bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method comprising receiving air into a plurality of tubes 62 extending through a body of a multitube fuel nozzle 20 wherein each tube of the plurality of tubes 20 intakes the airthrough an aperture having at least one mixinducing feature at an upstream axial end of the tube wherein the apertures associated with the plurality of tubes are disposed on at least one inlet plate disposed adjacent the plurality of tubes receiving fuel into each tube of the plurality of tubes 20 at a downstream position from the upstream axial end of the tube and outputting an fuelair mixture from the plurality of tubes 20.

Related passage: The diameter Df of fuel injection inlet 142 should be generally equal to or less than 0.03 inches while each of individual tubes 130 are about 0.8 to 2 inches in length for high reactive fuel such as hydrogen fuel.Each of the individual tubes 130 can include at least one fuel injection inlet 142 and may have various numbers of fuel injection inlets 142 such as within the range of about 1 to 8 fuel injection inlets 142.For low reactive fuel such as natural gas each of the tubes 130 can be as long as one foot in length.Multiple fuel injection inlets 142 i.e.2 to 8 fuel injection inlets with low pressure drop is also contemplated.With the stated parameters it has been found that a fuel injection inlet 142 having an angle Z of between 50 and 60 degrees works well to achieve the desired mixing and target NOx emissions.It will be appreciated by one skilled in the art that a number of different combinations of the above can be used to achieve the desired mixing and target NOx emissions.Indeed all of the individual tubes 130 can be identical or some or all of the tubes 130 can be different.
Patent claim: The device of claim 1 wherein the first data transmission mode corresponds to an arbitration mode for a controller area network CAN protocol and wherein the device is configured and arranged to perform bus arbitration by monitoring the signal bus to detect that another device has driven a dominant value on the signal bus.

Related passage: When the packet data 105a to be transmitted iswritten to the transmission data register 200 the bus output control section 201 transmits the packet data to the data bus 104 in synchronism with the clock signal 103 which is output from the output driver 208 by using an arbitrary one of the PP output driver 206 and the OD output driver 207.Furthermore the bus output control section 201 outputs an OD output signal to the protocol analysis section 202 in an OD output period.Furthermore the bus output control section 201 stops transmission of the packet data when receiving the data differential signal from the protocol analysis section 202.
Patent claim: A method according to claim 1 and comprising the further steps of identifying the lowload and slowrunning condition or lowrpm condition of the internal combustion engine ICE and allowing the duration of the peak phase T during which the peak control current I is to be supplied to the electromagnetic actuator 22 to control the movement of the component 21 25 moving towards the position defined by the limit stop 26 to be determined by progressively decreasing the initial duration of the peak phase TSTART T by a first change TP1 of duration only in case the internal combustion engine ICE is in a lowload and slowrunning condition or lowrpm condition.

Related passage: When the cam 180 rotates the operation of the highpressure fuel supply pump 100 comprises an intake period in which fuel is taken in through the intake valve 120 into the compression chamber 110 while the movable plunger 130 moves from the top dead center position TDC to the bottom dead center position BDC and the solenoidactuated intake valve 120 opens or is kept open by means of the biasing force of the spring 123 a spill period in which fuel is spilled out of the compression chamber 110 through the intake valve 120 while the movable plunger 130 moves from the bottom dead center position BDC to the top dead center position TDC and the solenoidactuated intake valve 120 is kept open by means of the biasing force and a delivery period in which fuel is pressurized in the compression chamber 110 and discharged through the discharge valve 140 to be supplied to the internal combustion engine while the movable plunger 130 moves from the bottom dead center position BDC to the top dead center position TDC and the solenoidactuated intake valve 120 is kept closed by means of magnetic force firsttype operation please also refer to Fig.4.
Patent claim: The method of claim 12 wherein the users private information comprises at least one of a social security number a home address a credit card number and a bank account number.

Related passage: Often times a users data stored within the mobile device is more valuable to the user than the mobile device itself.Such highly valuable data is often stored on a removable smart card inserted into the mobile device.Smart cards such as a Subscriber Identity Module SIM card provide a user with a highly portable memory storage unit.Smart cards are thumbnailsize cards with embedded integrated circuits which can process and store digital information.Thus smart cards can receive data inputs process the data and deliver the processed data as an output.Smart cards may contain both volatile and nonvolatile memory storage circuits.
Patent claim: A nontransitory computer accessible memory medium storing program instructions executable by a processor to perform a method according to any of claims 1 to 12.

Related passage: In Fig.10 an example Nchannel SAW protocol with N3 HARQ processes is illustrated.A user equipment is transmitting data packet 1 on EDCH on the uplink to the Node B.The transmission is carried out on the first HARQ process.After propagation delay of the air interface Tprop the Node B receives the packet and starts demodulating and decoding.
Patent claim: The method of claim 1 further comprising determining whether the projection is worthwhile based on one or more quality of service QoS parameters wherein the step of transmitting the transmit signal to the wireless terminal projected onto the desired signal subspace is performed only when it is determined that the projection is worthwhile andwherein the method further comprises transmitting 860 the transmit signal to the wireless terminal based on the original transmission subspace when it is determined that the projection is not worthwhile.

Related passage: The Ndimensional signal channel vector of the kth subcarrier k0 1...K1 of a transmitted OFDM signal given byaknak0n...akin...akN1nTCN for i01...N1 wherein n denotes the discrete time variable contains the complexvalued channel impulse response of all N antenna elements.The Ndimensional complexvalued interference channel vector of the kth subcarrier is given bybkj nbk0jn...bkijn...bkN1jnTCN for i01...N1 and j0 1...M1 wherein j denotes the index of the interferer.Thereby the signal channel vector akn can be estimated from pilot symbolsduring the receive mode of Time Division Duplex TDD.The interference channel vector bjkn should also be estimated as a required signal.In this case the signal channel estimation for both required and interference signal should be done separately.
Patent claim: A living body information detection program allowing a computer 240 of a living body information detection apparatus 1 to execute a step of moving a display position of an image 312 associated with living body information on a display unit based on the magnitude of a value of the living body information acquired by an acquisition unit 220 230 which acquires the living body information obtained by detecting a living body signal.

Related passage: It is supposed that the measurement device 10 of this embodiment mode is adapted to display data of items such as a target value set by a user a physical quantity such as a measured heartbeat or pulsation a ratio of the physical quantity to the target value of the physical quantity a graph representing a change of the physical quantity a count value of a time a lap value and a difference between the physical quantity and the target value of the physicalquantity.
Patent claim: The turbine engine as recited in claim 3 wherein the plurality of openings 86 are disposed about an outer periphery of the baffle 68 for directing cooling airflow forward aft and circumferentially within the outer cavity 62.

Related passage: The annular body 10 has an outer gas path platform 12 an outer body panel 16 and a circumferentially extending annular cavity 14 disposed between the outer gas path platform 12 and the outer body panel illustrated in FIG.2.In some embodiments the annular body 10 is formed as a single annular structure.In other embodiments the annular body 10 is manufacturedin circumferentially defined sections that are combined to form the annular body 10.In those embodiments where the annular body 10 is formed from a plurality of sections seals are typically disposed between adjacent sections to reduce leakage flow therebetween.In some embodiments the outer gas path platforms 12 and the outer body panel 16 are attached to one another by mechanical fasteners.In the embodiment shown in FIG.1 the annular cavity 14 has a height that is substantially uniform around the circumference of the annular body 10.The forward and aft sections of the annular body include one or more apertures that function as cooling gas leakage paths to permit flow of cooling air outside of the annular cavity 14 not shown.
Patent claim: An apparatus which is at least one of an image forming apparatus and an image reading apparatus the apparatus comprising a main controller configured to control operation of the apparatus a consumable unit and a customer replaceable unit monitor CRUM unit according to any one of the preceding claims configured to store information of the consumable unit wherein the main controller transmits first clock signals having a first frequency in a data section in which data signals are transmitted from the apparatus and received by the CRUM unit and a second frequency on an idle section in which the data signals are not transmitted from the apparatus and received by the CRUM unit and the CRUM unit converts the first clock signals into second clock signals maintaining a first or second value in the idle section the first value being higher than the second value and processes the data signals by using the second clock signals.

Related passage: The data signal does not include substantial data in the first idle section.However in the first pause section the data signal may have a wave form having one of a high value and a low value.The wave form of the data signal in the first idle section may be set randomly and may be set in the same manner in other pause sections.
Patent claim: An audio processing apparatus for processing audio signals 7 8 from a plurality of sources 2 3 said audio processing apparatus 10 being configured to process said audio signals 7 8 in a plurality of audio channels 43 and having adjusting members 33 34 75 76 77 for adjusting audio processing settings for said plurality of channels said audio processing apparatus 10 comprising a plurality of inputs 14 15 to receive said audio signals 7 8 a digital interface 16 distinct from said plurality of inputs 14 15 and configured to receive status data indicating a status of at least one source 2 3 an optical output device 11 having a plurality of groups 2128 of graphics display areas each one of said groups 2128 including plural graphics display areas and being respectively assigned to one of said plurality of audio channels 43 and a control device 12 coupled to said interface 16 and to said optical output device 11 said control device 12 being configured to receive said status data to determine at least one group 2128 of graphics display areas 5157 61 based on said received status data and to control a graphics display area 29 61 of said determined at least one group 2128 to display graphics 62 63 generated based on said received status data.

Related passage: Further for each of the audio tracks the user is allowed to select as an input source of an audio signal input for recording any desired one of a plurality of audio input ports provided in the music processing apparatus and buses of an audio mixer.Also the user is allowed to select as an output destination of an audio signal reproduced from an audio track i.e.output destination of the corresponding audio channel any desired one of a plurality of audio output ports and buses of the audio mixer.In this case an audio channel is automatically inserted between the audio track and the selected output destination.Each time the user creates an audio track a display of a MIDI channel strip corresponding to the created MIDI track is added to an audio mixer screen.Further each time the user creates a bus a display of an audio channel strip corresponding to the output of the created bus is added to the audio mixer screen.Thus audio channel strips corresponding to the audio tracks and buses are provided on the audio mixer screen.
Patent claim: An information output device wherein when a user has performed dangerous driving of a vehicle outputs information for display upon a screen including at least one of date time and a location at which the dangerous driving was performed details of the dangerous driving a cause of the dangerous driving a blame ratio to be attributed to the user in relation to the dangerous driving and driving advice to the user in relation to the dangerous driving.

Related passage: Furthermore the internal sensors may also instead of or additionally to the camera system 204 include other type of operator detecting means.This may for example include sensors for detecting EKG or EEG of the operator steering wheel sensors for detection of steering behaviour sensors in the acceleration pedal andor braking pedal for detection of inconsistent acceleration andor braking of the car 100 sensors in various buttons of the car 100 to detect if for example the operator 202 is adjusting any of the various functionalities of the infotainment system etc.A still further internal sensor may be a breath analysis sensor or pupil size sensor for detecting intoxication of the operator 202.
Patent claim: A method for manufacturing a secondary battery comprising the step of preparing a separator including preparing a slurry containing a modifying agent inorganic particles a solvent and a resin andapplying the slurry to at least one surface of an organic separator to form an inorganic layer wherein the inorganic particles are at least one metal oxide which is selected from the group consisting of alumina titanium oxide zirconium oxide zinc oxide silicon dioxide and magnesium oxide and have OH groups and wherein the modifying agent has at least one functional group selected from the group consisting of phosphonate phosphate phosphonic acid and carboxylic acid.

Related passage: With the mixture of 100 ml of DMF and the silane coupling agent in Table 1 was mixed with 10 g of alumina particles available from Degussa Co.and it was stirred thoroughly.Thereto was also added 5 g of PVDF and the mixture was stirred thoroughly.
Patent claim: The sheet processing system according to claim 7 wherein the system is configured to collect the batch card the deposit card and those of the sheets discriminated as exclusion pieces in a stacked state.

Related passage: As shown in FIG.2 a header card 20 is designed such that a radio chip 15 having a size of for example 11 mm on which the identification information of the card and sheets can be recorded is provided in a central portion of a rectangular card base material 14 having a size of for example 16085 cm.In addition text information 16 e.g.the serial number of the header card can be printed on at least one major surface to allow the operator to identify the upper or lower surface of the header card and visually determine that the currently processed card is a header card.The thickness of a header card differs from that of a banknote to facilitate identification of the card.
Patent claim: The device of claim 13 wherein the device includes an intheear ITE hearing aid.

Related passage: As shown in Fig.1 the microphone module 2 includes a microphone 21 collecting sounds from an external source and has a projection 2A to be engaged with the stereoscopic circuit board 10.The projection 2A has two semicircular recesses 2a on its opposite side surfaces.Further the projection 2A has electrodes 15 on its surfaces.The electrodes 15 are in electrical contact with the stereoscopic circuit board 10 when assembled.
Patent claim: The door of claim 1 or 2 wherein when either the front frame 30 or the rear frame 70 and the cover 50 50 are connected to each other via the at least one first connection device 3838 30 the mechanical rigidity of either the front frame or the rearframe is increased as compared to the mechanical rigidity of either the front frame or the rear frame alone.

Related passage: Cover ring 7 is attached to front frame 5 by any means.Preferably cover ring is attached to front frame by a snap fitting connection.For example a snapfit connector 38 may comprise a cantilever with a hook assigned to one of the cover ring or front frame and a corresponding recess or seat 20 assigned to the other of cover ring or front frame which is adapted to engage with the hook.The at least one snapfit connector comprises at least one first engaging element e.g.a hook which is arranged at the cover ring or front frame of the door assembly and at least one second engaging element e.g.a recess a ledge or a second hook which is arranged at a the cover ring or front frame of the door assembly.The at least one second engaging element is adapted to engage with the at least one first engaging element to attach the cover ring to the front frame i.e.to assemble the two components.Advantageously the snapfit connector may be the only connecting means necessary to permanently assemble the cover ring and front frame i.e.it may be not necessary to provide additional fixing means like screws however also one or more screws can be provided for further fixing the first and second component.
Patent claim: The surgical instrument according to claim 6 or claim 7 wherein the controller is further configured to determine whether motor current is stable by determining whether a plurality of samples of the rate of change of the current draw are within a second range.

Related passage: In accordance with the present disclosure in order for intelligent surgical device 10 to identify the parameters of nonintelligent loading units 20 intelligent surgical device 10 includes as seen in FIG.5 a feedback system incorporated into or associated with the drive circuit or control circuit CC of the first drive motor M or second drive motor M of intelligent surgical device 10.
Patent claim: A method 100 according to any of claims 14 further comprising receiving 140 from the SIP proxy a SIP response message and sending 150 said SIP response message to the client over said nonstandard SIP transport protocol.

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: An electrosurgical device according to any preceding claim wherein the pair of electrodes is configured to operate in a bipolar mode of operation.

Related passage: With respect to the amount of downward force applied by the clinician increasing the down downward force may increase the depth of the resection.As discussed hereinabove if tissue along the resection line is untreated or undertreated prior to the cut the untreated or undertreated tissue receives further treatment after the cut.A pressure sensor may be employed to compute control or correct the amount of electrosurgical energy provided to the bipolar electrodes as a function of the pressure applied by the clinician andor the pressure measured by the pressure sensor.
Patent claim: Biaxially oriented polypropylene film containing a polypropylene composition according to any of the claims 18.

Related passage: In the invention a crystal nucleating agent can be added to the extent that the object of the invention is not impaired.As mentioned above the branched polypropylene per se has an crystal or crystal nucleating effect it is also preferable to add for example another type of crystal nucleating agent dibenzylidene sorbitol sodium benzoate or the like or crystal nucleating agent 12hydroxy potassium stearatemagnesium benzoate an amide compound such as NNdicyclohexyl26naphthalenedicarboxamide a quinanacridone compound or the like.However in the invention the addition of the crystal nucleating agent may hardly give a desired surface roughness.By this matter and others the addition may have an adverse effect on the electrical characteristics such as a decline in the volume specific resistance at a high temperature.Thus the content is preferably less than 0.1 by mass.More preferably the agent be substantially not added.
Patent claim: The adhesive tape according to claim 1 or 2 wherein the content of the crosslinking agent c in the adhesive is 0.01 to 150 parts by weight relative to 100 parts by weight of the polyolefin a.

Related passage: In those pressuresensitive adhesives the kind and chemical composition thereof and the like are suitably selected according to the functions desired.In recent years however the functions required of pressuresensitive adhesive tapes have been diversified and two or more functions have come to be required of a single pressuresensitive adhesive tape.Examples of the functions required of pressuresensitive adhesives include functions required of the whole pressuresensitive adhesive or bulk such as stressrelieving properties high holding power durability heat resistance soundproofing properties vibrationdamping properties cushioning properties electrical conductivity electrical insulating properties and selective permeability to substances hereinafter sometimes referred to as bulk functions and functions required of the surface of the pressuresensitive adhesive interface between the adhesive and an adherend such as initial adhesive properties the property of changing in adhesive strength with time highstrength adhesion lowstrength adhesion removability and selectivity for adherends hereinafter sometimes referred to as surface functions.A pressuresensitive adhesive is required to simultaneously satisfy two or more of these functions.In general however there are often cases where it is difficult to simultaneously satisfy the desiredbulk function and surface function by merely selecting one pressuresensitive adhesive layer.