bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The combustor arrangement 10 according to any one of claims 1 to 11 comprising between two and ten first burner devices in the first burner stage 20.

Related passage: Combustor portion 20 is also shown to include a center injection nozzle 62 that extends substantially along a centerline of combustion chamber 46.Center injection nozzle 62 includes a first end or center nozzle inlet 65 that extends from injection nozzle housing 37 to a second end or center nozzle outlet 66.Center injection nozzle 62 includes a center nozzle housing 68 within which extends a centerbody 69.Center injection nozzle 62 receives fuel and air through ports not separately labeled in endcover 38.As such center injection nozzle 62 constitutes a premixed injection nozzle or an injection nozzle that mixes fuel and air to form a combustible mixture.Of course it should be understood that the combustible mixture could include other constituents such as various diluents.
Patent claim: The electrosurgical device of claim 11 wherein the at least one metric includes power.

Related passage: The electrosurgical generator 10 obtains information such as complex impedance information for the cable andor the other suitable components Zsrc 28 and ZLkg 34 phase information related to the phase relationship between the current and voltage signals output by the electrosurgical generator information relating to the voltage andor current output by the electrosurgical generator 10 generated by at least one of sensors 18 digital information generated by a processing device not shown andor a combination thereof.The above stated information may be provided to the control system as input data and processed by the control system 12.A portion of the input data may be entered by a user via one or more user interfaces not explicitly shown e.g.a knob slider a keypad etc.which may be provided for example on a panel of the electrosurgical generator 10.
Patent claim: The coffee machine as claimed in any one of Claims 1 to 8 further characterized in that said brewing device 1 further includes a housing 11 having spacedapart lower and upper walls 111 112 and a receiving space 113 that is defined between said lower and upper walls 111 112 said milk box 4 being removably received in said receiving space 113.

Related passage: The shell wall 21 has a first shell wall portion 211 that extends vertically and a second shell wall portion 212 that extends horizontally from a top end of the first shell wall portion 211 and that is connected to the flexible soft pipe 121 of the steamgenerating unit 12.
Patent claim: A clothes 2 drying or washingdrying machine 1 comprising a heater 8 a heat exchanger 9 and a tub inside of which a rotary drum 3 is located characterized in that the heat exchanger 9 is at least partly interchangeable with a drawer 110.

Related passage: In the embodiment illustrated in the enclosed Figures the handle 22 advantageously comprises two arms 23a 23b preferably triangular shaped protruding from the parallel sides of the frontal frame 18 which when the condenser 8 is placed into the seat 6 are substantially horizontally positioned the two arms 23a and 23b support a grasping element 24 preferably cylindrical.
Patent claim: A data generating device including at least two processing units configured to generate control data for controlling a control target apparatus on the basis of input data the data generating device transmitting the control data to a control device that controls the control target apparatus the data generating device comprising a processing unit of a first system configured to output dispersed code data of a first system encoded with an algorithm including dispersion information of the first system withrespect to control data of the first system generated on the basis of the input data and a processing unit of a second system configured to output dispersed code data of the second system encoded with an algorithm including dispersion information of the second system with respect to control data of the second system generated on the basis of the input data wherein when both of the dispersed code data of the first system and the dispersed code data of the second system are valid the data generating device generates using the dispersed code data of the first system and the dispersed code data of the second system code data with which validity of the control data of the first system can be verified and transmits the code data and the control data of the first system to the control device wherein optionally the data generating device makes it possible to change the algorithms including the dispersion information at least at every control period.

Related passage: First referring to FIG.4 the following describes how the controller sends data to the multiple system processor 100.The processing units 101103 of the multiple system processor 100 will use this data for their processing.
Patent claim: The vehicle testing method of claim 1 wherein said determining whether the signal of the vehicle computer associated with said test action is consistent with a nontampered vehicle comprises determining whether the signal of the vehicle computer associated with said test action meets an expected response and wherein a determination that the signal of the vehicle computer associated with said test action does not meet said expected response indicates that tampering has occurred.

Related passage: As a result the result of the judgment in step 720 of FIG.7 becomes Yes and the CPU 21a of the monitor apparatus 20 proceeds to step 725.In step 725 the CPU 21a immediately transmits dummy data to the automatic charging apparatus 10.The dummy data are stored in the external memory 24 of the monitor apparatus 20 and as shown in Table 3 include date and time unit sec longitude x latitude y and supplementary information.In this case the supplementary information S.I.includes information for indicating whether each dummy data set is the first or last data set.The supplementary information is added to relevant data sets only.Table 3Month Date Hr Min Sec Position longitude Position latitude S.I.08 30 14 01 00 1353000.00 350000.00 First08 30 14 01 01 1353000.01 350000.5008 30 14 01 02 1353000.01 350001.0008 30 14 01 03 1353000.01 350001.5008 30 14 01 04 1353000.00 350002.0008 30 14 05 10 1353001.00 350016.0108 30 14 05 11 1353001.01 350016.4408 30 14 05 12 1353001.01 350016.9808 30 14 05 13 1353001.01 350017.5008 30 14 05 14 1353001.00 350017.9808 30 14 05 15 1353001.00 350018.4008 30 14 05 16 1353001.00 350018.8808 30 14 05 17 1353001.01 350018.8808 30 14 05 18 1353001.01 350018.88Last
Patent claim: The battery pack of claim 5 or 6 where the supporting portions extends along three side portions of the assembling opening which face the second third and fourth side portions.

Related passage: The second side 330 is opposite to the first side 320 of the subframe 300.The second side 330 is also provided with a flange not shown and fixing ribs 332.The flange and the fixing ribs 332 have the same configuration and function as the flange 321 and the fixing ribs 322 on the first side 321 described above.Further although it is shown in the figure when the fixing ribs 332 are formed at the positions corresponding to the fixing ribs 322 on the first side 320 it is not limited thereto.As described above the fixing ribs 332 have only to fix the secondary battery cell accommodated inside the subframe 300 to prevent the secondary battery cell from moving inside the subframe 300.However it will be preferable to form the flanges 321 and the fixing ribs 322 332 at the same positions on the first and second sides 320 330in order to reduce the manufacturing cost of the subframe 300.
Patent claim: A system for remotely monitoring andor controlling a plurality of power distribution units andor sensor units 110 120...1n0 in a data centre according to claim 1 wherein each one of said power distribution units andor sensor units 110 120...1n0 is configured with a node number and a single one 110 of said power distribution units andor sensor units is configured with an Internet Protocol IP address IP1.

Related passage: A daisy chain configuration may be enabled by including a built in switch on each device and specially for the time slotted networks such as EtherCAT and PROFINET IRT the topology may be daisy chains to a loop but also for standards based on normal Ethernet solutions such as PROFINET IO EtherNetIP Modbus TCP etc..
Patent claim: The method according to claim 1 characterised in that the method further comprises the steps of sending by a first network device A of a first Ethernet LAN LAN1 of the two or more Ethernet LANs LAN1 LAN2 LAN3 an Ethernet packet 20 destined for an Ethernet address of a second network device B of a second Ethernet LAN LAN2 of the two or more Ethernet LANs LAN1 LAN2 LAN3receiving by a first customer edge device CE1 associated with the first Ethernet LAN LAN1 the Ethernet packet 20 and checking if a forwarding table 31 managed by the first customer edge device CE1 contains a mapping of the Ethernet address of the second network device B to an IP address of a customer edge device CE2 associated with the second Ethernet LAN LAN2 if the forwarding table 31 does not contain the said mapping sending by the first customer edge device CE1 an address resolution request to the centralised server 10 and receiving from the centralised server 10 in response to the address resolution request a reply message specifying the said mapping encapsulating by the first customer edge device CE1 the Ethernet packet 20 with an encapsulation header comprising a destination address of the second customer edge device CE2 according to the mapping sending the encapsulated Ethernet packet 28 via the interconnecting IP network N to the second customer edge device CE2 and decapsulating by the second customer edge device CE2 the received encapsulated Ethernet packet 28 for delivery within the second Ethernet LAN LAN2 to the second network device B.

Related passage: In step 203 the routing processor 130 identifies each intermediate router 60 in the list of intermediate routers 60 and corresponding communication paths 23b previously identified by the routing processor 130 in step 202 that is capable of processing the information to determine which routers are currently available.
Patent claim: A door lock apparatus comprising a first interface configured to communicate with a plurality of external apparatuses a near field communicator configured to perform authentication for opening a door a second interface configured to communicate with a display apparatus and a controller configured to control the first interface to receive status information on each of the plurality of external apparatuses from the plurality of external apparatuses and in response to the authentication being performed by the near field communicator control the second interface to transmit the received status information to the display apparatus to be displayed by the display apparatus.

Related passage: The IC chip manufacture order number of the present example is formed from a number of totaling 10 digits including marks including a maker number of three digits a category code of three digits and a serial number of four digits.
Patent claim: The display apparatus according to claim 4 wherein the user input unit comprises a button to select one of the multiview devices and the controller controls the display to display thereon information regarding the selection of the at least one multiview device.

Related passage: Although not illustrated shutter glasses may also be used as the viewing device 195 when the format of the 3D image signal is a sidebyside format FIG.4a or a topdown format FIG.4b.In this case the left and righteye glasses of the shutter glasses may be kept opened and instead the polarization directions of the left and righteye glasses may be different.That is the shutter glasses may operate as passivetype polarized glasses.
Patent claim: The washing machine according to claim 2 wherein the front flange comprises a front inclined surface inclined downward toward a front side of the cabinet a rear inclined surface inclined downward toward the opening and a door mounting portion formed between the front inclined surface and the rear inclined surface so that one side of the door is mounted thereon when the door is closed.

Related passage: The hopper assembly 12 may comprise an appropriately shaped receptacle or recess adapted to receive and accommodate the movable arm 15 when the latter is in the inoperative position thereof so that the same arm 15 is positively prevented from being of hindrance to the loading of the clothes 7 through the opening 8 of the drum 6.
Patent claim: The mobile terminal of any of claims 1 to 7 wherein when a spaced distance from the external terminal device is equal to or less than a preset distance S403 S602 the controller is configured to display the content list of the contents to share with the call counterpart.

Related passage: Alternatively a content server 120 may be provided that is operatively interconnected to a content sharing endpoint 104.The content server 120 may operate as a repository of files that can be accessed by users of one or more content sharing endpoints 104 and may be connected to a content sharing endpoint 104 directly or through a network 114.For example the content server 120 if provided may store audio or text files that can be selected for sharing with the endpoints 104 108 participating in an audio communication.
Patent claim: The method of claim 1 wherein heat treating the densified preform to open internal pores of the densified preform comprises heat treating the densified preform to open the internal pores to define a porosity of less than approximately 10 microns.

Related passage: At this point the carbonized preform is subjected to Vacuum Pitch Infiltration employing a low cost isotropic coal tar pitch at a pressure of 100 psi.The pitchinfiltrated preform is then carbonized charred at a temperature of 810C and subsequently heattreated at a temperature of 1600C.The resulting strengthened heattreated disc is then subjected to Resin Transfer Molding with a synthetic naphthalene isotropic pitch AR pitch from Mitsubishi Gas Chemical Co.at a pressure of 900 to 1600 psi.At this point oxidative stabilization is carried out at a temperature of 175C to advance the pitch and prevent its exudation during carbonization.The stabilized RTMpitchinfiltrated disc is carbonized at a temperature of 810C and then heattreated at a temperature of 1600C.Finally the brake disc preform is subjected to a single cycle of CVDCVI densification followed by final machining and treatment with antioxidant solution to prepare the desired carboncarbon composite brake disc.
Patent claim: The system according to claim 1 further characterized such that said vaporizer comprises a solar collector.

Related passage: Additionally intermediate fluid condensate produced in organic working fluid vaporizer 22 can be used to preheat the organic working fluid prior to it entering the organic working fluid vaporizer.Moreover if preferred the intermediate fluid cycle can include a recuperator.An example of such a cycle is shown in Fig.2 wherein numeral 10A designates another embodiment of the present invention and is presently considered the best mode for carrying out the present invention.As can be seen from the figure numeral 21 designates an intermediate fluid recuperator in which heat is transferred from expanded intermediate fluid vapor exiting intermediate fluid turbine 16 to intermediate fluid condensate supplied by pump 19A from the intermediate fluid side of organic working fluid vaporizer 22.In this embodiment portion of the heated intermediate fluid condensate exiting intermediate fluid recuperator 21 is supplied to organic fluid preheater 23 for preheating the organic working fluid prior to supplying it to organic working fluid vaporizer 22.A further portion of the heated intermediate fluid condensate exiting intermediate fluid recuperator 21 is supplied to intermediate fluid vaporizer 12.In addition in this embodiment organic working fluid racuperator 27 is included and is used for transferring heat from expanded organic working fluid vapor exiting organic working fluid turbine 24 to organic workingfluid condensate supplied by pump 30A from organic working fluid condenser 28.Heated organic working fluid condensate exiting organic working fluid recuperator 27 is supplied to organic working fluid preheater 23.Apart from these items previously mentioned with reference to the present embodiment described with relation to Fig.2 this embodiment is similar to the embodiment described with relation to Fig.1 and also operates in a similar manner.
Patent claim: The compound cycle engine as defined in any one of the preceding claims wherein the compressor and the second stage turbine are in driving engagement with one another through a turbocharger shaft rotatable independently of the common shaft.

Related passage: Also the use of a velocity turbine as the power turbine 26 eliminates the need for the large volume exhaust collector typically required between the rotaryengines and a pressure power turbine.This allows for the power turbine 26 to be located upstream of the compound turbine 22 instead of downstream thereof.
Patent claim: The method of claim 2 wherein the controlling is closed loop control and the monitoring is used as feedback for the controller.

Related passage: With reference to Figure 1 the simple cycle gas turbine system 10 includes a compressor 12 a turbine component 14 and a load e.g.a generator 16 arranged on a single rotor or shaft 18.A combustor 20 of the gas turbine receives fuel via stream 22 and control valve 24 as well as hot discharge airbled off from the compressor 12 via stream 26.Combustion gases are introduced into the turbine component 14 via stream 28.
Patent claim: The RFOG of claim 4 further comprising an analog to digital converter that receives the net error signal from the laser stabilization servo module and outputs a digital error signal to the first and second demodulatorsa first digital to analog converter that receives the I signal component from the sine wave generator and outputs an analog I signal to the resonator ring cavity through a first filter and a second digital to analog converter that receives the digital stripper signal from the summer and outputs an analog stripper signal to the laser stabilization servo module through a second filter.

Related passage: The output of rotationsensing resonator 112 is modified in order to improve errorcorrection of rotationsensing error.In particular a CW beam combiner 254 and a CCW beam combiner 256 optically mix the reference laser 116 with the respective optical output signals of the resonator 112.Thus the CW beam combiner 254 and the CCW beam combiner 256 create an intensity modulation wherein the frequency of the intensity signals are the beat frequencies between the reference laser 116 and the optical output signals of the resonator 112.This allows for discrimination between signals carrying rotation rate information and rotationsensing errors.It is understood that the CW beam combiner 254 and the CCW beam combiner 256 operate in a similar fashion.For example assuming there are no rotationsensing errors the approximate expected output of the CW beam combiner 254 is f0 since that is the beat frequency between the CW slave laser 214 and the reference laser 116.However for example due to errors such as optical backscatter some of the light from CCW1 slave laser 226 locked to a beat frequency of f1 with the master laser 116 back reflects into the same path of the light of CW slave laser 214 in the resonator 112.The backreflected light will undergo a different path than the CW light and therefore may appear to be off resonance thus generating a false error signal at the resonance tracking modulation frequency.However since the optical mixer 110 mixes the resonator output light with a beam from the reference laser 116 the backscatter light will mix with the reference beam which will modulate the backscatter light at f1 whereas the CW beam will mix with the reference beam which modulates the CW light at f0.The resonance tracking electronics 114 can be configured to filter the unwanted signal f1 by demodulating the output signal of the CW beam combiner 254 at f0 using lockin detection synchronous demodulation.
Patent claim: The device of claim 1 wherein the processor is further configured to generate the wakeup keyword model based on the speech signal of the user which is received through the audio input receiver and register the generated wakeup keyword model in the memory.

Related passage: In step 202 the electronic device 100 performs speech recognition on the voice signal to discern whether the voice signal contains a predetermined wakeup command.This speech recognition can include a speaker dependent recognition scheme in one embodiment or a speaker independent recognition scheme in another embodiment.Additional schemes are possible where a number of different wakeup commands are predetermined in which one or more predetermined commands is a speaker dependent wakeup command and one or more other commands is a speaker independent command.
Patent claim: The vehicle testing system of claim 13 wherein the tamper testing sequence is operable to transmit a command from said testing device to the vehicle computer of a vehicle being tested with said command comprising said test action.

Related passage: When the result of the judgment in step 705 is No the CPU 21a proceeds to step 795 so as to end the present routine.Subsequently theprocessing in step 705 is executed every time a predetermined period of time elapses.Thus the CPU 21a monitors whether the vehicle has stopped at the fixed position.
Patent claim: Method according to claim 1 or 1 wherein said first and new sets of transmitting parameters comprise a transmitting power value and reiterating steps b to c comprises reducing 4.7 at each iteration the transmitting power value of said micro base station 1 for transmitting said new radio test signal.

Related passage: Therefore since the received power Pmacro of the common pilot signal CP1 in the femto base station 91B is smaller in comparison to that of the femto base station 91A the transmission power of a common pilot signal CP2B of the femto base station 91B becomes also smaller.Accordingly the received power of the common pilot signal CP2B in the mobile station 92B becomes smaller in comparison to that of a common pilot signal CP2A in the mobile station 92A.Further the interference power from the macro base station 81 is larger in the mobile station 92B located near the window in comparison to that of the mobile station 92A.Therefore the communication quality in the mobile station 92B is significantly poorer in compassion to that of the mobile station 92A.As described above since indoor communication quality is significantly dependent on the place at which a femto base station is installed and the place at which a mobile station is used there is a problem that invariant appropriate communication quality cannot be obtained.