mhurhangee/ep-ind-claims huggingface dataset:
A collapsible, flexible storage tank capable of holding a liquid material, including: a first sheet of flexible, moisture impervious side wall material (112, 212); at least one opening for receiving a fitting to fill and drain the tank; joining seams (114, 214, 314, 414) wherein edges (32, 40, 232, 240) of the first sheet of material are joined, the seams (114, 214, 314, 414) extending about the tank in a spiral orientation, characterised in that at least some of the seams (114, 116) have a butt joint configuration (214, 314, 414), wherein the joint seams are constructed by locating ends of the first sheet of material against one another so that inner edges (232 and 240) butt up against one another and are joined together in the same plane in a butt joint configuration, and a length of flexible, moisture impervious second sheet of material overlapping the butt joint and sealed to the first sheet of material is located over the top of the inner edges (232 and 240) and extends longitudinally along the length of the joint seam and laterally therefrom for a width great enough to create a sealed joint between the second sheet of material and the first sheet of material, wherein the inner edges (232 and 240) of the first sheet of material are located internally to the tank underneath the second sheet of material; and wherein the storage tank is further comprising closing seams wherein the side ends of the pillow tank are sealed. a first sheet of flexible, moisture impervious side wall material (112, 212); at least one opening for receiving a fitting to fill and drain the tank; joining seams (114, 214, 314, 414) wherein edges (32, 40, 232, 240) of the first sheet of material are joined, the seams (114, 214, 314, 414) extending about the tank in a spiral orientation, characterised in that at least some of the seams (114, 116) have a butt joint configuration (214, 314, 414), wherein the joint seams are constructed by locating ends of the first sheet of material against one another so that inner edges (232 and 240) butt up against one another and are joined together in the same plane in a butt joint configuration, and a length of flexible, moisture impervious second sheet of material overlapping the butt joint and sealed to the first sheet of material is located over the top of the inner edges (232 and 240) and extends longitudinally along the length of the joint seam and laterally therefrom for a width great enough to create a sealed joint between the second sheet of material and the first sheet of material, wherein the inner edges (232 and 240) of the first sheet of material are located internally to the tank underneath the second sheet of material; and wherein the storage tank is further comprising closing seams wherein the side ends of the pillow tank are sealed.
A manipulator configuration comprising at least one manipulator (1a, 1b), at least one control and a mechanical energy storage which is configured to store, in particular temporarily store, energy from at least one manipulator (1 a, 1 b), characterized in that the mechanical energy storage comprises a plurality of energy storage means (ES 1, ES 2) decoupled from one another which are configured to store mechanical energy.
A steam flare comprising a waste gas cylinder and a plurality of extensions that extend away from a center of said waste gas cylinder, wherein said plurality of extensions are connected to an upper portion of said waste gas cylinder, wherein each of said extensions contains a plurality of flare gas conduits, and wherein a steam tube is located in each of said flare gas conduits.
Condensation dryer, in particular laundry dryer, with a heat exchanger for the separation of moisture, taken up in a drying space, out of an air circuit, and with a sorption unit which is connectable to a liquid tank, fluid which is in the gas phase being adsorbed in the sorption unit, characterized in that, between the liquid tank and the sorption unit, a cooling-fluid stream can be generated, which flows through the heat exchanger.
An item of footwear including: a sole; and a carbon-fibre reinforced shank provided within the sole, the carbon-fibre reinforced shank extending along an entire length and width of the sole to provide rigidity to the sole, wherein the shank is curved upwards from a central portion of the shank to opposing ends of the shank along the length of the shank, and wherein the sole defines a rocker that is configured to assist the wearer with forward movement when a front portion of the item of footwear is lowered and a heel portion of the item of footwear is raised. a sole; and a carbon-fibre reinforced shank provided within the sole, the carbon-fibre reinforced shank extending along an entire length and width of the sole to provide rigidity to the sole, wherein the shank is curved upwards from a central portion of the shank to opposing ends of the shank along the length of the shank, and wherein the sole defines a rocker that is configured to assist the wearer with forward movement when a front portion of the item of footwear is lowered and a heel portion of the item of footwear is raised.
A method comprising: generating a data symbol at a station (106,1200); and transmitting, from the station (106,1200), the data symbol via a television high throughput, TVHT, bandwidth channel, wherein one or more inter-frame timing parameters (112, 1268) are used to transmit the data symbol via the TVHT bandwidth channel; and wherein the one or more inter-frame timing parameters (112, 1268) comprise a short inter-frame space, SIFS, time of 120 microseconds, μs, for a 6 megahertz, MHz, bandwidth channel or for a 7 MHz bandwidth channel. generating a data symbol at a station (106,1200); and transmitting, from the station (106,1200), the data symbol via a television high throughput, TVHT, bandwidth channel, wherein one or more inter-frame timing parameters (112, 1268) are used to transmit the data symbol via the TVHT bandwidth channel; and wherein the one or more inter-frame timing parameters (112, 1268) comprise a short inter-frame space, SIFS, time of 120 microseconds, μs, for a 6 megahertz, MHz, bandwidth channel or for a 7 MHz bandwidth channel.
A method of manufacturing a porous polymer membrane having a pore size of 5-10000nm as determined by microscopy, comprising the steps of a) providing a dispersion comprising • one or more diluents in an amount of at least 40wt.%, • one or more polymers dissolved therein, • one or more coated particles dispersed therein, • optionally one or more additives dissolved therein; b) coating a substrate with said dispersion; c) optionally subjecting the obtained material to a drying step; d) optionally subjecting the thus obtained material to a polymerisation or cross-linking step; e) removing said one or more particles by a dissolution step; f) optionally removing the obtained polymer membrane from said supporting material, characterized in that the ratio (wt%) of polymer: coated particles is in the range of 2:1 to 0.01:1, and characterized in that the coated particles • are pre-manufactured, • are selected from the group consisting of organic salts, metal salts, metal oxides and combinations thereof, • the coating material is selected from the group of carboxylic acids, aryl-alkoxy-silanes alkyl-aryl-alkoxy-silanes and alkyl-alkoxy-silanes, and • have a particle size in the range of 5-10000 nm measured as specified in the description. a) providing a dispersion comprising • one or more diluents in an amount of at least 40wt.%, • one or more polymers dissolved therein, • one or more coated particles dispersed therein, • optionally one or more additives dissolved therein; • one or more diluents in an amount of at least 40wt.%, • one or more polymers dissolved therein, • one or more coated particles dispersed therein, • optionally one or more additives dissolved therein; b) coating a substrate with said dispersion; c) optionally subjecting the obtained material to a drying step; d) optionally subjecting the thus obtained material to a polymerisation or cross-linking step; e) removing said one or more particles by a dissolution step; f) optionally removing the obtained polymer membrane from said supporting material, characterized in that the ratio (wt%) of polymer: coated particles is in the range of 2:1 to 0.01:1, and characterized in that the coated particles • are pre-manufactured, • are selected from the group consisting of organic salts, metal salts, metal oxides and combinations thereof, • the coating material is selected from the group of carboxylic acids, aryl-alkoxy-silanes alkyl-aryl-alkoxy-silanes and alkyl-alkoxy-silanes, and • have a particle size in the range of 5-10000 nm measured as specified in the description. • are pre-manufactured, • are selected from the group consisting of organic salts, metal salts, metal oxides and combinations thereof, • the coating material is selected from the group of carboxylic acids, aryl-alkoxy-silanes alkyl-aryl-alkoxy-silanes and alkyl-alkoxy-silanes, and • have a particle size in the range of 5-10000 nm measured as specified in the description.
A method for reducing the production of methane emanating from the digestive activities of an animal and maintaining the microbial activity and the content of volatile fatty acids on normal levels by using an essential oil compounds which comprises: a) 5-100% by weight of limonene, eugenol or a mixture thereof; b) 0-95% by weight of one or more essential oil compounds selected from the group consisting of the salicylate, quinoline and vanilla; and c) 0-60% by weight of thymol, the cresol or a mixture thereof. a) 5-100% by weight of limonene, eugenol or a mixture thereof; b) 0-95% by weight of one or more essential oil compounds selected from the group consisting of the salicylate, quinoline and vanilla; and c) 0-60% by weight of thymol, the cresol or a mixture thereof.
A method of manufacturing a female terminal comprising: forming a cutout part with a predetermined width in a direction (Db) intersecting with an axial direction (Da) of a tubular member, on a part of a first tubular portion located at a side of a first end of the tubular member, crushing the first tubular portion to form an electric wire connection portion, a second tubular portion located at a side of a second end of the tubular member becomes a terminal contact portion, wherein a male terminal is to be inserted in the terminal contact portion; and electrically connecting a core wire exposed from an end of an electric wire to the electric wire connection portion. forming a cutout part with a predetermined width in a direction (Db) intersecting with an axial direction (Da) of a tubular member, on a part of a first tubular portion located at a side of a first end of the tubular member, crushing the first tubular portion to form an electric wire connection portion, a second tubular portion located at a side of a second end of the tubular member becomes a terminal contact portion, wherein a male terminal is to be inserted in the terminal contact portion; and electrically connecting a core wire exposed from an end of an electric wire to the electric wire connection portion.
A thermoplastic composition, comprising 10 to 90 wt% of a poly(phthalamide); 10 to 90 wt% of a poly(etherimide-siloxane); and 0 to 10 wt% of an additive composition, wherein weight percent of each component is based on the total weight of the composition; and wherein a poly(etherimide) other than the poly(etherimide-siloxane) is excluded from the composition. 10 to 90 wt% of a poly(phthalamide); 10 to 90 wt% of a poly(etherimide-siloxane); and 0 to 10 wt% of an additive composition, wherein weight percent of each component is based on the total weight of the composition; and wherein a poly(etherimide) other than the poly(etherimide-siloxane) is excluded from the composition.
Method for producing a laminated product, for example a building panel, preferably a floor panel, wherein the method comprising the steps of: • applying a powder based sublayer comprising wood fibers and a thermosetting resin on a wood fiber based core, e.g. an HDF panel; • applying a raw paper on the powder based sublayer; • providing a decor on the raw paper by a digital printing process after the raw paper is applied on said powder based sublayer; • applying a protective powder based or paper based overlay comprising a resin and wear resistant particles on said raw paper; and • applying heat and pressure in order to impregnate the raw paper and to cure the resins, thereby obtaining a laminated product. • applying a powder based sublayer comprising wood fibers and a thermosetting resin on a wood fiber based core, e.g. an HDF panel; • applying a raw paper on the powder based sublayer; • providing a decor on the raw paper by a digital printing process after the raw paper is applied on said powder based sublayer; • applying a protective powder based or paper based overlay comprising a resin and wear resistant particles on said raw paper; and • applying heat and pressure in order to impregnate the raw paper and to cure the resins, thereby obtaining a laminated product.
A user-based system comprising: a wearable device including an energy generation component; a pattern trainer to determine, based on an activity of a user of the wearable device, a first energy generation pattern generated by the energy generation component and associated with the wearable device; a pattern monitor to determine, based on another activity of the user of the wearable device, a second energy generation pattern generated by the energy generation component and associated with the wearable device; and an authenticator to conduct a user authentication, of the user of the wearable device, based at least in part on the first energy generation pattern and the second energy generation pattern. a wearable device including an energy generation component; a pattern trainer to determine, based on an activity of a user of the wearable device, a first energy generation pattern generated by the energy generation component and associated with the wearable device; a pattern monitor to determine, based on another activity of the user of the wearable device, a second energy generation pattern generated by the energy generation component and associated with the wearable device; and an authenticator to conduct a user authentication, of the user of the wearable device, based at least in part on the first energy generation pattern and the second energy generation pattern.
A method of transforming color space using tetrahedral interpolation for an image processing system, comprising: identifying a tetrahedron that contains a mapped input point, the tetrahedron being one of six non-overlapping tetrahedrons into which a cube in a color space is divided; using the formula, Output i = 1/128 [Δ0 * P0 i + Δ1 * P1 i + Δ2 * P2 i + Δ3 * P3 i] wherein i ∈ {C, M, Y, K}, P 0 l, P 1 l, P 2 l P 3 l are the four tetrahedron points, and wherein fractional deltas Δ0, Δ1, Δ2 and Δ3 are calculated using the fractional values Xfrc, Yfrc and Zfrc according to the table: Tetrahedron Fraction order defining the tetrahedron Delta computation on fraction fields Δ0 Δ1 Δ2 Δ3 1 Xfrc≥Yfrc≥Zfrc 128-Xfrc Xfrc-Yfrc Yfrc-Zfrc Zfrc 2 Xfrc≥Zfrc>Yfrc 128-Xfrc Xfrc-Zfrc Zfrc-Yfrc Yfrc 3 Zfrc>Xfrc≥Yfrc 128-Zfrc Zfrc-Xfrc Xfrc-Yfrc Yfrc 4 Yfrc>Xfrc≥Zfrc 128-Yfrc Yfrc-Xfrc Xfrc-Zfrc Zfrc 5 Yfrc≥Zfrc>Xfrc 128-Yfrc Yfrc-Zfrc Zfrc-Xfrc Xfrc 6 Zfrc>Yfrc>Xfrc 128-Zfrc Zfrc-Yfrc Yfrc-Xfrc Xfrc retrieving tetrahedron node values CM and YK or CMYK from a 3D lookup table; using the values directly in instructions that compute interpolation outputs; packing interpolation outputs based on use of dual or quad instructions; and adjusting packed interpolation output using a byte to byte mapping. identifying a tetrahedron that contains a mapped input point, the tetrahedron being one of six non-overlapping tetrahedrons into which a cube in a color space is divided; using the formula, Output i = 1/128 [Δ0 * P0 i + Δ1 * P1 i + Δ2 * P2 i + Δ3 * P3 i] wherein i ∈ {C, M, Y, K}, P 0 l, P 1 l, P 2 l P 3 l are the four tetrahedron points, and wherein fractional deltas Δ0, Δ1, Δ2 and Δ3 are calculated using the fractional values Xfrc, Yfrc and Zfrc according to the table: Tetrahedron Fraction order defining the tetrahedron Delta computation on fraction fields Δ0 Δ1 Δ2 Δ3 1 Xfrc≥Yfrc≥Zfrc 128-Xfrc Xfrc-Yfrc Yfrc-Zfrc Zfrc 2 Xfrc≥Zfrc>Yfrc 128-Xfrc Xfrc-Zfrc Zfrc-Yfrc Yfrc 3 Zfrc>Xfrc≥Yfrc 128-Zfrc Zfrc-Xfrc Xfrc-Yfrc Yfrc 4 Yfrc>Xfrc≥Zfrc 128-Yfrc Yfrc-Xfrc Xfrc-Zfrc Zfrc 5 Yfrc≥Zfrc>Xfrc 128-Yfrc Yfrc-Zfrc Zfrc-Xfrc Xfrc 6 Zfrc>Yfrc>Xfrc 128-Zfrc Zfrc-Yfrc Yfrc-Xfrc Xfrc retrieving tetrahedron node values CM and YK or CMYK from a 3D lookup table; using the values directly in instructions that compute interpolation outputs; packing interpolation outputs based on use of dual or quad instructions; and adjusting packed interpolation output using a byte to byte mapping.
A heat-transfer textile ink comprising: (a) a silicone ink base composition; (b) a pigment; and (c) a heat-transfer adhesion promoter comprising (i) wherein m is in the range 0 and 120, and n is in the range 1 to 120. (a) a silicone ink base composition; (b) a pigment; and (c) a heat-transfer adhesion promoter comprising (i) wherein m is in the range 0 and 120, and n is in the range 1 to 120.
Process for the off site regeneration of a solid catalyst, comprising the following two consecutive stages: - a first stage of washing the catalyst using one or more fluid (s) in the supercritical state, so as to extract from the catalyst at least a portion of the hydrocarbons present at the surface of the latter, followed by - a second stage of combustion of at least a portion of the coke present at the surface of the catalyst by a heat treatment of the latter in the presence of oxygen and at a temperature ranging from 300°C to 600°C, characterized in that the fluid in the supercritical state is chosen from water and carbon dioxide comprising from 1 to 15% by weight of water. - a first stage of washing the catalyst using one or more fluid (s) in the supercritical state, so as to extract from the catalyst at least a portion of the hydrocarbons present at the surface of the latter, followed by - a second stage of combustion of at least a portion of the coke present at the surface of the catalyst by a heat treatment of the latter in the presence of oxygen and at a temperature ranging from 300°C to 600°C, characterized in that the fluid in the supercritical state is chosen from water and carbon dioxide comprising from 1 to 15% by weight of water.
Motorhome with a superstructure, wherein the superstructure has at least one room extension module displaceably attached to it and a seal arranged between the superstructure and the room extension module, wherein at least one force transmission means is arranged in the area of the seal on the superstructure and/or on the room extension module, which is configured in such a way that it narrowly limits a vertical relative movement between the superstructure and the room extension module by transmitting forces acting in the vertical direction between the room extension module and the superstructure, characterized in that the force transmission means is configured in such a way that forces acting from the outside on the roof of the superstructure, forces lifting it or forces arching it upwards are introduced at least partially into the room extension module via the force transmission means, so that a vertical relative movement between the room extension module and the superstructure is prevented as far as possible by connecting the two adjacent components (3, 2) to each other via the force transmission means. wherein at least one force transmission means is arranged in the area of the seal on the superstructure and/or on the room extension module, which is configured in such a way that it narrowly limits a vertical relative movement between the superstructure and the room extension module by transmitting forces acting in the vertical direction between the room extension module and the superstructure, characterized in that the force transmission means is configured in such a way that forces acting from the outside on the roof of the superstructure, forces lifting it or forces arching it upwards are introduced at least partially into the room extension module via the force transmission means, so that a vertical relative movement between the room extension module and the superstructure is prevented as far as possible by connecting the two adjacent components (3, 2) to each other via the force transmission means.
Bridge having at least two bridge elements, which have a central region with a driving track and which have at least one end region provided with access ramps, and at least one connecting element for connecting the bridge elements, characterized in that the connecting element has a drive-over region for continuously connecting the driving track and, arranged below the drive-over region, connecting means (15.1, 15.2) for connection to two end regions, and the drive-over region covers the access ramps as a result of the continuous connection.
Optical sensor arrangement, comprising - at least two light sensors (35, 36) for providing at least two sensor signals (S1, S2), and - an evaluation circuit that comprises an input coupled to the at least two light sensors (35, 36) and is designed to evaluate the at least two sensor signals (S1, S2) for gesture detection in an adaptive manner using previous values of the at least two sensor signals (S1, S2), wherein the evaluation circuit is designed to start capturing the at least two sensor signals (S1, S2) for gesture detection, if a signal (SC1, SC2) derived from the at least two sensor signals (S1, S2) is larger than a gesture entry threshold, and to dynamically adapt the gesture entry threshold depending on the previous values of the at least two sensor signals (S1, S2), characterized in that the evaluation circuit is designed to determine the gesture entry threshold by adding a distance signal to a baseline signal, wherein the evaluation circuit is designed to determine - a slow filter signal by filtering a sum of the at least two sensor signals (S1, S2) with a slow filter, - a medium filter signal by filtering the sum of the at least two sensor signals (S1, S2) with a medium filter, and - the baseline signal by selecting the minimum of the slow filter signal and the medium filter signal, and wherein the slow and the medium filter (50, 51) are realized by low pass filtering and a cutoff frequency of the slow filter is lower than a cutoff frequency of the medium filter. - at least two light sensors (35, 36) for providing at least two sensor signals (S1, S2), and - an evaluation circuit that comprises an input coupled to the at least two light sensors (35, 36) and is designed to evaluate the at least two sensor signals (S1, S2) for gesture detection in an adaptive manner using previous values of the at least two sensor signals (S1, S2), wherein the evaluation circuit is designed to start capturing the at least two sensor signals (S1, S2) for gesture detection, if a signal (SC1, SC2) derived from the at least two sensor signals (S1, S2) is larger than a gesture entry threshold, and to dynamically adapt the gesture entry threshold depending on the previous values of the at least two sensor signals (S1, S2), characterized in that the evaluation circuit is designed to determine the gesture entry threshold by adding a distance signal to a baseline signal, wherein the evaluation circuit is designed to determine - a slow filter signal by filtering a sum of the at least two sensor signals (S1, S2) with a slow filter, - a medium filter signal by filtering the sum of the at least two sensor signals (S1, S2) with a medium filter, and - the baseline signal by selecting the minimum of the slow filter signal and the medium filter signal, and wherein the slow and the medium filter (50, 51) are realized by low pass filtering and a cutoff frequency of the slow filter is lower than a cutoff frequency of the medium filter.