mhurhangee/patent-ind-claim-en huggingface dataset:
An optical traceable patch cord , comprising: a cable extending from a first connector at a first end to a second connector at a second end ; a trace assembly provided in the cable between the first end of the cable and the second end of the cable , the trace assembly proximate the first connector and spaced from each of the first connector and the second connector ; and an optical fiber extending from the trace assembly towards the second end of the cable ; wherein the trace assembly further comprises an interface housing , the interface housing including an open end which permits access to an optical receptacle of the trace assembly within the interface housing , characterised in that the interface housing extends from a first crimp area at a first end of the interface housing to a second crimp area at a second end of the interface housing ; in that the cable further comprises an outer jacket and an inner jacket secured to the interface housing at the first and second crimp areas ; and in that the trace assembly further comprises a connection sleeve at each of the first and second crimp areas , each connection sleeve surrounding a portion of the cable and being crimped to the interface housing . a cable extending from a first connector at a first end to a second connector at a second end ; a trace assembly provided in the cable between the first end of the cable and the second end of the cable , the trace assembly proximate the first connector and spaced from each of the first connector and the second connector ; and an optical fiber extending from the trace assembly towards the second end of the cable ; wherein the trace assembly further comprises an interface housing , the interface housing including an open end which permits access to an optical receptacle of the trace assembly within the interface housing , characterised in that the interface housing extends from a first crimp area at a first end of the interface housing to a second crimp area at a second end of the interface housing ; in that the cable further comprises an outer jacket and an inner jacket secured to the interface housing at the first and second crimp areas ; and in that the trace assembly further comprises a connection sleeve at each of the first and second crimp areas , each connection sleeve surrounding a portion of the cable and being crimped to the interface housing .
A method of wireless communication for precoding matrix indicator, PMI, feedback for 3GPP New Radio, NR, type II channel state information, CSI, feedback, the method comprising: determining , by a user equipment, UE , a plurality of channel state information, CSI, feedback components; identifying , by the UE , a set of discarded CSI feedback components of the plurality of CSI feedback components based on a component value of a precoding matrix indicator, PMI, component of the plurality of CSI feedback components, wherein the PMI component includes one of: a beam indication precoding matrix indicator, PMIb, ; a wideband amplitude precoding matrix indicator, PMIp,wb, ; a combination thereof; and generating , by the UE , an adjusted CSI report, wherein the adjusted CSI report includes the plurality of CSI feedback components adjusted according to the set of discarded CSI feedback components, and wherein the generating the adjusted CSI report includes: generating a set of adjusted CSI components, wherein the set of adjusted CSI components includes the plurality of CSI feedback components in which the set of discarded CSI feedback components are replaced with a fixed component value associated with the set of discarded CSI feedback components; and transmitting , by the UE , the adjusted CSI report to a serving base station . determining , by a user equipment, UE , a plurality of channel state information, CSI, feedback components; identifying , by the UE , a set of discarded CSI feedback components of the plurality of CSI feedback components based on a component value of a precoding matrix indicator, PMI, component of the plurality of CSI feedback components, wherein the PMI component includes one of: a beam indication precoding matrix indicator, PMIb, ; a wideband amplitude precoding matrix indicator, PMIp,wb, ; a combination thereof; and a beam indication precoding matrix indicator, PMIb, ; a wideband amplitude precoding matrix indicator, PMIp,wb, ; a combination thereof; and generating , by the UE , an adjusted CSI report, wherein the adjusted CSI report includes the plurality of CSI feedback components adjusted according to the set of discarded CSI feedback components, and wherein the generating the adjusted CSI report includes: generating a set of adjusted CSI components, wherein the set of adjusted CSI components includes the plurality of CSI feedback components in which the set of discarded CSI feedback components are replaced with a fixed component value associated with the set of discarded CSI feedback components; and transmitting , by the UE , the adjusted CSI report to a serving base station .
A method for measuring a physiological parameter such as a biological rhythm from at least two sensors (Ccl, Cc2; Cr1, Cr2) wherein the measurement of a biological rhythm is performed with: - a step of measuring the biological rhythm for each sensor (Cc1, Cc2; Cr1, Cr2) for generating a series of measurements of at least two frequencies (Fcl, Fc2; Fr1, Fr2), - a step of evaluating the level of coherence of each frequency (Fc1, Fc2; Fr1, Fr2) of the series of measurements, - a step of selecting a frequency from all the frequencies of the series depending on the one hand on their respective level of coherence and on the other hand a so-called reference frequency (FR), in order to determine a new reference frequency (FR), - a step for storing the new reference frequency (FR), and wherein in the selecting step, there are performed: - comparing between the level of coherence of each frequency of the series of measurements to keep only the frequencies having the highest level of coherence in the series, - selecting the nearest frequency (FP) to the reference frequency (FR) from the frequencies having the highest level of coherence, - replacing the reference frequency (FR) with the nearest value frequency (FP) or maintaining the reference frequency (FR) if the level of coherence of the nearest value frequency (FP) is less than a threshold value. - a step of measuring the biological rhythm for each sensor (Cc1, Cc2; Cr1, Cr2) for generating a series of measurements of at least two frequencies (Fcl, Fc2; Fr1, Fr2), - a step of evaluating the level of coherence of each frequency (Fc1, Fc2; Fr1, Fr2) of the series of measurements, - a step of selecting a frequency from all the frequencies of the series depending on the one hand on their respective level of coherence and on the other hand a so-called reference frequency (FR), in order to determine a new reference frequency (FR), - a step for storing the new reference frequency (FR), and wherein in the selecting step, there are performed: - comparing between the level of coherence of each frequency of the series of measurements to keep only the frequencies having the highest level of coherence in the series, - selecting the nearest frequency (FP) to the reference frequency (FR) from the frequencies having the highest level of coherence, - replacing the reference frequency (FR) with the nearest value frequency (FP) or maintaining the reference frequency (FR) if the level of coherence of the nearest value frequency (FP) is less than a threshold value. - comparing between the level of coherence of each frequency of the series of measurements to keep only the frequencies having the highest level of coherence in the series, - selecting the nearest frequency (FP) to the reference frequency (FR) from the frequencies having the highest level of coherence, - replacing the reference frequency (FR) with the nearest value frequency (FP) or maintaining the reference frequency (FR) if the level of coherence of the nearest value frequency (FP) is less than a threshold value.
A connection element for an exhaust system of an internal combustion engine, comprising: - a connection element body extending in the direction of a connection element longitudinal axis (A), wherein an inner circumferential surface of the connection element body delimits an exhaust gas passage of the connection element , - a connecting flange region extending radially outward from the connection element body and surrounding the connection element longitudinal axis (A), wherein the connecting flange region has an abutment surface oriented in the direction of a first axial end of the connection element body , wherein a section of the connection element body which projects axially beyond the abutment surface and provides the first axial end of the connection element body provides a centering section having a centering outer circumferential surface , wherein a depression surrounding the connection element longitudinal axis (A) and having a depression surface which is offset axially in the direction away from the first axial end with respect to the abutment surface or/and is offset radially inward with respect to the centering outer circumferential surface is provided in a transitional region between the abutment surface and the centering outer circumferential surface , characterized in that a radius of curvature (R) of the depression in the transition from the abutment surface to the centering outer circumferential surface is in the range of from 1.1 mm to 1.4 mm. - a connection element body extending in the direction of a connection element longitudinal axis (A), wherein an inner circumferential surface of the connection element body delimits an exhaust gas passage of the connection element , - a connecting flange region extending radially outward from the connection element body and surrounding the connection element longitudinal axis (A), wherein the connecting flange region has an abutment surface oriented in the direction of a first axial end of the connection element body ,
A laminate of a reinforcing fiber sheet and a thermoplastic resin sheet; wherein, (i) the thermoplastic resin sheet is a polypropylene resin composition composed of (A) 70 parts by weight to 95 parts by weight of polypropylene resin (Component A) and (B) 30 parts by weight to 5 parts by weight of polycarbonate resin (Component B), and (ii) the content of reinforcing fiber constituting the reinforcing fiber sheet is 20 parts by weight to 150 parts by weight, based on 100 parts by weight of the resin component composed of Component A and Component B, and wherein the thermoplastic resin sheet is formed of mesh-like hollow fibers. (i) the thermoplastic resin sheet is a polypropylene resin composition composed of (A) 70 parts by weight to 95 parts by weight of polypropylene resin (Component A) and (B) 30 parts by weight to 5 parts by weight of polycarbonate resin (Component B), and (ii) the content of reinforcing fiber constituting the reinforcing fiber sheet is 20 parts by weight to 150 parts by weight, based on 100 parts by weight of the resin component composed of Component A and Component B,
Method for operating a hybrid drive system of a motor vehicle , wherein the hybrid drive system comprises an internal combustion engine having a belt starter generator coupled thereto, a transmission , a powertrain generator , an exhaust gas tract for the internal combustion engine , a control device and an output , wherein a first clutch is arranged between the internal combustion engine and the transmission , the method comprising: - bringing the motor vehicle to a first speed by controlling the hybrid drive system by means of the control device , - bringing about an operating state of the hybrid drive system , in which the first clutch is opened, by means of the control device , - switching off the internal combustion engine by means of the control device , - detecting, by means of the control device , a braking request for braking the motor vehicle , - closing the first clutch by means of the control device for overrunning the internal combustion engine and for operating the belt starter generator in a recuperation mode, and - configuring the internal combustion engine by means of the control device such that only inlet valves of the internal combustion engine remain closed during a rotation of a crankshaft of the internal combustion engine . - bringing the motor vehicle to a first speed by controlling the hybrid drive system by means of the control device , - bringing about an operating state of the hybrid drive system , in which the first clutch is opened, by means of the control device , - switching off the internal combustion engine by means of the control device , - detecting, by means of the control device , a braking request for braking the motor vehicle , - closing the first clutch by means of the control device for overrunning the internal combustion engine and for operating the belt starter generator in a recuperation mode, and - configuring the internal combustion engine by means of the control device such that only inlet valves of the internal combustion engine remain closed during a rotation of a crankshaft of the internal combustion engine .
A computer-implemented method comprising: receiving an audio data input; determining that the audio data input relates to text data to be outputted via an audio output component; determining a start position within the text data; determining that the start position is within a first contextual portion of text; determining a first text corresponding to an entirety of the first contextual portion; performing text-to-speech, TTS, processing on the first text to determine a first audio data; and sending the first audio data to another device associated with the audio output component. receiving an audio data input; determining that the audio data input relates to text data to be outputted via an audio output component; determining a start position within the text data; determining that the start position is within a first contextual portion of text; determining a first text corresponding to an entirety of the first contextual portion; performing text-to-speech, TTS, processing on the first text to determine a first audio data; and sending the first audio data to another device associated with the audio output component.
A sustained-release pharmaceutical composition of topiramate, which is a topiramate sustained-release pellet, and the topiramate sustained-release pellet comprises a blank pellet core, a drug layer, and a sustained-release coating layer, in which the drug layer is free of binding agent.
Method for overburden thickness measurement, in particular in the case of gas and oil pipelines laid underground, characterised in that the device to be covered is measured and its coordinates are recorded with reference to a specified coordinate system, that after the overburden has been applied the terrain profile over the device is measured and a terrain model is determined therefrom and recorded in the specified coordinate system, and that the thickness of the overburden is determined from the coordinates of the device and from the terrain model .
A drill bit , comprising: a bit body having a cutting section, a shank attached to the cutting section and a neck section ; a cavity on an outer surface of the shank ; a sensor package placed in the cavity , the sensor package including a first sensing element and a second sensing element ; and at least one sensor on each of the first and second sensing elements , wherein each at least one sensor provides a signal in response to one of a bending moment of the respective first or second sensing element and weight on the respective first or second sensing element ; characterised in the sensor package further comprising variable length mechanisms including mounting blocks to hold the first and second sensing elements in position in the cavity. a bit body having a cutting section, a shank attached to the cutting section and a neck section ; a cavity on an outer surface of the shank ; a sensor package placed in the cavity , the sensor package including a first sensing element and a second sensing element ; and at least one sensor on each of the first and second sensing elements , wherein each at least one sensor provides a signal in response to one of a bending moment of the respective first or second sensing element and weight on the respective first or second sensing element ; characterised in the sensor package further comprising variable length mechanisms including mounting blocks to hold the first and second sensing elements in position in the cavity.
A bioinformation acquisition apparatus configured for photoacoustic measurement, comprising: a light source configured for radiating a flux of light to form an irradiation area on a test object ; a detector configured for detecting an acoustical wave signal generated in the test object based on radiation of the flux of light to the test object ; and a reflective member (103; 303; 403), having a concave shape, adapted to reflect a flux of light emitted out of the test object when the flux of light is radiated to the test object , wherein the light source and the detector are located at the same side with respect to the irradiation area on the test object , and wherein the reflective member (103; 303; 403) has a thickness equal to or smaller than 5 μm and is located between the detector and the irradiation area on the test object so as to transmit the acoustic wave, and is configured to be equal to or larger in size than the irradiation area . a light source configured for radiating a flux of light to form an irradiation area on a test object ; a detector configured for detecting an acoustical wave signal generated in the test object based on radiation of the flux of light to the test object ; and a reflective member (103; 303; 403), having a concave shape, adapted to reflect a flux of light emitted out of the test object when the flux of light is radiated to the test object , wherein the light source and the detector are located at the same side with respect to the irradiation area on the test object , and wherein the reflective member (103; 303; 403) has a thickness equal to or smaller than 5 μm and is located between the detector and the irradiation area on the test object so as to transmit the acoustic wave, and is configured to be equal to or larger in size than the irradiation area .
Filter system comprising: a filter converter configured for receiving an input signal comprising information concerning a finite impulse response of a filter or a filter element in a time domain and for generating input subband filter impulse responses corresponding to subbands, which comprise filter impulse response values at filter taps; and a filter compressor for generating compressed subband filter impulse responses from the input subband filter impulse responses, the filter compressor comprising: a processor for examining the filter impulse response values from at least two input subband filter impulse responses to find filter impulse response values having higher absolute values, and at least one filter impulse response value having an absolute value being lower than the higher absolute values; and a filter impulse response constructor for constructing the compressed subband filter impulse responses using the filter impulse response values having the higher absolute values, wherein the compressed subband filter impulse responses comprise zero-valued filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the lower absolute value. a filter converter configured for receiving an input signal comprising information concerning a finite impulse response of a filter or a filter element in a time domain and for generating input subband filter impulse responses corresponding to subbands, which comprise filter impulse response values at filter taps; and a filter compressor for generating compressed subband filter impulse responses from the input subband filter impulse responses, the filter compressor comprising: a processor for examining the filter impulse response values from at least two input subband filter impulse responses to find filter impulse response values having higher absolute values, and at least one filter impulse response value having an absolute value being lower than the higher absolute values; and a filter impulse response constructor for constructing the compressed subband filter impulse responses using the filter impulse response values having the higher absolute values, wherein the compressed subband filter impulse responses comprise zero-valued filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the lower absolute value. a processor for examining the filter impulse response values from at least two input subband filter impulse responses to find filter impulse response values having higher absolute values, and at least one filter impulse response value having an absolute value being lower than the higher absolute values; and a filter impulse response constructor for constructing the compressed subband filter impulse responses using the filter impulse response values having the higher absolute values, wherein the compressed subband filter impulse responses comprise zero-valued filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the lower absolute value.
A method of wireless communication by a base station , comprising: determining random access channel, RACH, parameters: transmitting a message that includes RACH information via a physical broadcast channel, PBCH, wherein the RACH information comprises a subset of the determined RACH parameters including at least one of a beam sweep periodicity, a base station transmit power, a RACH preamble index, a RACH configuration, a RACH frequency, or a RACH power ramping step; characterized by : receiving a RACH message from a user equipment, UE, during a RACH procedure based on the transmitted RACH information, wherein the RACH message is received before transmitting, by the base station, remaining RACH parameters via an extended PBCH, ePBCH, wherein the remaining RACH parameters are the determined RACH parameters not including those that make up the RACH information. transmitting a message that includes RACH information via a physical broadcast channel, PBCH, wherein the RACH information comprises a subset of the determined RACH parameters including at least one of a beam sweep periodicity, a base station transmit power, a RACH preamble index, a RACH configuration, a RACH frequency, or a RACH power ramping step; characterized by : receiving a RACH message from a user equipment, UE, during a RACH procedure based on the transmitted RACH information, wherein the RACH message is received before transmitting, by the base station, remaining RACH parameters via an extended PBCH, ePBCH, wherein the remaining RACH parameters are the determined RACH parameters not including those that make up the RACH information.