mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an aircraft engine nacelle leading edge (212A, 212B, 212C) comprising: a first porous skin comprised of a first material such that at least a portion of the first material is a ferromagnetic metal, and a second non-porous skin, wherein the first porous skin includes: a porous facesheet; a backsheet; and a porous septum; wherein the first and second skins (316, 314) at least partly define a cavity; a first inductive coil located at least partly within the cavity and configured to be electromagnetically coupled to the first skin; and a second inductive coil configured to be electromagnetically coupled to the second skin. a first porous skin comprised of a first material such that at least a portion of the first material is a ferromagnetic metal, and a second non-porous skin, wherein the first porous skin includes: a porous facesheet; a backsheet; and a porous septum; a backsheet; and a porous septum; wherein the first and second skins (316, 314) at least partly define a cavity; a first inductive coil located at least partly within the cavity and configured to be electromagnetically coupled to the first skin; and a second inductive coil configured to be electromagnetically coupled to the second skin.
Biogas container with a dome shaped air supported roof, wherein the air supported roof contains a gas-proof and, if necessary, also liquid-proof basic film applied to the open surface of a container shell with in particular circular basic shape, and a multitude of stabilizing elements is provided that interact with the basic film while transmitting load and serve for diverting tensile powers, wherein several or all stabilizing elements together in the pole area of the basic film form a star- or beam-like stabilizing construction, characterized in that the stabilizing elements are attached to the basic film, and at least in sections are held in pocket-like enveloping hoses that are connected to the basic film, in particular connected non-releasably, and the basic film consists of a fabric and a coating, wherein the basic film or the coating consists at least partly of polyvinyl chloride, polyethylene, or polytetrafluorethylene (PTFE).
Clamping device for fixation in different longitudinal positions at an elongated support, the clamping device comprising - a bearing pedestal which has a clearance for receiving the support, the clearance being continuous in direction of a main axis, and which encloses the clearance in circumferential direction about the main axis over at least 200°, - two clamping elements (5, 6) supported at the bearing pedestal and - a tensioning screw arrangement which, by a primary force, forces the clamping elements (5, 6) against each other in parallel to the main axis, - wherein in the primary force is diverted into a secondary force running transverse to the main axis, by which the clamping elements (5, 6) are forced into the clearance, characterised in - that the two clamping elements (5, 6) are supported in two swivel bearings (14, 15) on two sides of the bearing pedestal facing each other in the direction of the main axis, - wherein the swivel bearings (14, 15) allow for swivelling the clamping elements (5, 6) with regard to the bearing pedestal about swivel axes running transverse to the main axis, - wherein the tensioning screw arrangement, when viewed in radial direction with regard to the main axis, engages the respective clamping element (5, 6) between the respective swivel axis (20, 21) and the clearance, and - wherein a distance between the two swivel axes (20, 21) is smaller than a distance of the two areas in which the clamping elements (5, 6) are forced into the clearance. - a bearing pedestal which has a clearance for receiving the support, the clearance being continuous in direction of a main axis, and which encloses the clearance in circumferential direction about the main axis over at least 200°, - two clamping elements (5, 6) supported at the bearing pedestal and - a tensioning screw arrangement which, by a primary force, forces the clamping elements (5, 6) against each other in parallel to the main axis, - wherein in the primary force is diverted into a secondary force running transverse to the main axis, by which the clamping elements (5, 6) are forced into the clearance, characterised in - that the two clamping elements (5, 6) are supported in two swivel bearings (14, 15) on two sides of the bearing pedestal facing each other in the direction of the main axis, - wherein the swivel bearings (14, 15) allow for swivelling the clamping elements (5, 6) with regard to the bearing pedestal about swivel axes running transverse to the main axis, - wherein the tensioning screw arrangement, when viewed in radial direction with regard to the main axis, engages the respective clamping element (5, 6) between the respective swivel axis (20, 21) and the clearance, and - wherein a distance between the two swivel axes (20, 21) is smaller than a distance of the two areas in which the clamping elements (5, 6) are forced into the clearance.
An actuator for a valve in vapour compression system, the actuator comprising an elongated Shape Memory Alloy element, said Shape Memory Alloy element, when forming part of the valve, having one end intended for being distant to a valve element of the valve, and a second end intended for being proximate to the valve element of the valve, and where the Shape Memory Alloy element extends from the distant end to the proximate end along at least two, preferably parallel, extensions (11,12) of the Shape Memory Alloy element, characterized in said actuator comprising at least one encapsulation constituting an elongated body for the elongated Shape Memory Alloy element, and where the at least one encapsulation encapsulates the at least two extensions (11,12) of the Shape Memory Alloy element, and where the at least one encapsulation provides a thermal resistance between a temperature of the Shape Memory Alloy element and a temperature of an environment of the encapsulation and of the at least two extensions (11,12) of the Shape Memory Alloy element.
A method performed by an alertness-increasing system for avoiding a situation with a potentially in-alert driver of a vehicle, said method comprising: determining that said driver is, and/or may potentially become, in-alert in his or her driving; initiating a software-based function adapted to cognitively stimulate said driver, wherein said function comprises an alertness task application, such as an alertness game application; and initiating another and/or complimentary software-based function adapted to cognitively stimulate the driver, if a reached score in said alertness task application falls below a predetermined minimum score threshold. determining that said driver is, and/or may potentially become, in-alert in his or her driving; initiating a software-based function adapted to cognitively stimulate said driver, wherein said function comprises an alertness task application, such as an alertness game application; and initiating another and/or complimentary software-based function adapted to cognitively stimulate the driver, if a reached score in said alertness task application falls below a predetermined minimum score threshold.
Apparatus to be introduced into a conduit comprising a cable having a plastic jacket and a length, and a pliant sleeve positioned around the cable for substantially the entire length, wherein the pliant sleeve is made of a fabric material which provides less friction with the conduit than said plastic jacket, characterised in that the sleeve is initially in the form of a sheet of fabric material having a width, wherein the sheet has opposed edges, a hook portion of a connector being formed near one said edge and a loop portion of a connector being formed near the other said edge, said hook portion engaging said loop portion so that said sleeve engages said cable, wherein the width of the sheet between the connectors generally corresponds to the circumference of the cable, and wherein a longitudinal axis of the sheet aligns with a longitudinal axis of the cable.
A hemostatic material comprising a compacted ORC powder comprising particles having average aspect ratio from 1 to 18, wherein said compacted ORC powder is ball milled ORC powder.
An uplink data transmission confirmation device of a terminal, comprising: a transceiver, configured to send uplink data to a base station; and characterized in a processor, configured to detect, within a first preset period, whether first physical downlink control channel signaling sent by the base station is received to obtain a detection result; and determine, according to the detection result, whether the uplink data is successfully transmitted, wherein the uplink data is a non-random access response message Msg3 and the first physical downlink control channel signaling is used to instruct the transceiver to re-send the uplink data; wherein the processor is specifically configured to determine, according to the detection result, whether the uplink data is successfully transmitted as following: when the detection result is that no first physical downlink control channel signaling sent by the base station is detected within the first preset period, determine that the uplink data is successfully transmitted; and when the detection result is that the first physical downlink control channel signaling sent by the base station is detected within the first preset period, determine that the uplink data is unsuccessfully transmitted. a transceiver, configured to send uplink data to a base station; and characterized in a processor, configured to detect, within a first preset period, whether first physical downlink control channel signaling sent by the base station is received to obtain a detection result; and determine, according to the detection result, whether the uplink data is successfully transmitted, wherein the uplink data is a non-random access response message Msg3 and the first physical downlink control channel signaling is used to instruct the transceiver to re-send the uplink data; wherein the processor is specifically configured to determine, according to the detection result, whether the uplink data is successfully transmitted as following: when the detection result is that no first physical downlink control channel signaling sent by the base station is detected within the first preset period, determine that the uplink data is successfully transmitted; and when the detection result is that the first physical downlink control channel signaling sent by the base station is detected within the first preset period, determine that the uplink data is unsuccessfully transmitted. when the detection result is that no first physical downlink control channel signaling sent by the base station is detected within the first preset period, determine that the uplink data is successfully transmitted; and when the detection result is that the first physical downlink control channel signaling sent by the base station is detected within the first preset period, determine that the uplink data is unsuccessfully transmitted.
A tubular article having a longitudinal axis X comprising inner and outer separate strips (12,14) of spirally wound overlapping material each having a longitudinal axis L and first and second edges (16, 18, 16', 18'), characterised in that each strip (12,14) comprises two or more longitudinally extending ridges (20, 22, 20', 22'), each of which extends along said longitudinally extending axis L in parallel to each other and in which said ridges (20, 22, 20', 22') each comprise asymmetric ridges having a leading edge (24, 24') forming a contact portion (28, 28') and wherein said leading edges (24, 24') are each in contact with each other and further comprising a non-contact trailing edge portion (26, 26') which are spaced from each other by an amount G".
An apparatus, comprising: a pallet dispensing system, comprising: a movable frame being configured to movably hold, at least in part, a pallet stack between a pallet-storage position and a pallet-dispensation position, wherein the movable frame is also configured to hold the pallet stack relative to a pallet transporter in such a way that the pallet transporter is permitted to vertically lift, at least in part, the pallet stack from the pallet-dispensation position to the pallet-storage position as the movable frame is provided, at least in part, with vertical-lift assistance through stored potential energy; a raising device being configured to vertically lift the movable frame away from the pallet-dispensation position toward the pallet-storage position without consuming electrical energy while the pallet transporter is permitted to vertically lift the pallet stack, wherein the raising device includes: a spring assembly being configured to apply, at least in part, an amount of mechanical kinetic energy being converted, at least in part, from an amount of mechanical potential energy to the movable frame in such a way that application, at least in part, of the amount of mechanical kinetic energy to the movable frame urges, at least in part, movement of the movable frame away from the pallet-dispensation position toward the pallet-storage position. a movable frame being configured to movably hold, at least in part, a pallet stack between a pallet-storage position and a pallet-dispensation position, wherein the movable frame is also configured to hold the pallet stack relative to a pallet transporter in such a way that the pallet transporter is permitted to vertically lift, at least in part, the pallet stack from the pallet-dispensation position to the pallet-storage position as the movable frame is provided, at least in part, with vertical-lift assistance through stored potential energy; a raising device being configured to vertically lift the movable frame away from the pallet-dispensation position toward the pallet-storage position without consuming electrical energy while the pallet transporter is permitted to vertically lift the pallet stack, wherein the raising device includes: a spring assembly being configured to apply, at least in part, an amount of mechanical kinetic energy being converted, at least in part, from an amount of mechanical potential energy to the movable frame in such a way that application, at least in part, of the amount of mechanical kinetic energy to the movable frame urges, at least in part, movement of the movable frame away from the pallet-dispensation position toward the pallet-storage position.
A T cell receptor having antigenic specificity for human papillomavirus 16 E6 and comprising a human variable region and a murine constant region, wherein the TCR comprises the amino acid sequences of SEQ ID NOs: 3-8, and optionally wherein: (i) the TCR has antigenic specificity for HPV 16 E6 29-38 comprising the amino acid sequence of SEQ ID NO: 2; (ii) the TCR comprises the amino acid sequences of SEQ ID NOs: 15 and 16; (iii) the TCR comprises the amino acid sequences of SEQ ID NOs: 17 and 18; and/or (iv) the TCR comprises the amino acid sequences of SEQ ID NOs: 9 and 10. (i) the TCR has antigenic specificity for HPV 16 E6 29-38 comprising the amino acid sequence of SEQ ID NO: 2; (ii) the TCR comprises the amino acid sequences of SEQ ID NOs: 15 and 16; (iii) the TCR comprises the amino acid sequences of SEQ ID NOs: 17 and 18; and/or (iv) the TCR comprises the amino acid sequences of SEQ ID NOs: 9 and 10.
A computer-implemented method for determining a degradation state of a turbo and/or a humidifier of a fuel cell system for a vehicle, the fuel cell system comprising a fuel cell stack, in addition to the turbo and the humidifier, wherein the method comprises: - obtaining a fuel cell system efficiency value which corresponds to a measured efficiency decrease of the fuel cell system during use with respect to a first reference efficiency, - obtaining a fuel cell stack efficiency value which corresponds to a measured efficiency decrease of the fuel cell stack during use with respect to a second reference efficiency, and - determining the degradation state of the turbo and/or the humidifier based on a difference between the fuel cell system efficiency value and the fuel cell stack efficiency value. - obtaining a fuel cell system efficiency value which corresponds to a measured efficiency decrease of the fuel cell system during use with respect to a first reference efficiency, - obtaining a fuel cell stack efficiency value which corresponds to a measured efficiency decrease of the fuel cell stack during use with respect to a second reference efficiency, and - determining the degradation state of the turbo and/or the humidifier based on a difference between the fuel cell system efficiency value and the fuel cell stack efficiency value.
Bucket wheel device with a system for determining the wear of material-removing elements which are arranged on the blades of a bucket wheel of the bucket wheel device, comprising at least one recording unit, which is arranged resting on the bucket wheel device and by means of which measurement signals can be transmitted and/or received, and can be used to measure the wear of the material-removing elements during a movement of the material-removing elements during operation, characterized in that the system comprises a rotary transducer, wherein the rotational position of the bucket wheel can be detected by the rotary transducer.
A method for producing boron trichloride by a reaction between boron carbide and chlorine gas, the method comprising: bringing a chlorine-containing gas, which contains chlorine gas and has a water content of 1 ppm by volume or less, into contact with boron carbide at a temperature of 300°C or higher and 400°C or lower, and allowing water contained in the boron carbide to react with the chlorine gas in the chlorine-containing gas to remove the water contained in the boron carbide; and allowing the boron carbide dehydrated in the bringing of the chlorine-containing gas to react with the chlorine gas to generate boron trichloride. bringing a chlorine-containing gas, which contains chlorine gas and has a water content of 1 ppm by volume or less, into contact with boron carbide at a temperature of 300°C or higher and 400°C or lower, and allowing water contained in the boron carbide to react with the chlorine gas in the chlorine-containing gas to remove the water contained in the boron carbide; and allowing the boron carbide dehydrated in the bringing of the chlorine-containing gas to react with the chlorine gas to generate boron trichloride.
A household appliance comprising a body with a cooled compartment, a door (10, 20, 30, 40) that restricts and grants access to said cooled compartment, a foot assembly connected to the body and comprising at least one of an anti-tip foot to support the appliance and/or a wheel to facilitate moving the household appliance, characterized by an electrical connector support coupled to the foot assembly to support electronic components of the household appliance, the electrical connector support comprising: a frame base portion connected to the foot assembly: a door sensor support attached to the frame base portion; and a door sensor configured to sense if the door is at an open or a closed position relative to the body, wherein at least one component of the door sensor is attached to the door sensor support. a frame base portion connected to the foot assembly: a door sensor support attached to the frame base portion; and a door sensor configured to sense if the door is at an open or a closed position relative to the body, wherein at least one component of the door sensor is attached to the door sensor support.
A process for inhibiting browning of plant material, the method comprising the steps of: - providing a plant material; - disrupting the plant material; - adding a chelating agent to the disrupted plant material to a concentration of 1-200 mM in the liquid fraction; - adjusting the pH of the plant material to a value of from about 2.0 to about 4.5; - contacting the plant material with a cation-exchange chromatography resin to separate a binding fraction from a non-binding fraction; - contacting the cation-exchange chromatography resin with an eluent solution to elute a soluble product from the binding fraction from the cation-exchange chromatography resin. - providing a plant material; - disrupting the plant material; - adding a chelating agent to the disrupted plant material to a concentration of 1-200 mM in the liquid fraction; - adjusting the pH of the plant material to a value of from about 2.0 to about 4.5; - contacting the plant material with a cation-exchange chromatography resin to separate a binding fraction from a non-binding fraction; - contacting the cation-exchange chromatography resin with an eluent solution to elute a soluble product from the binding fraction from the cation-exchange chromatography resin.
A method comprising, in a single trip in a well bore, the steps: (a) running a tool string downhole in the well bore, the tool string including a casing cutter and a stinger; (b) passing a fluidised plugging material through the casing cutter and the stinger to deposit a quantity of the fluidised plugging material into the well bore to form a plug; (c) drawing the stinger out of at least a portion of the deposited fluidised plugging material; and (d) using the casing cutter to part an upper length of casing from a lower length of casing. (a) running a tool string downhole in the well bore, the tool string including a casing cutter and a stinger; (b) passing a fluidised plugging material through the casing cutter and the stinger to deposit a quantity of the fluidised plugging material into the well bore to form a plug; (c) drawing the stinger out of at least a portion of the deposited fluidised plugging material; and (d) using the casing cutter to part an upper length of casing from a lower length of casing.
A composite hydrophilic porous membrane comprising a porous fluoropolymer support and a coating comprising a copolymer, wherein the copolymer comprises repeat units A and B, wherein A is of the formula: and B is of the formula wherein: the copolymer is a block copolymer or a random copolymer; x is 3 to about 10; m and n, the number of repeat units A and B present in the copolymer, respectively, range from 1 to about 1000, provided the sum of m and n is equal to or greater than 10, wherein the copolymer is optionally crosslinked. the copolymer is a block copolymer or a random copolymer; x is 3 to about 10; m and n, the number of repeat units A and B present in the copolymer, respectively, range from 1 to about 1000, provided the sum of m and n is equal to or greater than 10,
A method of making an SCR-active molecular sieve-based catalyst, the method comprising performing a hydrothermal treatment on an iron-containing molecular sieve in a non-oxidizing atmosphere in the presence of steam at a temperature in the range of 600-900 °C for a time period from 5 minutes to two hours, wherein the non-oxidizing atmosphere is an inert or reducing atmosphere, and wherein the molecular sieve is a zeolite having a FER framework.
Method for measuring or monitoring the content of particulate matter suspended in carrier gas, sampled with sample volume flow rate (Q s), the method comprising electrical particle charging of at least some of the particles in the same sample flow, collecting at least some of the charged particles using electrostatic force in the same sample flow and measuring the electrical current carried by at least some of the charged particles, characterized in that the charging and collecting are dimensioned by maximizing P ch n 2, where P ch = particle penetration through charger and n = number of elementary charges on a particle, such that the current carried by the particles collected is measured and the said current is only part of total current carried by the charged particles.