mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method in a radio communication system comprising a network and a user terminal , wherein the network comprises a plurality of radio stations and a controller which controls the plurality of radio stations , the method comprising: setting at least two of the plurality of radio stations to communicate with the user terminal ; and notifying the user terminal of information indicating a first resource for interference measurement for each of the at least two of the plurality of radio stations, each of the respective first resources comprising a zero power, ZP, channel state information reference signal, CSI-RS, notifying the user terminal of information indicating a second resource for power measurement for each of the at least two of the plurality of radio stations, each of the respective second resources comprising a non-zero power, NZP, CSI-RS, notifying the user terminal of information indicating a list of pairs of one of the first resources for interference measurement and one of the second resources for power measurement for each pair, wherein each pair is associated with a required channel quality information, wherein the user terminal calculates the required channel quality information based on the interference measurement of the first resource and the power measurement of the second resource, wherein the user terminal reports the calculated required channel quality information. setting at least two of the plurality of radio stations to communicate with the user terminal ; and notifying the user terminal of information indicating a first resource for interference measurement for each of the at least two of the plurality of radio stations, each of the respective first resources comprising a zero power, ZP, channel state information reference signal, CSI-RS, notifying the user terminal of information indicating a second resource for power measurement for each of the at least two of the plurality of radio stations, each of the respective second resources comprising a non-zero power, NZP, CSI-RS, notifying the user terminal of information indicating a list of pairs of one of the first resources for interference measurement and one of the second resources for power measurement for each pair, wherein each pair is associated with a required channel quality information, wherein the user terminal calculates the required channel quality information based on the interference measurement of the first resource and the power measurement of the second resource, wherein the user terminal reports the calculated required channel quality information.
Drive unit for moving a door relative to a door's opening , wherein the drive unit comprises a drive motor and a wheel transmission assembly arranged for transfer of power to a drive wheel configured for engagement with a running surface for moving the door , the wheel transmission assembly comprises a transfer wheel driven by the drive motor and a movable wheel carrier which comprises a first running wheel and a second running wheel arranged in engagement with the transfer wheel , wherein the movable wheel carrier is arranged for displacement between - a free wheel position where the first and second running wheel are arranged disengaged from the drive wheel for no power transfer to occur from the drive motor to the drive wheel , - at least one running position where either of the first and second running wheel is positioned in engagement with the drive wheel for the transfer of power from the drive motor to the drive wheel , wherein the movable wheel carrier comprises a rotation restriction arrangement for restriction of the rotation of first running wheel to allow the first running wheel to follow the rotation of the transfer wheel for displacement of the movable wheel carrier from the free wheel position to the running position(s). - a free wheel position where the first and second running wheel are arranged disengaged from the drive wheel for no power transfer to occur from the drive motor to the drive wheel , - at least one running position where either of the first and second running wheel is positioned in engagement with the drive wheel for the transfer of power from the drive motor to the drive wheel , wherein the movable wheel carrier comprises a rotation restriction arrangement for restriction of the rotation of first running wheel to allow the first running wheel to follow the rotation of the transfer wheel for displacement of the movable wheel carrier from the free wheel position to the running position(s).
A seed firmer (370;470;700) comprising: a base support to be positioned in operation in proximity to a trench (38;438) for planting seed (42;442) in the trench; and a lower member (378;478;710) integrated with the base support or coupled to the base support , the lower member (378;478;710) includes a non-planar ground contacting lower surface to position the seed within the trench at a desired depth, characterized in that the non-planar ground contacting lower surface is arranged to adjust an orientation of the seed (42;442) to a desired seed orientation within the trench (38;438). a base support to be positioned in operation in proximity to a trench (38;438) for planting seed (42;442) in the trench; and a lower member (378;478;710) integrated with the base support or coupled to the base support , the lower member (378;478;710) includes a non-planar ground contacting lower surface to position the seed within the trench at a desired depth, characterized in that the non-planar ground contacting lower surface is arranged to adjust an orientation of the seed (42;442) to a desired seed orientation within the trench (38;438).
An implantable device comprising: a porous ePTFE member comprising a longitudinally compressed portion including bent fibrils; a constraining member covering at least a portion of the longitudinally compressed portion thereby maintaining that portion in a longitudinally compressed configuration; and wherein upon application of a sufficient elongating force to the porous ePTFE tubular member , the constraining member ruptures and permits elongation of the compressed portion, wherein upon release of the elongating force, the elongated compressed portion recovers to a shorter length. a porous ePTFE member comprising a longitudinally compressed portion including bent fibrils; a constraining member covering at least a portion of the longitudinally compressed portion thereby maintaining that portion in a longitudinally compressed configuration; and wherein upon application of a sufficient elongating force to the porous ePTFE tubular member , the constraining member ruptures and permits elongation of the compressed portion, wherein upon release of the elongating force, the elongated compressed portion recovers to a shorter length.
A dishwasher comprising a body , a washing tub provided on the body , in which the washing process is performed, a lower spray arm and/or an upper spray arm provided in the washing tub , enabling transmitting water to the kitchenware placed in the washing tub , and a UV (ultraviolet) light source provided in the washing tub , terminating the microorganisms on the kitchenware placed in the washing tub by emitting ultraviolet radiation, having an active position in which it radiates and a passive position in which it does not radiate, characterized by a hydro generator connected to the UV light source , enabling the UV light source to switch to active position by generating energy by means of a turbine rotating by means of the fluid in the washing tub , and a generator connected to the turbine .
A radio microparticle comprising: crystalline strontium phosphate at least the surface layer of which consists of non-radioactive crystalline strontium phosphate and at least one radioisotope suitable for radio imaging and/or radiotherapy bonded or adsorbed to the surface thereof.
A method for generating material decomposition images from a plurality of images (92; 102 1 ) obtained with plural-energy x-ray based imaging, the plurality of images corresponding to respective energies of the plural-energy x-ray based imaging, the method comprising: modelling spatial relationships and spectral relationships among the plurality of images by learning features from the plurality of images in combination and one or more of the plurality of images individually with a deep learning neural network (90; 90'); generating one or more basis material images employing the spatial relationships and the spectral relationships; and generating one or more material specific or material decomposition images from the basis material images ; and wherein the neural network (90; 90') has an encoder-decoder structure and includes a plurality of encoder branches (96; 96'); wherein each of one or more encoder branches (96 0 ; 96 0 ', 96 1 ') of the plurality of encoder branches (96; 96') encodes two or more images (92; 102 1 , 102 2 ) of the plurality of images in combination; and each of one or more other encoder branches (96 1 , 96 2 ,... 96 m ) of the plurality of encoder branches (96; 96') encodes a respective individual image (92 1 , 92 2 ,... 92 m ) of the plurality of images. modelling spatial relationships and spectral relationships among the plurality of images by learning features from the plurality of images in combination and one or more of the plurality of images individually with a deep learning neural network (90; 90'); generating one or more basis material images employing the spatial relationships and the spectral relationships; and generating one or more material specific or material decomposition images from the basis material images ; and wherein the neural network (90; 90') has an encoder-decoder structure and includes a plurality of encoder branches (96; 96'); wherein each of one or more encoder branches (96 0 ; 96 0 ', 96 1 ') of the plurality of encoder branches (96; 96') encodes two or more images (92; 102 1 , 102 2 ) of the plurality of images in combination; and each of one or more other encoder branches (96 1 , 96 2 ,... 96 m ) of the plurality of encoder branches (96; 96') encodes a respective individual image (92 1 , 92 2 ,... 92 m ) of the plurality of images.
A method for measuring a time stamp unit of a remote device, comprising: obtaining (S110) m sets of sampled data, wherein each set of sampled data comprises packet transmission time stamps and times of arrival at a monitoring point that are of a previously transmitted data packet and a subsequently transmitted data packet of the remote device, m is a positive integer, and m>1; calculating (S120) m estimated time stamp units according to the packet transmission time stamps and the times of arrival at the monitoring point that are of the previously transmitted data packets and the subsequently transmitted data packets of the remote device and that are in the m sets of sampled data; selecting (S130), from the m estimated time stamp units, an estimated time stamp unit, a difference between which and an average value of the m estimated time stamp units falls within a predetermined range; and calculating (S140) the time stamp unit of the remote device according to the selected estimated time stamp unit. obtaining (S110) m sets of sampled data, wherein each set of sampled data comprises packet transmission time stamps and times of arrival at a monitoring point that are of a previously transmitted data packet and a subsequently transmitted data packet of the remote device, m is a positive integer, and m>1; calculating (S120) m estimated time stamp units according to the packet transmission time stamps and the times of arrival at the monitoring point that are of the previously transmitted data packets and the subsequently transmitted data packets of the remote device and that are in the m sets of sampled data; selecting (S130), from the m estimated time stamp units, an estimated time stamp unit, a difference between which and an average value of the m estimated time stamp units falls within a predetermined range; and calculating (S140) the time stamp unit of the remote device according to the selected estimated time stamp unit.
A method for operating by a first User Equipment, UE, in wireless communication system, the method comprising: receiving, by the first UE, a first Medium Access Control Protocol Data Unit, MAC PDU including a first identifier, ID, from a UE identified by the first ID (S1503); receiving, by the first UE, a plurality of MAC PDUs from a plurality of additional UEs determining, by the first UE, whether an operation associated with the first MAC PDU is successfully processed (S1505); generating, by the first UE, a second MAC PDU including a collided ID, wherein the collided ID is the same as the first ID and an indicator to indicate an ID collision, wherein the generation is performed upon the operation associated with the first MAC PDU being not successfully processed (S1507); and transmitting, by the first UE, the second MAC PDU to the UE (S1509), wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a header decompression failure occurs for a pre-defined consecutive number of PDCP PDUs; or when a header decompression failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval, and wherein the PDCP PDUs are PDCP PDUs included in said received MAC PDUs addressed by the same first ID. receiving, by the first UE, a first Medium Access Control Protocol Data Unit, MAC PDU including a first identifier, ID, from a UE identified by the first ID (S1503); receiving, by the first UE, a plurality of MAC PDUs from a plurality of additional UEs determining, by the first UE, whether an operation associated with the first MAC PDU is successfully processed (S1505); generating, by the first UE, a second MAC PDU including a collided ID, wherein the collided ID is the same as the first ID and an indicator to indicate an ID collision, wherein the generation is performed upon the operation associated with the first MAC PDU being not successfully processed (S1507); and transmitting, by the first UE, the second MAC PDU to the UE (S1509), wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a header decompression failure occurs for a pre-defined consecutive number of PDCP PDUs; or when a header decompression failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval, and wherein the PDCP PDUs are PDCP PDUs included in said received MAC PDUs addressed by the same first ID.
A quality check module , comprising: an imaging location configured to receive a specimen container containing a specimen ; a plurality of cameras arranged at multiple viewpoints around the imaging location ; and one or a plurality of spectrally-switchable light sources each including a light panel assembly located adjacent to the imaging location and configured to provide lighting for the plurality of cameras , the one or plurality of spectrally-switchable light sources configured to be switchable between multiple different spectra; the light panel assembly comprising: a mounting frame , a light guide ; and a light source configured to emit light into the light guide and provide illumination of a front surface of the light panel assembly ; wherein the light panel assembly includes a diffuser , where one surface of the diffuser is the panel front surface , or the light guide is made of a transparent light guide material with light diffusing capability, wherein the plurality of cameras is configured to capture multiple lateral images at multiple different exposure times at multiple different spectra while being illuminated by the light panel assemblies, wherein the light panel assemblies are arranged to backlight the specimen container and thereby are arranged to act as back lighting sources for the cameras for transmissive imaging such as for absorbance measurement. an imaging location configured to receive a specimen container containing a specimen ; a plurality of cameras arranged at multiple viewpoints around the imaging location ; and one or a plurality of spectrally-switchable light sources each including a light panel assembly located adjacent to the imaging location and configured to provide lighting for the plurality of cameras , the one or plurality of spectrally-switchable light sources configured to be switchable between multiple different spectra; the light panel assembly comprising: a mounting frame , a light guide ; and a light source configured to emit light into the light guide and provide illumination of a front surface of the light panel assembly ; a mounting frame , a light guide ; and a light source configured to emit light into the light guide and provide illumination of a front surface of the light panel assembly ; wherein the light panel assembly includes a diffuser , where one surface of the diffuser is the panel front surface , or the light guide is made of a transparent light guide material with light diffusing capability, wherein the plurality of cameras is configured to capture multiple lateral images at multiple different exposure times at multiple different spectra while being illuminated by the light panel assemblies, wherein the light panel assemblies are arranged to backlight the specimen container and thereby are arranged to act as back lighting sources for the cameras for transmissive imaging such as for absorbance measurement.
A three-dimensional laminating and shaping apparatus to laminate and shape a three-dimensional structure , comprising: a powder feeding unit configured to feed a powder layer ; an electron beam column configured to output an electron beam (EB) and deflect the electron beam (EB) toward a front surface of the powder layer ; a plurality of the electron detectors configured to detect an electron emitted from the front surface of the powder layer as a result of irradiation with the electron beam (EB), wherein the plurality of the electron detectors are positioned in different directions relative to the position irradiated with the electron beam (EB); a melting judging unit configured to detect, based on a strength of a detection signal from the electron detectors , that the powder layer is melted and generate a melting signal, wherein the melting judging unit outputs the melting signal when a difference in strength between detection signals from different ones of the electron detectors falls below a predetermined range; and a deflection controller configured to receive the melting signal and determine a condition of the irradiation with the electron beam (EB) in response to the received melting signal. a powder feeding unit configured to feed a powder layer ; an electron beam column configured to output an electron beam (EB) and deflect the electron beam (EB) toward a front surface of the powder layer ; a plurality of the electron detectors configured to detect an electron emitted from the front surface of the powder layer as a result of irradiation with the electron beam (EB), wherein the plurality of the electron detectors are positioned in different directions relative to the position irradiated with the electron beam (EB); a melting judging unit configured to detect, based on a strength of a detection signal from the electron detectors , that the powder layer is melted and generate a melting signal, wherein the melting judging unit outputs the melting signal when a difference in strength between detection signals from different ones of the electron detectors falls below a predetermined range; and a deflection controller configured to receive the melting signal and determine a condition of the irradiation with the electron beam (EB) in response to the received melting signal.
A magnetostrictive unit for a magnetostrictive sensor comprising: a columnar or tubular substrate ; and a plating film made of a magnetostrictive material and disposed on an outer peripheral surface of the substrate , characterized in that the substrate includes a first base portion , a second base portion , and a tilt portion disposed between the first base portion and the second base portion in an axial direction of the substrate and connecting the first base portion and the second base portion , the first base portion has an outer peripheral surface parallel to a shaft center of the substrate in a cross-section including the shaft center and extending in the axial direction of the substrate , the tilt portion has an outer peripheral surface being a slope tilted relative to the shaft center in the cross-section, the plating film is formed on the outer peripheral surface of the first base portion and on the slope in such a manner that one end of the plating film in the axial direction is located on the slope , and the plating film has a thickness on the slope smaller than a thickness of the plating film on the outer peripheral surface of the first base portion , the first base portion has a diameter smaller than the diameter of the second base portion , and the plating film is formed such that a surface of the plating film is recessed with respect to an outer peripheral surface of the second base portion , or the first base portion has a diameter larger than the diameter of the second base portion . a columnar or tubular substrate ; and a plating film made of a magnetostrictive material and disposed on an outer peripheral surface of the substrate , characterized in that the substrate includes a first base portion , a second base portion , and a tilt portion disposed between the first base portion and the second base portion in an axial direction of the substrate and connecting the first base portion and the second base portion , the first base portion has an outer peripheral surface parallel to a shaft center of the substrate in a cross-section including the shaft center and extending in the axial direction of the substrate , the tilt portion has an outer peripheral surface being a slope tilted relative to the shaft center in the cross-section, the plating film is formed on the outer peripheral surface of the first base portion and on the slope in such a manner that one end of the plating film in the axial direction is located on the slope , and the plating film has a thickness on the slope smaller than a thickness of the plating film on the outer peripheral surface of the first base portion , the first base portion has a diameter smaller than the diameter of the second base portion , and the plating film is formed such that a surface of the plating film is recessed with respect to an outer peripheral surface of the second base portion , or the first base portion has a diameter larger than the diameter of the second base portion .