mhurhangee/ep-ind-claims huggingface dataset:
A vehicle side body structure comprising: a rear wheel house configured to include a rear wheel house outer and a rear wheel house inner; a side sill extending forward in a vehicle body from a front end of the rear wheel house outer; a pillar extending in a vehicle body vertical direction along a rear door opening edge (Er) from an intermediate portion in a vehicle body front-rear direction of the rear wheel house outer, wherein the rear wheel house outer includes: an outer overhang configured to overhang outward in the vehicle width direction; and an outer flange that extends upward from an inner end in the vehicle width direction of the outer overhang, a reinforcing member is provided to cooperate with the outer overhang and the outer flange so as to define a closed cross section in a substantially triangular shape, and a lower portion of the reinforcing member is joined to the outer overhang, characterized in that an upper portion of the reinforcing member is joined to the outer flange, a front portion of the reinforcing member is welded to a rear end upper portion of the side sill, and a rear portion of the reinforcing member is welded to a lower end front portion of a pillar outer member of the pillar. a rear wheel house configured to include a rear wheel house outer and a rear wheel house inner; a side sill extending forward in a vehicle body from a front end of the rear wheel house outer; a pillar extending in a vehicle body vertical direction along a rear door opening edge (Er) from an intermediate portion in a vehicle body front-rear direction of the rear wheel house outer, wherein the rear wheel house outer includes: an outer overhang configured to overhang outward in the vehicle width direction; and an outer flange that extends upward from an inner end in the vehicle width direction of the outer overhang, a reinforcing member is provided to cooperate with the outer overhang and the outer flange so as to define a closed cross section in a substantially triangular shape, and a lower portion of the reinforcing member is joined to the outer overhang, characterized in that an upper portion of the reinforcing member is joined to the outer flange, a front portion of the reinforcing member is welded to a rear end upper portion of the side sill, and a rear portion of the reinforcing member is welded to a lower end front portion of a pillar outer member of the pillar.
A probe for establishing one portion of an electric circuit within a pipe to be scanned for defects, the probe comprising in combination: a proximal end opposite a distal end; at least one electrode on said probe; an elongate flexible conductor extending axially away from said proximal end of said probe, said conductor also forming a portion of the electric circuit; said at least one electrode electrically coupled to said elongate flexible conductor; and a plurality of electrically conductive extensions extending laterally from said at least one electrode between said proximal end of said probe and said distal end of said probe, and increasing an effective diameter of said at least one electrode of said probe; characterized in that at least one lanyard extends circumferentially and joins portions of at least some of said extensions together which are coupled to a common electrode, said lanyard joining portions of said extensions on locations upon said extensions which are spaced from said electrode from which said plurality of extensions extend. a proximal end opposite a distal end; at least one electrode on said probe; an elongate flexible conductor extending axially away from said proximal end of said probe, said conductor also forming a portion of the electric circuit; said at least one electrode electrically coupled to said elongate flexible conductor; and a plurality of electrically conductive extensions extending laterally from said at least one electrode between said proximal end of said probe and said distal end of said probe, and increasing an effective diameter of said at least one electrode of said probe; characterized in that at least one lanyard extends circumferentially and joins portions of at least some of said extensions together which are coupled to a common electrode, said lanyard joining portions of said extensions on locations upon said extensions which are spaced from said electrode from which said plurality of extensions extend.
Vapour extraction apparatus with an exhaust shaft, which forms an outlet opening for at least one vapour trap at the upper end thereof, which vapour trap is displaceably mounted in the exhaust shaft and forms at least one exhaust gap, wherein the vapour trap consists of at least two flat screen elements (21, 22) that can be displaced separately from one another in relation to the exhaust shaft, characterised in that at least one part of the exhaust gap is formed between the upper edge of the screen elements (21, 22) that are adjacent to one another, that the exhaust gap lies in the horizontal or at an incline in relation thereto and that at least one of the at least two screen elements (21, 22) protrudes at least partially beyond the outlet opening of the exhaust shaft in at least one position of the vapour extraction apparatus.
Cold atmospheric plasma for use in treating therapy-refractory actinic keratosis in a patient in need thereof, wherein the cold atmospheric plasma is an argon-containing plasma.
Use of a polymerizable liquid in the production of a three-dimensional object by additive manufacturing, said object being comprised of polyurethane, polyurea, or a copolymer thereof, and said polymerizable liquid comprising a mixture of: (a) a reactive blocked prepolymer, wherein said reactive blocked prepolymer is a compound of the formula A-X-A, wherein X is a hydrocarbyl group and each A is an independently selected substituent of Formula X: where R is a hydrocarbyl group and Z is a blocking group, said blocking group having a reactive epoxy, alkene, alkyne, or thiol terminal group, (b) a chain extender, (c) a photoinitiator, (d) optionally a polyol and/or a polyamine, (e) optionally a reactive diluent, (f) optionally a light absorbing pigment or dye in an amount of from 0.001 or 0.01 to 10 percent by weight, (g) optionally a filler, and (h) a reactive blocked diisocyanate. (a) a reactive blocked prepolymer, wherein said reactive blocked prepolymer is a compound of the formula A-X-A, wherein X is a hydrocarbyl group and each A is an independently selected substituent of Formula X: where R is a hydrocarbyl group and Z is a blocking group, said blocking group having a reactive epoxy, alkene, alkyne, or thiol terminal group, (b) a chain extender, (c) a photoinitiator, (d) optionally a polyol and/or a polyamine, (e) optionally a reactive diluent, (f) optionally a light absorbing pigment or dye in an amount of from 0.001 or 0.01 to 10 percent by weight, (g) optionally a filler, and (h) a reactive blocked diisocyanate.
Lactoferrin for use in the prevention and treatment of preterm delivery and miscarriage, consisting of administering once or twice a day by topical intravaginal route to a subject in need thereof a unit dosage form, consisting of: • lactoferrin in amounts of from 250 to 800 mg and • at least one excipient suitable for intravaginal intake. • lactoferrin in amounts of from 250 to 800 mg and • at least one excipient suitable for intravaginal intake.
A method for manufacturing a photodiode comprising the steps of: providing a substrate comprising a semiconductor material, wherein said semiconductor material comprises germanium; solution depositing a quantum nanomaterial layer onto said substrate, said quantum nanomaterial layer comprising a plurality of quantum nanomaterials, wherein said plurality of quantum nanomaterials comprises tin-telluride or lead-tin-telluride, each quantum nanomaterial of said plurality comprising a ligand coating, wherein said ligand coating comprises a metal halide ligand or a metal chalcogenide complex, wherein said metal chalcogenide complex comprises at least one of tin and a transition metal; and applying a thin-film oxide layer over said quantum nanomaterial layer, said thin-film oxide layer comprising an amorphous oxide semiconductor selected from zinc-tin-oxide and indium-gallium-zinc-oxide. providing a substrate comprising a semiconductor material, wherein said semiconductor material comprises germanium; solution depositing a quantum nanomaterial layer onto said substrate, said quantum nanomaterial layer comprising a plurality of quantum nanomaterials, wherein said plurality of quantum nanomaterials comprises tin-telluride or lead-tin-telluride, each quantum nanomaterial of said plurality comprising a ligand coating, wherein said ligand coating comprises a metal halide ligand or a metal chalcogenide complex, wherein said metal chalcogenide complex comprises at least one of tin and a transition metal; and applying a thin-film oxide layer over said quantum nanomaterial layer, said thin-film oxide layer comprising an amorphous oxide semiconductor selected from zinc-tin-oxide and indium-gallium-zinc-oxide.
Method for producing a three-dimensional object (10, 20, 30, 50) from drops of a plurality of materials (A, B) which are hardened in situ, said materials being present in the starting condition in a liquid phase or being liquefied for processing and prepared, mixed and homogenised by means of a plasticising unit of an injection assembly, said plasticising unit being known from injection moulding technology, wherein the object has at least one material changeover region in which a changeover takes place from one material of the plurality of materials to another material of the plurality of materials, wherein the materials are fed in separately and, in the material changeover region, drops of one material are placed alongside drops of the other material in a boundary surface structure such that they overlap mechanically and automatically harden there, characterised in that the drops of the materials (A, B) in the material changeover region are varied relative to one another with regard to the spacing of the drops from one another within each material (A, B) and/or with regard to the drop sizes of the materials (A, B) relative to one another and form the boundary surface structure of the drops in situ, wherein properties of the materials (A, B) to be joined to one another and/or process parameters of the method are adjusted to one another during preparation and on discharging and/or on placement on the object (10, 20, 30, 50) for influencing cooling processes of the materials taking place alongside one another, wherein the materials (A, B) are connected to one another in positive-locking manner or are joined to one another in force-locking manner.
A prosthetic mitral valve system comprising: a valve assembly comprising an expandable valve frame and an occluder attached to the expandable valve frame; and an anchor assembly comprising an expandable anchor frame, the anchor assembly configured to selectively couple with the valve assembly, the expandable anchor frame comprising a systolic anterior motion, SAM, containment member (212, 216) that is configured to be at least partially disposed behind an anterior leaflet of a native mitral valve when the expandable anchor frame is engaged with the native mitral valve, wherein the anchor assembly is configured to be deployed to an arrangement interfacing within the native mitral valve; and wherein the SAM containment member is configured to be restrained in a pre-deployed configuration after deployment of the anchor assembly, wherein the SAM containment member is further configured to be reconfigured from the pre-deployed configuration to a deployed configuration prior to or after deployment of the valve assembly. a valve assembly comprising an expandable valve frame and an occluder attached to the expandable valve frame; and an anchor assembly comprising an expandable anchor frame, the anchor assembly configured to selectively couple with the valve assembly, the expandable anchor frame comprising a systolic anterior motion, SAM, containment member (212, 216) that is configured to be at least partially disposed behind an anterior leaflet of a native mitral valve when the expandable anchor frame is engaged with the native mitral valve, wherein the anchor assembly is configured to be deployed to an arrangement interfacing within the native mitral valve; and wherein the SAM containment member is configured to be restrained in a pre-deployed configuration after deployment of the anchor assembly, wherein the SAM containment member is further configured to be reconfigured from the pre-deployed configuration to a deployed configuration prior to or after deployment of the valve assembly.
Coil apparatus for inductive power transmission, comprising: an electromagnetic coil for emitting and/or picking up an electromagnetic field on a transmission side of the coil apparatus; a housing wall, which covers the coil on the transmission side and is transmissive to the electromagnetic field; and a housing medium, which is enclosed by the housing wall in such a way that, when a through-opening is formed in the housing wall, the housing medium passes through the through-opening. an electromagnetic coil for emitting and/or picking up an electromagnetic field on a transmission side of the coil apparatus; a housing wall, which covers the coil on the transmission side and is transmissive to the electromagnetic field; and a housing medium, which is enclosed by the housing wall in such a way that, when a through-opening is formed in the housing wall, the housing medium passes through the through-opening.
An ink containing device comprising: an ink cartridge comprising: a first main body comprising a first surface facing a first direction and a chamber configured to store ink; an ink outlet portion disposed on the first surface of the first main body and configured to direct the ink from the chamber to an exterior of the first main body; and an ink detecting portion configured to detect the ink stored in the chamber; and an adapter configured to attach to the ink cartridge, the adapter comprising a second main body; and characterized by a light attenuating portion configured to move with respect to the second main body; an ink cartridge comprising: a first main body comprising a first surface facing a first direction and a chamber configured to store ink; an ink outlet portion disposed on the first surface of the first main body and configured to direct the ink from the chamber to an exterior of the first main body; and an ink detecting portion configured to detect the ink stored in the chamber; and a first main body comprising a first surface facing a first direction and a chamber configured to store ink; an ink outlet portion disposed on the first surface of the first main body and configured to direct the ink from the chamber to an exterior of the first main body; and an ink detecting portion configured to detect the ink stored in the chamber; and an adapter configured to attach to the ink cartridge, the adapter comprising a second main body; and characterized by a light attenuating portion configured to move with respect to the second main body; a second main body; and characterized by a light attenuating portion configured to move with respect to the second main body;
Apparatus for decoding an encoded audio signal comprising bandwidth extension control data indicating either a first harmonic bandwidth extension mode or a second non-harmonic bandwidth extension mode, comprising: an input interface for receiving the encoded audio signal comprising the bandwidth extension control data indicating either the first harmonic bandwidth extension mode or the second non-harmonic bandwidth extension mode; a processor for decoding the audio signal using the second non-harmonic bandwidth extension mode; and a controller for controlling the processor to decode the audio signal using the second non-harmonic bandwidth extension mode, even when the bandwidth extension control data indicates the first harmonic bandwidth extension mode for the encoded signal. an input interface for receiving the encoded audio signal comprising the bandwidth extension control data indicating either the first harmonic bandwidth extension mode or the second non-harmonic bandwidth extension mode; a processor for decoding the audio signal using the second non-harmonic bandwidth extension mode; and a controller for controlling the processor to decode the audio signal using the second non-harmonic bandwidth extension mode, even when the bandwidth extension control data indicates the first harmonic bandwidth extension mode for the encoded signal.
An x-ray detector having a number of x-ray detector sub-modules (21-1, 21-2,...), wherein each detector sub-module is an edge-on detector sub-module having an array of detector elements extending in at least two directions, wherein one of the directions has a component in the direction of incoming x-rays, and wherein each edge-on detector sub-module is a depth-segmented x-ray detector, having two or more depth segments of detector elements in the direction of the incoming x-rays, wherein the detector sub-modules are arranged side-by-side in a direction substantially perpendicular to the direction of incoming x-rays, and physically aligned such that the length extension of the detector elements will be directed towards the focal point of an x-ray source, and wherein, for at least part of the detector sub-modules, the detector sub-modules are arranged for providing a gap between adjacent detector sub-modules, where at least part of the gap is not directed linearly towards the x-ray focal point of the x-ray source and said adjacent detector sub-modules have detection areas that are at least partially overlapping in the direction of incoming x-rays. wherein the detector sub-modules are arranged side-by-side in a direction substantially perpendicular to the direction of incoming x-rays, and physically aligned such that the length extension of the detector elements will be directed towards the focal point of an x-ray source, and wherein, for at least part of the detector sub-modules, the detector sub-modules are arranged for providing a gap between adjacent detector sub-modules, where at least part of the gap is not directed linearly towards the x-ray focal point of the x-ray source and said adjacent detector sub-modules have detection areas that are at least partially overlapping in the direction of incoming x-rays.
A method, comprising: obtaining in-situ optical spectral data associated with a formation fluid flowing through a downhole formation fluid sampling apparatus (270, 270A, 280, 320); and predicting a parameter of the formation fluid flowing through the downhole formation fluid sampling apparatus (270, 270A, 280, 320) based on projection of the obtained spectral data onto a matrix that corresponds to a predominant fluid type of the formation fluid. obtaining in-situ optical spectral data associated with a formation fluid flowing through a downhole formation fluid sampling apparatus (270, 270A, 280, 320); and predicting a parameter of the formation fluid flowing through the downhole formation fluid sampling apparatus (270, 270A, 280, 320) based on projection of the obtained spectral data onto a matrix that corresponds to a predominant fluid type of the formation fluid.
A device for detecting the residual braking torque in a vehicle equipped with disc brakes comprising, for each wheel of the vehicle, of at least one piezoceramic sensor integrated into the friction material support of a brake assembly, characterized in that said piezoceramic sensor is connected, by means of an electrical circuit, to at least one electronic control unit dedicated to the acquisition and management, using means of management, of the signals detected by said piezoceramic sensor directly from said brake assembly friction material, said signal management means including at least one residual torque indicator interacting by means of at least one communication interface to the services of at least one on board vehicle computer over at least one dedicated communication system.
A power converter system comprising a plurality of d.c. voltage terminals, a.c. voltage terminals, switching devices (203, 204; 511-514) for connecting said d.c. and a.c. voltage terminals, rectifier devices which are reverse-parallel connected to said switching devices (203, 204; 511-514), a signal generator (200; 500) for generating signals to drive the switching devices (203, 204; 511-514), drive circuits (201, 202; 501-504) to drive said switching devices (203, 204; 511-514) in response to driving signals from said signal generator (200; 500), and a transmission circuit (205-208; 541-549) for interconnecting said drive circuits (201, 202; 501-504) to transmit their operating status, wherein each of the drive circuits (201, 202; 501-504) connected together by said transmission circuit (205-208; 541-549) has a control circuit (101, 102; 551-554) which inhibits the operation of one of the drive circuits (201, 202; 501-504) when the other drive circuit (202, 201) receives an ON signal, characterised in that a delay time between the instant at which an ON signal is applied to one of the drive circuits (201, 202; 501-504) and the instant at which the operation of the other drive circuit (202, 201; 501-504) is disabled is shorter than a delay time between the instant at which an ON signal is applied to the other drive circuit (202, 201; 501-504) and the instant at which the switching device (204, 203; 511-514) connected to the other drive circuit (202, 201; 501-504) starts.
A multiphase polymer fine particle having at least on a surface thereof two or more polymer phases formed by aggregation of two or more polymers, respectively, wherein aldosterone or renin, or a substance that can specifically bind to any thereof covalently binds to a first polymer phase, and wherein a second polymer phase has a labeling substance.
An H5N1 influenza virus hemagglutinin polypeptide consisting of a 17-340 aa HA-1 subunit, and a 347-522 aa HA-2 subunit fragment, wherein the polypeptide is obtained by overexpressing in prokaryotic cells, preferably E.coli, in the form of inclusion bodies.
Electromagnetic flowmeter with a coil and core laminations guided through the coil, characterized in that it comprises a screw sleeve, wherein the core laminations are screwed together via a screw, wherein the screw is isolated from the core laminations by means of the screw sleeve, wherein the screw sleeve is designed in such a way that it shortens axially by a predefined value when a force of a predefined value acts on it axially, said screw sleeve at least partially adopting the shape of a folding bellows.