of aplurality of cells and to transmit a request for uplink resources wherein the terminal is arranged to select at least one cell from among said plurality of said cells for transmission of said request a resource for transmission of said request from among a plurality of resources provided by a cell and a characteristic of a signal used to transmit said request and to perform the selection in dependence on at least one of the reason for said request the characteristics of an uplink channel for transmission of said request and the preference of the network.

Related passage: Step 503 The UE obtains the path loss information corresponding to each node according to the RSRPRSRQ of each node and the transmit power of each node and selects an uplink serving node from the at least two nodes according to each piece of path loss information.
Patent claim: The toepiece 1 of claim 2 or 3 further comprising stabilising means 70 71 72 9 90 11 configured so as to assume a first configuration S1 in which they stabilise the first jaw 3 in the relative closed configuration so that the pins 33 43 of the first jaw 3 and the second jaw 4 can removably engage the corresponding hole of the ski boot and so as to assume a second configuration S2 in which they stabilise the first jaw 3 in the relative closed configuration so that the pins 33 43 of the first jaw 3 and the second jaw 4 can unremovably engage the corresponding hole of the ski boot.

Related passage: The first element 20 comprises moreover an elongated appendage 20g which when the first and the second element 20 30 are in the resting or closed configuration is arranged parallel with respect to support bar 50.Preferably such a support bar 50 also comprises a groove 50a adapted for engaging with the boot when the latter is correctly positioned in the present frontretaining element 10.
Patent claim: The method of claim 13 wherein the first inductor and the first output capacitor form a onestage filter and the second inductor and the second output capacitor form a twostage filter.

Related passage: In one general aspect of the present disclosure there is provided an apparatus for charging a high voltage battery by converting an AC power source to a DC power source for electric vehicle the apparatus comprising a rectifier configured to receive the AC power source and convert the AC power source to a DC power source a boost PFC Power Factor Control circuit configured to correct a power factor by receiving a rectified DC power source a DClink capacitor configured to be charged by being connected to an output of the boost PFC circuit and a DCDC converter configured to charge the high voltage battery by converting a voltage charged in the DClink capacitor the apparatus characterized by further comprising a controller configured to control the rectifier the boost PFC circuit and the DCDC converter in order to discharge the DClink capacitor and an auxiliary power supply unit configured to supply a power source to the controller by being connected to an output terminal of the DClink capacitor and converting the voltage charged in the DClink capacitor.
Patent claim: The portable terminal of claim 2 wherein the controller 390 is adapted to output the information related to the event on the auxiliary display area 120 in a format based on the detected state of the portable terminal.

Related passage: The image processor 340 is thus coupled to receive images captured by the first and second cameras 341 206 and 342 216 and to perform a face detection algorithm so as to detect the presence of a users face in any of the captured images.The results of the face detection algorithm will be communicated in an image processor output signal 343 to the display controller 301.Further details on how these results may be used by the display controller 301 will be given later with reference to Fig 4.
Patent claim: Apparatus comprising an aircraft wing 10 and a sensing unit 8 wherein the sensing unit 8 comprises a blister 14 positioned on an underside of the aircraft wing 10 a first sensor at least part of the first sensor being either housed in the blister 14 or mounted on or integrated with an outer surface of the blister 14 and a second sensor at least part of the second sensor being either housed in the blister 14 or mounted on or integrated with an outer surface of the blister 14 wherein the first sensor is arranged to measure a first parameter the second sensor is arranged to measure a second parameter a measured value for the first parameter is dependent on a speed of the aircraft 2 in a first direction a measured value for the second parameter is dependent on a speed of the aircraft 2 in a second direction the first direction is in a plane perpendicular to a lateral axis of the aircraft 2 and the second direction is in a plane perpendicular to a roll axis of the aircraft 2.

Related passage: Angle of sideslip AOS could be measured directly by mounting an additional unit on the bottom of the aircraft instead of on the side.Alternatively AOS could be derived by comparing differential static pressures or AOA angles between sensors on opposite sides of the aircraft.
Patent claim: A toner comprising a toner particle that contains a crystalline polyester resin A an amorphous polyester resin B and a colorant 1 wherein the crystalline polyester resin A has a polyester molecular chain having a nucleating agent segment at the terminal end thereof and has an SP value Sa calcm312 ranging from 9.00 to 11.50 and 2 the amorphous polyester resin B has at least one functional group selected from the group consisting of a to c a an aliphatic hydrocarbon group having 8 to 50 carbon atoms b a functional group of which an aliphatic alcohol having 8 to 50 carbon atoms has been bound by condensation and c a functional group of which an aliphatic carboxylic acid having 9 to 51 carbon atoms has been bound by condensation.

Related passage: In the noncrystalline linear polyester resin C the monocarboxylic acid is used preferably in an amount calculated value corresponding to an amount such that 5 to 85 mol more preferably 8 to 80 mol and particularly preferably 10 to 76 mol of terminal hydroxyl groups out of the terminal hydroxyl groups of the C are esterified with the monocarboxylic acid from the viewpoint of storage stability and productivity.From the viewpoint of storage stability the amount of the monocarboxylic acid in the constituent units of the C is preferably 30 mol or less more preferably 1 to 25 mol and particularly preferably 2 to 21 mol based on the whole carboxylic acid component x.
Patent claim: The system as recited in any preceding claim wherein each of the actuators is associated with a different assembly within the engine.

Related passage: The airframe module 26 connects the EEC module 28 functions with the airframe mounting location 20 and its associated airframe electronics.This interface handles power conditioning from the aircraft power grid engine control and coordination between airframe subsystems pilot flight controls power distribution and the engine subsystems and control of the PMA power.The airframe module 26 also includes logic for operating the engines thrust reversers for example.The airframe module 26 is bus linked to the EEC engine IO and PHM modules 28 30a 30b 32 via first and second channel serial buses 40 42 which provide redundancy.
Patent claim: The video decoder of claim 5 wherein the deblocking filter module 222 adjusts at least one deblock filter parameter based on the deblock strength data.

Related passage: Examples of obtaining the filtering offsets using the detected QP values are displayed as Equations 2 and 3 provided that the QP values of the blocks are as shown in Table 1 below.Table 1QP VALUES OF BLOCKSP1 PrePQP1 Q1 PreQQP1P2 PrePQP2 Q2 PreQQP2P3 PrePQP3 Q3 PreQQP3P4 PrePQP4 Q4 PreQQP4P5 PrePQP5 Q5 PreQQP5Equation 2horizontal direction FilterOffsetAnorm6 6 PrePQP1PrePQP2PrePQP33 FilterOffsetBnorm6 6 PreQQP1PreQQP2PreQQP33Equation 3vertical direction FilterOffsetAnorm6 6 PrePQP1PrePQP4PrePQP53 FilterOffsetBnorm6 6 PreQQP1PreQQP4PreQQP53
Patent claim: The radio device of at least one of the claims 1 to 5 whereinthe multidomain monitoring unit is configured to provide the first and second availability information as the availability output to the multidomain accesscontrol unit and whereinthe multidomain accesscontrol unit is configured to select in response to receiving the availability output and obtain access to the selected one of the second radio network domains for serving the requested radio network service.

Related passage: Step 5The MS SISP accesses a selected network and subscriber identifier file for example a Table Mapping Network IDs to MS IDs in the mobile station memory and selects the appropriate mobile station subscriber identity for the selected network.For example as shown below in Table 1 if the selected network is identified by a pair of values 20802 MCCMNC then the MS SISP selects the appropriate mobile station identity represented by an IMSI or an MDNNBN pair for the selected network.Table 1Mobile Country Code MCC Mobile Network Code MNC Access Technology International Mobile Subscriber Identity IMSI344 030204 04 4786775625505 03204044786775625302 651310012725663294208 01 LTE 310012725663294208 02 UMTS GSM 204044786775625404 45310012725663294......................
Patent claim: The input device according to claim 2 wherein the processor is configured to determine the manipulation region using the brightness obtained from the detection result produced by the detector.

Related passage: Here when the orientation of the display panel with respect to the user and the orientation of the GUI display do not match when the display panel is arranged in such a manner that the top thereof is oriented on the left side with respect to a user for example the user sometimes cannot intuitively input an operation in accordance with the direction of the GUI display.