mhurhangee/ep-ind-claims huggingface dataset:
A cover plate assembly for a battery cell, wherein the cover plate assembly comprises: a top cover plate, wherein the top cover plate is provided with an explosion-proof valve; and an insulating plate, laminated with the top cover plate, wherein the insulating plate comprises a base portion and a thinned region located in the base portion, the thinned region is formed by thinning the base portion, and in a thickness direction of the cover plate assembly, a region enclosed by boundaries of an orthographic projection of the thinned region at least partially overlaps an orthographic projection of the explosion-proof valve; wherein the insulating plate comprises two surfaces disposed opposite each other in the thickness direction, and the thinned region comprises a groove formed by at least one of the two surfaces being recessed; the insulating plate comprises a recess portion, and the recess portion is formed by the base portion being recessed in a direction away from the top cover plate, and is disposed corresponding to the explosion-proof valve in the thickness direction; and the groove is disposed on the periphery of the recess portion. a top cover plate, wherein the top cover plate is provided with an explosion-proof valve; and an insulating plate, laminated with the top cover plate, wherein the insulating plate comprises a base portion and a thinned region located in the base portion, the thinned region is formed by thinning the base portion, and in a thickness direction of the cover plate assembly, a region enclosed by boundaries of an orthographic projection of the thinned region at least partially overlaps an orthographic projection of the explosion-proof valve; wherein the insulating plate comprises two surfaces disposed opposite each other in the thickness direction, and the thinned region comprises a groove formed by at least one of the two surfaces being recessed; the insulating plate comprises a recess portion, and the recess portion is formed by the base portion being recessed in a direction away from the top cover plate, and is disposed corresponding to the explosion-proof valve in the thickness direction; and the groove is disposed on the periphery of the recess portion.
A field sensor device comprising - a first field sensor arranged to measure in a first coordinate system a first sensor response to a field and to produce a first sensor signal, - a second field sensor arranged to measure in a second coordinate system different from said first coordinate system a second sensor response to said field and to produce a second sensor signal, - a controller arranged for controlling said first and second field sensors to produce said respective first and second sensor signals, characterised by said controller comprising a control circuit arranged for (i) converting any combination of first and second sensor signals to equivalent first and second comparable sensor signals in a common coordinate system and calculating an error signal derived from differences between said first and second comparable sensor signals; and (ii) adjusting any combination of said first and second sensor responses to reduce said error signal. - a first field sensor arranged to measure in a first coordinate system a first sensor response to a field and to produce a first sensor signal, - a second field sensor arranged to measure in a second coordinate system different from said first coordinate system a second sensor response to said field and to produce a second sensor signal, - a controller arranged for controlling said first and second field sensors to produce said respective first and second sensor signals, characterised by said controller comprising a control circuit arranged for (i) converting any combination of first and second sensor signals to equivalent first and second comparable sensor signals in a common coordinate system and calculating an error signal derived from differences between said first and second comparable sensor signals; and (ii) adjusting any combination of said first and second sensor responses to reduce said error signal. (i) converting any combination of first and second sensor signals to equivalent first and second comparable sensor signals in a common coordinate system and calculating an error signal derived from differences between said first and second comparable sensor signals; and (ii) adjusting any combination of said first and second sensor responses to reduce said error signal.
A method for managing a device to device, D2D, terminal group in a wireless communication system supporting D2D communication, the method comprising: receiving, by a first terminal which belongs to the D2D terminal group, a discovery signal from a second terminal which belongs to the D2D terminal group on a physical sidelink discovery channel, PSDCH; calculating, by the first terminal, a position of the second terminal by using the discovery signal; and displaying, by the first terminal, the position of the second terminal based on the position of the first terminal, wherein when a third terminal which belongs to the D2D terminal group deviates from D2D coverage of the D2D terminal group, an anchor terminal for relaying data between the third terminal and a terminal which belongs to the D2D terminal group among the terminals which belong to the D2D terminal group is configured, and wherein the third terminal and the anchor terminal are connected through a cellular link and the anchor terminal and the terminal which belongs to the D2D terminal group are connected through a D2D link. receiving, by a first terminal which belongs to the D2D terminal group, a discovery signal from a second terminal which belongs to the D2D terminal group on a physical sidelink discovery channel, PSDCH; calculating, by the first terminal, a position of the second terminal by using the discovery signal; and displaying, by the first terminal, the position of the second terminal based on the position of the first terminal, wherein when a third terminal which belongs to the D2D terminal group deviates from D2D coverage of the D2D terminal group, an anchor terminal for relaying data between the third terminal and a terminal which belongs to the D2D terminal group among the terminals which belong to the D2D terminal group is configured, and wherein the third terminal and the anchor terminal are connected through a cellular link and the anchor terminal and the terminal which belongs to the D2D terminal group are connected through a D2D link.
A composition for the preparation of a pressure-sensitive adhesive, the composition comprising a) a reactive unsaturated polycondensate comprising repeating units derived from a1) an organic molecule with at least one carbon-carbon double bond and at least two carboxylic acid groups or ester derivatives thereof, and a2) a dimer of a fatty alcohol, and a3) a diacid monomer, and/or a diester monomer being different from component a1); and b) a non-reactive component chosen from b1) a tackifying resin, and/or b2) a low-Tg polyester polyol, and/or b3) a plasticizer; wherein the reactive unsaturated polycondensate is capable of being cured via a radical mechanism. a) a reactive unsaturated polycondensate comprising repeating units derived from a1) an organic molecule with at least one carbon-carbon double bond and at least two carboxylic acid groups or ester derivatives thereof, and a2) a dimer of a fatty alcohol, and a3) a diacid monomer, and/or a diester monomer being different from component a1); and a1) an organic molecule with at least one carbon-carbon double bond and at least two carboxylic acid groups or ester derivatives thereof, and a2) a dimer of a fatty alcohol, and a3) a diacid monomer, and/or a diester monomer being different from component a1); and b) a non-reactive component chosen from b1) a tackifying resin, and/or b2) a low-Tg polyester polyol, and/or b3) a plasticizer; b1) a tackifying resin, and/or b2) a low-Tg polyester polyol, and/or b3) a plasticizer;
A static random access memory, comprising a first bistable cell, a first bit line (BL/BL1), a first complementary bit line (BLB/BL1B), a first word line and a second word line with a first access switch provided by the first bistable cell to beis controlled by the first word line to couple a first access terminal of the first bistable cell to the first bit line (BLB/BL1B) and a second access switch provided by the first bistable cell to beis controlled by the second word line to couple a second access terminal of the first bistable cell to the first complementary bit line (BLB/BL1B), characterized in further comprising: a decoder (DEC11...DEC22), generating a first decoded signal and a second decoded signal based on a first address signal (addrA) and a second address signal (addrB); a first inverter and a second inverter coupled in series to couple the first decoded signal to the first word line; a third inverter, having an input terminal coupled to a write enable signal (WREN) and having an output terminal; a first NAND gate, having a first input terminal coupled to the first decoded signal, a second input terminal coupled to the write enable signal (WREN), and an output terminal; a second NAND gate, having a first input terminal coupled to the output terminal of the third inverter, a second input terminal coupled to the second decoded signal, and an output terminal; and a third NAND gate, having a first input terminal coupled to the output terminal of the first NAND gate, a second input terminal coupled to the output terminal of the second NAND gate, and an output terminal coupled to the second word line. a decoder (DEC11...DEC22), generating a first decoded signal and a second decoded signal based on a first address signal (addrA) and a second address signal (addrB); a first inverter and a second inverter coupled in series to couple the first decoded signal to the first word line; a third inverter, having an input terminal coupled to a write enable signal (WREN) and having an output terminal; a first NAND gate, having a first input terminal coupled to the first decoded signal, a second input terminal coupled to the write enable signal (WREN), and an output terminal; a second NAND gate, having a first input terminal coupled to the output terminal of the third inverter, a second input terminal coupled to the second decoded signal, and an output terminal; and a third NAND gate, having a first input terminal coupled to the output terminal of the first NAND gate, a second input terminal coupled to the output terminal of the second NAND gate, and an output terminal coupled to the second word line.
Actuator for a touch interface module with haptic feedback, intended to be linked to a touch surface capable of detecting a contact from a user, and capable of generating haptic feedback as a function of a detected contact and comprising: - a frame, - a movable core cooperating with the frame, intended to be driven in motion between extreme positions to generate the haptic feedback, - electromagnetic actuation means (15, 17) borne by the frame and the movable core for driving the motion of the movable core alternating phases of acceleration and of deceleration and causing the touch surface to be set in motion, - fixing elements, intended to link the actuator to the touch surface, - elastic means defining a rest position of the movable core in the absence of being driven by the actuation means (15, 17), characterized in that the elastic means comprise first and second elastic means disposed around said fixing elements so as to define a floating rest position of the movable core. - a frame, - a movable core cooperating with the frame, intended to be driven in motion between extreme positions to generate the haptic feedback, - electromagnetic actuation means (15, 17) borne by the frame and the movable core for driving the motion of the movable core alternating phases of acceleration and of deceleration and causing the touch surface to be set in motion, - fixing elements, intended to link the actuator to the touch surface, - elastic means defining a rest position of the movable core in the absence of being driven by the actuation means (15, 17), characterized in that the elastic means comprise first and second elastic means disposed around said fixing elements so as to define a floating rest position of the movable core.
Refrigeration appliance, in particular domestic refrigeration appliance with a housing encompassing at least one storage compartment (5, 6, 7), a refrigeration machine (15, 16) for cooling the storage compartment (5, 6, 7) and a control part for controlling the operation of the refrigeration machine (15, 16) according to a setpoint temperature and for setting the setpoint temperature for a temperature-control process with a predefined rate of change in a time-dependent manner, wherein a start setpoint temperature for the temperature-control process can be adjusted at the control part, characterised in that the control part is configured to estimate and display an end time point or a remaining duration of the temperature-control process.
A lower part protection film for an OLED panel, comprising: a base-carrier film comprising a base film including a first adhesive layer disposed on an upper surface of a first base material and a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer; and a liner film adhered using the first adhesive layer, wherein the first adhesive layer and the second adhesive layer comprise an antistatic agent, at least one surface of each of the liner film, the first base material, and the second base material is antistatic treated, and wherein the lower part protection film for an OLED panel satisfies both Conditions and below: a reflectance of the lower part protection film for an OLED panel is 12 to 18% at a wavelength of 400 to 700 nm; and a reflectance ratio between the liner film and the base-carrier film at a wavelength of 400 to 700 nm is 1: 0.3 to 3.0. a base-carrier film comprising a base film including a first adhesive layer disposed on an upper surface of a first base material and a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer; and a liner film adhered using the first adhesive layer, wherein the first adhesive layer and the second adhesive layer comprise an antistatic agent, at least one surface of each of the liner film, the first base material, and the second base material is antistatic treated, and wherein the lower part protection film for an OLED panel satisfies both Conditions and below: a reflectance of the lower part protection film for an OLED panel is 12 to 18% at a wavelength of 400 to 700 nm; and a reflectance ratio between the liner film and the base-carrier film at a wavelength of 400 to 700 nm is 1: 0.3 to 3.0. a reflectance of the lower part protection film for an OLED panel is 12 to 18% at a wavelength of 400 to 700 nm; and a reflectance ratio between the liner film and the base-carrier film at a wavelength of 400 to 700 nm is 1: 0.3 to 3.0.
A drive apparatus for a rotatable fastener driving tool, said drive apparatus comprising: an elongated feed tube, and a rotatable drive bit; said elongated feed tube having a first end and a second, opposite end along a longitudinal axis, said feed tube having an open volume therewithin said second end having an opening to receive said rotatable drive bit that extends through said open volume, said feed tube having a slidable surface (170, 172), said drive bit having a distal end that, along said longitudinal axis, is located a distance P from said first end of the feed tube, said feed tube having a maximum outer width dimension W and a maximum outer height dimension H; characterised by: an extending mechanism that is actuated by relative movement, and that has an output member which creates an indexing motion which is applied to a collated strip of fasteners; wherein said first end of said elongated feed tube is open and sized and shaped to receive said extending mechanism; and wherein: (a) during operation, said extending mechanism is movable with respect to said feed tube, along said slidable surface of the feed tube, which is relative movement that actuates said extending mechanism; and (b) a ratio P/W is in the range of about 0.50 to 1.50. (a) during operation, said extending mechanism is movable with respect to said feed tube, along said slidable surface of the feed tube, which is relative movement that actuates said extending mechanism; and (b) a ratio P/W is in the range of about 0.50 to 1.50.
A roll crusher of a cooler apparatus for cooling down a granular conveyed material while conveying the granular conveyed material, the roll crusher being configured to crush the granular conveyed material, the roll crusher comprising: a plurality of rolls arranged side by side in a conveying direction such that a gap is formed between the rolls, the plurality of rolls being rotated about respective axes thereof by corresponding rotating units to crush the granular conveyed material, the axes being parallel to each other and orthogonal to the conveying direction, wherein at least one of the plurality of rolls is a load-reducing roll, the load-reducing roll includes a plurality of crushing rings (22, 23), each of the plurality of crushing rings includes a plurality of crushing teeth (24, 27) arranged on an outer peripheral surface thereof, the plurality of crushing teeth being arranged at regular intervals in a circumferential direction, and the plurality of crushing teeth of at least one of the plurality of crushing rings are arranged such that the plurality of crushing teeth are shifted in the circumferential direction relative to the plurality of crushing teeth of the crushing ring that is adjacent to the at least one crushing ring, wherein the plurality of rolls include at least two of the load-reducing rolls that are adjacent to each other, characterised in that each of the adjacent load-reducing rolls includes the crushing rings such that a shift amount by which the plurality of crushing teeth are shifted in the circumferential direction differs between the adjacent load-reducing rolls. a plurality of rolls arranged side by side in a conveying direction such that a gap is formed between the rolls, the plurality of rolls being rotated about respective axes thereof by corresponding rotating units to crush the granular conveyed material, the axes being parallel to each other and orthogonal to the conveying direction, wherein at least one of the plurality of rolls is a load-reducing roll, the load-reducing roll includes a plurality of crushing rings (22, 23), each of the plurality of crushing rings includes a plurality of crushing teeth (24, 27) arranged on an outer peripheral surface thereof, the plurality of crushing teeth being arranged at regular intervals in a circumferential direction, and the plurality of crushing teeth of at least one of the plurality of crushing rings are arranged such that the plurality of crushing teeth are shifted in the circumferential direction relative to the plurality of crushing teeth of the crushing ring that is adjacent to the at least one crushing ring, wherein the plurality of rolls include at least two of the load-reducing rolls that are adjacent to each other, characterised in that each of the adjacent load-reducing rolls includes the crushing rings such that a shift amount by which the plurality of crushing teeth are shifted in the circumferential direction differs between the adjacent load-reducing rolls.
An apparatus for reducing false detection of packet data in a communication receiver in a system providing clock and data recovery, the apparatus comprising: a signal detection means that includes a counter means configured to determine a count reached between successive detected edge signals from a received information signal and to provide an indication of whether successive detected edge signals are separated from each other by at least a prescribed time interval; a clock means that produces clock signal pulses in response to the provided indication indicating successive detected edge signals are separated from each other by at least the prescribed time interval; phase matching means configured to align the produced clock signal pulses with detected edge signals; a pattern matching means configured to match a sequence of detected edge signals aligned with the produced clock signal pulses to detect a data packet and a packet preamble comprising a preamble sequence of the received information signal; and interrupt means configured to provide a clearing interrupt in response to failure to detect a sync signal following detection of the packet preamble by the pattern matching means, wherein the clearing interrupt causes control to flow back to await indication of whether successive detected edge signals are separated from each other by at least the prescribed interval. a signal detection means that includes a counter means configured to determine a count reached between successive detected edge signals from a received information signal and to provide an indication of whether successive detected edge signals are separated from each other by at least a prescribed time interval; a clock means that produces clock signal pulses in response to the provided indication indicating successive detected edge signals are separated from each other by at least the prescribed time interval; phase matching means configured to align the produced clock signal pulses with detected edge signals; a pattern matching means configured to match a sequence of detected edge signals aligned with the produced clock signal pulses to detect a data packet and a packet preamble comprising a preamble sequence of the received information signal; and interrupt means configured to provide a clearing interrupt in response to failure to detect a sync signal following detection of the packet preamble by the pattern matching means, wherein the clearing interrupt causes control to flow back to await indication of whether successive detected edge signals are separated from each other by at least the prescribed interval.