mhurhangee/ep-ind-claims huggingface dataset:
A push switch in which a movable contact point moves in a predetermined axis line direction to make contact with a fixed contact point, comprising: a moving contact point board that is provided with the movable contact point and moves along the axis line; a moving block that moves on the axis line to be contactable with the movable contact point board; an urging unit configured to urge the movable contact point board and the moving block in a direction of being in contact with each other; characterised by a stopper for stopping the movement of the movable contact point board in a predetermined position where the movable contact point makes contact with the fixed contact point; an inclining unit (70, 71) that is provided in at least one of the movable contact point board and the moving block to hold the movable contact point board in an inclined state to the axis line in a contacting point of each other; and a posture changing unit configured to change a posture of the movable contact point board from the inclined state corresponding to the separation by the movement of the moving block after the stroke movement is stopped by the stopper. a moving contact point board that is provided with the movable contact point and moves along the axis line; a moving block that moves on the axis line to be contactable with the movable contact point board; an urging unit configured to urge the movable contact point board and the moving block in a direction of being in contact with each other; characterised by a stopper for stopping the movement of the movable contact point board in a predetermined position where the movable contact point makes contact with the fixed contact point; an inclining unit (70, 71) that is provided in at least one of the movable contact point board and the moving block to hold the movable contact point board in an inclined state to the axis line in a contacting point of each other; and a posture changing unit configured to change a posture of the movable contact point board from the inclined state corresponding to the separation by the movement of the moving block after the stroke movement is stopped by the stopper.
Headrest, having a base and a headrest part, having a guiding device (18, 52) which is connected with the headrest part and is connected with the base, by means of which the headrest part is moveable relative to the base in the direction of the head of the seated passenger and in the opposite direction, between a rear basic position and a forward drive position, and having a locking mechanism device (29, 49), with which the headrest part is lockable in at least one position, wherein the guiding device (18, 52) comprises a first joint unit and at least one second joint unit, wherein each joint unit (19, 20) comprises at least two guides (25, 26; 27, 28), wherein a first guide (25, 27) forms a first hinge joint (G1, G4) with the base, and a second guide (26, 28) forms a second hinge joint (G2, G5) with the headrest part, and wherein the first guide (25, 27) and the second guide (26, 28) form a third hinge joint (G3, G6), wherein pivot axes (a1, a2, a3/ a4, a5, a6) of all hinge joints (G1, G2, G3/ G4, G5, G6) of the respective joint unit (19, 20) are arranged parallel, characterised in that the locking mechanism device has a first piece of supporting equipment (45a, 46a) on a first side of the headrest part, and a second piece of supporting equipment (45b, 46b) on a side of the headrest part opposite the first side, wherein each piece of supporting equipment comprises at least one guide (30, 31, 32, 33), and wherein a first area of the guide (30, 31, 32, 33) forms a joint with the base or with the headrest part, and a second area of the guide (30, 31, 32, 33) is guided moveably into different positions, and is lockable in at least one position by means of a bolt.
A work scheduler apparatus comprising: an input interface to receive a combined work descriptor, the combined work descriptor associated with at least one processing operation, the at least one processing operation to be managed by the work scheduler apparatus, wherein the combined work descriptor specifies a sequence of software modules and/or hardware devices that are to perform operations on data, wherein the combined work descriptor includes multiple work descriptors that describe respective work items in a sequence of work items, wherein each work descriptor includes a pointer to the next work descriptor; an ingress queue to receive a work request generated by the work scheduler based on the combined work descriptor for performance by an accelerator; an egress queue to store the work request assigned to a target accelerator; a scheduler configured to assign the work request in the ingress queue to the egress queue based on a priority of the work request, wherein the work request includes a reference to another work request, wherein the priority is defined in a policy specified in the combined work descriptor; and logic to provide an identifier of a result data to a requesting entity that requested operations based on the combined work descriptor. an input interface to receive a combined work descriptor, the combined work descriptor associated with at least one processing operation, the at least one processing operation to be managed by the work scheduler apparatus, wherein the combined work descriptor specifies a sequence of software modules and/or hardware devices that are to perform operations on data, wherein the combined work descriptor includes multiple work descriptors that describe respective work items in a sequence of work items, wherein each work descriptor includes a pointer to the next work descriptor; an ingress queue to receive a work request generated by the work scheduler based on the combined work descriptor for performance by an accelerator; an egress queue to store the work request assigned to a target accelerator; a scheduler configured to assign the work request in the ingress queue to the egress queue based on a priority of the work request, wherein the work request includes a reference to another work request, wherein the priority is defined in a policy specified in the combined work descriptor; and logic to provide an identifier of a result data to a requesting entity that requested operations based on the combined work descriptor.
A ship comprising an engine, the ship further comprising: a first self-heat exchanger configured to cool a boil-off gas by exchanging heat with BOG discharged from a storage tank; a multistage compressor configured to compress the BOG discharged from the storage tank and having passed through the first self-heat exchanger in multiple stages; a first decompressor configured to expand some of the BOG compressed by the multistage compressor; a second self-heat exchanger configured to precool other BOG compressed by the multistage compressor with the BOG expanded by the first decompressor; and a second decompressor configured to expand the BOG precooled by the second self-heat exchanger and cooled by the first self-heat exchanger, wherein the first self-heat exchanger is configured to cool the BOG compressed by the multistage compressor and having passed through the second self-heat exchanger using the BOG discharged from the storage tank. a first self-heat exchanger configured to cool a boil-off gas by exchanging heat with BOG discharged from a storage tank; a multistage compressor configured to compress the BOG discharged from the storage tank and having passed through the first self-heat exchanger in multiple stages; a first decompressor configured to expand some of the BOG compressed by the multistage compressor; a second self-heat exchanger configured to precool other BOG compressed by the multistage compressor with the BOG expanded by the first decompressor; and a second decompressor configured to expand the BOG precooled by the second self-heat exchanger and cooled by the first self-heat exchanger, wherein the first self-heat exchanger is configured to cool the BOG compressed by the multistage compressor and having passed through the second self-heat exchanger using the BOG discharged from the storage tank.
A post-accident fission product removal system, comprising: an air mover connected to a filter assembly, the air mover configured to move contaminated air through the filter assembly to produce filtered air; and an ionization chamber connected to the filter assembly, the ionization chamber including an anode and a cathode, the ionization chamber configured to receive the filtered air from the filter assembly and to ionize and capture radioisotopes from the filtered air to produce clean air; the ionization chamber configured to permit sealing and detachment from the post-accident fission product removal system prior to excessive accumulation of the radioisotopes in the ionization chamber; wherein the ionization chamber also has a battery power source configured to maintain a charge on the anode and cathode to prevent escape of the radioisotopes during the sealing and detachment of the ionization chamber. an air mover connected to a filter assembly, the air mover configured to move contaminated air through the filter assembly to produce filtered air; and an ionization chamber connected to the filter assembly, the ionization chamber including an anode and a cathode, the ionization chamber configured to receive the filtered air from the filter assembly and to ionize and capture radioisotopes from the filtered air to produce clean air; the ionization chamber configured to permit sealing and detachment from the post-accident fission product removal system prior to excessive accumulation of the radioisotopes in the ionization chamber; wherein the ionization chamber also has a battery power source configured to maintain a charge on the anode and cathode to prevent escape of the radioisotopes during the sealing and detachment of the ionization chamber.
Position and orbit control system for a spacecraft, containing: - a star sensor having an optical camera head and a processor unit; and - further kinematic sensors each having a sensor element and a processor unit; characterized in that the processor unit of the star sensor is provided as a central master processor unit; a processor unit of one of the further kinematic sensors is equivalent to the processor unit of the star sensor and is nominated as a central redundant processor unit; and in that the position and orbit control system also contains: - a first bus which connects the further kinematic sensors to the central processor units and; - a synchronization line from the respectively active central processor unit or to the further kinematic sensors for the purpose of providing a consistent timing cycle; - a connection of the central processor units and to a second bus of the spacecraft, via which the respectively active central processor unit, provides a central computer of the spacecraft with hybridized kinematic measurement data which have been produced from the synchronous kinematic measurement data from the star sensor and measurement data from the other sensors according to a hybridization method. - a star sensor having an optical camera head and a processor unit; and - further kinematic sensors each having a sensor element and a processor unit; characterized in that - a first bus which connects the further kinematic sensors to the central processor units and; - a synchronization line from the respectively active central processor unit or to the further kinematic sensors for the purpose of providing a consistent timing cycle; - a connection of the central processor units and to a second bus of the spacecraft, via which the respectively active central processor unit, provides a central computer of the spacecraft with hybridized kinematic measurement data which have been produced from the synchronous kinematic measurement data from the star sensor and measurement data from the other sensors according to a hybridization method.
A vaporizer comprising a vaporizer main body having an inlet for a carrier gas with film forming liquid and an outlet for a mist; a heater main body housed within the vaporizer main body such that a passage is formed between the inner surface of the vaporizer main body and the outer surface of the heater main body - in direction of the gasflow - comprising a conical or polygonal pyramid portion, a peripheral portion and a discharge portion, characterized by the following feature: in a cross section in the region of the cone or of the polygonal pyramid the ratio of the cross sectional area of channel to the cross sectional area of the inlet port without the cone or polygonal pyramid is between 0.8 and 1.2.
A recording apparatus comprising: a transport belt configured to transport a medium; a recording unit configured to perform recording on the medium supported by the transport belt; a plurality of imaging units (18a, 18b) provided on an upstream side and a downstream side in a transport direction of the medium, and configured to shoot a moving object including at least one of the transport belt and the medium; and a calculation unit configured to calculate a travel distance travelled by the transport belt in a predetermined time, on a basis of a position of a part of the moving object in an image picked up by the upstream imaging unit of the plurality of imaging units, and a position of the part of the moving object in an image picked up by the downstream imaging unit of the plurality of imaging units, the predetermined time after the image pickup by the upstream imaging unit, wherein at least one of the plurality of imaging units is configured to move toward at least one of the upstream side and the downstream side. a transport belt configured to transport a medium; a recording unit configured to perform recording on the medium supported by the transport belt; a plurality of imaging units (18a, 18b) provided on an upstream side and a downstream side in a transport direction of the medium, and configured to shoot a moving object including at least one of the transport belt and the medium; and a calculation unit configured to calculate a travel distance travelled by the transport belt in a predetermined time, on a basis of a position of a part of the moving object in an image picked up by the upstream imaging unit of the plurality of imaging units, and a position of the part of the moving object in an image picked up by the downstream imaging unit of the plurality of imaging units, the predetermined time after the image pickup by the upstream imaging unit, wherein at least one of the plurality of imaging units is configured to move toward at least one of the upstream side and the downstream side.
Illumination device comprising at least one LED and at least one colour converter comprising at least one organic fluorescent colorant in a matrix consisting essentially of polystyrene or polycarbonate, wherein LED and colour converter are present in a remote phosphor arrangement.
Valve for metering fluid, having a flow duct, which leads from a fluid inlet to a metering opening, for the fluid, and having a filter device which is arranged in the flow duct and through which the fluid flows, wherein the filter device has a coarse filter and a fine filter arranged downstream of the coarse filter in a flow direction, wherein the coarse filter and fine filter are each in the form of a filter pot which has a pot opening, a fluid-impermeable pot base, a pot shell equipped with at least one filter window, and a ring-shaped collar which, at the pot opening, projects radially beyond the pot shell and which presses sealingly against the duct wall of the flow duct, and wherein the at least one filter window of the coarse filter has a coarse-mesh or coarse-pored filter surface, and the at least one filter window of the fine filter has a fine-mesh or fine-pored filter surface, characterized in that the filter pots are produced as plastics injection-moulded parts, and either the filter surfaces are produced in the plastics injection-moulding process or the filter surfaces are composed of a filter fabric, in particular of metal fabric.
A disposal container for used dialysate comprising a flexible bag in or at which an inlet connection is formed or arranged which is prepared for connecting the bag to a dialysis machine of the mobile type such that the, preferably sterile, disposal container is movable or displaceable along with the dialysis machine, characterized by an outlet connection or connector which is provided separately from the inlet connection and is prepared for connecting the bag to a sewer line in a way sealed against the connector environment, wherein the connector is formed integrally with the bag and at its end facing away from the bag includes a connection, preferably in the form of a Luer lock or a three-way cock or a Walther coupling, so as to be adapted to be coupled to the sewer line.
A preform (30, 30', 30") with a fibrous reinforcement woven in one piece by a three-dimensional weaving to create a fan inter-blade platform, the inter-blade platform comprising an aerodynamic base extending along a longitudinal axis and a fixing structure comprising stiffening elements which extend from the aerodynamic base along a radial axis and substantially at the level of a median part of the aerodynamic base along the longitudinal axis, the stiffening elements also extending along a transverse axis Y perpendicular to the radial and longitudinal axes, the preform (30, 30', 30") comprising: - a first fibrous part intended to form the aerodynamic base and extending along a longitudinal direction L, - a second fibrous part intended to form at least partly the stiffening elements of the inter-blade platform, - a first connection zone (33, 36, 36a, 36b) in which the first and second parts (31, 32) are woven together, and - a first disconnection zone (34, 37, 37', 38, 38') delimited by a first disconnection line (46, 39, 39', 41, 43) extending along a transverse direction T perpendicular to the longitudinal direction and in which the first and second parts (31, 32) are separated from one another at least from the first disconnection line so as to obtain stiffening elements having an axial cross-section with respect to the longitudinal axis shaped like a T, Y, or π with the aerodynamic base, the first disconnection zone (34, 37, 37', 38, 38') being adjacent to the first connection zone (33, 36, 36a, 36b) in a longitudinal direction L. - a first fibrous part intended to form the aerodynamic base and extending along a longitudinal direction L, - a second fibrous part intended to form at least partly the stiffening elements of the inter-blade platform, - a first connection zone (33, 36, 36a, 36b) in which the first and second parts (31, 32) are woven together, and - a first disconnection zone (34, 37, 37', 38, 38') delimited by a first disconnection line (46, 39, 39', 41, 43) extending along a transverse direction T perpendicular to the longitudinal direction and in which the first and second parts (31, 32) are separated from one another at least from the first disconnection line so as to obtain stiffening elements having an axial cross-section with respect to the longitudinal axis shaped like a T, Y, or π with the aerodynamic base, the first disconnection zone (34, 37, 37', 38, 38') being adjacent to the first connection zone (33, 36, 36a, 36b) in a longitudinal direction L.
An apparatus comprising: a first layer of a semiconducting material; a first electrode for the first layer; a second layer of a two dimensional material, wherein the second layer of the two dimensional material consists of substantially a single layer of two dimensional material; a second electrode for the second layer; wherein the first and second layers are configured to form an electrical junction, wherein the electrical junction is configured to enable, in use, a flow of current between the first and second electrodes through the first and second layers, and wherein the electrical junction has a potential energy barrier; a third layer of a material configured to generate, in use, one or more excitons upon absorption of incident electromagnetic radiation wherein, in use, said one or more excitons generated in the third layer creates a photo induced field which acts to alter a Fermi Level of the second layer that changes the potential energy barrier of the electrical junction thereby affecting the flow of current through the electrical junction between the first and second electrodes. a first layer of a semiconducting material; a first electrode for the first layer; a second layer of a two dimensional material, wherein the second layer of the two dimensional material consists of substantially a single layer of two dimensional material; a second electrode for the second layer; wherein the first and second layers are configured to form an electrical junction, wherein the electrical junction is configured to enable, in use, a flow of current between the first and second electrodes through the first and second layers, and wherein the electrical junction has a potential energy barrier; a third layer of a material configured to generate, in use, one or more excitons upon absorption of incident electromagnetic radiation wherein, in use, said one or more excitons generated in the third layer creates a photo induced field which acts to alter a Fermi Level of the second layer that changes the potential energy barrier of the electrical junction thereby affecting the flow of current through the electrical junction between the first and second electrodes.
A vehicle damper comprising: a cylinder and a piston, the piston dividing the cylinder into a compression portion and a rebound portion; a working fluid within the cylinder; a reservoir in fluid communication with the working fluid, the reservoir operable to receive working fluid from the compression portion of the cylinder in a compression stroke; and a first valve that is remotely-operable; and a second valve for restricting the flow of working fluid from the compression portion into the reservoir, characterized in that the first valve operable to permit and restrict flow of the working fluid between the compression portion and the reservoir; and in that the first valve provides a bypass for said fluid flow around the second valve, the permitting or restricting of fluid flow around the bypass controllable according to remote operation of the first valve. a cylinder and a piston, the piston dividing the cylinder into a compression portion and a rebound portion; a working fluid within the cylinder; a reservoir in fluid communication with the working fluid, the reservoir operable to receive working fluid from the compression portion of the cylinder in a compression stroke; and a first valve that is remotely-operable; and a second valve for restricting the flow of working fluid from the compression portion into the reservoir, characterized in that the first valve operable to permit and restrict flow of the working fluid between the compression portion and the reservoir; and in that the first valve provides a bypass for said fluid flow around the second valve, the permitting or restricting of fluid flow around the bypass controllable according to remote operation of the first valve.