mhurhangee/ep-ind-claims huggingface dataset:
Cutting tool comprising an anvil (3, 4), a cutting blade (2, 6) mounted mobile in rotation about an axis of rotation with respect to the anvil in such a way that a cutting edge of the cutting blade bears against a cutting face of the anvil in a closed cutting position of the tool, and a cam forming an adjustable abutment of the closed cutting position of the tool, characterised in that the cam forming the adjustable abutment comprises discrete positioning means (12, 8, 9) is such way as to take a set of predetermined discrete positions of adjustment.
Motor-vehicle wheel suspension, comprising one spring device per wheel side, wherein the spring device has a first leaf spring made of fiber-reinforced plastic, a second leaf spring made of fiber-reinforced plastic, which is shorter than the first leaf spring and which together with the first leaf spring forms a V-shaped structure, which, in the region of the joined ends, has a first fastening device for support at the vehicle body, and at its free ends has at the first leaf spring a second fastening device for support at the wheel and at the second leaf spring a third fastening device for support at the vehicle body, wherein the first and second leaf springs (11, 12) respectively extend in the direction transverse to the vehicle, or with this enclose an angle of at maximum ±15° when viewed in a horizontal plane, characterized in that each spring device has a coupling member which continues such spring device in the direction of the vehicle center, beyond the attachment of the first fastening device at the vehicle body side, wherein the coupling members of the spring devices are connected to one another by a joint, in order to reduce a mutual deflection of the spring devices.
Pull-out guide for drawers or the like, comprising a body rail, a drawer rail, and a middle rail which runs differentially between these two and is guided in two rolling body carriages (6, 7), one of which is supported in the body rail and the other is supported in the drawer rail, wherein the middle rail comprises a toothed wheel and the two rolling body carriages (6, 7) each comprise one toothed rack that meshes with the toothed wheel and wherein, when the pull-out guide is completely pulled out, the drawer rail is pulled out beyond the body rail, characterized in that the toothed racks each comprise a toothed rack end section which projects past the rolling body carriage (6, 7) and meshes with the toothed wheel when the pull-out guide is completely pulled out, and the body rail and/or the drawer rail each have a support on which a side of the toothed rack end section facing away from the tooth profile is supported at least when the pull-out guide is completely pulled out.
A method of preparing graphene comprising: preparing graphite; and putting the graphite in inside of a vessel and applying vibration at a frequency of 55 Hz to 65 Hz to the vessel, wherein the graphite is the only material included in the vessel to which the vibration is applied, wherein an acceleration of the vibration is in a range of 50 G to 100 G and wherein, the vibration is applied in at least one direction of a vertical direction, a horizontal direction, or a diagonal direction of the vessel. preparing graphite; and putting the graphite in inside of a vessel and applying vibration at a frequency of 55 Hz to 65 Hz to the vessel, wherein the graphite is the only material included in the vessel to which the vibration is applied, wherein an acceleration of the vibration is in a range of 50 G to 100 G and wherein, the vibration is applied in at least one direction of a vertical direction, a horizontal direction, or a diagonal direction of the vessel.
An end cover assembly for a secondary battery, comprising: an end cover, provided with a through hole for injection of electrolyte and an accommodating part, wherein the accommodating part is arrangeable on a side, far away from a shell, of the end cover and is arranged along a circumferential direction of the through hole; a sealing element, sealing the through hole; and a cover body, covering at least part of the sealing element, wherein the cover body is rotatable and comprises a limiting part, the limiting part is configured to be located inside the accommodating part to limit separation of the cover body from the end cover when the cover body rotates to a first position, and is configured to be misplaced with the accommodating part along the circumferential direction of the through hole, to realize separation of the cover body from the end cover when the cover body rotates to a second position; wherein the accommodating part comprises a first limiting wall, a second limiting wall arranged opposite to the first limiting wall, and a side wall which connects the first limiting wall and the second limiting wall. an end cover, provided with a through hole for injection of electrolyte and an accommodating part, wherein the accommodating part is arrangeable on a side, far away from a shell, of the end cover and is arranged along a circumferential direction of the through hole; a sealing element, sealing the through hole; and a cover body, covering at least part of the sealing element, wherein the cover body is rotatable and comprises a limiting part, the limiting part is configured to be located inside the accommodating part to limit separation of the cover body from the end cover when the cover body rotates to a first position, and is configured to be misplaced with the accommodating part along the circumferential direction of the through hole, to realize separation of the cover body from the end cover when the cover body rotates to a second position; wherein the accommodating part comprises a first limiting wall, a second limiting wall arranged opposite to the first limiting wall, and a side wall which connects the first limiting wall and the second limiting wall.
A refill plug assembly for a writing instrument, the refill plug assembly comprising: a button having a button first end, a button second end, and a hollow bore, the hollow bore having an opening proximate the button second end; a sheath operatively connected to the button, the sheath having a first sheath end, a second sheath end, and a through-bore; and a plunger slidably disposed within the through-bore of the sheath, and characterised in that the plunger is displaceable relative to the button, the plunger being displaceable between a first extended position in which a first plunger end is proximate the second sheath end and a second retracted position in which the first plunger end is proximate the button second end; in that the refill plug assembly comprises a spring disposed at least partially within the hollow bore of the button and at least partially within the through-bore of the sheath, the spring biasing the plunger away from the button and into the first extended position; and in that the plunger includes a retaining element at a second plunger end, the retaining element being adapted to be removably coupled to a refill for a writing instrument. a button having a button first end, a button second end, and a hollow bore, the hollow bore having an opening proximate the button second end; a sheath operatively connected to the button, the sheath having a first sheath end, a second sheath end, and a through-bore; and a plunger slidably disposed within the through-bore of the sheath, and characterised in that the plunger is displaceable relative to the button, the plunger being displaceable between a first extended position in which a first plunger end is proximate the second sheath end and a second retracted position in which the first plunger end is proximate the button second end; in that the refill plug assembly comprises a spring disposed at least partially within the hollow bore of the button and at least partially within the through-bore of the sheath, the spring biasing the plunger away from the button and into the first extended position; and in that the plunger includes a retaining element at a second plunger end, the retaining element being adapted to be removably coupled to a refill for a writing instrument.
A control device for a synchronous motor, comprising: an inverter which generates a three phase AC current to drive the synchronous motor; a current detector which detects a current of at least two phases of said three phase AC current between the inverter and the motor; a phase estimation section which estimates a rotation phase based on a detected current by the current detector; and a command generator which generates, based on the detected current and an estimated rotation phase, a gate command to the inverter so as to drive the synchronous motor, characterized in that the command generator configured to select only a non-zero voltage vector in each control cycle, each composed of a u-phase voltage element, a v-phase voltage element, and a w-phase voltage element, to generate the gate command for starting the inverter during a free-run state. an inverter which generates a three phase AC current to drive the synchronous motor; a current detector which detects a current of at least two phases of said three phase AC current between the inverter and the motor; a phase estimation section which estimates a rotation phase based on a detected current by the current detector; and a command generator which generates, based on the detected current and an estimated rotation phase, a gate command to the inverter so as to drive the synchronous motor, characterized in that the command generator configured to select only a non-zero voltage vector in each control cycle, each composed of a u-phase voltage element, a v-phase voltage element, and a w-phase voltage element, to generate the gate command for starting the inverter during a free-run state.
A method of providing electric power to subsea equipment underwater, the method comprising: temporarily coupling a rotary coupling element (60; 80) of a power unit to the subsea equipment; effecting electromagnetic coupling between the rotary coupling element (60; 80) of the power unit and a stator (62; 86) of the subsea equipment by bringing together the rotary coupling element (60; 80) of the power unit and the stator (62; 68) of the subsea equipment to form a generator that will generate electric power on board the subsea equipment upon rotation of the rotary coupling element (60; 80) of the power unit; turning the rotary coupling element (60; 80) to generate electric power on board the subsea equipment; and stabilising the power unit and/or the subsea equipment against torque reaction forces by effecting a secondary attachment between the power unit and the subsea equipment. temporarily coupling a rotary coupling element (60; 80) of a power unit to the subsea equipment; effecting electromagnetic coupling between the rotary coupling element (60; 80) of the power unit and a stator (62; 86) of the subsea equipment by bringing together the rotary coupling element (60; 80) of the power unit and the stator (62; 68) of the subsea equipment to form a generator that will generate electric power on board the subsea equipment upon rotation of the rotary coupling element (60; 80) of the power unit; turning the rotary coupling element (60; 80) to generate electric power on board the subsea equipment; and stabilising the power unit and/or the subsea equipment against torque reaction forces by effecting a secondary attachment between the power unit and the subsea equipment.
A food or beverage contact article that has been or will be formed into a food or beverage container or container component, the article comprising a metal substrate having on at least one surface a coating formed from a coating composition comprising a polymer derived from or derivable from a polyphenol having two or more phenylene rings linked to or through an aliphatic or cycloaliphatic group or groups, wherein the polyphenol comprises a reaction product of a monophenol with a polyolefinic terpene.
A power supply system for an exhibition stand of the form having a frame comprising upstanding posts and transverse members, characterised in that: the power supply system comprises an elongate frame member being arranged to form a transverse member of a frame, the elongate frame member comprising: a power inlet, connectable to a power supply; and a power outlet; and a circuit connecting the power inlet and power outlet; the power supply system further comprising: a power take off unit, having a power inlet and at least two power outlets (25, 27); and a plurality of electrical cables (9, 19, 33), wherein the power outlet of the elongate frame member is arranged to be connected by means of one of the electrical cables (9, 19, 33) to the power inlet of the power take-off unit such that power can be tapped from the elongate frame member to the power take-off unit. a power inlet, connectable to a power supply; and a power outlet; and a circuit connecting the power inlet and power outlet; a power take off unit, having a power inlet and at least two power outlets (25, 27); and a plurality of electrical cables (9, 19, 33),
An instrument for use in a medical procedure, the instrument comprising: a proximal end; a distal end; a handle adjacent to the proximal end of the instrument; a flexible elongated neck extending distally from a distal end of the handle; a jaw power screw extending from a distal end of the neck; a pair of moveable jaws operatively connected to the jaw power screw and extending from a casing, wherein each of the jaws comprises an elongated portion that extends proximally from a distal tip, a contoured portion extending from the elongated portion, an angled portion extending from the contoured portion, and a connection flange extending from the angled portion, wherein the connection flange is operatively attached to the jaw power screw, and wherein each of the angled portions of the jaws comprises a slot along at least a portion of its length with which a pin of the casing engages; and a handle power screw assembly operatively connected to a proximal end of the flexible neck within the handle; wherein manipulation of the handle controls movement of the jaws relative to each other. a proximal end; a distal end; a handle adjacent to the proximal end of the instrument; a flexible elongated neck extending distally from a distal end of the handle; a jaw power screw extending from a distal end of the neck; a pair of moveable jaws operatively connected to the jaw power screw and extending from a casing, wherein each of the jaws comprises an elongated portion that extends proximally from a distal tip, a contoured portion extending from the elongated portion, an angled portion extending from the contoured portion, and a connection flange extending from the angled portion, wherein the connection flange is operatively attached to the jaw power screw, and wherein each of the angled portions of the jaws comprises a slot along at least a portion of its length with which a pin of the casing engages; and wherein each of the jaws comprises an elongated portion that extends proximally from a distal tip, a contoured portion extending from the elongated portion, an angled portion extending from the contoured portion, and a connection flange extending from the angled portion, wherein the connection flange is operatively attached to the jaw power screw, and wherein each of the angled portions of the jaws comprises a slot along at least a portion of its length with which a pin of the casing engages; and a handle power screw assembly operatively connected to a proximal end of the flexible neck within the handle; wherein manipulation of the handle controls movement of the jaws relative to each other.
A system comprising: a seismic streamer device (110,210,310,410) configured to attach to a locking collar assembly (150A,150B,250A,250B,350A,350B), the device comprising a pylon (120A,120B,220A,220B,320A,320B,420A,420B); and a latch mechanism and a seat component disposed in or coupled to the pylon (120A,120B,220A,220B,320A,320B,420A,420B), the latch mechanism comprising a pin member configured to attach to the locking collar assembly (150A,150B,250A,250B,350A,350B) and a compression bias component, and the seat component configured to provide a seat to retain a first end of the compression bias component; wherein the compression bias component is configured to apply a bias force on the pin member to attach the locking collar assembly (150A,150B,250A, 250B,350A,350B) to the device (110,210,310,410); wherein the bias force is responsive to a position of the seat component, wherein the seat component is a separate component from the pylon (120A,120B,220A,220B,320A,320B,420A,420B), said seat component being inserted or installed within the pylon and being selectively removable from the pylon (120A,120B,220A,220B,320A,320B,420A,420B); characterised in that: the seat component includes a seat plate inserted into a slot formed in the pylon (220A,220B), the seat plate configured to provide the seat. a seismic streamer device (110,210,310,410) configured to attach to a locking collar assembly (150A,150B,250A,250B,350A,350B), the device comprising a pylon (120A,120B,220A,220B,320A,320B,420A,420B); and a latch mechanism and a seat component disposed in or coupled to the pylon (120A,120B,220A,220B,320A,320B,420A,420B), the latch mechanism comprising a pin member configured to attach to the locking collar assembly (150A,150B,250A,250B,350A,350B) and a compression bias component, and the seat component configured to provide a seat to retain a first end of the compression bias component; wherein the compression bias component is configured to apply a bias force on the pin member to attach the locking collar assembly (150A,150B,250A, 250B,350A,350B) to the device (110,210,310,410); wherein the bias force is responsive to a position of the seat component, wherein the seat component is a separate component from the pylon (120A,120B,220A,220B,320A,320B,420A,420B), said seat component being inserted or installed within the pylon and being selectively removable from the pylon (120A,120B,220A,220B,320A,320B,420A,420B); characterised in that: the seat component includes a seat plate inserted into a slot formed in the pylon (220A,220B), the seat plate configured to provide the seat.
A control apparatus for a dual clutch transmission comprising: a first main shaft having an odd-numbered transmission gear; a first clutch that transmits an engine torque to the first main shaft or blocks a transmission of the engine torque to the first main shaft; a second main shaft having an even-numbered transmission gear; a second clutch that transmits the engine torque to the second main shaft or blocks the transmission of the engine torque to the second main shaft; an output shaft that has driven gears meshing with the odd-numbered transmission gear and the even-numbered transmission gear, rotation from the first main shaft or the second main shaft being transmitted through the output shaft to a drive wheel; and a transmission control unit that controls the first clutch and the second clutch in a clutch interchange period to change a path for transmission of the torque so that a shift from a previous stage to a next stage in transmission stages is made, characterized in that, the transmission control unit determines whether or not a clutch torque capacity of a clutch on a next stage side among the first clutch and the second clutch rises to a predetermined determination value in the clutch interchange period, and if the clutch torque capacity of the clutch on the next stage side rises to the determination value, changes the path for transmission of the torque by reducing a clutch torque capacity of a clutch on a previous stage side, and wherein in the clutch interchange period, if the clutch torque capacity of the clutch on the next stage side does not rise to the determination value, the transmission control unit ends changing of the path for transmission of the torque in a state in which a gear change is not performed, without reducing the clutch torque capacity of the clutch on the previous stage side.
An apparatus for processing a substrate, comprising: a chamber body defining a process volume having sidewalls, wherein a major axis of the process volume is oriented vertically and a minor axis of the process volume is oriented horizontally; a moveable door coupled to the chamber body; a vacuum chuck coupled to the door; a sliding seal coupled to sidewalls of the chamber body and at least partially defining a portion of the process volume; a plurality of moveable electrodes (162, 164) disposed in the process volume opposite the vacuum chuck, the plurality of moveable electrodes (162, 164) adapted to generate an electric field parallel to the major axis of the process volume; a plurality of shafts (170, 172) extending from the plurality of electrodes (162, 164), the shafts (170, 172) extending through the sliding seal; and a motor coupled to the plurality of shafts (170, 172). a chamber body defining a process volume having sidewalls, wherein a major axis of the process volume is oriented vertically and a minor axis of the process volume is oriented horizontally; a moveable door coupled to the chamber body; a vacuum chuck coupled to the door; a sliding seal coupled to sidewalls of the chamber body and at least partially defining a portion of the process volume; a plurality of moveable electrodes (162, 164) disposed in the process volume opposite the vacuum chuck, the plurality of moveable electrodes (162, 164) adapted to generate an electric field parallel to the major axis of the process volume; a plurality of shafts (170, 172) extending from the plurality of electrodes (162, 164), the shafts (170, 172) extending through the sliding seal; and a motor coupled to the plurality of shafts (170, 172).
A method for controlling a vehicle I based on neighboring vehicles (106a, 106b, 106c), the method comprising: identifying a fiduciary object associated with at least one neighboring vehicle I (106a, 106b, 106c) based on at least one image captured of the at least one neighboring vehicle; tracking a position of the fiduciary object associated with the at least one neighboring vehicle based on a bounding box surrounding the fiduciary object associated with the at least one neighboring vehicle in the at least one image; determining a first direction-speed vector associated with the vehicle Z based on a direction of motion of the vehicle and a speed of the vehicle; determining trajectory data associated with the at least one neighboring vehicle; correlating the position of the fiduciary object and the trajectory data associated with the at least one neighboring vehicle; determining a second direction-speed vector of the vehicle based on a result of correlating; and controlling the vehicle based on the second direction-speed vector. identifying a fiduciary object associated with at least one neighboring vehicle I (106a, 106b, 106c) based on at least one image captured of the at least one neighboring vehicle; tracking a position of the fiduciary object associated with the at least one neighboring vehicle based on a bounding box surrounding the fiduciary object associated with the at least one neighboring vehicle in the at least one image; determining a first direction-speed vector associated with the vehicle Z based on a direction of motion of the vehicle and a speed of the vehicle; determining trajectory data associated with the at least one neighboring vehicle; correlating the position of the fiduciary object and the trajectory data associated with the at least one neighboring vehicle; determining a second direction-speed vector of the vehicle based on a result of correlating; and controlling the vehicle based on the second direction-speed vector.