mhurhangee/patent-ind-claim-en huggingface dataset:
A method of tuning a transmission circuit , comprising: sweeping a power frequency range applied to a transmission coil across a plurality of frequencies, wherein the transmission coil is inductively coupled to a receiving coil and separated from the receiving coil by an air gap defined by the receiving coil and the transmission coil ; measuring a current through the transmission coil at each frequency of the plurality of frequencies in the power frequency range; and characterised by selecting a transmission frequency in response to detecting a local minima of the measured current at an optimal frequency in the plurality of frequencies, wherein the local minima of the measured current varies as the air gap varies. sweeping a power frequency range applied to a transmission coil across a plurality of frequencies, wherein the transmission coil is inductively coupled to a receiving coil and separated from the receiving coil by an air gap defined by the receiving coil and the transmission coil ; measuring a current through the transmission coil at each frequency of the plurality of frequencies in the power frequency range; and characterised by selecting a transmission frequency in response to detecting a local minima of the measured current at an optimal frequency in the plurality of frequencies, wherein the local minima of the measured current varies as the air gap varies.
A computer-implemented operation-retry method for a job, comprising: detecting whether an operation in the job fails; and upon detecting that the operation in the job fails: collecting statistics on a progress of the job; configuring an incremental factor according to the progress of the job; calculating a retry time base according to a preset interval; calculating a retry time according to the incremental factor and the retry time base; and re-executing the operation after waiting for the calculated retry time. detecting whether an operation in the job fails; and upon detecting that the operation in the job fails: collecting statistics on a progress of the job; configuring an incremental factor according to the progress of the job; calculating a retry time base according to a preset interval; calculating a retry time according to the incremental factor and the retry time base; and re-executing the operation after waiting for the calculated retry time. collecting statistics on a progress of the job; configuring an incremental factor according to the progress of the job; calculating a retry time base according to a preset interval; calculating a retry time according to the incremental factor and the retry time base; and re-executing the operation after waiting for the calculated retry time.
A receiving antenna for terahertz radiation comprising an antenna conductor and a first photoconductor , which is connected to the antenna conductor , is activatable by light , and in an activated state allows an antenna current flowing through the antenna conductor and the first photoconductor , characterised in that the receiving antenna has at least one second photoconductor , which is likewise connected to the antenna conductor , is activatable by light , is connected in parallel with the first photoconductor , and in an activated state allows an antenna current flowing through the antenna conductor and the second photoconductor , wherein at least one high-pass filter is between each of the photoconductors and the antenna conductor . an antenna conductor and a first photoconductor , which is connected to the antenna conductor , is activatable by light , and in an activated state allows an antenna current flowing through the antenna conductor and the first photoconductor , characterised in that the receiving antenna has at least one second photoconductor , which is likewise connected to the antenna conductor , is activatable by light , is connected in parallel with the first photoconductor , and in an activated state allows an antenna current flowing through the antenna conductor and the second photoconductor , wherein at least one high-pass filter is between each of the photoconductors and the antenna conductor .
A method for a computer system comprising the steps of: receiving , by at least one processing server, a first security token from a client, the first security token comprising an identity of the client; converting, by the at least one processing server, the first security token to the identity of the client with a set of claims; transmitting, by the at least one processing server, the identity of the client and an identity of the at least one processing server to a claims issuer; receiving , by the at least one processing server from the claims issuer, a second security token, the second security token representing both the at least one processing server's identity and the client's identity in a relationship forming identity delegation chain information, the at least one processing server's identity being attached to the client's identity using a delegate property on the client's identity; and transmitting the second security token to at least one backend server whereby the at least one backend server makes authentication decisions based on the identity of both the at least one processing server and the client. receiving , by at least one processing server, a first security token from a client, the first security token comprising an identity of the client; converting, by the at least one processing server, the first security token to the identity of the client with a set of claims; transmitting, by the at least one processing server, the identity of the client and an identity of the at least one processing server to a claims issuer; receiving , by the at least one processing server from the claims issuer, a second security token, the second security token representing both the at least one processing server's identity and the client's identity in a relationship forming identity delegation chain information, the at least one processing server's identity being attached to the client's identity using a delegate property on the client's identity; and transmitting the second security token to at least one backend server whereby the at least one backend server makes authentication decisions based on the identity of both the at least one processing server and the client.
A light-emitting device comprising at least a solid-state light source that emits light having a peak wavelength in the range of 480 nm or less and a fluorescent film that covers the solid-state light source and includes at least one kind of phosphor, wherein the fluorescent film includes at least one kind of near-infrared phosphor that is excited by light from the solid-state light source and emits light having a peak wavelength in the range exceeding 700 nm and having an emission spectrum with a full width at half maximum of 100 nm or more in a range including the peak wavelength, the light-emitting device has a continuous emission spectrum at least in the range of 400 nm or more to 1,000 nm or less, and the continuous emission spectrum means that the emission intensity of the emission spectrum is 0.01 or more, as a value relative to an 800 nm reference, across the entire region within this range, characterized in that the near-infrared phosphor has a composition represented by formula (I) Li a Sr b La c Si d N e Eu f (I) wherein a-f are numbers satisfying: a + b + c + d + e + f = 100; and 0 ≤ a ≤ 8.22, 0.22 ≤ b ≤ 17.33, 1.12 ≤ c ≤ 11.36, 22.41 ≤ d ≤ 38.09, 49.47 ≤ e ≤ 56.09, and 0.88 ≤ f ≤ 1.01. the fluorescent film includes at least one kind of near-infrared phosphor that is excited by light from the solid-state light source and emits light having a peak wavelength in the range exceeding 700 nm and having an emission spectrum with a full width at half maximum of 100 nm or more in a range including the peak wavelength, the light-emitting device has a continuous emission spectrum at least in the range of 400 nm or more to 1,000 nm or less, and the continuous emission spectrum means that the emission intensity of the emission spectrum is 0.01 or more, as a value relative to an 800 nm reference, across the entire region within this range, characterized in that the near-infrared phosphor has a composition represented by formula (I) Li a Sr b La c Si d N e Eu f (I) wherein a-f are numbers satisfying: a + b + c + d + e + f = 100; and 0 ≤ a ≤ 8.22, 0.22 ≤ b ≤ 17.33, 1.12 ≤ c ≤ 11.36, 22.41 ≤ d ≤ 38.09, 49.47 ≤ e ≤ 56.09, and 0.88 ≤ f ≤ 1.01.
A fast charging device for a hybrid or electric vehicle intended to be connected to an electricity distribution network , on the one hand, and to the terminals of a battery of a hybrid or electric vehicle, on the other hand, said device comprising: - two charging cables adapted to run independently of each other inside a vehicle, the two cables not being surrounded by any sheath or tube common to the two cables; - a connector comprising an input for connection to a power cable to be connected to an electricity distribution network, and an outlet from which the load cables extend; each of the two cables being intended to be connected to a battery terminal at one end of the cable, and at the other end to a respective terminal of the connector output , each charging cable comprising an electrical conductor and at least one insulating layer surrounding the electrical conductor , the insulating layer being in direct contact with the electrical conductor ; each charging cable further comprising a protective device (G) consisting of at least one sheath (G1, G2) arranged around the insulating layer and conforming to the assembly formed by the electrical conductor and the insulating layer , a sheath of the at least one sheath of the protective device (G) being in direct contact with the insulating layer so as to promote heat dissipation from the charging device inside the vehicle and at the connector. - two charging cables adapted to run independently of each other inside a vehicle, the two cables not being surrounded by any sheath or tube common to the two cables; - a connector comprising an input for connection to a power cable to be connected to an electricity distribution network, and an outlet from which the load cables extend;
Detergent and cleaning agent containing compounds of the formula (I) (R 1 OOC) a -R 2 (OH) c -COO-(C n H 2n -O) m -OC-R 3 (OH) d (COOR 4 ) b (I) wherein R 1 and R 4 independently of one another are hydrogen, a cation of a metal, an ammonium cation, C 1 -C 6 -alkyl, cycloalkyl having three to nine ring carbon atoms, aryl having five to ten ring carbon atoms, aryl substituted by one or two alkyl groups, aryl linked to the carboxyl group via an alkylene group, -(C n H 2n -O) m -H or -O-R 2 (COOR 1 ) a+1 , R 2 and R 3 independently of one another are aliphatic hydrocarbon radicals having one to eight carbon atoms, a and b independently of one another are integers from 1 to 4, c is an integer from 0 to 4, d is an integer from 1 to 4, n is 2, 3 or 4, and m is 1, 2, 3 or 4, with the proviso that R 1 and R 4 may be different within a molecule within the scope of the given definitions. wherein R 1 and R 4 independently of one another are hydrogen, a cation of a metal, an ammonium cation, C 1 -C 6 -alkyl, cycloalkyl having three to nine ring carbon atoms, aryl having five to ten ring carbon atoms, aryl substituted by one or two alkyl groups, aryl linked to the carboxyl group via an alkylene group, -(C n H 2n -O) m -H or -O-R 2 (COOR 1 ) a+1 , R 2 and R 3 independently of one another are aliphatic hydrocarbon radicals having one to eight carbon atoms, a and b independently of one another are integers from 1 to 4, c is an integer from 0 to 4, d is an integer from 1 to 4, n is 2, 3 or 4, and m is 1, 2, 3 or 4, with the proviso that R 1 and R 4 may be different within a molecule within the scope of the given definitions.
An electric power steering apparatus of a vector control system that calculates steering assist command values of dq-axes based on at least a steering torque, calculates dq-axes current command values from said steering assist command values, converts said dq-axes current command values into dq-axes voltage command values, converts said dq-axes voltage command values into 3-phase duty command values, driving-controls a 3-phase brushless motor by an inverter of a pulse width modulation (PWM) control, and applies an assist torque to a steering system of a vehicle, characterized in that said electric power steering apparatus comprises: a dead time compensating section A that calculates first dq-axes compensation values relating to said dq-axes of said inverter based on 3-phase terminal voltages of said 3-phase brushless motor ; a dead time compensating section B that calculates second dq-axes compensation values relating to said dq-axes of said inverter based on a motor rotational angle of said 3-phase brushless motor ; and a compensation-value switching section that gradually and mutually switches while mixing said first dq-axes compensation values and said second dq-axes compensation values based on said steering assist command value of said q-axis, and outputs dq-axes dead time compensation values, wherein a dead time compensation of said inverter is performed by a correction of said dq-axes voltage command values with said dq-axes dead time compensation values. a dead time compensating section A that calculates first dq-axes compensation values relating to said dq-axes of said inverter based on 3-phase terminal voltages of said 3-phase brushless motor ; a dead time compensating section B that calculates second dq-axes compensation values relating to said dq-axes of said inverter based on a motor rotational angle of said 3-phase brushless motor ; and a compensation-value switching section that gradually and mutually switches while mixing said first dq-axes compensation values and said second dq-axes compensation values based on said steering assist command value of said q-axis, and outputs dq-axes dead time compensation values, wherein a dead time compensation of said inverter is performed by a correction of said dq-axes voltage command values with said dq-axes dead time compensation values.
A method to operate a combustion system , the method comprising: controlling exhaust emissions using a pressure parameter of a filtering device sensed with a pressure sensor assembly ; determining an iced condition of the pressure sensor assembly ; responsive to determining the iced condition, controlling the exhaust emissions, in the iced condition, without using the pressure parameter sensed with the pressure sensor assembly ; enabling a de-iced condition timer if a temperature of the ambient air, the engine, or the exhaust, is equal to or greater than a de-icing temperature threshold; and disabling the de-iced condition timer if the temperature is less than the de-icing temperature threshold, determining a de-iced condition of the pressure sensor assembly by determining that the de-iced condition timer exceeds a de-iced condition time limit in a given amount of time; and responsive to determining the de-iced condition, controlling the exhaust emissions using the pressure parameter sensed with the pressure sensor assembly in the de-iced condition. controlling exhaust emissions using a pressure parameter of a filtering device sensed with a pressure sensor assembly ; determining an iced condition of the pressure sensor assembly ; responsive to determining the iced condition, controlling the exhaust emissions, in the iced condition, without using the pressure parameter sensed with the pressure sensor assembly ; enabling a de-iced condition timer if a temperature of the ambient air, the engine, or the exhaust, is equal to or greater than a de-icing temperature threshold; and disabling the de-iced condition timer if the temperature is less than the de-icing temperature threshold, controlling the exhaust emissions, in the iced condition, without using the pressure parameter sensed with the pressure sensor assembly ; enabling a de-iced condition timer if a temperature of the ambient air, the engine, or the exhaust, is equal to or greater than a de-icing temperature threshold; and disabling the de-iced condition timer if the temperature is less than the de-icing temperature threshold, determining a de-iced condition of the pressure sensor assembly by determining that the de-iced condition timer exceeds a de-iced condition time limit in a given amount of time; and responsive to determining the de-iced condition, controlling the exhaust emissions using the pressure parameter sensed with the pressure sensor assembly in the de-iced condition.
A control method for controlling a quantum system, the control method comprising: accessing a quantum system model representing a quantum system, the quantum system comprising qubits that respond to a control signal generated by a control system, the quantum system model comprising a control parameter representing the control signal, the control system configured to generate the control signal in response to an input signal received by the control system; accessing an uncertainty model representing uncertainty in a parameter of the control system; accessing a distortion model representing a non-linear relationship between the control signal and the input signal; defining a target operation to be applied to one or more of the qubits by operation of the control system; generating a control sequence comprising a sequence of values for the input signal, the control sequence based on the target operation, the quantum system model, the distortion model and the uncertainty model; and applying the control sequence to the quantum system by operation of the control system. accessing a quantum system model representing a quantum system, the quantum system comprising qubits that respond to a control signal generated by a control system, the quantum system model comprising a control parameter representing the control signal, the control system configured to generate the control signal in response to an input signal received by the control system; accessing an uncertainty model representing uncertainty in a parameter of the control system; accessing a distortion model representing a non-linear relationship between the control signal and the input signal; defining a target operation to be applied to one or more of the qubits by operation of the control system; generating a control sequence comprising a sequence of values for the input signal, the control sequence based on the target operation, the quantum system model, the distortion model and the uncertainty model; and applying the control sequence to the quantum system by operation of the control system.
A system for processing a sensed current signal from a motor , the system comprising a digital signal processor and a field programmable gate array , characterized in that : the digital signal processor is programmed to generate a digital pulse indicating a current sensing instant at which to latch a current value from a sensed current signal, a rising or falling edge of the digital pulse being configured to correspond to an averaging point of a rising or falling current slope of the sensed current signal; and that the field programmable gate array is connected to an analog-to-digital converter adapted to produce a continuous stream of digital samples from the sensed current signal, the field programmable gate array adapted to receive the continuously sensed three phase current signal and for receiving the digital pulse from the digital signal processor , the field programmable gate array configured to latch a set of three phase current values from the continuously sensed current signal at the current sensing instant indicated by the rising or falling edge of the digital pulse , and transmit the latched three phase current values to the digital signal processor . the digital signal processor is programmed to generate a digital pulse indicating a current sensing instant at which to latch a current value from a sensed current signal, a rising or falling edge of the digital pulse being configured to correspond to an averaging point of a rising or falling current slope of the sensed current signal; and that the field programmable gate array is connected to an analog-to-digital converter adapted to produce a continuous stream of digital samples from the sensed current signal, the field programmable gate array adapted to receive the continuously sensed three phase current signal and for receiving the digital pulse from the digital signal processor , the field programmable gate array configured to latch a set of three phase current values from the continuously sensed current signal at the current sensing instant indicated by the rising or falling edge of the digital pulse , and transmit the latched three phase current values to the digital signal processor .
A comfort apparatus for use by a parent and an infant, the comfort apparatus comprising a parent support and comfort means , the parent support and comfort means comprising an elongate cushion apparatus , wherein the elongate cushion apparatus comprises a middle section , a first end section and a second end section , the first end section and/or the second end section being separable from the middle section characterized in that the comfort apparatus further comprises an infant portion for supporting an infant, and wherein the infant portion comprises a support mat for supporting the infant, an infant support and safety means for supporting an infant and preventing the infant from falling out of the infant portion , and a barrier for preventing the parent from rolling onto the infant when in use, the barrier and the infant support and safety means being spaced apart defining a space therebetween, and wherein the support mat and the parent support and comfort means are joined by a distance-adjustable joining arrangement which prevents the support mat and the parent support and comfort means from moving substantially apart when in use.
A control for in vitro use in identifying a genotype, comprising amplified cell-free DNA (cfDNA), and a first mixture of nucleic acids; wherein the cfDNA has a base pair (bp) length of 75 bps to 600 bps, the first mixture of nucleic acids comprises a nucleotide sequence that encodes the genotype, and the first mixture of nucleic acids comprises at least 50% of double stranded DNA of 75 bps to 600 bps in length.
An air spring comprising: a bellows chamber operatively connected to a piston chamber , at least one opening , disposed between said bellows chamber and said piston chamber , for fluid communication between the bellows chamber and the piston chamber , whereby a ratio of a cross-sectional area of said at least one opening in centimeters (inches) squared to a volume of said piston chamber in centimeters (inches) cubed to a volume of said bellows chamber in centimeters (inches) cubed, is from 1:1524:3048 (1:600:1200) to 1:35814:59690 (1:14100:23500); wherein said at least one opening includes a cross-sectional area of from 0.25 cm 2 to 0.84 cm 2 (from 0.039 in 2 to 0.13 in 2 ); wherein said piston chamber has a volume of from 2458 cm 3 to 9013 cm 3 (from 150 in 3 to 550 in 3 ); wherein said bellows chamber has a volume of from 4998 cm 3 to 14994 cm 3 (from 305 in 3 to 915 in 3 ). a bellows chamber operatively connected to a piston chamber , at least one opening , disposed between said bellows chamber and said piston chamber , for fluid communication between the bellows chamber and the piston chamber , whereby a ratio of a cross-sectional area of said at least one opening in centimeters (inches) squared to a volume of said piston chamber in centimeters (inches) cubed to a volume of said bellows chamber in centimeters (inches) cubed, is from 1:1524:3048 (1:600:1200) to 1:35814:59690 (1:14100:23500); wherein said at least one opening includes a cross-sectional area of from 0.25 cm 2 to 0.84 cm 2 (from 0.039 in 2 to 0.13 in 2 ); wherein said piston chamber has a volume of from 2458 cm 3 to 9013 cm 3 (from 150 in 3 to 550 in 3 ); wherein said bellows chamber has a volume of from 4998 cm 3 to 14994 cm 3 (from 305 in 3 to 915 in 3 ).