bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The quadrature downconversion circuit 50 according to claim 14 wherein the first passive switching mixer 70I of the first downconversion circuit 30I and the first passive switching mixer 70Q of the second downconversion circuit 30Q share a common input port.

Related passage: In a practical implementation the generation of the second local oscillator signal L02 and the mixing of this signal with the input signal may be done by generating two separate square waves i.e.one corresponding to the positive part of the L02 signal and one corresponding to the negative part and then mixing each one with the input signal separately before adding the mixing results with the mixing result from LO1.This is illustrated in Figure 9 which corresponds to Figure 6 except for the fact that the L02 signal is split up into the two separate square waves.Thus in this case all three square waves have a duty cycle of 13.Instead of having one of the square waves with negative amplitude it is also possible to use positive amplitude also for this signal and then subtract its mixing result from the others instead of adding them or one could invert the input to one mixer.A natural way of doing this using a differential design is to flip the inputs and thereby invert the signal at the input..A corresponding mixing circuit 13 is shown in Figure 10.The multiplier 4 and the amplifier 6 are the same as in Figure 6 while the multipliers 8 and 9 are used for mixing the input signal with the two separate squarewaves replacing the combined L02 signal.The mixing results are added in the adder 10.
Patent claim: The video decoder of any preceding claim wherein the neighbor management module 218 calculates a motion vector magnitude and adjusts the deblock strength data based on the motion vector magnitude.

Related passage: According to the image compression standards since the decoder operates in accordance with the encoder filtering offsets used in the encoder are used as filtering offsets in the deblocking filter.Therefore the performance of the deblocking filter in the decoder is dependent upon the filtering offsets used in the encoder.
Patent claim: A device installed in a vehicle the device comprising means for performing a predetermined process associated with the vehicle using data means for sending to a server system the data used by the performing means as learning data means for when update data for updating at least a factor defining the predetermined process is sent from the server as a result of a learning process performed by the server system receiving the update data and means for updating at least the factor defining the predetermined process based on the update data received by the receiving means.

Related passage: In step 410 a video image of the vehicle environment is generated.This may be accomplished by any vehicle which is equipped with the driver assist system as illustrated in Figs.1 and 2.Alternatively dedicated vehicles may be used for obtaining the video data.
Patent claim: The induction heater as claimed in any of claims 14 wherein the tank circuit operates in a frequency range of between about 2575 kHz.

Related passage: In a particularly preferred embodiment commercially known as the Miniductor used primarily for loosening rusty and stuck bolts an externallyconnected twoleaded work coil may be placed over or wrapped around the stuck nut or bolt.The Miniductor is activated to cause heavy highfrequency current to flow through the work coil which in turn inductively heats the target nut or bolt.Thermal expansion resulting from the high heat causes the nutbolt to break free.
Patent claim: The information processing system 100 according to any one of claims 1 to 6 wherein the first information is identification informationindicating a character string that is shorter than a character string that constitutes the IP information or name information indicating a name of the second information processing device 1250 the second information is information in which the identification information the name information and the IP information are associated with each other the first receiving unit 1251 includes a second receiving unit 1252 that receives input of the identification information a third receiving unit 1253 that receives input of the name information a fourth receiving unit 1254 that receives input of the IP information and an input distributing unit 1255 that distributes input from the user to the second receiving unit 1252 the third receiving unit 1253 and the fourth receiving unit 1254 and the determining unit 1425 compares the identification information the name information and the IP information included in second information with the input character string received by the second receiving unit 1252 the third receiving unit 1253 and the fourth receiving unit 1254 for each of at least one piece of the second information stored in the second storage unit141 and determines a first information processing device 10 identified by IP information included in any one of pieces of second information that include the information corresponding to the input character string as the first information processing device 10 to execute the process requested from the user.

Related passage: The following describes the projector program P31.FIG.17 is a flowchart showing the contents of the projector process.In FIG.17 when the power is turned on the projectors 301 through 30n execute an initialization process to temporarily assigns IP addresses to themselves step S500.When the initialization process is complete control advances to a wait state for a retrieval command supplied from the server 20.Then a retrieval response process is executed to respond to the retrieval command step S600.Aconnection establishment process is executed to establish a connection to the server step S700.An image display process is executed to image data output from the connected server 20 step S800.Finally a disconnection process is executed in response to a disconnection request from the server 20 step S900.
Patent claim: The electronic device of claim 2 wherein the history information of the audio data includes at least one of a storing time a last playing time a playing count or an accumulated playing time of the audio data.

Related passage: In response to the above inquiry the processing program 50 for the server 10 performs step 51 in which the aforementioned judgment standard is used to judge whether the file to be downloaded into the music player 30 is retained in the server 10.If the file to be downloaded is not found in the server 10 the processing program 50 proceeds to step 52 and notifies the music player 30 that the file to be downloaded is not found.If on the other hand the file to be downloaded is found the processing program 50 proceeds to step 53 and notifies the music player 30 of a download size.
Patent claim: The method according to one of the preceding claims wherein the digital function 102 is provided by a digital processor selected from the group consisting of a microprocessor a microcontroller a digital signal processor DSP a programmable logic array PLA an application specific integrated circuit ASIC and a field programmable gate array FPGA.

Related passage: This disclosure relates to delay circuitry and more particularly to an apparatus for trimming a frequency range for a data path using delay locked loop circuits which may be employed with down sort capability.
Patent claim: Method according to any of claims 1011 wherein an adhesive or a solvent is applied to at least one of the large surfaces of the plurality of already prepared foamboards to be attached together preferably on both large surfaces to be attached together.

Related passage: Thus it has been obtained that in the context of each elementary panel 14 the cells 22 are mainly elongated in the direction of the thickness S or height of the elementary panels 14 as it is schematically illustrated in figure 3 and in the micrograph of figure 7.
Patent claim: A NdFeB permanent magnet 354 comprising 2834 weightof rare earth elements wherein the content of the rare earth element Dy is smaller than 0.1 weightwherein the NdFeB permanent magnet 354 has a spatial extension h parallel to a magnetization direction of the NdFeB permanent magnet 354 which is larger than 30 mm.

Related passage: The rotors and stators are preferably discshaped with their diameter preferably of 50 to 6000 mm.The thickness of rotors having permanent magnets varies depending on the mass of the permanent magnets disposed thereon preferably ranges from 2 to 400 mm and the terminal rotors preferably ranges from 3 to 600 mm.The thickness of the stator with the stator coils preferably ranges from 1 to 500 mm in the direction of the axis of rotation.
Patent claim: The system of Claim 7 wherein the power supply is one of a battery 154 a solar panel 158 a fuel cell 160 a wave energy converter or a hydrogenerator 162.

Related passage: An example marine seismic data acquisition system that may be used with a seismic source according to the invention is shown schematically in FIG.1.The acquisition system includes a seismic vessel 10 that moves along the surface of a body of water 11 such as a lake or the ocean.The seismic vessel 10 includes thereon equipment shown generally at 12 and described for convenience herein as a recording system that may include none shown separately in FIG.1 data recorders navigation devices such as global positioning system GPS receivers and seismic energy source control devices.The recording system 12 may also include equipment for operating buoyancy control and hydrodynamic lift devices on one or more seismic source arrays as will be explained below in more detail.
Patent claim: The mobile terminal of claim 1 wherein the controller180 is further configured to cause the touch screen151 to display the widget page on a lock screen indicating that the mobile terminal is in a lock state in response to the information received while the mobile terminal is in the lock state.

Related passage: Next FIGS.8Ba to 8Bc are diagrams each illustrating a method of generating a third home screen page 230 displaying the second screen information based on the touch input applied to the first screen information in the second home screen page 230220.
Patent claim: The method according to claim 1 characterised in that the method further comprises the steps of measuring by at least one of the customer edge devices CE1 CE2 CE3 path characteristics and sending the measured path characteristics to the centralised server 10 establishing by the centralised server 10 topology characteristics regarding the communication between the two or more Ethernet LANs LAN1 LAN2 LAN3 on the basis of the received path characteristics announcing by the centralised server 10 the established topology characteristics to the customer edge devices CE1 CE2 CE3 and making use of this information in routing decisions by at least one of the customer edge devices CE1 CE2 CE3.

Related passage: In this manner the centralized IRSCP 106 can define the traffic routing protocols for all of the edge routers 108 112 116 122 126 and 130 within a network 104.The protocols can be used to define a plurality of regions for traffic propagation.The plurality of regions may be defined to enable a single customer to have multiple areas with traffic that does not cross between the two regions or it may enable multiple customers of the same network provider to require their traffic to be separately routed through the network.In other instances the regions may be different regions of the world that cannot have their traffic pass from one region to another.As such the invention enable those regions to be segregated.Such segregation may be desired to fulfill government regulations as well as customer requirements.
Patent claim: Method according to any of the claims 3 to 6 wherein the user selectable input variable is one or more of a laundry typea drying program type a residual laundry humidity an energysaving option a drying process timesaving option and the laundry amount.

Related passage: Within the housing 2 there is also disposed a process air channel 8 which has a first blower 9 operated by a first blower motor 10 for conveying process air along the laundry 6 to effect drying in a closed loop.The process air picks up humidity from the laundry 6 and is guided through a lint collector 11 to catch lint which is an amount of small fibrous particles taken from the laundry 6 and suspended within the process air as it exits drum 5.
Patent claim: The method of any of claims 12 wherein determining the location of the target comprises determining a first camera tilt comprising a first pitch angle and a first roll angle determining a second camera tilt comprising a second pitch angle and a second roll angle and providing the first camera tilt the second camera tilt the first plurality of image coordinates the second plurality of image coordinates the first location coordinates and the second location coordinates to a bundle adjustment.

Related passage: The postural data obtained from the posture measuring unit 5 an posture sensor or an IMU is evaluated by using 2 or 3 of an assumable accuracyas an evaluation value threshold value.The postural data includes an error based on the difference between the photographing timing of the image and the obtaining timing of the postural data of the posture sensor and the IMU.That is if this postural data is out of the range of the threshold value the posture of the camera calculated from the image is selected.On the other hand if this postural data is in the range of the threshold value the postural data of the posture measuring unit 5 is selected.
Patent claim: A method according to claim 11 the method comprising filling the second intermediate container with treatment solution by delivering treatment solution from the treatment solution source to the second intermediate container weighing the second intermediate container to determine when the amount of treatment solution in the second intermediate container has risen to a selected fill level and halting the delivery of treatment solution to the second intermediate container when the amount of treatment solution in the second intermediate container has risen to the selected fill level and delivering treatment solution from the first intermediate container to the output controller while filling the second intermediate container from the treatment solution source weighing the first intermediate container to determine when the amount of treatment solution in the first intermediate container has fallen to a selected refill level and halting the delivery of treatment solution to the output controller when the amount of treatment solution in the first intermediate container has fallen to the selected refill level.

Related passage: In the first phase the shutoff valves 14 15 and 16 are opened and the blood pump 1 and the individual transfer pumps 5 6 and 7 are operated with a set flow rate.As a result the filtrate that has remained in the drain reservoir container 8 is discharged via the drain branch line 17 and the line 23 due to the drop.To the dialysate reservoir container 9 and the replacement fluid reservoir container 10 there are poured the dialysate and the replacement fluid from the dialysate reservoir unit 21 and the replacement fluid reservoir unit 22 respectively due to the drop via the dialysate branch line 18 and the replacement fluid branch line 19 respectively.
Patent claim: A return electrode monitoring system according to claim 1 2 or 3 wherein the processing circuitry is configured to increase decrease or keep constant a frequency of the drive signal in accordance with magnitude information corresponding to the feedback signal.

Related passage: Return electrode monitoring REM circuitry in an electrosurgical generator monitors contact area between the patient and one or more return electrode pads.The circuitry prevents tissue damage caused by pad burns due to poor pad contact.The REM circuitry forms a resonant system with the split electrode pads of the return electrode pads which are designed to resonate at a specific interrogation frequency.The REM circuitry detects a signal in response to a supplied drive signal at a predetermined clock frequency e.g.from a controller.The REM circuitry thereafter produces a voltage indicative of the amplitude e.g.magnitude of the waveform indicative of the resonations.As the impedance between the split pads changes the resonance of the REM circuit changes as well this causes the amplitude to change.Thus by monitoring thechanges in the amplitude the REM circuit determines the magnitude of the impedance between the split pads which is indicative of adherence of the return electrode pad to the patient.
Patent claim: The power tool according to any one of claims 1 to 6 wherein the guide element 106 154a includes a movement amount defining part 154c which defines amount of movement of the main handle 109 with respect to the main body 103 105 107 in the longitudinal direction of the tool bit 119.

Related passage: Further in the embodiment described above though the hammer drill is explained as one example of a power tool a power tool may be adapted to a hammer which only performs the hammering action along the longitudinal direction of the hammer bit 119 or a power tool may be adapted to a grind tool which performs a grinding action to a workpiece.In case that the power tool may be adapted to the grind tool a handle is not formed as a pistolshaped handle but approximately a cylindershaped housing directly gripped by hand and finger or a handle extends rearward of the driving motor.
Patent claim: A device as claimed in any of claims 1 to 13 wherein the side port comprises a connector for mounting of ancillary components to the side port a three way tap for attachment to the side port and a syringe for attachment to one of the ports of the three way tap.

Related passage: To insert the catheter 20 using a guide wire the tip 74 of the removable cannula 30 is inserted into the introducing port 22 of the vent unit 10.The shaft 70 of the cannula is passed through the proximal portions of the linear passage 21 and the seal 26 in the manifold 14 past the intersection 38 and into the catheter 20.Placed in this manner the shaft of the cannula holds the seal open such that a guide wire can be freely passed through the entire manifold and catheter.
Patent claim: The gas turbine engine of claim 5 or 6 wherein the second rotor segment 104c comprises a plurality of blades.

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 method of claim 1 or claim 2 further comprising detecting at the IMS network entity that the charging control system is unable to receive charging data and storing the associated charging data.

Related passage: When the UE in the 3GPP network initiates an SIP service request to the CSCF in the called network with priority service ID and the priority service class of the UE carried in the request the CSCF in the called network carries out processing of the SIP service request according to the priority service ID and the priority service class of the UE in the SIP service request and the processing is the same as that of the SCSCF the ICSCF and the CCSCF i.e.it carries out processing according to the conventional flow of the existing technological solution if there are available resources.and carries out special processing of the SIP service request when it is congested
Patent claim: The method of claim 10 further comprising transmitting a video stream to the secondary media player and synchronizing rendering of the video stream to the rendering of another video stream using a digital program clock as a common reference.

Related passage: FIG.8 shows source device 800 which is an example of source device 102 of FIG.5 and is configured to generate communication packet 702 shown in FIG.7.Source device 800 may be a music player mobile computer cell phone or other type of source device mentioned elsewhere herein or otherwise known.As shown in FIG.8 source device 800 includes data 808 BLUETOOTH communications module 106 and an antenna 806.Data 808 which may be audio video andor other data is received by baseband communications module 106.BLUETOOTH communications module 106 packages data 808 into a packet e.g.communication packet 702 formatted according to the BLUETOOTH protocol and generates an RF communications signal 818 that includes the BLUETOOTH data packet.Antenna 806 transmits RF communications signal 818.
Patent claim: The hybrid vehicle according to any one of claims 1 to 4 further comprising a charging mechanism 23 configured to charge the electrical storage device through a use of an electric power from an electric power supply outside the vehicle.

Related passage: In Fig.2 the abscissa axis indicates the actual acceleration pedal manipulation amount the longitudinal axis indicates the hybrid system power the line Lsr indicates a relationship between the actual acceleration pedal manipulation amount and the hybrid system power when the small proportion mode is selected the line Llr indicates a relationship between the acceleration pedal manipulation amount and the hybrid system power when the large proportion mode is selected the acceleration manipulation amount AP1 indicates the predetermined small manipulation amount the hybrid system power Psr1 indicates the hybrid system power when the actual acceleration pedal manipulation amount is equal to the predetermined small manipulation amount AP1 in the case that the small proportion mode is selected and the hybrid system power PIr1 indicates the hybrid system power when the actual acceleration pedal manipulation amount is equal to the predetermined small manipulation amount AP1 in the case that the large proportion mode is selected.