mhurhangee/ep-ind-claims huggingface dataset:
A vehicle seat arranged to be adjusted between a forward facing setup and a rearward facing setup, the vehicle seat comprising a seat back and a seat cushion arrangement, the seat cushion arrangement comprising a seat cushion arranged to be attached to a seat structure arranged in a vehicle, a front pivoting notch and a rear pivoting notch, wherein the seat back and seat cushion each has a symmetric shape, wherein the seat back comprises a first seat back connection and a second seat back connection arranged on a seat back side at a respective first end and second end of the seat back, the first seat back connection being arranged to pivotably and releasably engage with the rear pivoting notch of the seat cushion arrangement when the vehicle seat is in the forward facing setup and the second seat back connection being arranged to pivotably and releasably engage with the front pivoting notch of the seat cushion arrangement when the vehicle seat is in the rearward facing setup, wherein the seat back is arranged to change from the forward facing setup to the rearward facing setup by folding the seat back by pivoting the first seat back connection in the rear pivoting notch until the second seat back connection engages with the front pivoting notch and thereafter folding the seat back by pivoting the second seat back connection in the front pivoting notch, characterized in that the first seat back connection is arranged to releasably engage with a first latch attached to the vehicle body when the vehicle seat is in the forward facing setup, and the second seat back connection is arranged to releasably engage with a second latch attached to the vehicle body when the vehicle seat is in the rearward facing setup.
A process for preparing a 1,3-oxathiolane nucleoside comprising reacting a 5-O-protected-2-protected hydroxymethyl-1,3-oxathiolane with a protected silylated purine or pyrimidine base in the presence of (Cl) 3 Ti(isopropoxide).
Assembly comprising a dough extrusion machine and a cutting device (101..106), - the cutting device comprising a moveable frame,a wire or a blade mounted on said frame, - and a first drive (51, 52) coupled to said frame causing a movement of the frame in a first direction (x), characterized in that the cutting device further comprises - a second drive (61, 62, 62') coupled to said frame, which causes a movement of the frame in a second direction (z) transverse to the first direction (x) and which can be actuated independently of said first drive (51, 52), and - a control being connected to said first drive (51, 52) and said second drive (61, 62, 62') and being configured to calculate drive signals for the same based on a given moving path for the wire / blade, wherein said control is configured such that said given moving path can be modified by an operator during movement of the wire / blade, - and whereby the moving path of the wire/blade is a closed curve. - the cutting device comprising a moveable frame,a wire or a blade mounted on said frame, - and a first drive (51, 52) coupled to said frame causing a movement of the frame in a first direction (x), - a second drive (61, 62, 62') coupled to said frame, which causes a movement of the frame in a second direction (z) transverse to the first direction (x) and which can be actuated independently of said first drive (51, 52), and - a control being connected to said first drive (51, 52) and said second drive (61, 62, 62') and being configured to calculate drive signals for the same based on a given moving path for the wire / blade, wherein said control is configured such that said given moving path can be modified by an operator during movement of the wire / blade, - and whereby the moving path of the wire/blade is a closed curve.
A foldable corbelled work structure intended to be mounted to a vertical construction wall and to support a formwork panel, the structure comprising a circulation plate including means for attachment to said vertical construction wall, the circulation plate extending along its length along a first axis and along its width along a second axis, the circulation platform including a central chassis and at least one side chassis (40G, 40D) slidably mounted relative to the central chassis along the first axis, the central chassis including at least one first guide member configured to slide with at least one second guide member of the side chassis (40G, 40D), the structure being characterised in that it includes at least one bearing member (9, 9') positioned at the interface between the second guide member and the first guide member so as to allow an operator to move the side chassis (40G, 40D) with reduced friction relative to the central chassis manually and without tools, the foldable corbelled work structure being free of any geared assistance member for moving the side chassis (40G, 40D), the first guide member being in the form of a hollow profile in which the second guide member slides, the first guide member including at least one lower wall in which is formed a through-opening opening onto the second guide member, the bearing member comprising at least one cage with a plurality of bearings, the bearing member being mounted in the through-opening to guide a lower surface of the second guide member.
A method of making a solution including a block copolymer, the method comprising: dissolving a block copolymer in a solvent mixture to form a solution, the solvent mixture including at least two solvent components, wherein a solubility of the block copolymer in the solvent mixture is at least about 7 wt. % at about 64 °C, the solvent mixture is non-reactive with the block copolymer, and a maximum solubility of the block copolymer in a single solvent solution consisting of any one of the at least two solvent components and the block copolymer is not greater than about 1 wt. % at about 64 °C, wherein the block copolymer includes polyisobutylene segments and polyurethane segments.
An oral dosage from for use in a method of treating a human with a primary or secondary progressive form of multiple sclerosis, said oral dosage form comprising andrographolide; wherein said oral dosage form provides an amount of andrographolide of 140 mg and is orally administered twice a day.
An object detector comprising: a light source to emit pulsed light; an optical system to project the pulsed light emitted from the light source, wherein the optical system includes a deflector to cause the pulsed light emitted from the light source to perform scanning; and a pulsed light detector to detect the pulsed light projected from the optical system and reflected from the object, the pulsed light detector comprising a light-receiving element array including a plurality of light receiving elements with output terminals connected to each other to receive the pulsed light, wherein among the plurality of light receiving elements of the pulsed light detector, more light receiving elements are disposed along a direction perpendicular to a scanning direction of the deflector than along the scanning direction, characterised in that: each of the light receiving elements is a current-amplifying light receiving element to amplify electric current, wherein the current-amplifying light receiving element changes a current signal output according to an amount of incident light in a substantially linear manner. a light source to emit pulsed light; an optical system to project the pulsed light emitted from the light source, wherein the optical system includes a deflector to cause the pulsed light emitted from the light source to perform scanning; and a pulsed light detector to detect the pulsed light projected from the optical system and reflected from the object, the pulsed light detector comprising a light-receiving element array including a plurality of light receiving elements with output terminals connected to each other to receive the pulsed light, wherein among the plurality of light receiving elements of the pulsed light detector, more light receiving elements are disposed along a direction perpendicular to a scanning direction of the deflector than along the scanning direction, characterised in that: each of the light receiving elements is a current-amplifying light receiving element to amplify electric current, wherein the current-amplifying light receiving element changes a current signal output according to an amount of incident light in a substantially linear manner.
A method for cooperative communication among base stations in a wireless communication system, comprising: predicting a resource level of each base station based on information received from a plurality of base stations; determining base stations having the resource level equal to or less than a set reference level among the plurality of base stations, wherein the set reference level is determined using the resource level for a set interval; configuring available resource information of the determined base stations and the available resource information of the rest of the base stations as different values, by differently configuring resource restriction results of the determined base stations, for the determined base stations and the rest of the base stations; and transmitting the configured available resource information, wherein the resource level represents available resources in a certain time period of the base station. predicting a resource level of each base station based on information received from a plurality of base stations; determining base stations having the resource level equal to or less than a set reference level among the plurality of base stations, wherein the set reference level is determined using the resource level for a set interval; configuring available resource information of the determined base stations and the available resource information of the rest of the base stations as different values, by differently configuring resource restriction results of the determined base stations, for the determined base stations and the rest of the base stations; and transmitting the configured available resource information, wherein the resource level represents available resources in a certain time period of the base station.
An oligopeptide for use in a method for treating a painful condition in a subject comprising administering 1 to 3mg/kg a oligopeptide PN-A5, said PN-A5 oligopeptide being the Ang derivative of SEQ ID NO: 13, which has the amino acid sequence of native Ang except that Pro7 is substituted by Ser7 and wherein Ser7 is glucosylated and comprises a C-terminal amidation, and wherein the painful condition is inflammatory pain.
A fuel cell state determination method for determining an internal state of a fuel cell supplied with an anode gas and a cathode gas to generate electricity, comprising: detecting a decrease of a reaction resistance value (Ract) of the cathode caused by hydrogen evolution reaction generated in the cathode as the fuel cell has an oxygen deficiency state; and determining the oxygen deficiency state on the basis of detection of the decrease of the reaction resistance value (Ract), wherein the reaction resistance value (Ract) of the cathode is calculated on the basis of one or more internal impedances of the fuel cell acquired on the basis of one or more frequencies belonging to a predetermined frequency band, and the predetermined frequency band is a specific frequency band in which a difference between the reaction resistance value (Ract) of the cathode during occurrence of the hydrogen evolution reaction and the reaction resistance value (Ract) of the cathode during non-occurrence of the hydrogen evolution reaction becomes equal to or larger than a predetermined value. detecting a decrease of a reaction resistance value (Ract) of the cathode caused by hydrogen evolution reaction generated in the cathode as the fuel cell has an oxygen deficiency state; and determining the oxygen deficiency state on the basis of detection of the decrease of the reaction resistance value (Ract), wherein the reaction resistance value (Ract) of the cathode is calculated on the basis of one or more internal impedances of the fuel cell acquired on the basis of one or more frequencies belonging to a predetermined frequency band, and the predetermined frequency band is a specific frequency band in which a difference between the reaction resistance value (Ract) of the cathode during occurrence of the hydrogen evolution reaction and the reaction resistance value (Ract) of the cathode during non-occurrence of the hydrogen evolution reaction becomes equal to or larger than a predetermined value.
An apparatus comprising: a store for storing a set of routes in an N-dimensional space, the set of routes comprising a plurality of routes and each route of the set of routes describing a camera trajectory of spatial camera poses through the N-dimensional space and each route of the set of routes being linked to a video item including frames comprising both image and depth information for spatial camera poses of the route; an input for receiving a viewer position indication being an indication of a position in the N-dimensional space; a selector for selecting a first route of the set of routes in response to a selection criterion dependent on a distance metric dependent on the viewer position indication and positions of the routes of the set of routes; a retriever (103, 109) for retrieving a first video item linked to the first route from a video source; an image generator for generating at least one view image for the viewer position indication from a first set of frames from the first video item; characterized in that the selection criterion is biased towards a currently selected route relative to other routes of the set of routes, the currently selected route being a route of the set of routes; and wherein the store is further arranged to store intersect positions for routes linked to the video items; and the selection criterion is dependent on the intersect positions and the bias towards the currently selected route is dependent on a distance between the viewer position indication and intersect positions. a store for storing a set of routes in an N-dimensional space, the set of routes comprising a plurality of routes and each route of the set of routes describing a camera trajectory of spatial camera poses through the N-dimensional space and each route of the set of routes being linked to a video item including frames comprising both image and depth information for spatial camera poses of the route; an input for receiving a viewer position indication being an indication of a position in the N-dimensional space; a selector for selecting a first route of the set of routes in response to a selection criterion dependent on a distance metric dependent on the viewer position indication and positions of the routes of the set of routes; a retriever (103, 109) for retrieving a first video item linked to the first route from a video source; an image generator for generating at least one view image for the viewer position indication from a first set of frames from the first video item;
A spinal implant for placement in a facet joint (180, 180'), comprising: a unitary bone-engaging elongate member extending from a distal tip to a proximal-most head and defining a longitudinal axis, the elongate member having threads configured to engage bone extending over at least a portion thereof; and a stabilization member having a bone contacting surface and at least one feature (16, 16') with a bone-piercing distal portion that decreases in width from a proximal-most portion to a distal-most portion, the feature extending distally and having a length greater than a width thereof and configured to stabilize the elongate member relative to an anatomical structure, characterized in that the stabilization member is configured to seat the elongate member, such that the stabilization member encircles a proximal-most portion of the proximal-most head, and to allow poly axial motion thereof. a unitary bone-engaging elongate member extending from a distal tip to a proximal-most head and defining a longitudinal axis, the elongate member having threads configured to engage bone extending over at least a portion thereof; and a stabilization member having a bone contacting surface and at least one feature (16, 16') with a bone-piercing distal portion that decreases in width from a proximal-most portion to a distal-most portion, the feature extending distally and having a length greater than a width thereof and configured to stabilize the elongate member relative to an anatomical structure, characterized in that the stabilization member is configured to seat the elongate member, such that the stabilization member encircles a proximal-most portion of the proximal-most head, and to allow poly axial motion thereof.
Spreading and screeding device for manufacturing a screed floor, comprising: - a displaceable frame; - a roller connected to the frame for levelling the screed floor; and - a pressing and spreading roller, connected to the frame and placed functionally in front of the roller during use, for spreading and pressing screed floor material, and - an auger, characterized in that the auger is connected to the frame and positioned above the pressing and spreading roller for spreading screed floor material over the width of the device, wherein the frame is provided with at least one opening arranged in a side for ejecting an excess of screed floor material laterally through the at least one opening. - a displaceable frame; - a roller connected to the frame for levelling the screed floor; and - a pressing and spreading roller, connected to the frame and placed functionally in front of the roller during use, for spreading and pressing screed floor material, and - an auger,
An apparatus for producing silicon comprising: a gas feed pipe for feeding chlorosilanes and hydrogen into a reaction chamber in a reaction vessel; a reaction tube (7, 35, 36) made of a material which permits silicon to be precipitated from said chlorosilanes and hydrogen, and undergoes thermal expansion; heating means arranged on the outer circumferential side of said reaction tube (7, 35, 36) and melts the precipitated silicon; and a heat insulating material provided between said reaction tube and the heating means, the molten silicon being allowed to flow from a lower end portion of said reaction tube down to a recovery unit on the lower side; characterized in that an intermediate wall protruding toward the center side of the reaction vessel is formed between said reaction chamber and said recovery unit, said reaction tube (7, 35, 36) is supported by said intermediate wall, and an expansion member (13,41) that expands and contracts in the up-and-down direction is air-tightly arranged between an upper end portion of said reaction tube (7, 35, 36) and a ceiling portion of said reaction chamber. a gas feed pipe for feeding chlorosilanes and hydrogen into a reaction chamber in a reaction vessel; a reaction tube (7, 35, 36) made of a material which permits silicon to be precipitated from said chlorosilanes and hydrogen, and undergoes thermal expansion; heating means arranged on the outer circumferential side of said reaction tube (7, 35, 36) and melts the precipitated silicon; and a heat insulating material provided between said reaction tube and the heating means, the molten silicon being allowed to flow from a lower end portion of said reaction tube down to a recovery unit on the lower side; characterized in that an intermediate wall protruding toward the center side of the reaction vessel is formed between said reaction chamber and said recovery unit, said reaction tube (7, 35, 36) is supported by said intermediate wall, and an expansion member (13,41) that expands and contracts in the up-and-down direction is air-tightly arranged between an upper end portion of said reaction tube (7, 35, 36) and a ceiling portion of said reaction chamber.
Tank for a turbomachine, the tank being designed to contain a liquid of the turbomachine, notably oil, the tank including: - an inner chamber designed to contain the liquid in the tank, - a wall with an inner surface surrounding the inner chamber, and - a capacitive device for measuring liquid level, characterized in that the device includes two electrodes forming at least partly the inner surface and designed to be in electrical contact with the liquid in order to measure the level of the liquid. - an inner chamber designed to contain the liquid in the tank, - a wall with an inner surface surrounding the inner chamber, and - a capacitive device for measuring liquid level,
A heat dissipating component for a semiconductor element, comprising an aluminum-diamond composite formed by covering both main faces of a plate-shaped body with a covering layer consisting of a metal having aluminum as a main component or an aluminum-ceramic composite material, characterized in that the plate-shaped body of the aluminum-diamond composite has a thickness of 0.4 to 6 mm and comprises 40 vol% to 70 vol% diamond particles, the balance consisting of a metal having aluminum as a main component; and an amorphous Ni alloy layer of film thickness 0.1 to 1 μm, a Ni layer of film thickness 1 to 5 μm, and an Au layer of film thickness 0.05 to 4 μm are formed, sequentially from a main face side, on both main faces of the aluminum-diamond composite, such that a ratio between the Ni alloy layer and the Ni layer (Ni alloy layer thickness/Ni layer thickness) is 0.3 or less.