mhurhangee/ep-ind-claims huggingface dataset:
Connection device for a heat exchanger between a first fluid and a second fluid, said device comprising a connector and a lateral end cheek extending according to a longitudinal direction of a heat exchange bundle of said exchanger extended in a second, lateral direction orthogonal to said longitudinal direction, said lateral cheek comprising at least one coupling element comprising inlet/outlet apertures (47, 47') that are transversely aligned according to a third direction orthogonal to the first two, said coupling element allowing the circulation of the first fluid between the bundle and inlet and outlet apertures (34, 36) of the connector, that are aligned longitudinally or inclined relative to said inlet/outlet apertures (47, 47') of the coupling element, said coupling element and said connector having a substantially corresponding longitudinal extension, the coupling element comprising a main duct which is arranged coaxially to one of the inlet/outlet apertures of the connector and to one of the inlet/outlet apertures of the coupling element and an elbow duct which extends substantially in the thickness of said element and which comprises an end that is coaxial with the other inlet/outlet aperture of the connector and an opposite end that is coaxial with the other inlet/outlet aperture of the coupling element, said lateral cheek comprising: - a first plate, which comprises a bottom main part extending parallel to the bundle and a top secondary part, arranged in proximity to a top end of said coupling element, which is offset in the thickness relative to the bottom main part by a determined offset (d), characterized in that said lateral cheek comprises - a second plate, of a thickness corresponding to the determined offset (d), which is received in the top secondary part of the first plate, to delimit the main duct and the elbow duct of the coupling element between the top secondary part of the first plate and the second plate, wherein the second plate is sandwiched between the first plate and the bundle. - a first plate, which comprises a bottom main part extending parallel to the bundle and a top secondary part, arranged in proximity to a top end of said coupling element, which is offset in the thickness relative to the bottom main part by a determined offset (d), characterized in that said lateral cheek comprises - a second plate, of a thickness corresponding to the determined offset (d), which is received in the top secondary part of the first plate, to delimit the main duct and the elbow duct of the coupling element between the top secondary part of the first plate and the second plate, wherein the second plate is sandwiched between the first plate and the bundle.
A system for land vehicles, namely trucks and truck trailers, which is located on the bottom surface of the vehicle, facing the road surface on the rear end portion of the truck, comprising at least one longitudinally-inclined portion, tapering toward the back of the vehicle, and characterized in that, substantially at the end of the inclined wall, after the last axle of the vehicle, an element (2, 12, 22) is interposed between the road surface and the inclined wall and wherein the horizontal axis of the element (2, 12, 22) has substantially the same inclination as the inclined wall.
A scalable elevator system, comprising: a first elevator movable in a hoistway in upward and downward directions; a second elevator movable in the hoistway in the upward and downward directions; and a removable insert, which is securable to complementary sides of the first and second elevators such that the first and second elevators and the removable insert jointly define a combined interior, characterized in that the removable insert comprises: a floor which is securable at opposite sides thereof to respective floors of the first and second elevators; and front and back sides which are respectively securable at respective opposite sides thereof to respective front and back sides of the first and second elevators. a first elevator movable in a hoistway in upward and downward directions; a second elevator movable in the hoistway in the upward and downward directions; and a removable insert, which is securable to complementary sides of the first and second elevators such that the first and second elevators and the removable insert jointly define a combined interior, characterized in that the removable insert comprises: a floor which is securable at opposite sides thereof to respective floors of the first and second elevators; and front and back sides which are respectively securable at respective opposite sides thereof to respective front and back sides of the first and second elevators. a floor which is securable at opposite sides thereof to respective floors of the first and second elevators; and front and back sides which are respectively securable at respective opposite sides thereof to respective front and back sides of the first and second elevators.
A method of fabricating a very high, high, or medium voltage composite insulator comprising an insulating core made of glass-fiber-reinforced synthetic material based on epoxy groups and a hardener, and a covering made of elastomer material and surrounding said core, said elastomer material being selected from silicones, ethylene propylene diene monomer (EPDM), and mixtures thereof, and vulcanizing at a vulcanization temperature that is greater than 130°C, the method being characterized in that it comprises at least the steps consisting in: • selecting a mixture composition for the core in which said hardener is selected from methyl endo methylene tetrahydrophthalic (METH) and methyl nadic anhydride in such a manner as to obtain a glass transition temperature for said synthetic material that is higher than the vulcanization temperature of said elastomer material; • mixing said resin and said hardener in order to form said synthetic material of the core, with a proportion in weight of hardener lying in the range 85% to 95%, preferably in the range 89% to 91%, relative to the weight of said resin; • obtaining said core by hardening said synthetic material; and • vulcanizing at said covering of elastomer material on said core of synthetic material. • selecting a mixture composition for the core in which said hardener is selected from methyl endo methylene tetrahydrophthalic (METH) and methyl nadic anhydride in such a manner as to obtain a glass transition temperature for said synthetic material that is higher than the vulcanization temperature of said elastomer material; • mixing said resin and said hardener in order to form said synthetic material of the core, with a proportion in weight of hardener lying in the range 85% to 95%, preferably in the range 89% to 91%, relative to the weight of said resin; • obtaining said core by hardening said synthetic material; and • vulcanizing at said covering of elastomer material on said core of synthetic material.
Hydraulic drive unit having a hydraulic control apparatus which has a hydraulic block, a hydraulic tank and a support frame, wherein the hydraulic tank is assembled below the support frame and the hydraulic block is constructed on the support frame above the hydraulic tank, characterized in that the support frame designed as a support plate is formed with edges in such a way that it can support the load received by the hydraulic block and by the hydraulic tank on a statically load-bearing support surface.
Method for manufacturing a cooling element for pyrometallurgical reactors, the method comprising - forming at least one tube having an outer cross section and inner cross section, - bending the at least one tube to an open loop to form at least one cooling channel, the ends of which being joinable to the means for connecting the cooling channel to a wall of pyrometallurgical reactor to form at least one cooling channel having two ends, - providing each end of the cooling channel with connection means for cooling medium, and - joining at least one cooling channel with means for connecting it to a wall of a pyrometallurgical reactor, characterized by - forming the open loop of the cooling channel to a wedge shape so that the thickness of the cooling element is bigger on the side of the means for connecting to the wall of the pyrometallurgical reactor than at the bottom of the loop. - forming at least one tube having an outer cross section and inner cross section, - bending the at least one tube to an open loop to form at least one cooling channel, the ends of which being joinable to the means for connecting the cooling channel to a wall of pyrometallurgical reactor to form at least one cooling channel having two ends, - providing each end of the cooling channel with connection means for cooling medium, and - joining at least one cooling channel with means for connecting it to a wall of a pyrometallurgical reactor, - forming the open loop of the cooling channel to a wedge shape so that the thickness of the cooling element is bigger on the side of the means for connecting to the wall of the pyrometallurgical reactor than at the bottom of the loop.
A method for controlling a smart terminal, characterized in that, the method is applied in a smart home and comprises: determining that a first smart terminal is currently located around a local terminal; and sending a parameter control instruction to a predetermined second smart terminal when the first smart terminal is located in a predetermined safe region according to a predetermined parameter setting, wherein the predetermined second smart terminal is one or more smart electrical appliances; wherein sending a parameter control instruction to the predetermined second smart terminal according to a predetermined parameter setting, when the first smart terminal is located in a predetermined safe region comprises: when the first smart terminal is located in the predetermined safe region, sending the parameter control instruction to the predetermined second smart terminal according to current time information and current environment information. determining that a first smart terminal is currently located around a local terminal; and sending a parameter control instruction to a predetermined second smart terminal when the first smart terminal is located in a predetermined safe region according to a predetermined parameter setting, wherein the predetermined second smart terminal is one or more smart electrical appliances; wherein sending a parameter control instruction to the predetermined second smart terminal according to a predetermined parameter setting, when the first smart terminal is located in a predetermined safe region comprises: when the first smart terminal is located in the predetermined safe region, sending the parameter control instruction to the predetermined second smart terminal according to current time information and current environment information. when the first smart terminal is located in the predetermined safe region, sending the parameter control instruction to the predetermined second smart terminal according to current time information and current environment information.
Generator for a wind turbine comprising a rotor arrangement and a stator arrangement, characterized in that - the rotor arrangement comprises a cylinder barrel or a sleeve enclosing at least one rotor element provided for the production of energy and having an outer cylinder barrel shaped surface in relation to a centre axis of the generator acting as a bearing surface of the rotor arrangement, - the stator arrangement comprises a cylinder barrel or a sleeve covering at least one stator element (16, 17) provided for the production of energy and having an inner cylinder barrel shaped surface in relation to the centre axis of the generator acting as a bearing surface of the stator arrangement, - the bearing surface of the rotor arrangement and the bearing surface of the stator arrangement are arranged oppositely to each other with a substantially cylinder barrel shaped air gap in-between, wherein the air gap comprises a lubricant. - the rotor arrangement comprises a cylinder barrel or a sleeve enclosing at least one rotor element provided for the production of energy and having an outer cylinder barrel shaped surface in relation to a centre axis of the generator acting as a bearing surface of the rotor arrangement, - the stator arrangement comprises a cylinder barrel or a sleeve covering at least one stator element (16, 17) provided for the production of energy and having an inner cylinder barrel shaped surface in relation to the centre axis of the generator acting as a bearing surface of the stator arrangement, - the bearing surface of the rotor arrangement and the bearing surface of the stator arrangement are arranged oppositely to each other with a substantially cylinder barrel shaped air gap in-between, wherein the air gap comprises a lubricant.
Air filter element for insertion into an air filter housing, wherein the air filter element features: an inflow surface, an outflow surface, a filter medium, a filter element holding apparatus, wherein the filter medium extends between the inflow surface and the outflow surface in an axial direction of the air filter element, wherein the filter element holding apparatus is connected to the filter medium, wherein the filter element holding apparatus extends between the inflow surface and the outflow surface along at least one part of the circumference of the filter medium, wherein the filter element holding apparatus features a holding arrangement projecting radially away from the filter medium and wherein the air filter element features a plurality of corners and two opposing filter medium lateral faces (211, 212) each, characterized in that on the opposing filter medium lateral faces (211, 212) each an end disk is attached to which the holding arrangement is provided which features a plurality of radially projecting bulges which are each disposed in the corners of the two opposing filter medium lateral faces (211, 212) and extend substantially only over one of the filter medium lateral faces (211, 212), and that the holding arrangement features at least one recess in axial direction designed as blind hole or through hole, wherein the recess is designed to receive a projection on the air filter housing side.
Method for assisting in the driving of a vehicle during a braking test on said vehicle on a track, said track being divided into a plurality of adjacent strips (Z1,..., Zn) mainly extending lengthwise in the track, the width (lz) of each strip being greater than or equal to the width of the tyres (3, 5, 7, 9) of the vehicle, each strip being worn on each braking of the vehicle on said strip, said assistance method comprising: - a step of selecting at least one strip out of the plurality of strips of the track, said strip being selected according to its wear; - a step of determining a theoretical trajectory of the vehicle, such that, by following said theoretical trajectory, the vehicle is able to brake on the selected strip. - a step of selecting at least one strip out of the plurality of strips of the track, said strip being selected according to its wear; - a step of determining a theoretical trajectory of the vehicle, such that, by following said theoretical trajectory, the vehicle is able to brake on the selected strip.
Saccharomyces cerevisiae yeast strain, characterised in that it coexpressses: - a gene encoding a glucoamylase of fungal origin selected from a glucoamylase of Aspergillus niger glucoamylase and a glucoamylase of Saccharomycopsis fibuligera, and - a gene encoding the glucoamylase of Saccharomyces cerevisiae var. diastaticus, wherein the gene encoding the glucoamylase of Aspergillus niger has the nucleic sequence SEQ ID NO: 1, the gene encoding the glucoamylase of Saccharomycopsis fibuligera has the nucleic sequence SEQ ID NO: 17, and the gene encoding the glucoamylase of Saccharomyces cerevisiae var. diastaticus has the nucleic sequence SEQ ID NO: 3, and in that it contains: - between 2 and 10 copies, inclusive, of the gene encoding the glucoamylase of fungal origin; and - between 2 and 10 copies, inclusive, of the gene encoding the glucoamylase of Saccharomyces cerevisiae var. diastaticus. - a gene encoding a glucoamylase of fungal origin selected from a glucoamylase of Aspergillus niger glucoamylase and a glucoamylase of Saccharomycopsis fibuligera, and - a gene encoding the glucoamylase of Saccharomyces cerevisiae var. diastaticus, wherein the gene encoding the glucoamylase of Aspergillus niger has the nucleic sequence SEQ ID NO: 1, the gene encoding the glucoamylase of Saccharomycopsis fibuligera has the nucleic sequence SEQ ID NO: 17, and the gene encoding the glucoamylase of Saccharomyces cerevisiae var. diastaticus has the nucleic sequence SEQ ID NO: 3, and in that it contains: - between 2 and 10 copies, inclusive, of the gene encoding the glucoamylase of fungal origin; and - between 2 and 10 copies, inclusive, of the gene encoding the glucoamylase of Saccharomyces cerevisiae var. diastaticus.
Smart battery, which includes an electronic module provided with an electronic circuit for controlling the supply voltage, said electronic module being arranged in a case structure, which includes a cup made of electrically conductive material and a cover made of electrically conductive material, said cover being fixed to the cup by means of a sealing gasket, the cup defining an external positive terminal of the battery, whereas the cover defines an external negative terminal of the battery, the battery further including inside the case structure, a first chemical substance as the anode, connected to a second chemical substance as the cathode, characterized in that the electronic module includes a printed circuit board having a first face with a layer of conductive paths (26, 27, 28), the electronic circuit being mounted and connected to conductive paths (26, 27, 28) on the first face, and a second insulating face fixed to or in contact with one of the chemical substances, in that the electronic circuit is connected, from an output terminal, to at least a first electrical connection pad on the first face of the printed circuit board by at least a first conductive path, the first electrical connection pad being connected directly to the cup or to the cover, in that the electronic circuit is also connected to at least a second electrical connection pad by at least a second conductive path, said second electrical connection pad being electrically connected to the first chemical substance defining an internal negative terminal, and which is connected to the cover, if the first connection pad is connected directly to the cup, and in that the electronic circuit is also connected to at least a third electrical connection pad by at least a third conductive path, said third electrical connection pad being electrically connected to the second chemical substance defining an internal positive terminal, which is connected to the cup, if the first connection pad is connected directly to the cover.
A wound iron core for a stationary apparatus made up of laminated magnetic steel sheets, comprising: a first magnetic steel sheet disposed on an inner periphery side; and a second magnetic steel sheet disposed on an outer periphery side, wherein said inner periphery side has a shorter magnetic path and a smaller magnetic resistance than said outer periphery side, and said first magnetic steel sheet has a magnetic permeability inferior to that of said second magnetic steel sheet, characterised in that said first magnetic steel sheet is disposed such that the thickness thereof accounts for 40% or less of the total lamination thickness of the wound iron core, said first magnetic steel sheet is a highly oriented silicon steel sheet in which the rolling direction of the material matches the direction in which magnetic flux passes, and said second magnetic steel sheet is a magnetic domain controlled silicon steel sheet made of a highly oriented silicon steel sheet as a raw material, on the surface of which shallow grooves are formed to fragment its magnetic domain. a first magnetic steel sheet disposed on an inner periphery side; and a second magnetic steel sheet disposed on an outer periphery side, wherein said inner periphery side has a shorter magnetic path and a smaller magnetic resistance than said outer periphery side, and said first magnetic steel sheet has a magnetic permeability inferior to that of said second magnetic steel sheet, characterised in that said first magnetic steel sheet is disposed such that the thickness thereof accounts for 40% or less of the total lamination thickness of the wound iron core, said first magnetic steel sheet is a highly oriented silicon steel sheet in which the rolling direction of the material matches the direction in which magnetic flux passes, and said second magnetic steel sheet is a magnetic domain controlled silicon steel sheet made of a highly oriented silicon steel sheet as a raw material, on the surface of which shallow grooves are formed to fragment its magnetic domain.
A method for controlling use of a private key in the context of a public key infrastructure scheme, comprising: storing a plurality of private keys respectively assigned to virtual smart cards in a secure data store which is accessible only to a virtual smart card server, VSS; using a system level agent at a client computer machine remote from the VSS to initiate a machine authentication protocol of the client computer machine at the VSS to establish the client computer machine to the VSS as a trusted computer system; in response to receiving a request for a private key operation at a user level agent of the client computer machine, obtaining a user authentication information from the user; causing the user level agent to negotiate with a system level agent at the client computer machine to obtain a cookie authorizing the private key operation from the VSS, prior to when the user is authenticated based on the user authentication information; initiating a request from the user level agent to the VSS for a private key operation; communicating the user authentication information and the cookie from the user level agent to the VSS as part of the request; in response to the request, selectively performing at the VSS a private key operation requested by the user level agent using a private key assigned to one of the virtual smart cards issued to at least the user, if a security policy applicable to the requested virtual smart card operation is satisfied. storing a plurality of private keys respectively assigned to virtual smart cards in a secure data store which is accessible only to a virtual smart card server, VSS; using a system level agent at a client computer machine remote from the VSS to initiate a machine authentication protocol of the client computer machine at the VSS to establish the client computer machine to the VSS as a trusted computer system; in response to receiving a request for a private key operation at a user level agent of the client computer machine, obtaining a user authentication information from the user; causing the user level agent to negotiate with a system level agent at the client computer machine to obtain a cookie authorizing the private key operation from the VSS, prior to when the user is authenticated based on the user authentication information; initiating a request from the user level agent to the VSS for a private key operation; communicating the user authentication information and the cookie from the user level agent to the VSS as part of the request; in response to the request, selectively performing at the VSS a private key operation requested by the user level agent using a private key assigned to one of the virtual smart cards issued to at least the user, if a security policy applicable to the requested virtual smart card operation is satisfied.