mhurhangee/ep-ind-claims huggingface dataset:
Self-propelled vehicle for handling glass-sheet supporting racks and which comprises a front rack-supporting chassis and a rear drive unit, both provided with ground-resting wheels (4, 5); the rack-supporting chassis comprising a substantially U-shaped rigid oblong frame which is provided with two longitudinal beams that extend substantially horizontal and parallel to the longitudinal axis of the vehicle, in substantially specular position on opposite sides of the vertical midplane of the vehicle, so as to form a rectilinear groove or slot adapted to be engaged by a glass-sheet supporting rack; the rear drive unit being connected to the rack-supporting chassis by mechanical coupling means allowing the rack-supporting chassis to move vertically with respect to the drive unit; the self-propelled vehicle being characterised in that each longitudinal beam is divided into a front rectilinear segment and a rear rectilinear segment, which are coupled in axially sliding manner so as to vary the total axial length (f) of the longitudinal beam between a given maximum value and a given minimum value.
A method for adjusting the bandwidth of memory accessed by a processor, comprising: collecting (231a, 231b, 231c) information that corresponds to the memory bandwidth requirement of the processor; and dynamically scaling (233a, 233b, 233c, 233d) the memory bandwidth by activating or deactivating at least one terminal among a plurality of input and output terminals of the memory for data transmission to and from the processor, based on the determined requirement; characterized in that the information collected is the cache miss rate of the processor and/or the number of instructions per cycle processed by the processor, in that this collected information is used to determine the dynamic performance of the processor, and in that the dynamic scaling of the memory bandwidth is based on the determined dynamic performance. collecting (231a, 231b, 231c) information that corresponds to the memory bandwidth requirement of the processor; and dynamically scaling (233a, 233b, 233c, 233d) the memory bandwidth by activating or deactivating at least one terminal among a plurality of input and output terminals of the memory for data transmission to and from the processor, based on the determined requirement; characterized in that the information collected is the cache miss rate of the processor and/or the number of instructions per cycle processed by the processor, in that this collected information is used to determine the dynamic performance of the processor, and in that the dynamic scaling of the memory bandwidth is based on the determined dynamic performance.
Blown film system, comprising an annular nozzle for extruding a film tube, a tube formation zone for longitudinal and transverse stretching of the film tube, a coolant for the film tube moving in the machine direction, a flattening for the film tube to form a double-layer film web, and a haul-off roller pair beyond the coolant for hauling off the film tube, wherein a treatment roller line for longitudinal stretching of the double-layer film web is provided beyond the haul-off roller pair, in the machine direction, wherein the machine direction is oriented vertically, from bottom to top, and the treatment roller line is arranged above the haul-off roller pair, wherein a heating means for the double-layer film web is preferably provided, characterised in that at least three, four, five, six or more rollers or pairs of squeezing rollers are provided in the treatment roller line, specifically comprising a first, a second, a third, and optionally further rollers or pairs of squeezing rollers, wherein these perform at least three, four, five, six or more different functions within the treatment roller line, specifically retaining, heating, stretching and tempering, wherein the first roller is provided with a speed regulation means, such that the surface speed thereof, upon rotation, can be adjusted quite precisely to a specified amount, the second roller is provided with a drive and a regulation means, as a result of which the second roller can be adjusted to a significantly higher circumferential speed than the first roller, wherein the third roller is also driveable.
An apparatus comprising: a register file, to be formed by a plurality of registers, wherein the register file comprises a plurality of register file entries; and execution circuitry to cause issuance of a prefetch request to cause data to be prefetched from a data cache unit into an entry of the register file, wherein the prefetch request is to be issued in response to allocation of a load operation, and wherein the execution circuitry is to store an indication of whether a prefetch operation is to be performed for the prefetch request in a prefetch table, characterized in that the indication is to be updated based on a hint provided by one of: an instruction, a compiler, a software application, an operating system, wherein the hint is included in one or more bits in an operand of a load instruction corresponding to the load operation. a register file, to be formed by a plurality of registers, wherein the register file comprises a plurality of register file entries; and execution circuitry to cause issuance of a prefetch request to cause data to be prefetched from a data cache unit into an entry of the register file, wherein the prefetch request is to be issued in response to allocation of a load operation, and wherein the execution circuitry is to store an indication of whether a prefetch operation is to be performed for the prefetch request in a prefetch table, characterized in that the indication is to be updated based on a hint provided by one of: an instruction, a compiler, a software application, an operating system, wherein the hint is included in one or more bits in an operand of a load instruction corresponding to the load operation.
A rotor assembly for a gas turbine engine comprising: a rotor disc (50; 94); a plurality of rotor blades (52; 92) secured to the rotor disc defining a rim cavity between the rotor disc and a rim portion of the plurality of rotor blades; and a rim seal disposed in the rim cavity, the rim seal comprising: a seal portion extending circumferentially across the rim cavity of the rotor, the seal portion configured to seal the rim cavity; and a first foot portion extending radially inwardly from a first end of the seal portion; wherein the seal portion of the rim seal has an increasing radial thickness with increasing distance from the first end and from a second end opposite the first end, to a seal peak located midway between the seal ends; and wherein the rim seal further comprises a second foot portion extending radially inwardly from the second end of the seal portion opposite the first end; characterised in that the first foot portion and the second foot portion provide a standoff defining a dead rim cavity between the rim seal and a low pressure rotor disc to allow cooling airflow to circulate in the dead rim cavity. a rotor disc (50; 94); a plurality of rotor blades (52; 92) secured to the rotor disc defining a rim cavity between the rotor disc and a rim portion of the plurality of rotor blades; and a rim seal disposed in the rim cavity, the rim seal comprising: a seal portion extending circumferentially across the rim cavity of the rotor, the seal portion configured to seal the rim cavity; and a first foot portion extending radially inwardly from a first end of the seal portion; wherein the seal portion of the rim seal has an increasing radial thickness with increasing distance from the first end and from a second end opposite the first end, to a seal peak located midway between the seal ends; and wherein the rim seal further comprises a second foot portion extending radially inwardly from the second end of the seal portion opposite the first end; a seal portion extending circumferentially across the rim cavity of the rotor, the seal portion configured to seal the rim cavity; and a first foot portion extending radially inwardly from a first end of the seal portion; wherein the seal portion of the rim seal has an increasing radial thickness with increasing distance from the first end and from a second end opposite the first end, to a seal peak located midway between the seal ends; and wherein the rim seal further comprises a second foot portion extending radially inwardly from the second end of the seal portion opposite the first end; characterised in that the first foot portion and the second foot portion provide a standoff defining a dead rim cavity between the rim seal and a low pressure rotor disc to allow cooling airflow to circulate in the dead rim cavity.
A fuel supply control device of a bi-fuel engine system that performs power supply control of a shut-off valve including a first valve body that is disposed at a fuel supply path ranging from a gaseous fuel tank to a regulator and is opened in advance during power supply, and a second valve body that is opened due to a decrease in a differential pressure between upstream and downstream after the first valve body is opened, and fuel injection control of a fuel injection valve which is provided at downstream of the regulator and injects a fuel supplied via the fuel supply path and the regulator, the fuel supply control device comprising: a control unit that sets a delay time (Td) from an initiation time of power supply to the shut-off valve to an initiation time of fuel injection in correspondence with a first fuel pressure (Pt) between upstream of the shut-off valve and the gaseous fuel tank and a second fuel pressure (Pf) between downstream of the regulator and the fuel injection valve, and initiates fuel injection from the fuel injection valve after the delay time (Td) has passed after the initiation of the power supply to the shut-off valve.
A hydraulic valve circuit adapted for controlling a load-gripping device having a fluid power gripping actuator (101, 103) capable of applying an automatically variable load weight responsive gripping force to a load in response to a manually activated load-clamping selector valve of an elongate, longitudinally-extensible lifting device that lifts the load in response to a manually activated load-lifting selector valve, the load lifting device having a fluid power lifting actuator (154, 156) capable of supporting said load by fluid pressure in said lifting actuator which is variably dependent on a weight magnitude of said load and also variably dependent on different longitudinally-extensible positions of said lifting device, characterized by said hydraulic valve circuit comprising at least one fluid valve assembly configured such that, in use when hydraulically interconnected with said load-gripping device, said at least one fluid valve assembly transfers fluid from said fluid power lifting actuator to said fluid power gripping actuator to thereby increase said gripping force on said load irrespective of said different longitudinally-extensible positions of said lifting device, without concurrent manual actuation of said load-clamping selector valve and without concurrent manual actuation of said load-lifting selector valve, where the at least one fluid valve assembly includes a first pilot-operated valve and a second pilot-operated valve configured to prevent the transfer of fluid from said fluid power lifting actuator to said fluid power gripping actuator except when the pressure of the fluid has a magnitude between a lower pressure threshold and an upper pressure threshold, wherein the first pilot-operated valve is used to set a lower pressure limit corresponding to the lower pressure threshold, and the second pilot-operated valve is used to set an upper pressure limit corresponding to the upper pressure threshold.
A communication base station, comprising a radome, a heat sink, and an adapter board, wherein the adapter board comprises a first board surface and a second board surface that are disposed oppositely, the radome is fastened to the first board surface, a first cavity configured to accommodate an antenna component of the communication base station is formed between the radome and the adapter board, the heat sink comprises a mounting surface and a side wall (36, 362) that are neighboring to each other, a second cavity configured to accommodate a radio frequency component of the communication base station is recessed on the mounting surface, the mounting surface is detachably connected to the second board surface, the second cavity is communicated with the first cavity by a through hole provided in the adapter board, a connector is mounted at a position on the side wall close to the mounting surface, and the connector is electrically connectable to the radio frequency component; wherein the adapter board is provided with a plurality of first screw holes and a plurality of second screw holes, which are configured to detachably connect the radome and the heat sink to the adapter board; wherein the plurality of first screw holes are distributed on an outer edge of the adapter board, and the radome is mounted in cooperation with the plurality of first screw holes; and wherein the plurality of second screw holes are distributed around the through hole, and the heat sink is mounted in cooperation with the plurality of second screw holes. wherein the adapter board comprises a first board surface and a second board surface that are disposed oppositely, the radome is fastened to the first board surface, a first cavity configured to accommodate an antenna component of the communication base station is formed between the radome and the adapter board, the heat sink comprises a mounting surface and a side wall (36, 362) that are neighboring to each other, a second cavity configured to accommodate a radio frequency component of the communication base station is recessed on the mounting surface, the mounting surface is detachably connected to the second board surface, the second cavity is communicated with the first cavity by a through hole provided in the adapter board, a connector is mounted at a position on the side wall close to the mounting surface, and the connector is electrically connectable to the radio frequency component; wherein the adapter board is provided with a plurality of first screw holes and a plurality of second screw holes, which are configured to detachably connect the radome and the heat sink to the adapter board; wherein the plurality of first screw holes are distributed on an outer edge of the adapter board, and the radome is mounted in cooperation with the plurality of first screw holes; and wherein the plurality of second screw holes are distributed around the through hole, and the heat sink is mounted in cooperation with the plurality of second screw holes.
A method for executing by a circuit an operation (OPj) applied to an input data comprising at least one word, the method comprising: generating an input set (PX, PX2) comprising data (P2[m]) obtained by combining by Exclusive OR "XOR" operations (⊕) the input data with each of first mask parameters in a first mask set, each first mask parameter (u, U[m]) in the first mask set comprising at least one word, the words in the first mask set having a same size and forming a first word subset comprising a single word from each first mask parameter of the first mask set and a same number of occurrences of all possible values of the words; applying the operation to each data in the input set to generate an output set (PCX, PX7) comprising all data resulting from the application of the operation to one of the data in the input set; and providing the output set as an output of the operation, an output data resulting from applying the operation to the input data, being obtained by applying XOR operations to any one of the data in the output set and to a respective second mask parameter (v, V[m]) in a second mask set, each second mask parameter in the second mask set comprising at least one word, the words in the second mask set having a same size and forming a second word subset comprising a single word from each second mask parameter of the second mask set and a same number of occurrences of all possible values of the words. generating an input set (PX, PX2) comprising data (P2[m]) obtained by combining by Exclusive OR "XOR" operations (⊕) the input data with each of first mask parameters in a first mask set, each first mask parameter (u, U[m]) in the first mask set comprising at least one word, the words in the first mask set having a same size and forming a first word subset comprising a single word from each first mask parameter of the first mask set and a same number of occurrences of all possible values of the words; applying the operation to each data in the input set to generate an output set (PCX, PX7) comprising all data resulting from the application of the operation to one of the data in the input set; and providing the output set as an output of the operation, an output data resulting from applying the operation to the input data, being obtained by applying XOR operations to any one of the data in the output set and to a respective second mask parameter (v, V[m]) in a second mask set, each second mask parameter in the second mask set comprising at least one word, the words in the second mask set having a same size and forming a second word subset comprising a single word from each second mask parameter of the second mask set and a same number of occurrences of all possible values of the words.
Retaining unit for fixing heat insulation elements to a supporting structure, which comprises a draw-stem, a tightening piece suitable for attaching the draw-stem to the supporting structure, and a clamp for attaching the heat insulation element to the draw-stem, where the clamp has a ball-and-socket type clamping disc with a nest and a passage-opening, and a carrying piece with a round head, where the round head of the carrying piece is fitted into the nest of the ball-and-socket type clamping disc in a way allowing it to turn around, and the carrying piece is pushed through the passage-opening of the ball-and-socket type clamping disc, characterised by that the external surface of the draw-stem is roughened, and a metal female cone is attached in a fixed position to the end of the draw-stem next to the supporting structure, and a cylinder-footed tightening wedge pulled onto the draw-stem is allocated to the female cone, and so the tightening piece is formed by the female cone and the cylinder-footed tightening wedge together, while in the carrying piece (11 a) of the round head there is a conical hole, clamp jaws with a positioning hook are fitted into the conical hole, and the roughened surface of the draw-stem is in contact with the clamp jaws.
Liquid-cooled resistor device comprising a block having a liquid inlet, a liquid outlet and a cavity, said cavity having an open side closed by a thermally conductive, electrically insulating flat layer supporting a flat resistor with their main planes parallel to one another, said device further comprising an electrically insulating blocking plate, rigidly fastenable to said block, facing said resistor to block said resistor on said flat layer, said cavity housing elastic pressing means configured so as to force said flat layer against said resistor, characterised in that said cavity is provided with a liquid flow path between said liquid inlet and said liquid outlet, said elastic pressing means comprising a plurality of springs disposed in said internal liquid flow path of said block.
An apparatus, comprising: means for determining a sliding window including discovery reference signal occasions used for at least one of identification, measurement or activation of a licensed assisted access secondary cell, wherein the sliding window comprises a maximum time to perform the at least one of detection, identification, measurement or activation of the licensed assisted access secondary cell, wherein the sliding window comprises a predetermined duration; and means for allowing transmission of a discovery reference signal on at least one of the discovery reference signal occasions within the sliding window; means for preventing transmission of the discovery reference signal on at least one other of the discovery reference signal occasions within the sliding window; wherein a number of times transmission of the discovery reference signal is prevented within the predetermined duration is lower than a predetermined amount of times. means for determining a sliding window including discovery reference signal occasions used for at least one of identification, measurement or activation of a licensed assisted access secondary cell, wherein the sliding window comprises a maximum time to perform the at least one of detection, identification, measurement or activation of the licensed assisted access secondary cell, wherein the sliding window comprises a predetermined duration; and means for allowing transmission of a discovery reference signal on at least one of the discovery reference signal occasions within the sliding window; means for preventing transmission of the discovery reference signal on at least one other of the discovery reference signal occasions within the sliding window; wherein a number of times transmission of the discovery reference signal is prevented within the predetermined duration is lower than a predetermined amount of times.
A lace adjuster assembly for selectively adjusting a shoelace of a shoe of a user, the lace adjuster assembly comprising: a lace adjuster that is adapted to allow the user to selectively adjust the shoelace of the shoe of the user; and a feedback assembly that is coupled to the lace adjuster, the feedback assembly including a sensor assembly including at least one sensor that is configured to sense a performance characteristic of at least one of a vertical acceleration and orientation information of the user during an athletic performance, the sensor assembly being configured to generate statistical data relating to the at least one of a vertical acceleration and orientation information of the user during the athletic performance based at least in part on the sensed performance characteristic, and wherein the feedback assembly further includes an image capturing assembly that captures an image of the user during the athletic performance. a lace adjuster that is adapted to allow the user to selectively adjust the shoelace of the shoe of the user; and a feedback assembly that is coupled to the lace adjuster, the feedback assembly including a sensor assembly including at least one sensor that is configured to sense a performance characteristic of at least one of a vertical acceleration and orientation information of the user during an athletic performance, the sensor assembly being configured to generate statistical data relating to the at least one of a vertical acceleration and orientation information of the user during the athletic performance based at least in part on the sensed performance characteristic, and wherein the feedback assembly further includes an image capturing assembly that captures an image of the user during the athletic performance.