mhurhangee/ep-ind-claims huggingface dataset:
A magnetic refrigeration device comprising: a magnetic heat container filled with a magneto-caloric material; a magnetic field generation device to be capable of varying a magnetic field applied to the magnetic heat container filled with the magneto-caloric material; a high temperature-side heat exchanger connected to the magnetic heat container; a low temperature-side heat exchanger connected to the magnetic heat container so as to place the magnetic heat container between the high temperature-side heat exchanger and the low temperature-side heat exchanger; and a pump to be capable of transporting a heat transport medium in a reciprocable manner between the high temperature-side heat exchanger and the low temperature-side heat exchanger via the magnetic heat container, wherein the magnetic heat container has a spiral shape extending in a spiral on an identical plane and allows the heat transport medium transported by the pump to flow along the spiral shape, the magnetic heat container has a first dimension in an axial direction of the spiral shape and a second dimension in a direction orthogonal to the axial direction, and the first dimension is greater than the second dimension. a magnetic heat container filled with a magneto-caloric material; a magnetic field generation device to be capable of varying a magnetic field applied to the magnetic heat container filled with the magneto-caloric material; a high temperature-side heat exchanger connected to the magnetic heat container; a low temperature-side heat exchanger connected to the magnetic heat container so as to place the magnetic heat container between the high temperature-side heat exchanger and the low temperature-side heat exchanger; and a pump to be capable of transporting a heat transport medium in a reciprocable manner between the high temperature-side heat exchanger and the low temperature-side heat exchanger via the magnetic heat container, wherein the magnetic heat container has a spiral shape extending in a spiral on an identical plane and allows the heat transport medium transported by the pump to flow along the spiral shape, the magnetic heat container has a first dimension in an axial direction of the spiral shape and a second dimension in a direction orthogonal to the axial direction, and the first dimension is greater than the second dimension.
Method for controlling the mass flow of a vapor conveyed by a carrier gas through a volume, wherein the volume is heated by a heating unit to a temperature above the condensation temperature of the vapor, wherein by means of a first sensor, which is a mass flow controller, a defined flow of the carrier gas is introduced through a feed line into an vaporizer (2, 3, 4), in the vaporization body of which a solid or liquid starting material is evaporated to form a vapor which is transported with the carrier gas to the volume in which a second sensor is arranged which supplies a sensor signal dependent on the concentration or on the partial pressure of the vapor, wherein with a computing device of an evaluation device a mass flow of the vapor is calculated by relating the values determined by the two sensors (1, 7), characterised in that the second sensor has an oscillating oscillating body whose oscillation frequency is influenced by a mass accumulation formed on a surface of the oscillating body by the condensed vapor, the oscillating body being kept at a temperature below the condensation temperature by means of a temperature control device (19, 20) to a temperature below the condensation temperature of the vapor and the concentration or the partial pressure is determined from the change in the oscillator frequency with respect to time, the mass flow of the vapor being set by varying the delivery rate of a solid body to be vaporised or of a liquid to be vaporised or by varying the vaporisation temperature of the substance to be vaporised and being kept constant with respect to time.
A herbicidal composition comprising, as active ingredients, (a) nicosulfuron or its salt, (b) S-metolachlor or its salt, and (c) at least one member selected from the group consisting of terbuthylazine, prosulfuron, bicyclopyrone and their salts, wherein the weight ratio of (a) to (b) is within a range of from 1:2.5 to 1:200, the weight ratio of (a) to terbuthylazine or its salt is within a range of from 1:2.5 to 1:150, the weight ratio of (a) to prosulfuron or its salt is within a range of from 1:0.025 to 1:5, and the weight ratio of (a) to bicyclopyrone or its salt is within a range of from 1:0.25 to 1:15.
A method for watching a scene, the method comprising a step of: - acquisition of surveillance videos or images of a scene by an acquisition device, - conversion of surveillance videos or images into text descriptions by the acquisition device, in order to obtain text data, the conversion being implemented using a conversion model, the conversion model being derived from an artificial intelligence technique, the artificial intelligence technique being supervised learning, - transmission of text data to a central analysis station, - extraction of specific data of interest from the text data by a syntax analyser at the central analysis station and presentation of this specific data of interest to an operator, - requesting a specific image or video, by the central analysis station, as a function of the specific data of interest presented, and - transmission of the specific image or video by the acquisition device to the central analysis station. - acquisition of surveillance videos or images of a scene by an acquisition device, - conversion of surveillance videos or images into text descriptions by the acquisition device, in order to obtain text data, the conversion being implemented using a conversion model, the conversion model being derived from an artificial intelligence technique, the artificial intelligence technique being supervised learning, - transmission of text data to a central analysis station, - extraction of specific data of interest from the text data by a syntax analyser at the central analysis station and presentation of this specific data of interest to an operator, - requesting a specific image or video, by the central analysis station, as a function of the specific data of interest presented, and - transmission of the specific image or video by the acquisition device to the central analysis station.
Bone screw with a shaft defining a longitudinal axis and a head adapted to be brought into engagement with a bone screw receiving means of a bone plate for the releasable connection of the bone screw to the bone plate, wherein a securing element is provided for securing a connection between the bone screw and the bone plate, wherein the bone screw is adapted to be brought from a position of engagement, the bone screw being held on the bone plate in said position, into a release position, the bone screw being releasable from the bone plate in said position, wherein the securing element is adapted to be brought from a non-securing position, the bone screw being adapted to be brought into the release position in said non-securing position, into a securing position for securing the connection between the bone screw and the bone plate, the bone screw taking up the position of engagement in said securing position, the securing element being supported on the bone screw so as to be movable and the bone screw takes up the position of engagement in a basic position, no external forces acting on the bone screw in said basic position, wherein the shaft has a securing element receiving means and the securing element is supported in the securing element receiving means, wherein following the insertion of the securing element into the securing element receiving means the securing element is movable between a stop (42, 54) acting in a distal direction and a stop acting in a proximal direction and wherein the securing element is held in the securing position in the basic position of the bone screw, characterized in that the securing element is held in the securing position under tension.
An inner diameter measuring device, comprising an object to be measured supporting carriage, being arranged movably, via a forward end slider and a base end slider, along a rail installed on an upper surface of a bed and used for supporting a hollow pipe to be measured by pipe holding units (11, 12, 71) arranged on said forward end slider and said base end slider, a supporting shaft extended from a base end to a forward end of said bed, being insertable into said pipe to be measured and being cantilever-supported, and an inner diameter measuring unit being cantilever-supported by said supporting shaft, being insertable into said pipe to be measured and for measuring the inner surface of said pipe to be measured under inserted condition, wherein said pipe to be measured and said inner diameter measuring unit are installed along a same reference line, said object to be measured supporting carriage is movable from a condition where said inner diameter measuring unit is withdrawn from said pipe to be measured to a condition where said inner measuring unit reaches a base part of said pipe to be measured, said inner diameter measuring unit is adapted to be inserted into said pipe to be measured, and is adapted to measure an inner diameter of saidpipe to be measured in a process where said object to be measured supporting carriage is moved toward the base end of said supporting shaft, characterized in that a first reference jigunit is installed on a forward end of said object to be measured supporting carriage, a second reference jig unit is installed on a base end of said object to be measured supporting carriage, wherein said first reference jig unit and said second reference jig unit are installed concentrically with said reference line and have reference rings (16, 17) respectively, each of reference rings has an inner diameter and an outer diameter, and at least inner diameter is already known, and that the inner diameter measuring unit is configured to measure the inner diameter of said reference ring, the measurement result of said pipe to be measured being corrected based on the measurement result of said reference ring.
A bottle for coupling with a trigger dispensing head, wherein the bottle comprises a bottle body and a bottle neck, in a single piece with the bottle body (paragraph 15), wherein the bottle neck provides for an annular edge, having a predefined axial height which circumferentially delimits a mouth of the bottle, wherein, axially below the annular edge, on an outer surface thereof, the bottle neck provides for circumferential coupling regions(70,72,74), wherein said circumferential coupling regions (70,72,74) comprise a first coupling region for coupling with a first tab of the trigger dispensing head, a second coupling region for coupling a second tab of the trigger dispensing head, a third coupling region for coupling with a third tab of the trigger dispensing head; characterized in that the bottle neck comprises a rigid auxiliary tooth having, at the top, a tooth plane inclined downwardly, which forms an undercut; wherein the auxiliary tooth is provided for coupling with an auxiliary window of the trigger dispensing head, wherein the auxiliary tooth protrudes from an outer surface of the bottle neck.
An apparatus at a base station side in a wireless communication system, the apparatus comprising processing circuitry (202, 204) configured to: configure a range of measured cells for a user equipment, which is carried by an aircraft, to include adjacent cells (a1-a6) of a current serving cell of the user equipment and other cells (b1-b12) than the adjacent cells if it is judged that a current height of the user equipment is above a predetermined height threshold according to height information of the user equipment, and configure the range of measured cells for the user equipment to include only the adjacent cells of the current serving cell if it is judged that the current height of the user equipment is lower than the predetermined height threshold according to height information of the user equipment, wherein the predetermined height threshold is a height at which the user equipment can attain a line of sight condition with the other cells than the adjacent cells of the serving cell; notify the range of measured cells to the user equipment, by transmitting an RRC message, in order for the user equipment to perform a measurement based on the range of measured cells. configure a range of measured cells for a user equipment, which is carried by an aircraft, to include adjacent cells (a1-a6) of a current serving cell of the user equipment and other cells (b1-b12) than the adjacent cells if it is judged that a current height of the user equipment is above a predetermined height threshold according to height information of the user equipment, and configure the range of measured cells for the user equipment to include only the adjacent cells of the current serving cell if it is judged that the current height of the user equipment is lower than the predetermined height threshold according to height information of the user equipment, wherein the predetermined height threshold is a height at which the user equipment can attain a line of sight condition with the other cells than the adjacent cells of the serving cell; notify the range of measured cells to the user equipment, by transmitting an RRC message, in order for the user equipment to perform a measurement based on the range of measured cells.
A method for encoding a digital image, said image (I k) being divided into a plurality of blocks of pixels processed in a defined order, said method comprising the following steps, implemented for a current block, with predetermined sizes: - predicting values of the current block from at least one block previously processed according to a prediction mode selected from a plurality of predetermined modes, - calculating a residual block by subtracting the predicted values from the original values of the current block, - obtaining a residual block transformed by applying a transform to pixels of the residual block, said transformed residual block comprising coefficients, the transform being part of a predetermined list of available transforms; and - encoding the transformed residual block; characterised in that the method comprises a step of calculating at least one characteristic representative of at least one coefficient value of the transformed residual block, a step of determining, from said at least one calculated characteristic, an initial identification data representative of a predetermined sub-list, the sub-list comprising at least one transform of the list of available transforms, said at least one characteristic representative of at least one coefficient value of the transformed residual block being part of the group comprising at least one of the following elements: - a position of the last significant quantized residual coefficient; - a list of the positions of the significant residual coefficients; - a value representative of an evolution of the squares of the quantized residual coefficients; - a value representative of an evolution of the absolute values of the quantized residual coefficients; - a value representative of a probability density of the quantized residual coefficients and a step of verifying that the transform applied to the current block is part of the sub-list identified by the initial data. - predicting values of the current block from at least one block previously processed according to a prediction mode selected from a plurality of predetermined modes, - calculating a residual block by subtracting the predicted values from the original values of the current block, - obtaining a residual block transformed by applying a transform to pixels of the residual block, said transformed residual block comprising coefficients, the transform being part of a predetermined list of available transforms; and - encoding the transformed residual block; - a position of the last significant quantized residual coefficient; - a list of the positions of the significant residual coefficients; - a value representative of an evolution of the squares of the quantized residual coefficients; - a value representative of an evolution of the absolute values of the quantized residual coefficients; - a value representative of a probability density of the quantized residual coefficients
Battery pack comprising an isolating apparatus for isolating a plurality of battery modules which are connected in series in the battery pack, wherein the battery modules are electrically connected to one another by means of detachably inserted module connectors, the isolating apparatus has an isolating rail which can be moved in its longitudinal direction, the isolating apparatus is arranged laterally along the battery modules, a plurality of module connectors are mechanically connected to the isolating rail of the isolating apparatus, and the electrical connections can be isolated by moving the isolating rail in its longitudinal direction, the battery modules are arranged in a mounting frame the mounting frame (8', 8'') is formed from hollow profiles, a guide for the isolating rail is formed by a part of the mounting frame (8', 8''), the isolating rail is displaceably mounted within a hollow profile, and the mounting frame (8', 8'') has elongate holes through which the isolating rail is connected to the module connectors.
Method for winding a rotor or a stator comprising K phase windings (E1-EK) each made up of MxN undulating conductors, M being the number of wires, N being the number of turns, characterized in that it comprises the step of successively, one after the other, performing partial insertions (Ela-EKa; E1b-EKb)of each phase winding (E1-EK) into a corresponding series of slots (Sl-SK), each partial insertion being performed on part of a phase winding having a number N of turns which are each formed by a number of wires less than M, or on part of a phase winding (E1-EK) having a number of turns less than N which are each formed by a number of wires equal to M, and in that a partial insertion of a given rank (j) is performed for all of the phase windings (E1-EK) before moving on to the partial insertion of the next rank (j+1) so that each partial insertion of a phase winding (E1-EK), except for that of the last rank, is performed before the windings of the other phases are fully accomplished.
A blend composition suitable for injection molding applications comprising: (a) from 55 to 65 percent by weight of a propylene/a-olefin interpolymer composition having a DSC melting point (second heat) of less than 80 °C; (b) from 5 to 25 percent by weight of a homopolymer polypropylene, a random copolymer polypropylene, clarified random copolymer polypropylene, and combination thereof, wherein the homopolymer polypropylene, random copolymer polypropylene and clarified random copolymer polypropylene have a DSC melting point temperature of from greater than 120 °C; and (c) from 5 to 35 percent by weight of a plasticizing agent; wherein said blend composition has a total haze of less than 25 percent wherein haze is measured on 0.32 cm (0.125") thick injection molded plaques according to ASTM D-1003; wherein said blend composition further comprises a mold release agent. (a) from 55 to 65 percent by weight of a propylene/a-olefin interpolymer composition having a DSC melting point (second heat) of less than 80 °C; (b) from 5 to 25 percent by weight of a homopolymer polypropylene, a random copolymer polypropylene, clarified random copolymer polypropylene, and combination thereof, wherein the homopolymer polypropylene, random copolymer polypropylene and clarified random copolymer polypropylene have a DSC melting point temperature of from greater than 120 °C; and (c) from 5 to 35 percent by weight of a plasticizing agent;
A process for the manufacture of an ester of a 1-substituted-3-fluoroalkyl-pyrazole-4-carboxylic acid of formula wherein - Y is H, F or an alkyl group having from 1 to 12 carbon atoms which is optionally substituted by at least one halogen atom, an aralkyl group or an aryl group, - R 1 is H or an organic residue, - R 2 is H or an organic residue, which comprises submitting a compound of formula wherein Y is as defined above - X is Cl, Br or I, - R 1 ' is H or an organic residue, - R 2 ' is H or an organic residue, to a reduction reaction with a hydrogen donating compound in the presence of UV light. - Y is H, F or an alkyl group having from 1 to 12 carbon atoms which is optionally substituted by at least one halogen atom, an aralkyl group or an aryl group, - R 1 is H or an organic residue, - R 2 is H or an organic residue, - X is Cl, Br or I, - R 1 ' is H or an organic residue, - R 2 ' is H or an organic residue,
Method for configuring an assembly workstation, wherein the assembly workstation comprises multiple container receptacle devices, which are each designed for receiving at least one associated material container, wherein multiple container receptacle devices are provided with a first data carrier, wherein multiple material containers are provided with a second data carrier, wherein a first position determination device is provided, using which the position of a hand of a worker or a marking connectable to said hand is ascertainable, wherein the first position determination device is connected to a control device, wherein the method comprises the following steps, which are executed in any arbitrary sequence: a) touching a reference point on a container receptacle device using the hand of the worker and capturing a corresponding reference position using the first position determination device; b) reading out first data from the first data carrier associated with the reference point; and c) reading out second data from the second data carrier associated with the reference point; wherein the reference position, the first data, and the second data are stored. a) touching a reference point on a container receptacle device using the hand of the worker and capturing a corresponding reference position using the first position determination device; b) reading out first data from the first data carrier associated with the reference point; and c) reading out second data from the second data carrier associated with the reference point;
A method for processing substrate by sputtering, comprising: placing plurality of substrates on a conveyor; operating the conveyor to transport the plurality of substrates at a constant speed and in an orientation facing a target, such that at any given time, several substrates face the target between the leading edge and the trailing edge; reciprocally scanning a magnet arrangement behind the target while sustaining plasma in a space between the target and the substrates, wherein the step of reciprocally scanning the magnet arrangement is performed at a speed that is at least several times faster than the constant speed of the conveyor, characterized by defining rotating zones behind leading edge and trailing edge of the target, and reversing the reciprocal scanning of the magnet arrangement at different points within the rotating zones during different scans. placing plurality of substrates on a conveyor; operating the conveyor to transport the plurality of substrates at a constant speed and in an orientation facing a target, such that at any given time, several substrates face the target between the leading edge and the trailing edge; reciprocally scanning a magnet arrangement behind the target while sustaining plasma in a space between the target and the substrates, wherein the step of reciprocally scanning the magnet arrangement is performed at a speed that is at least several times faster than the constant speed of the conveyor, characterized by defining rotating zones behind leading edge and trailing edge of the target, and reversing the reciprocal scanning of the magnet arrangement at different points within the rotating zones during different scans.