mhurhangee/ep-ind-claims huggingface dataset:
A shield terminal connection structure, comprising: a terminal part (24; 42) of a tubular shielding member (21; 42) which accommodates a plurality of conduction paths collectively, wherein the terminal part (24; 42) itself forming a holding part (25; 43); and a clamping and fixing member (28; 47) which is held to the holding part (25; 43) and includes a fixing part (30; 49) and a terminal pressing part (29; 48) which are integrally formed with each other, characterized in that the holding part (25; 43) is formed by bending the terminal part (24; 42) in the direction of an axis L2 of the shielding member (21; 42), and the clamping and fixing member (28; 47) is held so that the fixing part (30; 49) is protruded outwards from the inside of an opening part of the tubular shielding member (21, 42), wherein the fixing part (30; 49) is provided for being fixed with a shield structure of a connection party to which the conduction paths are connected, and the terminal pressing part (29; 48) presses the holding part (25; 43) corresponding to the terminal part (24; 42) to the shield structure in accordance with fixing to the shield structure with the fixing part (30; 49). a terminal part (24; 42) of a tubular shielding member (21; 42) which accommodates a plurality of conduction paths collectively, wherein the terminal part (24; 42) itself forming a holding part (25; 43); and a clamping and fixing member (28; 47) which is held to the holding part (25; 43) and includes a fixing part (30; 49) and a terminal pressing part (29; 48) which are integrally formed with each other, characterized in that the holding part (25; 43) is formed by bending the terminal part (24; 42) in the direction of an axis L2 of the shielding member (21; 42), and the clamping and fixing member (28; 47) is held so that the fixing part (30; 49) is protruded outwards from the inside of an opening part of the tubular shielding member (21, 42), wherein the fixing part (30; 49) is provided for being fixed with a shield structure of a connection party to which the conduction paths are connected, and the terminal pressing part (29; 48) presses the holding part (25; 43) corresponding to the terminal part (24; 42) to the shield structure in accordance with fixing to the shield structure with the fixing part (30; 49).
A method of producing propanol and/or propionic acid, the method comprising: (b) contacting at least one propionogen with carbon dioxide and with an aqueous medium comprising ethanol and acetate; wherein the acetate is maintained at a concentration of at least 1 g/L in the aqueous medium during the reaction period.
A vibration isolation device comprising: a first mounting member connected to one of a vibration generating portion and a vibration receiving portion, and a second mounting member connected to the other thereof; and an elastic body disposed between the mounting members (11, 12); wherein, on either one of opposing surfaces (24, 25) that oppose each other, respectively on the first mounting member and the second mounting member, a stopper elastic body having a stopper surface which faces the other of the opposing surfaces (24, 25) such as to be capable of coming into contact therewith, and a hollow portion in which the stopper elastic body is disposed, are provided, wherein the stopper elastic body is fitted into the hollow portion such that, among the surfaces of the stopper elastic body, a counter-stopper surface which faces the direction opposed to the stopper surface, is in a state of non-contact, and the counter-stopper surface faces the elastic body through the hollow portion so as to be able to come into contact therewith, characterised in that when a compressive load is applied to the stopper elastic body in a front-rear direction, the stopper elastic body can be deformed such that the counter-stopper surface expands in the front-rear direction and come into contact with the elastic body. a first mounting member connected to one of a vibration generating portion and a vibration receiving portion, and a second mounting member connected to the other thereof; and an elastic body disposed between the mounting members (11, 12); wherein, on either one of opposing surfaces (24, 25) that oppose each other, respectively on the first mounting member and the second mounting member, a stopper elastic body having a stopper surface which faces the other of the opposing surfaces (24, 25) such as to be capable of coming into contact therewith, and a hollow portion in which the stopper elastic body is disposed, are provided, wherein the stopper elastic body is fitted into the hollow portion such that, among the surfaces of the stopper elastic body, a counter-stopper surface which faces the direction opposed to the stopper surface, is in a state of non-contact, and the counter-stopper surface faces the elastic body through the hollow portion so as to be able to come into contact therewith, characterised in that when a compressive load is applied to the stopper elastic body in a front-rear direction, the stopper elastic body can be deformed such that the counter-stopper surface expands in the front-rear direction and come into contact with the elastic body.
System for computer based open innovation, the system comprising: an asset valuation device receiving asset information regarding one or more tangible or non-tangible assets, and generating a valuation signal, based on the asset information; a self-executing code device receiving the valuation signal, and generating a self-executing code signal, based on the valuation signal; an air router device having both a low band radio channel, and an internet router channel for redundant internet communications, and a malicious code removal device for scrubbing malicious code from data received, receiving the valuation signal, and generating a node voting request signal, based on the valuation signal; and a mesh network having a plurality of node devices receiving the node voting request signal, and generating vote confirmation signals, based on the node voting request signal, wherein the vote confirmation signals approving or denying a valuation of the assets based on the valuation signal are transmitted by the mesh network to the air router device over one or more of the radio channel and internet router channel, the air router device receives the vote confirmation signals, scrubs data in the vote confirmation signals of malicious code, and transmits the scrubbed vote confirmation signals to the self-executing code device, and the self-executing code device receives the scrubbed vote confirmation signals from the air router and updates a state of valuation of the assets for subsequent use by the asset valuation device, and for display to a user on a display device. an asset valuation device receiving asset information regarding one or more tangible or non-tangible assets, and generating a valuation signal, based on the asset information; a self-executing code device receiving the valuation signal, and generating a self-executing code signal, based on the valuation signal; an air router device having both a low band radio channel, and an internet router channel for redundant internet communications, and a malicious code removal device for scrubbing malicious code from data received, receiving the valuation signal, and generating a node voting request signal, based on the valuation signal; and a mesh network having a plurality of node devices receiving the node voting request signal, and generating vote confirmation signals, based on the node voting request signal, wherein the vote confirmation signals approving or denying a valuation of the assets based on the valuation signal are transmitted by the mesh network to the air router device over one or more of the radio channel and internet router channel, the air router device receives the vote confirmation signals, scrubs data in the vote confirmation signals of malicious code, and transmits the scrubbed vote confirmation signals to the self-executing code device, and the self-executing code device receives the scrubbed vote confirmation signals from the air router and updates a state of valuation of the assets for subsequent use by the asset valuation device, and for display to a user on a display device.
An ostomy pouch system, comprising: a pouch (16, 102); and a faceplate assembly (14, 104) including a faceplate, a skin barrier, an invertible stoma collar, and an inlet opening for receiving stoma; characterized in that the stoma collar is configured to protrude from the faceplate assembly (14, 104) and be inverted as a stoma is received through the inlet opening. a pouch (16, 102); and a faceplate assembly (14, 104) including a faceplate, a skin barrier, an invertible stoma collar, and an inlet opening for receiving stoma; characterized in that the stoma collar is configured to protrude from the faceplate assembly (14, 104) and be inverted as a stoma is received through the inlet opening.
A planar optical branching device comprising - a planar top cladding layer formed by a top cladding material; - a planar lower cladding layer formed by a lower cladding material; - a planar core layer immediately between said top cladding and lower cladding layers, wherein waveguides are formed by core material limited by cladding material; and - a pair of branching channel waveguides in said core layer branching from a main waveguide defining between them an intermediate region, characterized in that said intermediate region comprises a plurality of holes of cladding material extending from the top of the core layer into intermediate material, said holes being arranged so that the depth of said holes increases away from said main waveguide, wherein the depth of said holes increases with an average slope as a function of distance from said main waveguide of less than 10% over at least 30% of said intermediate region or wherein said holes being arranged so that the depth of said holes increases away from said main waveguide with an average slope as a function of distance from said main waveguide and two or more of said holes are connected. - a planar top cladding layer formed by a top cladding material; - a planar lower cladding layer formed by a lower cladding material; - a planar core layer immediately between said top cladding and lower cladding layers, wherein waveguides are formed by core material limited by cladding material; and - a pair of branching channel waveguides in said core layer branching from a main waveguide defining between them an intermediate region, characterized in that said intermediate region comprises a plurality of holes of cladding material extending from the top of the core layer into intermediate material, said holes being arranged so that the depth of said holes increases away from said main waveguide, wherein the depth of said holes increases with an average slope as a function of distance from said main waveguide of less than 10% over at least 30% of said intermediate region or wherein said holes being arranged so that the depth of said holes increases away from said main waveguide with an average slope as a function of distance from said main waveguide and two or more of said holes are connected.
An optical device adapted to adjust light transmittance and comprising: two outer substrates disposed opposite to each other; a liquid crystal element film disposed between the two outer substrates, wherein the liquid crystal element film has an liquid crystal layer which contains a liquid crystal compound and is capable of switching between a first oriented state and a second oriented state; a buffer layer present between the liquid crystal element film and one of the two outer substrates; a polarizer; and an adhesive film disposed between the two outer substrates, wherein the liquid crystal element film, the polarizer and the buffer layer are encapsulated between the two outer substrates by the adhesive film, wherein the buffer layer is present between the liquid crystal element film and the adhesive film and has a Young's modulus of 1 MPa or less. two outer substrates disposed opposite to each other; a liquid crystal element film disposed between the two outer substrates, wherein the liquid crystal element film has an liquid crystal layer which contains a liquid crystal compound and is capable of switching between a first oriented state and a second oriented state; a buffer layer present between the liquid crystal element film and one of the two outer substrates; a polarizer; and an adhesive film disposed between the two outer substrates, wherein the liquid crystal element film, the polarizer and the buffer layer are encapsulated between the two outer substrates by the adhesive film, wherein the buffer layer is present between the liquid crystal element film and the adhesive film and has a Young's modulus of 1 MPa or less.
A process for producing a fine organic pigment, having a primary particle size of not less than 10 nm and not more than 130 nm, comprising step 1 of kneading a mixture prepared by blending a raw material organic pigment, a water-soluble inorganic salt, a water-soluble organic solvent and water with each other, the water being blended in an amount of not less than 0.6 part by mass and not more than 4.0 parts by mass on the basis of 100 parts by mass of the water-soluble inorganic salt wherein the ratio of the primary particle size of the fine organic pigment to the primary particle size of the raw material organic pigment is not more than 0.6.
A tractor comprising: an engine mounted in a front portion of a travelling vehicle; and a post-processing device configured to purify exhaust gas from the engine, wherein the engine and the post-processing device are covered with a hood, and wherein the post-processing device is mounted on an upper side of the engine, characterized in that a heat shield plate is disposed between the hood and the post-processing device, wherein a pair of left and right beam frames (248, 249) each bridging respective upper portions of a fan shroud and a hood shield plate, wherein the hood shield plate is covering the rear side of the hood, and wherein the heat shield plate bridges between the left and right beam frames (248, 249) in such a manner as to cover an intermediate portion and the rear side of each of the beam frames (248, 249) below the hood. an engine mounted in a front portion of a travelling vehicle; and a post-processing device configured to purify exhaust gas from the engine, wherein the engine and the post-processing device are covered with a hood, and wherein the post-processing device is mounted on an upper side of the engine, characterized in that a heat shield plate is disposed between the hood and the post-processing device, wherein a pair of left and right beam frames (248, 249) each bridging respective upper portions of a fan shroud and a hood shield plate, wherein the hood shield plate is covering the rear side of the hood, and wherein the heat shield plate bridges between the left and right beam frames (248, 249) in such a manner as to cover an intermediate portion and the rear side of each of the beam frames (248, 249) below the hood.
Safety device (100, 300) having a discharge device (140, 330) for discharging an electrical energy store in the event of imminent deformation of the energy store or in the event of deformation of the energy store having taken place, characterized in that the first contact element has the shape of a constricted or convex hollow cylinder with two electrical contact elements which are attached to the energy store next to one another, wherein the first contact element is designed to radially expand in the event of axial compression, so that a conductive connection to the second contact element is established.
A hydraulic steering control arrangement having a directional valve, a metering pump unit which has at least two metering pumps (3, 4) which are connected hydraulically in parallel and are operable mechanically in parallel, and a shut-off valve in a hydraulic connection between two of the at least two metering pumps (3, 4), a pump connection and a tank connection which are connected to said metering pump unit by way of the directional valve, and two working connections (L, R) connected to the directional valve, a control input of the shut-off valve being connected to the pump connection by means of a control valve, characterized in that the control valve is a pilot operated valve, an inlet of said control valve being connected to the pump connection, said control valve connecting said input and said pump connection in an actuated state of said control valve.
A positioning device comprising a planar surface, a mobile platform (4, 24, 34) configured to slide along said planar surface and cables for positioning and moving said mobile platform (4, 24, 34) along said planar surface, the mobile platform (4, 24, 34) comprising a planar bearing system (5, 25, 35) located at the side of the mobile platform (4, 24, 34) configured to slide along the planar surface, said planar bearing system (5, 25, 35) comprising means for allowing sliding of said planar bearing system (5, 25, 35) with respect to the planar surface, the positioning device being characterized in that said planar bearing system (5, 25, 35) further comprises means for pushing the mobile platform (4, 24, 34) against the planar surface.
Shower floor plate module, comprising: - a floor plate which has at least one rigid foam layer which on at least one of its flat sides (2; 3) is coated with a polymer-modified coating mortar, wherein a continuous opening is incorporated in the floor plate, - a receptacle element (100; 200), placed in the opening, for a screw-type shower tray valve of a water outlet which is to be connected to a drain pipe, - wherein the receptacle element (100; 200) has an inclined inner face for inserting a collar of the screw-type shower tray valve, - wherein said inner face in the assembled state of the receptacle element (100; 200) tapers off in the direction of the drain pipe, - and wherein the receptacle element (100; 200) has a total height which corresponds to approximately a thickness dimension in the region of the opening of the floor plate, characterized in that the receptacle element (100; 200) has a cutting thread, the external diameter of which in the inserted state of the receptacle element (100; 200) increases in the direction of the drain pipe. - a floor plate which has at least one rigid foam layer which on at least one of its flat sides (2; 3) is coated with a polymer-modified coating mortar, wherein a continuous opening is incorporated in the floor plate, - a receptacle element (100; 200), placed in the opening, for a screw-type shower tray valve of a water outlet which is to be connected to a drain pipe, - wherein the receptacle element (100; 200) has an inclined inner face for inserting a collar of the screw-type shower tray valve, - wherein said inner face in the assembled state of the receptacle element (100; 200) tapers off in the direction of the drain pipe, - and wherein the receptacle element (100; 200) has a total height which corresponds to approximately a thickness dimension in the region of the opening of the floor plate,
A Hall effect sensor assembly, comprising: - a tubular sleeve; and - a flexible circuit board with a Hall effect sensor (118, 58') mounted thereon, the flexible circuit board disposed within the tubular sleeve, characterized in that the flexible circuit board includes a main body portion and a head portion connected by an intermediate portion, the main body portion having an elongate axis that runs substantially parallel to an elongate axis of the tubular sleeve, the intermediate portion forming a bend such that the main body portion extends substantially perpendicularly relative to the elongate axis of the main body portion, wherein the Hall effect sensor (118, 58') is mounted on the head portion such that a sensing face of the Hall effect sensor (118, 58') is oriented substantially perpendicular to the elongate axis of the tubular sleeve. - a tubular sleeve; and - a flexible circuit board with a Hall effect sensor (118, 58') mounted thereon, the flexible circuit board disposed within the tubular sleeve,
A method for transferring a thinned, more particularly ground, semiconductor wafer from a first support to a second support, in which the first support holds the semiconductor wafer in a planar manner by means of a surface force produced by a vacuum and releases said wafer for its transfer to the second support by reducing its produced surface force, and in which the second support receiving the semiconductor wafer continues to hold it in a planar manner by means of a surface force produced by means of a vacuum, wherein, during the transfer of the semiconductor wafer, both supports (2, 9) simultaneously each produce a surface force (5, 10) by means of a vacuum on opposite surfaces of the semiconductor wafer, wherein for releasing the semiconductor wafer the first support reduces its produced surface force only when the surface force produced by the second support is adequate for planar holding of the semiconductor wafer on the second support, the surface force produced by the second support on the semiconductor wafer is determined before the reduction of the surface force produced by the first support, characterized in that conclusions are drawn on the surface force produced by the second support on the semiconductor wafer depending on at least one pressure fluctuation on the first support detected during the transfer.
Method for providing data for a geometric map for autonomous or automated driving of a vehicle, in which - when driving along a respective specified route section using a vehicle with specified vehicle sensors, odometry data (Phi, 1) of the vehicle are respectively detected and/or determined, wherein the respective specified route section (Fn) has a maximum driving length (Ln), which is dependent on a detection precision of odometry data (Phi, 1) by means of a specified vehicle sensor system and dependent on a reproducibility of provided odometry data (Phi, 1) by means of specified vehicle actuators and/or vehicle actuating drives, - the odometry data (Phi, 1) detected and/or determined for the route section are respectively provided at a specified vehicle interface for transmission to an evaluation device which is designed to provide the geometric map. - when driving along a respective specified route section using a vehicle with specified vehicle sensors, odometry data (Phi, 1) of the vehicle are respectively detected and/or determined, wherein the respective specified route section (Fn) has a maximum driving length (Ln), which is dependent on a detection precision of odometry data (Phi, 1) by means of a specified vehicle sensor system and dependent on a reproducibility of provided odometry data (Phi, 1) by means of specified vehicle actuators and/or vehicle actuating drives, - the odometry data (Phi, 1) detected and/or determined for the route section are respectively provided at a specified vehicle interface for transmission to an evaluation device which is designed to provide the geometric map.