mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a decorated compression molded component, comprising: inserting uncured thermoset material between an upper tool and a lower tool, the upper tool and the lower tool having different three-dimensional surfaces for shaping the uncured thermoset material; pressing the uncured thermoset material between the upper tool and the lower tool and simultaneously heating the uncured thermoset material to shape and cure the thermoset material into a compression molded component; inserting a carrier with an image between the compression molded component and the upper tool, the image being formed with a sublimation ink; pressing the carrier between the upper tool and the compression molded component until the sublimation ink sublimates and is sufficiently absorbed in the thermoset material to form an image on the compression molded component; and removing the compression molded component from between the upper tool and the lower tool. inserting uncured thermoset material between an upper tool and a lower tool, the upper tool and the lower tool having different three-dimensional surfaces for shaping the uncured thermoset material; pressing the uncured thermoset material between the upper tool and the lower tool and simultaneously heating the uncured thermoset material to shape and cure the thermoset material into a compression molded component; inserting a carrier with an image between the compression molded component and the upper tool, the image being formed with a sublimation ink; pressing the carrier between the upper tool and the compression molded component until the sublimation ink sublimates and is sufficiently absorbed in the thermoset material to form an image on the compression molded component; and removing the compression molded component from between the upper tool and the lower tool.
A circuit for performing neural network computations for a neural network comprising a plurality of layers, the circuit comprising: a systolic array comprising a plurality of cells, wherein each cell of the plurality of cells comprises: a weight path register configured to store a weight input shifted to the cell; a weight register coupled to the weight path register for storing a weight input; a weight control register configured to determine whether to store the weight input in the weight register; a weight fetcher unit configured to, for each of the plurality of neural network layers, send, for the neural network layer, a plurality of weight inputs to cells along a first dimension of the systolic array; and a plurality of weight sequencer units, each weight sequencer unit coupled to a distinct cell along the first dimension of the systolic array, the plurality of weight sequencer units configured to, for each of the plurality of neural network layers: based on a control value stored by the weight sequence unit, shift, for the neural network layer, the plurality of weight inputs to cells along the second dimension of the systolic array over a plurality of clock cycles, where each weight input is stored inside a respective cell along the second dimension using the weight register, and where each cell is configured to compute a product of an activation input and a respective weight input using multiplication circuitry. a systolic array comprising a plurality of cells, wherein each cell of the plurality of cells comprises: a weight path register configured to store a weight input shifted to the cell; a weight register coupled to the weight path register for storing a weight input; a weight control register configured to determine whether to store the weight input in the weight register; a weight path register configured to store a weight input shifted to the cell; a weight register coupled to the weight path register for storing a weight input; a weight control register configured to determine whether to store the weight input in the weight register; a weight fetcher unit configured to, for each of the plurality of neural network layers, send, for the neural network layer, a plurality of weight inputs to cells along a first dimension of the systolic array; and a plurality of weight sequencer units, each weight sequencer unit coupled to a distinct cell along the first dimension of the systolic array, the plurality of weight sequencer units configured to, for each of the plurality of neural network layers: based on a control value stored by the weight sequence unit, shift, for the neural network layer, the plurality of weight inputs to cells along the second dimension of the systolic array over a plurality of clock cycles, where each weight input is stored inside a respective cell along the second dimension using the weight register, and where each cell is configured to compute a product of an activation input and a respective weight input using multiplication circuitry.
A torque sensor having a base body which extends in a radial direction of the base body from an annular inner flange having first force application points, via a mechanically weakened sensor portion equipped with measurement transducers (10, 20) which generate output signals, to an annular outer flange having second force application points, characterized in that - the mechanically weakened sensor portion comprises radially extending first connecting webs and second connecting webs, which have different mechanical properties and are arranged alternately in the circumferential direction, - a width (w) of the second connecting webs decreases continuously from radially inwards to radially outwards, and - in one or more of the first connecting webs there is a cutout having an opening, such that a thin, membrane-like region is formed in the first connecting web opposite the opening. - the mechanically weakened sensor portion comprises radially extending first connecting webs and second connecting webs, which have different mechanical properties and are arranged alternately in the circumferential direction, - a width (w) of the second connecting webs decreases continuously from radially inwards to radially outwards, and - in one or more of the first connecting webs there is a cutout having an opening, such that a thin, membrane-like region is formed in the first connecting web opposite the opening.
An assay for detecting an analyte in a fluid sample, the assay comprising the steps of: a) binding the analyte to a first entity having an affinity to the analyte, said entity labeled with a photosensitizer or an enzyme to catalyze producing of said photosensitizer, b) adding to a mixture of said analyte and said entity a substrate for a photochemical reaction, said substrate is capable to be converted to a product of the photochemical reaction when said mixture of said entity, said analyte and said substrate is irradiated with a light at a wavelength within a light absorption spectrum of said photosensitizer, c) adding a reagent solution containing an additive described by formula wherein said additive is an ascorbic acid or a derivative thereof obtained by at least one substitution at position 2, position 3, position 5, position 6 or any combinations thereof with at least one group of atoms selected from a group consisting of an anion group of atoms, an aliphatic group of atoms not exceeding 16 carbon atoms, and an aromatic group of atoms not exceeding 16 carbon atoms, retaining its antioxidant activity; d) conducting the photochemical reaction by irradiating the mixture of step (c) with said light, and e) detecting the analyte by measuring an optical signal corresponding to the amount of the product of the photochemical reaction. a) binding the analyte to a first entity having an affinity to the analyte, said entity labeled with a photosensitizer or an enzyme to catalyze producing of said photosensitizer, b) adding to a mixture of said analyte and said entity a substrate for a photochemical reaction, said substrate is capable to be converted to a product of the photochemical reaction when said mixture of said entity, said analyte and said substrate is irradiated with a light at a wavelength within a light absorption spectrum of said photosensitizer, c) adding a reagent solution containing an additive described by formula wherein said additive is an ascorbic acid or a derivative thereof obtained by at least one substitution at position 2, position 3, position 5, position 6 or any combinations thereof with at least one group of atoms selected from a group consisting of an anion group of atoms, an aliphatic group of atoms not exceeding 16 carbon atoms, and an aromatic group of atoms not exceeding 16 carbon atoms, retaining its antioxidant activity; d) conducting the photochemical reaction by irradiating the mixture of step (c) with said light, and e) detecting the analyte by measuring an optical signal corresponding to the amount of the product of the photochemical reaction.
A mutated α1-3/4 transfucosidase having increased thermostability, and increased transfucosidase synthetic performance, and/or significantly reduced hydrolytic activity, compared to the wild type α1-3/4 transfucosidase of SEQ ID No. 1, having: - an amino acid sequence that has a sequence identity of at least 95 % to SEQ ID No.1, and - a mutation at amino acid positions 135 and 174, and at least one further mutation at an amino acid position selected from 168, 237 and 413, said amino acid numbering being according to SEQ ID No. 1, wherein: - at position 135 Trp is substituted by Phe or Tyr; - at position 168, Ser is substituted by Glu; - at position 174 Ala is substituted by Asn, His or Phe; - at position 237 Glu is substituted by His; - at position 413, Glu is substituted by Arg. - an amino acid sequence that has a sequence identity of at least 95 % to SEQ ID No.1, and - a mutation at amino acid positions 135 and 174, and at least one further mutation at an amino acid position selected from 168, 237 and 413, said amino acid numbering being according to SEQ ID No. 1, - at position 135 Trp is substituted by Phe or Tyr; - at position 168, Ser is substituted by Glu; - at position 174 Ala is substituted by Asn, His or Phe; - at position 237 Glu is substituted by His; - at position 413, Glu is substituted by Arg.
A brake assembly for an elevator system comprising: a guide rail configured to guide movement of an elevator car; a safety brake operatively coupled to the elevator car and having a brake surface configured to frictionally engage the guide rail; and a safety brake actuation mechanism operatively coupled to the safety brake and configured to actuate a brake member to a braking position, the safety brake actuation mechanism comprising: a sensing device disposed at a distance from the guide rail to determine a speed of the elevator car relative to the guide rail; characterised in that the brake assembly further comprises: a first rigid plate having an inner edge disposed at a distance from the guide rail that is less than the distance that the sensing device is spaced from the guide rail, said first rigid plate configured to prevent the sensing device from contacting debris disposed on the guide rail. a guide rail configured to guide movement of an elevator car; a safety brake operatively coupled to the elevator car and having a brake surface configured to frictionally engage the guide rail; and a safety brake actuation mechanism operatively coupled to the safety brake and configured to actuate a brake member to a braking position, the safety brake actuation mechanism comprising: a sensing device disposed at a distance from the guide rail to determine a speed of the elevator car relative to the guide rail; characterised in that the brake assembly further comprises: a first rigid plate having an inner edge disposed at a distance from the guide rail that is less than the distance that the sensing device is spaced from the guide rail, said first rigid plate configured to prevent the sensing device from contacting debris disposed on the guide rail. a sensing device disposed at a distance from the guide rail to determine a speed of the elevator car relative to the guide rail; characterised in that the brake assembly further comprises: a first rigid plate having an inner edge disposed at a distance from the guide rail that is less than the distance that the sensing device is spaced from the guide rail, said first rigid plate configured to prevent the sensing device from contacting debris disposed on the guide rail.
A method of hydrating a contact lens comprising hydrating said lens in a molded base wherein said molded base comprises an additive, wherein the additive is succinic acid, wherein the molded base comprises polypropylene mixed with said additive, and wherein the additive is present at a concentration of greater than 0.25 weight percent to 5 weight percent.
A method of producing a polyclonal anti-host cell protein antibody preparation, the method comprising: a) providing a sample comprising antibodies that had been acquired from an animal immunized with HCP of a host cell; b) separating antibodies from the sample by contacting the sample with a protein A affinity reagent to provide an antibody preparation; and c) separating anti-HCP antibody from the antibody preparation by contacting the antibody preparation with an HCP-affinity reagent comprising HCP coupled to a substrate; thereby producing a polyclonal anti-HCP antibody preparation. a) providing a sample comprising antibodies that had been acquired from an animal immunized with HCP of a host cell; b) separating antibodies from the sample by contacting the sample with a protein A affinity reagent to provide an antibody preparation; and c) separating anti-HCP antibody from the antibody preparation by contacting the antibody preparation with an HCP-affinity reagent comprising HCP coupled to a substrate;
A fastener driver comprising: a housing defining a handle portion; a magazine in which fasteners are held; a nosepiece for receiving fasteners from the magazine; a driver blade movable from a ready position toward a driven position during which a fastener positioned in the nosepiece is driven into a workpiece; a lifting mechanism operable to return the driver blade from the driven position toward the ready position for a subsequent fastener driving operation; and a drivetrain to provide torque to the lifting mechanism, characterised in that at least a portion of the drivetrain is positioned within and extends through the handle portion of the housing. a housing defining a handle portion; a magazine in which fasteners are held; a nosepiece for receiving fasteners from the magazine; a driver blade movable from a ready position toward a driven position during which a fastener positioned in the nosepiece is driven into a workpiece; a lifting mechanism operable to return the driver blade from the driven position toward the ready position for a subsequent fastener driving operation; and a drivetrain to provide torque to the lifting mechanism, characterised in that at least a portion of the drivetrain is positioned within and extends through the handle portion of the housing.
Method for converting kinetic energy in a flow of liquid, wherein a foil is disposed in the flow of liquid such that the foil can be moved cyclically in directions (12, 13) perpendicular to the flow of liquid between an uppermost level and a lowermost level depending on the lift of the foil, characterized by - confining a compressible fluid in a pressure tank connected to the foil at a first pressure when the foil is at the uppermost level, - controlling the lift of the foil such that the foil is subjected to a force in a downward direction, - allowing the compressible fluid to compress due to ambient pressure as long as the foil is moving downwards, - confining the compressed fluid in the pressure tank at a second pressure when the foil is at the lowermost level - controlling the lift of the foil such that the foil is subjected to a force in an upward direction, - preventing the compressible fluid from expanding while the foil is moving in an upward direction, and - removing the potential energy of the compressed fluid from the pressure tank when the foil is at the uppermost level. - confining a compressible fluid in a pressure tank connected to the foil at a first pressure when the foil is at the uppermost level, - controlling the lift of the foil such that the foil is subjected to a force in a downward direction, - allowing the compressible fluid to compress due to ambient pressure as long as the foil is moving downwards, - confining the compressed fluid in the pressure tank at a second pressure when the foil is at the lowermost level - controlling the lift of the foil such that the foil is subjected to a force in an upward direction, - preventing the compressible fluid from expanding while the foil is moving in an upward direction, and - removing the potential energy of the compressed fluid from the pressure tank when the foil is at the uppermost level.
A jaw assembly for a demolition tool, the jaw assembly having a first jaw and a second jaw and characterised by comprising: a support portion centrally disposed on the second jaw, the support portion having a first contact surface and an aperture disposed on the first contact surface; a work plate removably mounted on the support portion, the work plate comprising: a plate member having a first plate portion, the plate member being in abutting contact with the support portion; at least one tooth member extending from the first plate portion; and a boss extending from the first plate portion in a direction opposite to the at least one tooth member on the first plate portion, the boss being engaged to the aperture, a pair of seating portions disposed on the second jaw laterally on opposite sides of the support portion, each seating portion having a slot; and at least one work module removably mounted in each seating portion, the at least one work module comprising: a base; at least one tooth extending from the base; and a mounting element extending from the base in a direction opposite to the at least one tooth and engaging the seating portion. a support portion centrally disposed on the second jaw, the support portion having a first contact surface and an aperture disposed on the first contact surface; a work plate removably mounted on the support portion, the work plate comprising: a plate member having a first plate portion, the plate member being in abutting contact with the support portion; at least one tooth member extending from the first plate portion; and a boss extending from the first plate portion in a direction opposite to the at least one tooth member on the first plate portion, the boss being engaged to the aperture, a plate member having a first plate portion, the plate member being in abutting contact with the support portion; at least one tooth member extending from the first plate portion; and a boss extending from the first plate portion in a direction opposite to the at least one tooth member on the first plate portion, the boss being engaged to the aperture, a pair of seating portions disposed on the second jaw laterally on opposite sides of the support portion, each seating portion having a slot; and at least one work module removably mounted in each seating portion, the at least one work module comprising: a base; at least one tooth extending from the base; and a mounting element extending from the base in a direction opposite to the at least one tooth and engaging the seating portion. a base; at least one tooth extending from the base; and a mounting element extending from the base in a direction opposite to the at least one tooth and engaging the seating portion.
A system for the display of an item of escape route-relevant information, having - a portable display device (4, 4') with means for determining a position and an orientation of the display device (4, 4'), - means for generating an item of escape route-relevant information as a function of a position and orientation of the display device (4, 4') determined with the means for determining a position and an orientation of the display device (4, 4'), wherein the system is designed in such a manner that the item of escape route-relevant information generated with the means for generating an item of escape route-relevant information can be transmitted to the portable display device (4, 4') and the portable display device (4, 4') furthermore has optical and/or acoustic display means for the display of the thus transmitted item of escape route-relevant information. - a portable display device (4, 4') with means for determining a position and an orientation of the display device (4, 4'), - means for generating an item of escape route-relevant information as a function of a position and orientation of the display device (4, 4') determined with the means for determining a position and an orientation of the display device (4, 4'),
A sheet transport system for moving a sheet in a transport direction x while adjusting a position of the sheet in a lateral direction z normal to the transport direction x to a target position (zR), the system comprising first and second pinch roller sets (10, 12) spaced apart from one another in the transport direction x, each pinch roller set comprising two pairs (14, 16; 18, 20) of pinch rollers spaced apart from one another in the lateral direction z, each pair forming a nip for pinching and driving the sheet with an individually controllable speed, characterized by comprising a detection system for detecting a position of the sheet in the lateral direction z while the sheet is pinched by the first pinch roller set, and a control system configured for carrying out the following actions: - by controlling the speeds of the pinch rollers (14, 16) of the first pinch roller set before the sheet has reached the second pinch roller set, rotating the sheet by a first rotation angle for adjusting a given reference point on a leading part of the sheet to its target position (zR); and - when the sheet has left the first pinch roller set and while the reference point travels along a path segment that is symmetric with respect to the second pinch roller set, rotating, by controlling the speeds of the pinch rollers of the second pinch roller set, the sheet by a second rotation angle for aligning a leading edge of the sheet in the lateral direction z. - by controlling the speeds of the pinch rollers (14, 16) of the first pinch roller set before the sheet has reached the second pinch roller set, rotating the sheet by a first rotation angle for adjusting a given reference point on a leading part of the sheet to its target position (zR); and - when the sheet has left the first pinch roller set and while the reference point travels along a path segment that is symmetric with respect to the second pinch roller set, rotating, by controlling the speeds of the pinch rollers of the second pinch roller set, the sheet by a second rotation angle for aligning a leading edge of the sheet in the lateral direction z.
An expression cassette comprising a heterologous sequence operatively linked to a guard-cell specific promoter, wherein the guard cell specific promoter comprises a) a nucleic acid sequence having at least about 95%, 96%, 97%, 98%, 99%, or complete (100%) sequence identity to SEQ ID NO: 10 and/or SEQ ID NO: 11; b) a nucleic acid sequence comprising the nucleotide sequence of SEQ ID No. 10 from the nucleotide at position 833 to the nucleotide at position 1716; or c) a nucleic acid sequence comprising the nucleotide sequence of SEQ ID No.10 from the nucleotide at position 1251 to the nucleotide at position 1716. a) a nucleic acid sequence having at least about 95%, 96%, 97%, 98%, 99%, or complete (100%) sequence identity to SEQ ID NO: 10 and/or SEQ ID NO: 11; b) a nucleic acid sequence comprising the nucleotide sequence of SEQ ID No. 10 from the nucleotide at position 833 to the nucleotide at position 1716; or c) a nucleic acid sequence comprising the nucleotide sequence of SEQ ID No.10 from the nucleotide at position 1251 to the nucleotide at position 1716.