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

Related passage: It is desired to map the nine REGs of each CCE to physical resource elements REs distributed throughout the time and frequency domains.It improves time and frequency diversity intercell interference randomization when not all CCEs are used and distributes power among different control symbols when not all CCEs are used.The REGs are interleaved at the base station transmitter and deinterleaved at the UE receiver where the interleaver pattern also depends on the identity of the base station i.e.cell ID.When mapping the interleaved REG sequence to physical REs at the base station they are mapped firstly across a predetermined number data symbols for a fixed frequency and then across frequencies.
Patent claim: A method comprising receiving a message at a mobile device 102 the message indicating that the mobile device 102 is to release resources pertaining to a first communication session 108 for a voice call over a first access network 104 if a handover command has not been received by the mobile device 102 then the mobile device 102 refraining from releasing the resources pertaining to the first communication session 108 and waiting for arrival of the handover command for up to a predetermined amount of time.

Related passage: The present invention relates to the field of communications especially to a domain transferring method for single radio voice call continuity SR VCC which is accessed the architecture of the long term evolutionsystem architecture evolution LTESAE of the next generation mobile communication networks.
Patent claim: A video decoder comprising an entropy decoding device 140 that includes a first processor that generates entropy decoded EDC data from an encoded video signal that includes run length data motion vector differential data and macroblock header data a general video decoding device 150 coupled to the entropy decoding device 140 that includes a second processor that generates a decoded video signal from the EDC data wherein the general video decoding device 150 includes a neighbor management module 218 that generates motion vector data macroblock mode data and deblock strength data based on the motion vector differential data and the macroblock header data a decode motion compensation module 204 coupled to the neighbor management module 218 that generates interprediction data based on the motion vector data when the macroblock mode data indicates an interprediction mode an inverse intraprediction module 211 coupled to the neighbor management module 218 that generates intraprediction data when the macroblock mode data indicates an intraprediction mode an inverse transformquantization module 220 coupled to the neighbor management module 218 the decode motion compensation module 204 and the inverse intraprediction module 211 that generates reconstructed picture data based on the run length data and on the interprediction data when the macroblock mode data indicates the interprediction mode and based on the runlength data and on the intraprediction data when the macroblock mode data indicates the intraprediction mode and a deblocking filter module 222 coupled to the inverse transformquantization module 220 and the neighbor management module 218 that generates the decoded video signal from the reconstructed picture data based on the deblock strength data.

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

Related passage: In one embodiment separate first and second parts of the fixing member serve to provide respective first and second electrical connections between the ultrasound transducer and the circuit board.In special embodiments one or more electrical connections are made using Surface Mounted Device SMD technology or a similar automated manufacturing process hereafter in general referred to as SMD technology.The circuit board can be preassembled in an SMD machinery capable of soldering other electrical components onto the circuit board including the ultrasound transducer.Especially the ultrasound transducer may be provided with a thin sheet steel membrane preglued onto the surface in contact with the fluid flow.In such a process the positioning of the ultrasound transducer can be done with the accuracy of the SMD machinery which is measured in the order of fractions of a millimetre such as below 1.0 mm such as below 0.1 mm possibly even below 0.01 mm and the electrical connection between the ultrasound transducer and the circuit board is established.Furthermore the use of e.g.SMD machinery for providing the electrical connections to the ultrasound transducer serves to eliminate the need for wire connections between circuit board and transducer.Wire connections in an automated assembly line make up a subject of difficulty.An advantage of mounting one or more ultrasound transducers directly on the circuit board makes the circuit board suitable for testing prior to final assembly of the flow meter.
Patent claim: The transmitting apparatus according to claim 1 wherein the information adding portion inserts the stream identifier contained in the additional information into a continuity counter area within a header of the transport stream packet.

Related passage: Playback of service S1 then continues because the zapping burst data 15 has not be transmitted and zapping burst data 15 is thus not received at time t2.After the zapping burst data 15 is received at time t2 the receiver extracts and reproduces the low quality data for service S2 from the zapping burst data 15 as long as service S2 is selected.When service S3 is then selected by the user at time t3 the receiver extracts and begins to reproduce the low quality data for service S3 from the zapping burst data 15.
Patent claim: The gas turbine engine compressor of claim 1 2 or 3 wherein the transient liquid phase diffusion process comprises applying a transient liquid to at least one of the first aft sealing surface 122b or the second fore sealing surface 120c and contacting the first aft sealing surface 122b and the second fore sealing surface 120c to fuse the first aft sealing surface 122b and the second fore sealing surface 120c together.

Related passage: With reference to Figure 12A the blades 64 and seal surface 82 may be formed as segments that include axial wire seals 96 between each pair of the multiple of seal surfaces 82 and each pair of the multiple of blades 64 as well as tangential wire seals 98 between the adjacent HPC spacers 62C and HPC rotors 60C.The axial seals 96 extend between each blade and the tangential seals 98 extend about the rotor on each side of the spacer 62C.In one example the axial seals 96 are configured to extend along a length of each edge of each blade platform 76 and the tangential seals 98 are configured to extend circumferentially about the axis A between fore and aft edges of each spacer 60c and the corresponding circumferential fore and aft edges of the platforms 76 for each set of blades 64.The tangential wire seals 96 and the axial wire seals 98 are located within teardrop shaped cavities 100 Figure 13 such that centrifugal forces increase the seal interface forces.Figure 12B shows an improved secondary flow configuration that takes advantage of the spoked rotor design to provide additional cooling to the high pressure turbine HPT 54 as indicated by arrow 140.This configuration entrains air from the engine gaspath at a midcompressor location and flows through spokes in the disk 66 and spacer 62C portions of the HPC rotors 60C.Flow exits at the aft rotor location and combines with additional air flow to be delivered to a second blade of the HPT 54.As such in thisarrangement existing hardware is utilized for secondary flow geometry to allow elimination of pumps at the aft end of the HPC 52.This cooling system can be utilized in any configuration where sufficient flow passes through slotted rotor geometry at sufficient driving pressures.
Patent claim: The cell monitoring device according to any one of claims1 to 5 wherein the controller is configured to measure a module voltage between the electric lines connected to outermost terminals of the cells and alter the first threshold and the second threshold according to the module voltage such that the first threshold and the second threshold become lower as the module voltage becomes lower.

Related passage: On the other hand if the abnormality diagnostic section 10 determines the respective voltages across the resistors R1 to Rn resistor voltages are normal Yes in step S71 then the abnormality diagnostic section 10 proceeds to step S73.In step S73 the abnormality diagnostic section 10 determines that no break exists in the lines L0 to Ln that no abnormality exists in the switches SW1 to SWn i.e.all of the switches SW1 to SWn are normal and that none of the cells C1 to Cn is overdischarged or overcharged.
Patent claim: The downhole logging tool 26 of claim 8 wherein the first frequency is between approximately 1010000 Hz the second frequency is between approximately 10050000 Hz and the third frequency is between approximately 11000 kHz.

Related passage: The electromagnetic tool based on eddycurrent principle is wellsuited for the measurement of both inside diameter and wall thickness of ferromagnetic metallic casing.This tool excites an alternating current in a coil transmitter adapted for inducing eddycurrents in the surrounding conductive casing and measures the induced voltage in a separate receiver coil.Alternatively the tool may measure the impedance of the transmitter coil.The transimpedance is affected by the casing magnetic permeabilitythe electrical conductivityand the inner diameter of the nearby casing.In the case of electromagnetic tool where sufficiently low frequencies and large coilseparations are used measurement of the transimpedance is used to extract the ratio of wall thickness d of the casing to skin depththe socalled electromagnetic thickness d.It is known that the results for inner diameter and wall thickness have to be corrected particularly for variations in magnetic permeability which can be significant for instance due to mechanical stress or heat exposure.Document US 4546314
Patent claim: The induction heater as claimed in Claim 1 or Claim 2 wherein the tank circuit can handle current in the range of about 1090 amps and optionally wherein the tank circuit comprises a plurality of capacitors in parallel with each other providing a current load of at least about 96 amps.

Related passage: It will be understood by those of ordinary skill in the art that D5 D6 D7 and D8 switch R15 and R16 out of the circuit below about 14 volts which then allows the bias circuitry for Q3 and Q4 to function properly in switching the state of U1 output drivers at the proper timing to keep Q1 and Q2 heat dissipation low.R1 amp R2 have been selected to optimize transition time and energy losses and the efficiency of the drive circuit device U1.Insulated gate bipolar transistors Q1 and Q2 minimize drive power requirements high input impedance and low output on resistance providing minimal collector losses during operation.
Patent claim: The method of claim 7 wherein the detecting a privacy condition in the wireless device comprises detecting an enabled speakerphone in the wireless device.

Related passage: In Step 213 the controller 100 reads a voice message for reporting the off state of the speakerphone call mode for example A SPEAKERPHONE MODE IS TURNED OFF from the memory 102.In Step 215 the controller 100 transmits the read voice message to the calling partners terminal over the currentlyestablished traffic channel.As described above the voice message may be audio file data such as AAC data PCM data and AMR data and the portable wireless terminal of the calling partner receives and decodes the voice message through a CODEC and reproduces the resulting signal through a speaker.
Patent claim: The learning system according to claim 1 wherein the vehicle comprises a plurality of vehicles the at least one device comprises a plurality of devices installedin the respective vehicles each of the devices further comprises means for obtaining a piece of environmental data associated with at least one of an environment of a periphery of a corresponding one of the vehicles and an environment of a corresponding one of the vehicles itself the performing means of each of the devices performs the predetermined process associated with a corresponding one of the vehicles using the data and the corresponding piece of environmental data the sending means of each of the devices sends to the server system a piece of the learning data and the corresponding piece of environmental data the server system comprises a main server and a plurality of sub servers communicable with the main server the main server comprises means as the obtaining means of the server system for obtaining the learning data and the piece of environmental data sent from each of the devices first means as the performing means of the server system for performing the learning process on at least the factor defining the predetermined process using the pieces of the learning data sent from all the devices to generate a first piece of the update data for updating at least the factor defining the predetermined process means for categorizing the pieces of the learning data sent from all the devices into a plurality of groups of learning data according to the pieces of the environmental data sent from the respective devices and means for sending the groups of learning data to therespective sub servers and for sending the first piece of the update data to each of the sub servers each of the sub servers comprises second means as the performing means of the server system for performing the learning process on at least the factor defining the predetermined process using a corresponding one of the groups of learning data and the first piece of the update data to generate a second piece of the update data for a corresponding one of the groups of learning data for updating at least the factor defining the predetermined process and the updating means of each of the devices updates at least the factor defining the predetermined process based on a corresponding one of the second pieces of the update data a corresponding one of the second pieces of the update data matching with the piece of the environmental data sent from a corresponding one of the devices.

Related passage: Fig.1 shows a driver assist system according to an embodiment of the invention.The driver assist system is based on a distributed architecture in which one portion is located in a vehicle 100 and the other portion is located outside the vehicle in a mapdatabase server 200.
Patent claim: The secure access device 1 according to any one of Claims 8 to 11 the tobeaccessed device including a storage device 4 characterized in that the first control regulation includes at least one of a onetime access regulation and a onetome instruction regulation the onetime access regulation being an access regulation on instructions transmitted by the legit app program to said processing unit 16 the onetime instruction regulation being a code regulation on instructions for said processing unit 16 and the legit app program and characterized in that the onetime access regulation of the first control regulation includes an access regulation on an instruction transmitted by the legit app program to said processing unit 16 for accessing a hidden area 42 of the storage device 4 the hidden area 42 being unable to be detected read or written by the operating system 311.

Related passage: Next calculation complication information 1023 will be explained.
Patent claim: Control system 2 for controlling a machine 1 comprising carrier control means 90 for controlling a motion of a plurality of carriers 61 62 63 64 65 on at least two tracks 10 20 30 40 45 arranged spaced to each other and being arranged to receive at least one movable coil 50 51 52 53 51 52 and coil control means 80 for controlling a motion of said movable coil 50 51 52 53 51 52 being movable between said at least two tracks wherein said movable coil 50 51 52 53 51 52 is usable for moving a carrier of said plurality of carriers between said at least two tracks.

Related passage: Likewise the automated transport vehicle 3 disposed to travel on the consumptionside line 6 exclusively repeats a cyclic movement consisting of the following actions the automated transport vehicle 3 enters the outward line section 7A through the exit 7a2 causes a first encountered workpieceloaded carrier 2 to travel with it moves from a fork 43 to the consumption area 5 and delivers workpieces required in the consumption area 5 at an appropriate time in an appropriate amount.Then the automated transport vehicle 3 causes the carrier 2 that has been emptied by unloading the workpieces in the consumption area 5 to travel with it and when detecting the command tape 16 enters the homeward line section 7B of the buffer line 7 through the entry 7b1 with the empty carrier 2 moves forward a distance equal to the overall length of the empty carrier 2 and stops in the fixed position 12 according to an instruction from the command tape 16.Then the automated transport vehicle 3 disconnects puts down and leaves the empty carrier 2 exits the homeward line section 7B and returns up to the fork 46.Then the automated transport vehicle 3 moves to the outward line section 7A enters the outward line section 7A through the exit 7a2 connects with a first encountered workpieceloaded workpiece carrier 2 and causes the workpieceloaded workpiece carrier 2 to travel with it back to the consumptionside area 5.
Patent claim: The cooling apparatus according to one of claims 1 to 5 wherein the base plate 9 comprises a second surface 12 arranged along a part of the flow path of the airflow 18 to dissipate heat directly from the base plate 9 to the airflow 18.

Related passage: The condenser channels 8 are arranged in the vicinity of the second surface 4 in order to transfer heat from the fluid in said condenser channels to the second surface 4.The first connecting part 9 shown in the lower end of the mounting base 1 in the example of Figures 1 and 2 receives the fluid from the condenser channels 8 and passes the fluid on into the evaporator channels 9.
Patent claim: Method of any of the claims 1 to 4 wherein the premarking data are extracted from the output of the Descrambler.

Related passage: The target of the present invention is any decoder alternatively receiver having a socalled opened structure.Such decoder consists of at least a security module 2a and a descrambling module 2b Figure 2.In the scenario of a conventional DRM the former is responsible to the rights management as well as the extraction of the decrypting keys while the latter performs the decryption with the key Control word supplied from the former.
Patent claim: The assembly according to claim 1 wherein the joint part is sheetshaped and a width of the joint part at the corner part of the polygon is larger than a width of the joint part in a portion other than the corner part of the polygon.

Related passage: Next frame body 6 and gasket 7 will be described.As illustrated in FIG.4 and FIG.5 frame body 6 is formed of first frame body 6A second frame body 6B and third frame body 6C.First frame body 6A second frame body 6B and third frame body 6C have shapes illustrated in FIG.7 FIG.8 and FIG.6 respectively.In MEA 5 membrane 5A is larger than catalyst layers 5B and diffusion layers 5C which are formed on the both surfaces of membrane 5A.Accordingly only the peripheral edge portion of membrane 5A protrudes toward an outer side and is exposed.In addition the peripheral edge portion of membrane 5A which protrudes and is exposed is disposed between first frame body 6A and second frame body 6B and is sandwiched by first frame body 6A and second frame body 6B.According to this configuration MEA 5 is held by frame body 6.
Patent claim: An information processing apparatus 101 comprising acquiring means 501 503 for acquiring original data conforming to an original data format converting means 507 for converting said original data to converted data which conforms to a converted data format generating means 506 for generating content information for an associated item of data the content information being generated based on property information and the content information indicating whether the associated item of data is original data or converted data and transmitting means 501 for transmitting said content information and said associated item of data to another device said transmitted content information causing said another device to determine data schemes to be played on said another device and the transmitting means being responsive to a transmission request from said another device to transmit to said another device the associated item of data.

Related passage: Formatter 625 creates a music distribution compatible coupled file with the data structure shown in FIG.10b or 11b using the transferred data under the control of main MPU 605 step ST110.The created file is recorded on disc 100 via data processor 603 and disc drive 602 step ST112.
Patent claim: The apparatus according to claim 7 wherein the processor is configured to indicate the risk level by indicating a first indication if the risk level indicates an imminent perforation and indicating a second indication different from the first indication if the risk level indicates an actual perforation.

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