mhurhangee/ep-ind-claims huggingface dataset:
A circuit comprising: a sensing circuit including - a pair of a first type transistors (P1, P2); - a pair of a second type transistors (N5, N6); each transistor of the pair of the first type transistors (P1, P2) coupled in series with a transistor of the pair of the second type transistors (N5, N6); - a first node having a first voltage and coupled to each bulk of each transistor of the pair of the second type transistors (N5, N6), wherein the first voltage of the first node dynamically changes during operation; and a pre-charge and equalization circuit, comprising a first transistor, a second transistor and a third transistor, wherein the first transistor is coupled between a reference voltage node and a first data line, the second transistor is coupled between the reference voltage node and a second data line, and the third transistor is coupled between the first data line and the second data line, wherein control nodes of the first transistor, the second transistor and the third transistor are configured to receive a control signal, characterized in that the first node is coupled to bulks of the first transistor, the second transistor and the third transistor. a sensing circuit including - a pair of a first type transistors (P1, P2); - a pair of a second type transistors (N5, N6); each transistor of the pair of the first type transistors (P1, P2) coupled in series with a transistor of the pair of the second type transistors (N5, N6); - a first node having a first voltage and coupled to each bulk of each transistor of the pair of the second type transistors (N5, N6), - a pair of a first type transistors (P1, P2); - a pair of a second type transistors (N5, N6); each transistor of the pair of the first type transistors (P1, P2) coupled in series with a transistor of the pair of the second type transistors (N5, N6); - a first node having a first voltage and coupled to each bulk of each transistor of the pair of the second type transistors (N5, N6), wherein the first voltage of the first node dynamically changes during operation; and a pre-charge and equalization circuit, comprising a first transistor, a second transistor and a third transistor, wherein the first transistor is coupled between a reference voltage node and a first data line, the second transistor is coupled between the reference voltage node and a second data line, and the third transistor is coupled between the first data line and the second data line, wherein control nodes of the first transistor, the second transistor and the third transistor are configured to receive a control signal, characterized in that the first node is coupled to bulks of the first transistor, the second transistor and the third transistor.
A PPP1R15B selective inhibitor compound which is -2-(2,3-dichlorobenzylidene)hydrazine-1-carboximidamide or a salt thereof, for use in the treatment of a disorder associated with accumulation of misfolded proteins, a proteostasis disorder, a myelin disorder or a metabolic disorder.
A cooking appliance comprising: a housing defining a heating cavity and including a bottom wall defining an alignment receptacle; a lid operable between open and closed positions (820, 822) and including a sidewall defining an alignment notch; a stirring tower having a supporting platform disposed under the bottom wall of the housing and including an alignment seat operably coupled with the alignment receptacle of the housing; a drive system disposed in the stirring tower; a mixing arm operably coupled to the stirring tower and operable between a mixing state when the drive system is activated and an idle state when the drive system is deactivated; and a cooking vessel disposed in the heating cavity and including an alignment trough, wherein the alignment trough and the alignment notch are configured to selectively receive the mixing arm when the lid is in the closed position. a housing defining a heating cavity and including a bottom wall defining an alignment receptacle; a lid operable between open and closed positions (820, 822) and including a sidewall defining an alignment notch; a stirring tower having a supporting platform disposed under the bottom wall of the housing and including an alignment seat operably coupled with the alignment receptacle of the housing; a drive system disposed in the stirring tower; a mixing arm operably coupled to the stirring tower and operable between a mixing state when the drive system is activated and an idle state when the drive system is deactivated; and a cooking vessel disposed in the heating cavity and including an alignment trough, wherein the alignment trough and the alignment notch are configured to selectively receive the mixing arm when the lid is in the closed position.
A centrifugal clutch comprising: centrifugal shoes revolvable about a first axis and movable by centrifugal force radially outward of the first axis; a clutch housing having a first cylindrical portion located radially outward of the first axis relative to the centrifugal shoes to be capable of contacting and separating from the centrifugal shoes, and a bottom portion extending from the first cylindrical portion radially inward of the first axis; and a vibration proofing cover having a second cylindrical portion at least partially, preferably entirely, located radially outward of the first axis relative to the first cylindrical portion and in contact with at least part of the first cylindrical portion, and a fixed portion extending from the second cylindrical portion radially inward of the first axis, characterized in that the fixed portion is crimped to the bottom portion. centrifugal shoes revolvable about a first axis and movable by centrifugal force radially outward of the first axis; a clutch housing having a first cylindrical portion located radially outward of the first axis relative to the centrifugal shoes to be capable of contacting and separating from the centrifugal shoes, and a bottom portion extending from the first cylindrical portion radially inward of the first axis; and a vibration proofing cover having a second cylindrical portion at least partially, preferably entirely, located radially outward of the first axis relative to the first cylindrical portion and in contact with at least part of the first cylindrical portion, and a fixed portion extending from the second cylindrical portion radially inward of the first axis,
Apparatus for restraining a passenger held in a restraint of an amusement ride having at least one sensor arrangement, wherein the restraint comprises a fixed restraint and a movable restraint, wherein the sensor arrangement comprises means for recognizing and monitoring the body position of the passenger in relation to the fixed restraint, wherein the sensor arrangement comprises means for recognizing and monitoring at least one partial form fit between the guest and the restraint, and wherein the apparatus is configured to grant clearance for the amusement ride to start.
A thermosetting coloring composition for use in manufacturing a color filter for a solid-state imaging element provided with a colored pattern formed by patterning a colored layer by dry etching, the composition comprising: a pigment, a dispersant, a thermosetting compound, and a solvent, wherein a ratio of the pigment to a total solid content of the thermosetting coloring composition is 50 mass percent or more, the dispersant comprises a dispersant having an acidic functional group, the dispersant having the acidic functional group has a segment (bl-A) obtained by polymerizing an ethylenic unsaturated monomer comprising (meth)acrylate, and a theoretical value of a glass transition temperature of the segment (b1-A) is 40°C or more, and the thermosetting compound comprises a glycidyl etherified epoxy compound of sorbitol. a pigment, a dispersant, a thermosetting compound, and a solvent, wherein a ratio of the pigment to a total solid content of the thermosetting coloring composition is 50 mass percent or more, the dispersant comprises a dispersant having an acidic functional group, the dispersant having the acidic functional group has a segment (bl-A) obtained by polymerizing an ethylenic unsaturated monomer comprising (meth)acrylate, and a theoretical value of a glass transition temperature of the segment (b1-A) is 40°C or more, and the thermosetting compound comprises a glycidyl etherified epoxy compound of sorbitol.
An inductor for high frequency and high power applications including for use in X-ray generation, comprising: - at least one wire conductor; - a coil zone; wherein, windings of the at least one wire conductor comprises the at least one wire conductor being wound around the coil zone to form a substantially torus shape centred around an axis extending in an axial direction of the torus shape; wherein, at an outer extent of the coil zone, outer windings of the at least one wire conductor are substantially at a first radial distance from the axis; wherein, at an inner extent of the coil zone, inner windings of the at least one wire conductor are substantially at a second radial distance from the axis and substantially at a third radial distance from the axis respectively, wherein when an inner winding of the at least one conductor is at the second radial distance the next inner winding of the at least one conductor is at the third radial distance; and wherein the coil zone comprises an air gap, and wherein windings of the at least one wire conductor comprises at least one winding of the at least one wire conductor being taken back through the air gap. - at least one wire conductor; - a coil zone;
A bit holder for a soil working machine, in particular a road milling machine, with a support body to which a plug-in projection is directly or indirectly connected on a plug-in-projection-side, wherein the plug-in projection has two abutting surfaces (31.1) and a pressure surface (32.1), wherein the two abutting surfaces (31.1) are arranged spaced apart from one another, wherein the abutting surfaces (31.1) are arranged at least in regions in the region of the front side of the plug-in-projection-side facing the tool feed direction (v) and the pressure surface (32.1) is arranged in the region of the rear side of the plug-in projection, characterized in that the abutting surfaces (31.1) are convex.
An aircraft comprising: at least one gas turbine engine (20; 120; 220) connected to a wing (110; 210) via an engine pylon (130; 230), the gas turbine engine (20; 120; 220) including an engine core having a compressor section, a combustor section, a turbine section, and at least one actively cooled engine system (121; 221); a fan (42; 70) disposed fore of the engine core and rotatably connected to the engine core via a shaft, the engine pylon (130; 230) being disposed within a bifurcation that intersects a fan stream of the fan (42; 70) and includes a pylon space (160; 260); and at least one heat exchanger (150; 250; 250'; 250") disposed within the pylon space (160; 260), the heat exchanger (150; 250; 250'; 250") including a first inlet connected to the at least one actively cooled engine system (121; 221) and a first outlet connected to the at least one actively cooled engine system (121; 221), wherein the at least one actively cooled engine system (121; 221) is interior to the engine core, characterised in that the aircraft comprises an electric generator connected to said engine core such that rotation of the electric generator is driven by the shaft and an electric compressor (142; 242) is driven by the electric generator, wherein the electric compressor (142; 242) is configured to source air from an ambient air source, and wherein a fluid outlet of the electric compressor (142; 242) is fluidly connected to an aircraft cabin environmental cooling system. at least one gas turbine engine (20; 120; 220) connected to a wing (110; 210) via an engine pylon (130; 230), the gas turbine engine (20; 120; 220) including an engine core having a compressor section, a combustor section, a turbine section, and at least one actively cooled engine system (121; 221); a fan (42; 70) disposed fore of the engine core and rotatably connected to the engine core via a shaft, the engine pylon (130; 230) being disposed within a bifurcation that intersects a fan stream of the fan (42; 70) and includes a pylon space (160; 260); and at least one heat exchanger (150; 250; 250'; 250") disposed within the pylon space (160; 260), the heat exchanger (150; 250; 250'; 250") including a first inlet connected to the at least one actively cooled engine system (121; 221) and a first outlet connected to the at least one actively cooled engine system (121; 221), wherein the at least one actively cooled engine system (121; 221) is interior to the engine core, characterised in that the aircraft comprises an electric generator connected to said engine core such that rotation of the electric generator is driven by the shaft and an electric compressor (142; 242) is driven by the electric generator, wherein the electric compressor (142; 242) is configured to source air from an ambient air source, and wherein a fluid outlet of the electric compressor (142; 242) is fluidly connected to an aircraft cabin environmental cooling system.
A canister for a mobile negative pressure wound therapy (NPWT) device associated with a user, the canister adapted to be in fluid communication with a wound site and capable of receiving fluids from the wound site, wherein the canister comprises: - an inlet port fluidly coupled to an inner volume of the canister at a first position, - an outlet port fluidly coupled to the inner volume of the canister at a second position, the second position being arranged at a preset distance from the first position, - a filter member arranged in a vicinity of the outlet port, and - a liquid absorbent material arranged inside a portion of the inner volume of the canister, the liquid absorbent material adapted to collect a liquid from the wound site, wherein: - the canister further comprises a bypass member formed as a recess in the wall of the canister, - the liquid absorbent material is spaced apart from the filter member such that a space is formed there-between, and - the bypass member is arranged to fluidly connect the inlet port with the space between the filter member and the liquid absorbent material to at least partly allow passage of air from the inlet port to the space between the filter member and the liquid absorbent material. - an inlet port fluidly coupled to an inner volume of the canister at a first position, - an outlet port fluidly coupled to the inner volume of the canister at a second position, the second position being arranged at a preset distance from the first position, - a filter member arranged in a vicinity of the outlet port, and - a liquid absorbent material arranged inside a portion of the inner volume of the canister, the liquid absorbent material adapted to collect a liquid from the wound site, - the canister further comprises a bypass member formed as a recess in the wall of the canister, - the liquid absorbent material is spaced apart from the filter member such that a space is formed there-between, and - the bypass member is arranged to fluidly connect the inlet port with the space between the filter member and the liquid absorbent material to at least partly allow passage of air from the inlet port to the space between the filter member and the liquid absorbent material.
An ultra-high pressure pump suitable for water-jet cutting apparatuses and adapted to supply a constant flow of very high-pressure water for the cutting apparatuses of a water-jet processing machine with or without the addition of abrasive, comprising: a control unit comprising a hydraulic pump connected to a servomotor (15"), a hydraulic switching and compensation unit comprising at least one progressive opening cartridge and at least one high-speed solenoid valve (16"), an output pressure control device and an attenuator unit cooperating with a pressure intensifier unit; characterized in that the hydraulic switching and compensation unit further comprises a hydraulic accumulator, and the attenuator unit is supplied by means of a low-pressure water circuit connected with said attenuator unit and functional to bring the water to said pressure intensifier unit 14. the hydraulic switching and compensation unit further comprises a hydraulic accumulator, and the attenuator unit is supplied by means of a low-pressure water circuit connected with said attenuator unit and functional to bring the water to said pressure intensifier unit 14.
A method for forming a semiconductor device, characterized by comprising: providing a substrate structure, the substrate structure having: a semiconductor substrate; and a semiconductor fin on the substrate; forming a catalytic material layer overlying the semiconductor fins; forming an isolation region covering the catalytic material layer in a lower portion of the semiconductor fins; forming a graphene nanoribbon on the catalytic material layer on an upper portion of the semiconductor fin; and forming a gate structure on the graphene nanoribbon, wherein the semiconductor device is a FinFET device and the graphene nanoribbon is formed as a channel of said FinFET device. a semiconductor substrate; and a semiconductor fin on the substrate; forming a catalytic material layer overlying the semiconductor fins; forming an isolation region covering the catalytic material layer in a lower portion of the semiconductor fins; forming a graphene nanoribbon on the catalytic material layer on an upper portion of the semiconductor fin; and forming a gate structure on the graphene nanoribbon, wherein the semiconductor device is a FinFET device and the graphene nanoribbon is formed as a channel of said FinFET device.
A method of allocating uplink bandwidth among user terminals (200, 201) in a satellite communication system including an uplink (202, 402), the method comprising: assigning initial bandwidth allocations of the uplink bandwidth for one or more of the user terminals (200, 201); assigning fair shares of the uplink bandwidth allocated to one or more of the user terminals (200, 201) based on at least one of system data loading, terminal data loading and the user agreement terms; and releasing at least in part the uplink bandwidth based on a projected time associated with clearing a buffer of the one or more user terminals. assigning initial bandwidth allocations of the uplink bandwidth for one or more of the user terminals (200, 201); assigning fair shares of the uplink bandwidth allocated to one or more of the user terminals (200, 201) based on at least one of system data loading, terminal data loading and the user agreement terms; and releasing at least in part the uplink bandwidth based on a projected time associated with clearing a buffer of the one or more user terminals.
Cosmetic use, in a composition containing a physiologically acceptable medium, of at least one compound of formula: in which: - R 3 means a hydrogen atom or a hydroxyl radical, - R 1 and R 2 mean, independently of each other, a hydrogen atom, a linear or branched C1-C6 alkyl radical; a benzyl radical; a linear or branched C1-C6 alkylcarbonyl radical not conjugated with the carbonyl; or a linear or branched C1-C6 alkoxycarbonyl radical, and/or of a salt and/or of a solvate of said compound of formula, for preventing and/or treating the signs of ageing of the skin and its appendages. - R 3 means a hydrogen atom or a hydroxyl radical, - R 1 and R 2 mean, independently of each other, a hydrogen atom, a linear or branched C1-C6 alkyl radical; a benzyl radical; a linear or branched C1-C6 alkylcarbonyl radical not conjugated with the carbonyl; or a linear or branched C1-C6 alkoxycarbonyl radical, and/or of a salt and/or of a solvate of said compound of formula, for preventing and/or treating the signs of ageing of the skin and its appendages.
A method for adjusting brake pressures on wheel brakes of a motor vehicle, wherein a brake pressure at the wheel brakes in a normal braking mode is adjusted as a function of a driver braking request determined by the driver of the motor vehicle, and wherein a brake control unit, for implementing at least one driving stability function and/or external braking requests, takes over the adjustment of the brake pressures of the relevant wheel brake in a pressure control mode, and, at least during implementation of external braking requests, determines the brake pressures with control of an ideal pressure distribution ratio of the brake pressures at the wheel brakes of the front axle to the brake pressures at the wheel brakes of a rear axle of the motor vehicle, wherein the control takes into account a pressure distribution ratio starting value which is determined in the normal braking mode and is stored and kept available for later consideration in the pressure control mode, wherein the pressure distribution ratio starting value is determined in the normal braking mode, in that - a first rotational speed measurement value of the front axle and a second rotational speed measurement value of the rear axle are detected, and a reference value of a movement variable of the motor vehicle is determined, - the rotational speed measurement value of the front axle and the rotational speed measurement value of the rear axle are each linked to the reference value in a manner representing the wheel slip (λ) at the corresponding axle (3, 4), the first slip values formed in this way with respect to the front axle and the second slip values with respect to the rear axle are set in a ratio to one another, and the distribution index determined in this way is linked to a predefined pressure distribution ratio, wherein the pressure distribution ratio starting value is determined according to the following equation: (P FA /P RA) = (λ RA /λ FA) * (P FA /P RA) nonideal, where the index "FA" in the equation represents a pressure and/or slip variable associated with the front axle and the index "RA" in the equation represents a pressure and/or slip variable associated with the rear axle, and (P FA /P RA) nonideal represents a predefined pressure distribution ratio which is dynamically determined in the case of an electronic braking system. - a first rotational speed measurement value of the front axle and a second rotational speed measurement value of the rear axle are detected, and a reference value of a movement variable of the motor vehicle is determined, - the rotational speed measurement value of the front axle and the rotational speed measurement value of the rear axle are each linked to the reference value in a manner representing the wheel slip (λ) at the corresponding axle (3, 4), the first slip values formed in this way with respect to the front axle and the second slip values with respect to the rear axle are set in a ratio to one another, and