mhurhangee/ep-ind-claims huggingface dataset:
A method of providing a voltage reduction capability in a welding power source having a controller, said method comprising: sensing an induced signal, within a welding power source, to generate a sensed signal being indicative of a load condition or a no-load condition between an electrode output terminal and a workpiece output terminal of said welding power source; characterized by said controller being configured for disabling an input side of said power source within said welding power source, when said sensed signal is indicative of a no-load condition and said output voltage is indicative of a high output voltage condition.; and by the steps of: detecting an output voltage, within said welding power source, being indicative of a low output voltage condition or a high output voltage condition across said electrode output terminal and said workpiece output terminal; and disabling an input power side of said welding power source within said welding power source, when said sensed signal is indicative of a no-load condition and said output voltage is indicative of a high output voltage condition. sensing an induced signal, within a welding power source, to generate a sensed signal being indicative of a load condition or a no-load condition between an electrode output terminal and a workpiece output terminal of said welding power source; characterized by said controller being configured for disabling an input side of said power source within said welding power source, when said sensed signal is indicative of a no-load condition and said output voltage is indicative of a high output voltage condition.; and by the steps of: detecting an output voltage, within said welding power source, being indicative of a low output voltage condition or a high output voltage condition across said electrode output terminal and said workpiece output terminal; and disabling an input power side of said welding power source within said welding power source, when said sensed signal is indicative of a no-load condition and said output voltage is indicative of a high output voltage condition. detecting an output voltage, within said welding power source, being indicative of a low output voltage condition or a high output voltage condition across said electrode output terminal and said workpiece output terminal; and disabling an input power side of said welding power source within said welding power source, when said sensed signal is indicative of a no-load condition and said output voltage is indicative of a high output voltage condition.
A composition for use in refinery processes for the production of fuels, comprising lignin and a solvent; wherein the lignin further comprises more than one C7 or longer alkyl containing group connected to the lignin via a linker group, wherein some of the linking groups are ethers and some are esters; and wherein the solvent comprises a carrier liquid selected from a hydrocarbon oil, crude oil, bunker oil, mineral oil, fatty acid or esterified fatty acid.
A method for smelting pig-iron in a blast furnace, comprising loading solid fuel, iron ore materials and fluxes into a blast furnace, wherein as a solid fuel used is coke which is produced by coking of carbon-containing charge, comprising a product produced by retarded coking at a temperature of up to 500 °C of a mixture of heavy sulphur residues from petroleum processing and a reagent that is an alkaline earth metal oxide or hydroxide, wherein prior to mixing said heavy sulphur residues are melted and said reagent is dispersed therein, and whereas the quantity of reagent in the mixture is from 0.1 to 2.0% per percent of sulphur content in heavy sulphur residues from petroleum processing, the quantity of CaO-based fluxes supplied into a blast furnace is in a region of 29-59 kg/t of pig iron to ensure a modulus of basicity of the slags equal to 0.29-0.77.
A method of monitoring a person having an interest to an object, the method comprising steps of: - providing a data processor for obtaining interaction data related to a remote interaction between the person and at least one of a plurality of the objects (131, 132, 133) wherein the plurality of objects are physical items visible to the person, - using the data processor for analysis of the interaction data to identify a particular one of the objects, to which the person has the interest, - obtaining additional data related to the particular object for informing the person about the particular object, and - providing the additional data to the person. - providing a data processor for obtaining interaction data related to a remote interaction between the person and at least one of a plurality of the objects (131, 132, 133) wherein the plurality of objects are physical items visible to the person, - using the data processor for analysis of the interaction data to identify a particular one of the objects, to which the person has the interest, - obtaining additional data related to the particular object for informing the person about the particular object, and - providing the additional data to the person.
A surgical device comprising: a control unit having first, second, third and fourth steering members (910,912,914,916); and a flexible elongated guide shaft having a proximal end and a distal end, the distal end of the shaft including a camera and the proximal end of the shaft being in operable communication with the control unit; wherein the shaft is partitioned into three segments, the first and second segments operably mated at a first bendable mating point located midway through the shaft, the second and third segments operably mated at a second bendable mating point located at the distal end of the shaft adjacent to the camera; wherein the steering members are positioned within the shaft, the first and second steering members extend through the shaft from the control unit to the first bendable mating point, and the third and fourth steering members extend through the shaft from the control unit to the second bendable mating point, characterized in that: the first, second, third and fourth steering members are separated from each other by 90 degrees; and a fifth steering member is provided for enabling rotational movement of the camera. a control unit having first, second, third and fourth steering members (910,912,914,916); and a flexible elongated guide shaft having a proximal end and a distal end, the distal end of the shaft including a camera and the proximal end of the shaft being in operable communication with the control unit; wherein the shaft is partitioned into three segments, the first and second segments operably mated at a first bendable mating point located midway through the shaft, the second and third segments operably mated at a second bendable mating point located at the distal end of the shaft adjacent to the camera; wherein the steering members are positioned within the shaft, the first and second steering members extend through the shaft from the control unit to the first bendable mating point, and the third and fourth steering members extend through the shaft from the control unit to the second bendable mating point, characterized in that: the first, second, third and fourth steering members are separated from each other by 90 degrees; and a fifth steering member is provided for enabling rotational movement of the camera. the first, second, third and fourth steering members are separated from each other by 90 degrees; and a fifth steering member is provided for enabling rotational movement of the camera.
A static gasket, comprising: a gasket core having opposite surfaces (30,32) with at least one fluid conveying opening passing through said surfaces; and a layer of elastomeric sealing material applied to at least one of said surfaces (30,32), said layer providing a plurality of walled-off regions, each of said walled-off regions being completely bounded by a peripheral wall extending outwardly from said at least one of said surfaces, said peripheral wall having an at least partially varying height, wherein each of said peripheral walls is provided at least in part by a pair of annular threads of said sealing material extending continuously about said fluid opening in spaced, non-intersecting relation to one another, wherein said annular threads have different heights from one another and wherein each of said peripheral walls is provided at least in part by a pair of bridge threads extending generally radially outwardly from said fluid opening between and intersecting said pair of annular threads, said bridge threads increasing in height along a direction extending radially outwardly from said fluid opening, wherein each of said bridge threads has a height that varies to coincide with the height of said pair of annular threads such that the bridge threads do not extend above or below said annular threads. a gasket core having opposite surfaces (30,32) with at least one fluid conveying opening passing through said surfaces; and a layer of elastomeric sealing material applied to at least one of said surfaces (30,32), said layer providing a plurality of walled-off regions, each of said walled-off regions being completely bounded by a peripheral wall extending outwardly from said at least one of said surfaces, said peripheral wall having an at least partially varying height, wherein each of said peripheral walls is provided at least in part by a pair of annular threads of said sealing material extending continuously about said fluid opening in spaced, non-intersecting relation to one another, wherein said annular threads have different heights from one another and wherein each of said peripheral walls is provided at least in part by a pair of bridge threads extending generally radially outwardly from said fluid opening between and intersecting said pair of annular threads, said bridge threads increasing in height along a direction extending radially outwardly from said fluid opening, wherein each of said bridge threads has a height that varies to coincide with the height of said pair of annular threads such that the bridge threads do not extend above or below said annular threads.
A methacrylic resin composition, comprising: 10 to 99 parts by mass of a methacrylic resin comprising 80 % by mass or more of a structural unit derived from methyl methacrylate; and 90 to 1 part by mass of a block copolymer comprising 10 to 60 % by mass of a methacrylic acid ester polymer block and 90 to 40 % by mass of an acrylic acid ester polymer block, wherein the total of the methacrylic resin and the block copolymer is 100 parts by mass, wherein a weight average molecular weight Mw of the methacrylic resin, a maximum weight average molecular weight Mw of the methacrylic acid ester polymer block, and a maximum weight average molecular weight Mw of the acrylic acid ester polymer block satisfy and below: 0.5 ≤ Mw / Mw ≤ 2.5 40000 ≤ Mw ≤ 120000, wherein the weight average molecular weight is determined by gel permeation chromatography as the polystyrene equivalent molecular weight. 10 to 99 parts by mass of a methacrylic resin comprising 80 % by mass or more of a structural unit derived from methyl methacrylate; and 90 to 1 part by mass of a block copolymer comprising 10 to 60 % by mass of a methacrylic acid ester polymer block and 90 to 40 % by mass of an acrylic acid ester polymer block, wherein the total of the methacrylic resin and the block copolymer is 100 parts by mass, 0.5 ≤ Mw / Mw ≤ 2.5 40000 ≤ Mw ≤ 120000,
A method to facilitate re-optimizing an existing radiation-treatment plan having a corresponding resultant quality and defined, at least in part, by at least one delivery parameter, the method comprising: by a control circuit: specifying at least one constraint as regards the at least one delivery parameter as a function, at least in part, of the resultant quality; characterized by: the control circuit applying the at least one constraint when re-optimizing the existing radiation-treatment plan to thereby facilitate at least substantially maintaining the resultant quality while nevertheless changing the existing radiation-treatment plan; wherein applying the at least one constraint when re-optimizing the existing radiation-treatment plan comprises using the at least one constraint to limit search space when re-optimizing the existing radiation-treatment plan. specifying at least one constraint as regards the at least one delivery parameter as a function, at least in part, of the resultant quality; characterized by: the control circuit applying the at least one constraint when re-optimizing the existing radiation-treatment plan to thereby facilitate at least substantially maintaining the resultant quality while nevertheless changing the existing radiation-treatment plan; wherein applying the at least one constraint when re-optimizing the existing radiation-treatment plan comprises using the at least one constraint to limit search space when re-optimizing the existing radiation-treatment plan. the control circuit applying the at least one constraint when re-optimizing the existing radiation-treatment plan to thereby facilitate at least substantially maintaining the resultant quality while nevertheless changing the existing radiation-treatment plan; wherein applying the at least one constraint when re-optimizing the existing radiation-treatment plan comprises using the at least one constraint to limit search space when re-optimizing the existing radiation-treatment plan.
An information processing apparatus comprising: selection means configured to select, from a plurality of modes, a mode for a processing to be executed when a power supply state of the information processing apparatus is shifted from a first power supply state to a second power supply state, wherein the processing is one of: startup processing when power is supplied to the information processing apparatus; shutdown processing when power is stopped from being supplied to the information processing apparatus; power saving processing when the information processing apparatus is shifted to a power saving state; and power saving return processing when the information processing apparatus is returned from the power saving state; determination means configured to determine a time necessary for executing the processing based on the mode selected by the selection means, wherein the time necessary for completion of the processing is different in each of the plurality of modes; execution means configured to execute the processing in the mode selected by the selection means; and control means configured to control the execution means to execute the processing again when the processing has not been completed within the time determined by the determination means. selection means configured to select, from a plurality of modes, a mode for a processing to be executed when a power supply state of the information processing apparatus is shifted from a first power supply state to a second power supply state, wherein the processing is one of: startup processing when power is supplied to the information processing apparatus; shutdown processing when power is stopped from being supplied to the information processing apparatus; power saving processing when the information processing apparatus is shifted to a power saving state; and power saving return processing when the information processing apparatus is returned from the power saving state; startup processing when power is supplied to the information processing apparatus; shutdown processing when power is stopped from being supplied to the information processing apparatus; power saving processing when the information processing apparatus is shifted to a power saving state; and power saving return processing when the information processing apparatus is returned from the power saving state; determination means configured to determine a time necessary for executing the processing based on the mode selected by the selection means, wherein the time necessary for completion of the processing is different in each of the plurality of modes; execution means configured to execute the processing in the mode selected by the selection means; and control means configured to control the execution means to execute the processing again when the processing has not been completed within the time determined by the determination means.
A system for implementing voltage differential transducer, VDT, fault detection, comprising: a computing resource electrically coupled to an AC power supply; a VDT including a primary winding and a set of secondary windings (224a, 224b), wherein the VDT is electrically coupled to the AC power supply providing an excitation current; a current sensing circuit electrically coupled to the AC power supply and the VDT, the current sensing circuit operable to detect the excitation current; and a signal processor electrically coupled to an output of the VDT and the computing resource, the signal processor providing a signal indicative of a voltage differential of the set of secondary windings (224a, 224b) of the VDT, that is used by the computing resource to make an error determination, and the signal processor is configured to set threshold limits of operation to make the error determination of the VDT based on multiple readings of the VDT and the excitation current. a computing resource electrically coupled to an AC power supply; a VDT including a primary winding and a set of secondary windings (224a, 224b), wherein the VDT is electrically coupled to the AC power supply providing an excitation current; a current sensing circuit electrically coupled to the AC power supply and the VDT, the current sensing circuit operable to detect the excitation current; and a signal processor electrically coupled to an output of the VDT and the computing resource, the signal processor providing a signal indicative of a voltage differential of the set of secondary windings (224a, 224b) of the VDT, that is used by the computing resource to make an error determination, and the signal processor is configured to set threshold limits of operation to make the error determination of the VDT based on multiple readings of the VDT and the excitation current.
Device for holding a winch or a motor of a roller shutter in a winding box which is closed at either end by a side plate, the winch or the motor being arranged inside the box close to a first side plate, and a winding tube for an apron extending between the winch or the motor and the other side plate, the first side plate comprising in its central part a support lug that is designed to fit into an opposite recess of the casing of the winch or of the motor, characterized in that the casing of the winch or of the motor comprises elastic means for gripping the lug that is able to hold the winch, or the motor, such that it cannot rotate relative to the side plate during transport or after installation, in particular in order to contain the actuation-resisting torque while allowing angular displacement of the winch or of the motor relative to the side plate for position adjustment.
A laminate comprising: a substrate that contains an organic polymer having a functional group; a functional layer formed on at least a part of a surface of the substrate, said functional layer is an atomic layer deposition film bonded to the functional group present on the surface of the substrate, wherein the functional layer is made of Al 2 O 3; and an overcoat layer formed on the functional layer and made of an inorganic film; and the organic polymer is polyimide, characterized in that the inorganic film is a Ta 2 O 5 film. a functional layer formed on at least a part of a surface of the substrate, said functional layer is an atomic layer deposition film bonded to the functional group present on the surface of the substrate, wherein the functional layer is made of Al 2 O 3; and an overcoat layer formed on the functional layer and made of an inorganic film; and the organic polymer is polyimide, characterized in that the inorganic film is a Ta 2 O 5 film.
A fusion MHC-Ia open conformer, wherein said fusion MHC-Ia open conformer comprises or essentially consists of a first monomer or a first and a second monomer, wherein a. said first monomer, or each of said first and second monomer independently of the other monomer, comprises an HLA heavy chain selected from C08, A25, B58, A30, B53, and C12, and b. wherein said first monomer, or each of said first and second monomer are covalently linked to an Fc polypeptide sequence, wherein the HLA-heavy chain only consists of the HLA alpha 1, 2 and 3 domains. a. said first monomer, or each of said first and second monomer independently of the other monomer, comprises an HLA heavy chain selected from C08, A25, B58, A30, B53, and C12, and b. wherein said first monomer, or each of said first and second monomer are covalently linked to an Fc polypeptide sequence,
Converter having an electrical device with a semiconductor circuit between an AC voltage supply and a DC voltage supply, which is designed for a high voltage and is arranged in a housing, wherein the semiconductor circuit has a series connection (71, 74) of power semiconductors, wherein the housing is a module frame on which the semiconductor circuit is mounted, and comprises a plurality of housing parts which are frame segments which are separated from one another by means of insulator components and are thus electrically insulated from one another, wherein the insulator components are mounted on the frame segments and comprise electrically insulating spacers, wherein different electrical potentials can be assigned to the frame segments.
A mouthwash comprising a soluble zinc-amino acid-halide complex, wherein the amino acid is selected from arginine or lysine in free or orally acceptable salt form, and wherein the mouthwash further comprises an effective amount of a fluoride ion source.