mhurhangee/ep-ind-claims huggingface dataset:
A device for emitting light to scare off animals comprising a housing which comprises at least one light inlet element through which light is able to enter the housing from outside in an entry direction and at least one light emitting element (4, 91) through which light may be emitted from the housing in an emission direction, said emission direction pointing away from the housing only transversely to the entry direction, characterized in that said at least one light emitting element comprises a luminescent element (4, 91) which may be excited to emit light in the emission direction by light entering the housing through said at least one light inlet element and in that said luminescent element (4, 91) is formed of a luminescent material emitting essentially blue light.
Method in a mobile apparatus for valuating at least one characteristic of usage of traffic infrastructure, in particular roads, the method comprising: processing in said mobile apparatus of positioning data representing a route taken by the mobile apparatus in said traffic infrastructure by: a) re-sampling the positioning data by transforming the positioning data recorded at substantially equidistant points in time into positioning data corresponding to equidistant points in space, b) generating bundles of said re-sampled positioning data, wherein generating an individual bundle of the re-sampled positioning data comprises analyzing said re-sampled positioning data with respect to districts defined by a predetermined grid, and creating the bundle as comprising those re-sampled positioning data lying in the same district, and c) re-arranging the generated bundles. processing in said mobile apparatus of positioning data representing a route taken by the mobile apparatus in said traffic infrastructure by: a) re-sampling the positioning data by transforming the positioning data recorded at substantially equidistant points in time into positioning data corresponding to equidistant points in space, b) generating bundles of said re-sampled positioning data, wherein generating an individual bundle of the re-sampled positioning data comprises analyzing said re-sampled positioning data with respect to districts defined by a predetermined grid, and creating the bundle as comprising those re-sampled positioning data lying in the same district, and c) re-arranging the generated bundles. a) re-sampling the positioning data by transforming the positioning data recorded at substantially equidistant points in time into positioning data corresponding to equidistant points in space, b) generating bundles of said re-sampled positioning data, wherein generating an individual bundle of the re-sampled positioning data comprises analyzing said re-sampled positioning data with respect to districts defined by a predetermined grid, and creating the bundle as comprising those re-sampled positioning data lying in the same district, and c) re-arranging the generated bundles.
A tension member (16, 80, 82) for an elevator system, comprising: one or more tension elements extending along a length of the tension member; and one or more wave guide regions (68, 76) secured to at least one surface of the tension member or integral to the tension member and extending along the length of the tension member, characterized in that: the one or more wave guide regions (68, 76) are configured for transmission of a radio frequency data signal along the one or more wave guide regions (68, 76). one or more tension elements extending along a length of the tension member; and one or more wave guide regions (68, 76) secured to at least one surface of the tension member or integral to the tension member and extending along the length of the tension member, characterized in that: the one or more wave guide regions (68, 76) are configured for transmission of a radio frequency data signal along the one or more wave guide regions (68, 76).
A tire, comprising a circular tire frame comprising a resinous material, the resinous material comprising polypropylene and having a pentad ratio of from 88.2% to 93.4%.
A detection method comprising directing radiation such that it is incident upon a target, the radiation having a first linear polarisation, and detecting radiation which is scattered from the target; subsequently transmitting radiation such that it is incident upon the target, the subsequently transmitted radiation having a different linear polarisation which is non-orthogonal to the first polarisation, and detecting the subsequently transmitted radiation which is scattered from the target; and analysing the detected scattered radiation to determine whether the target includes an object.
A curable composition comprising components: a) at least one aliphatic polyisocyanate; b) at least one aliphatic polyamine; and c) from 8 to 17 percent by weight of at least one liquid compound, based on the total weight of components a), b) and c) combined, wherein each compound of said at least one liquid compound is independently represented by the formula: wherein Z represents an n valent organic group, and n represents an integer ≥ 1. a) at least one aliphatic polyisocyanate; b) at least one aliphatic polyamine; and c) from 8 to 17 percent by weight of at least one liquid compound, based on the total weight of components a), b) and c) combined, wherein each compound of said at least one liquid compound is independently represented by the formula: wherein Z represents an n valent organic group, and n represents an integer ≥ 1.
A composition of digital glaze for high grammage digital inkjet printing techniques, the composition consisting essentially of: - one medium which is liquid at ambient temperature, without anti-settling agents, the medium being formed by a mixture of water and polar solvents, the percentage by weight of the medium being between 20 and 70 % of the total weight of the digital glaze, - a solid part which is a mixture of ceramic raw materials as a glaze-forming material, the percentage by weight of the solid part being between 30 and 80 % of the total weight of the digital glaze, and - at least one soluble agent in the liquid medium, from among those termed dispersants or stabilizers, binders, surfactants or humectants, rheological modifiers, anti-foaming agents and preservatives; the digital glaze having the following granulometric distribution: D100<50 μm, D90<35 μm, D50<20 μm, D25<15 μm and D10<10 μm; the digital glaze having the following values for viscosity as a function of the shear force: - Viscosity (u) lower than 50 cps for a shear rate (y) of 10 s -1. - Viscosity (μ) lower than 40 cps for a shear rate (y) of 100 s -1. - Viscosity (μ) lower than 40 cps for a shear rate (y) of 1,000 s -1; The digital glaze being characterized in that it is exempt of anti-settling agents which are solid and are not soluble in the liquid medium, such as different types of clays, for example montmorillonites and bentonites, kaolins, carbon black, colloidal oxides or hydroxydes. - one medium which is liquid at ambient temperature, without anti-settling agents, the medium being formed by a mixture of water and polar solvents, the percentage by weight of the medium being between 20 and 70 % of the total weight of the digital glaze, - a solid part which is a mixture of ceramic raw materials as a glaze-forming material, the percentage by weight of the solid part being between 30 and 80 % of the total weight of the digital glaze, and - at least one soluble agent in the liquid medium, from among those termed dispersants or stabilizers, binders, surfactants or humectants, rheological modifiers, anti-foaming agents and preservatives; - Viscosity (u) lower than 50 cps for a shear rate (y) of 10 s -1. - Viscosity (μ) lower than 40 cps for a shear rate (y) of 100 s -1. - Viscosity (μ) lower than 40 cps for a shear rate (y) of 1,000 s -1;
Industrial truck having a traction drive and a driver platform for a standing operator, wherein the industrial truck is provided with a sensor device, with which the position of the operator standing on the driver platform is measured in the vehicle transverse direction, characterized in that if a position of the operator on the driver platform is shifted laterally in the vehicle transverse direction relative to the vehicle longitudinal axis, a warning and/or an intervention in the traction drive is carried out by limiting and/or reducing the speed of travel of the traction drive.
A vehicle seat having a carriage that is linearly movable with respect to a base, and a locking apparatus comprising first and second components (26,32), each having a respective set of teeth that inter-engage such that, during movement of the carriage with respect to the base, one of said first and second toothed components imparts movement to the other via the respective teeth, the locking apparatus further comprising a locking member having a set of teeth formed thereon for selectively inter-engaging the teeth of the first and second components, the locking member being movable between a non-locking state, wherein the teeth of the locking member do not engage the teeth of either of said first and second components (26,32), an intermediate state, wherein the teeth of the locking member engage the teeth of the first component, and a locking state, wherein the teeth of the locking member engage with the teeth of both of said first and second components (26,32) to prevent relative movement between the first and second components, the locking member being moved between its intermediate and locking states by virtue of movement of the first component with respect to the second component, wherein said carriage is linearly movable with respect to said base along a first axis corresponding to a fore-and-aft direction of a seated passenger, said locking member being responsive to a force in a first direction along said first axis above a threshold level to move from its non-locking state into its intermediate state, subsequent displacement of said carriage with respect to the base due to said force causing movement of the locking member from its intermediate state to its locking state, characterized in that in the intermediate state the teeth of the locking member engage only the teeth of the first component.
A multiple receiver assembly comprising a first spout-less receiver comprising a sound output opening; a second spout-less receiver comprising a sound output opening; and a joiner comprising - a mounting plate portion having a first surface and an opposite second surface, the mounting plate further defining a mounting plane; and - a spout portion; characterized in that the joiner is made as a single solid piece by injection molding, stereolitography or 3D-printing, and comprises: - first engagement means for engaging the first spout-less receiver at the first surface; - second engagement means for engaging the second spout-less receiver at the second surface; wherein the first and second engagement means are arranged for accommodating receivers of different size; and in that the spout portion comprises two sound channels (7, 8) extending through the spout portion, the two sound channels (7, 8) being arranged on respective sides of the mounting plane, wherein the sound output opening of the first spout-less receiver is aligned with one of the sound channels (7, 8) when the first spout-less receiver engages the first engagement means, and wherein the sound output opening of the second spout-less receiver is aligned with the other one of the sound channels (7, 8) when the second spout-less receiver engages the second engagement means. - a mounting plate portion having a first surface and an opposite second surface, the mounting plate further defining a mounting plane; and - a spout portion; - first engagement means for engaging the first spout-less receiver at the first surface; - second engagement means for engaging the second spout-less receiver at the second surface; wherein the first and second engagement means are arranged for accommodating receivers of different size;
A contact release capsule for use in chemical mechanical planarization comprising a particle, a chemical payload, and a polymer coating, wherein: the particle comprises a pore or pores which can be impregnated with a chemical payload, the chemical payload remains contained in the particle due to the polymer coating present on the outside surface of the particle, when the particle contacts a surface and a shearing force occurs, the polymer coating is removed, and the chemical payload is free to move away from the particle and into the outside environment, wherein the particle comprises a metal, a metal oxide, a polymer and/or a composite made of combinations thereof; wherein the particle comprises a material selected from the group consisting of fumed silica, colloidal silica, fumed alumina, colloidal alumina, ceria, MnO 2, ZnO, TiO, and combinations thereof; wherein the chemical payload is a compound selected from the group consisting of glycine, ethylene-diamine-tetra-acetic-acid, alanine, phthalic acid, citric acid, oxalic acid, acetic acid, tartaric acid, succinic acid, amino acid, ammonium hydroxalate, lactic acid, organic amine, and combinations thereof; and wherein the polymer coating comprises at least one moiety of a repeating unit selected from the group consisting of polyacrylate, polymethacrylate, polyethyleneglycol, poly-L-lysine, poly-vinyl alcohol, polysaccharides, polyethylene, polypropylene, poly-vinyl acetate, polyisoprene, and any combination thereof. the particle comprises a pore or pores which can be impregnated with a chemical payload, the chemical payload remains contained in the particle due to the polymer coating present on the outside surface of the particle, when the particle contacts a surface and a shearing force occurs, the polymer coating is removed, and the chemical payload is free to move away from the particle and into the outside environment, wherein the particle comprises a metal, a metal oxide, a polymer and/or a composite made of combinations thereof; wherein the particle comprises a material selected from the group consisting of fumed silica, colloidal silica, fumed alumina, colloidal alumina, ceria, MnO 2, ZnO, TiO, and combinations thereof; wherein the chemical payload is a compound selected from the group consisting of glycine, ethylene-diamine-tetra-acetic-acid, alanine, phthalic acid, citric acid, oxalic acid, acetic acid, tartaric acid, succinic acid, amino acid, ammonium hydroxalate, lactic acid, organic amine, and combinations thereof; and wherein the polymer coating comprises at least one moiety of a repeating unit selected from the group consisting of polyacrylate, polymethacrylate, polyethyleneglycol, poly-L-lysine, poly-vinyl alcohol, polysaccharides, polyethylene, polypropylene, poly-vinyl acetate, polyisoprene, and any combination thereof.
A method for determining a location of an identification tag in a monitored area, the method comprising: - using a plurality of beacons to broadcast beacon messages, each beacon message comprising an identification element relating to the respective beacon that broadcast said beacon message; - receiving at a first set of beacons from among said plurality of beacons a localisation message from an identification tag, said tag having received a beacon message from among said plurality of beacon messages, extracted said identification element from said received beacon message, and transmitted information related to said identification element as part of said localisation message; - performing a first level of localisation of said tag on the basis of characteristics of the respective copies of said localisation message received at said first set of beacons; and - performing a second level of localisation of said tag on the basis of said information related to said identification element, wherein said characteristics comprise the relative signal strengths of the respective copies of said localisation message received at said first set of beacons, and wherein the same identification elements are assigned to different beacons from among said plurality of beacons which are located at positions for which the respective ranges for receiving beacon messages do not overlap. - using a plurality of beacons to broadcast beacon messages, each beacon message comprising an identification element relating to the respective beacon that broadcast said beacon message; - receiving at a first set of beacons from among said plurality of beacons a localisation message from an identification tag, said tag having received a beacon message from among said plurality of beacon messages, extracted said identification element from said received beacon message, and transmitted information related to said identification element as part of said localisation message; - performing a first level of localisation of said tag on the basis of characteristics of the respective copies of said localisation message received at said first set of beacons; and - performing a second level of localisation of said tag on the basis of said information related to said identification element, wherein said characteristics comprise the relative signal strengths of the respective copies of said localisation message received at said first set of beacons, and wherein the same identification elements are assigned to different beacons from among said plurality of beacons which are located at positions for which the respective ranges for receiving beacon messages do not overlap.
Shower base element for building a tiled bottom area having a gradient for an in particular level-access shower, comprising a gradient wedge, the height of which increases in its longitudinal direction, and which exhibits at a first longitudinal side a first stop surface for joining a tiled floor, and on its other, second longitudinal side a second stop surface for laying the tiles of the bottom area having a gradient, characterized in that the first stop surface is realized at least at a lower edge for constituting an undercut and a filling space when the tiles of the tiled floor are laid, wherein the second stop area merges into the first stop surface via a horizontal visible surface, and the horizontal visible surface is realized such that a shower wall can be put on top.
Gasoline Fuel, comprising at least one amide of formula R 1 -(C=O)-(NR 2)-R 3 wherein R 1 is a linear or branched, preferably linear C 7 - to C 29 -alkyl, or C 7 - to C 29 -alkenyl, preferably C 7 - to C 23 -alkyl or C 7 - to C 23 -alkenyl R 2 is hydrogen or C 1 - to C 4 -alkyl, and R 3 is a hydrocarbyl residue comprising 12 to 200 carbon atoms obtainable from polymerisation of an olefin. R 1 is a linear or branched, preferably linear C 7 - to C 29 -alkyl, or C 7 - to C 29 -alkenyl, preferably C 7 - to C 23 -alkyl or C 7 - to C 23 -alkenyl R 2 is hydrogen or C 1 - to C 4 -alkyl, and R 3 is a hydrocarbyl residue comprising 12 to 200 carbon atoms obtainable from polymerisation of an olefin.
A method for calibrating a Coriolis mass flowmeter characterized by: determining a relationship between a flow calibration factor and a pressure coefficient value for a model of flowmeters; determining a meter specific flow calibration factor for the Coriolis mass flowmeter, the Coriolis mass flowmeter being a particular flowmeter of the model of flowmeters; determining a meter specific pressure coefficient value for the Coriolis mass flowmeter using the relationship and the meter specific flow calibration factor; calculating a pressure correction term for the Coriolis mass flowmeter with the meter specific pressure coefficient value; and applying the pressure correction term and the meter specific flow calibration factor to the Coriolis mass flowmeter. determining a relationship between a flow calibration factor and a pressure coefficient value for a model of flowmeters; determining a meter specific flow calibration factor for the Coriolis mass flowmeter, the Coriolis mass flowmeter being a particular flowmeter of the model of flowmeters; determining a meter specific pressure coefficient value for the Coriolis mass flowmeter using the relationship and the meter specific flow calibration factor; calculating a pressure correction term for the Coriolis mass flowmeter with the meter specific pressure coefficient value; and applying the pressure correction term and the meter specific flow calibration factor to the Coriolis mass flowmeter.
A pump assembly with a pump casing and with a suction chamber which is formed in this casing and which comprises at least one an emptying branch, wherein the emptying branch comprises a first connection in the installation position intended for operation of the pump assembly which is to be vented and which is situated vertically above a base region of the suction chamber and the emptying branch comprises a valve device which in a first switching position permits the opening of the first connection, characterised in that the emptying brancg has a second connection to the base region of the suction chamber, and that the valve means makes it possible to open at least the second connection in a second switching position.
A method, performed by an electronic device, of reading a barcode, the method comprising: obtaining an image by capturing an image of the barcode; determining a plurality of lines that cover a part of the barcode from the image; characterized by, obtaining information about a distortion level of the barcode in a region adjacent to each of the plurality of lines; determining at least one line for reading the barcode from among the plurality of lines, based on the obtained information; and reading the barcode based on the determined at least one line. obtaining an image by capturing an image of the barcode; determining a plurality of lines that cover a part of the barcode from the image; characterized by, obtaining information about a distortion level of the barcode in a region adjacent to each of the plurality of lines; determining at least one line for reading the barcode from among the plurality of lines, based on the obtained information; and reading the barcode based on the determined at least one line.
A method of air scouring an immersed membrane module comprising adjusting one or more aeration parameters; between successive permeation cycles, successive back pulse cycles or successive relaxation cycles; during a permeation cycle; between a permeation cycle and a backpulse cycle; or, between a permeation cycle and a relaxation cycle; further comprising steps of, a) bringing a flow of pressurized gas into a tank to below the bottom of a membrane module; b) supplying the pressurized gas to an inlet 12 and splitting the flow of pressurized gas with a plurality of ports 16 into multiple flows of pressurized gas below the membrane module; c) directing each of the multiple flows of pressurized gas through channels 18 to a different lateral position having an outlet 14, the outlet 14 being defined by an open end of the channel 18; d) releasing bubbles only from the outlet 14 of the different lateral positions, the inlet 12, port 16 and outlets 14 being located at generally the same elevation but spaced horizontally and the pressurized gas flows generally horizontally in the channels. a) bringing a flow of pressurized gas into a tank to below the bottom of a membrane module; b) supplying the pressurized gas to an inlet 12 and splitting the flow of pressurized gas with a plurality of ports 16 into multiple flows of pressurized gas below the membrane module; c) directing each of the multiple flows of pressurized gas through channels 18 to a different lateral position having an outlet 14, the outlet 14 being defined by an open end of the channel 18; d) releasing bubbles only from the outlet 14 of the different lateral positions,