mhurhangee/patent-ind-claim-en huggingface dataset:
A connection panoply for a thermal building regulation hydraulic device , the panoply including: - a circuit support arranged to accommodate several hydraulic pipes , said support being made up of at least partly a polymer material, - a metal plate able to be fixed to the support and including at least three fixing arms configured to allow fixing of the support to the thermal building regulation hydraulic device , - several hydraulic pipes ; said circuit support is further arranged to accommodate the hydraulic pipes on the side of a first face of the circuit support ; and at least part of the metal plate is positioned in contact with a second face of the circuit support opposite the first face . - a circuit support arranged to accommodate several hydraulic pipes , said support being made up of at least partly a polymer material, - a metal plate able to be fixed to the support and including at least three fixing arms configured to allow fixing of the support to the thermal building regulation hydraulic device , - several hydraulic pipes ; said circuit support is further arranged to accommodate the hydraulic pipes on the side of a first face of the circuit support ; and at least part of the metal plate is positioned in contact with a second face of the circuit support opposite the first face .
A bone screw insertion system comprising: a bone screw having a head and a shaft ; an annular washer adapted to be mounted on the bone screw shaft ; an inserter having a longitudinally extending shaft with an axial bore therethrough for receiving the bone screw , the inserter shaft having a first end with a washer retention means surrounding the inserter shaft bore , the washer retention means positioning the washer to receive the bone screw shaft ; wherein the inserter shaft first end has an enlarged bore with an open recessed area communicating with the inserter shaft bore defining an annular recessed surface for receiving the washer ; characterized in that the inserter shaft first end has first and second crossbores adjacent to the annular recessed surface ; and in that resilient spring elements extend through the first and second crossbores for retaining the washer mounted on the annular recessed surface , so that the washer can be automatically picked up by the bone screw . a bone screw having a head and a shaft ; an annular washer adapted to be mounted on the bone screw shaft ; an inserter having a longitudinally extending shaft with an axial bore therethrough for receiving the bone screw , the inserter shaft having a first end with a washer retention means surrounding the inserter shaft bore , the washer retention means positioning the washer to receive the bone screw shaft ; wherein the inserter shaft first end has an enlarged bore with an open recessed area communicating with the inserter shaft bore defining an annular recessed surface for receiving the washer ; characterized in that the inserter shaft first end has first and second crossbores adjacent to the annular recessed surface ; and in that resilient spring elements extend through the first and second crossbores for retaining the washer mounted on the annular recessed surface , so that the washer can be automatically picked up by the bone screw .
A sample plate for mass spectrometry, the sample plate including: a target plate, an organic matrix formed on one surface of the target plate, a parylene thin film formed on the target plate having the organic matrix formed thereon and formed to cover the entire organic matrix, the parylene thin film being formed to have a thickness of 10 nm to 100 nm, and characterized by a sample fixing layer formed on the parylene thin film, wherein the sample fixing layer is made of graphene which is different from carbon nano tube (CNT) and does not constitute CNT. a target plate, an organic matrix formed on one surface of the target plate, a parylene thin film formed on the target plate having the organic matrix formed thereon and formed to cover the entire organic matrix, the parylene thin film being formed to have a thickness of 10 nm to 100 nm, and characterized by a sample fixing layer formed on the parylene thin film, wherein the sample fixing layer is made of graphene which is different from carbon nano tube (CNT) and does not constitute CNT.
A test instrument to detect phase slips on a multi-lane serial datalink , the test instrument comprising: a multi-lane serial interface to couple to the multi-lane serial datalink ; and a slip detector to: for each lane of a plurality of lanes of the multi-lane serial datalink , access a First-In-First-Out FIFO filling level FFL of the lane; identify a reference lane from among the plurality of lanes based on the FFLs; wherein to identify the reference lane, the slip detector is further to identify, for each lane, a number of partner lanes of the lane, wherein a partner lane indicates a match between two lanes that have not slipped relative to one another, and select a lane having a highest number of partner lanes as the reference lane; and for each lane of the plurality of lanes, detect whether or not there exists phase slippage of the lane with respect to the reference lane based on a FFL of the reference lane and a FFL of the lane. a multi-lane serial interface to couple to the multi-lane serial datalink ; and a slip detector to: for each lane of a plurality of lanes of the multi-lane serial datalink , access a First-In-First-Out FIFO filling level FFL of the lane; identify a reference lane from among the plurality of lanes based on the FFLs; wherein to identify the reference lane, the slip detector is further to identify, for each lane, a number of partner lanes of the lane, wherein a partner lane indicates a match between two lanes that have not slipped relative to one another, and select a lane having a highest number of partner lanes as the reference lane; and for each lane of the plurality of lanes, detect whether or not there exists phase slippage of the lane with respect to the reference lane based on a FFL of the reference lane and a FFL of the lane. for each lane of a plurality of lanes of the multi-lane serial datalink , access a First-In-First-Out FIFO filling level FFL of the lane; identify a reference lane from among the plurality of lanes based on the FFLs; wherein to identify the reference lane, the slip detector is further to identify, for each lane, a number of partner lanes of the lane, wherein a partner lane indicates a match between two lanes that have not slipped relative to one another, and select a lane having a highest number of partner lanes as the reference lane; and for each lane of the plurality of lanes, detect whether or not there exists phase slippage of the lane with respect to the reference lane based on a FFL of the reference lane and a FFL of the lane.
A connector for connecting casing segments used in wells drilled in high temperature areas and for transport of high temperature media, the connector comprising: - a hollow tubular main body with an outer support member of a first tubular sleeve opening to be attached to a first casing and an outer support member of a second tubular sleeve opening to be attached to a second casing , - an inwardly facing circumferential spacing axially extending between an inwardly extending upper rim in proximity to the first tubular sleeve opening and an inwardly extending central rim , - an inner tubular member extending radially within the spacing , said inner tubular member comprising a first circumferential engaging zone for engaging a mating engaging zone of an end of said first casing , wherein the inner tubular member comprises an abutting inwardly extending rim that contacts the peripheral end surface of the first casing when the first casing is fully attached. - a second circumferential engaging zone in proximity to the second tubular sleeve opening , for engaging a mating engaging zone of an end of the second casing , characterised in that the inner tubular member is shorter in the axial direction than the inwardly facing circumferential spacing and is reversibly slidable within the inwardly facing circumferential spacing between the inwardly extending upper rim and the inwardly extending central rim forming a metallic sealing with sealing surfaces that are essentially parallel to the axial direction, and in that the outer surface of the inner tubular member and the inner surface of the hollow tubular main body form a metallic seal in an open mounting position, whereas, the outer surface of the inner tubular member and the inner surface of the outer support member together with the bottom surface of the inwardly extending lower rim of the inner tubular member and the top surface of the inwardly extending central rim of the outer support member of the second tubular sleeve opening form a metallic seal in a connecting position. - a hollow tubular main body with an outer support member of a first tubular sleeve opening to be attached to a first casing and an outer support member of a second tubular sleeve opening to be attached to a second casing , - an inwardly facing circumferential spacing axially extending between an inwardly extending upper rim in proximity to the first tubular sleeve opening and an inwardly extending central rim , - an inner tubular member extending radially within the spacing , said inner tubular member comprising a first circumferential engaging zone for engaging a mating engaging zone of an end of said first casing , wherein the inner tubular member comprises an abutting inwardly extending rim that contacts the peripheral end surface of the first casing when the first casing is fully attached. - a second circumferential engaging zone in proximity to the second tubular sleeve opening , for engaging a mating engaging zone of an end of the second casing ,
A stator for a rotary electric machine , comprising: - a ring gear having teeth that define slots between one another that are open radially toward the outside, - windings that are disposed in a distributed manner in the slots , i.e. at least one of the windings passes through two non-adjacent slots in succession, having electrical conductors that are disposed in an arranged manner in the slots , and - a yoke that is not produced in one piece with the ring gear and is attached to the ring gear, characterized by the fact that at least one slot has in cross section, perpendicularly to the axis of rotation, an hexagonal shape with a bottom that narrows in the direction of the air gap. - a ring gear having teeth that define slots between one another that are open radially toward the outside, - windings that are disposed in a distributed manner in the slots , i.e. at least one of the windings passes through two non-adjacent slots in succession, having electrical conductors that are disposed in an arranged manner in the slots , and - a yoke that is not produced in one piece with the ring gear and is attached to the ring gear,
An electrical socket for connecting an electrical installation of a towing vehicle with an electrical installation of a trailer, the electrical socket comprising: a plurality of electrical connectors ; a plurality of guides for receiving pins from an electrical plug to connect to the electrical connectors ; one or more light sources ; a proximity sensor ; and a control unit for activating the one or more light sources in response to the proximity sensor detecting a presence of a user at a distance around the socket below a predetermined threshold distance, wherein the proximity sensor is a capacitive sensor comprising a capacitive antenna arranged along at least a portion of a perimeter of the socket . a plurality of electrical connectors ; a plurality of guides for receiving pins from an electrical plug to connect to the electrical connectors ; one or more light sources ; a proximity sensor ; and a control unit for activating the one or more light sources in response to the proximity sensor detecting a presence of a user at a distance around the socket below a predetermined threshold distance, wherein the proximity sensor is a capacitive sensor comprising a capacitive antenna arranged along at least a portion of a perimeter of the socket .
Method for combined cooling and heating in an aircraft , the aircraft comprising an engine configured to use dihydrogen as fuel, the dihydrogen being stored in liquid form in a tank and being used in gaseous form in the engine , the engine being a turboprop engine, the dihydrogen being conveyed from the tank to the engine via a pipe referred to as main pipe , the method additionally comprising the following steps: - branching off, parallel to a predefined section of the main pipe , one portion of the flow of dihydrogen into a pipe referred to as bypass pipe , - circulating a first heat-transfer fluid in a first closed circuit , - bringing about a first exchange of heat between the first heat-transfer fluid and the dihydrogen circulating in the bypass pipe , the method being characterized in that it comprises the step of bringing about at least one second exchange of heat, referred to as secondary exchange of heat, each secondary exchange of heat being brought about between the first heat-transfer fluid and a fluid that is used in the aircraft and needs to be cooled, referred to as working fluid. - branching off, parallel to a predefined section of the main pipe , one portion of the flow of dihydrogen into a pipe referred to as bypass pipe , - circulating a first heat-transfer fluid in a first closed circuit , - bringing about a first exchange of heat between the first heat-transfer fluid and the dihydrogen circulating in the bypass pipe , the method being characterized in that it comprises the step of bringing about at least one second exchange of heat, referred to as secondary exchange of heat, each secondary exchange of heat being brought about between the first heat-transfer fluid and a fluid that is used in the aircraft and needs to be cooled, referred to as working fluid.
A receptacle for minimizing evaporation of a fluid, comprising: a single-piece body comprising: a first chamber having a first chamber volume and a first chamber opening, the first chamber containing a first portion of a fluid, a second chamber having a second chamber volume, a second chamber opening separate from the first chamber opening, the second chamber containing a second portion of the fluid, and a conduit configured to allow fluid communication between the first chamber and the second chamber; one or more fluid-tight seals affixed to a surface of the body, the surface of the body defining the first and second chamber openings, wherein at least a portion of the one or more fluid-tight seals covers the first chamber opening and is frangible; a penetrable septum covering the first chamber opening and the portion of the one or more fluid-tight seals; and a lid having an opening axially aligned with the first chamber opening and coupled to the body such that at least a portion of the septum is disposed between the lid and the one or more fluid-tight seals, wherein the septum comprises at least one slit forming flaps. a first chamber having a first chamber volume and a first chamber opening, the first chamber containing a first portion of a fluid, a second chamber having a second chamber volume, a second chamber opening separate from the first chamber opening, the second chamber containing a second portion of the fluid, and a conduit configured to allow fluid communication between the first chamber and the second chamber; one or more fluid-tight seals affixed to a surface of the body, the surface of the body defining the first and second chamber openings, wherein at least a portion of the one or more fluid-tight seals covers the first chamber opening and is frangible; a penetrable septum covering the first chamber opening and the portion of the one or more fluid-tight seals; and a lid having an opening axially aligned with the first chamber opening and coupled to the body such that at least a portion of the septum is disposed between the lid and the one or more fluid-tight seals, wherein the septum comprises at least one slit forming flaps.
A control method for air conditioning operation of a heat recovery facility that supplies outdoor air to at least one heat exchanger in the form of a hybrid humidifier and that conveys exhaust air in the opposite direction, passing at least one spraying unit , until it leaves the system as outgoing air, characterised in that the spraying unit sprays a humidifier water comprising a wetting agent directly onto heat exchanger surfaces and/or at least in the air entrance area for exhaust air of the heat exchanger and that the wetting agent concentration in the humidifier water is used as control variable.
A content-centric-network, CCN, or named-data networking, NDN, system to support seamless mobility for a mobile node, MN, comprising: a first point of attachment, PoA, configured to indicate to the MN that attaches to the first PoA one or more neighbor PoAs and to multicast an announcement for content from the MN to the neighbor PoAs in a CCN or NDN to support seamless mobility for the MN when the MN starts a handoff procedure; and a second PoA from the one or more neighbor PoAs of the first PoA configured to receive the multicast announcement from the first PoA, forward the announcement to the CCN or NDN, receive interest for content from the CCN or NDN, and forward the interest to the MN. a first point of attachment, PoA, configured to indicate to the MN that attaches to the first PoA one or more neighbor PoAs and to multicast an announcement for content from the MN to the neighbor PoAs in a CCN or NDN to support seamless mobility for the MN when the MN starts a handoff procedure; and a second PoA from the one or more neighbor PoAs of the first PoA configured to receive the multicast announcement from the first PoA, forward the announcement to the CCN or NDN, receive interest for content from the CCN or NDN, and forward the interest to the MN.
A cooking device comprising: - a food rack (G) designed to receive and support food being cooked; - a hollow body (C) having a bottom section designed to rest on a work surface ; - a fixing means (F) for positioning the food rack (G) on the hollow body (C) in at least one cooking position and - a heat source (S) positioned between the cooking rack (G) and the hollow body (C), defining with the cooking rack (G) an intermediate space (I), the cooking device furthermore comprising hot air circulation means (H, B) arranged in the intermediate space (I) and suitable for blowing and circulating the air located in the intermediate space (I) in order to obtain blown and circulated heat for uniform and optimal cooking, wherein said cooking device is characterised in that the hot air circulation means is an impeller (H) formed by at least one radial blade (A) mounted so as to rotate along an axis of rotation parallel to the longitudinal axis of the cooking device and in that the impeller is mounted integrally with the cooking rack (G). - a food rack (G) designed to receive and support food being cooked; - a hollow body (C) having a bottom section designed to rest on a work surface ; - a fixing means (F) for positioning the food rack (G) on the hollow body (C) in at least one cooking position and - a heat source (S) positioned between the cooking rack (G) and the hollow body (C), defining with the cooking rack (G) an intermediate space (I), the cooking device furthermore comprising hot air circulation means (H, B) arranged in the intermediate space (I) and suitable for blowing and circulating the air located in the intermediate space (I) in order to obtain blown and circulated heat for uniform and optimal cooking, wherein said cooking device is characterised in that the hot air circulation means is an impeller (H) formed by at least one radial blade (A) mounted so as to rotate along an axis of rotation parallel to the longitudinal axis of the cooking device and in that the impeller is mounted integrally with the cooking rack (G).
Electronical device comprising a support , a component, in particular an integrated circuit chip , having a rear face mounted above a front face of the support and a front face opposite the rear face thereof, and an at least partial encapsulation unit of the component above the front face of the support, device further comprising a flexible sheet having a plurality of successive portions, wherein at least portions (12, 13; 32) are joined by a fold and are at least partially opposite one another, a first portion of said flexible sheet being fixed at least locally on the front face of said component, characterised by the fact that the end of a second portion of said flexible sheet is fixed at least locally on the first portion by way of a thermal glue or a thermal paste or by welding or by molecular adhesion by compression.
A 3D printer for producing a three-dimensional component by a selective laser melting process, comprising a laser source adapted to generate a laser beam ; a working plane adapted to apply a layer of a material to be processed in powder form; an electronically controllable forming module which is located in the beam path of the 3D printer and is designed to apply a spatial modulation to the laser beam so that the beam shape of the laser beam impinging on the working plane can be adjusted; wherein the electronically controllable forming module is a Spatial Light Modulator; wherein the electronically controllable forming module is adapted to generate the beam shape of the laser beam impinging on the working plane in the form of three laser spots , with one main spot and two secondary spots , which are located laterally behind the main spot, for reducing a temperature gradient in the material to be processed and for counteracting hot crack formation. a laser source adapted to generate a laser beam ; a working plane adapted to apply a layer of a material to be processed in powder form; an electronically controllable forming module which is located in the beam path of the 3D printer and is designed to apply a spatial modulation to the laser beam so that the beam shape of the laser beam impinging on the working plane can be adjusted; wherein the electronically controllable forming module is a Spatial Light Modulator; wherein the electronically controllable forming module is adapted to generate the beam shape of the laser beam impinging on the working plane in the form of three laser spots , with one main spot and two secondary spots , which are located laterally behind the main spot, for reducing a temperature gradient in the material to be processed and for counteracting hot crack formation.
A curable two-component polyurethane adhesive composition comprising: a) a first component C1 comprising at least one polyol; b) a second component C2 comprising at least one isocyanate; c) a polyurethane catalytic system comprising a first bicyclic amine and a second bicyclic amine; and d) a particulate filler material; wherein the total amount of polyurethane catalytic system in component C1 or in component C2 is comprised between 0.2 wt.% and 1.0 wt.%, based on the total weight of component C1 or component C2, wherein the total amount of particulate filler material in component C1 or in component C2 is above 40 wt%, based on the total weight of component C1 or component C2, wherein the particulate filler material is selected from the group consisting of calcium carbonates having an average particle size of above 5 μm when measured by gravitational technique according to ISO 13371-3:2001, and wherein the curable two-component polyurethane adhesive composition is free of polyurethane metal catalysts. a) a first component C1 comprising at least one polyol; b) a second component C2 comprising at least one isocyanate; c) a polyurethane catalytic system comprising a first bicyclic amine and a second bicyclic amine; and d) a particulate filler material;