mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a receiver configured to generate an analog signal from collected image data; a digitizer configured to generate a first digital signal from the analog signal; a micro-controller configured to receive the analog signal and the first digital signal; wherein the microcontroller is further configured to generate a corrected digital signal (DBP') by comparing the first digital signal from the digitizer with a second digital signal generated from the analog signal; wherein the electronic device is configured to output one of the first digital signal and the corrected digital signal; wherein the first digital signal and the corrected digital signal are an un-decoded first digital signal and an un-decoded corrected digital signal, respectively; wherein the corrected digital signal is a signal substantially free from any transition error; and wherein the electronic device is characterized in that: the micro-controller includes an adjustable system clock, and the micro-controller is configured to adjust the system clock based on the output of one of the first digital signal and the corrected digital signal. a receiver configured to generate an analog signal from collected image data; a digitizer configured to generate a first digital signal from the analog signal; a micro-controller configured to receive the analog signal and the first digital signal; wherein the microcontroller is further configured to generate a corrected digital signal (DBP') by comparing the first digital signal from the digitizer with a second digital signal generated from the analog signal; wherein the electronic device is configured to output one of the first digital signal and the corrected digital signal; wherein the first digital signal and the corrected digital signal are an un-decoded first digital signal and an un-decoded corrected digital signal, respectively; wherein the corrected digital signal is a signal substantially free from any transition error; and wherein the electronic device is characterized in that: the micro-controller includes an adjustable system clock, and the micro-controller is configured to adjust the system clock based on the output of one of the first digital signal and the corrected digital signal. the micro-controller includes an adjustable system clock, and the micro-controller is configured to adjust the system clock based on the output of one of the first digital signal and the corrected digital signal.
A method for performing sidelink communication by a first apparatus (10, 100), the method comprising: receiving information on reference signal received power, RSRP, for channel state information - reference signal, CSI-RS, from a second apparatus; determining the RSRP for the CSI-RS, based on the information on the RSRP for the CSI-RS; performing initial transmission to the second apparatus through first physical sidelink control channel, PSCCH, and first physical sidelink shared channel, PSSCH, related to the PSCCH; performing at least one of first retransmission to the second apparatus through at least one of second PSCCH and at least one of second PSSCH related to the at least one of second PSCCH; receiving hybrid automatic repeat request negative acknowledgement, HARQ NACK, related to the initial transmission and the at least one of first retransmission from the second apparatus through physical sidelink feedback channel, PSFCH; and performing at least one of second retransmission to the second apparatus based on the reception of the HARQ NACK, wherein a number of the at least one of second retransmission is determined based on mapping information between a number of retransmissions and the RSRP for the CSI-RS. receiving information on reference signal received power, RSRP, for channel state information - reference signal, CSI-RS, from a second apparatus; determining the RSRP for the CSI-RS, based on the information on the RSRP for the CSI-RS; performing initial transmission to the second apparatus through first physical sidelink control channel, PSCCH, and first physical sidelink shared channel, PSSCH, related to the PSCCH; performing at least one of first retransmission to the second apparatus through at least one of second PSCCH and at least one of second PSSCH related to the at least one of second PSCCH; receiving hybrid automatic repeat request negative acknowledgement, HARQ NACK, related to the initial transmission and the at least one of first retransmission from the second apparatus through physical sidelink feedback channel, PSFCH; and performing at least one of second retransmission to the second apparatus based on the reception of the HARQ NACK, wherein a number of the at least one of second retransmission is determined based on mapping information between a number of retransmissions and the RSRP for the CSI-RS.
Driver assistance device for a vehicle traveling on an infrastructure, comprising: means for transmitting electromagnetic waves, onboard said vehicle and comprising at least one transmitting antenna arranged to transmit variable frequency electromagnetic waves towards reflectors (30, 31) installed within the infrastructure, means for receiving electromagnetic waves, onboard said vehicle and comprising at least one receiving antenna arranged to receive the electromagnetic waves reflected by said reflectors, processing means, configured to process electromagnetic waves reflected by said reflectors and captured by the receiving means, so as to determine the distance between said reflectors and the vehicle, and characterized in that the processing means are configured to detect, based on the reflected electromagnetic waves, the resonance modes of the reflectors to determine the distance between said reflectors and the vehicle. means for transmitting electromagnetic waves, onboard said vehicle and comprising at least one transmitting antenna arranged to transmit variable frequency electromagnetic waves towards reflectors (30, 31) installed within the infrastructure, means for receiving electromagnetic waves, onboard said vehicle and comprising at least one receiving antenna arranged to receive the electromagnetic waves reflected by said reflectors, processing means, configured to process electromagnetic waves reflected by said reflectors and captured by the receiving means, so as to determine the distance between said reflectors and the vehicle, and
Device for conveying and metering free-flowing feed material, the device comprising a first conveyor roller driven about a first rotation axis and a second conveyor roller driven in the opposite direction about a second rotation axis, which rollers are arranged next to one another within a housing in an axially parallel position while maintaining a conveying and metering gap, both conveyor rollers (9, 11) having conveyor elements (26, 28) over the roller circumference thereof, which draw the feed material supplied via a material inlet of the device into the conveying and metering gap and convey it as a continuous material flow in the flow direction to a material output, characterized in that a flow resistance element is arranged in the conveying and metering gap between the first conveyor roller and the second conveyor roller, which flow resistance element extends over the axial length of the two conveyor rollers (9, 11) and cooperates with the two conveyor rollers (9, 11)for conveying and metering the feed material, in each case a distance being maintained between the flow resistance element and the first conveyor roller and between the flow resistance element and the second conveyor roller, and the feed material passing through the conveying and metering gap between the flow resistance element and the two conveyor rollers (9, 11).
A method executed in a second wireless terminal for discovering a first wireless terminal, wherein the second wireless terminal is configured with a set of one or more identities of wireless terminals (10, 30, 40) with which device-to-device, D2D, communication is possible, the method comprising the following steps: - detecting a control signal transmitted from the first wireless terminal, wherein the control signal carries an identity; - decoding the detected signal; and without repeating said decoding step, executing the following steps for each identity in the set or until a match is found: - hashing a reference control signal comprising the identity from the set, taking a time stamp used for transmitting the detected control signal as one input parameter of the hashing function; - processing the decoded signal by identity-specific descrambling and/or identity-specific deinterleaving using the identity from the set; and - determining if an output signal of the hashing matches the processed decoded signal. - detecting a control signal transmitted from the first wireless terminal, wherein the control signal carries an identity; - decoding the detected signal; and - hashing a reference control signal comprising the identity from the set, taking a time stamp used for transmitting the detected control signal as one input parameter of the hashing function; - processing the decoded signal by identity-specific descrambling and/or identity-specific deinterleaving using the identity from the set; and - determining if an output signal of the hashing matches the processed decoded signal.
A light emitting module (1, 2, 3) comprising: a laser element to emit a laser beam, a conversion member to convert the laser beam into a light having a different wavelength from a wavelength of the laser beam, a first transistor serially connected to the laser element and comprising a control electrode, a second transistor (22, 26) comprising a control electrode, a first resistor serially connected to the second transistor at a first connection node that is connected to the control electrode of the first transistor, a sensing wire provided on the conversion member, and a second resistor serially connected to the sensing wire at a second connection node that is connected to the control electrode of the second transistor. a laser element to emit a laser beam, a conversion member to convert the laser beam into a light having a different wavelength from a wavelength of the laser beam, a first transistor serially connected to the laser element and comprising a control electrode, a second transistor (22, 26) comprising a control electrode, a first resistor serially connected to the second transistor at a first connection node that is connected to the control electrode of the first transistor, a sensing wire provided on the conversion member, and a second resistor serially connected to the sensing wire at a second connection node that is connected to the control electrode of the second transistor.
A medical device manipulator comprising a fixed platform mounted on an extension arm and a mobile platform connected to the fixed platform by means of three connecting assemblies, wherein on the fixed platform there are three motors with encoders, characterised in that lines comprising rotational axes of shafts of the three motors intersect at one point at an angle of 120 degrees, and each connecting assembly comprises a first arch connector with an angle range of 90 degrees, first end thereof is directly rigidly connected to the rotational shaft of the respective motor and second end thereof is connected by means of a joint with three degrees of freedom to a first end of a second arch connector, and a second end of the second arch connector has at its end a transverse arch arm and is connected by means of a joint to the mobile platform on which an auxiliary motor with an encoder is mounted, and on a shaft of said motor there is a gripping part directly or indirectly mounted, and rotational axes of the second ends of the second arch connectors intersect at one point on a line comprising the rotational axis of the shaft of the auxiliary motor mounted on the mobile platform.
A rail transport vehicle for transporting rails, including a vehicle frame which is mobile on on-track undercarriages and with which is associated at one longitudinal end a guide channel, extending in a longitudinal direction of the vehicle, for guided lowering of a rail to be unloaded, characterized in that two fixing rollers are provided in the guide channel, the fixing rollers lying opposite one another - with regard to a direction extending transversely to the longitudinal direction of the vehicle - and being pivotable by means of a drive from an inoperative position into an operating position contacting the rail to be unloaded.
Method for detecting a direction in which a fault has occurred in a three-phase electrical medium voltage power supply network with respect to a metering point (19a, 19b) in the medium voltage power supply network, in which method both phase conductor-related current measured values and phase conductor-related voltage measured values are used by a control device of an electrical protective device (18a, 18b) to detect the direction of the fault, wherein the current measured values are detected at the metering point (19a, 19b) in the medium voltage power supply network; characterised in that - the voltage measured values are detected on the low voltage side of a transformer connecting the medium voltage power supply network to a low voltage power supply network. - the voltage measured values are detected on the low voltage side of a transformer connecting the medium voltage power supply network to a low voltage power supply network.
Adaptor (10, 110) for conversion of a vehicle for transporting bulk material, which has a skip (52, 152) with a rear opening (48, 148), into a transporter for liquids, having - fastening means (50; 174, 176) for fastening the adaptor (10, 110) in the region of the rear opening (48, 148), - a liquid pump (18, 118) having at least one outlet (20; 120, 121) which is connected to a flexible container (70, 170) for receiving pumped liquid, - wherein the flexible container (70, 170) is able to be unwound by a winding apparatus, and wherein a fixed end of the flexible container is fastened to the outlet (120, 121) of the liquid pump, characterized in that the liquid pump (18, 118) is arranged on the adaptor, - and a front movable end of the flexible container is fastened to a pulling element which is able to be wound up by the winding apparatus, the latter being arranged in a receiving space at the adaptor (10, 110), - wherein, during the winding-up, firstly the pulling element and then the flexible container are able to be wound up. - fastening means (50; 174, 176) for fastening the adaptor (10, 110) in the region of the rear opening (48, 148), - a liquid pump (18, 118) having at least one outlet (20; 120, 121) which is connected to a flexible container (70, 170) for receiving pumped liquid, - wherein the flexible container (70, 170) is able to be unwound by a winding apparatus, and wherein a fixed end of the flexible container is fastened to the outlet (120, 121) of the liquid pump, - and a front movable end of the flexible container is fastened to a pulling element which is able to be wound up by the winding apparatus, the latter being arranged in a receiving space at the adaptor (10, 110), - wherein, during the winding-up, firstly the pulling element and then the flexible container are able to be wound up.
Method for diagnosing cancer associated with the formation of fusion genes in a subject, chosen from leukaemia, sarcoma or carcinoma, said method comprising an RT-MLPA step on a biological sample obtained from said subject using at least probe pairs chosen from: - the probes SEQ ID NO: 1 to 25, 30, 31 and 113 to 120 for diagnosing leukaemia, and/or - the probes SEQ ID NO: 374 to 405 for diagnosing sarcoma, and/or - the probes SEQ ID NO: 524 to 559 for diagnosing carcinoma, each of the probes being fused, at at least one end, with a priming sequence; said probe pair consisting of two probes hybridising side by side during the RT-MLPA step. - the probes SEQ ID NO: 1 to 25, 30, 31 and 113 to 120 for diagnosing leukaemia, and/or - the probes SEQ ID NO: 374 to 405 for diagnosing sarcoma, and/or - the probes SEQ ID NO: 524 to 559 for diagnosing carcinoma,
Bogie for a railway vehicle, the bogie comprising: - a chassis; - two front wheels and two rear wheels; - for each front wheel and each rear wheel, guidance means (32, 38, 48) for guiding said wheel in rotation and a primary suspension device of the chassis on said guidance means (32, 38, 48); at least the primary suspension devices associated with the front and rear wheels (24, 26) provided on the same first lateral side of the bogie comprising each: - two longitudinal connecting rods (91, 92), each connected to the chassis, by a first connection point (94, 96) and to the corresponding guidance means by a second connection point (98, 100), - at least one resilient component inserted between the two connecting rods (91, 92) to define at least the vertical stiffness of the primary suspension device, characterised in that the two connecting rods are offset longitudinally from one another. - a chassis; - two front wheels and two rear wheels; - for each front wheel and each rear wheel, guidance means (32, 38, 48) for guiding said wheel in rotation and a primary suspension device of the chassis on said guidance means (32, 38, 48); at least the primary suspension devices associated with the front and rear wheels (24, 26) provided on the same first lateral side of the bogie comprising each: - two longitudinal connecting rods (91, 92), each connected to the chassis, by a first connection point (94, 96) and to the corresponding guidance means by a second connection point (98, 100), - at least one resilient component inserted between the two connecting rods (91, 92) to define at least the vertical stiffness of the primary suspension device, characterised in that the two connecting rods are offset longitudinally from one another.
A filter connection apparatus, wherein the filter connection apparatus comprises a first connector, a first filter board, and a second connector; and • the first connector is connected to the second connector, the first connector has a cable connection interface and a first connection terminal electrically connected to the first filter board, • the second connector has a main board connection terminal and a second connection terminal electrically connected to the first filter board, • the first filter board is configured to filter a signal transmitted between the first connector and the second connector, • wherein the first filter board has a plurality of filter circuits, and each of the plurality of filter circuits is configured to filter one signal, characterized in that each filter circuit comprises at least one filtering component, and the plurality of filter circuits comprise at least one type of filter circuit, two filter circuits of different types comprise at least some different filtering components, and different types of filter circuits are configured to filter different types of signals, wherein the filtering component comprises at least one of the following: a common mode choke, a ferrite bead, and a capacitor, each type of filtering component comprised in the filter circuit comprises one or more filtering components, and a connection manner of the filtering component in the filter circuit comprises at least one of a series connection and a parallel connection. • the first connector is connected to the second connector, the first connector has a cable connection interface and a first connection terminal electrically connected to the first filter board, • the second connector has a main board connection terminal and a second connection terminal electrically connected to the first filter board, • the first filter board is configured to filter a signal transmitted between the first connector and the second connector, • wherein the first filter board has a plurality of filter circuits, and each of the plurality of filter circuits is configured to filter one signal, characterized in that
A method of devulcanizing a rubber vulcanizate of polymer chains and sulfur-containing cross-links between the polymer chains, the method comprising mixing the rubber vulcanizate with a devulcanizing agent and bringing the mixture to a temperature sufficient to cause cleavage of the sulfur-containing cross-links, wherein the devulcanizing agent comprises a p-phenylene diamine compound having the following formula: wherein R and R' can be the same or different groups, and may be hydrogen, alkyl or aryl, and the devulcanizing agent is substantially free of an organosulfur compound by comprising at most 1 wt.% of the organosulfur compound, wherein further the temperature during treatment is between 170°C and 280°C.
A communication method of a 3GPP Machine Type Communication, MTC, device, comprising: receiving a downlink control information, DCI, scheduling a repeated Semi-Persistent Scheduling, SPS, transmission of a same uplink data on a plurality of uplink subframes, during repeatedly transmitting the same uplink data via an uplink data channel based on the SPS, monitoring a downlink control channel indicating a release of the SPS; if the downlink control channel indicating the release of the SPS is detected, determining a first time point to stop the repeated transmission of the same uplink data via the uplink data channel and a second time point to transmit a Hybrid Automatic Repeat request, HARQ, acknowledge, ACK for the downlink control channel transmission indicating the SPS release; stopping the repeated transmission of the same uplink data via the uplink data channel at the determined first time point; and transmitting the HARQ ACK at the determined second time point, wherein the first time point is the same as the second time point, charactensed in that when the plurality of uplink subframes are scheduled through the same DCI, the foremost uplink subframe among the plurality of uplink subframes is assigned an HARQ process number that is indicated through the DCI, and wherein the remaining uplink subframes are assigned HARQ process numbers being generated based on the HARQ process number by adding successively a pre-defined value to the HARQ process number of the foremost uplink subframe. receiving a downlink control information, DCI, scheduling a repeated Semi-Persistent Scheduling, SPS, transmission of a same uplink data on a plurality of uplink subframes, during repeatedly transmitting the same uplink data via an uplink data channel based on the SPS, monitoring a downlink control channel indicating a release of the SPS; if the downlink control channel indicating the release of the SPS is detected, determining a first time point to stop the repeated transmission of the same uplink data via the uplink data channel and a second time point to transmit a Hybrid Automatic Repeat request, HARQ, acknowledge, ACK for the downlink control channel transmission indicating the SPS release; stopping the repeated transmission of the same uplink data via the uplink data channel at the determined first time point; and transmitting the HARQ ACK at the determined second time point, wherein the first time point is the same as the second time point, charactensed in that when the plurality of uplink subframes are scheduled through the same DCI, the foremost uplink subframe among the plurality of uplink subframes is assigned an HARQ process number that is indicated through the DCI, and wherein the remaining uplink subframes are assigned HARQ process numbers being generated based on the HARQ process number by adding successively a pre-defined value to the HARQ process number of the foremost uplink subframe.
Holding element for a gripper for gripping a bobbin or bobbin sleeve, the holding element having an outer wall and an inner wall, and a pneumatically actuatable membrane being arranged on the inner wall as a clamping element for gripping a bobbin or bobbin sleeve, to which membrane compressed air can be applied via an air channel, characterized in that the membrane is integrally bonded to a lower and upper edge of the holding element.