mhurhangee/ep-ind-claims huggingface dataset:
An electronic device (la-c) for generating and demonstrating ambient lighting (31-32, 41-49) surrounding a display, the electronic device (la-c) comprising: - a display interface for sending an image to said display; - an ambient lighting controller operative to control ambient lighting (31-32, 41-49) surrounding said display using parameters determined based on contents of said image; and - a processor operative to use said display interface to cause said display to display, in a demonstration mode, a virtual display device (23, 25) showing resolution-scaled contents and a virtual ambient lighting (37-38, 61-69) surrounding said virtual display device (23, 25) while the ambient lighting (37-38, 61-69) is generated, characterized in that in said demonstration mode, said ambient lighting (31-32, 41-49) and said virtual ambient lighting (37-38, 61-69) are both generated using parameters, that are determined by analyzing the contents displayed by said virtual display device (23, 25) and not based on said virtual ambient lighting (37-38, 61-69). - a display interface for sending an image to said display; - an ambient lighting controller operative to control ambient lighting (31-32, 41-49) surrounding said display using parameters determined based on contents of said image; and - a processor operative to use said display interface to cause said display to display, in a demonstration mode, a virtual display device (23, 25) showing resolution-scaled contents and a virtual ambient lighting (37-38, 61-69) surrounding said virtual display device (23, 25) while the ambient lighting (37-38, 61-69) is generated, characterized in that in said demonstration mode, said ambient lighting (31-32, 41-49) and said virtual ambient lighting (37-38, 61-69) are both generated using parameters, that are determined by analyzing the contents displayed by said virtual display device (23, 25) and not based on said virtual ambient lighting (37-38, 61-69).
Method for reducing the alcohol content of alcoholic beverages, especially beer, in which: - the alcoholic beverage is first cooled to a starting temperature below 0 °C, - having been cooled to the starting temperature, the beverage is then exposed continuously or intermittently to a low gas pressure, below 6.1 hPa in a gas atmosphere, at which fractions of alcohol and water contained in the alcoholic beverage transform into the gas phase and are thus extracted from the alcoholic beverage, and - the fractions of alcohol and water contained in the alcoholic beverage that transformed into the gas phase are continuously or intermittently separated out of the gas atmosphere. - the alcoholic beverage is first cooled to a starting temperature below 0 °C, - having been cooled to the starting temperature, the beverage is then exposed continuously or intermittently to a low gas pressure, below 6.1 hPa in a gas atmosphere, at which fractions of alcohol and water contained in the alcoholic beverage transform into the gas phase and are thus extracted from the alcoholic beverage, and - the fractions of alcohol and water contained in the alcoholic beverage that transformed into the gas phase are continuously or intermittently separated out of the gas atmosphere.
A three-dimensionally printed article comprising a build material and a support material, the support material comprising a hydroxypropyl methylcellulose having a DS of at least 1.0 and an MS of at least 0.6, wherein DS is the degree of substitution of methoxyl groups and MS is the molar substitution of hydroxypropoxyl groups, and the viscosity of the hydroxypropyl methylcellulose is up to 30 mPa·s, determined as a 2% by weight solution in water at 20°C.
First communication device (100, 200) configured to communicate with a second communication device (300, 400) via at least two links, the first communication device comprising circuitry configured to - switch between a full operation mode and a partial operation mode, wherein in the full operation mode a first link of the at least two links is disabled and a second link of the at least two links commonly uses bandwidths and/or spatial streams of the at least two links for the communication with the second communication device and wherein in the partial operation mode each link uses a respective subset of the spatial streams and/or bandwidths of the at least two links for the communication with the second communication device; and - control the moment of switching between the full operation mode and the partial operation mode and/or the moment of accessing the second link in the full operation mode under consideration of a switching delay indicating a delay between the initiation of switching between the full operation mode and the partial operation mode and the completion of the switching. - switch between a full operation mode and a partial operation mode, wherein in the full operation mode a first link of the at least two links is disabled and a second link of the at least two links commonly uses bandwidths and/or spatial streams of the at least two links for the communication with the second communication device and wherein in the partial operation mode each link uses a respective subset of the spatial streams and/or bandwidths of the at least two links for the communication with the second communication device; and wherein in the full operation mode a first link of the at least two links is disabled and a second link of the at least two links commonly uses bandwidths and/or spatial streams of the at least two links for the communication with the second communication device and wherein in the partial operation mode each link uses a respective subset of the spatial streams and/or bandwidths of the at least two links for the communication with the second communication device; and - control the moment of switching between the full operation mode and the partial operation mode and/or the moment of accessing the second link in the full operation mode under consideration of a switching delay indicating a delay between the initiation of switching between the full operation mode and the partial operation mode and the completion of the switching.
Process for the operation of a washing machine with a tub containing a drum for receiving laundry and a pressure sensor in contact with an aqueous liquid, a drive motor for the drum, a pump, a measuring device for determination of the amount of water Q filled in the tub and a control unit, wherein the presence of foam can be detected, wherein the following steps are carried out: (a) a washing phase is conducted with a suds containing water and detergent; (b) water is added during or after the washing phase (a) into the tub in an amount Q ≤ Q set, wherein Q set is a prescribed maximum quantity of water to be added in this step; and (c) the pressure P is measured during the addition of the amount Q of water and a change of the pressure P is measured by the pressure sensor upon the addition of the water in step (b); characterized in that the presence of foam is detected by the pressure change ΔP and that the following step is carried out: (d) the pressure change ΔP measured in step (c) is evaluated with respect to the presence of foam by reference to a relationship between the ratio ΔP/ΔT, i.e. the pressure change in time, and a free space stored in the control unit of the washing machine, wherein the addition of water leads to a reduction of the free space in the drum and thus leading to an increased pressure which is detected by the pressure sensor and wherein the free space is the space not occupied by laundry, aqueous liquid or foam, wherein the amount of water Q filled in the tub is determined by the measuring device and wherein the load of the laundry is set by a user of the washing machine or is determined automatically. (a) a washing phase is conducted with a suds containing water and detergent; (b) water is added during or after the washing phase (a) into the tub in an amount Q ≤ Q set, wherein Q set is a prescribed maximum quantity of water to be added in this step; and (c) the pressure P is measured during the addition of the amount Q of water and a change of the pressure P is measured by the pressure sensor upon the addition of the water in step (b); characterized in that the presence of foam is detected by the pressure change ΔP and that the following step is carried out: (d) the pressure change ΔP measured in step (c) is evaluated with respect to the presence of foam by reference to a relationship between the ratio ΔP/ΔT, i.e. the pressure change in time, and a free space stored in the control unit of the washing machine,
A photocatalytic device comprising: a substrate; and a photocatalyst coating on the substrate, the photocatalyst coating including photocatalytically active particles capable of reacting with volatile organic compounds and sequestering particles capable of reacting with volatile silicon-containing compounds to form a stable silicate or solid solution, wherein the sequestering particles include at least one of hafnia, niobia, alumina, magnesia, yttria, tantala, ytterbia, chromia, and scandia, and further wherein the photocatalyst coating comprises a layer of the photocatalytically active particles and islands of the sequestering particles on a surface of the layer of the photocatalytically active particles, or the photocatalyst coating comprises an incomplete overlayer of sequestering particles on a layer of photocatalytically active particles. a substrate; and a photocatalyst coating on the substrate, the photocatalyst coating including photocatalytically active particles capable of reacting with volatile organic compounds and sequestering particles capable of reacting with volatile silicon-containing compounds to form a stable silicate or solid solution, wherein the sequestering particles include at least one of hafnia, niobia, alumina, magnesia, yttria, tantala, ytterbia, chromia, and scandia, and further wherein the photocatalyst coating comprises a layer of the photocatalytically active particles and islands of the sequestering particles on a surface of the layer of the photocatalytically active particles, or the photocatalyst coating comprises an incomplete overlayer of sequestering particles on a layer of photocatalytically active particles.
A rechargeable battery comprising: a plurality of electrode assemblies (10, 10', 10", 10''') each having a first planar surface and a second planar surface substantially opposite to the first planar surface; a case housing the electrode assemblies; and a safety member comprising a first side plate that contacts the first planar surface of a first electrode assembly of the plurality of electrode assemblies, wherein the first electrode assembly is located at one periphery of the electrode assemblies, a second side plate that contacts the second planar surface of the first electrode assembly, a third side plate and a fourth side plate that contact the first planar surface and the second planar surface, respectively, of the second electrode assembly of the electrode assemblies located at other periphery of the electrode assemblies; a first connector electrically connecting the first side plate and the second side plate to each other, wherein the safety member is electrically coupled to the first electrode, and a second connector connecting the third side plate and the fourth side plate to each other, wherein the first side plate and the third side plate are located at opposing peripheries of the electrode assemblies, and a third connector connecting the second side plate and the fourth side plate to each other and the safety member being a single flat plate and bent in a zigzag form so that the first to fourth side plates (81, 82, 83, 84) are alternately connected with each other by the first to third connectors (85, 86, 87). a plurality of electrode assemblies (10, 10', 10", 10''') each having a first planar surface and a second planar surface substantially opposite to the first planar surface; a case housing the electrode assemblies; and a safety member comprising a first side plate that contacts the first planar surface of a first electrode assembly of the plurality of electrode assemblies, wherein the first electrode assembly is located at one periphery of the electrode assemblies, a second side plate that contacts the second planar surface of the first electrode assembly, a third side plate and a fourth side plate that contact the first planar surface and the second planar surface, respectively, of the second electrode assembly of the electrode assemblies located at other periphery of the electrode assemblies; a first connector electrically connecting the first side plate and the second side plate to each other, wherein the safety member is electrically coupled to the first electrode, and a second connector connecting the third side plate and the fourth side plate to each other, wherein the first side plate and the third side plate are located at opposing peripheries of the electrode assemblies, and a third connector connecting the second side plate and the fourth side plate to each other and the safety member being a single flat plate and bent in a zigzag form so that the first to fourth side plates (81, 82, 83, 84) are alternately connected with each other by the first to third connectors (85, 86, 87).
A front-door leaf having a leaf frame made from metal or plastic, a front-door panel covering a leaf, having a fastening means for producing a mechanical clip connection between the front-door panel and the leaf frame, the fastening means being a torque-proof clip body arranged on the leaf frame and fastened to the leaf frame, characterized in that the front-door panel bears fixedly and tightly against the leaf frame by means of the mechanical clip connection exclusively.
A device for supporting and stabilising an injured person comprising a flexible film element which can be fixed to the injured person and which has two films and an evacuatable interior containing a granular material, wherein the two films are connected together in substantially point form along the edge and at locations in the interior in such a way that passages parallel to at least one side edge remain characterised in that the internal connections are arranged in a four-point grid.
Electromagnet having a coil, having an armature which can be moved axially in the coil and is mounted with a guide and/or bearing clearance, and having an elastic element (I O) which interacts with the armature in the axial direction which exerts a force acting in the axial direction, in particular for resetting the armature, the armature being movable in and/or against the direction of the force of the elastic element when electric voltage is applied to the coil characterized in that the elastic element is designed in such a way that the elastic element exerts a further force in the radial direction on the armature for tilting the armature with respect to the axial direction, the guide and/or bearing play being reduced, in particular eliminated, by the radial force.
A desalting device comprising: a tower body having a bulge portion bulging downward at a bottom portion thereof; an ion-exchange resin packed in the tower body; and a plurality of strainers for collecting water being arranged within the bulge portion, wherein: the strainers are arranged only in a central region of an inside of the bulge portion excluding an outer peripheral portion of the bulge portion; the tower body includes a straight body portion having an isodiametric cylindrical shape and the bulge portion integrated with the straight body portion; the central region has a radius of 0.2 to 0.8r where r is a radius of the straight body portion; a ratio (h/H) of a height (h) of an ion-exchange resin located within the bulge portion to a height of an ion-exchange resin located within the straight body portion is equal to or greater than about 0.25; and a ratio (h/d) of the diameter (d) of the straight body portion to a bulge portion height (h) is equal to or greater than 0.05. a tower body having a bulge portion bulging downward at a bottom portion thereof; an ion-exchange resin packed in the tower body; and a plurality of strainers for collecting water being arranged within the bulge portion, wherein: the strainers are arranged only in a central region of an inside of the bulge portion excluding an outer peripheral portion of the bulge portion; the tower body includes a straight body portion having an isodiametric cylindrical shape and the bulge portion integrated with the straight body portion; the central region has a radius of 0.2 to 0.8r where r is a radius of the straight body portion; a ratio (h/H) of a height (h) of an ion-exchange resin located within the bulge portion to a height of an ion-exchange resin located within the straight body portion is equal to or greater than about 0.25; and a ratio (h/d) of the diameter (d) of the straight body portion to a bulge portion height (h) is equal to or greater than 0.05.
A method comprising: providing a primary cell by a first node for a user equipment operating in dual-connectivity with the first node and a second node; and characterised by: prior to a loss of radio link between the primary cell and the user equipment, configuring the user equipment to send a request to a primary secondary cell provided by the second node requesting that the primary secondary cell provide the functionality of a primary cell for the user equipment when a radio link between the user equipment and the primary cell is lost.
A catalyst deterioration recovery device in a fuel cell system that includes a fuel cell including: a membrane electrode assembly configured to include an electrolyte membrane and anode and cathode catalysts between which the electrolyte membrane is sandwiched from both sides; and anode and cathode separators (12,13) respectively including an anode gas flow channel and a cathode gas flow channel, the membrane electrode assembly being sandwiched between the anode and cathode separators (12,13), the catalyst deterioration recovery device recovering performance decreased by adsorption of carbon monoxide to the anode catalyst, the catalyst deterioration recovery device comprising a recovery control unit configured to supply at least a part of oxygen to be supplied to the cathode gas flow channel to the anode catalyst via the electrolyte membrane, wherein the recovery control unit determines whether the anode catalyst is deteriorated and controls an amount of oxygen permeating the electrolyte membrane so as to recover the performance of the anode catalyst based on the result of the determination.
An indium oxide sintered compact containing zirconium and tin as an additive, wherein the ratio of atomic concentration of zirconium to the sum of that of indium and zirconium is in the range of 0.5 to 4%, the ratio of atomic concentration of tin to the sum of that of indium, zirconium and tin is in the range of 0.015 to 0.5%, the relative density is 99.3% or higher, and the bulk resistance is 0.5 mΩ·cm or less.
A channel box for a fuel assembly of a boiling water reactor nuclear power plant, comprising a tubular portion including: a first tubular layer containing silicon carbide as a major component; a second tubular layer in parallel to and surrounding or surrounded by the first tubular layer and containing silicon carbide fibers and silicon carbide complexed with the silicon carbide fibers; characterized in that an intermediate tubular layer is disposed between the tubular layers and contains a solid lubricant of at least one selected from graphite and mica-based mineral and functionally separates the first layer and the second layer effectively to express their functions, wherein the intermediate tubular layer includes: a pair of first intermediate tubular layers each containing the solid lubricant, and a second intermediate tubular layer disposed between the first intermediate layers and containing silicon carbide. a first tubular layer containing silicon carbide as a major component; a second tubular layer in parallel to and surrounding or surrounded by the first tubular layer and containing silicon carbide fibers and silicon carbide complexed with the silicon carbide fibers; an intermediate tubular layer is disposed between the tubular layers and contains a solid lubricant of at least one selected from graphite and mica-based mineral and functionally separates the first layer and the second layer effectively to express their functions, wherein the intermediate tubular layer includes: a pair of first intermediate tubular layers each containing the solid lubricant, and a second intermediate tubular layer disposed between the first intermediate layers and containing silicon carbide. a pair of first intermediate tubular layers each containing the solid lubricant, and a second intermediate tubular layer disposed between the first intermediate layers and containing silicon carbide.
A gas heated hob having combustion chambers under a ceramic heating plate, said hob comprising a system to carry away fumes from the combustion chambers wherein said system comprises an inner insert and an external cap having a longitudinal outlet, characterized in that the insert has a triangular cross-section comprising a bottom wall with a row of inlets and a diagonal wall with a row of holes, preferably in the form of slots, a fan configured to press cool air through the insert thereby creating a narrow stream upwards which sucks the fumes from an exhaust duct of the combustion chamber and mixes with said fumes and flows out through the longitudinal outlet in the external cap
A hood system for a garment having at least a neckline opening, the hood system comprising: an outer hood comprising: at least a first side portion and a second side portion, a top portion adjacent to the first and second side portions (132, 134), the top portion having a front aspect and a back aspect, and a back portion extending from the back aspect of the top portion and extending from the first side portion to the second side portion, the back portion and the first and second side portions (132, 134) defining a base for the outer hood, characterized in that the base of the outer hood is arranged to be affixed to the neckline opening of the garment at a first location and unaffixed from the neckline opening of the garment at a second location; and a yoke structure positioned adjacent and internal to the outer hood, the yoke structure being arranged to be affixed to the neckline opening of the garment at the second location, wherein the yoke structure is affixed to the first and second side portions (132, 134) of the outer hood.
A method of controlling an Autonomous Vehicle,AV, comprising the steps of: detecting a fault in a first AV; in response to detecting said fault, transmitting a communication for alerting an AV of the fault, wherein said communication is a device-to-device wireless communication for cellular communication; receiving said communication at a second AV; the second AV generating a response to said communication and sending the response to the first AV; identifying, at the first AV and in dependence upon the response as received by the first AV, the second AV as being capable of retrieving at least part of the first AV and delivering said at least part to an intended destination, the at least part of the AV being the first AV or a payload of the first AV; and instructing the second AV to perform the retrieving and delivering. detecting a fault in a first AV; in response to detecting said fault, transmitting a communication for alerting an AV of the fault, wherein said communication is a device-to-device wireless communication for cellular communication; receiving said communication at a second AV; the second AV generating a response to said communication and sending the response to the first AV; identifying, at the first AV and in dependence upon the response as received by the first AV, the second AV as being capable of retrieving at least part of the first AV and delivering said at least part to an intended destination, the at least part of the AV being the first AV or a payload of the first AV; and instructing the second AV to perform the retrieving and delivering.