mhurhangee/ep-ind-claims huggingface dataset:
A braking control device comprising: a frictional braking device configured to apply a frictional braking torque to a vehicle wheel (3a to 3d) in response to movement of an input member of a brake pedal; an electric motor configured to apply a regenerative braking torque to the vehicle wheel (3a to 3d); a charging device configured to be charged with regenerative power generated by the electric motor; a detection unit configured to detect a displacement amount of the input member; and a control unit configured to determine a required braking torque of a driver on the basis of the displacement amount detected by the detection unit, and allocate the required braking torque to the regenerative braking torque and the frictional braking torque, characterized in that the control unit is configured to determine a limit value of the regenerative braking torque that can be generated in accordance with an operating condition of the charging device or the electric motor, and reduce a proportion of the regenerative braking torque in the required braking torque after the detection unit detects the displacement amount of the input member and before the regenerative braking torque reaches the limit value. a frictional braking device configured to apply a frictional braking torque to a vehicle wheel (3a to 3d) in response to movement of an input member of a brake pedal; an electric motor configured to apply a regenerative braking torque to the vehicle wheel (3a to 3d); a charging device configured to be charged with regenerative power generated by the electric motor; a detection unit configured to detect a displacement amount of the input member; and a control unit configured to determine a required braking torque of a driver on the basis of the displacement amount detected by the detection unit, and allocate the required braking torque to the regenerative braking torque and the frictional braking torque, characterized in that the control unit is configured to determine a limit value of the regenerative braking torque that can be generated in accordance with an operating condition of the charging device or the electric motor, and reduce a proportion of the regenerative braking torque in the required braking torque after the detection unit detects the displacement amount of the input member and before the regenerative braking torque reaches the limit value.
A display having a touch sensor, the display comprising: a plurality of pixel areas disposed in a matrix manner on a substrate; a routing line running along a first direction on the substrate; a first passivation layer covering the routing line; a touch electrode (Tx) disposed on the first passivation layer and overlapping the routing line, the touch electrode (Tx) corresponding to a group of pixel areas; a touch contact hole exposing a portion of the routing line by penetrating the touch electrode (Tx) and the first passivation layer; a second passivation layer covering the touch electrode (Tx); a passivation contact hole exposing the touch contact hole and some portions of the touch electrode (Tx) around the touch contact hole by penetrating the second passivation layer; and a touch terminal disposed on the second passivation layer and connecting the touch electrode (Tx) exposed through the passivation contact hole to the routing line exposed through the touch contact hole. a plurality of pixel areas disposed in a matrix manner on a substrate; a routing line running along a first direction on the substrate; a first passivation layer covering the routing line; a touch electrode (Tx) disposed on the first passivation layer and overlapping the routing line, the touch electrode (Tx) corresponding to a group of pixel areas; a touch contact hole exposing a portion of the routing line by penetrating the touch electrode (Tx) and the first passivation layer; a second passivation layer covering the touch electrode (Tx); a passivation contact hole exposing the touch contact hole and some portions of the touch electrode (Tx) around the touch contact hole by penetrating the second passivation layer; and a touch terminal disposed on the second passivation layer and connecting the touch electrode (Tx) exposed through the passivation contact hole to the routing line exposed through the touch contact hole.
A method of improving detection of malware performed by a processor of a programmable device, the method comprising: configuring a hardware performance monitoring unit of the processor to generate an interrupt upon a predetermined event; in response to the interrupt and after a memory page has been loaded into memory from a storage device and has been written to after being loaded into the memory, determining that the memory page has been modified into a modified memory page; and after the memory page has been modified, performing anti-malware analysis of the modified memory page before writing the modified memory page back to the storage device. configuring a hardware performance monitoring unit of the processor to generate an interrupt upon a predetermined event; in response to the interrupt and after a memory page has been loaded into memory from a storage device and has been written to after being loaded into the memory, determining that the memory page has been modified into a modified memory page; and after the memory page has been modified, performing anti-malware analysis of the modified memory page before writing the modified memory page back to the storage device.
A method by a first user equipment, UE, for selecting a radio resource for transmitting a sidelink Vehicle-to-X, V2x packet, the method comprising: obtaining a basic period value related to expected timing of transmissions by a second UE; obtaining a sub-period value that is less than the basic period value; repeatedly monitoring radio resources that occur every time period determined based on the basic period value, for a packet or booking message that is transmitted by the second UE and indicates that the second UE will potentially transmit a next packet using a radio resource and timing, wherein the monitoring is restricted to a timeframe determined based on the sub-period value within each occurrence of the time period determined based on the basic period value, wherein the radio resources that are monitored are among resources which are used by other UEs for V2x communications; and responsive to the monitoring identifying the packet or booking message, selecting a radio resource for use in transmitting a packet based on the radio resource and timing that is potentially to be used by the second UE to transmit the next packet. obtaining a basic period value related to expected timing of transmissions by a second UE; obtaining a sub-period value that is less than the basic period value; repeatedly monitoring radio resources that occur every time period determined based on the basic period value, for a packet or booking message that is transmitted by the second UE and indicates that the second UE will potentially transmit a next packet using a radio resource and timing, wherein the monitoring is restricted to a timeframe determined based on the sub-period value within each occurrence of the time period determined based on the basic period value, wherein the radio resources that are monitored are among resources which are used by other UEs for V2x communications; and responsive to the monitoring identifying the packet or booking message, selecting a radio resource for use in transmitting a packet based on the radio resource and timing that is potentially to be used by the second UE to transmit the next packet.
A control device of a gas turbine electric energy production plant, which delivers a power at a frequency (f I); the control device comprising power control means, for controlling the power delivered by the plant according to a reference power value (P SETNEW), and frequency control means, for determining correction values (PF SETPR; PF SETINT) of the reference power value (P SETNEW) according to a frequency error (e F), given by the difference between the plant frequency (f I) and a nominal frequency (f N); the frequency control means comprising: an activation module, a proportional control module configured to calculate the correction values (PF SETINT), and integral control means configured to calculate the correction values (PF SETINT); the control device characterized in that the activation module is configured to: • send an activation signal to proportional control module if frequency error (e F) is comprised in a first safety range, • send an activation signal to integral control means if the frequency error (e F) is beyond first safety range (Bl); wherein activation of the proportional control module is blocked until a deactivation of integral control means occurs. the frequency control means comprising: an activation module, a proportional control module configured to calculate the correction values (PF SETINT), and integral control means configured to calculate the correction values (PF SETINT); the control device characterized in that the activation module is configured to: • send an activation signal to proportional control module if frequency error (e F) is comprised in a first safety range, • send an activation signal to integral control means if the frequency error (e F) is beyond first safety range (Bl); • send an activation signal to proportional control module if frequency error (e F) is comprised in a first safety range, • send an activation signal to integral control means if the frequency error (e F) is beyond first safety range (Bl);
An oral pharmaceutical formulation comprising a milk thistle extract of silybin with a purity higher than 80%, phospholipids, sorbitol and carragenin, wherein the weight ratio between the amount of silybin and the amount of phospholipids is in the range of 1:1.50 and 1:2.
A leak resistant, drinking lid for use with a beverage container, the lid comprising: a housing to mount the lid to the container; a manually actuated valve stem mounted to the housing to translate relative to the housing in response to manual actuation by a user; a drinking port extending through the housing to allow a beverage in the container to pass through the lid for drinking by a user; a drinking valve head carried on the stem for movement relative to the housing between a closed position closing the drinking port and an open position wherein the beverage can flow through the drinking port; a pressure relief port extending through the drinking valve head to allow equalization of pressure across the drinking valve head with the drinking valve head in the closed position; and a pressure relief valve head releasably mounted to the stem by a connector for movement relative to the drinking valve head between a closed position closing the pressure relief port and an open position wherein air can pass through the pressure relief port, the drinking valve head being captured on the stem by the pressure relief valve head. a housing to mount the lid to the container; a manually actuated valve stem mounted to the housing to translate relative to the housing in response to manual actuation by a user; a drinking port extending through the housing to allow a beverage in the container to pass through the lid for drinking by a user; a drinking valve head carried on the stem for movement relative to the housing between a closed position closing the drinking port and an open position wherein the beverage can flow through the drinking port; a pressure relief port extending through the drinking valve head to allow equalization of pressure across the drinking valve head with the drinking valve head in the closed position; and a pressure relief valve head releasably mounted to the stem by a connector for movement relative to the drinking valve head between a closed position closing the pressure relief port and an open position wherein air can pass through the pressure relief port, the drinking valve head being captured on the stem by the pressure relief valve head.
A press-fit rectifying device, comprising: a semiconductor die, comprising: a power transistor (101, 601) having a source terminal, a drain terminal and a gate; a gate control circuit (102, 649) for controlling a gate voltage at the gate of the power transistor based on at least one parameter relating to at least one of a voltage and a current between a first terminal and a second terminal; and wherein the first terminal and the second terminal are the only externally accessible terminals or connections of the press-fit rectifying device, characterized in that the power transistor (101, 601) is a vertical transistor, wherein the source terminal is arranged at a first side of the semiconductor die and the drain terminal is arranged at a second side of the semiconductor die, and the press-fit rectifying device further comprises a two terminal press-fit package comprising: a first terminal provided by a top portion of the press-fit package; and a second terminal provided by a base portion of the press-fit package; and wherein the first terminal is connected to one of the first side and the second side of the semiconductor die, and wherein the second terminal is connected to the other one of the first side and the second side of the semiconductor die. a semiconductor die, comprising: a power transistor (101, 601) having a source terminal, a drain terminal and a gate; a gate control circuit (102, 649) for controlling a gate voltage at the gate of the power transistor based on at least one parameter relating to at least one of a voltage and a current between a first terminal and a second terminal; and wherein the first terminal and the second terminal are the only externally accessible terminals or connections of the press-fit rectifying device, a power transistor (101, 601) having a source terminal, a drain terminal and a gate; a gate control circuit (102, 649) for controlling a gate voltage at the gate of the power transistor based on at least one parameter relating to at least one of a voltage and a current between a first terminal and a second terminal; and wherein the first terminal and the second terminal are the only externally accessible terminals or connections of the press-fit rectifying device, characterized in that the power transistor (101, 601) is a vertical transistor, wherein the source terminal is arranged at a first side of the semiconductor die and the drain terminal is arranged at a second side of the semiconductor die, and the press-fit rectifying device further comprises a two terminal press-fit package comprising: a first terminal provided by a top portion of the press-fit package; and a second terminal provided by a base portion of the press-fit package; and wherein the first terminal is connected to one of the first side and the second side of the semiconductor die, and wherein the second terminal is connected to the other one of the first side and the second side of the semiconductor die.
An electronic component mounter, comprising: a holding section configured to hold a board having a penetrating portion penetrating the board in a front-rear direction and into which a lead of an electronic component is inserted; a light section, being disposed at the rear face of the board when the board is held by the holding section, which is configured to irradiate a light beam on to the board, the light beam being reflected light, and a light receiving section, which is configured to receive the light beam via the penetrating portion, wherein the light receiving section is being disposed on the front face of the board when the board is held by the holding section,, the light receiving section has a light source, and the light section has a reflective body configured to reflect incident light from the light source to irradiate the reflected light through the penetrating portion. a holding section configured to hold a board having a penetrating portion penetrating the board in a front-rear direction and into which a lead of an electronic component is inserted; a light section, being disposed at the rear face of the board when the board is held by the holding section, which is configured to irradiate a light beam on to the board, the light beam being reflected light, and a light receiving section, which is configured to receive the light beam via the penetrating portion, wherein the light receiving section is being disposed on the front face of the board when the board is held by the holding section,, the light receiving section has a light source, and the light section has a reflective body configured to reflect incident light from the light source to irradiate the reflected light through the penetrating portion.
A vacuum cleaner, comprising - an inlet for receiving, during use, air to be cleaned, the air to be cleaned being laden with airborne particles, - an outlet for expelling air outwardly of the vacuum cleaner, - a fan for creating a flow of air through the vacuum cleaner by drawing the air to be cleaned through the inlet into the vacuum cleaner and by exhausting air through the outlet outwardly of the vacuum cleaner and - a separator (15, 41) rotatably arranged around a rotation axis, for creating, during use, a column of rotating air to separate at least a portion of the airborne particles from the flow of air, which separator (15, 41) includes a number of vanes (25, 44) for the creation of the column of rotating air, wherein each vane (25, 44) is provided with a leading face and a trailing face, characterized in that the leading faces of the vanes (25, 44) are inclined with respect to the rotation axis for conveying the airborne particles at least in an axial direction to a zone of a reduced proportion between drag forces versus centrifugal forces, and wherein the leading face has a first portion and a second portion, wherein the first portion is inclined in a positive direction and the second portion is oppositely inclined in a negative direction, said positive and negative directions being opposite directions, for guiding airborne particles at least in corresponding opposite axial directions. - an inlet for receiving, during use, air to be cleaned, the air to be cleaned being laden with airborne particles, - an outlet for expelling air outwardly of the vacuum cleaner, - a fan for creating a flow of air through the vacuum cleaner by drawing the air to be cleaned through the inlet into the vacuum cleaner and by exhausting air through the outlet outwardly of the vacuum cleaner and - a separator (15, 41) rotatably arranged around a rotation axis, for creating, during use, a column of rotating air to separate at least a portion of the airborne particles from the flow of air, which separator (15, 41) includes a number of vanes (25, 44) for the creation of the column of rotating air, wherein each vane (25, 44) is provided with a leading face and a trailing face, characterized in that the leading faces of the vanes (25, 44) are inclined with respect to the rotation axis for conveying the airborne particles at least in an axial direction to a zone of a reduced proportion between drag forces versus centrifugal forces, and wherein the leading face has a first portion and a second portion, wherein the first portion is inclined in a positive direction and the second portion is oppositely inclined in a negative direction, said positive and negative directions being opposite directions, for guiding airborne particles at least in corresponding opposite axial directions.
A flexible package for accommodating a multiplicity of compressible articles, having a substantially parallelepiped-shape comprising: a front wall, a rear wall, opposite sides (4, 5), a bottom and a top gusset, a first panel, the first panel forming the front wall, a portion of each of the opposite sides (4, 5) and a portion of the bottom, a second panel, the second panel forming the rear wall, a portion of each of the opposite sides (4, 5) and a portion of the bottom, wherein the first and the second panels (8, 9) are connected to each other at the two opposite sides (4, 5) along first and second side seams, a third panel, the third panel forming the top gusset, the flexible package further comprises a frame having an outer layer which consists of portions of the first and second panels (8, 9), an inner layer which consists of a portion of the third panel, an upper edge forming a boundary between a portion of the first and third panels (8, 13) and between a portion of the second and third panels (9, 13), a lower edge, wherein the frame is completely surrounding the top gusset extending upwardly and substantially orthogonally from the top gusset. a handle extending over the top gusset, having an inner surface, an outer surface, two opposite end edges (23, 24), each of the two opposite end edges (23, 24) extends from first to second side seams respectively, wherein the handle is attached to the frame at or adjacent to its two opposite end edges (23, 24) such that the outer surface of the handle is in direct contact with the inner layer of the frame, the handle being attached to the frame by a seal, characterized in that the seal joins the handle, the inner layer and the outer layer of the frame together and wherein the seal forms the lower edge of the frame. a front wall, a rear wall, opposite sides (4, 5), a bottom and a top gusset, a first panel, the first panel forming the front wall, a portion of each of the opposite sides (4, 5) and a portion of the bottom, a second panel, the second panel forming the rear wall, a portion of each of the opposite sides (4, 5) and a portion of the bottom, wherein the first and the second panels (8, 9) are connected to each other at the two opposite sides (4, 5) along first and second side seams, a third panel, the third panel forming the top gusset,
A method of producing a medical implant for occluding an opening in a body, said method comprising: braiding, knitting or weaving together strands to form a body mesh of strands and forming a plurality of adjacent cells delimited by said strands, and applying a first coating to said strands, applying a second coating to at least part of an external surface of said medical implant, wherein said first coating provides a binding force to said second coating such that said second coating adheres to said strands, characterized in that said second coating is applied by spraying, electro-spinning, electro-spraying or nano-spinning. braiding, knitting or weaving together strands to form a body mesh of strands and forming a plurality of adjacent cells delimited by said strands, and applying a first coating to said strands, applying a second coating to at least part of an external surface of said medical implant, wherein said first coating provides a binding force to said second coating such that said second coating adheres to said strands, characterized in that said second coating is applied by spraying, electro-spinning, electro-spraying or nano-spinning.