mhurhangee/ep-ind-claims huggingface dataset:
Electrical connection device comprising: • an internal connection member surrounding an axis X comprising a frame, an insulating envelope covering at least one radial surface of the frame and a plurality of connectors which are able to conduct an electric current and are electrically connected to the frame; and • a first external connection member surrounding the axis X and axially stacked with the internal connection member, the first external connection member comprising a frame, an insulating envelope covering at least one radial surface of the frame and a plurality of connectors which are electrically connected to the frame; each frame having a wavy shape forming troughs (104, 105) and crests in the radial plane, the troughs (104, 105) comprising internal troughs located opposite the axis X and external troughs located on an external periphery of the frame, the device being characterized in that each connector of the internal connection member is electrically connected in an internal trough of the frame of the internal connection member and each connector of the first external connection member is electrically connected in an external trough of the frame of the first external connection member. • an internal connection member surrounding an axis X comprising a frame, an insulating envelope covering at least one radial surface of the frame and a plurality of connectors which are able to conduct an electric current and are electrically connected to the frame; and • a first external connection member surrounding the axis X and axially stacked with the internal connection member, the first external connection member comprising a frame, an insulating envelope covering at least one radial surface of the frame and a plurality of connectors which are electrically connected to the frame; each frame having a wavy shape forming troughs (104, 105) and crests in the radial plane, the troughs (104, 105) comprising internal troughs located opposite the axis X and external troughs located on an external periphery of the frame, the device being characterized in that each connector of the internal connection member is electrically connected in an internal trough of the frame of the internal connection member and each connector of the first external connection member is electrically connected in an external trough of the frame of the first external connection member.
A method of infusing a preform with a resin for the formation of a composite laminate, the method comprising: wrapping a fabric around a mandrel to form a generally tubular-shaped preform; placing the preform between the mandrel and a vacuum bag; placing an offset tool outside of the vacuum bag so as to permit the vacuum bag to lift away from a surface of the preform a controlled amount, wherein the offset tool is a generally tubular sleeve that is received around the mandrel such that the mandrel is coaxial with the offset tool; injecting a charge of the resin between the vacuum bag and the preform so as to lift the vacuum bag off the surface of the preform and move the vacuum bag toward the offset tool, so that the resin occupies a volume between the vacuum bag and the surface of the preform, wherein, during the step of injecting the charge of the resin between the vacuum bag and the surface of the preform in which the vacuum bag lifts off the preform, the preform does not substantially loft as a result of the preform having been tightly wrapped; infusing the preform with the resin by applying a super- atmospheric pressure to an outer surface of the vacuum bag to transport the resin from the volume between the vacuum bag and the surface of the preform into a volume within the preform; and curing the resin in the preform, thereby forming the composite laminate. wrapping a fabric around a mandrel to form a generally tubular-shaped preform; placing the preform between the mandrel and a vacuum bag; placing an offset tool outside of the vacuum bag so as to permit the vacuum bag to lift away from a surface of the preform a controlled amount, wherein the offset tool is a generally tubular sleeve that is received around the mandrel such that the mandrel is coaxial with the offset tool; injecting a charge of the resin between the vacuum bag and the preform so as to lift the vacuum bag off the surface of the preform and move the vacuum bag toward the offset tool, so that the resin occupies a volume between the vacuum bag and the surface of the preform, wherein, during the step of injecting the charge of the resin between the vacuum bag and the surface of the preform in which the vacuum bag lifts off the preform, the preform does not substantially loft as a result of the preform having been tightly wrapped; infusing the preform with the resin by applying a super- atmospheric pressure to an outer surface of the vacuum bag to transport the resin from the volume between the vacuum bag and the surface of the preform into a volume within the preform; and curing the resin in the preform, thereby forming the composite laminate.
A method for producing an aldehyde, comprising a step of dehydrogenating a primary alcohol in the presence of a catalyst composition, wherein the catalyst composition is a first catalyst composition obtained by adding a potassium salt of a weak acid to a dehydrogenation catalyst containing copper as an active species, and a quantity of surface acid sites of the dehydrogenation catalyst measured by a temperature-programmed desorption analysis of ammonia is in a range of 0.11 mmol/g or more and 0.20 mmol/g or less.
Antilock braking system for a vehicle, said vehicle comprising a rear axle that is flexible, and configured to provide the drive of said vehicle, said system comprising two sensors each able to measure the speed of one of the two wheels that are connected to said axle, characterized in that each sensor is fixed to a fixed drum plate, said plate being secured to said axle and constituting the fixed part of a drum brake of each of the two wheels, each drum plate being secured to the axle (1, 5) via an axle-end yoke and a fixed part of a wheel bearing of a wheel.
A conveyor oven for cooking food product wherein the conveyor oven has a cooking mode, the conveyor oven comprising an oven tunnel in which food product is cooked, a conveyor extending into and movable within the tunnel for moving food product through the oven tunnel, a heating element (60, 62) operable to generate heat to be provided to the oven tunnel, and a fan (72, 74) operable to move air in the oven tunnel, characterized by: at least one sensor (80, 82, 79, 81) operatively associated with the oven and positioned to detect a temperature within the oven and the presence of food product upon the conveyor, and a controller coupled to at least one of the fan (72, 74), the heating element (60, 62) and the conveyor to change operation of the at least one of the fan (72, 74), heating element (60, 62) and conveyor, the fan (72, 74) having a first speed for the cooking mode and a second, reduced speed, the controller being operable to, in response to operation of the at least one sensor (80, 82, 79, 81) indicating the absence of food product from the oven tunnel and based upon the passage of a period of time, change the speed of the fan (72, 74) from the first speed to the second speed, and decrease the output of heating element (60, 62), and substantially maintain (i) the second fan speed and (ii) at the decreased output of the heating element (60, 62), the temperature within the oven tunnel until food product is detected on the conveyor again. at least one sensor (80, 82, 79, 81) operatively associated with the oven and positioned to detect a temperature within the oven and the presence of food product upon the conveyor, and a controller coupled to at least one of the fan (72, 74), the heating element (60, 62) and the conveyor to change operation of the at least one of the fan (72, 74), heating element (60, 62) and conveyor, the fan (72, 74) having a first speed for the cooking mode and a second, reduced speed, the controller being operable to, in response to operation of the at least one sensor (80, 82, 79, 81) indicating the absence of food product from the oven tunnel and based upon the passage of a period of time, change the speed of the fan (72, 74) from the first speed to the second speed, and decrease the output of heating element (60, 62), and substantially maintain (i) the second fan speed and (ii) at the decreased output of the heating element (60, 62), the temperature within the oven tunnel until food product is detected on the conveyor again. change the speed of the fan (72, 74) from the first speed to the second speed, and decrease the output of heating element (60, 62), and substantially maintain (i) the second fan speed and (ii) at the decreased output of the heating element (60, 62), the temperature within the oven tunnel until food product is detected on the conveyor again.
Trailer coupling for a motor vehicle, in particular for a car, with a bearing module (11; 111) which has a bearing base (12; 112) mounted on a member (19; 119) to be fastened to a rear of the motor vehicle, and a bearing element (13; 113) movably mounted on the bearing base (12; 112) and on which is mounted a coupling support with a coupling element for coupling to a trailer or load carrier, wherein the bearing module (11; 111) supports the coupling support between an operating position, in which the coupling element protrudes beyond the rear of the motor vehicle for coupling-on a trailer or a load carrier, and an inoperative position in which the coupling element is shifted towards the rear of the motor vehicle, in particular located behind a bumper, wherein a drive is provided for actuation of a locking device of the coupling element at least in the operating position and/or for shifting the coupling element between the inoperative position and the operating position, wherein the bearing module (11; 111) forms a base module for a modular system and the bearing element (13; 113) has a coupling support mounting interface for the coupling support, which is designed for optional mounting of a coupling support of a first type or a coupling support of at least one second type which differs from the coupling support of the first type in respect of at least one property, in particular its geometry, and the bearing base (12; 112) has at least one drive mounting interface for optional mounting of a drive of a first type or a drive of at least one second type which differs from the drive of the first type in at least one property, characterised in that the coupling support mounting interface and the drive mounting interface have a rotation angle coding, so that the respective coupling support or drive may be mounted on the mounting interface only in a predetermined rotation angle position.
A method of receiving a downlink control channel at a relay configured with a plurality of component carriers corresponding to a carrier aggregation scheme in a wireless communication system, the method comprising: receiving a backhaul subframe k of a first component carrier including a first search space resource corresponding to the first component carrier and a second search space resource corresponding to a second component carrier; monitoring a first set of relay downlink control channel candidates for the first component carrier in the first search space resource and the second search space resource in the backhaul subframe k of the first component carrier if a subframe k of the second component carrier is a backhaul subframe only when the first set of relay downlink control channel candidates and a second set of relay downlink control channel candidates to be monitored for the second component carrier are configured to have a same information size and a same identification information; and monitoring the first set of relay downlink control channel candidates for the first component carrier in the first search space resource and the second search space resource in the backhaul subframe k of the first component carrier if the subframe k of the second component carrier is not a backhaul subframe without considering whether the first set of relay downlink control channel candidates and the second set of relay downlink control channel candidates are configured to have same information size and same identification information, while dispensing with monitoring the second set of relay downlink control channel candidates for the second component carrier. receiving a backhaul subframe k of a first component carrier including a first search space resource corresponding to the first component carrier and a second search space resource corresponding to a second component carrier; monitoring a first set of relay downlink control channel candidates for the first component carrier in the first search space resource and the second search space resource in the backhaul subframe k of the first component carrier if a subframe k of the second component carrier is a backhaul subframe only when the first set of relay downlink control channel candidates and a second set of relay downlink control channel candidates to be monitored for the second component carrier are configured to have a same information size and a same identification information; and monitoring the first set of relay downlink control channel candidates for the first component carrier in the first search space resource and the second search space resource in the backhaul subframe k of the first component carrier if the subframe k of the second component carrier is not a backhaul subframe without considering whether the first set of relay downlink control channel candidates and the second set of relay downlink control channel candidates are configured to have same information size and same identification information, while dispensing with monitoring the second set of relay downlink control channel candidates for the second component carrier.
A method for producing a modified substrate comprising a step of irradiating the substrate with γ-ray radiation with an absorbed dose of at least 20 kGy while the substrate is brought into contact with an aqueous solution containing a hydrophilic polymer and an antioxidant, wherein the hydrophilic polymer is a polyvinylpyrrolidone or a polyvinylpyrrolidone copolymer, and the substrate is a separation membrane system comprising polysulfone and polyvinylpyrrolidone, wherein the antioxidant is selected from alcohols, and inorganic salts, wherein the alcohols are selected from methanol, ethanol, propanol, ethylene glycol and glycerine, and the inorganic salts are selected from sodium hydrosulfite, sodium pyrosulfite, and sodium dithionate, and wherein the obtained modified substrate has a soluble hydrophilic polymer ratio of 15 weight percent or less, a number of adhered human blood platelets adhered in an area of 4.3x10 3 μm 2 of 10 or less, and a surface hydrophilic polymer ratio measured by X-ray photoelectron spectrometry of at least 20 weight percent, wherein the soluble hydrophilic polymer ratio is defined as the ratio of soluble hydrophilic polymer which is soluble in a solvent that dissolves the hydrophilic polymer but does not dissolve the substrate to the total of the hydrophilic polymer in the modified substrate, and wherein the number of adhered blood platelets is defined as the number of blood platelets adhered on the surface of the modified substrate when it is brought into contact with blood for one hour, where the soluble hydrophilic polymer ratio, the number of adhered human blood platelets and the surface hydrophilic polymer ratio are measured as defined in the description.
A cadherin-11 antagonist: (a) in an amount effective to reduce fibrosis for use in a method for treating a subject having fibrosis; or (b) in an amount effective to prevent or delay the onset of symptoms associated with fibrosis for use in a method for treating a subject at risk of developing fibrosis; wherein the cadherin-11 antagonist is a cadherin-11 binding peptide or a cadherin-11 nucleic acid antagonist. (a) in an amount effective to reduce fibrosis for use in a method for treating a subject having fibrosis; or (b) in an amount effective to prevent or delay the onset of symptoms associated with fibrosis for use in a method for treating a subject at risk of developing fibrosis;
A gas turbine engine, comprising: a turbine section disposed adjacent to a combustor section, the turbine section including: a turbine vane having an inner platform and an outer platform joined together by an airfoil having a pressure side and a suction side each extending between a leading edge and a trailing edge, the inner platform comprising a plurality of second inner cooling holes disposed proximate the trailing edge and the suction side, and a plurality of third inner cooling holes disposed proximate the trailing edge and the pressure side, characterized in that the inner platform comprises a plurality of first inner cooling holes disposed proximate the leading edge and extending towards the suction side. a turbine vane having an inner platform and an outer platform joined together by an airfoil having a pressure side and a suction side each extending between a leading edge and a trailing edge, the inner platform comprising a plurality of second inner cooling holes disposed proximate the trailing edge and the suction side, and a plurality of third inner cooling holes disposed proximate the trailing edge and the pressure side, characterized in that the inner platform comprises a plurality of first inner cooling holes disposed proximate the leading edge and extending towards the suction side.
A heat exchanger comprising a plurality of fluid guiding metal pipes having pipe ends arranged side by side at intervals, at least one pipe bottom made of plastic and having receiving through-holes in which the pipe ends may be received, and a collection box made of plastic and which may be connected to the pipe bottom by a locking device formed between the pipe bottom and the collection box, wherein a seal is inserted between the pipe bottom and the collection box, and the seal ensures press-fit of the pipe bottom on the pipe ends and seals the collection box against the pipe bottom and the pipe bottom against the pipe ends, wherein the locking device comprises clips arranged in the pipe bottom or the collection box and locking openings arranged to face the clips in the pipe bottom or the collection box, characterised in that the seal is inserted between the pipe bottom and the collection box by welding in a material combination manner of the pipe bottom and the collection box, wherein welding points are arranged at intervals on facing inner surfaces of the collection box and the pipe bottom, and the collection box and the pipe bottom are welded to each other at the welding points, wherein the welding points are distributed throughout the circumference of the arrangement consisting of the collection box and the pipe bottom. wherein a seal is inserted between the pipe bottom and the collection box, and the seal ensures press-fit of the pipe bottom on the pipe ends and seals the collection box against the pipe bottom and the pipe bottom against the pipe ends, wherein the locking device comprises clips arranged in the pipe bottom or the collection box and locking openings arranged to face the clips in the pipe bottom or the collection box, characterised in that the seal is inserted between the pipe bottom and the collection box by welding in a material combination manner of the pipe bottom and the collection box, wherein welding points are arranged at intervals on facing inner surfaces of the collection box and the pipe bottom, and the collection box and the pipe bottom are welded to each other at the welding points, wherein the welding points are distributed throughout the circumference of the arrangement consisting of the collection box and the pipe bottom.
A planetary gear train for transmission of e-bike motor, the planetary gear train comprising: a first carrier protrusively formed in a center with a stator axis insertion boss provided with a stator axis insertion groove in a shape corresponding to that of the stator axis for insertion of the stator axis, and mounted with a plurality of first gear installation units; a second carrier formed with a plurality of second gear installation units at a position corresponding to that of the first gear installation units of the first carrier, and mounted in a center with a boss insertion hole penetratively coupled by the stator axis insertion boss; a plurality of planetary gears interposed between the first and second installation units (115, 125) of the first and second carriers (110, 120); a fixing pin rotatably mounting each of the planetary gears on the gear installation units (115, 125); and a bearing centrally arranged on each of the planetary gears, where an outer ring of the bearing is centrally fixed at the planetary gear and an inner ring of the bearing is coupled by the fixing pin; wherein the first and second gear installation units (115, 125) include first and second pin holes (113, 123), each having a diameter corresponding to that of the fixing pin, and first and second support rings (114, 124) protrusively formed at a surface opposite to the planetary gear and centrally and respectively arranged with the first and second pin holes (113, 123). a first carrier protrusively formed in a center with a stator axis insertion boss provided with a stator axis insertion groove in a shape corresponding to that of the stator axis for insertion of the stator axis, and mounted with a plurality of first gear installation units; a second carrier formed with a plurality of second gear installation units at a position corresponding to that of the first gear installation units of the first carrier, and mounted in a center with a boss insertion hole penetratively coupled by the stator axis insertion boss; a plurality of planetary gears interposed between the first and second installation units (115, 125) of the first and second carriers (110, 120); a fixing pin rotatably mounting each of the planetary gears on the gear installation units (115, 125); and a bearing centrally arranged on each of the planetary gears, where an outer ring of the bearing is centrally fixed at the planetary gear and an inner ring of the bearing is coupled by the fixing pin; wherein the first and second gear installation units (115, 125) include first and second pin holes (113, 123), each having a diameter corresponding to that of the fixing pin, and first and second support rings (114, 124) protrusively formed at a surface opposite to the planetary gear and centrally and respectively arranged with the first and second pin holes (113, 123).