mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plurality of execution units; and logic, at least partially including hardware logic, configured to: expose embedded cast operations in at least one of a load instruction or a store instruction; determine, for each layer in a deep learning neural network, DNN, a target precision level for the cast operations, wherein data of a first precision is used to represent weights in a first set of layers of the DNN, and data of a second precision is used to represent weights in a second set of layers of the DNN, said first set comprising the first layers of the DNN and said second set comprising the layers higher than the first layers of the DNN, and wherein the first precision is higher than the second precision; and load the cast operations at the target precision level; wherein: the target precision level is determined to match a hardware capability. a plurality of execution units; and logic, at least partially including hardware logic, configured to: expose embedded cast operations in at least one of a load instruction or a store instruction; determine, for each layer in a deep learning neural network, DNN, a target precision level for the cast operations, wherein data of a first precision is used to represent weights in a first set of layers of the DNN, and data of a second precision is used to represent weights in a second set of layers of the DNN, said first set comprising the first layers of the DNN and said second set comprising the layers higher than the first layers of the DNN, and wherein the first precision is higher than the second precision; and load the cast operations at the target precision level; wherein: the target precision level is determined to match a hardware capability. expose embedded cast operations in at least one of a load instruction or a store instruction; determine, for each layer in a deep learning neural network, DNN, a target precision level for the cast operations, wherein data of a first precision is used to represent weights in a first set of layers of the DNN, and data of a second precision is used to represent weights in a second set of layers of the DNN, said first set comprising the first layers of the DNN and said second set comprising the layers higher than the first layers of the DNN, and wherein the first precision is higher than the second precision; and load the cast operations at the target precision level; wherein: the target precision level is determined to match a hardware capability.
A sheet conveying device comprising: a first roller configured to rotate in a forward direction for sheet conveyance along a sheet conveying direction; a second roller disposed downstream with respect to the first roller in the sheet conveying direction and configured to rotate in a forward direction along the sheet conveying direction and in a reverse direction; and a controller configured to control the second roller to rotate in the reverse direction at a timing when a leading end of a sheet that is nipped and conveyed by the first roller reaches a nip of the second roller characterized in that the controller is further configured to control a rotation speed of the second roller in the reverse direction to be at a first speed when the sheet has a first thickness and at a second speed lower than the first speed when the sheet has a second thickness greater than the first thickness. a first roller configured to rotate in a forward direction for sheet conveyance along a sheet conveying direction; a second roller disposed downstream with respect to the first roller in the sheet conveying direction and configured to rotate in a forward direction along the sheet conveying direction and in a reverse direction; and a controller configured to control the second roller to rotate in the reverse direction at a timing when a leading end of a sheet that is nipped and conveyed by the first roller reaches a nip of the second roller characterized in that the controller is further configured to control a rotation speed of the second roller in the reverse direction to be at a first speed when the sheet has a first thickness and at a second speed lower than the first speed when the sheet has a second thickness greater than the first thickness.
A negative electrode active material comprising: a silicon-based compound comprising SiO x, wherein 0.5<x<1.3; an amorphous carbon layer disposed on the silicon-based compound; a graphene layer disposed on the amorphous carbon layer; and a cavity layer corresponding to a separated space between the amorphous carbon layer and the graphene layer. a silicon-based compound comprising SiO x, wherein 0.5<x<1.3; an amorphous carbon layer disposed on the silicon-based compound; a graphene layer disposed on the amorphous carbon layer; and a cavity layer corresponding to a separated space between the amorphous carbon layer and the graphene layer.
A method of re-establishing a session between first and second IP hosts (5,16) attached to respective first and second IP access routers (10,17), the session previously having been conducted via a previous IP access router to which said first IP host was attached, and where a security association comprising a shared secret has been established between the IP hosts, the method characterised by: sending a connection request from said first IP host to said first IP access router, said request containing an IP address claimed by said second IP host, a new care-of-address for the first IP host, and a session identifier; at said first IP access router, upon receipt of said connection request, obtaining a verified IP address for said second IP access router and sending an on link presence request to the second IP access router, the request containing at least an Interface Identifier part of the second IP host's claimed IP address, said care-of-address, and said session identifier; at said second IP access router, confirming that said second IP host is attached to the second IP access router using the claimed Interface Identifier including sending to the second IP host said care-of-address and said session identifier, and reporting a presence status to said first IP access router; at said second IP host, using said session identifier to identify said security association, and updating a binding cache entry for said first IP host with the new care-of-address. sending a connection request from said first IP host to said first IP access router, said request containing an IP address claimed by said second IP host, a new care-of-address for the first IP host, and a session identifier; at said first IP access router, upon receipt of said connection request, obtaining a verified IP address for said second IP access router and sending an on link presence request to the second IP access router, the request containing at least an Interface Identifier part of the second IP host's claimed IP address, said care-of-address, and said session identifier; at said second IP access router, confirming that said second IP host is attached to the second IP access router using the claimed Interface Identifier including sending to the second IP host said care-of-address and said session identifier, and reporting a presence status to said first IP access router; at said second IP host, using said session identifier to identify said security association, and updating a binding cache entry for said first IP host with the new care-of-address.
A transdermal parasiticidal formulation in the form of a solution including a therapeutically effective amount of levamisole anthelmintic agent dissolved in a solution including isopropyl myristate and D-limonene.
Method for manufacturing a product from a flexibly rolled strip material, comprising the steps: providing a strip material made from sheet steel, flexible rolling of the strip material, wherein a variable thickness is produced along the length of the strip material, electrolytic coating with a metallic coating material that contains at least 93% of zinc, wherein the electroclytic coating is carried out after the flexible rolling, heat treatment at temperatures above 350oC and below a solidus line of the coating material, wherein the heat treatment is carried out after the electrolytic coating, working a blank from the flexibly rolled strip material, and hot forming the blank. providing a strip material made from sheet steel, flexible rolling of the strip material, wherein a variable thickness is produced along the length of the strip material, electrolytic coating with a metallic coating material that contains at least 93% of zinc, wherein the electroclytic coating is carried out after the flexible rolling, heat treatment at temperatures above 350oC and below a solidus line of the coating material, wherein the heat treatment is carried out after the electrolytic coating, working a blank from the flexibly rolled strip material, and hot forming the blank.
A multicomponent mesothread consisting of a core and a coating, wherein the core is a fibroin thread and the coating contains hyaluronic acid or its salt or a polyelectrolyte complex of hyaluronic acid or its salt with chitosan or its salt. wherein the core is a fibroin thread and the coating contains hyaluronic acid or its salt or a polyelectrolyte complex of hyaluronic acid or its salt with chitosan or its salt.
A manufacturing method of an anchorage element formed by a passivation layer for an electronic device, comprising the steps of: arranging a semiconductor body of silicon carbide, SiC; forming, in the semiconductor body and at a distance from a top surface of the semiconductor body, a first implanted region having, parallelly to a first axis parallel to the top surface, a maximum dimension having a first value (d 1); forming, in the semiconductor body, a second implanted region, which is superimposed, along a second axis orthogonal to the first axis and to the top surface, to the first implanted region, extends from the top surface to the first implanted region, and has, parallelly to the first axis, a respective maximum dimension having a second value (d 2) smaller than the first value (d 1); carrying out a process of thermal oxidation of the first and of the second implanted regions to form an oxidized region at the first and the second implanted regions; removing said oxidized region to form, in the semiconductor body and at the oxidized region, a cavity; and forming, on the top surface, the passivation layer protruding into the cavity to form said anchorage element fixing the passivation layer to the semiconductor body. arranging a semiconductor body of silicon carbide, SiC; forming, in the semiconductor body and at a distance from a top surface of the semiconductor body, a first implanted region having, parallelly to a first axis parallel to the top surface, a maximum dimension having a first value (d 1); forming, in the semiconductor body, a second implanted region, which is superimposed, along a second axis orthogonal to the first axis and to the top surface, to the first implanted region, extends from the top surface to the first implanted region, and has, parallelly to the first axis, a respective maximum dimension having a second value (d 2) smaller than the first value (d 1); carrying out a process of thermal oxidation of the first and of the second implanted regions to form an oxidized region at the first and the second implanted regions; removing said oxidized region to form, in the semiconductor body and at the oxidized region, a cavity; and forming, on the top surface, the passivation layer protruding into the cavity to form said anchorage element fixing the passivation layer to the semiconductor body.
A packaging box (1, 1A, 100) formed of a corrugated cardboard, the packaging box comprising: a corrugation direction of the corrugated cardboard which is parallel to a horizontal direction of the packaging box; a side panel unit (10, 10A, 130) having side panels; the packaging box being characterized in that it comprises an upper panel unit (20, 20A, 120) formed at one side of the side panel unit having a plurality of upper panels, a lower panel unit (30, 30A) formed at the other side of the side panel unit having a plurality of lower panels, and wherein the upper panels and lower panels are divided so that creasing of the upper and lower panel unit may be prevented when moving both end portions of the packaging box toward a middle portion of the packaging box so that the packaging box has a curved shape. a corrugation direction of the corrugated cardboard which is parallel to a horizontal direction of the packaging box; a side panel unit (10, 10A, 130) having side panels; the packaging box being characterized in that it comprises an upper panel unit (20, 20A, 120) formed at one side of the side panel unit having a plurality of upper panels, a lower panel unit (30, 30A) formed at the other side of the side panel unit having a plurality of lower panels, and wherein the upper panels and lower panels are divided so that creasing of the upper and lower panel unit may be prevented when moving both end portions of the packaging box toward a middle portion of the packaging box so that the packaging box has a curved shape. a lower panel unit (30, 30A) formed at the other side of the side panel unit having a plurality of lower panels, and wherein the upper panels and lower panels are divided so that creasing of the upper and lower panel unit may be prevented when moving both end portions of the packaging box toward a middle portion of the packaging box so that the packaging box has a curved shape.
Apparatus for separating and aligning fastening means, such as screws, rivets, nails and bolts, with a head and a shaft including a charging device for transporting unsorted fastening means and an inclined slideway device (6, 7, 8) arranged beneath it for separating and aligning the fastening means fallen from the charging device, wherein the slideway device includes at least one substantially V-shaped guide track with a central, longitudinal gap, which is wider than the shaft and narrower than the head of the fastening means, characterised in that the charging device includes two conveyor belts (2, 3), wherein a first conveyor belt is arranged with its front edge, in the transport direction, above a second conveyor belt, which extends transversely to the first conveyor belt.
Device for winding a mainspring of a timepiece by means of the crown, the device including: - a body having a housing (110, 112) inside which are respectively arranged a motor, an electronic circuit for controlling the motor and a device for powering the circuit and the motor, - means for driving the crown disposed at one of the ends of the body of the device and secured to an output shaft of the motor, intended to rotatably drive the timepiece crown, characterized in that the device includes a spring placed between the battery and the motor to permit the motor to slide with the drive means inside the body of the device, when the drive means are engaged and pressed onto the timepiece crown, the motor being arranged in the body to slide into at least two positions, including: - a rest position in which the motor is not supplied with power, and - an operating position in which the motor is supplied with power in order to start the rotation of the drive means when the drive means are engaged and pressed onto the timepiece crown. - a body having a housing (110, 112) inside which are respectively arranged a motor, an electronic circuit for controlling the motor and a device for powering the circuit and the motor, - means for driving the crown disposed at one of the ends of the body of the device and secured to an output shaft of the motor, intended to rotatably drive the timepiece crown, - a rest position in which the motor is not supplied with power, and - an operating position in which the motor is supplied with power in order to start the rotation of the drive means when the drive means are engaged and pressed onto the timepiece crown.
A method for producing (meth)acrylic-modified polybutadiene having the number average molecular weight of from 500 to 10,000, comprising reacting polybutadiene having a hydroxyl group at a terminal and a (meth)acrylic ester in the presence of an organoaluminum compound represented by formula: (wherein each of R 1, R 2, R 3, and R 4 independently represents a linear or branched C1 to C30 alkyl group), wherein the amount of the organoaluminum compound is from 0.001 parts by weight to 50 parts by weight based on 100 parts by weight of the polybutadiene having a hydroxyl group at a terminal.
A belt forming system, the belt forming system comprising: an upstream conveyor (31, 32); a downstream conveyor located downstream of the upstream conveyor; and a belt assembly system in communication with the upstream conveyor and the downstream conveyor, the belt assembly system comprises: an arm that is rotatable with respect to at least one of the upstream conveyor (31, 32) and the downstream conveyor during a belt forming process; an actuator for rotating the arm; and a holding component adapted to move a strip section from the upstream conveyor to a desired position on the downstream conveyor such that the strip section is oriented at a predetermined angle (α) on the downstream conveyor, characterized in that a belt cutter is rotatable independent of and with respect to the upstream conveyor and the downstream conveyor. an upstream conveyor (31, 32); a downstream conveyor located downstream of the upstream conveyor; and a belt assembly system in communication with the upstream conveyor and the downstream conveyor, the belt assembly system comprises: an arm that is rotatable with respect to at least one of the upstream conveyor (31, 32) and the downstream conveyor during a belt forming process; an actuator for rotating the arm; and a holding component adapted to move a strip section from the upstream conveyor to a desired position on the downstream conveyor such that the strip section is oriented at a predetermined angle (α) on the downstream conveyor, characterized in that a belt cutter is rotatable independent of and with respect to the upstream conveyor and the downstream conveyor. an arm that is rotatable with respect to at least one of the upstream conveyor (31, 32) and the downstream conveyor during a belt forming process; an actuator for rotating the arm; and a holding component adapted to move a strip section from the upstream conveyor to a desired position on the downstream conveyor such that the strip section is oriented at a predetermined angle (α) on the downstream conveyor, characterized in that a belt cutter is rotatable independent of and with respect to the upstream conveyor and the downstream conveyor.
A method for preparing allyl alcohol, comprising: a) adding glycerol with formic acid in an amount of 0.4 ∼ 1.2 equivalents relative to 1 equivalent of glycerol and then increasing a reaction temperature to 220 ∼ 240 °C from room temperature at a heating rate of 4.0 - 5.0 °C/min in an inert gas atmosphere so that glycerol and formic acid are reacted; and b) condensing gas reaction products obtained in a), thus separating liquid reaction products including allyl alcohol therefrom. a) adding glycerol with formic acid in an amount of 0.4 ∼ 1.2 equivalents relative to 1 equivalent of glycerol and then increasing a reaction temperature to 220 ∼ 240 °C from room temperature at a heating rate of 4.0 - 5.0 °C/min in an inert gas atmosphere so that glycerol and formic acid are reacted; and b) condensing gas reaction products obtained in a), thus separating liquid reaction products including allyl alcohol therefrom.
An arrangement comprising a switch cabinet frame and a switch cabinet base, wherein the switch cabinet frame comprises multiple profile struts and a rectangular base frame, the underside of which is an outer side of the switch cabinet frame rack, which has at least one through-opening and a contact surface via which the switch cabinet frame is placed on the switch cabinet base, characterized in that the through-opening is closed by a skid which is detachable mounted on the outer side, which is raised relative to the contact surface, wherein the switch cabinet base has a recess in which the skid is received.
An apparatus for removing fluid from a patient, comprising: a container having an interior at a relatively low pressure, the container having a mouth covered by a seal; a drainage line connected to and extending away from the container; and a piercing element positioned proximate the mouth and capable of piercing the seal to transfer the low pressure from the container interior into the drainage line, said piercing element comprising a spiked tube that includes a tubular body, wherein the apparatus further comprises an elastomeric container cap having an upper sleeve portion receiving the tubular body of the spiked tube in an airtight seal and a lower portion covering the container mouth, the elastomeric container cap is configured such that the spiked tube in the upper sleeve portion is held above the seal and wherein the container cap is sufficiency flexible to allow the lower portion to deform to accommodate downward movement of the spiked tube to pierce the seal. a container having an interior at a relatively low pressure, the container having a mouth covered by a seal; a drainage line connected to and extending away from the container; and a piercing element positioned proximate the mouth and capable of piercing the seal to transfer the low pressure from the container interior into the drainage line, said piercing element comprising a spiked tube that includes a tubular body, wherein the apparatus further comprises an elastomeric container cap having an upper sleeve portion receiving the tubular body of the spiked tube in an airtight seal and a lower portion covering the container mouth, the elastomeric container cap is configured such that the spiked tube in the upper sleeve portion is held above the seal and wherein the container cap is sufficiency flexible to allow the lower portion to deform to accommodate downward movement of the spiked tube to pierce the seal.
A flame retardant composition comprising: 45 to 90 weight percent of a polycarbonate composition; where the polycarbonate composition comprises a polysiloxane-carbonate copolymer and a copolyester carbonate copolymer; 5 to 40 weight percent of glass fibers; and 1 to 20 weight percent of a phosphazene compound; where all weight percents are based on the total weight of the flame retardant composition. 45 to 90 weight percent of a polycarbonate composition; where the polycarbonate composition comprises a polysiloxane-carbonate copolymer and a copolyester carbonate copolymer; 5 to 40 weight percent of glass fibers; and 1 to 20 weight percent of a phosphazene compound; where all weight percents are based on the total weight of the flame retardant composition.