mhurhangee/ep-ind-claims huggingface dataset:
A head restraint assembly for a seat, the head restraint assembly comprising: a linear and rotational locking mechanism with a shaft and a slide, said slide being selectively slidably and rotatably mounted on said shaft, said slide having a locked state which linearly and rotationally fixes said slide on, and with respect to, said shaft by the linear and rotational locking mechanism acting on the shaft, said slide having a release state where said slide is linearly and rotatably movable on said shaft, said slide being fixable in a plurality of linear and rotational positions on said shaft in said locked state; an attachment device on said slide of said locking mechanism, said attachment device being adapted to mount to a portion of the seat; a head restraint portion mounted on said shaft of said locking mechanism, said head restraint portion, said shaft, said slide, and said attachment device being arranged to position said head restraint portion in a head area of an occupant of the seat, said locking mechanism fixing said head restraint portion into a plurality of linear and rotational positions with respect to the seat in the head area of the occupant, wherein, said slide is fixable in a continuous plurality of linear and rotational positions on said shaft in said locked state; said locking mechanism fixing said head restraint portion into a continuous plurality of linear and rotational positions with respect to the seat in the head area of the occupant. a linear and rotational locking mechanism with a shaft and a slide, said slide being selectively slidably and rotatably mounted on said shaft, said slide having a locked state which linearly and rotationally fixes said slide on, and with respect to, said shaft by the linear and rotational locking mechanism acting on the shaft, said slide having a release state where said slide is linearly and rotatably movable on said shaft, said slide being fixable in a plurality of linear and rotational positions on said shaft in said locked state; an attachment device on said slide of said locking mechanism, said attachment device being adapted to mount to a portion of the seat; a head restraint portion mounted on said shaft of said locking mechanism, said head restraint portion, said shaft, said slide, and said attachment device being arranged to position said head restraint portion in a head area of an occupant of the seat, said locking mechanism fixing said head restraint portion into a plurality of linear and rotational positions with respect to the seat in the head area of the occupant, wherein, said slide is fixable in a continuous plurality of linear and rotational positions on said shaft in said locked state; said locking mechanism fixing said head restraint portion into a continuous plurality of linear and rotational positions with respect to the seat in the head area of the occupant.
A component for a gas turbine engine, comprising: a wall; and a hollow vascular engineered lattice structure formed inside of said wall, said hollow vascular engineered lattice structure comprising a plurality of nodes, a plurality of branches, and hollow passages that extend through one or more of the nodes and branches for circulating fluid inside the hollow passages, said hollow vascular engineered lattice structure having an inlet hole and an outlet hole that communicate the fluid into and out of said hollow vascular structure, wherein said hollow vascular engineered lattice structure further has at least one resupply inlet hole between said inlet hole and said outlet hole to communicate additional fluid into said hollow vascular engineered lattice structure; characterised in that: said at least one resupply inlet hole is inclined at a non-zero angle relative to a normal to said wall; and said at least one resupply inlet hole has an inlet section with an increased dimension relative to a remainder of said at least one resupply inlet hole. a wall; and a hollow vascular engineered lattice structure formed inside of said wall, said hollow vascular engineered lattice structure comprising a plurality of nodes, a plurality of branches, and hollow passages that extend through one or more of the nodes and branches for circulating fluid inside the hollow passages, said hollow vascular engineered lattice structure having an inlet hole and an outlet hole that communicate the fluid into and out of said hollow vascular structure, wherein said hollow vascular engineered lattice structure further has at least one resupply inlet hole between said inlet hole and said outlet hole to communicate additional fluid into said hollow vascular engineered lattice structure; characterised in that: said at least one resupply inlet hole is inclined at a non-zero angle relative to a normal to said wall; and said at least one resupply inlet hole has an inlet section with an increased dimension relative to a remainder of said at least one resupply inlet hole. said at least one resupply inlet hole is inclined at a non-zero angle relative to a normal to said wall; and said at least one resupply inlet hole has an inlet section with an increased dimension relative to a remainder of said at least one resupply inlet hole.
Appliance for cooking food under pressure, comprising firstly a vessel that is substantially circularly symmetrical about an axis (X-X') and a lid, and secondly a member for controlling the locking/unlocking of the lid in relation to the vessel, characterised in that it comprises a circular plate attached to the lid and on which said control member is mounted so as to pivot between firstly a deployed position corresponding to the unlocking of the lid and in which said control member is designed so as to be gripped manually to allow manipulation of the lid, said deployed position being an abutment position, and secondly a retracted position corresponding to the locking of the lid, in which said control member is designed so as to be more difficult to grip manually than it is in the deployed position, said appliance comprising an operating member for controlling its operation that is constituted by a ring-shaped part that, concentrically, about the axis (X-X'), surrounds said circular plate, said appliance comprising a cap in relief that is mounted on the plate in order to mask the control mechanism.
Mower for attachment to a combine harvester, comprising a three-part frame, the frame parts (4, 6) of which are hingedly interconnected, a cutter bar, a reel, a central belt conveyor device and lateral belt conveyor devices for conveying the cut stalk material away, which devices are supported on the frame (4, 6), the lateral belt conveyor devices conveying transversely to the direction of travel towards the central belt conveyor device and the central belt conveyor device conveying counter to the direction of travel, a multi-part rear wall of the mower which is formed on the frame parts (4, 6) of the frame, extends along the conveying path of the lateral belt conveyor devices and has a transfer opening in the region of the central belt conveyor device for transferring the crop to the combine harvester, and drive devices for driving the cutter bar, the reel and the belt conveyor devices (12, 14), characterised in that a three-part screw conveyor is arranged in the region of the rear wall, which conveyor extends across the operating width of the mower and is arranged above the central and the lateral belt conveyor devices (12, 14) and between the reel and the rear wall, the length dimensions of the respective parts (16, 18) of the screw conveyor at least approximately corresponding to the width dimensions of the frame parts (6, 8) of the frame, the screw conveyor parts (16, 18) being driven by a common drive and the adjacent parts (16, 18) of the screw conveyor being interconnected by universal joints.
A server comprising: a transceiver; and a controller configured to control to: identify an uplink reception data rate of a first packet received from a terminal, control the transceiver to transmit a first parameter for controlling to increase the uplink reception data rate, identify whether the uplink reception data rate of a second packet received based on the first parameter increases, control the transceiver to transmit a second parameter for controlling to increase the uplink reception data rate, in case that the uplink reception data rate of the second packet is greater than the uplink reception data rate of the first packet, and control the transceiver to transmit a third parameter for controlling to decrease the uplink reception data rate, in case that the second uplink reception data rate of the second packet is not greater than the first uplink reception data rate of the first packet. a transceiver; and a controller configured to control to: identify an uplink reception data rate of a first packet received from a terminal, control the transceiver to transmit a first parameter for controlling to increase the uplink reception data rate, identify whether the uplink reception data rate of a second packet received based on the first parameter increases, control the transceiver to transmit a second parameter for controlling to increase the uplink reception data rate, in case that the uplink reception data rate of the second packet is greater than the uplink reception data rate of the first packet, and control the transceiver to transmit a third parameter for controlling to decrease the uplink reception data rate, in case that the second uplink reception data rate of the second packet is not greater than the first uplink reception data rate of the first packet. identify an uplink reception data rate of a first packet received from a terminal, control the transceiver to transmit a first parameter for controlling to increase the uplink reception data rate, identify whether the uplink reception data rate of a second packet received based on the first parameter increases, control the transceiver to transmit a second parameter for controlling to increase the uplink reception data rate, in case that the uplink reception data rate of the second packet is greater than the uplink reception data rate of the first packet, and control the transceiver to transmit a third parameter for controlling to decrease the uplink reception data rate, in case that the second uplink reception data rate of the second packet is not greater than the first uplink reception data rate of the first packet.
Method for culturing human induced pluripotent stem cells in a culture medium comprising an inhibitor of Rho associated kinase as an active ingredient, wherein said human induced pluripotent stem cells are obtainable by forced expression of each of three genes of Oct3/4, Sox2 and Klf4, and wherein said human induced pluripotent stem cells are positive for Nanog, alkaline phosphatase staining and Tert, and wherein said human induced pluripotent stem cell expresses antigens SSEA-3, SSEA-4, TRA-1-60, TRA-1-81, CD9, CD24 and CD90 on the cell surface.
A radio frequency identification, RFID, apparatus, comprising: a housing; a first booster antenna; a first RF module contained within the housing and configured to communicate with a reader included in a first RFID service; an indicator contained within the housing and configured to indicate a status of the RFID apparatus; and characterized in that the RFID apparatus further comprises: a slider mechanism contained within the housing and configured to change an operational state of the first RF module by sliding the first RF module relative to the first booster antenna. a housing; a first booster antenna; a first RF module contained within the housing and configured to communicate with a reader included in a first RFID service; an indicator contained within the housing and configured to indicate a status of the RFID apparatus; and
A door stopper comprising a dampening piston, a pin holder provided at the piston end of the piston shaft of the dampening piston, and a spring connected to the pin holder, in order to decelerate the sliding door during opening thereof in vehicles having sliding door and in order to reduce the hitting effect, characterized by comprising a first roller and a second roller connected to each other so as to rotate together in a coaxial manner, and a first rope connected to the pin holder from one end and connected to the first roller from the other end and a second rope connected to the spring from one end and connected to the second roller from the other end, and further characterized in that the first roller is greater than the second roller.
A developing cartridge (1; 2) comprising: a casing configured to accommodate developer; a developing roller positioned at one end portion of the casing in a first direction, the developing roller being rotatable about a first axis extending in a second direction; a storage medium having an electrical contact surface; a first holder (621; 651; 4651) movable in the first direction relative to the casing, the first holder having an outer surface (62A; 65A) at which the electrical contact surface is held; characterized by a second holder (622; 652; 4652) movable together with the first holder in the first direction relative to the casing, the second holder being positioned away from the first holder in a third direction crossing the electrical contact surface; and a coupling (41; 141) rotatable about a second axis extending in the second direction, the coupling being rotatable together with the developing roller, wherein the first holder (621; 651; 4651) and the second holder (622; 652; 4652) are movable relative to the casing and the coupling (41, 141) between a first position in the first direction and a second position in the first direction, the second position being positioned closer to the developing roller than the first position is to the developing roller, and wherein a portion of the coupling is positioned between the first holder (621; 651; 4651) and the second holder (622; 652; 4652) in a case where the first holder and the second holder are positioned at the second position. a casing configured to accommodate developer; a developing roller positioned at one end portion of the casing in a first direction, the developing roller being rotatable about a first axis extending in a second direction; a storage medium having an electrical contact surface; a first holder (621; 651; 4651) movable in the first direction relative to the casing, the first holder having an outer surface (62A; 65A) at which the electrical contact surface is held; characterized by a second holder (622; 652; 4652) movable together with the first holder in the first direction relative to the casing, the second holder being positioned away from the first holder in a third direction crossing the electrical contact surface; and a coupling (41; 141) rotatable about a second axis extending in the second direction, the coupling being rotatable together with the developing roller, wherein the first holder (621; 651; 4651) and the second holder (622; 652; 4652) are movable relative to the casing and the coupling (41, 141) between a first position in the first direction and a second position in the first direction, the second position being positioned closer to the developing roller than the first position is to the developing roller, and wherein a portion of the coupling is positioned between the first holder (621; 651; 4651) and the second holder (622; 652; 4652) in a case where the first holder and the second holder are positioned at the second position.
A fluid dispenser (20, 120) comprising: a reservoir (30, 130) for storing a fluid; an outlet port (63, 163) in fluid communication with the reservoir (30, 130) for dispensing fluid stored in the reservoir (30, 130); a supply passage (35, 135) connected with the reservoir (30, 130) to permit a supplying of fluid to the reservoir (30, 130) from an external supply port (70, 170) when the supply passage (35, 135) is in an open condition and to block the supplying of fluid to the reservoir (30, 130) when the supply passage (35, 135) is in a closed condition; and a fill level sensor (55, 155) operable to measure a fluid fill level of the reservoir (30, 130); wherein the fluid dispenser further comprises a controller (50, 150) configured to determine whether the supply passage (35, 135) is in the open condition or the closed condition, and wherein the fill level sensor (55, 155) is in circuit communication with the controller (50, 150) to transmit to the controller (50, 150) a fill level data signal corresponding to the fluid fill level characterised in that the controller (50, 150) is further configured to generate an improper filling notification signal when the fill level data signal received from the fill level sensor (55, 155) indicates an increase in the fluid fill level of the reservoir (30, 130) while the supply passage (35, 135) is in the closed condition. a reservoir (30, 130) for storing a fluid; an outlet port (63, 163) in fluid communication with the reservoir (30, 130) for dispensing fluid stored in the reservoir (30, 130); a supply passage (35, 135) connected with the reservoir (30, 130) to permit a supplying of fluid to the reservoir (30, 130) from an external supply port (70, 170) when the supply passage (35, 135) is in an open condition and to block the supplying of fluid to the reservoir (30, 130) when the supply passage (35, 135) is in a closed condition; and a fill level sensor (55, 155) operable to measure a fluid fill level of the reservoir (30, 130); wherein the fluid dispenser further comprises a controller (50, 150) configured to determine whether the supply passage (35, 135) is in the open condition or the closed condition, and wherein the fill level sensor (55, 155) is in circuit communication with the controller (50, 150) to transmit to the controller (50, 150) a fill level data signal corresponding to the fluid fill level characterised in that the controller (50, 150) is further configured to generate an improper filling notification signal when the fill level data signal received from the fill level sensor (55, 155) indicates an increase in the fluid fill level of the reservoir (30, 130) while the supply passage (35, 135) is in the closed condition.
A method for lowering a tipping frame of a hooklift, the hooklift comprising a double-acting differential cylinder (210, 310) for moving the tipping frame, the method comprising: - connecting hydraulically a bottom side chamber (211, 311) of the double-acting differential cylinder (210, 310) to a rod side chamber (212, 312) of said cylinder and - controlling the flow of hydraulic fluid from the bottom side chamber (211, 311) into the rod side chamber (212, 312) by allowing a portion of the hydraulic fluid to flow through a flow control valve (221, 321) into a tank (230, 330), characterised in that the method comprises monitoring a tipping angle of the hooklift and controlling the flow of the hydraulic fluid flowing into the tank (230, 330) according to the tipping angle. - connecting hydraulically a bottom side chamber (211, 311) of the double-acting differential cylinder (210, 310) to a rod side chamber (212, 312) of said cylinder and - controlling the flow of hydraulic fluid from the bottom side chamber (211, 311) into the rod side chamber (212, 312) by allowing a portion of the hydraulic fluid to flow through a flow control valve (221, 321) into a tank (230, 330),
Ceiling- or wall-mounted apparatus for introducing air into a room, having a box-shaped housing in which there is arranged a fan impellor which sucks in the room air or external air through a central air inlet in the housing lower side of the ceiling-mounted apparatus or of the housing front side of the wall-mounted apparatus and delivers air, which is heated or cooled by a heat exchanger, to an air outlet ring which is arranged at the edge of the housing lower side of the ceiling-mounted apparatus or of the housing front side of the wall-mounted apparatus and through which the air is discharged into the room, wherein the air inlet is surrounded by the air outlet ring, which is divided into a plurality of air outlet ducts (7, 8) which are situated next to one another and which each guide the exiting air flow obliquely downwardly or forwardly in such a way that the total airflow exiting from the air outlet ring enters the room in a helically widening manner, and - that each second air outlet duct has an oblique air outlet angle other than the air outlet ducts situated therebetween, characterized - in that the air outlet ducts (7, 8) are divided alternating with one another into ducts optimized for warm air and into ducts optimized for cool air, - in that the ducts optimized for cool air are flatter and thus open with a smaller acute angle (α) into the housing lower side or front side than the ducts optimized for warm air having a larger acute angle (β). - that each second air outlet duct has an oblique air outlet angle other than the air outlet ducts situated therebetween, characterized - in that the air outlet ducts (7, 8) are divided alternating with one another into ducts optimized for warm air and into ducts optimized for cool air, - in that the ducts optimized for cool air are flatter and thus open with a smaller acute angle (α) into the housing lower side or front side than the ducts optimized for warm air having a larger acute angle (β).
An infeed assembly for a can necking apparatus, the infeed assembly having an infeed turret and a waxer turret and characterized in that the infeed assembly further includes a transfer turret between the infeed turret and the waxer turret, the number of pockets on the transfer turret being the same as the number of pockets on the waxer turret.
An inkjet printing device comprising: a stage; an inkjet head positioned above the stage and including a plurality of nozzles through which ink including bipolar elements having areas doped with partially different polarities is discharged; and an actuator disposed in the inkjet head and adjusting the volume or number of droplets of the ink discharged from the nozzles; and at least one sensing unit disposed in the inkjet head and measuring the number of bipolar elements discharged through the nozzles. a stage; an inkjet head positioned above the stage and including a plurality of nozzles through which ink including bipolar elements having areas doped with partially different polarities is discharged; and an actuator disposed in the inkjet head and adjusting the volume or number of droplets of the ink discharged from the nozzles; and at least one sensing unit disposed in the inkjet head and measuring the number of bipolar elements discharged through the nozzles.
A method for cutting a film (1; 1') comprising lithium by means of a laser beam, wherein the film (1; 1') is a lithium film or a metal film coated with lithium, in particular a copper or aluminum film, characterized in that, the laser beam has a wavelength in the green range between 500 nm and 550 nm, in particular of 515 nm, or in the blue range between 440 nm and 460 nm, in particular of 450 nm, or in the violet range between 400 nm and 410 nm, in particular of 405 nm, or in the UV range between 250 nm and 370 nm, in particular of 257 nm, of 355 nm or of 342 nm.