mhurhangee/ep-ind-claims huggingface dataset:
A method carried out by a device for sending information, comprising: determining a frame structure of a serving cell, wherein a radio frame corresponding to the frame structure comprises at least one first special subframe, remaining subframes in the radio frame are downlink subframes, the first special subframe comprises a symbol used for downlink transmission, a guard period, GP, and a symbol used for uplink transmission, the uplink transmission comprises hybrid automatic repeat request-acknowledgement uplink control channel transmission and/or sounding reference signal, SRS, transmission, and the downlink transmission comprises physical downlink shared channel transmission; and sending information in the serving cell based on the frame structure; wherein the serving cell is a secondary serving cell of user equipment, a subframe position of the at least one first special subframe in the radio frame is one of at least one subframe position, and the at least one subframe position is a subframe position of a downlink subframe in a radio frame in a primary serving cell of the user equipment. determining a frame structure of a serving cell, wherein a radio frame corresponding to the frame structure comprises at least one first special subframe, remaining subframes in the radio frame are downlink subframes, the first special subframe comprises a symbol used for downlink transmission, a guard period, GP, and a symbol used for uplink transmission, the uplink transmission comprises hybrid automatic repeat request-acknowledgement uplink control channel transmission and/or sounding reference signal, SRS, transmission, and the downlink transmission comprises physical downlink shared channel transmission; and sending information in the serving cell based on the frame structure; wherein the serving cell is a secondary serving cell of user equipment, a subframe position of the at least one first special subframe in the radio frame is one of at least one subframe position, and the at least one subframe position is a subframe position of a downlink subframe in a radio frame in a primary serving cell of the user equipment.
A vaso-occlusive device comprising: a filamentous element formed into a minimum energy state secondary configuration comprising a plurality of tangentially-interconnected, substantially closed loops, said plurality of loops comprising a first loop of a predefined diameter, a second loop, a third loop and a fourth loop; said second and third loops having a smaller diameter than said first loop and being connected only to one other of said plurality of loops, wherein said plurality of tangentially-interconnected, substantially closed loops define a single plane, wherein said first loop is connected to two other of said loops, wherein said second loop is tangentially-interconnected to said first loop; said first loop is tangentially-interconnected to the fourth loop; and said fourth loop is tangentially interconnected to said third loop, characterized in that the diameter of said fourth loop is smaller than said diameter of said first loop and larger than diameters of said second and third loops. a filamentous element formed into a minimum energy state secondary configuration comprising a plurality of tangentially-interconnected, substantially closed loops, said plurality of loops comprising a first loop of a predefined diameter, a second loop, a third loop and a fourth loop; said second and third loops having a smaller diameter than said first loop and being connected only to one other of said plurality of loops, wherein said plurality of tangentially-interconnected, substantially closed loops define a single plane, wherein said first loop is connected to two other of said loops, wherein said second loop is tangentially-interconnected to said first loop; said first loop is tangentially-interconnected to the fourth loop; and said fourth loop is tangentially interconnected to said third loop, characterized in that the diameter of said fourth loop is smaller than said diameter of said first loop and larger than diameters of said second and third loops.
An injectable trace element solution for livestock, which includes (a) 35-50 mg/ml zinc; (b) 10-15 mg/ml manganese; (c) 5-10 mg/ml selenium; (d) 5-20 mg/ml copper; (e) 5-10 mg/ml chromium; (f) 5-50 mg/ml iron; and (g) 20-400 mg/ml iodine. (a) 35-50 mg/ml zinc; (b) 10-15 mg/ml manganese; (c) 5-10 mg/ml selenium; (d) 5-20 mg/ml copper; (e) 5-10 mg/ml chromium; (f) 5-50 mg/ml iron; and (g) 20-400 mg/ml iodine.
A battery module comprising: a plurality of stacked battery units (20, 20-1, 20-2), wherein the battery unit (20, 20-1, 20-2), is arranged in a manner that a face of a heat-transfer plate (2, 108) held by a battery support body formed from an insulating material and a main face of a battery cell (4, 4-1, 4-2) oppose each other, wherein the battery module has a regulating member configured to press the plurality of stacked battery units (20, 20-1, 20-2), in a stacking direction, wherein the regulating member includes a shaft that passes through a first and a second regulating plate positioned on either side of the battery cell group, and four corners formed by the first and the second regulating plates and the plurality of battery units (20, 20-1, 20-2), and a fastening member configured to fasten the first and the second regulating plates and the battery cell group from both sides of the shaft, characterized in that a metal sleeve is arranged at a location where the shaft passes through the battery support body. a plurality of stacked battery units (20, 20-1, 20-2), wherein the battery unit (20, 20-1, 20-2), is arranged in a manner that a face of a heat-transfer plate (2, 108) held by a battery support body formed from an insulating material and a main face of a battery cell (4, 4-1, 4-2) oppose each other, wherein the battery module has a regulating member configured to press the plurality of stacked battery units (20, 20-1, 20-2), in a stacking direction, wherein the regulating member includes a shaft that passes through a first and a second regulating plate positioned on either side of the battery cell group, and four corners formed by the first and the second regulating plates and the plurality of battery units (20, 20-1, 20-2), and a fastening member configured to fasten the first and the second regulating plates and the battery cell group from both sides of the shaft, a shaft that passes through a first and a second regulating plate positioned on either side of the battery cell group, and four corners formed by the first and the second regulating plates and the plurality of battery units (20, 20-1, 20-2), and a fastening member configured to fasten the first and the second regulating plates and the battery cell group from both sides of the shaft, characterized in that a metal sleeve is arranged at a location where the shaft passes through the battery support body.
Anti-skid pin comprising a wear pin and a support member, the wear pin having along its longitudinal axis at least a head portion, a shank portion and a foot portion opposite the head portion, wherein the head portion projects from the support member and the shank portion and the foot portion are received by the support member, wherein the wear pin is held on the support member by at least one positive connection and wherein the shank portion is bounded transversely to the longitudinal axis by a circumferential surface characterized in that depressions and/or elevations are arranged at least on the shank portion, and in that the depressions and/or elevations are arranged spaced apart from one another along the longitudinal axis of the wear pin and are interrupted, for example divided, at least in sections in the circumferential direction.
A stacker crane, comprising: a lower carriage having a lower drive wheel in contact with a lower rail, and a lower travel motor for driving the lower drive wheel; an upper carriage having an upper drive wheel in contact with an upper rail, and an upper travel motor for driving the upper drive wheel; and a mast fixed to the lower carriage, standing upward from the lower carriage, connected to the upper carriage, and having a transfer device attached elevatably, characterized in that the lower carriage has a support located apart from the lower drive wheel along the length direction of lower rail; and the lower carriage is provided with a displacement mechanism configured to raise and lower the support between a grounded position supported by the lower rail and a retracted position lifted upward off the lower rail. a lower carriage having a lower drive wheel in contact with a lower rail, and a lower travel motor for driving the lower drive wheel; an upper carriage having an upper drive wheel in contact with an upper rail, and an upper travel motor for driving the upper drive wheel; and a mast fixed to the lower carriage, standing upward from the lower carriage, connected to the upper carriage, and having a transfer device attached elevatably, characterized in that the lower carriage has a support located apart from the lower drive wheel along the length direction of lower rail; and the lower carriage is provided with a displacement mechanism configured to raise and lower the support between a grounded position supported by the lower rail and a retracted position lifted upward off the lower rail.
A solid bowl screw centrifuge having a centrifuge axis, a screw, and having a bearing arrangement of the screw comprising a first axial bearing and a second axial bearing, which are provided for receiving an axial force of the screw, characterized in that an elastic means is provided against which the second axial bearing is supported for supporting the axial force of the screw in the axial direction.
A glass fiber capable of dissolving in a physiological medium and provided in the form of mineral wool, characterized in that it exhibits a chemical composition comprising the following constituents within the limits defined below, expressed as percentages by weight: SiO 2 44 to 46.7 Al 2 O 3 18 to 21 CaO 1 to 8 MgO 0 to 3.5 Na 2 O 15 to 21 K 2 O 3 to 6 B 2 O 3 0 to 5 Fe 2 O 3 0 to 3 P 2 O 5 0 to 3.
Device for measuring a mass of a body, the device comprising a support suitable for supporting the body, a frame and an actuator designed to vibrate the support relative to the frame, the device comprising an accelerometer designed to measure values of an acceleration of the support during a vibration of the support and an electronic control module designed to estimate the mass of the body from the measured acceleration values, characterized in that the control module is configured for calculating speed values of the support relative to the frame from the measured acceleration values, and for estimating the mass of the body from the calculated speed values.
A cast-iron brake calliper of a disk brake for a utility vehicle, having a receiving chamber for a bridge of a brake application device, this receiving chamber being positioned in a calliper housing, being closable by means of a cover lid and having guide rails on which the bridge, when fitted, rests such that it can be moved characterised in that the guide rails are formed on free-standing, integrally formed columns that run obliquely to the direction of movement of the bridge, both ends of these columns being cast onto the associated upper and lower walls of the calliper housing.
A system for handling interference in a wireless optical network comprising at least two access points (20, 22) and at least one device selectively associated via a line-of-sight connection to a respective one of the access points (20, 22), wherein the at least one device is adapted to detect one of the at least two access points (20, 22) as a neighbor access point based on a reception of an advertisement (A L, A N) in a time slot of a Medium Access Control, MAC, cycle and to report neighbor detection to a local access point to which the at least one device is associated; wherein the local access point is adapted to restrict time-slot scheduling for the at least one device to reserved time slots of the at least one device and to report the neighbor detection and the reserved time slots of the at least one device to the neighbor access point or to a global control function, in response to a reception of the reported neighbor detection; and wherein the neighbor access point is adapted to exclude the reported reserved time slots of the at least one device from time-slot scheduling of communication with associated devices of the neighbor access point, in response to a reception of the reported neighbor detection. wherein the at least one device is adapted to detect one of the at least two access points (20, 22) as a neighbor access point based on a reception of an advertisement (A L, A N) in a time slot of a Medium Access Control, MAC, cycle and to report neighbor detection to a local access point to which the at least one device is associated; wherein the local access point is adapted to restrict time-slot scheduling for the at least one device to reserved time slots of the at least one device and to report the neighbor detection and the reserved time slots of the at least one device to the neighbor access point or to a global control function, in response to a reception of the reported neighbor detection; and wherein the neighbor access point is adapted to exclude the reported reserved time slots of the at least one device from time-slot scheduling of communication with associated devices of the neighbor access point, in response to a reception of the reported neighbor detection.
A sole structure for an article of footwear having an upper, the sole structure comprising: a heel region; a forefoot region; a midfoot region disposed between the heel region and the forefoot region; a fluid-filled chamber including a first barrier layer cooperating with a second barrier layer to define a first fluid-filled segment extending continuously from a medial edge of the sole structure to a lateral edge of the sole structure within the forefoot region, a second fluid-filled segment extending continuously from the medial edge of the sole structure to the lateral edge of the sole structure within the forefoot region, and a web area disposed between and separating the first fluid-filled segment and the second fluid-filled segment in a first direction extending along a longitudinal axis of the sole structure, the first barrier layer being attached to the second barrier layer within the web area, and wherein the first fluid-filled segment is spaced apart from the second fluid-filled segment by a first distance measured in the first direction proximate to the lateral edge of the sole structure and is spaced apart from the second fluid-filled segment by a second distance measured in the first direction proximate to the medial edge of the sole structure, the second distance being smaller than the first distance. a heel region; a forefoot region; a midfoot region disposed between the heel region and the forefoot region; a fluid-filled chamber including a first barrier layer cooperating with a second barrier layer to define a first fluid-filled segment extending continuously from a medial edge of the sole structure to a lateral edge of the sole structure within the forefoot region, a second fluid-filled segment extending continuously from the medial edge of the sole structure to the lateral edge of the sole structure within the forefoot region, and a web area disposed between and separating the first fluid-filled segment and the second fluid-filled segment in a first direction extending along a longitudinal axis of the sole structure, the first barrier layer being attached to the second barrier layer within the web area, and wherein the first fluid-filled segment is spaced apart from the second fluid-filled segment by a first distance measured in the first direction proximate to the lateral edge of the sole structure and is spaced apart from the second fluid-filled segment by a second distance measured in the first direction proximate to the medial edge of the sole structure, the second distance being smaller than the first distance.
A method for operating a transmitter in a wireless communication system, the method comprising: transmitting at least one of a synchronization signal for a synchronization of a receiver and a common control signal using a plurality of vertical beams without using a plurality of horizontal beams; transmitting training signals using the plurality of vertical beams and the plurality of horizontal beams; receiving information comprising a narrow beam corresponding to an overlap between an optimal vertical beam and an optimal horizontal beam; and transmitting data signals using the narrow beam, wherein the plurality of vertical beams are beams whose horizontal beam width is narrower than a vertical beam width, wherein the plurality of horizontal beams are beams whose horizontal beam width is wider than a vertical beam width, wherein the optimal vertical beam comprises a vertical beam whose reception power is highest among the plurality of vertical beams used for transmitting the training signals, and wherein the optimal horizontal beam comprises a horizontal beam whose reception power is highest among the plurality of horizontal beams used for transmitting the training signals. transmitting at least one of a synchronization signal for a synchronization of a receiver and a common control signal using a plurality of vertical beams without using a plurality of horizontal beams; transmitting training signals using the plurality of vertical beams and the plurality of horizontal beams; receiving information comprising a narrow beam corresponding to an overlap between an optimal vertical beam and an optimal horizontal beam; and transmitting data signals using the narrow beam, wherein the plurality of vertical beams are beams whose horizontal beam width is narrower than a vertical beam width, wherein the plurality of horizontal beams are beams whose horizontal beam width is wider than a vertical beam width, wherein the optimal vertical beam comprises a vertical beam whose reception power is highest among the plurality of vertical beams used for transmitting the training signals, and wherein the optimal horizontal beam comprises a horizontal beam whose reception power is highest among the plurality of horizontal beams used for transmitting the training signals.
A system for laser photocoagulation of a retina comprising: - a photocoagulation laser comprising a laser source and an optical transport fiber, - an optical path connecting the upstream photocoagulation laser to a downstream laser output intended to be placed in front of the retina, a laser beam emitted by the photocoagulation laser being intended to propagate along the optical path, wherein the laser source is a laser source configured to emit in a wavelength comprised between 520 nm and 690 nm in the optical fiber, and in that the optical transport fiber has a core with a diameter less than 50 μm, the system comprising: - an adaptive optics positioned in the optical path and configured to modify the wavefront of the laser beam propagating in the optical path in order to compensate ocular aberrations occurring up to the retina, - a position control loop controlling a first actuator positioned in the optical path downstream of the adaptive optics to servo-control the position of the laser output with respect to the retina to be treated, - at least one imager configured to acquire an image of the retina derived from the optical path. - a photocoagulation laser comprising a laser source and an optical transport fiber, - an optical path connecting the upstream photocoagulation laser to a downstream laser output intended to be placed in front of the retina, a laser beam emitted by the photocoagulation laser being intended to propagate along the optical path, - an adaptive optics positioned in the optical path and configured to modify the wavefront of the laser beam propagating in the optical path in order to compensate ocular aberrations occurring up to the retina, - a position control loop controlling a first actuator positioned in the optical path downstream of the adaptive optics to servo-control the position of the laser output with respect to the retina to be treated, - at least one imager configured to acquire an image of the retina derived from the optical path.
A method for wireless communication, comprising: transmitting, by a network node to a wireless device, a configuration comprising A orthogonal code sequences for a sounding reference signal, SRS, resource, wherein each of the A orthogonal code sequences is configured for L adjacent SRS symbols within the SRS resource, wherein L is a length of each of the A orthogonal code sequences, wherein L and A are positive integers, and wherein the configuration further comprises B indications of whether basic SRS sequences of L, R or N SRS symbols within the SRS resource are repeated, wherein N is a number of SRS symbols in the SRS resource, wherein R is a repetition factor, wherein R, N and B are positive integers, and wherein B≤ A; and receiving, by the network node from the network device, the SRS that is generated based on the configuration information. transmitting, by a network node to a wireless device, a configuration comprising A orthogonal code sequences for a sounding reference signal, SRS, resource, wherein each of the A orthogonal code sequences is configured for L adjacent SRS symbols within the SRS resource, wherein L is a length of each of the A orthogonal code sequences, wherein L and A are positive integers, and wherein the configuration further comprises B indications of whether basic SRS sequences of L, R or N SRS symbols within the SRS resource are repeated, wherein N is a number of SRS symbols in the SRS resource, wherein R is a repetition factor, wherein R, N and B are positive integers, and wherein B≤ A; and receiving, by the network node from the network device, the SRS that is generated based on the configuration information.
A rocket engine including a main combustion chamber; a main nozzle for ejecting the combustion gases produced in the main combustion chamber; two propellant supply pumps (8a, 13) disposed on circuits for supplying propellant to the engine and configured to pressurize the propellants in order to allow the supply of the main combustion chamber; two pressurization pumps (10, 11) for pressurizing the tanks of the propellants used to supply the engine; and an electric generator; the electric generator comprising: - a gas generator configured to be supplied with a mixture of propellants to cause combustion; - an electricity generation turbine configured to be driven by combustion gases from the gas generator; and - an alternator mechanically coupled to a shaft of the electricity generation turbine; the rocket engine being characterized in that the rocket engine is configured so as to allow the supply of the gas generator with propellants by the two pressurization pumps (10, 11), and is configured so as to allow a supply of the electric generator independently of the rotation of the supply pumps (8a, 13). - a gas generator configured to be supplied with a mixture of propellants to cause combustion; - an electricity generation turbine configured to be driven by combustion gases from the gas generator; and - an alternator mechanically coupled to a shaft of the electricity generation turbine;