mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: receiving a first downlink control message that includes a first grant for resources for a first plurality of transmission time intervals, TTIs, wherein at least two TTIs of the first plurality of TTIs are associated with different hybrid automatic repeat request, HARQ, processes; identifying in the first downlink control message a plurality of HARQ process identifiers associated with the first plurality of TTIs, wherein the identifying comprises identifying a bitmap indicative of the plurality of HARQ process identifiers associated with the first plurality of TTIs, wherein the bitmap comprises a first value at each bit location that corresponds to each HARQ process identifier of the plurality of HARQ process identifiers associated with the first plurality of TTIs, and the bitmap comprises a second value at each bit location that corresponds to HARQ process identifiers that are unassociated with the first plurality of TTIs; and communicating using the resources of at least one TTI of the first plurality of TTIs according to a HARQ process for the at least one TTI and based at least in part on a HARQ process identifier of the HARQ process of the at least one TTI. receiving a first downlink control message that includes a first grant for resources for a first plurality of transmission time intervals, TTIs, wherein at least two TTIs of the first plurality of TTIs are associated with different hybrid automatic repeat request, HARQ, processes; identifying in the first downlink control message a plurality of HARQ process identifiers associated with the first plurality of TTIs, wherein the identifying comprises identifying a bitmap indicative of the plurality of HARQ process identifiers associated with the first plurality of TTIs, wherein the bitmap comprises a first value at each bit location that corresponds to each HARQ process identifier of the plurality of HARQ process identifiers associated with the first plurality of TTIs, and the bitmap comprises a second value at each bit location that corresponds to HARQ process identifiers that are unassociated with the first plurality of TTIs; and communicating using the resources of at least one TTI of the first plurality of TTIs according to a HARQ process for the at least one TTI and based at least in part on a HARQ process identifier of the HARQ process of the at least one TTI.
Steering assistance device for a vehicle, wherein the steering assistance device has the following features: - an input shaft for introducing a torque from a steering column of the vehicle into the steering assistance device; - a torque sensor, wherein the torque sensor is configured to detect the torque introduced via the input shaft and to provide a sensor signal which represents the detected torque; - an output shaft for conducting the torque out of the steering assistance device; - a gear unit, wherein the gear unit is configured to mechanically transmit the torque from the input shaft to the output shaft, wherein the gear unit is arranged within a steering housing; and - a drive unit, wherein the drive unit is configured to charge the gear unit with a hydraulic working medium in a manner dependent on the sensor signal, wherein the drive unit and the torque sensor are arranged so as to be in mechanical contact with the steering housing, wherein the drive unit has a pump for conveying the working medium and a motor for driving the pump, wherein the drive unit has a reservoir for containing working medium, characterised in that at least the pump is arranged within the reservoir, wherein the input shaft, the torque sensor, the gear unit and the drive unit are arranged in a row along a longitudinal axis of the steering assistance device. - an input shaft for introducing a torque from a steering column of the vehicle into the steering assistance device; - a torque sensor, wherein the torque sensor is configured to detect the torque introduced via the input shaft and to provide a sensor signal which represents the detected torque; - an output shaft for conducting the torque out of the steering assistance device; - a gear unit, wherein the gear unit is configured to mechanically transmit the torque from the input shaft to the output shaft, wherein the gear unit is arranged within a steering housing; and - a drive unit, wherein the drive unit is configured to charge the gear unit with a hydraulic working medium in a manner dependent on the sensor signal, wherein the drive unit and the torque sensor are arranged so as to be in mechanical contact with the steering housing, wherein the drive unit has a pump for conveying the working medium and a motor for driving the pump, wherein the drive unit has a reservoir for containing working medium, characterised in that at least the pump is arranged within the reservoir,
A device for coupling a pair of kite lines (17, 18) to a kite harness loop, the device comprising a first releasable coupling (44, 51, 57) rotatably attached to the harness loop for securing a first kite line to the harness loop and a second releasable coupling (60, 62, 63, 58) rotatably attached to the harness loop for securing a second kite line to the harness loop, the first and second couplings (44, 51, 57, 60, 62, 63, 58) being rotatable about a common axis, characterised in that first coupling (44, 51, 57) has a first handle movable in a first direction away from the loop for releasing the first coupling (44, 51, 57), and a second handle moveable in a second direction opposite to the first direction for releasing the second coupling (60, 62, 63, 58), and in that the first handle is movable axially on the common axis in the first direction and the second handle is movable axially on the common axis in the second direction. characterised in that first coupling (44, 51, 57) has a first handle movable in a first direction away from the loop for releasing the first coupling (44, 51, 57), and a second handle moveable in a second direction opposite to the first direction for releasing the second coupling (60, 62, 63, 58), and in that the first handle is movable axially on the common axis in the first direction and the second handle is movable axially on the common axis in the second direction.
A computer implemented method for determining a reliability level of data received by an ego vehicle (100, 102, 104) from a target vehicle being different from the ego vehicle and arranged in a vicinity of the ego vehicle, the ego vehicle comprising a control unit, wherein the method comprises the steps of: - receiving, at the control unit and using wireless communication, a first set of operational data relating to the target vehicle, - determining, by the control unit, a second set of operational data relating to the target vehicle using a first sensor (204, 206, 208) comprised with the ego vehicle, and - determining, by the control unit, a difference between the first set of operational data and the second set of operational data, characterized in that the method further comprises the step of: - determining, by the control unit, the reliability level based on the determined difference and a predetermined model indicative of an expected behavior of the first and the second set of operational data. - receiving, at the control unit and using wireless communication, a first set of operational data relating to the target vehicle, - determining, by the control unit, a second set of operational data relating to the target vehicle using a first sensor (204, 206, 208) comprised with the ego vehicle, and - determining, by the control unit, a difference between the first set of operational data and the second set of operational data, - determining, by the control unit, the reliability level based on the determined difference and a predetermined model indicative of an expected behavior of the first and the second set of operational data.
A brachytherapy afterloader device, comprising: - at least one transmit wire that is suitable for being inserted and for being driven in an advance or retract motion in an external first delivery channel, the transmit wire having a test field source, which is arranged at a distal end region of the transmit wire, for controllably providing a magnetic test field; - at least one receive wire that is suitable for being inserted and for being driven in an advance or retract motion in an external second delivery channel for a measurement of the magnetic test field, the receive wire having a transducer that is configured to detect magnetic-field changes in the magnetic test field and to provide a transducer signal indicative thereof via the receive wire; - a wire driving unit which is configured to controllably advance or retract the transmit wire and the receive wire in response to a corresponding test drive control signal. - at least one transmit wire that is suitable for being inserted and for being driven in an advance or retract motion in an external first delivery channel, the transmit wire having a test field source, which is arranged at a distal end region of the transmit wire, for controllably providing a magnetic test field; - at least one receive wire that is suitable for being inserted and for being driven in an advance or retract motion in an external second delivery channel for a measurement of the magnetic test field, the receive wire having a transducer that is configured to detect magnetic-field changes in the magnetic test field and to provide a transducer signal indicative thereof via the receive wire; - a wire driving unit which is configured to controllably advance or retract the transmit wire and the receive wire in response to a corresponding test drive control signal.
A sack paper, wherein: the grammage according to ISO 536 is 50-140 g/m 2, such as 70-130 g/m 2; the Gurley value according to ISO 5636-5 is 15 s or lower, such as 13 s or lower; and the stretchability according to ISO 1924-3 in the machine direction is above 10 %, such as above 11 %, such as above 12 %. the grammage according to ISO 536 is 50-140 g/m 2, such as 70-130 g/m 2; the Gurley value according to ISO 5636-5 is 15 s or lower, such as 13 s or lower; and the stretchability according to ISO 1924-3 in the machine direction is above 10 %, such as above 11 %, such as above 12 %.
A pump for dispensing a fluid product comprising a piston secured to an actuating stem and which slides in a pump body having a pump chamber defined between an inlet valve and an outlet valve, said outlet valve comprising an outlet valve element sliding during actuation in a sealed manner in the pump chamber, said pump chamber comprising passage means such that, at the end of actuation of the pump, said outlet valve element co-operates in a non-sealed manner with said passage means in order to open said outlet valve to allow the expulsion of the product contained in the pump chamber, said inlet valve comprising an inlet valve element which slides after closure of the inlet valve in a sleeve of the pump body, said sleeve of the pump body having a reduced diameter and containing a spring pressing firstly on said inlet valve element and secondly on a bottom of said sleeve of the pump body, said spring, in addition expelling the product, also returning the piston into its rest position, said outlet valve element is formed by a separate part which is inserted movably in said piston, with the interposition of a second spring, the force exerted by said second spring being greater than the force exerted by said spring in position at rest, and less than the force exerted by said spring in the actuated position.
A regulating valve with a rack and pinion transmission system for an aircraft or a spacecraft, comprising: - a valve body, - a transmission shaft disposed at least partly in the valve body, movable in rotation about a first axis, and including a pinion, - a rolling element disposed at least partly in the valve body, movable in translation along a second axis (X') substantially perpendicular to the first axis, and including a rack, the rack being engaged with the pinion so that a rotation of the transmission shaft causes a translation of the rolling element, a first end of the rolling element being guided in translation by a first fixed bearing, and a second end of the rolling element being guided in translation by a second bearing, - an annular connecting flange fixed to the valve body by means of fixing means, the annular connecting flange radially extending between an inner face which is axisymmetric about the second axis (X') and an outer face which is axisymmetric about a central axis, characterized in that the inner face comprises a radially inner housing in which the second bearing is housed, the second axis (X') being radially offset with respect to the central axis. - a valve body, - a transmission shaft disposed at least partly in the valve body, movable in rotation about a first axis, and including a pinion, - a rolling element disposed at least partly in the valve body, movable in translation along a second axis (X') substantially perpendicular to the first axis, and including a rack, the rack being engaged with the pinion so that a rotation of the transmission shaft causes a translation of the rolling element, a first end of the rolling element being guided in translation by a first fixed bearing, and a second end of the rolling element being guided in translation by a second bearing, - an annular connecting flange fixed to the valve body by means of fixing means, the annular connecting flange radially extending between an inner face which is axisymmetric about the second axis (X') and an outer face which is axisymmetric about a central axis, characterized in that the inner face comprises a radially inner housing in which the second bearing is housed, the second axis (X') being radially offset with respect to the central axis.
A dishwasher comprising a body; a tub that is disposed inside the body and wherein the steps of washing, rinsing and drying are realized; a drying pocket that is disposed at least at one lateral wall of the tub, that is in thermal contact with the tub and that provides the condensation of the humid air inside the tub by being cooled in the drying step; a heat pump that is disposed inside the body, that provides the heating of the water to be used in the washing step and that has a first heat exchanger drawing heat from the ambient air, a second heat exchanger transferring the heat received from the first heat exchanger to the wash water and a compressor fluidly connected to the first heat exchanger and the second heat exchanger, realizing the refrigerant cycle, and a drip tray that is disposed immediately under the first heat exchanger, wherein the water condensing on the first heat exchanger is collected, characterized by a water duct that extends between the drying pocket and the drip tray, a pump that is disposed on the water duct and that enables the water in the drip tray to be delivered to the drying pocket, a hole that is arranged on the drying pocket and that opens into the tub and a control unit that enables the water collected in the drip tray to be delivered to the drying pocket, further providing the discharge of the water in the drying pocket into the tub by means of the hole by controlling the pump.
A method of forming a ceramic matrix composite material, the method comprising: forming a network of ceramic fibers disposed in a porous ceramic matrix, the matrix comprising a first sinterable phase, the porous ceramic matrix being formed to a bisque fired state; infusing the porous ceramic matrix with a diffusion barrier material; densifying the porous ceramic matrix with a second sinterable phase, the diffusion barrier material being effective to limit sintering between the first and second sinterable phases (19, 22); and final firing the ceramic matrix composite material. forming a network of ceramic fibers disposed in a porous ceramic matrix, the matrix comprising a first sinterable phase, the porous ceramic matrix being formed to a bisque fired state; infusing the porous ceramic matrix with a diffusion barrier material; densifying the porous ceramic matrix with a second sinterable phase, the diffusion barrier material being effective to limit sintering between the first and second sinterable phases (19, 22); and final firing the ceramic matrix composite material.
A network cabinet, comprising an enclosure, a first air exhaust apparatus, a second air exhaust apparatus, multiple first mainboards, multiple second mainboards and multiple third mainboards, wherein the enclosure comprises a top, a middle, and a bottom in sequence, wherein the top and the bottom are disposed oppositely, the first air exhaust apparatus is disposed at the top and is configured to draw air from the middle, draw the air from the middle to the top, and expel the air from the top, and the second air exhaust apparatus is disposed at the bottom and is configured to draw air from the middle, draw the air from the middle to the bottom, and expel the air from the bottom, wherein the multiple first mainboards are close to the top of the enclosure, are vertically arranged inside the enclosure and are mutually parallel, the first air exhaust apparatus is located between the multiple first mainboards and the top of the enclosure, the multiple second mainboards are close to the bottom of the enclosure, are vertically arranged inside the enclosure and are mutually parallel, and the second air exhaust device is located between the multiple second mainboards and the bottom of the enclosure, and wherein the multiple third mainboards are contained inside the enclosure and are located between the multiple first mainboards and the multiple second mainboards and wherein the multiple third mainboards are mutually parallel and are horizontally arranged inside the enclosure, and characterised in that the network cabinet further comprises an internal case, an external case, a first partition plate, and a second partition plate, wherein the internal case is contained in the external case and comprises two side walls disposed oppositely, wherein the side walls and interior walls of the external case form an air duct; the first air exhaust apparatus, the second air exhaust apparatus, the multiple first mainboards, the multiple second mainboards, and the multiple third mainboards are fixed between the two side walls; a first air vent, a second air vent, and a third air vent are disposed on each side wall, wherein the first air vent faces a gap between the first air exhaust apparatus and the multiple first mainboards, the second air vent faces the multiple third mainboards, and the third air vent faces a gap between the multiple second mainboards and the second air exhaust apparatus; and the first partition plate is disposed between the multiple first mainboards and the multiple third mainboards to separate the multiple first mainboards from the multiple third mainboards, and the second partition plate is disposed between the multiple second mainboards and the multiple third mainboards to separate the multiple second mainboards from the multiple third mainboards.
An analytical instrument for sperm comprising: a flow channel that receives a sheath fluid and a sample fluid having at least one sperm to be analyzed and that creates a coaxial flow of a fluid stream having an inner core stream of the sample fluid and an outer stream of the sheath fluid, the inner core stream comprises an elliptical shape with a minor axis and a major axis; a laser that produces a laser beam; beam shaping optics that shape the laser beam to have a beam width and a beam height at an interrogation location, wherein the beam width at the interrogation location comprises between 70 and 130 microns and a center portion comprising no more than a center half of the beam width matches the major axis of an inner core stream width facing the laser, wherein the center portion of the beam width comprises between a center half of the beam width and a center quarter of the beam width; a beam path along which the laser beam traverses between the laser and the beam shaping optics; at least one detector that generates a signal in response to electromagnetic radiation from the interrogation location; and an analyzer that receives the signal from the at least one detector. a flow channel that receives a sheath fluid and a sample fluid having at least one sperm to be analyzed and that creates a coaxial flow of a fluid stream having an inner core stream of the sample fluid and an outer stream of the sheath fluid, the inner core stream comprises an elliptical shape with a minor axis and a major axis; a laser that produces a laser beam; beam shaping optics that shape the laser beam to have a beam width and a beam height at an interrogation location, wherein the beam width at the interrogation location comprises between 70 and 130 microns and a center portion comprising no more than a center half of the beam width matches the major axis of an inner core stream width facing the laser, wherein the center portion of the beam width comprises between a center half of the beam width and a center quarter of the beam width; a beam path along which the laser beam traverses between the laser and the beam shaping optics; at least one detector that generates a signal in response to electromagnetic radiation from the interrogation location; and an analyzer that receives the signal from the at least one detector.
A medicament for use in treating blood-brain barrier dysfunction syndrome, comprising a biguanides agent which is metformin or buformin or a pharmaceutically acceptable salt thereof as an active ingredient.
Brake system of a motor vehicle, which comprises a service brake system having friction brakes (40a, 40b, 42a, 42b) which can be actuated by a pressure medium, a sustained-action brake system, designed as a hydrodynamic or electrodynamic retarder, at least one electric machine which is drivingly connected to the wheels (6a, 6b) on a vehicle axle and can be operated at least as a generator, and a foot brake valve which can be actuated by means of a brake pedal, wherein the foot brake valve has a brake value transmitter and a brake pedal actuator for generating a restoring force acting on the brake pedal, and in which said components (24, 38, 44) of the brake system can be controlled by means of an electronic control device, wherein the braking force requirement is requested, in the order of priority, by the electric machine in generator mode, the retarder and the service brake system, and wherein the distribution of the braking force between the components (24, 38, 44) of the brake system can be suitably communicated to a driver of the motor vehicle, characterized in that the brake pedal actuator is designed to be electrically effective and has a rotatable or axially movable drive element, and in that the drive element of the brake pedal actuator is directly or indirectly connected in an actuating manner to a brake lever of the brake pedal or to a plunger piston of the foot brake valve.
A network entity for configuring a cellular communications network to service high velocity mobile terminals, the cellular communications network comprising a plurality of geographically distributed access nodes arranged for communication with the mobile terminals, the network entity comprising: a location prediction engine, configured to predict a future location for a first mobile terminal at a predetermined time; and a configuration output, arranged to configure a set of access nodes comprising two or more of the plurality of access nodes for cooperative communication of the set of the access nodes with the first mobile terminal at the predetermined time, based on the predicted location for the first mobile terminal. a location prediction engine, configured to predict a future location for a first mobile terminal at a predetermined time; and a configuration output, arranged to configure a set of access nodes comprising two or more of the plurality of access nodes for cooperative communication of the set of the access nodes with the first mobile terminal at the predetermined time, based on the predicted location for the first mobile terminal.