mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor detector, comprising: a semiconductor detection material comprising a first side and a second side opposite to each other; a cathode disposed on the first side (101S-1); and an anode disposed on the second side (101S-2), characterized in that the anode comprises an array of pixel anodes defining detection pixels of the semiconductor detector and intermediate anodes each disposed individually between adjacent ones of the pixel anodes and configured to correct a signal collected by the pixel anodes without constituting the detection pixels; wherein the semiconductor detector further comprises a signal processing circuit configured to determine a detection signal for each pixel anode of the pixel anode array based on both the signal collected on the pixel anode and the signal collected on the intermediate anode(s) adjacent to the pixel anode, the signal processing circuit being configured to determine the detection signal of the pixel anode to be zero when the signal collected on the intermediate anode(s) adjacent to the pixel anode has an amplitude greater than that of the signal collected on the pixel anode. a semiconductor detection material comprising a first side and a second side opposite to each other; a cathode disposed on the first side (101S-1); and an anode disposed on the second side (101S-2), characterized in that the anode comprises an array of pixel anodes defining detection pixels of the semiconductor detector and intermediate anodes each disposed individually between adjacent ones of the pixel anodes and configured to correct a signal collected by the pixel anodes without constituting the detection pixels; wherein the semiconductor detector further comprises a signal processing circuit configured to determine a detection signal for each pixel anode of the pixel anode array based on both the signal collected on the pixel anode and the signal collected on the intermediate anode(s) adjacent to the pixel anode, the signal processing circuit being configured to determine the detection signal of the pixel anode to be zero when the signal collected on the intermediate anode(s) adjacent to the pixel anode has an amplitude greater than that of the signal collected on the pixel anode.
Method of wireless transmission, by a wireless transmitter furnished with M ≥ 1 transmit antenna(s), of data intended for R ≥ 1 wireless receiver(s), each wireless receiver No. r, where r = 1,..., R being furnished with N r receive antennas, where ∑ r = 1 R N r = N and N ≥ 2, in which said data are transmitted by means of an OFDM/OQAM modulation comprising L ≥ 1 sub-carriers, said method comprising, for at least one value of the integer l, where 0 ≤ l ≤ L - 1, a prior step of obtaining an estimate Ĥ ( l) of the transfer matrix, of dimension N · M, of the MIMO channel between said transmit antennas and said receive antennas, and, for said value of l, furthermore comprising the following steps: - placement of data to be transmitted in a data vector X ( l) with N real components, - calculation of a coded data vector S ( l) ≡ W ( l) - X ( l) with M components, where W ( l) is a precoding matrix of dimension M · N of the form: W 1 = Q ⋅ R H ^ 1 ⋅ P 1, where: ∘ P ( l) is the matrix, of dimension M · N, associated with a spatial multiplexing, () represents the extraction of the real part, and ∘ Q = H ^ 1 H ⋅ H ^ 1 ⋅ H ^ 1 H − 1, and - transmission of said coded data vector S ( l) on the sub-carrier l, by transmitting the m -th component, where m = 1,2,..., M, of the vector S ( l) from the m -th transmit antenna. - placement of data to be transmitted in a data vector X ( l) with N real components, - calculation of a coded data vector S ( l) ≡ W ( l) - X ( l) with M components, where W ( l) is a precoding matrix of dimension M · N of the form: W 1 = Q ⋅ R H ^ 1 ⋅ P 1, where: ∘ P ( l) is the matrix, of dimension M · N, associated with a spatial multiplexing, () represents the extraction of the real part, and ∘ Q = H ^ 1 H ⋅ H ^ 1 ⋅ H ^ 1 H − 1, and ∘ P ( l) is the matrix, of dimension M · N, associated with a spatial multiplexing, () represents the extraction of the real part, and ∘ Q = H ^ 1 H ⋅ H ^ 1 ⋅ H ^ 1 H − 1, and - transmission of said coded data vector S ( l) on the sub-carrier l, by transmitting the m -th component, where m = 1,2,..., M, of the vector S ( l) from the m -th transmit antenna.
An electric stapler including a clamp part that clamps a paper bundle, a penetration part that causes a staple to penetrate the paper bundle, a clinch part that bends the staple penetrating the paper bundle to bind the paper bundle, a driving unit that drives the clamp part, the penetration part, and the clinch part, and performing binding processing by at least performing a clamping process of clamping the paper bundle with the clamp part, a penetrating process of causing the staple to penetrate the paper bundle with the penetration part, and a clinching process of bending the staple penetrating the paper bundle with the clinch part, the electric stapler comprising: a state detection unit (70a, 78) that detects a state of the driving unit in each of the clamping process, the penetrating process and the clinching process; and a storage unit that stores the detected state, characterized in that the electric stapler further comprises an abnormality determination unit that determines a process, in which an abnormality occurs, based on a state of the driving unit. a state detection unit (70a, 78) that detects a state of the driving unit in each of the clamping process, the penetrating process and the clinching process; and a storage unit that stores the detected state,
Vehicle seating set-up for a rear bench seat of an automotive vehicle, comprising a seat base which can be fastened to a body of the automotive vehicle and serves to bear at least one seat cushion, wherein the seat base has a front edge portion on which a heel plate can be or is arranged, a rear edge portion on which a backrest can be or is arranged, and two lateral edge portions (8, 9) which respectively lead from the front edge portion to the rear edge portion; wherein, in each edge portion (6, 8, 9) of the seat base, at least one screw opening is formed for a fastening screw for attaching the seat base to the body of the automotive vehicle, characterized in that at least one support aid is formed in the seat base, which at least one support aid has at least one mounting recess formed centrally in the seat base.
A method performed by a radio base station, RBS, for downlink radio communication with user equipment of a radio network, wherein the RBS comprises a radio equipment control unit and at least two radio equipment units that are connected to the radio equipment control unit, wherein the radio equipment control unit controls the radio communication and each of the at least two radio equipment units provides radio communication in a respective cell, the method comprising., - the radio equipment control unit receiving user related data from the network for a downlink transmission to a user equipment in a cell, - the radio equipment control unit baseband processing the user related data, - the radio equipment control unit forwarding the baseband processed user related data and information indicating a frequency radio resource allocated for the downlink transmission, to a first one of the at least two radio equipment units and that provides radio communication in the cell of the user equipment, characterized by further comprising: - the first radio equipment unit generating cell defining signals for the cell of the user equipment, and - the first radio equipment unit transmitting the generated cell defining signals added to the baseband processed user related data to the user equipment, using the indicated frequency radio resource. - the radio equipment control unit receiving user related data from the network for a downlink transmission to a user equipment in a cell, - the radio equipment control unit baseband processing the user related data, - the radio equipment control unit forwarding the baseband processed user related data and information indicating a frequency radio resource allocated for the downlink transmission, to a first one of the at least two radio equipment units and that provides radio communication in the cell of the user equipment, characterized by further comprising: - the first radio equipment unit generating cell defining signals for the cell of the user equipment, and - the first radio equipment unit transmitting the generated cell defining signals added to the baseband processed user related data to the user equipment, using the indicated frequency radio resource. - the first radio equipment unit generating cell defining signals for the cell of the user equipment, and - the first radio equipment unit transmitting the generated cell defining signals added to the baseband processed user related data to the user equipment, using the indicated frequency radio resource.
A system for treating a user's head comprising a hand-held treating device having a treating unit, an imaging module configured to generate information indicative of the position of the treating device relative to the user's head based on an image of a user's head and the treating device, wherein the image is an image of a user's head and the treating device, wherein the imaging module is configured to detect a gaze direction of the user's head based on the image of the user's head and the treating device, and a guide face configured to space the treating unit from the user's head, wherein a controller is configured to change a distance between the treating unit and the guide face in dependence on the information generated by the imaging module.
A method of wireless communication, the method performed by a base station (105, 1300), the method comprising: configuring a plurality of bandwidth parts, BWPs; and activating multiple BWPs for downlink and multiple BWPs for uplink from the plurality of the configured BWPs at a given time, further including configuring a control channel resource set, CORESET, for downlink control information, DCI, of a physical downlink control channel, PDCCH, for the activating, wherein the DCI is configured to be fully contained in a single sub-band or in a cluster of sub-bands, wherein a BWP is on one or more sub-bands, wherein the DCI includes a puncturing pattern to indicate locations of the clustered sub-bands; and transmitting the DCI on the PDCCH that includes BWP activation information for one or more of the multiple BWPs for downlink and the multiple BWPs for uplink. configuring a plurality of bandwidth parts, BWPs; and activating multiple BWPs for downlink and multiple BWPs for uplink from the plurality of the configured BWPs at a given time, further including configuring a control channel resource set, CORESET, for downlink control information, DCI, of a physical downlink control channel, PDCCH, for the activating, wherein the DCI is configured to be fully contained in a single sub-band or in a cluster of sub-bands, wherein a BWP is on one or more sub-bands, wherein the DCI includes a puncturing pattern to indicate locations of the clustered sub-bands; and transmitting the DCI on the PDCCH that includes BWP activation information for one or more of the multiple BWPs for downlink and the multiple BWPs for uplink.
A method for sending control information, comprising: setting, by a network side device, respective control bits in a downlink control information, DCI, format to generate control information applied by the network side to a terminal, wherein the control bits in the DCI format includes a transmission block to codeword swap flag control bit, said transmission block to codeword swap flag control bit includes control information other than an indication information indicating whether to swap a corresponding relationship between a transmission block and a codeword if a dedicated demodulation reference signal used to demodulate data is preconfigured by the network side for the terminal and respective codewords correspond to the same number of layers, and sending, by the network side device, the generated control information to the terminal. setting, by a network side device, respective control bits in a downlink control information, DCI, format to generate control information applied by the network side to a terminal, wherein the control bits in the DCI format includes a transmission block to codeword swap flag control bit, said transmission block to codeword swap flag control bit includes control information other than an indication information indicating whether to swap a corresponding relationship between a transmission block and a codeword if a dedicated demodulation reference signal used to demodulate data is preconfigured by the network side for the terminal and respective codewords correspond to the same number of layers, and sending, by the network side device, the generated control information to the terminal.
A pericardium puncture needle assembly, comprising a puncture needle and a guide wire, wherein the guide wire can slide in the puncture needle, and the guide wire is made of a high elastic material; the guide wire comprises a distal end bent section, the distal end bent section is formed by bending the guide wire and has a preset bent shape, and the distal end bent section is adapted to regain the preset bent shape from a straightened state, and its tip end part is of a sharp tip structure; the sharp tip structure is provided with a distal end and a proximal end, the distal end of the sharp tip structure is provided with a sharp tip end for puncturing, and within a length not larger than 3 mm of the sharp tip structure, the rotation angle of the sharp tip end relative to the proximal end of the sharp tip structure is at least 90 degree; the puncturing direction of the guide wire is located in a plane defined by the normal direction of the needle point plane of the puncture needle and the axial line of the puncture needle; characterized in that, a guide wire positioner is provided at the proximal end of the guide wire, the cross section of the guide wire positioner is of a non-revolution body structure, the guide wire positioner is configured to limit the torsional freedom of the guide wire.
A safety assembly for preventing needle stick injury with a needle, the needle having a proximal end fixed to a tip of a medical container and a pointed distal end (1 18), the safety assembly comprising: - an attachment ring configured to be attached to the tip of the container; - a safety device configured to cover at least the distal end (1 18) of the needle, the safety device configured to be attached to the attachment ring; the safety assembly being characterized in that the attachment ring comprises: ∘ an inner ring having an inner face provided with a snap feature, the snap feature being configured to engage a complementary snap feature on the tip of the container in order to prevent axial movement of the inner ring with respect to the container, the snap feature being configured to move radially to engage the complementary snap feature on the tip of the container; ∘ an outer ring fixed on the inner ring, the outer ring comprising a sleeve portion configured to surround at least a portion of the inner ring in order to prevent radial movement of the snap feature once the snap feature has engaged the complementary snap feature on the tip of the container. - an attachment ring configured to be attached to the tip of the container; - a safety device configured to cover at least the distal end (1 18) of the needle, the safety device configured to be attached to the attachment ring; ∘ an inner ring having an inner face provided with a snap feature, the snap feature being configured to engage a complementary snap feature on the tip of the container in order to prevent axial movement of the inner ring with respect to the container, the snap feature being configured to move radially to engage the complementary snap feature on the tip of the container; ∘ an outer ring fixed on the inner ring, the outer ring comprising a sleeve portion configured to surround at least a portion of the inner ring in order to prevent radial movement of the snap feature once the snap feature has engaged the complementary snap feature on the tip of the container.
A computer-implemented method for verifiable-claim issuance, comprising: receiving, from a first entity, a request for creating a verifiable claim, VC, for a decentralized identifier, DID, associated with a second entity; obtaining, in response to receiving the request, a digital signature associated with the first entity; and generating the VC based on the received request and the obtained digital signature, characterized by: sending a blockchain transaction to a blockchain node for adding to a blockchain, wherein the blockchain transaction comprises information associated with the DID and is for retrieving a DID document corresponding to the DID; obtaining the DID document from the blockchain; and determining a service endpoint associated with the DID based on the DID document; and uploading the VC to the service endpoint associated with the DID. receiving, from a first entity, a request for creating a verifiable claim, VC, for a decentralized identifier, DID, associated with a second entity; obtaining, in response to receiving the request, a digital signature associated with the first entity; and generating the VC based on the received request and the obtained digital signature, characterized by: sending a blockchain transaction to a blockchain node for adding to a blockchain, wherein the blockchain transaction comprises information associated with the DID and is for retrieving a DID document corresponding to the DID; obtaining the DID document from the blockchain; and determining a service endpoint associated with the DID based on the DID document; and uploading the VC to the service endpoint associated with the DID. sending a blockchain transaction to a blockchain node for adding to a blockchain, wherein the blockchain transaction comprises information associated with the DID and is for retrieving a DID document corresponding to the DID; obtaining the DID document from the blockchain; and determining a service endpoint associated with the DID based on the DID document; and uploading the VC to the service endpoint associated with the DID.
A conveyor system for transporting items from a receiving section to an outlet section, the conveyor system comprising - a plurality of first support members for transporting the items; - a driving system along which the plurality of first support members are connected subsequently for transporting said plurality of first support members from the receiving section to the outlet section; - a guiding system for guiding at least the plurality of first support members; and - a weighing device for weighing the items at a weighing area; wherein a second support member is arranged at a first support member by a means to form a support assembly, the means allowing the second support member for: i) being supported by the first support member in a first vertical position; and ii) being moved relative to the first support member between the first vertical position and a second vertical position higher than the first vertical position; wherein the conveyor system comprises upstream relative to the weighing area a lifting device for moving the second support member from the first vertical position towards the second vertical position and wherein the weighing device is arranged for supporting the second support member at the weighing area when said second support member is in the second vertical position; wherein the means of the support assembly comprises a protrusion and an opening for hosting the protrusion, characterized in that the protrusion is arranged at the second support member and the opening is arranged at the first support member, and wherein the protrusion extends from a top section downwardly in an inverted frustoconical shape, and the opening of the first support member comprises a circular section whose diameter is arranged to adjust to the top section of the protrusion. - a plurality of first support members for transporting the items; - a driving system along which the plurality of first support members are connected subsequently for transporting said plurality of first support members from the receiving section to the outlet section; - a guiding system for guiding at least the plurality of first support members; and - a weighing device for weighing the items at a weighing area; i) being supported by the first support member in a first vertical position; and ii) being moved relative to the first support member between the first vertical position and a second vertical position higher than the first vertical position;
Method for detecting a malfunction of a vehicle engine camshaft offset device, comprising the following steps, - a step of verification of the standard operating conditions of the engine, - a step of identification of a diagnosis area (3, 5) corresponding to an important transient phase over a given period, - a step of detection of a malfunction of the offset device in said diagnosis area (3, 5), said step being based on a comparison between the sum of the differences between the angular position setpoint of the offset device and the measurement of the angular position of said offset device during said period, with a predetermined threshold value, said method being characterized in that the step of identification of the diagnosis area (3, 5) is based on the difference between the angular position setpoint of the offset device and a digital first-order low-pass filter for this setpoint, and on a comparison of a characteristic of said phase with a predefined threshold value. - a step of verification of the standard operating conditions of the engine, - a step of identification of a diagnosis area (3, 5) corresponding to an important transient phase over a given period, - a step of detection of a malfunction of the offset device in said diagnosis area (3, 5), said step being based on a comparison between the sum of the differences between the angular position setpoint of the offset device and the measurement of the angular position of said offset device during said period, with a predetermined threshold value,
A control unit for a robot, having a receiving means for receiving safety information via a network data connection, a safety means for executing at least one safety function on the basis of at least one item of safety information that has been received, and a deactivating means (MT, SW) for deactivating at least one of these safety functions, characterised in that the deactivating means is constructed in such a way that, for deactivating at least one safety function, it comprises a simulation means for simulating at least one item of safety information which can be received via the network data connection.