mhurhangee/patent-ind-claim-en huggingface dataset:
A system for optimizing viewing assets, the system comprising: a processor; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a viewing asset ; generate a decimation request for decimation of the obtained viewing asset ; responsive to generating the decimation request, receive a set of decimation files generated by decimation of the viewing asset , in which the decimation files have different polygon counts; based at least on the set of decimation files , generate a plurality of image previews for display as selectable options corresponding to the decimation files for selection by a user; display the selectable options for selection by a user; receive a user selection of one of the options ; and output a converted viewing asset , the converted viewing asset being converted based on the selected option. a processor; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a viewing asset ; generate a decimation request for decimation of the obtained viewing asset ; responsive to generating the decimation request, receive a set of decimation files generated by decimation of the viewing asset , in which the decimation files have different polygon counts; based at least on the set of decimation files , generate a plurality of image previews for display as selectable options corresponding to the decimation files for selection by a user; display the selectable options for selection by a user; receive a user selection of one of the options ; and output a converted viewing asset , the converted viewing asset being converted based on the selected option. obtain a viewing asset ; generate a decimation request for decimation of the obtained viewing asset ; responsive to generating the decimation request, receive a set of decimation files generated by decimation of the viewing asset , in which the decimation files have different polygon counts; based at least on the set of decimation files , generate a plurality of image previews for display as selectable options corresponding to the decimation files for selection by a user; display the selectable options for selection by a user; receive a user selection of one of the options ; and output a converted viewing asset , the converted viewing asset being converted based on the selected option.
A vehicle seat , comprising: a pair of frame members , the frame members forming a frame of at least one of a seat cushion and a seat back and being disposed at positions surrounding a seat region supporting an occupant with an interval therebetween; and a cloth spring member (22; 82; 88; 90) bridged between the frame members to cover the seat region, wherein: the cloth spring member (22; 82; 88; 90) has elasticity; and characterised in that the cloth spring member (22; 82; 88; 90) is bridged between the frame members such that the cloth spring member (22; 82; 88; 90) has a shorter length along which the cloth spring member (22; 82; 88; 90) can exert an elastic force on the pair of frame members in a bridging direction on both end sides of the frame member in a longitudinal direction of the frame member than in a center portion of the frame member in the longitudinal direction. a pair of frame members , the frame members forming a frame of at least one of a seat cushion and a seat back and being disposed at positions surrounding a seat region supporting an occupant with an interval therebetween; and a cloth spring member (22; 82; 88; 90) bridged between the frame members to cover the seat region, wherein: the cloth spring member (22; 82; 88; 90) has elasticity; and characterised in that the cloth spring member (22; 82; 88; 90) is bridged between the frame members such that the cloth spring member (22; 82; 88; 90) has a shorter length along which the cloth spring member (22; 82; 88; 90) can exert an elastic force on the pair of frame members in a bridging direction on both end sides of the frame member in a longitudinal direction of the frame member than in a center portion of the frame member in the longitudinal direction. the cloth spring member (22; 82; 88; 90) has elasticity; and characterised in that the cloth spring member (22; 82; 88; 90) is bridged between the frame members such that the cloth spring member (22; 82; 88; 90) has a shorter length along which the cloth spring member (22; 82; 88; 90) can exert an elastic force on the pair of frame members in a bridging direction on both end sides of the frame member in a longitudinal direction of the frame member than in a center portion of the frame member in the longitudinal direction.
A gear assembly support for a gas turbine engine comprising: a spline ring configured to fit into a case of a gas turbine engine , the spline ring including forward flanges ; and a flex support including splines for engaging the spline ring , an inner portion configured to attach to a portion of a gear assembly , and support flanges ; wherein the flex support and the spline ring are configured to secure independently to the case of the gas turbine engine , the forward flanges and the flex support flanges interspersed and configured to attach to the case . a spline ring configured to fit into a case of a gas turbine engine , the spline ring including forward flanges ; and a flex support including splines for engaging the spline ring , an inner portion configured to attach to a portion of a gear assembly , and support flanges ; wherein the flex support and the spline ring are configured to secure independently to the case of the gas turbine engine , the forward flanges and the flex support flanges interspersed and configured to attach to the case .
A composition comprising or consisting of stable inulin particles insoluble at mammalian body temperature for use in the reduction or inhibition of inflammation in a subject induced by administration of a pro-inflammatory substance or composition, wherein the inflammatory substance or composition contains or comprises a pathogen-associated molecular pattern (PAMP), and wherein a PAMP is a structurally conserved motif that is derived from a pathogen that is recognised by an innate immune receptor.
A drape forming apparatus for use in forming a composite structure , the drape forming apparatus comprising: a forming tool having a first forming surface and a second forming surface nonplanar with the first forming surface ; a tray spaced apart from the forming tool and having a first side and a second side , the tray having a hinged end and a distal end , the tray configured to pivot about the hinged end from a first position to a second position under an applied force such that the distal end moves away from the forming tool ; a first heat source and a second heat source ; wherein the first side of the tray faces the first heat source when the tray is in the first position; and wherein the second heat source is disposed at the second side of the tray . a forming tool having a first forming surface and a second forming surface nonplanar with the first forming surface ; a tray spaced apart from the forming tool and having a first side and a second side , the tray having a hinged end and a distal end , the tray configured to pivot about the hinged end from a first position to a second position under an applied force such that the distal end moves away from the forming tool ; a first heat source and a second heat source ; wherein the first side of the tray faces the first heat source when the tray is in the first position; and wherein the second heat source is disposed at the second side of the tray .
A sound-absorbing thermal-insulating material comprising: flame resistant organic fibers; inorganic fibers bonded to the flame resistant organic fibers; and a binder for bonding the flame resistant organic fibers and the inorganic fibers to one another, wherein the flame resistant organic fibers shrink and the inorganic fibers are distorted so that the flame resistant organic fibers and the inorganic fibers are entangled with one another and distend, wherein a content of the flame resistant organic fibers to a whole of the sound-absorbing thermal-insulating material is 30% to 70% by mass, wherein an average fiber diameter of the inorganic fibers is 4 μm to 30 μm, wherein a bulk density is 0.02 g/cm 3 or less, and wherein an average fiber diameter of the flame resistant organic fibers is larger than the average fiber diameter of the inorganic fibers.
Packaging for modified atmosphere packaging, comprising: - a flangeless cardboard tray (2, 3; 31, 32; 41, 42) having a bottom (2; 31; 41) and an upstanding peripheral wall (3; 21; 32; 42); - a flange (4, 5, 6; 22, 23, 24; 34; 48) arranged on top of the edge of the peripheral wall (3; 21; 32), which flange (4, 5, 6; 22, 23, 24; 34; 48) has in cross-section a first part (4; 22) extending horizontally, substantially parallel to the bottom (2; 31) of the tray, and a third part (6; 24) depending from the first part (4; 22), along the inside of the peripheral wall (3; 21; 32); characterized in that - the flange (4, 5, 6; 22, 23, 24; 34; 48) is made of plastic, which plastic flange (4, 5, 6; 22, 23, 24; 34; 48) has in cross-section a second part (5; 23) depending from the first part (4; 22) downward along the outside of the peripheral wall (3; 21; 32), opposite of the third part (6; 24) ; - the packaging further comprises a plastic barrier foil (9; 26; 35) adhered to and lining the inside of the cardboard tray (2, 3; 31, 32; 41, 42) and extending over the plastic flange (4, 5, 6; 22, 23, 24; 34; 48) to fix the plastic flange (4, 5, 6; 22, 23, 24; 34; 48) onto the flangeless cardboard tray (2, 3; 31, 32; 41, 42); - a flangeless cardboard tray (2, 3; 31, 32; 41, 42) having a bottom (2; 31; 41) and an upstanding peripheral wall (3; 21; 32; 42); - a flange (4, 5, 6; 22, 23, 24; 34; 48) arranged on top of the edge of the peripheral wall (3; 21; 32), which flange (4, 5, 6; 22, 23, 24; 34; 48) has in cross-section a first part (4; 22) extending horizontally, substantially parallel to the bottom (2; 31) of the tray, and a third part (6; 24) depending from the first part (4; 22), along the inside of the peripheral wall (3; 21; 32); - the flange (4, 5, 6; 22, 23, 24; 34; 48) is made of plastic, which plastic flange (4, 5, 6; 22, 23, 24; 34; 48) has in cross-section a second part (5; 23) depending from the first part (4; 22) downward along the outside of the peripheral wall (3; 21; 32), opposite of the third part (6; 24) ; - the packaging further comprises a plastic barrier foil (9; 26; 35) adhered to and lining the inside of the cardboard tray (2, 3; 31, 32; 41, 42) and extending over the plastic flange (4, 5, 6; 22, 23, 24; 34; 48) to fix the plastic flange (4, 5, 6; 22, 23, 24; 34; 48) onto the flangeless cardboard tray (2, 3; 31, 32; 41, 42);
A method for continuously clarifying a free-flowing suspension (SU) with a centrifuge, which is an automatically emptying separator that discontinuously empties solid matter and comprises a rotatable drum having a vertical axis of rotation, having an inlet for the incoming suspension (SU) to be clarified which has one or several suspension parameters, and having at least one liquid discharge for the continuous discharge of at least one clarified liquid phase (L), and solid-matter discharge openings that are to be opened and closed again discontinuously for the discontinuous discharge of the solid phase (S), wherein the drum further comprises a separator disc stack consisting of spaced separator discs, characterized by the following steps: a) measuring of at least the suspension parameter of mass flow and preferably one or several of the further suspension parameters of mass, mass of solid matter in suspension, temperature, density and cumulative density; wherein for determining the one or the plurality of the suspension parameters at least one Coriolis flowmeter is used, b) initiating a time-limited solid-matter discharge as a result of a repeated determination according to step a) upon reaching or after exceeding a limiting value dependent on one or more of the measured suspension parameters, wherein the initiation of the solid-matter discharge is carried out as a result of integration of the output signal from the Coriolis flowmeter over time. a) measuring of at least the suspension parameter of mass flow and preferably one or several of the further suspension parameters of mass, mass of solid matter in suspension, temperature, density and cumulative density; wherein for determining the one or the plurality of the suspension parameters at least one Coriolis flowmeter is used, b) initiating a time-limited solid-matter discharge as a result of a repeated determination according to step a) upon reaching or after exceeding a limiting value dependent on one or more of the measured suspension parameters, wherein the initiation of the solid-matter discharge is carried out as a result of integration of the output signal from the Coriolis flowmeter over time.
A socket for a vehicle assembly comprising: a mounting structure comprising a plurality of side portions forming a second frame ; a ball receiving structure formed by a first frame disposed within a perimeter of the second frame , the first frame comprising a plurality of support beams interconnected with the side portions of the second frame , wherein the support beams connect to lateral supports , wherein each of the lateral supports connects at corner portions in connection with the side portions , wherein the second frame and the first frame each comprise a like number of sides, the second frame is offset from the first frame by 180 degrees divided by the number of sides, and each of the first frame and the second frame are triangular frames, rectangular frames, or pentagonal frames; and a ball mount interface comprising a contoured recess formed in each of the beams , wherein the contoured recesses of the ball mount interface are configured to receive an exterior surface of a ball to form a ball and socket assembly. a mounting structure comprising a plurality of side portions forming a second frame ; a ball receiving structure formed by a first frame disposed within a perimeter of the second frame , the first frame comprising a plurality of support beams interconnected with the side portions of the second frame , wherein the support beams connect to lateral supports , wherein each of the lateral supports connects at corner portions in connection with the side portions , wherein the second frame and the first frame each comprise a like number of sides, the second frame is offset from the first frame by 180 degrees divided by the number of sides, and each of the first frame and the second frame are triangular frames, rectangular frames, or pentagonal frames; and a ball mount interface comprising a contoured recess formed in each of the beams , wherein the contoured recesses of the ball mount interface are configured to receive an exterior surface of a ball to form a ball and socket assembly.
A piezo-electric actuated structure , comprising: an organic substrate ; an actuator anchored to the organic substrate , wherein the actuator comprises: a first electrode ; a piezo-electric layer formed on the first electrode ; and a second electrode formed on the piezo-electric layer ; and a mirror formed on a surface of the second electrode or on a surface of an exposed portion of the first electrode . an organic substrate ; an actuator anchored to the organic substrate , wherein the actuator comprises: a first electrode ; a piezo-electric layer formed on the first electrode ; and a second electrode formed on the piezo-electric layer ; and a first electrode ; a piezo-electric layer formed on the first electrode ; and a second electrode formed on the piezo-electric layer ; and a mirror formed on a surface of the second electrode or on a surface of an exposed portion of the first electrode .
An apparatus, comprising: a container to hold a quantity of a consumable resource ; a delivery auger located inside the container ; an aperture located in the container ; and a mechanical drive coupling attached to the aperture , the mechanical drive coupling comprising: a bore ; and a locking mechanism for a printer cartridge integrated into the bore to lock the container to a drive mechanism when the bore and the drive mechanism are rotatably engaged, wherein the delivery auger is configured to be rotatable by the drive mechanism . a container to hold a quantity of a consumable resource ; a delivery auger located inside the container ; an aperture located in the container ; and a mechanical drive coupling attached to the aperture , the mechanical drive coupling comprising: a bore ; and a locking mechanism for a printer cartridge integrated into the bore to lock the container to a drive mechanism when the bore and the drive mechanism are rotatably engaged, wherein the delivery auger is configured to be rotatable by the drive mechanism . a bore ; and a locking mechanism for a printer cartridge integrated into the bore to lock the container to a drive mechanism when the bore and the drive mechanism are rotatably engaged, wherein the delivery auger is configured to be rotatable by the drive mechanism .
A method of replacing a compressor outlet housing comprising the steps of: (a) removing a first compressor outlet housing from a compressor having a compressor impeller configured to be driven by a motor through a drive shaft, said first compressor outlet housing having a first bearing support portion supporting a bearing for said drive shaft, said first bearing support portion connected through a first radially outwardly extending web to a first ledge, and a first volute connected to said first ledge through a first radially inwardly extending finger; (b) replacing said removed compressor outlet housing with a second compressor outlet housing , said second compressor outlet housing having a second volute and a second radially inwardly extending finger extending from said second volute , and said second radially inwardly extending finger being welded to an insert , said insert having a second bearing support placed on said drive shaft to support said bearing for said drive shaft , and said insert having a second web connecting a second ledge to said second bearing support , and said second inwardly extending replacement finger welded to said second ledge ; and wherein said second ledge has an extending portion providing a radial support location for said radially inner surface of said replacement finger , and said second ledge having an axially rear portion extending radially outwardly for a greater amount to a radially outer surface than does a radially outer surface of said axially forward portion at an axially forward end of said axially rear portion , and said second finger abutting the axially forward end to provide axial alignment. (a) removing a first compressor outlet housing from a compressor having a compressor impeller configured to be driven by a motor through a drive shaft, said first compressor outlet housing having a first bearing support portion supporting a bearing for said drive shaft, said first bearing support portion connected through a first radially outwardly extending web to a first ledge, and a first volute connected to said first ledge through a first radially inwardly extending finger; (b) replacing said removed compressor outlet housing with a second compressor outlet housing , said second compressor outlet housing having a second volute and a second radially inwardly extending finger extending from said second volute , and said second radially inwardly extending finger being welded to an insert , said insert having a second bearing support placed on said drive shaft to support said bearing for said drive shaft , and said insert having a second web connecting a second ledge to said second bearing support , and said second inwardly extending replacement finger welded to said second ledge ; and
An antagonist antibody that specifically binds to human TIGIT, wherein the antagonist antibody is a monoclonal, human IgG1 subclass antibody and comprises a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 34 or 35 and a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 36.
A handling machine , such as a handling truck, said handling machine comprising a handling system, such as a lifting arm equipped with a tool holder provided with forks , said handling machine comprising a control system which comprises: - an actuating system for actuating the handling system, such as jacks and a hydraulic circuit; - a control unit , such as a processor, for controlling the actuating system ; - a radio communication module ; characterized in that the control system further comprises a memory in which are stored: - identifiers (IDV1, IDV2) of carrier vehicles, such as license plate numbers of the carrier vehicles, and - command sequences (SC1, SC2) of the handling system associated with these identifiers (IDV1, IDV2) of carrier vehicles, and in that the control system is configured to: - send to a terminal the identifiers (IDV1, IDV2) of carrier vehicles, and - receive a request to select one of said command sequences (SC1, SC2) associated with one of said identifiers (IDV1, IDV2) of carrier vehicles, - receive a request to load or unload the handling machine and carry out the selected sequence of commands as a function of said loading or unloading request. - an actuating system for actuating the handling system, such as jacks and a hydraulic circuit; - a control unit , such as a processor, for controlling the actuating system ; - a radio communication module ; - identifiers (IDV1, IDV2) of carrier vehicles, such as license plate numbers of the carrier vehicles, and - command sequences (SC1, SC2) of the handling system associated with these identifiers (IDV1, IDV2) of carrier vehicles, - send to a terminal the identifiers (IDV1, IDV2) of carrier vehicles, and - receive a request to select one of said command sequences (SC1, SC2) associated with one of said identifiers (IDV1, IDV2) of carrier vehicles, - receive a request to load or unload the handling machine and carry out the selected sequence of commands as a function of said loading or unloading request.
A method for supporting location services for a user equipment, UE, performed by an entity, the entity comprising at least an interface for receiving and sending messages in a network, a memory configured to store instructions and at least one processor coupled to the external interface and memory, the method comprising: obtaining a differential Angle of Arrival, DAOA, for a pair of directed beams transmitted by at least one base station and received at the UE; obtaining a differential Angle of Departure, DAOD, for the pair of directed beams transmitted by the at least one base station; comparing the DAOA to the DAOD to determine if each directed beam in the pair of directed beams is Line Of Sight, LOS, from the respective at least one base station to the UE; and determining a location estimate for the UE using at least one of the directed beams in the pair of directed beams when each directed beam in the pair of directed beams is LOS. obtaining a differential Angle of Arrival, DAOA, for a pair of directed beams transmitted by at least one base station and received at the UE; obtaining a differential Angle of Departure, DAOD, for the pair of directed beams transmitted by the at least one base station; comparing the DAOA to the DAOD to determine if each directed beam in the pair of directed beams is Line Of Sight, LOS, from the respective at least one base station to the UE; and determining a location estimate for the UE using at least one of the directed beams in the pair of directed beams when each directed beam in the pair of directed beams is LOS.