mhurhangee/ep-ind-claims huggingface dataset:
An aircraft cabin partition monument comprising: - a partition wall element, and - a stowage compartment, wherein the stowage compartment includes a cover plate element and at least one sidewall element (24, 46, 48), and wherein the stowage compartment is convertible between a state of rest, wherein the cover plate element and the sidewall element (24, 46, 48) extend substantially parallel to the partition wall element, and a state of operation, wherein the cover plate element and the sidewall element (24, 46, 48) extend relative to the partition wall element such that the cover plate element and the sidewall element (24, 46, 48) define a stowage space arranged adjacent to the partition wall element, wherein the cover plate element of the stowage compartment is pivotably connected to the partition wall element and, in the state of operation of the stowage compartment, extends substantially perpendicular to the partition wall element, and wherein the at least one sidewall element (24, 46, 48) of the stowage compartment is pivotably connected to the cover plate element and, in the state of operation of the stowage compartment, extends substantially perpendicular to the cover plate element and substantially parallel or substantially perpendicular to the partition wall element. - a partition wall element, and - a stowage compartment, wherein the stowage compartment includes a cover plate element and at least one sidewall element (24, 46, 48), and wherein the stowage compartment is convertible between a state of rest, wherein the cover plate element and the sidewall element (24, 46, 48) extend substantially parallel to the partition wall element, and a state of operation, wherein the cover plate element and the sidewall element (24, 46, 48) extend relative to the partition wall element such that the cover plate element and the sidewall element (24, 46, 48) define a stowage space arranged adjacent to the partition wall element,
Tube blank with a barrier element comprising a base blank having a head with a head opening, and on the inner side of the head is welded a barrier element of multilayer laminate film and the barrier element in its lower part has an opening under the center of the head opening, characterized in that on the upper surface of the lower part of the barrier element above the opening is attached an upper part of the barrier element, which has an outer contour similar in shape but increased in size related to the opening of the lower part of the barrier element, wherein the upper part of the barrier element continues in an elongated pulling element with a length greater than the length of the head opening and located in the head opening.
A bicycle with removable battery for supplying power to electric components (9, 11), comprising a frame composed of an upper tube connected with a front oblique tube and with a rear vertical tube, which in turn are connected in a lower region so as to form a seat for a bottom bracket and with which a pair of horizontal rear chainstays (7a, 7b) and a pair of oblique rear chainstays (7c, 7d) are coupled, said front oblique tube having an axial seat for a removable battery and for accommodating connection and/or electric power supply cables, said axial seat having an axis that passes above said bottom bracket and a lower end that is open and located at an interspace between said pair of horizontal rear chainstays (7a, 7b), characterized in that a slider is fixed inside said axial seat and has, in a transverse cross-section, a substantially H-like shape so as to form a flat base from which two first L-shaped and opposite wings (19a, 19b) extend upward and form a linear guide for a plate that has a rectangular shape.
A tilter, for holding a container for receiving a beverage dispensed from a beverage dispenser, the beverage dispenser having a spout of a faucet from which the beverage is dispensed upon activation of a dispensing lever (46, 54) of the faucet causing a triggering event, the tilter comprising a beverage container holding element pivotally mounted to a mounting bracket, the mounting bracket being mountable to the beverage dispenser; a biasing element (34, 36) configured to store energy when the container holding element is in the upright position, and upon occurrence of the triggering event, the biasing element automatically releases the stored energy in a direction to move the container holding element toward a tilted position, the biasing element connected at one end to the mounting bracket and at an opposite end to the beverage container holding element; and detent elements configured to releasably hold the container holding element in the upright position, the triggering event exerting a force to overcome the holding force of the detent elements releasing the detent elements allowing the biasing element to pivot the container holding element from the upright position to the tilted position angularly related to the upright position for receiving the beverage dispensed from the spout into the container, as the container held by the beverage container holding element is gradually filled with the dispensed beverage so as to gradually increase in weight, the gradual increase in weight causing the biasing element to automatically and gradually yield to return the container holding element to the upright position; the tilter further comprising a lever arm connected with the container holding element, positionable when the container holding element is in the upright position, to be contacted by an actuator element of the faucet; the triggering event comprises movement of the actuator element of the faucet for dispensing beverage to initially move the container holding element away from the upright position.
A mould, for the injection moulding of a plastic material, and comprising: - two shells (111, 112, 310) comprising moulding surfaces, and delimiting a moulding cavity when the mould is closed; - a heat accumulator (241, 242, 340, 440); - induction heating means, configured to heat the heat accumulator; - characterised in that it comprises means to expose and hide a surface of the shells, called the receiving surface (131, 132, 330, 341), other than the moulding surface, to the heat from the heat accumulator (241, 242, 340, 440), so as to bring the whole of the moulding surfaces of the cavity to an appropriate temperature for injection, wherein the heat transfer between the receiving surface and the heat accumulator is made by radiation, and that it comprises between the heat accumulator and the receiving surface a coating promoting infrared radiation absorption. - two shells (111, 112, 310) comprising moulding surfaces, and delimiting a moulding cavity when the mould is closed; - a heat accumulator (241, 242, 340, 440); - induction heating means, configured to heat the heat accumulator; - characterised in that it comprises means to expose and hide a surface of the shells, called the receiving surface (131, 132, 330, 341), other than the moulding surface, to the heat from the heat accumulator (241, 242, 340, 440), so as to bring the whole of the moulding surfaces of the cavity to an appropriate temperature for injection, wherein the heat transfer between the receiving surface and the heat accumulator is made by radiation, and that it comprises between the heat accumulator and the receiving surface a coating promoting infrared radiation absorption.
A flow casing for an oil valve for an oil circuit of an internal combustion engine, comprising a supporting housing in which a valve housing is arranged in a supporting bore of the supporting housing, at least two connecting branches (14, 16, 18) each of which is formed in the supporting housing and each of which is configured to be fluidically connectable, and which are fluidically connected with a corresponding number of bores (22, 24, 26) of the valve housing, one peripheral surface arranged on the valve housing axially between the bores (22, 24 26) and in which a groove (36, 38, 40) is formed; and at least one seal ring (42, 44, 46) arranged in the groove on the peripheral surface (36, 38, 40), characterized in that the seal ring (42, 44) has a thermal expansion coefficient which is higher than the supporting housing, wherein, when used in an internal combustion engine at room temperature, the seal ring (42, 44) has a clearance fit or transition fit with respect to the supporting housing, so that no pressing occurs, and that, at operating temperature, the seal ring (42, 44) is pressed to the supporting housing.
A self-expanding stent for treating a peripheral vessel comprising: a segmented braided scaffold including a plurality of braided scaffold segments (201, 202, 203) configured to be deployed end to end in a vessel, at least two of the braided scaffold segments (201, 203) are hybrid segments comprising non-degradable filaments and degradable filaments woven to form a tubular configuration, wherein upon deployment from a collapsed state to a deployed state, the degradable filaments degrade and a radial strength or stiffness of the hybrid segments decreases with time after deployment, wherein when the degradable filaments are completely degraded, each hybrid segment comprises a residual stiffness provided by the non-degradable filaments, characterized in that a hybrid proximal end segment and a hybrid distal end segment (201, 203) of the scaffold have a higher radial strength or stiffness at deployment than middle segments while having the same residual radial strength or stiffness as the middle segments, and in that the proximal end segment and/or the distal end segment (201, 203) have a length that is 10% to 30% of a total length of the scaffold. a segmented braided scaffold including a plurality of braided scaffold segments (201, 202, 203) configured to be deployed end to end in a vessel, at least two of the braided scaffold segments (201, 203) are hybrid segments comprising non-degradable filaments and degradable filaments woven to form a tubular configuration, wherein upon deployment from a collapsed state to a deployed state, the degradable filaments degrade and a radial strength or stiffness of the hybrid segments decreases with time after deployment, wherein when the degradable filaments are completely degraded, each hybrid segment comprises a residual stiffness provided by the non-degradable filaments, characterized in that a hybrid proximal end segment and a hybrid distal end segment (201, 203) of the scaffold have a higher radial strength or stiffness at deployment than middle segments while having the same residual radial strength or stiffness as the middle segments, and in that the proximal end segment and/or the distal end segment (201, 203) have a length that is 10% to 30% of a total length of the scaffold.
A reinforced polymer composite, the reinforced polymer composite comprising: a polymer matrix, and a strengthening agent, the strengthening agent including cellulose nanocrystals and a stabilizing agent; and wherein the strengthening agent is homogenously dispersed in the polymer matrix and wherein the stabilizing agent is Boehmite nanoclay (Boe) or a combination of Boehmite nanoclay (Boe) and Cetyltrimethylammonium Bromide (CTAB). a polymer matrix, and a strengthening agent, the strengthening agent including cellulose nanocrystals and a stabilizing agent; and wherein the strengthening agent is homogenously dispersed in the polymer matrix and wherein the stabilizing agent is Boehmite nanoclay (Boe) or a combination of Boehmite nanoclay (Boe) and Cetyltrimethylammonium Bromide (CTAB).
A base station for transmitting an orthogonal frequency division multiplexing (OFDM) signal, the base station comprising: a transmitting section configured to transmit to a mobile device information of a number of subcarrier blocks, N sb, to be used for averaging channel quality at said mobile device, each of the subcarrier blocks including a plurality of subcarriers, wherein the information of said number of subcarrier blocks, N sb, does not indicate positions of the subcarrier blocks to be selected; and a reception section configured to receive a signal including a generated CQI and information indicating positions of the N sb selected subcarrier blocks, the N sb selected subcarrier blocks corresponding to the information of the number of subcarrier blocks, N sb, providing higher channel quality, said N sb subcarrier blocks being within a communication band to be used for transmission from the base station to the mobile device, and the generated CQI being a value representing an average channel quality across only the N sb selected subcarrier blocks. a transmitting section configured to transmit to a mobile device information of a number of subcarrier blocks, N sb, to be used for averaging channel quality at said mobile device, each of the subcarrier blocks including a plurality of subcarriers, wherein the information of said number of subcarrier blocks, N sb, does not indicate positions of the subcarrier blocks to be selected; and a reception section configured to receive a signal including a generated CQI and information indicating positions of the N sb selected subcarrier blocks, the N sb selected subcarrier blocks corresponding to the information of the number of subcarrier blocks, N sb, providing higher channel quality, said N sb subcarrier blocks being within a communication band to be used for transmission from the base station to the mobile device, and the generated CQI being a value representing an average channel quality across only the N sb selected subcarrier blocks.
A stair traversing device, comprising: a payload body configured for transporting a payload; a step frame, the step frame including a single central body defining an L-shape conforming to a shape of a step of the stairs or two co-moving bodies defining an L-shape conforming to the shape of the step of the stairs; and a mechanism between the step frame and the payload body, the mechanism being configured to move the step frame with regards to the payload body along a cyclical path by: driving a movement of one of the payload body and the step frame relative to the other one of the payload body and the step frame along a first segment of the cyclical path from a retracted configuration in which the step frame and the payload body are both on a first level, to an extended configuration in which the step frame and the payload body are on two different levels; and driving a movement of the other one of the payload body and the step frame along a second segment of the cyclical path back into the retracted configuration in which the step frame and the payload body are both on a second level; wherein the step frame is configured to remain on the first or second level when the payload body is moved between the first level and the second level; and wherein the mechanism is configured to maintain the relative orientation between the payload body and the step frame. a payload body configured for transporting a payload; a step frame, the step frame including a single central body defining an L-shape conforming to a shape of a step of the stairs or two co-moving bodies defining an L-shape conforming to the shape of the step of the stairs; and a mechanism between the step frame and the payload body, driving a movement of one of the payload body and the step frame relative to the other one of the payload body and the step frame along a first segment of the cyclical path from a retracted configuration in which the step frame and the payload body are both on a first level, to an extended configuration in which the step frame and the payload body are on two different levels; and driving a movement of the other one of the payload body and the step frame along a second segment of the cyclical path back into the retracted configuration in which the step frame and the payload body are both on a second level;
Gear brake for an automated change-speed gearbox having a valve arrangement for inputting and outputting air to/from a fluid cylinder which is, in particular, spring-loaded, namely a gear brake cylinder in pneumatically or hydraulically driven, automated change-speed gearboxes, characterized by a solenoid valve having at least three connectors (11, 12, 13) and three positions, namely a compressed air connector, a working connector and an air-outputting connector, with a blocking centre position and NC function, in which at least the compressed air connector is blocked, the solenoid valve being a 3/3-way valve, and the solenoid valve having a spring resetting means into the blocking centre position or a spring resetting means into an end position, in particular into a blocking end position with an open air-outputting connector.
A electrochemical energy storage device, comprising: a positive electrode plate comprising a positive electrode current collector and a positive electrode film which is provided to the positive electrode current collector and contains a positive electrode material; a negative electrode plate; and a separator; wherein, the positive electrode material comprises a prussian blue analogue positive electrode material; a molecular formula of the prussian blue analogue positive electrode material is A x M c [M' 6] 1- y ( b -H 2 O) 6y-d L d • □ y • ( i -H 2 O) z; where, A is one or more selected from a group consisting of alkali metal cation, alkaline-earth metal cation, Zn 2+ and Al 3+; M is a metal with the valence of 2+ or 3+; M' is a metal with the valence of 2+ or 3+; b -H 2 O is a coordinated water; □ is a M' 6 cavity; L is a neutral ligand, the neutral ligand is C 5 H 5 N; i -H 2 O is an interstitial water; 0 < x ⩽ 2; 0 < c ⩽ 1; 0 < y < 1; 0 < d ⩽ 6 y; 0 ⩽ z ⩽ 16; wherein, the electrochemical energy storage device is a lithium-ion battery, a sodium-ion battery, a potassium-ion battery, a zinc-ion battery or an aluminum-ion battery. a positive electrode plate comprising a positive electrode current collector and a positive electrode film which is provided to the positive electrode current collector and contains a positive electrode material; a negative electrode plate; and a separator; wherein, the positive electrode material comprises a prussian blue analogue positive electrode material; a molecular formula of the prussian blue analogue positive electrode material is A x M c [M' 6] 1- y ( b -H 2 O) 6y-d L d • □ y • ( i -H 2 O) z; where, A is one or more selected from a group consisting of alkali metal cation, alkaline-earth metal cation, Zn 2+ and Al 3+; M is a metal with the valence of 2+ or 3+; M' is a metal with the valence of 2+ or 3+; b -H 2 O is a coordinated water; □ is a M' 6 cavity; L is a neutral ligand, the neutral ligand is C 5 H 5 N; i -H 2 O is an interstitial water; 0 < x ⩽ 2; 0 < c ⩽ 1; 0 < y < 1; 0 < d ⩽ 6 y; 0 ⩽ z ⩽ 16; wherein, the electrochemical energy storage device is a lithium-ion battery, a sodium-ion battery, a potassium-ion battery, a zinc-ion battery or an aluminum-ion battery.
A water-soluble laundry unit dose article comprising a liquid composition, wherein said composition comprises; - an anionic surfactant; - a non-ionic surfactant, wherein the non-ionic surfactant comprises a fatty alcohol ethoxylate of formula R n, wherein R represents an alkyl chain between 4 and 30 carbon atoms, represents one unit of ethylene oxide monomer and n has an average value between 0.5 and 20; - water; wherein the weight ratio of total anionic: non-ionic is between 5:1 and 23:1; and wherein the composition comprises between 0.1wt% and 5wt% of a perfume and between 0.1wt% and 5wt% of an encapsulated perfume. - an anionic surfactant; - a non-ionic surfactant, wherein the non-ionic surfactant comprises a fatty alcohol ethoxylate of formula R n, wherein R represents an alkyl chain between 4 and 30 carbon atoms, represents one unit of ethylene oxide monomer and n has an average value between 0.5 and 20; - water;
A scanning device for use in an automated analyzer, the scanning device comprising a camera, a camera slide, a linear guidance for guiding the camera slide which is mounted at the bottom of the camera slide and a deflection mirror mount, wherein the deflection mirror mount comprises an oblong hole which defines two distances corresponding to two focus levels of the camera along the linear guidance, a drive unit, one or two deflection mirrors, and four pre-loading guidance elements, wherein two of the pre-loading guidance elements are installed on the bottom side of camera slide and the other two pre-loading elements are installed on the bottom side of the deflection mirror mount, wherein the camera is positioned on the camera slide which is connected to the deflection mirror mount comprising the one or two deflection mirrors over the oblong hole for adjusting the distance between camera and the one or two deflection mirrors, wherein the one or two deflection mirrors are held in position by friction forces between the two pre-loaded guidance elements arranged on their bottom side and the linear guidance.
An aqueous dispersion of a capsule composed of a polymeric shell surrounding a core, wherein the core contains a silicone containing compound according to Formula I where R1 to R4 is selected from the group consisting of a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group with 1 to 14 carbon atoms the dashed lines represent a silicon-carbon covalent bond. n is an integer from 1 to 40.