mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving packet data at a receiving station in a wireless communication system, the method comprising: receiving (S20, S110, S210) a packet data from a transmitting station having three antennas to achieve space time transmit diversity, wherein first, second and third packet data(s i +1, s i +2, s i +3) are transmitted (S20, S110, S210) from first, second and third antennas of the transmitting station, respectively; transmitting (S120, S220) a non-acknowledgement signal to the transmitting station if at least one packet data from the transmitting station is not properly received, wherein the non-acknowledgement signal to the transmitting station comprises a retransmission option for informing the transmitting station, the retransmitting option being associated with antenna assignment of packet data retransmission; and receiving (S40, S130, S230) the packet data from the transmitting station, wherein a first and second retransmitted packet data (- s* i +2, s* i +1) are transmitted (S40, S130, S230) from different antennas of the transmitting station, and a third retransmitted packet data ( s* i +3) is transmitted (S40, S130, S230) from the same antenna of the transmitting station. receiving (S20, S110, S210) a packet data from a transmitting station having three antennas to achieve space time transmit diversity, wherein first, second and third packet data(s i +1, s i +2, s i +3) are transmitted (S20, S110, S210) from first, second and third antennas of the transmitting station, respectively; transmitting (S120, S220) a non-acknowledgement signal to the transmitting station if at least one packet data from the transmitting station is not properly received, wherein the non-acknowledgement signal to the transmitting station comprises a retransmission option for informing the transmitting station, the retransmitting option being associated with antenna assignment of packet data retransmission; and receiving (S40, S130, S230) the packet data from the transmitting station, wherein a first and second retransmitted packet data (- s* i +2, s* i +1) are transmitted (S40, S130, S230) from different antennas of the transmitting station, and a third retransmitted packet data ( s* i +3) is transmitted (S40, S130, S230) from the same antenna of the transmitting station.
A passive microwave sounder for a satellite, having a fixed reflection plate, comprising: a motor including a first rotary shaft formed to extend in a progressing direction of a satellite; a first rotating reflection plate forming a predetermined angle with respect to the ground surface of a nadir direction and having a first one-side surface and a first other-side surface, the center of the first one-side surface being coupled to and rotating with the first rotary shaft, such that the first one-side surface and the first other-side surface alternately face the ground surface, and the second other-side surface reflecting incident electromagnetic waves; an auxiliary reflection part reflecting the electromagnetic waves incident from the first other-side surface to a predetermined position; a reception part receiving the electromagnetic waves reflected from the auxiliary reflection part; and a fixed reflection plate fixed above the first rotating reflection plate at a predetermined angle with the ground surface and reflecting the electromagnetic waves to the first one-side surface or the first other-side surface. a motor including a first rotary shaft formed to extend in a progressing direction of a satellite; a first rotating reflection plate forming a predetermined angle with respect to the ground surface of a nadir direction and having a first one-side surface and a first other-side surface, the center of the first one-side surface being coupled to and rotating with the first rotary shaft, such that the first one-side surface and the first other-side surface alternately face the ground surface, and the second other-side surface reflecting incident electromagnetic waves; an auxiliary reflection part reflecting the electromagnetic waves incident from the first other-side surface to a predetermined position; a reception part receiving the electromagnetic waves reflected from the auxiliary reflection part; and a fixed reflection plate fixed above the first rotating reflection plate at a predetermined angle with the ground surface and reflecting the electromagnetic waves to the first one-side surface or the first other-side surface.
A linear actuator having a spindle nut and spindle as well as having a bearing plate in which a bearing is received for rotatable mounting of the spindle nut, wherein the spindle is screwed into the spindle nut, wherein the spindle nut is rotatably mounted by means of the bearing received in the bearing plate, wherein the spindle nut is connected in a rotationally-fixed manner to a first pulley of a belt drive, which pulley engages or is connected to a belt of the belt drive in a force-locked manner, wherein the belt engages or is connected to a pulley spaced apart from the first pulley, wherein the second pulley is connected to the rotor shaft of an electric motor in a rotationally-fixed manner, wherein first protuberances projecting in a transverse direction to the axis of the spindle are formed at the bearing plate and are for connection by means of a cardan joint to a device to be driven, wherein two joint parts (16, 21) connected to one another have second protuberances projecting in a transverse direction to the axis of the spindle, wherein the second protuberances are oriented perpendicularly to the first protuberances, characterised in that each of the joint parts (16, 21) has an opening into which in each case there is inserted one of the first protuberances, and in that for centering of the two joint parts (16, 21) relative to one another, bolts in each case project at both sides into openings of the joint parts (16, 21). wherein the spindle is screwed into the spindle nut, wherein the spindle nut is rotatably mounted by means of the bearing received in the bearing plate, wherein the spindle nut is connected in a rotationally-fixed manner to a first pulley of a belt drive, which pulley engages or is connected to a belt of the belt drive in a force-locked manner, wherein the belt engages or is connected to a pulley spaced apart from the first pulley, wherein the second pulley is connected to the rotor shaft of an electric motor in a rotationally-fixed manner, wherein first protuberances projecting in a transverse direction to the axis of the spindle are formed at the bearing plate and are for connection by means of a cardan joint to a device to be driven, wherein two joint parts (16, 21) connected to one another have second protuberances projecting in a transverse direction to the axis of the spindle, wherein the second protuberances are oriented perpendicularly to the first protuberances, characterised in that each of the joint parts (16, 21) has an opening into which in each case there is inserted one of the first protuberances, and in that for centering of the two joint parts (16, 21) relative to one another, bolts in each case project at both sides into openings of the joint parts (16, 21).
A method for information transmission, comprising: receiving, by a terminal device, a first synchronization signal block sent by a network device, wherein the first synchronization signal block comprises a first physical broadcast channel, PBCH, and information carried on the first PBCH comprises first information and second information; wherein the first information is configured to indicate whether remaining minimum system information, RMSI, is present, wherein the second information is configured to indicate resource information of a second synchronization signal block if the first information indicates that RMSI is not present, and wherein a part or all of an existing CORESET indication field carried on the first PBCH is used to carry the second information; obtaining, by the terminal device, the resource information of the second synchronization signal block based on the second information if the first information indicates that RMSI is not present; and receiving, by the terminal device, the second synchronization signal block according to the resource information of the second synchronization signal block. receiving, by a terminal device, a first synchronization signal block sent by a network device, wherein the first synchronization signal block comprises a first physical broadcast channel, PBCH, and information carried on the first PBCH comprises first information and second information; wherein the first information is configured to indicate whether remaining minimum system information, RMSI, is present, wherein the second information is configured to indicate resource information of a second synchronization signal block if the first information indicates that RMSI is not present, and wherein a part or all of an existing CORESET indication field carried on the first PBCH is used to carry the second information; obtaining, by the terminal device, the resource information of the second synchronization signal block based on the second information if the first information indicates that RMSI is not present; and receiving, by the terminal device, the second synchronization signal block according to the resource information of the second synchronization signal block.
A homogenized tobacco sheet production line comprising: - A tank adapted to contain a slurry formed by a tobacco powder blend, a binder and an aerosol former in an aqueous medium; - A cast apparatus adapted to receive slurry from the tank and to cast the slurry so as to form a homogenized tobacco sheet; - A movable transporting support on which said slurry is casted and adapted to transport the homogenized tobacco sheet along a transport direction; - A slitter located downstream the cast apparatus adapted to slit the homogenized tobacco material along the transport direction so as to form at least two portioned homogenized tobacco sheets; Characterized in that it also includes - At least two crimpers located downstream the slitter, each crimper being adapted to receive one of the at least two portioned homogenized tobacco sheets from the slitter and to crimp one of the at least two portioned homogenized tobacco sheets. - A tank adapted to contain a slurry formed by a tobacco powder blend, a binder and an aerosol former in an aqueous medium; - A cast apparatus adapted to receive slurry from the tank and to cast the slurry so as to form a homogenized tobacco sheet; - A movable transporting support on which said slurry is casted and adapted to transport the homogenized tobacco sheet along a transport direction; - A slitter located downstream the cast apparatus adapted to slit the homogenized tobacco material along the transport direction so as to form at least two portioned homogenized tobacco sheets; Characterized in that it also includes - At least two crimpers located downstream the slitter, each crimper being adapted to receive one of the at least two portioned homogenized tobacco sheets from the slitter and to crimp one of the at least two portioned homogenized tobacco sheets.
A closure or solar protection home-automation equipment comprising a concealing device, the concealing device comprising at least: - a screen, - a device (9, 23) for holding the screen, - a first motorized drive device, and - an autonomous electrical energy supply device, the first motorized drive device comprising at least: - an electromechanical actuator making it possible to raise and lower the screen, between a high position and a low position, the electromechanical actuator being electrically connected to the autonomous electrical energy supply device, the autonomous electrical energy supply device comprising at least: - a battery, the battery being positioned at the holding device (9, 23) of the screen, - a power supply cable, and - an electrical connection element, the electrical connection element being electrically connected to the battery by the power supply cable, the electrical connection element being configured to be connected to an external electric supply source, so as to recharge the battery, characterized in that the concealing device comprises a second motorized drive device, the second motorized drive device comprising at least: - an electromechanical actuator making it possible to wind and unwind the power supply cable, electrically connecting the electrical connection element to the battery, on a winding spool, between a wound position and an unwound position. - a screen, - a device (9, 23) for holding the screen, - a first motorized drive device, and - an autonomous electrical energy supply device, - an electromechanical actuator making it possible to raise and lower the screen, between a high position and a low position, the electromechanical actuator being electrically connected to the autonomous electrical energy supply device, - a battery, the battery being positioned at the holding device (9, 23) of the screen, - a power supply cable, and - an electrical connection element, the electrical connection element being electrically connected to the battery by the power supply cable, the electrical connection element being configured to be connected to an external electric supply source, so as to recharge the battery, - an electromechanical actuator making it possible to wind and unwind the power supply cable, electrically connecting the electrical connection element to the battery, on a winding spool, between a wound position and an unwound position.
A corner connector, intended to be joined to two rails together defining a first horizontal plane and to a vertical upright to form a frame, wherein the corner connector comprises a connector part, a screw and an internally-threaded element mating with the screw, the screw comprising a head and an externally-threaded shank aligned along a first axis, the upright having a contour and defining a front housing, the internally-threaded element extending along a second axis and being configured to be fixedly mounted within the front housing, the connector having a hole with a vertical axis, with an internal shoulder facing away from the internally-threaded element, while the screw mates jointly with the internal shoulder of the connector part and with the internally-threaded element, characterised in that the connector part comprises a W-shaped groove configured to mate with a W-shaped contour of the upright, and in that the corner connector comprises a sealing member, configured to be interposed between the W-shaped groove and the W-shaped contour when that W-shaped contour is located opposite the W-shaped groove.
A control device for a hybrid vehicle, comprising: an engine; a motor; a first clutch interposed between the engine and the motor to be engaged when starting the engine using the motor as a starter motor; a second clutch interposed between the motor and drive wheels to be slip-engaged when starting the engine; characterised in that it comprises a cranking start permission control mechanism (S101-S106) to withhold the start of the engine cranking until the slip polarity of the second clutch becomes positive, when the engine start request is made in response to drive force request associated with increase in an accelerator opening and the slip polarity of the second clutch is negative. an engine; a motor; a first clutch interposed between the engine and the motor to be engaged when starting the engine using the motor as a starter motor; a second clutch interposed between the motor and drive wheels to be slip-engaged when starting the engine; characterised in that it comprises a cranking start permission control mechanism (S101-S106) to withhold the start of the engine cranking until the slip polarity of the second clutch becomes positive, when the engine start request is made in response to drive force request associated with increase in an accelerator opening and the slip polarity of the second clutch is negative.
Fluid plug connector part, in particular for medical devices or instruments; which has at least two sockets (32 - 34) which define a mutual plug direction, wherein at least one of the sockets (32 - 34) is mounted to be moveable in at least one transverse direction which is orientated transversely to the plug direction, characterised in that the moveably mounted socket (32 - 34) is surrounded by a moveably mounted gas guiding sleeve, the gas guiding sleeve is supported on a plug connector body by several spring elements which are at a distance to one another, said spring elements having a first spring constant, the socket (32 - 34) delimits a gas guiding chamber with two sealing elements (41, 42) which are at a distance to each other in the gas guiding sleeve, wherein the sealing elements (41, 42) have a second spring constant which is greater than the first spring constant, and the socket (32 - 34) has at least one radial bore which connects the gas guiding chamber to a socket opening.
Medical instrument for creating an access for a minimally invasive intervention, with a hollow body assembled from at least two subsidiary bodies (12, 14) along the longitudinal edges (26, 28; 30, 32) thereof, wherein each subsidiary body (12, 14) has a distal subsidiary body portion (16, 20) and, at an angle to the latter, a proximal subsidiary body portion (18, 22), and wherein projections are present on the longitudinal edges (26, 28; 30, 32) and engage with recesses on a opposite longitudinal edge, and wherein the assembled proximal subsidiary body portions (18, 92) are hold together via a cap, characterized in that at least one projection in the area of a longitudinal edge of a proximal subsidiary body portion is designed as a hook, which extends from proximal to distal in such a way that, in a rolling movement of the two subsidiary bodies (12, 14) during the joining-together of the proximal subsidiary body portions (18, 22) enters from proximal to distal into a recess on the opposite longitudinal edge and thus block a pulling-apart of the proximal subsidiary body portions (18, 22), and in that the hook moves out of the recess from distal to proximal during an oppositely directed rolling movement.
A snap fastener comprising a face fastener and a locating fastener which are snapped with each other, the face fastener comprises a face shell and a locating pin; the face shell is provided with an installation chamber; the locating pin includes a base and a rod body; the base is accommodated in the installation chamber; the rod body stands exactly on an end face of the base, and an end away from the base of the rod body is used to be connected to the locating fastener; characterised in that, the locating pin is made of plastic and integrally formed; anti-skidding structures are arranged on an end face exposed out of the installation chamber of the base; and the locating pin further includes anti-rotation protrusions, wherein the anti-rotation protrusions are arranged at an outer edge of the end face in connection with the rod body of the base in a protruding manner, and the ends away from the base of the anti-rotation protrusions retract; and when the base is accommodated in the installation chamber, so that the locating pin and the face shell are assembled, the face shell completely covers the anti-rotation protrusions and is meshed therewith.
Measuring element designed to pick up a deflection, comprising the following: - a region arranged on a semiconductor substrate, said region extending between a source terminal and a drain terminal, and an electrode designed to influence the conductivity of the region; - wherein the electrode is fitted in a deflectable fashion relative to the region in such a way that an overlap region results between the electrode and the region, said overlap region having an extent that is variable with a deflection of the electrode, and - wherein the output signal of the measuring element is dependent on the conductivity of the region and is controllable by the change in the extent of the overlap region, - the region and/or the electrode are embodied in such a way that the change in the extent of the overlap region is in a non-linear relationship with the deflection of the electrode, such that a change in the output signal of the measuring element is in a non-linear relationship with the deflection of the electrode, wherein • the electrode is fitted above the region, wherein the distance between the electrode and the region remains constant, and • a surface area of the region is determined by a width W - running in a deflection direction y of the electrode - and a length L - running perpendicular thereto - of the electrode, and the following holds true: L y ≈ W 2 − y 2. - a region arranged on a semiconductor substrate, said region extending between a source terminal and a drain terminal, and an electrode designed to influence the conductivity of the region; - wherein the electrode is fitted in a deflectable fashion relative to the region in such a way that an overlap region results between the electrode and the region, said overlap region having an extent that is variable with a deflection of the electrode, and - wherein the output signal of the measuring element is dependent on the conductivity of the region and is controllable by the change in the extent of the overlap region, - the region and/or the electrode are embodied in such a way that the change in the extent of the overlap region is in a non-linear relationship with the deflection of the electrode, such that a change in the output signal of the measuring element is in a non-linear relationship with the deflection of the electrode, • the electrode is fitted above the region, wherein the distance between the electrode and the region remains constant, and • a surface area of the region is determined by a width W - running in a deflection direction y of the electrode - and a length L - running perpendicular thereto - of the electrode, and the following holds true: L y ≈ W 2 − y 2.
Method for producing a wire cable, in which, to form a core cable, core cable strands (5, 6) are wound around a heart strand, the core cable is compressed by hammering to smooth its surface, a plastics layer is then applied to the core cable and next strands are stranded on the core cable, characterized in that the core cable is precompressed before hammering and the wire cable is hammered after stranding the strands on the core cable.