bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The system of claim 1 wherein the converted message validator is configured to analyze each of the plurality of voicetotext converted messages to determine a measure of validation by determining if read back is appropriate for the voicetotext converted message and comparing the voicetotext converted message to the voicetotext converted read back message.

Related passage: Referring again to FIG.2 according to exemplary embodiments the system 10 will automatically detect the material discrepancy i.e.the readback error if any between the request for pilot action and the readback as hereinafter described.In this regard method 100 for reducing and detecting readback and hearback errors continues by comparing the text of the inbound voice communication the request for pilot action with the text of the outbound voice communication the readback step 140 and determining if a material discrepancy exists between the request for pilot action and the readback step 145.As noted previously the processor is configured to compare the text of the inbound voicecommunication i.e.the request for pilot action and the text of the outbound voice communication i.e.the readback of the dialog and determine if there is a material discrepancy between them.Steps 140 and 145 may be performed prior to simultaneously with or after any of previously described steps 135 136 138 andor 139.
Patent claim: A method of nonflammable polymer paint production according to claim 1 characterised by involving the step of grinding the mixture to particles of 100 nanometre or less at the stage of grinding the huntite and hydromagnesite mixture.

Related passage: Conventional EXAMPLE 3ContentProperty C9 C10 C11 C12Evaflex 360 90 90 90 90LLDPE 118 10 10 10 10Ultracarb LH 15X 120 120 120 120Secondary flame retardants Zinc borate Boric acid Barium strearate Red phosphorus Ammonium polyphosphate type 15 25 35 45Irganox1010 1 1 1 1Perkadox BCFF 3 3 3 3Tensile strengthMPa 9 9 8.5 8Elongation at break 450 420 400 365LOI34 36 40 42UL 94 test HB V1 V0 V0
Patent claim: The system according to claim 7 wherein the electrically conductive link is connected to an isolated ground of the electrocardiogram circuitry.

Related passage: Typically the system 10 includes other elements which are not shown in the figures for the sake of simplicity.For example the system 10 may include an electrocardiogram ECG monitor coupled to receive signals from one or more body surface electrodes so as to provide an ECG synchronization signal to the console 24.As mentioned above the system 10 typically also includes a reference position sensor either on an externallyapplied reference patch attached to the exterior of the subjects body or on an internallyplaced catheter which is inserted into the heart 12 maintained in a fixed position relative to the heart 12.Conventional pumps and lines for circulating liquids through the catheter 14 for cooling the ablation site are provided.
Patent claim: The method of any one of the preceding claims wherein the attributes for the transition further specify intersection features of the at least one intersection 105 1051 1052 with respect to at least one point 21112119 at a given geolocation along the curved path 210 the intersection features being selected from the group comprisingstop line 273traffic lights 271pedestrian crossing 270bicycle crossing 270turning restrictionsdriving lane markings 272driving lanes with usage restriction e.g.highoccupancy lanes and or taxi lanes andor bus lanes andor restricted operation hours and wherein the method further comprisesdisplaying a graphical representation of the intersection features in the map view 250 for route guidance along the planned route 110.

Related passage: In addition the telematics terminal 200 stores is an internal memory not shown complex intersection image information to be accessed when directing the traveling route.Such complex intersection image information can include common complex intersection images and special complex intersection images which are separately stored in the telematics terminal 200.The common complex intersection images represent complex intersections which are similar to each other and exist in various spots of the country by generalizing the complex intersections.In addition the special complex intersection images represent complex intersections located in complex regions which can the driver toconfusion.Since it is difficult to represent the special complex intersections by using general images the special complex intersections are depicted in detail similar to real pictures thereof.According to the present invention image information with respect to the complex intersections is prepared in advance.In addition such image information and ID codes thereof are stored in the telematics terminal 200.When the vehicle enters into the complex intersection the telematics terminal 200 displays image information corresponding to the complex intersection.
Patent claim: The method according to claim 1 comprisingproviding a link definition 301 including for each teleprotection command a SA functionality in terms of an IEC 61850 Logical Node LN GGIO PSCH RBRF and corresponding Data Attributes DA stVal general q.

Related passage: In the field of Voice over IP VoIP voice calls are routed over an Internet Protocol IP network and a Quality of Service QoS is an important issue between the service provider and the end user.In this context and more generally for the purpose of realtime data transmission the RealTime Protocol RTP within the ISOOSI layer reference model prescribes the encapsulation of e.g.encoded voice data in RTP packets.The latter are passed to the transport layer and further to the Internet Protocol IP network layer.At the transport layer data transmission systems may use either a reliable protocol such as a Transmission Control Protocol TCP or an unreliable protocol such as User Datagram Protocol UDP.The former ensures that all the packets arrive at the receiver but requires more bandwidth due to protocol overhead and it introduces more delay.The reliable transport protocols normally measure the roundtrip delay in order to derive there from when messages should be repeated.On the other hand unreliable protocols are lightweight and faster although the data stream may be subject to packet loss.
Patent claim: The method according to claim 1 characterized in that the annealing step is carried out at a temperature from about 300C to about 700C.

Related passage: A preferred type of Group 1a1b3a6a material is a CIGS material.A preferred method of the present invention comprises a method for preparing a CIGS material comprising providing a substrate providing a seleniumGroup 1b ink of the present invention wherein the Group 1b component comprises copper optionally providing an indium source optionally providing a gallium source optionally providing a sulfur source and optionally providing a selenium source forming at least one CIGS precursor layer on the substrate by depositing copper and selenium on the substrate using the seleniumGroup 1b ink of the present invention optionally depositing an indium material on the substrate using the indium source optionally depositing a gallium material on the substrate using the gallium source optionally depositing a sulfur material on the substrate using the sulfur source and optionally depositing a selenium material on the substrate using the selenium source treating the at least one CIGS precursor layer to form a CIGS material having a formula CuvlnwGaxSeySz wherein 0.5v1.5 preferably 0.85v0.95 0w1 preferably 0.68w0.75 more preferably w is 0.7 0x1 preferably 0.25x0.32 more preferably x is 0.3 0 lt y2.5 and 0z lt 2.5.Preferably wx1 and 1.8yz2.5.More preferably the CIGS material prepared has a formula CuIn1bGabSe2cSc wherein 0b1 and 0c lt 2.The components of the CIGS precursor layers can be treated by known methods to form the CIGS material having formula CuvInwGaxSySez.When multiple CIGS precursor layers are applied the layers can be treated individually or in various combinations.For example a seleniumGroup 1b ink of the present invention and at least one of an indium source and a gallium source can be sequentially or codeposited on a substrate to form a CIGS precursor layer followed by heating of the precursor layer to a temperature of 200 to 650C for 0.5 to 60 minutes followed by deposition onto the substrate of another CIGS precursor layer using more seleniumGroup 1b ink of the present invention and at least one of an indium source and a gallium source followed by heating to a temperature of 200 to 650C for 0.5 to 60 minutes.In another approach the components ofthe CIGS precursor layers are all applied to the substrate before annealing.Annealing temperatures can range from 200 to 650C with annealing times of 0.5 to 60 minutes.Optionally additional selenium can be introduced during the annealing process in the form of at least one of selenium ink selenium powder and hydrogen selenide gas.The CIGS precursor layers can optionally be heated to the annealing temperature by use of a rapid thermal processing protocol such as with the use of a highpowered quartz lamp a laser or microwave heating methods.The CIGS precursor layers can optionally be heated to the annealing temperature using traditional heating methods for example in a furnace.
Patent claim: The method according to claim 11 further comprises the step of applying a phase shift to said first motor control or said second motor control signal before or after said changing step optionally said phase shift is determined by looking up in a second lookup table according to said target speed of said brushless motor.

Related passage: However in a connection shown in FIG.8 A a rotating magnetic field can be generated by inputting a signal having a shifted phase into the Uphase and the Wphase.
Patent claim: The CRUM unit of any one of claims 1 to 6 further comprising a power extract circuit configured to extract power from the first clock signals to be used by the CRUM unit.

Related passage: Based on the timing when reception endsD the CRUM unit 210 is connected to the image forming apparatus in a standby mode and receiving operation of data signal may end.As described above when the CRUM unit is connected to the image forming apparatuswith a standby mode the data signal is not received from the image forming apparatus and thus the section is changed to the second idle section.
Patent claim: The microwave heating apparatus according to any one of the preceding claims wherein the measuring device is adapted to on thebasis of a time interval or on the basis of a time schedule including at least one time point measure for each of the plurality of transmission lines an amplitude of microwaves reflected back towards the microwave source as a function of the operating frequency of the microwave source the control unit being adapted to select a frequency of the microwaves generated by the microwave source based on the measurements of the measuring device.

Related passage: In connection with the microwave heating device using semiconductor elements as the microwave generating part use of an isolator for preventing the semiconductor elements from being destroyed by the reflected power is not preferable from the viewpoint of an increase in the size of the device and costeffectiveness because the isolator is avery expensive and largesized component.Accordingly since the conventional microwave heating device using a magnetron as the microwave generating part is robust to the reflected power and costeffective it is easier for the user to purchase and is very convenient.
Patent claim: An arrangement for temporarily bonding a wafer to a support for wafer processing the wafer having a circuitforming front surface and a back surface to be processed said temporary bonding arrangement consisting of a first temporary bond layer A of thermoplastic organosiloxane polymer which can be bonded to and released from the front surface of the wafer and a second temporary bond layer B of thermosetting modified siloxane polymer which is laid contiguous to the first temporary bond layer and which can be bonded to and released from the support.

Related passage: An example of the pressure sensitive adhesive silicone composition cured by addition reaction with an platinum metal compound catalyst comprises i a linear organopolysiloxane having vinyl groups ii the aforesaid organopolysiloxane copolymer resin iii a crosslinker such as an organohydrogenpolysiloxane having SiH bonds and iv a platinum metal catalyst such as chloroplatinic acid alcoholmodified chloroplatinic acid and platinum complex with a vinylsiloxane.
Patent claim: The battery pack of claim 1 wherein the frame comprises a noncurved surface adjacent to the supporting protrusion optionally wherein the noncurved surface is at the top of the assembly opening and the supporting protrusion is at the bottom of the assembly opening.

Related passage: As described above the battery pack according to this embodiment is manufactured by combining the first and second main frames 10 20 with the subframe 300 and then covering this assembly with the covering member 40.
Patent claim: The honeycomb structure according to any one of claims 1 to 3 wherein in the cells arranged on the first line segment a thickness of the partition walls in the circumferential region excluding the respective five or less cells arranged in the extending direction of the first line segment is from 1.05 to 1.8 times a thickness of the partition walls in the central region excluding the respective five or less cells arranged in the extending direction of the first line segment.

Related passage: In the center side area A it is preferable that the thickness of the partition wall be 0.100.45 mm wherein 0.150.35 mm is more preferable.If the thickness of the partition wall in the center side area A is less than 0.10 mm the strength of the honeycomb unit 11 may be decresed and if it is more than 0.45 mm the zeolite inside the partition wall in the center side area A may not effectively be used for conversion of NOx.
Patent claim: An atomizer according to claims 8 and 10 characterized in that said second portion 54 axially joins said first portion 53 to said second slider portion 51.

Related passage: In use fuel is supplied to the annular chamber 13 through the supply passage 14 and through the flow passage defined between the valve needle and the sleeve member 94 towards the outlet openings 74.As the volume 50 communicates via the tubular member 63 with the low pressure drain only a relatively low force is applied to the region 92b of the piston member 92.The control chamber 18 is filled with fuel under high pressure through leakage.As the diameter of the region 92b of the piston member 92 is substantially the same or slightly larger than the diameter of the region 94a of the sleeve member 94 in such circumstances the valve needle is substantially pressure balanced the force due to the spring 84 serving to urge the valve needle against its seating 72 such that fuel injection does not take place.
Patent claim: The washing machine according to claim 3 or 4 wherein at least one of the front inclined surface the rear inclined surface and the door mounting portion as formed in a curved surface.

Related passage: With reference to the abovecited Figures the toploading clothes washing machine as generally indicated with the reference numeral 1 comprises an outer cabinet 2 provided with a laundry loadingunloading port 3 formed through an upper portion thereof a cabinet door 4 provided for opening and closing said laundry loadingunloading port 3 a washing tub 5 fixedly arranged within the outer cabinet 2 a perforated drum 6 rotatably installed in the tub 5 for holding the clothes 7 and provided with an opening 8 formed through the outer circumferential surface thereof for the clothes 7 to be able to be introduced in and removed from the interior of the drum 6 therethrough a drum door assembly 9 provided in connection with the opening 8 of the drum 6 automatic closing means for automatically actuating the drum door assembly 9 into a closed position.
Patent claim: Nucleated polypropylene composition according to claim 7 wherein a the internal donor ID is selected from optionally substituted malonates maleates succinates glutarates cyclohexene12dicarboxylates benzoates and derivatives andor mixtures thereof preferably the internal donor ID is a citraconate b the molarratio of cocatalyst Co to external donor ED CoED is 5 to 45.

Related passage: The use of the polymeric nucleating agent in accordance with the present invention enables the preparation of polypropylene compositions having highly satisfactory optical properties and satisfactory mechanical properties so that it is not required for the compositions in accordance with the present invention to contain low molecular weight nucleating agents in particular costly sorbitolderived nucleating agents.Accordingly the present invention provides an alternative means for improving the transparency of propylene copolymer compositions especially in end applications wherein the use of lowmolecular weight nucleating agents as clarifiers is not desirable such as in many medical and food applications with strict purity requirements and regulations.
Patent claim: The method of any one of claims 8 to 13 wherein when a plurality of the messages are stored at a server 103 the plurality of distinct forwarding messages are transmitted to the server 103 and each of the plurality of distinct forwarding messages are configured to cause the server 103 to forward the plurality of the messages stored at server 103 to the given network address as a plurality of distinct forwarded messages.

Related passage: Short message service provides for individual text message communications.Two of the main aspects of user interfaces UIs for SMS are 1 providing functionality for composition and viewing of an SMS message and 2 providing access to stored SMS messages.
Patent claim: A return electrode monitoring system comprising at least one return electrode pad including at least one pair of split electrode pads and processing circuitry operatively coupled to the at least one pair of split electrode pads and to a controller for receiving and sweeping a drive signal over a frequency range the drive signal generating at least one feedback signal wherein frequency shift information corresponding to the feedback signal is used by the processing circuitry for determining a reactance of a complex impedance across the at least one pair of split electrode pads.

Related passage: The change in magnitude of the measured impedance is used to determine the real portion of the complex impedance.More specifically a comparison between a first fres which corresponds to the resonant frequency of REM system 50 when the return electrode pad 6 is disconnected and a second fres which corresponds to the return electrode pad 6 being connected to the REM system 50 and in contact with a patient allows for a determination of the real portion of the complex impedance.The difference between the first and second resonant frequencies is caused by electrical resistance between the split pads 41 and 42 of the return electrode pad 6.Once the real and imaginary portions of the impedance of the return electrode pad 6 are known these values may be used to determine the surface area of the return electrode pad 6 in contact with the patient.During operation the controller 24 tracks the changes in complex impedance and correlates those changes with the adherence factor of the return electrode pad 6.Thus the controller 24 determines whether the return electrode pad 6 is attached or is in the process of peeling.
Patent claim: Method according to claim 1 or 2 wherein the fuel valve 103 is controlled using a PIcontroller 123 to which the error signal 121 is supplied as an input the method in particular further comprising deriving a volume specific heat input WIengcal for the fuel 105 based on the error signal 121 and transmitting the derived volume specific heat input WIengcal to the fuel valve 103 wherein based on the derived volume specific heat input the fuel valve is adjusted for controlling the supply of fuel 105.

Related passage: In accordance with certain embodiments of the invention0 may correspond to natural gas only fuel.Highermay indicate worse NOx and better CO.In accordance with certain example embodiments of the invention one or more emissions parameters including NOx CO or unburned hydrocarbons may be monitored.In certain embodiments performance parameters including but not limited to temperature compressor pressure ratio load or speed may be additionally monitored.According to example embodiments fuel composition may be estimated based at least in part on one or more of the one or more monitored emissions parameters or the one or more monitored performance parameters.In an example embodiment at least one turbine operating parameter may be adjusted based at least in part on the estimated fuel composition.
Patent claim: The injection molding machine according to claim 1 or 2 further comprising a DC link 30 connecting the converter device 40 and the drive circuit to each other wherein the converter device 40 further includes a regenerative switch 47B disposed in the middle of a power supply line that connects the power source 12 and the second electric power conversion unit 42 to each other and wherein the controller 80 limits an inrush current from the power source 12 to the second electric power conversion unit 42 by controlling the regenerative switch 47B in accordance with the state of the DC link 30.

Related passage: The load 110 includes at least the controller 26 and is preferably connected to the alternatingcurrent power supply path part 120 at the converter circuit 80 side of the switch 65.The switch 65 is configured to cut off the alternatingcurrent power supply path part 120 arranged between the power source 100 and the load 110.
Patent claim: The turbine machine of claim 1 or 2 wherein the turbine control system selects the target control parameter by for the respective selected control parameters comparing the initial turbine output with the predicted turbine output while operating the selected control parameter with the adjustment of the selected control parameter to determine an adjustment differential and selecting the target control parameter having the target adjustment by using the adjustment differential of the target control parameter.

Related passage: Strong nonlinearities are present in gas turbine engines due to the large range of operating conditions and power levels experienced during operation.Also turbine operation is restricted due to mechanical aerodynamic thermal and flow limitations.Model predictive controls are ideal for such environments because they can specifically handle the nonlinearities and both the input and output constraints of many variables all in a single control formulation.Model predictive controls are full state feedback controls that use a model of the processsystemcomponent to predict the output up to a certain instant of time based on the inputs to the system and the most recent process measurements.A flowchart showing the basic steps followed by a modelpredictive controller as used in embodiments of this invention is shown in Figure 2.The main idea in modelpredictive controls is to use the model predictions of the performance over the next time interval to select the control input sequence via constrained optimization starting from the current system state.Generally speaking model predictive control is a control paradigm used to control processes that must satisfy performance safety andor environmental constraints.