mhurhangee/patent-ind-claim-en huggingface dataset:
An exhaust gas dilution device comprising: a dilution tunnel that is configured to be supplied with dilution air and to dilute exhaust gas from an engine (DE; GE); a dilution air introduction path on an upstream side in the dilution tunnel configured to introduce the dilution air; a first exhaust gas introduction path that is configured to introduce first exhaust gas discharged from a first engine (DE) into the dilution tunnel ; and a second diluted exhaust gas introduction path that is configured to introduce second diluted exhaust gas into the dilution tunnel , the second diluted exhaust gas being gas resulting from dilution of second exhaust gas discharged from a second engine (GE), wherein: the dilution tunnel has a gas mixing part that is configured to mix the first exhaust gas introduced by the first exhaust gas introduction path and the dilution air introduced by the dilution air introduction path with each other, wherein the gas mixing part is formed of an orifice plate that is arranged with an orifice near a gas introduction port of the first exhaust gas introduction path ; and characterized in that the second diluted exhaust gas introduction path is configured to introduce the second diluted exhaust gas into an upstream side of the orifice in the dilution tunnel . a dilution tunnel that is configured to be supplied with dilution air and to dilute exhaust gas from an engine (DE; GE); a dilution air introduction path on an upstream side in the dilution tunnel configured to introduce the dilution air; a first exhaust gas introduction path that is configured to introduce first exhaust gas discharged from a first engine (DE) into the dilution tunnel ; and a second diluted exhaust gas introduction path that is configured to introduce second diluted exhaust gas into the dilution tunnel , the second diluted exhaust gas being gas resulting from dilution of second exhaust gas discharged from a second engine (GE), wherein: the dilution tunnel has a gas mixing part that is configured to mix the first exhaust gas introduced by the first exhaust gas introduction path and the dilution air introduced by the dilution air introduction path with each other, wherein the gas mixing part is formed of an orifice plate that is arranged with an orifice near a gas introduction port of the first exhaust gas introduction path ; and characterized in that the second diluted exhaust gas introduction path is configured to introduce the second diluted exhaust gas into an upstream side of the orifice in the dilution tunnel . the dilution tunnel has a gas mixing part that is configured to mix the first exhaust gas introduced by the first exhaust gas introduction path and the dilution air introduced by the dilution air introduction path with each other, wherein the gas mixing part is formed of an orifice plate that is arranged with an orifice near a gas introduction port of the first exhaust gas introduction path ; and characterized in that the second diluted exhaust gas introduction path is configured to introduce the second diluted exhaust gas into an upstream side of the orifice in the dilution tunnel .
Synthetic polysulphated oligosaccharide having 1 to 4 monosaccharide units, salts thereof, or complexes thereof, for use thereof for treating diabetic foot ulcer in arteriopathic patients.
A garment arranged for enveloping at least in part an articulating joint of a human body, the garment (200, 200', 200") comprising: one or more tension members each disposed longitudinally along a corresponding predetermined curved three-dimensional spatial path (C-D-E-F, C'-D'-E'-F', C''-D''-E''-F'') within or on a matrix of a garment material, the corresponding predetermined paths spatially relating the one or more tension members (220, 220', 220") to at least one natural ligament of the joint; a belt disposed for tightening the garment about a waist of the human body; and a stabilizing connector connecting the at least one tension member (220, 220', 220") to the belt , wherein the stabilizing connector is composed of a substantially inextensible material and wherein the one or more tension members each comprises one or more strands of a substantially longitudinally inextensible material; characterized in that the garment (200, 200', 200") comprises conduits (222, 222', 222") disposed within or on the garment material and arranged to receive the one or more strands of each tension member (220, 220', 220"). one or more tension members each disposed longitudinally along a corresponding predetermined curved three-dimensional spatial path (C-D-E-F, C'-D'-E'-F', C''-D''-E''-F'') within or on a matrix of a garment material, the corresponding predetermined paths spatially relating the one or more tension members (220, 220', 220") to at least one natural ligament of the joint; a belt disposed for tightening the garment about a waist of the human body; and a stabilizing connector connecting the at least one tension member (220, 220', 220") to the belt , wherein the stabilizing connector is composed of a substantially inextensible material and wherein the one or more tension members each comprises one or more strands of a substantially longitudinally inextensible material; characterized in that the garment (200, 200', 200") comprises conduits (222, 222', 222") disposed within or on the garment material and arranged to receive the one or more strands of each tension member (220, 220', 220").
A method for configuring a first user equipment, UE, to exchange sidelink packets with at least a second UE, the method comprising: receiving , at the first UE, via radio resource control, RRC, signaling, through a first interface, a first sidelink configuration from a first cell during a handover procedure to a second cell, wherein the first sidelink configuration is configured by the second cell partly based on a second sidelink configuration stored at the first UE and received from the first cell and partly decided by the second cell; and exchanging , through a second interface, one or more sidelink packets with the second UE based on the first sidelink configuration received from the first cell during the handover procedure, wherein: the first interface is configurable to be one of a long term evolution, LTE, Uu interface and a new radio, NR, Uu interface, and the second interface is configurable to be one of an LTE PC5 interface and an NR PC5 interface. receiving , at the first UE, via radio resource control, RRC, signaling, through a first interface, a first sidelink configuration from a first cell during a handover procedure to a second cell, wherein the first sidelink configuration is configured by the second cell partly based on a second sidelink configuration stored at the first UE and received from the first cell and partly decided by the second cell; and exchanging , through a second interface, one or more sidelink packets with the second UE based on the first sidelink configuration received from the first cell during the handover procedure, wherein: the first interface is configurable to be one of a long term evolution, LTE, Uu interface and a new radio, NR, Uu interface, and the second interface is configurable to be one of an LTE PC5 interface and an NR PC5 interface. the first interface is configurable to be one of a long term evolution, LTE, Uu interface and a new radio, NR, Uu interface, and the second interface is configurable to be one of an LTE PC5 interface and an NR PC5 interface.
A pet food, comprising: a base substance ; and a coating part that coats a part of the base substance ; wherein the part of the base substance is exposed, a component composition of the base substance and a component composition of the coating part are different from each other, the base substance is a puffed granule and both the major axis and the minor axis of the base substance is within the range of 3 to 30 mm, and the coating part has a line shape, the coating part is formed by a coating part-forming composition containing 5% to 70% by mass of vegetable oil and fat, 3% to 40% by mass of extremely hardened oil and fat, 5% to 70% by mass of powder ingredients, and 2.5% to 35% by mass of excipients. a base substance ; and a coating part that coats a part of the base substance ; wherein the part of the base substance is exposed, a component composition of the base substance and a component composition of the coating part are different from each other, the base substance is a puffed granule and both the major axis and the minor axis of the base substance is within the range of 3 to 30 mm, and the coating part has a line shape, the coating part is formed by a coating part-forming composition containing 5% to 70% by mass of vegetable oil and fat, 3% to 40% by mass of extremely hardened oil and fat, 5% to 70% by mass of powder ingredients, and 2.5% to 35% by mass of excipients.
Method for analysing particles in steel, especially precipitates and/or inclusions, wherein the particles are extracted from the steel by means of an extraction medium containing an acid and are thereafter analysed, characterized in that to prevent agglomeration of the particles, the extraction medium is provided with a dispersant containing a copolymer selected from the group consisting of acrylate copolymer, meth(acrylic)-based copolymer or terpolymer, maleic acid-based copolymer or terpolymer, p-tert-octylphenol derivative with polyethylene glycol side chain, sorbitan fatty acid ester, polyoxyethylene sorbitan fatty acid ester, poly(3,4-dihydroxy-phenylalanine)-polylactide copolymer and poly(3,4-dihydroxyphenylalanine)-polyethylene glycol copolymer.
A sensor system, comprising: at least one indicator comprising an oscillating circuit that is operable in resonance the at least one indicator connected to a movable element of an actuator; and a sensor PCB comprising sensor windings, wherein the sensor PCB with the sensor windings are arranged in direct proximity to the at least one indicator and external to a closed housing , wherein the sensor PCB is configured to receive an induced signal of the at least one indicator , and to measure a position or an angle of the movable element inside the actuator through the closed housing based on inductive resonance facilitated by the oscillating circuit. at least one indicator comprising an oscillating circuit that is operable in resonance the at least one indicator connected to a movable element of an actuator; and a sensor PCB comprising sensor windings, wherein the sensor PCB with the sensor windings are arranged in direct proximity to the at least one indicator and external to a closed housing , wherein the sensor PCB is configured to receive an induced signal of the at least one indicator , and to measure a position or an angle of the movable element inside the actuator through the closed housing based on inductive resonance facilitated by the oscillating circuit.
Baler comprising a partially or fully variable bale chamber , in which stem-like and/or leaf-like crops or similar material to be compressed can be shaped and/or compressed to form bales, wherein the bale-forming chamber comprises at least one belt element which circulates around deflection rollers and to which at least one adjustable belt tensioner is assigned, wherein the bale-forming chamber comprises an openable unloading door , and wherein an unloading-control device is provided for controlling the unloading door and/or the deflection rollers and/or the belt tensioners when unloading a bale, characterised in that the unloading-control device is designed, during unloading, to press the belt tensioner against the bale while opening the unloading door and to provide an opening movement of the unloading door , the movement profile and/or speed profile of which is adapted to the travel of the belt tensioner , and to push the bale out of the bale-forming chamber by means of the belt tensioner while the belt element remains tensioned.
A laminate for confirming the execution of cleaning procedures, comprising: a first layer having a photochromatic pigment , the photochromatic pigment being configured to change from a first state to a second state in response to exposure to an ultraviolet (UV) light source, the first state being invisible to a naked eye under ambient lighting and the second state being visible to the naked eye under ambient lighting; and a second layer , the second layer being a coupling layer configured to removably couple the laminate to a component, wherein the first layer comprises a combination of a plurality of indicators (212/214) and a pigment texture , wherein the indicators (212/214) are formed from the photochromatic pigment , and the pigment texture comprises an embossed pattern in which the photochromatic pigment is disposed. a first layer having a photochromatic pigment , the photochromatic pigment being configured to change from a first state to a second state in response to exposure to an ultraviolet (UV) light source, the first state being invisible to a naked eye under ambient lighting and the second state being visible to the naked eye under ambient lighting; and a second layer , the second layer being a coupling layer configured to removably couple the laminate to a component, wherein the first layer comprises a combination of a plurality of indicators (212/214) and a pigment texture , wherein the indicators (212/214) are formed from the photochromatic pigment , and the pigment texture comprises an embossed pattern in which the photochromatic pigment is disposed.
Device with a fixed actuator for a system for controlling the orientation of the fan blades of a turbomachine, comprising: an annular casing for the turbomachine, at least one actuator body accommodated inside the annular casing forming a support for a bearing, said annular casing being configured to be centred on a longitudinal axis (X-X) of the turbomachine and inclined with respect to this axis, each actuator cylinder body comprising an inner volume in which a piston is able to slide, separating the inner volume into two chambers isolated from each other; and at least one actuator rod passing through the annular casing forming a support for the bearing and each actuator cylinder rod having one end fastened to the piston and an opposite end intended to be connected to an inner ring of a movement transfer bearing to drive it in translation, characterised in that said inner volume of the actuator cylinder body is closed downstream by a chamber bottom which forms one-piece with the annular casing forming a support for the bearing.
A zinc salt of 2-[3-[ -3-[[2-chloro-3-(trifluoromethyl)phenyl]methyl-(2,2-diphenylethyl)amino]butoxy]phenyl]acetic acid (Compound 1), wherein the zinc salt is a 2:1 (Compound 1:zinc) salt.
Apparatus for measuring by spectrometry, comprising a measuring vessel combined with a heating device, said measuring vessel being in the form of a hollow tube , characterized in that the heating device is in the form of a soft optical article , which article comprises a soft flexible support having an upper face and a lower face , the upper face being covered with a reflective material to form an optical reflection layer, a flexible heating element being arranged on at least one of said support faces, said heating device being inserted into said hollow tube such that said reflective material of said soft optical article forms said optical reflection layer.
A method for isolating a nucleic acid from a formalin-fixed, paraffin-embedded (FFPE) tissue, comprising: (a) lysing FFPE tissue fragments in 90 μl or 200 μl lysis buffer comprising a chelating agent, an ionic surfactant, and Tris-CI, and 10 μl proteinase K, to prepare a separated sample; (b) adding, to the separated sample, 100 μl solution which comprises 2.5 M of sodium chloride, and 20% (w/v) polyethylene glycol (PEG-8000), and 100 μl magnetic bead solution; and (c) isolating the nucleic acid from the magnetic beads after obtaining the magnetic beads from the sample comprising the same. (a) lysing FFPE tissue fragments in 90 μl or 200 μl lysis buffer comprising a chelating agent, an ionic surfactant, and Tris-CI, and 10 μl proteinase K, to prepare a separated sample; (b) adding, to the separated sample, 100 μl solution which comprises 2.5 M of sodium chloride, and 20% (w/v) polyethylene glycol (PEG-8000), and 100 μl magnetic bead solution; and (c) isolating the nucleic acid from the magnetic beads after obtaining the magnetic beads from the sample comprising the same.
A growing apparatus comprising: a rotatable drum ; a light source situated interiorly of said rotatable drum; a plurality of plant receiving devices extending transversely of said drum and being located interiorly thereof; said plant receiving devices including a tray having a plurality of plant receiving receptacles formed therein, characterised in that each of said plant receiving receptacles having a frustoconical configuration with a narrow end of said frustoconical configuration facing interiorly of said drum towards said light source, said plant receiving receptacles contain a plant growing medium therein. a rotatable drum ; a light source situated interiorly of said rotatable drum; a plurality of plant receiving devices extending transversely of said drum and being located interiorly thereof; said plant receiving devices including a tray having a plurality of plant receiving receptacles formed therein, characterised in that each of said plant receiving receptacles having a frustoconical configuration with a narrow end of said frustoconical configuration facing interiorly of said drum towards said light source, said plant receiving receptacles contain a plant growing medium therein.
Thermal control system for predictive control and/or regulation of a heating/cooling device for air-conditioning a vehicle interior , wherein the heating/cooling device comprises a coolant circuit through which a coolant can flow and which can be connected with a vehicle component heat exchanger for a heat exchange between the coolant and a vehicle component and the thermal control system comprises a control device for controlling a coolant pump and/or at least one coolant valve of the coolant circuit , characterized in that the thermal control system comprises a detection device for detecting an activation of the vehicle component , which comprises at least one sensor unit configured as a current measuring device for measuring an electric current, and the control device can be activated by the detection device . wherein the heating/cooling device comprises a coolant circuit through which a coolant can flow and which can be connected with a vehicle component heat exchanger for a heat exchange between the coolant and a vehicle component and the thermal control system comprises a control device for controlling a coolant pump and/or at least one coolant valve of the coolant circuit , characterized in that the thermal control system comprises a detection device for detecting an activation of the vehicle component , which comprises at least one sensor unit configured as a current measuring device for measuring an electric current, and the control device can be activated by the detection device .
A method for producing an electronic part mounting substrate wherein an electronic part is mounted on one side of a copper plate or copper-plated plate , the method comprising the steps of: surface machining the one side of the copper plate or copper-plated plate to cause the surface roughness thereof to be 0.4 μ m or more; applying a silver paste on the surface-machined side of the copper plate or copper-plated plate ; arranging the electronic part on the silver paste applied on the surface-machined side of the copper plate or copper-plated plate ; and sintering silver in the silver paste to form a silver bonding layer to bond the electronic part to the surface-machined side of the copper plate or copper-plated plate , with the silver bonding layer , wherein the copper plate or copper-plated plate having the one side, which is surface-machined to have the surface roughness of 0.4 μm or more, is annealed to have a Vickers hardness Hv of not greater than 40 before the silver paste is applied and after the surface machining is carried out. surface machining the one side of the copper plate or copper-plated plate to cause the surface roughness thereof to be 0.4 μ m or more; applying a silver paste on the surface-machined side of the copper plate or copper-plated plate ; arranging the electronic part on the silver paste applied on the surface-machined side of the copper plate or copper-plated plate ; and sintering silver in the silver paste to form a silver bonding layer to bond the electronic part to the surface-machined side of the copper plate or copper-plated plate , with the silver bonding layer , wherein the copper plate or copper-plated plate having the one side, which is surface-machined to have the surface roughness of 0.4 μm or more, is annealed to have a Vickers hardness Hv of not greater than 40 before the silver paste is applied and after the surface machining is carried out.
A semiconductor device, comprising: a substrate ; a first active layer disposed over the substrate; a second active layer disposed on the first active layer, the second active layer having a higher bandgap than the first active layer such that a two-dimensional electron gas layer arises at the interface between the first active layer and the second active layer; a first electrode establishing a Schottky junction with the second active layer, the first electrode including a first electrode pad (510; 640) and a first series of fingers (550; 555) in electrical contact with the first electrode pad; and a second electrode establishing an ohmic junction with the second active layer, the second electrode including a second electrode pad (520; 650) and a second series of fingers (560; 565) being in electrical contact with the second electrode pad, the first and second series of electrode fingers forming an interdigitated pattern and the first electrode pad being located over the first and second series of electrode fingers, characterised in that the second electrode pad is surrounded by the first electrode pad; and in that the first and second series of electrode fingers each include first and second electrode portions formed on opposite sides of the second electrode pad, the first electrode portions of the first and second series of electrode fingers forming a first interdigitated pattern and the second electrode portions of the first and second series of electrode fingers forming a second interdigitated pattern spatially separated from the first interdigitated pattern. a substrate ; a first active layer disposed over the substrate; a second active layer disposed on the first active layer, the second active layer having a higher bandgap than the first active layer such that a two-dimensional electron gas layer arises at the interface between the first active layer and the second active layer; a first electrode establishing a Schottky junction with the second active layer, the first electrode including a first electrode pad (510; 640) and a first series of fingers (550; 555) in electrical contact with the first electrode pad; and a second electrode establishing an ohmic junction with the second active layer, the second electrode including a second electrode pad (520; 650) and a second series of fingers (560; 565) being in electrical contact with the second electrode pad, the first and second series of electrode fingers forming an interdigitated pattern and the first electrode pad being located over the first and second series of electrode fingers, characterised in that the second electrode pad is surrounded by the first electrode pad; and in that the first and second series of electrode fingers each include first and second electrode portions formed on opposite sides of the second electrode pad, the first electrode portions of the first and second series of electrode fingers forming a first interdigitated pattern and the second electrode portions of the first and second series of electrode fingers forming a second interdigitated pattern spatially separated from the first interdigitated pattern.