mhurhangee/ep-ind-claims huggingface dataset:
A dual plate swing check valve made up of a cylindrical and hollow body with a central rib which divides the flow in two, the inside of which comprises: - semi-circular plates, the rotation shaft of which is situated in line and above the rib, and which are situated to form a V-shaped configuration when opening by the effect of the pressure of the surrounding fluid, and are situated in the same plane during the sealing, an operation which involves at least one spring which closes said plates, preventing the passage of fluid when the flow upstream of the valve is reduced; - at least one stop, situated above said plates, aligned with the rib and the rotation shaft of the same, delimiting the opening of the plates and making sure that the opening is symmetrical and that the plates do not rotate; - positioners, which in turn are housed in hollows with the same form as said positioners on the valve body, coinciding with the rotation line of the plates, which define a first hole in correspondence with the rotation shaft, which is supported on both positioners, and a second hole in which the stop is fastened which delimits the opening of the plates; characterized in that the fastening of each one of the positioners is effected on the wall of the bottom of the corresponding hollow by means of a stop which has a threaded end through which the valve body is immobilized, through a threaded bore existing on the bottom of both hollows, in correspondence with the second hole existing in the corresponding positioner; likewise, each one of the stops has a small step in the housing area in the positioner which butts against the edge of the second hole through which the previous threaded area passes, immobilizing the positioner in the corresponding hollow while the stop is fastened to the valve body. - semi-circular plates, the rotation shaft of which is situated in line and above the rib, and which are situated to form a V-shaped configuration when opening by the effect of the pressure of the surrounding fluid, and are situated in the same plane during the sealing, an operation which involves at least one spring which closes said plates, preventing the passage of fluid when the flow upstream of the valve is reduced; - at least one stop, situated above said plates, aligned with the rib and the rotation shaft of the same, delimiting the opening of the plates and making sure that the opening is symmetrical and that the plates do not rotate; - positioners, which in turn are housed in hollows with the same form as said positioners on the valve body, coinciding with the rotation line of the plates, which define a first hole in correspondence with the rotation shaft, which is supported on both positioners, and a second hole in which the stop is fastened which delimits the opening of the plates;
A method for backhaul inter-node communication between a first backhaul node and a second backhaul node, the method comprising: computing a beamforming weight matrix W; and the first backhaul node using the beamforming weight matrix W to transmit and/or receive data to and/or from the second backhaul node, characterised in that the beamforming matrix W is computed as the inverse of a weighted channel estimate matrix Ȟ = ρ ∘ Ĥ, such that W = Ȟ -1 = (ρ ∘ Ĥ) -1, where Ĥ is a channel estimate matrix and ρ is a weighting factor matrix such that ρ = 1 ρ ⋯ ρ N tx − 1 ⋮ ⋮ ⋱ ⋮ 1 ρ ⋯ ρ N tx − 1 where ρ has dimension N rx by N tx, where N rx is the number of receive antennas and N tx is the number of transmit antennas, where N tx, = N rx, and ρ is a scalar between 0 and 1, not taking the values of 0 and 1, and where ∘ denotes a Hadamard matrix product. computing a beamforming weight matrix W; and the first backhaul node using the beamforming weight matrix W to transmit and/or receive data to and/or from the second backhaul node, characterised in that the beamforming matrix W is computed as the inverse of a weighted channel estimate matrix Ȟ = ρ ∘ Ĥ, such that W = Ȟ -1 = (ρ ∘ Ĥ) -1, where Ĥ is a channel estimate matrix and ρ is a weighting factor matrix such that ρ = 1 ρ ⋯ ρ N tx − 1 ⋮ ⋮ ⋱ ⋮ 1 ρ ⋯ ρ N tx − 1 where ρ has dimension N rx by N tx, where N rx is the number of receive antennas and N tx is the number of transmit antennas, where N tx, = N rx, and ρ is a scalar between 0 and 1, not taking the values of 0 and 1, and where ∘ denotes a Hadamard matrix product.
A method of increasing the rubber recovery from non-Hevea plants comprising: A. utilizing briquettes comprising (i) compressed chopped plant matter having an average size of 3.8cm (1.5") or less, comprising bagasse, rubber, resin, residual water and (ii) no more than 5 weight % leaves from a non -Hevea plant, wherein the briquettes have a density that is 40-325% higher than the density of the non-compressed plant matter; B. subjecting the briquettes to an organic solvent extraction process whereby the briquettes are mixed with at least one polar organic solvent and at least one non-polar organic solvent to form a slurry that contains plant matter, organic solvents and 0.5-10 weight % water; and C. processing the slurry to remove bagasse and resin and recover at least 95-99% by weight of the rubber contained within the briquettes. A. utilizing briquettes comprising (i) compressed chopped plant matter having an average size of 3.8cm (1.5") or less, comprising bagasse, rubber, resin, residual water and (ii) no more than 5 weight % leaves from a non -Hevea plant, wherein the briquettes have a density that is 40-325% higher than the density of the non-compressed plant matter; B. subjecting the briquettes to an organic solvent extraction process whereby the briquettes are mixed with at least one polar organic solvent and at least one non-polar organic solvent to form a slurry that contains plant matter, organic solvents and 0.5-10 weight % water; and C. processing the slurry to remove bagasse and resin and recover at least 95-99% by weight of the rubber contained within the briquettes.
A gas turbine engine comprising a circumferential array of vanes (46a, 46b) slidably supported in an inner case shroud segment, wherein the annular inner case shroud includes an arcuate slot, the vanes (46a, 46b) include hooks received in the arcuate slots, the inner case shroud segment includes at least two rows of vanes (46a, 46b) axially spaced from one another, and multiple segments are secured to one another and to an outer case to provide an annular engine static structure section, characterised in that: the inner case shroud segment and the vanes (46a, 46b) have different material properties than one another, wherein the different material properties include the vanes (46a, 46b) having a higher fatigue strength than the inner case shroud segment.
Circuit board (10, 10', 10'') having at least one insulating substrate level (SL1, SL2, SL3, S14, SL5) and a multiplicity of electrically conductive copper layers (C1, C2, C3) arranged on the at least one insulating substrate level (SL1, SL2, SL3, S14, SL5), wherein at least one of the electrically conductive copper layers (C1, C2, C3) is coated at least on both sides with a layer (HS1, HS2, HS3) of a material for inhibiting electromigration, a further metal layer (M1, M2, M3, M3') being provided on a layer (HS1, HS2) of a material for inhibiting electromigration, which further metal layer is in turn coated with a further layer (HS3, HS3') of a material for inhibiting electromigration.
Tool arrangement for the machining of axially opposed peripheral edges (30, 32) of a bore in a work piece, comprising a shaft portion which is aligned along a longitudinal axis and whose cross-section corresponds to the cross-section of the bore, such that the shaft portion can pass through the bore with play, wherein the shaft portion has an end face which is aligned transversely to the longitudinal axis, and comprising a cutting tool which has a machining cutting edge and which can be pivoted at the end face of the shaft portion about a pivot axis between a machining position and a pass-through position, wherein the pivot axis is arranged radially offset from the longitudinal axis in such a way, that the cutting tool in the pass-through position is substantially aligned with the shaft portion, and that the machining cutting edge in the machining position protrudes radially with respect to the shaft portion, characterized in that the cutting tool is plate-shaped and in that the machining cutting edge is arranged in a region of a periphery of the cutting tool.
An apparatus comprising: a holder system (100, 200, 220, 240, 260, 300, 310, 320, 330, 340, 400, 500, 600, 700) configured to couple one or more transducers (108a, 108b, 208a, 208b, 228a, 228b, 251a, 252a, 253a, 251b, 252b, 253b, 268a, 268b, 308a, 308b, 408a, 408b, 708a, 708b) to a battery (102, 202, 222, 242, 262, 302, 402, 502, 702), the one or more transducers configured for electrochemical-acoustic signal interrogation (EASI) of the battery, the holder system comprising: at least one arm (204a, 204b, 224a, 224b, 244a, 244b, 264a, 264b, 304a, 304b, 404a, 404b, 704a, 704b) configured to house at least one transducer to be coupled to the battery; a pressure applying device (206a, 206b, 306a, 306b, 322a, 322b, 332a, 332b, 342a, 342b, 344a, 344b, 406a, 406b, 410a, 410b, 412a, 412b, 712a, 712b) configured to apply pressure to the at least one transducer, to control pressure between the at least one transducer and the battery; and being characterised in that the holder system further comprises a waveguide being disposed between the battery and the at least one transducer, wherein the waveguide is configured to position the battery beyond a near field of the at least one transducer. at least one arm (204a, 204b, 224a, 224b, 244a, 244b, 264a, 264b, 304a, 304b, 404a, 404b, 704a, 704b) configured to house at least one transducer to be coupled to the battery; a pressure applying device (206a, 206b, 306a, 306b, 322a, 322b, 332a, 332b, 342a, 342b, 344a, 344b, 406a, 406b, 410a, 410b, 412a, 412b, 712a, 712b) configured to apply pressure to the at least one transducer, to control pressure between the at least one transducer and the battery; and being characterised in that the holder system further comprises a waveguide being disposed between the battery and the at least one transducer, wherein the waveguide is configured to position the battery beyond a near field of the at least one transducer.
A method, comprising: providing an internal combustion engine producing an exhaust gas, an aftertreatment system receiving the exhaust gas and including a particulate filter, an SCR catalyst, and a urea injector operatively coupled to the aftertreatment system upstream of the SCR catalyst; interpreting an exhaust temperature value, an ambient temperature value, and a urea injection amount; in response to the exhaust temperature value, the ambient temperature value, and the urea injection amount, determining a urea deposit amount in the aftertreatment system; interpreting a stored NH 3 amount on the SCR catalyst; determining an NH 3 release amount in response to the exhaust temperature value and the stored NH 3 amount; in response to the urea deposit amount exceeding a urea deposit threshold, initiating a desoot regeneration event of the particulate filter comprising operating the engine at a urea decomposition exhaust temperature; and providing an elevated NO x output operation in response to the NH 3 release amount, wherein the elevated NO x output operation is configured to limit an NH 3 slip amount to a threshold value. providing an internal combustion engine producing an exhaust gas, an aftertreatment system receiving the exhaust gas and including a particulate filter, an SCR catalyst, and a urea injector operatively coupled to the aftertreatment system upstream of the SCR catalyst; interpreting an exhaust temperature value, an ambient temperature value, and a urea injection amount; in response to the exhaust temperature value, the ambient temperature value, and the urea injection amount, determining a urea deposit amount in the aftertreatment system; interpreting a stored NH 3 amount on the SCR catalyst; determining an NH 3 release amount in response to the exhaust temperature value and the stored NH 3 amount; in response to the urea deposit amount exceeding a urea deposit threshold, initiating a desoot regeneration event of the particulate filter comprising operating the engine at a urea decomposition exhaust temperature; and providing an elevated NO x output operation in response to the NH 3 release amount, wherein the elevated NO x output operation is configured to limit an NH 3 slip amount to a threshold value.
An information processing apparatus, comprising: a broadcast content processing unit (704, 705, 706) configured to receive broadcast content and to process the received broadcast content, said received broadcast content comprising video data and audio data; a controller configured to acquire, from the broadcast content or an application information table server, an application information table for a request to be transmitted to an application server for acquiring an application to be executed simultaneously with reproduction of the broadcast content, the application information table including first information for calculating a random timing at which the request for acquiring the application is to be transmitted, and to calculate, based on the first information, the random timing; and a communication interface configured to transmit to the application server, at the calculated random timing, the request for acquiring an application to be executed simultaneously with reproduction of the broadcast content. a broadcast content processing unit (704, 705, 706) configured to receive broadcast content and to process the received broadcast content, said received broadcast content comprising video data and audio data; a controller configured to acquire, from the broadcast content or an application information table server, an application information table for a request to be transmitted to an application server for acquiring an application to be executed simultaneously with reproduction of the broadcast content, the application information table including first information for calculating a random timing at which the request for acquiring the application is to be transmitted, and to calculate, based on the first information, the random timing; and to acquire, from the broadcast content or an application information table server, an application information table for a request to be transmitted to an application server for acquiring an application to be executed simultaneously with reproduction of the broadcast content, the application information table including first information for calculating a random timing at which the request for acquiring the application is to be transmitted, and to calculate, based on the first information, the random timing; and a communication interface configured to transmit to the application server, at the calculated random timing, the request for acquiring an application to be executed simultaneously with reproduction of the broadcast content.
A laundry treating apparatus comprising: a cabinet configured to define a receiving space for receiving laundry, the cabinet having an open surface; a door hingedly provided at the cabinet for opening and closing the open surface of the cabinet; a laundry support unit provided in the receiving space for supporting laundry; and a machinery compartment provided in the cabinet for defining a space that is separate from the receiving space, the machinery compartment being provided therein with an air supply unit for dehumidifying or heating air in the receiving space and supplying the dehumidified or heated air into the receiving space, characterized by an opening and closing sensing unit for sensing whether the door is open or closed and sensing an opening angle of the door; a controller receiving information about whether the door is open or closed or the opening angle of the door from the opening and closing sensing unit and controlling the operation of the air supply unit, wherein the controller is adapted to control a temperature of air supplied by the air supply unit when the door is open, which is lower than a temperature of air that is supplied by the air supply unit when the door is closed and wherein the air supply unit dehumidifies air in a room that communicates with the receiving space in a state in which the door is open. a cabinet configured to define a receiving space for receiving laundry, the cabinet having an open surface; a door hingedly provided at the cabinet for opening and closing the open surface of the cabinet; a laundry support unit provided in the receiving space for supporting laundry; and a machinery compartment provided in the cabinet for defining a space that is separate from the receiving space, the machinery compartment being provided therein with an air supply unit for dehumidifying or heating air in the receiving space and supplying the dehumidified or heated air into the receiving space, an opening and closing sensing unit for sensing whether the door is open or closed and sensing an opening angle of the door; a controller receiving information about whether the door is open or closed or the opening angle of the door from the opening and closing sensing unit and controlling the operation of the air supply unit, wherein the controller is adapted to control a temperature of air supplied by the air supply unit when the door is open, which is lower than a temperature of air that is supplied by the air supply unit when the door is closed and wherein the air supply unit dehumidifies air in a room that communicates with the receiving space in a state in which the door is open.
A sealing assembly for sealing a gap between a swing door and a floor comprising: a sealing member installed to be able to rotate from a closed position to an open position; characterized by an elastically deforming member made of an elastomer composition engaged in a cylindrical portion of the sealing member; and a seal driving member to rotate the sealing member from the closed position to the open position when the door is opened, wherein the elastically deforming member is positioned along a rotating axis of the sealing member, and wherein one end portion of the elastically deforming member is unrotatably installed, another end portion of the elastically deforming member is unrotatably engaged to the sealing member, and a middle portion between both end portions (6a, 6b) is able to be twisted according to the rotation of the sealing member, and wherein the elastically deforming member is deformed when the sealing member rotates from the closed position to the open position, and the sealing member returns from the open position to the closed position by elastic force of the elastically deforming member when the door is closed. a sealing member installed to be able to rotate from a closed position to an open position; characterized by an elastically deforming member made of an elastomer composition engaged in a cylindrical portion of the sealing member; and a seal driving member to rotate the sealing member from the closed position to the open position when the door is opened, wherein the elastically deforming member is positioned along a rotating axis of the sealing member, and wherein one end portion of the elastically deforming member is unrotatably installed, another end portion of the elastically deforming member is unrotatably engaged to the sealing member, and a middle portion between both end portions (6a, 6b) is able to be twisted according to the rotation of the sealing member, and wherein the elastically deforming member is deformed when the sealing member rotates from the closed position to the open position, and the sealing member returns from the open position to the closed position by elastic force of the elastically deforming member when the door is closed.
An extrude-to-fill injection molding apparatus comprising: a barrel including an end associated with a mold through a nozzle; a hopper coupled to the barrel and configured to fill a material into the barrel; one or more heaters associated with the barrel at a distance from the hopper to heat the material; and an extrusion screw received inside the barrel and configured to rotate clockwise and counter-clockwise; wherein the barrel or the extrusion screw is movable in an axial direction between a first position in which the extrusion screw rotates relative to the barrel to pump the heated material into the mold through the nozzle and a second position in which the extrusion screw closes the nozzle; and the apparatus configured to restrict movement of the extrusion screw in the axial direction while pumping the heated material into the mold. a barrel including an end associated with a mold through a nozzle; a hopper coupled to the barrel and configured to fill a material into the barrel; one or more heaters associated with the barrel at a distance from the hopper to heat the material; and an extrusion screw received inside the barrel and configured to rotate clockwise and counter-clockwise; wherein the barrel or the extrusion screw is movable in an axial direction between a first position in which the extrusion screw rotates relative to the barrel to pump the heated material into the mold through the nozzle and a second position in which the extrusion screw closes the nozzle; and the apparatus configured to restrict movement of the extrusion screw in the axial direction while pumping the heated material into the mold.