mhurhangee/ep-ind-claims huggingface dataset:
A method to execute instructions in a processor, comprising: acquiring, based on a stop bit included in each of a plurality of instructions, at least one instruction executed in a predetermined cycle; extracting, from the at least one instruction, a type code comprising type information of an operation performed based on the at least one instruction; allocating the at least one instruction to the at least one slot of a multiplexer including a plurality of slots based on the type code; supplying power to the at least one slot which the at least one instruction is allocated based on the type code; interrupting power to a slot other than the at least one slot which the at least one instruction is allocated from among the plurality of slots; and performing the operation in the at least one slot which the at least one instruction is allocated. acquiring, based on a stop bit included in each of a plurality of instructions, at least one instruction executed in a predetermined cycle; extracting, from the at least one instruction, a type code comprising type information of an operation performed based on the at least one instruction; allocating the at least one instruction to the at least one slot of a multiplexer including a plurality of slots based on the type code; supplying power to the at least one slot which the at least one instruction is allocated based on the type code; interrupting power to a slot other than the at least one slot which the at least one instruction is allocated from among the plurality of slots; and performing the operation in the at least one slot which the at least one instruction is allocated.
Silage withdrawal gripper, comprising: a main frame, adapted for coupling to a lifting arm of a lifting truck; a silage carrier hingedly connected to the main frame with a substantially horizontal hinge axis; characterised in that the gripper further comprises at least one controllable carrier actuator coupled between the silage carrier and the main frame for controlling the hinge position of the silage carrier with respect to the main frame; a hingeable holder adapted to cooperate with the silage carrier for gripping and holding silage; wherein the holder is hingedly connected to the main frame, at a position above the hinge axis of the silage carrier; and that the silage withdrawal gripper further comprises at least one controllable holder actuator (144,145) coupled between the holder and the main frame for controlling the hinge position of the holder with respect to the main frame. a main frame, adapted for coupling to a lifting arm of a lifting truck; a silage carrier hingedly connected to the main frame with a substantially horizontal hinge axis; characterised in that the gripper further comprises at least one controllable carrier actuator coupled between the silage carrier and the main frame for controlling the hinge position of the silage carrier with respect to the main frame; a hingeable holder adapted to cooperate with the silage carrier for gripping and holding silage; wherein the holder is hingedly connected to the main frame, at a position above the hinge axis of the silage carrier; and that the silage withdrawal gripper further comprises at least one controllable holder actuator (144,145) coupled between the holder and the main frame for controlling the hinge position of the holder with respect to the main frame.
A scroll compressor comprising a compressing mechanism, in which the compressing mechanism comprises a crankshaft including an eccentric shaft, a main bearing member which rotatably supports the crankshaft, an orbiting scroll which is rotatably fitted to the eccentric shaft, a fixed scroll which meshes with the orbiting scroll to form a compression space, and an Oldham ring which prevents the orbiting scroll from rotating, the Oldham ring comprises a ring-shaped ring portion, a pair of scroll-side keys, each having sliding surfaces on its side surfaces, provided on one of surfaces of the ring portion, and a pair of main bearing-side keys, each having sliding surfaces on its side surface, provided on the other surface of the ring portion, the orbiting scroll is provided with scroll-side keyways across which the sliding surfaces of the scroll-side keys slide, a sliding direction of the scroll-side keys in the scroll-side keyways and a sliding direction of the main bearing-side keys in the main bearing-side keyways intersect with each other at right angles, wherein the pair of scroll-side keys are disposed at locations deviated from each other from a diameter line of the ring portion on a direction in which scroll-side keys slide so that a distance (La) measured between two parallel planes each containing an inner sliding surface of the scroll-side key becomes equal to or greater than a width (Ma) of the scroll-side keyway, and the pair of main bearing-side keys are disposed at locations deviated from each other from a diameter line of the ring portion on a direction in which main bearing-side keys slide so that a distance (Lb) measured between two parallel planes each containing an inner sliding surface of the main bearing-side key becomes equal to or greater than a width (Mb) of the main bearing-side keyway, characterized in that the main bearing member is provided with main bearing-side keyways across which the sliding surfaces of the main bearing-side keys slide, and that the sliding surfaces of the pair of scroll-side keys comprise: load-side sliding surfaces which receive loads depending upon a rotation direction of the crankshaft and non-load-side sliding surfaces which do not receive loads depending upon the rotation direction of the crankshaft, and the non-load-side sliding surface projects outward from the scroll-side keyway, and the load-side sliding surface does not project outward from the scroll-side keyway. load-side sliding surfaces which receive loads depending upon a rotation direction of the crankshaft and non-load-side sliding surfaces which do not receive loads depending upon the rotation direction of the crankshaft, and the non-load-side sliding surface projects outward from the scroll-side keyway, and the load-side sliding surface does not project outward from the scroll-side keyway.
A method for capturing building information, comprising: capturing dimensions of a 360 degree image towards the floor from a first location within a room of a building using a mobile device (110a,304) and using a laser meter and a gyroscope of the mobile device; wherein the capturing is performed while maintaining an intersection between the floor to a wall of the room within visible guides overlaid on a visual display of the mobile device (110a,304), and the capturing dimensions includes using the laser meter and the gyroscope for recording the distance to and azimuth angles of various points along the intersection of the floor to the wall of the room; creating a floor plan of the room using the captured dimensions; repeating the step of capturing dimensions within at least one additional room; and receiving user input to connect the rooms to create a floor plan of the building. capturing dimensions of a 360 degree image towards the floor from a first location within a room of a building using a mobile device (110a,304) and using a laser meter and a gyroscope of the mobile device; wherein the capturing is performed while maintaining an intersection between the floor to a wall of the room within visible guides overlaid on a visual display of the mobile device (110a,304), and the capturing dimensions includes using the laser meter and the gyroscope for recording the distance to and azimuth angles of various points along the intersection of the floor to the wall of the room; creating a floor plan of the room using the captured dimensions; repeating the step of capturing dimensions within at least one additional room; and receiving user input to connect the rooms to create a floor plan of the building.
A supporting cushion apparatus for a safety seat (3, 8), the supporting cushion apparatus comprising: - a fireproof buffering structure (41, 42, 43, 44, 45, 46, 47, 48, 49, 40, 50), the fireproof buffering structure (41, 42, 43, 44, 45, 46, 47, 48, 49, 40, 50) comprising: a buffering plate (411, 421, 431, 441, 451, 461, 471, 481, 491, 401); and a fireproof plate (412, 422, 432, 442, 452, 462, 472, 482, 492, 402) attached to the buffering plate (411, 421, 431, 441, 451, 461, 471, 481, 491, 401), a combustion rate of the fireproof plate (412, 422, 432, 442, 452, 462, 472, 482, 492, 402) being lower than a combustion rate of the buffering plate (411, 421, 431, 441, 451, 461, 471, 481, 491, 401), and characterized by further comprising: - a covering member, the fireproof buffering structure (41, 42, 43, 44, 45, 46, 47, 48, 49, 40, 50) being accommodated inside a covering pocket disposed on a head supporting portion of the covering member. - a fireproof buffering structure (41, 42, 43, 44, 45, 46, 47, 48, 49, 40, 50), the fireproof buffering structure (41, 42, 43, 44, 45, 46, 47, 48, 49, 40, 50) comprising: a buffering plate (411, 421, 431, 441, 451, 461, 471, 481, 491, 401); and a fireproof plate (412, 422, 432, 442, 452, 462, 472, 482, 492, 402) attached to the buffering plate (411, 421, 431, 441, 451, 461, 471, 481, 491, 401), a combustion rate of the fireproof plate (412, 422, 432, 442, 452, 462, 472, 482, 492, 402) being lower than a combustion rate of the buffering plate (411, 421, 431, 441, 451, 461, 471, 481, 491, 401), and characterized by further comprising: - a covering member, the fireproof buffering structure (41, 42, 43, 44, 45, 46, 47, 48, 49, 40, 50) being accommodated inside a covering pocket disposed on a head supporting portion of the covering member.
A system for reducing visible interference associated with coherent light sources, the system comprising: an optical waveguide; a coherent light source; and an interference engine configured to: receive a first image frame; cause the coherent light source to project the first image frame into the optical waveguide using a first pulse width; detect an interference pattern in the first image frame; receive a second image frame; and cause the coherent light source to project the second image frame into the optical waveguide using a second pulse width, wherein the first pulse width is different than the second pulse width and the second pulse width is selected based on the interference pattern detected in the first image frame. an optical waveguide; a coherent light source; and an interference engine configured to: receive a first image frame; cause the coherent light source to project the first image frame into the optical waveguide using a first pulse width; detect an interference pattern in the first image frame; receive a second image frame; and cause the coherent light source to project the second image frame into the optical waveguide using a second pulse width, wherein the first pulse width is different than the second pulse width and the second pulse width is selected based on the interference pattern detected in the first image frame. receive a first image frame; cause the coherent light source to project the first image frame into the optical waveguide using a first pulse width; detect an interference pattern in the first image frame; receive a second image frame; and cause the coherent light source to project the second image frame into the optical waveguide using a second pulse width, wherein the first pulse width is different than the second pulse width and the second pulse width is selected based on the interference pattern detected in the first image frame.
A valve device, in particular a lifting valve device, comprising a housing, a valve seat, a movable closing body which can be brought into an open position in an opening movement and into a closed position in a closing movement, in which closed position the closing body and the valve seat are in sealing contact, and comprising a piston to which pressure medium can be applied and which is received in a cylinder, wherein the cylinder is a part of the closing body, characterized in that the closing body extends through a housing part and a first sliding bearing and a second sliding bearing are provided and are arranged at opposite ends of the housing part, and in that an annular channel surrounding the closing body is arranged between a housing part and the closing body, wherein a choke gap is formed from the annular channel towards a connection between the housing part and the closing body.
A data processing device for motion segmentation in images obtained by a plurality of cameras that move with respect to a background environment, the data processing device comprising a first input for receiving a temporal sequence of images from the plurality of cameras, and a processor adapted for: - determining at least one pair of corresponding epipoles for at least two images of said temporal sequence of images that are obtained by at least two different cameras at different points in time, - defining corresponding image regions of limited image disparity due to parallax around said corresponding epipoles in said at least two images, - warping the corresponding image regions to compensate for a rotation of at least one of said at least two cameras obtaining said at least two images at different points in time, and for a misalignment between said at least two cameras, if said rotation and/or said misalignment exceeds a threshold value, and - applying a motion segmentation algorithm to said corresponding image regions. - determining at least one pair of corresponding epipoles for at least two images of said temporal sequence of images that are obtained by at least two different cameras at different points in time, - defining corresponding image regions of limited image disparity due to parallax around said corresponding epipoles in said at least two images, - warping the corresponding image regions to compensate for a rotation of at least one of said at least two cameras obtaining said at least two images at different points in time, and for a misalignment between said at least two cameras, if said rotation and/or said misalignment exceeds a threshold value, and - applying a motion segmentation algorithm to said corresponding image regions.
A hybrid article, wherein the hybrid article is a weld filler for a fusion welding process, comprising: a core including a lateral surface and a core material, and a sintered coating disposed on and circumscribing the lateral surface, the sintered coating including: a first metallic particulate material including a first melting point and constituting, by weight, more than 95% up to 99.5% of the sintered coating; and a second metallic particulate material including a second melting point and constituting, by weight, from 0.5% up to 5% of the sintered coating, wherein the second melting point is lower than the first melting point and the sintered coating includes a coating density less than the core; wherein the core material and the first metallic particulate material are independently selected from the group consisting of GTD 111, GTD 222, GTD 262, HASTELLOY W, HAYNES 188, HANES 230, HANES 282, INCONEL 617, INCONEL 625, INCONEL 718, INCONEL 738, MAR-M-247, NIMONIC 263, René 41, René 80, René 108, René 142, René 195, 316SS, and combinations thereof; wherein the second metallic particulate material is selected from the group consisting of braze alloys BCo-1, DF-4B, BNi-2, BNi-5, BNi-9, MAR-M-509B, and combinations thereof; and wherein the core is a wire. a core including a lateral surface and a core material, and a sintered coating disposed on and circumscribing the lateral surface, the sintered coating including: a first metallic particulate material including a first melting point and constituting, by weight, more than 95% up to 99.5% of the sintered coating; and a second metallic particulate material including a second melting point and constituting, by weight, from 0.5% up to 5% of the sintered coating, a first metallic particulate material including a first melting point and constituting, by weight, more than 95% up to 99.5% of the sintered coating; and a second metallic particulate material including a second melting point and constituting, by weight, from 0.5% up to 5% of the sintered coating, wherein the second melting point is lower than the first melting point and the sintered coating includes a coating density less than the core; wherein the core material and the first metallic particulate material are independently selected from the group consisting of GTD 111, GTD 222, GTD 262, HASTELLOY W, HAYNES 188, HANES 230, HANES 282, INCONEL 617, INCONEL 625, INCONEL 718, INCONEL 738, MAR-M-247, NIMONIC 263, René 41, René 80, René 108, René 142, René 195, 316SS, and combinations thereof; wherein the second metallic particulate material is selected from the group consisting of braze alloys BCo-1, DF-4B, BNi-2, BNi-5, BNi-9, MAR-M-509B, and combinations thereof; and wherein the core is a wire.
A seal for use with a container for storing and dispensing consumer products comprising a tray having a generally planar top surface into which has been formed one or more discrete cavities for receiving the consumer products, the seal comprising: a cover film to seal the one or more cavities to retain the consumer products in the one or more cavities when secured to the generally planar top surface of the tray, the cover film having pre-formed lines of separation extending around the periphery of an underlying cavity in the tray when the seal is adhered to the top surface, and thereby defining a removable portion per cavity; < characterised in that > the cover film including a pre-formed tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f), where the cover film is designed to tear along the tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f) if an attempt is made to remove the cover film from the tray, and where the tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f) is defined by a pre-scored and/or pre-perforated tear line, <> the tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f) is formed in the part of the cover film that lies outside the pre-formed lines of separation defining the one or more removable portions of the cover film, and wherein the tamper-indicating line of separation (19a; 19b; 19f) extends along and is adjacent to an edge (12a; 12b) of the cover film. a cover film to seal the one or more cavities to retain the consumer products in the one or more cavities when secured to the generally planar top surface of the tray, the cover film having pre-formed lines of separation extending around the periphery of an underlying cavity in the tray when the seal is adhered to the top surface, and thereby defining a removable portion per cavity; < characterised in that > the cover film including a pre-formed tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f), where the cover film is designed to tear along the tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f) if an attempt is made to remove the cover film from the tray, and where the tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f) is defined by a pre-scored and/or pre-perforated tear line, <> the tamper-indicating line of separation (19a; 19b; 19c; 19d; 19f) is formed in the part of the cover film that lies outside the pre-formed lines of separation defining the one or more removable portions of the cover film, and wherein the tamper-indicating line of separation (19a; 19b; 19f) extends along and is adjacent to an edge (12a; 12b) of the cover film.
A positive electrode active material comprising a lithium transition metal oxide including nickel (Ni), cobalt (Co), and manganese (Mn) and represented by Li 1+a Ni x Co y Mn z M 1 w O 2 wherein 0≤a≤0.5, 0.8≤x<1, 0<y≤0.2, 0<z≤0.2, 0<w≤0.01, and M 1 is B, and the positive electrode active material has an average particle diameter (D 50) of 4 μm to 10 μm after rolling at a rolling density of 3.0 g/cm 3 to 3.3 g/cm 3 and has a form of a single particle.
An exhaust purification system of an internal combustion engine comprising: an exhaust treatment catalyst arranged in an engine exhaust passage, a heat and hydrogen generation device able to feed only heat or heat and hydrogen to the exhaust treatment catalyst so as to warm up the exhaust treatment catalyst, said heat and hydrogen generation device being provided with a reformer catalyst to which a combustion gas of fuel and air is fed, a burner, a burner combustion chamber, and a heat exchanger for heating air fed from the burner to the burner combustion chamber by burner combustion gas, said heat and hydrogen generation device is further provided with a switching device for switching an air flow route feeding air from the burner to the burner combustion chamber between a high temperature air flow route feeding air heated at the heat exchanger and a low temperature air flow route feeding air lower in temperature than the air heated at the heat exchanger, the air flow route feeding air from the burner to the burner combustion chamber is made the high temperature air flow route at the time of the warm-up operation of said heat and hydrogen generation device, and the air flow route feeding air from the burner to the burner combustion chamber is switched from the high temperature air flow route to the low temperature air flow route when the warm-up operation of said heat and hydrogen generation device is completed and a reforming action by the reformer catalyst becomes possible. an exhaust treatment catalyst arranged in an engine exhaust passage, a heat and hydrogen generation device able to feed only heat or heat and hydrogen to the exhaust treatment catalyst so as to warm up the exhaust treatment catalyst, said heat and hydrogen generation device being provided with a reformer catalyst to which a combustion gas of fuel and air is fed, a burner, a burner combustion chamber, and a heat exchanger for heating air fed from the burner to the burner combustion chamber by burner combustion gas, said heat and hydrogen generation device is further provided with a switching device for switching an air flow route feeding air from the burner to the burner combustion chamber between a high temperature air flow route feeding air heated at the heat exchanger and a low temperature air flow route feeding air lower in temperature than the air heated at the heat exchanger, the air flow route feeding air from the burner to the burner combustion chamber is made the high temperature air flow route at the time of the warm-up operation of said heat and hydrogen generation device, and the air flow route feeding air from the burner to the burner combustion chamber is switched from the high temperature air flow route to the low temperature air flow route when the warm-up operation of said heat and hydrogen generation device is completed and a reforming action by the reformer catalyst becomes possible.