mhurhangee/ep-ind-claims huggingface dataset:
A welding system comprising: a power supply to operate in an arc welding mode or a gouging mode: characterised in that the welding system comprises a compressed air flow detection sensor configured to measure a flow rate or a pressure of compressed air to a torch (14,16); and a control circuitry (34,56) configured to: receive signals from the compressed air flow detection sensor corresponding to the flow rate or the pressure; control the power supply to operate in a gouging mode when the flow rate or the pressure has exceeded a first threshold flow rate or pressure; and control the power supply to operate in an arc welding mode when the flow rate or the pressure has gone below a second threshold flow rate or pressure. characterised in that the welding system comprises a compressed air flow detection sensor configured to measure a flow rate or a pressure of compressed air to a torch (14,16); and a control circuitry (34,56) configured to: receive signals from the compressed air flow detection sensor corresponding to the flow rate or the pressure; control the power supply to operate in a gouging mode when the flow rate or the pressure has exceeded a first threshold flow rate or pressure; and control the power supply to operate in an arc welding mode when the flow rate or the pressure has gone below a second threshold flow rate or pressure. receive signals from the compressed air flow detection sensor corresponding to the flow rate or the pressure; control the power supply to operate in a gouging mode when the flow rate or the pressure has exceeded a first threshold flow rate or pressure; and control the power supply to operate in an arc welding mode when the flow rate or the pressure has gone below a second threshold flow rate or pressure.
An electrical stimulation apparatus comprising: an electrode module configured to receive current for applying electrical stimulation to a skin of a user from a current providing part; a plurality of monitoring electrodes positioned spaced apart from each other on the electrode module and configured to allow the current to flow from the electrode module to the plurality of monitoring electrodes; a current monitoring part configured to monitor the current flowing to each of the plurality of monitoring electrodes; and a processor for an operational control by receiving monitoring results from said current monitoring part, characterised in that the electrical stimulation apparatus further comprises: an interface part configured to receive information from the user and the processor and configured to output information via a display module, a speaker module, an optical module, a vibration module, or a haptic module, wherein the processor is configured to generate an alarm signal and further transmit the alarm signal to said interface part when the monitoring results of the current monitoring part indicate that an amount of current flowing to at least one monitoring electrode is not less than a predetermined current amount. an electrode module configured to receive current for applying electrical stimulation to a skin of a user from a current providing part; a plurality of monitoring electrodes positioned spaced apart from each other on the electrode module and configured to allow the current to flow from the electrode module to the plurality of monitoring electrodes; a current monitoring part configured to monitor the current flowing to each of the plurality of monitoring electrodes; and a processor for an operational control by receiving monitoring results from said current monitoring part, characterised in that the electrical stimulation apparatus further comprises: an interface part configured to receive information from the user and the processor and configured to output information via a display module, a speaker module, an optical module, a vibration module, or a haptic module, wherein the processor is configured to generate an alarm signal and further transmit the alarm signal to said interface part when the monitoring results of the current monitoring part indicate that an amount of current flowing to at least one monitoring electrode is not less than a predetermined current amount. an interface part configured to receive information from the user and the processor and configured to output information via a display module, a speaker module, an optical module, a vibration module, or a haptic module, wherein the processor is configured to generate an alarm signal and further transmit the alarm signal to said interface part when the monitoring results of the current monitoring part indicate that an amount of current flowing to at least one monitoring electrode is not less than a predetermined current amount.
A material allowing the storage and release of a gas, the material comprising: a plurality of hollow elements, each hollow element having a porous wall surrounding an interior cavity, the porous wall having an interior surface facing the interior cavity, the interior cavity including a gas storage material in the form of elongate structures supported by the interior surface of the porous wall, the elongate structures being needle-like crystals disposed on the interior surface of the porous wall, the gas storage material having a surface area at least one order of magnitude greater than the interior surface of the porous wall facing the interior cavity, wherein the gas is hydrogen, and the gas storage material is a hydride. a plurality of hollow elements, each hollow element having a porous wall surrounding an interior cavity, the porous wall having an interior surface facing the interior cavity, the interior cavity including a gas storage material in the form of elongate structures supported by the interior surface of the porous wall, the elongate structures being needle-like crystals disposed on the interior surface of the porous wall, the gas storage material having a surface area at least one order of magnitude greater than the interior surface of the porous wall facing the interior cavity, wherein the gas is hydrogen, and the gas storage material is a hydride.
A fluid distribution device comprising a pressure reducer comprising: - a first cavity at a first pressure, - a second cavity at a second pressure lower than the first pressure, - a partition separating the first cavity from the second cavity, - a restricting valve arranged between the first and second cavities (1a, 1b), a device characterized in that the partition comprises a thermoelectric module having a hot side in thermal contact with the first cavity and a cold side in thermal contact with the second cavity (1 b). - a first cavity at a first pressure, - a second cavity at a second pressure lower than the first pressure, - a partition separating the first cavity from the second cavity, - a restricting valve arranged between the first and second cavities (1a, 1b), a device characterized in that the partition comprises a thermoelectric module having a hot side in thermal contact with the first cavity and a cold side in thermal contact with the second cavity (1 b).
A method comprising: initiating a burst capture of multiple image frames via a Color Filter Array (300, 400, 500, 600), CFA, comprising a plurality of subunits (305, 310; 410; 510; 610), each subunit including a minority of one or more wavelength-filtered adjacent pixels (301, 306, 311; 412, 414, 416; 512, 514, 516; 612, 614, 616) and a majority of remaining panchromatic pixels (418; 518; 618); responsive to the initiating, receiving the multiple image frames; processing each of the multiple image frames; and generating a single color image based on the processed multiple image frames, wherein the one or more wavelength-filtered adjacent pixels of each subunit (a) include a cluster of one red wavelength-filtered pixel, one blue wavelength-filtered pixel, and one or more green wavelength-filtered pixels or (b) consists of a single wavelength-filtered pixel (301, 306), and wherein the one or more wavelength-filtered adjacent pixels for each subunit of the plurality of subunits are separated by at least two panchromatic pixels from the one or more wavelength-filtered adjacent pixels for each neighboring subunit of the plurality of subunits. initiating a burst capture of multiple image frames via a Color Filter Array (300, 400, 500, 600), CFA, comprising a plurality of subunits (305, 310; 410; 510; 610), each subunit including a minority of one or more wavelength-filtered adjacent pixels (301, 306, 311; 412, 414, 416; 512, 514, 516; 612, 614, 616) and a majority of remaining panchromatic pixels (418; 518; 618); responsive to the initiating, receiving the multiple image frames; processing each of the multiple image frames; and generating a single color image based on the processed multiple image frames, wherein the one or more wavelength-filtered adjacent pixels of each subunit (a) include a cluster of one red wavelength-filtered pixel, one blue wavelength-filtered pixel, and one or more green wavelength-filtered pixels or (b) consists of a single wavelength-filtered pixel (301, 306), and wherein the one or more wavelength-filtered adjacent pixels for each subunit of the plurality of subunits are separated by at least two panchromatic pixels from the one or more wavelength-filtered adjacent pixels for each neighboring subunit of the plurality of subunits.
A track roller for a floating bearing of a truck mixer comprising a mixing drum, which in operation is rolling on a raceway of the mixing drum, wherein the running surface profile of the track roller sectionally is designed crowned with a certain central radius and at least one further region of the running surface is designed crowned with different radius or with different profile shape, wherein proceeding from the central radius in the region of the running surface center the running surface profile has at least one reduced radius in the direction of both end faces, characterized in that the apex of the track roller surface or the central and largest radius of the running surface profile is laterally offset to the center axis of the running surface.
A method comprising, performed by an apparatus: receiving (201, 401) a message including results of measurements on signals of at least one wireless local area network access point, wherein the message comprises one of a fingerprint provided by a mobile terminal for updating a positioning database, a positioning request of a mobile terminal and a positioning request for a mobile terminal; determining (202, 402) as a first condition at least one of whether the message comprises no indication of a position obtained in a non-cell based positioning of at least one predetermined kind and whether the message comprises no information enabling a non-cell based positioning of at least one predetermined kind; determining (203, 403) as a second condition whether the message comprises results of measurements on signals of at least one cell of a cellular communications network; if at least the first condition and the second condition are met, attempting to determine (204, 404) a position based on the results of measurements on signals of the at least one cell of the cellular communications network; and if a position is determined, causing (205, 411, 412) storage of location information that is based on the determined position in a memory for the at least one wireless local area network access point, in case no location information has previously been stored in the memory for the at least one wireless local area network access point. receiving (201, 401) a message including results of measurements on signals of at least one wireless local area network access point, wherein the message comprises one of a fingerprint provided by a mobile terminal for updating a positioning database, a positioning request of a mobile terminal and a positioning request for a mobile terminal; determining (202, 402) as a first condition at least one of whether the message comprises no indication of a position obtained in a non-cell based positioning of at least one predetermined kind and whether the message comprises no information enabling a non-cell based positioning of at least one predetermined kind; determining (203, 403) as a second condition whether the message comprises results of measurements on signals of at least one cell of a cellular communications network; if at least the first condition and the second condition are met, attempting to determine (204, 404) a position based on the results of measurements on signals of the at least one cell of the cellular communications network; and if a position is determined, causing (205, 411, 412) storage of location information that is based on the determined position in a memory for the at least one wireless local area network access point, in case no location information has previously been stored in the memory for the at least one wireless local area network access point.
An extraction unit for extracting cartridges (1a;1b) of two different heights (ha;hb) comprising a seat (11,12,13;15) for receiving any of said cartridges (1a;1b) for extraction thereof in the seat, the seat being delimited by a first part (11,12,13) and second part that are relatively movable between a cartridge extraction position and a cartridge loading and/or ejection position, the first part (11,12,13) having a first portion (11,12) and a second portion that are relatively movable, the seat (11,12,13,15), in particular the first part (11,12,13), having a depth detecting arrangement, such as a detecting arrangement comprising a control unit connected to sensor via a connection, characterised in that the first portion (11,12) and the second portion are relatively movable to delimit a cavity having selectively: - a first depth (da) for receiving a cartridge of the first height (ha); and - a second depth (db) for receiving a cartridge of the second height (hb), the depth detecting arrangement being configured to detect a relative position of the first portion (11,12) and the second portion to determine whether the cavity has at least one of the first and second depths (da,db), optionally the depth detecting arrangement, in particular a control unit thereof, being arranged to adjust an extraction parameter such as a volume and/or temperature of liquid, e.g. water, to be circulated into the seat (11,12,13;15), said parameter depending on the detection of the relative position of the first and second portions (11,12,13) and/or on an absence of such a detection. - a first depth (da) for receiving a cartridge of the first height (ha); and - a second depth (db) for receiving a cartridge of the second height (hb),
A fuel consuming device comprising: - a fuel reservoir (174, 202, 224) containing a borohydride fuel; - a fuel level indicator including a stainless steel anode, a transition metal oxide cathode, and a display, operably connected to the stainless steel anode and to the transition metal oxide cathode, adapted to provide a visible indication of the borohydride concentration; and - a hydrogen generator, or an electrochemical cell stack (176, 222) that includes one or more electrochemical cells having an anode and a cathode; wherein the stainless steel anode is positioned within the fuel reservoir (174, 202, 224) or outside, but in fluid communication with, the fuel reservoir (174, 202, 224). - a fuel reservoir (174, 202, 224) containing a borohydride fuel; - a fuel level indicator including a stainless steel anode, a transition metal oxide cathode, and a display, operably connected to the stainless steel anode and to the transition metal oxide cathode, adapted to provide a visible indication of the borohydride concentration; and - a hydrogen generator, or an electrochemical cell stack (176, 222) that includes one or more electrochemical cells having an anode and a cathode;
A process to prepare levulinic acid comprising the steps: a) heating an aqueous solution of a mineral acid to a temperature from 60°C to 160°C in a reactor, wherein the mineral acid is present from at least 20 percent by weight to 80 percent by weight; and b) adding a monosaccharide or di-saccharide to the heated aqueous acid in the reactor to form a reaction mixture at a rate such that the monosaccharide content of the reaction mixture remains less than or equal to 5% by weight of the reaction mixture during the entire reaction, to provide levulinic acid; wherein the mineral acid is sulfuric acid. a) heating an aqueous solution of a mineral acid to a temperature from 60°C to 160°C in a reactor, wherein the mineral acid is present from at least 20 percent by weight to 80 percent by weight; and b) adding a monosaccharide or di-saccharide to the heated aqueous acid in the reactor to form a reaction mixture at a rate such that the monosaccharide content of the reaction mixture remains less than or equal to 5% by weight of the reaction mixture during the entire reaction, to provide levulinic acid;
A lifting unit for a probe used in a rotary ultrasonic testing apparatus, comprising: a lifting unit base; a counterweight mechanism; a hydraulic lifting mechanism for maneuvering the probe; and a gear wheel positioned between the counterweight mechanism and the hydraulic lifting mechanism, wherein the counterweight mechanism comprises a first rack, wherein the hydraulic lifting mechanism comprises a second rack, and wherein the gear wheel is positioned between the first rack and the second rack. a lifting unit base; a counterweight mechanism; a hydraulic lifting mechanism for maneuvering the probe; and a gear wheel positioned between the counterweight mechanism and the hydraulic lifting mechanism,
Laundry treatment machine, comprising a casing in which a laundry treatment chamber for acceptance of laundry is arranged, further comprising a retractable drawer with at least one compartment (90, 92) for the collection of a product /water necessary for /deriving from said laundry treatment chamber characterized in that a moisture removing element is provided which is configured to remove moisture from a bottom part of said drawer when said drawer is moved, whereby said moisture removing element is arranged below a frontal part of said drawer when said drawer is arranged in an inserted state, and whereby said moisture removing element is fixed to said casing of said laundry treatment machine.
A matrix assembly for an electrical system, said electrical system comprising an enclosure and a number of current carrying components (6,8,10,12,14,16,18) housed by said enclosure, said matrix assembly comprising: a matrix member comprising a generally planar portion, a plurality of attachment points (106,108,110,112) structured to attach said current carrying components (6,8,10,12,14,16,18) to said generally planar portion, and a plurality of mounting points (114,116) structured to attach said generally planar portion to a thermally conductive structure, wherein said matrix member is a thermally conductive liquid crystalline polymer, wherein said matrix member further comprises a number of heat sink structures (124,126,128,130), wherein said heat sink structures are a number of protrusions (124,126,128,130) extending outwardly from said planar portion, thereby increasing the surface area of said matrix member; and wherein each of said protrusions (124,126,128,130) is structured to extend outwardly from a corresponding one of said attachment points (110,112) to transfer heat generated by said current carrying components (6,14) away from said current carrying components (6,14), and wherein said number of protrusions are a plurality of ribs (124,126,128,130); and wherein said ribs (124,126,128,130) extend between at least some of said attachment points (110,112) and said mounting points, thereby facilitating heat transfer from said current carrying components (6,14) through said ribs (124,126,128,130) to said mounting points and into said thermally conductive structure. a matrix member comprising a generally planar portion, a plurality of attachment points (106,108,110,112) structured to attach said current carrying components (6,8,10,12,14,16,18) to said generally planar portion, and a plurality of mounting points (114,116) structured to attach said generally planar portion to a thermally conductive structure, wherein said matrix member is a thermally conductive liquid crystalline polymer, wherein said matrix member further comprises a number of heat sink structures (124,126,128,130), wherein said heat sink structures are a number of protrusions (124,126,128,130) extending outwardly from said planar portion, thereby increasing the surface area of said matrix member; and wherein each of said protrusions (124,126,128,130) is structured to extend outwardly from a corresponding one of said attachment points (110,112) to transfer heat generated by said current carrying components (6,14) away from said current carrying components (6,14), and wherein said number of protrusions are a plurality of ribs (124,126,128,130); and wherein said ribs (124,126,128,130) extend between at least some of said attachment points (110,112) and said mounting points, thereby facilitating heat transfer from said current carrying components (6,14) through said ribs (124,126,128,130) to said mounting points and into said thermally conductive structure.
A method of forming a photovoltaic apparatus, comprising: placing a release sheet over a transparent sheet of a photovoltaic assembly, wherein the release sheet comprises a first plurality of fibers spaced apart in a first direction; and the photovoltaic assembly comprises a photovoltaic device including an array of photovoltaic cells extending in the first direction; and forming a plurality of structures on a first surface of the transparent sheet by performing a laminating process on the release sheet, transparent sheet and the photovoltaic assembly, wherein the release sheet is placed on the transparent sheet before performing the lamination process or during the lamination process, wherein the photovoltaic device includes a plurality of serial interconnects disposed between and electrically connecting consecutive photovoltaic cells of the array; and each fiber of the first plurality of fibers has a length extending in a second direction and overlying a length of one of the serial interconnects extending in the second direction. placing a release sheet over a transparent sheet of a photovoltaic assembly, wherein the release sheet comprises a first plurality of fibers spaced apart in a first direction; and the photovoltaic assembly comprises a photovoltaic device including an array of photovoltaic cells extending in the first direction; and the release sheet comprises a first plurality of fibers spaced apart in a first direction; and the photovoltaic assembly comprises a photovoltaic device including an array of photovoltaic cells extending in the first direction; and forming a plurality of structures on a first surface of the transparent sheet by performing a laminating process on the release sheet, transparent sheet and the photovoltaic assembly, wherein the release sheet is placed on the transparent sheet before performing the lamination process or during the lamination process, wherein the photovoltaic device includes a plurality of serial interconnects disposed between and electrically connecting consecutive photovoltaic cells of the array; and each fiber of the first plurality of fibers has a length extending in a second direction and overlying a length of one of the serial interconnects extending in the second direction.