mhurhangee/ep-ind-claims huggingface dataset:
A laundry dryer comprising a housing which houses: - a laundry compartment, - an air circuit which includes the laundry compartment and a heat exchanger for extracting moisture from the drying air, - a fluff trap with a screen filter wall, positioned in the air circuit downstream of the laundry compartment and upstream of the heat exchanger, wherein the laundry dryer comprises a cleaning system configured to brush and/or scrape the filter wall when the fluff trap is assembled in the laundry dryer, wherein the laundry dryer further comprises a compacting system configured to compact fluff and other residues removed from the filter wall so as to form a compacted fluff clump that can be extracted from the machine, wherein the cleaning system comprises one or more scrapers or brushes movable in contact along the filter wall by means of an actuator, wherein the compacting system comprises: - a piston pusher positioned in the fluff trap and movable by means of an actuator or by means of said actuator, or - a worm screw conveyor positioned in the fluff trap and which can be actuated in rotation by means of an actuator or by means of said actuator, so as to convey the fluff detached from the filter wall towards a collection area and compress the fluff in the collection area, characterized in that the collection area is shaped as a drawer which can be opened outwardly of the housing or which is removable from the machine, wherein the cleaning system comprises a scraper edge or an auxiliary brush positioned in contact with a compacting member (21; 23) of the compacting system and configured so as to execute a relative movement with respect to said compacting member (21; 23) of the compacting system to clean a surface which pushes and compacts the fluff. - a laundry compartment, - an air circuit which includes the laundry compartment and a heat exchanger for extracting moisture from the drying air, - a fluff trap with a screen filter wall, positioned in the air circuit downstream of the laundry compartment and upstream of the heat exchanger, - a piston pusher positioned in the fluff trap and movable by means of an actuator or by means of said actuator, or - a worm screw conveyor positioned in the fluff trap and which can be actuated in rotation by means of an actuator or by means of said actuator,
A system, comprising: one or more network nodes which communicate with each other via a first network protocol, wherein at least one network node is configured to establish a wireless connection with a mobile end device via a second network protocol, wherein the network node comprises a transmission component which is configured to establish a connection between the mobile end device and a target node of the network nodes, wherein the second network protocol is translated by the transmission component into the first network protocol, and wherein the mobile end device is configured to select the network node among those accessible wirelessly which has the best connection quality to the mobile end device, characterized in that the target node is determined on the basis of a user input into the mobile end device. one or more network nodes which communicate with each other via a first network protocol, wherein at least one network node is configured to establish a wireless connection with a mobile end device via a second network protocol, wherein the network node comprises a transmission component which is configured to establish a connection between the mobile end device and a target node of the network nodes, wherein the second network protocol is translated by the transmission component into the first network protocol, and wherein the mobile end device is configured to select the network node among those accessible wirelessly which has the best connection quality to the mobile end device, characterized in that the target node is determined on the basis of a user input into the mobile end device.
A portable water tank assembly for a dust emitting construction machine, such as a machine for cutting concrete, stone, ceramic materials and the like, said assembly comprising a water container and an electric pump powered by a battery for pumping water from the container through an outlet to the construction machine, characterized in that - the pump is a low pressure pump, of 0,1 - 1,5 bar, preferably of 0,3 - 1,2 bar, that is submersible and placed inside the water container, which low pressure pump is a non self priming centrifugal pump located close to the bottom of the water container; and - said assembly has at least 5 liter capacity. - the pump is a low pressure pump, of 0,1 - 1,5 bar, preferably of 0,3 - 1,2 bar, that is submersible and placed inside the water container, which low pressure pump is a non self priming centrifugal pump located close to the bottom of the water container; and - said assembly has at least 5 liter capacity.
Calibration device for measuring the signal-inducing sensing deflection l Tr of a tactile measuring probe which is clamped on a tool head and has a deflectable sensing element having a sensing surface, the calibration device containing a detector, preferably a camera or a laser measuring instrument, having a field of view for detecting the sensing surface of the sensing element, a reference element having a reference surface, and a calculation unit, characterized in that the reference surface of the reference element is arranged with respect to the field of view of the detector in such a way that, in the event of signal-inducing contact of the sensing surface of the sensing element with the reference surface, the sensing surface or parts of the sensing surface lies or lie in the field of view of the detector, the detector and the calculation unit being suitable for calculating the precise position of the sensing element from the detected part of the sensing surface and the calculation unit further being suitable for calculating the signal-inducing sensing deflection from (a) the position of the clamping point of the measuring probe on the tool head and (b) the calculated position of the sensing element which in a deflected and signal-inducing state touches the reference surface and (c) a length, known in advance, of the measuring probe or a calculated position of the nondeflected sensing element.
A fluoropolymer composition comprising (i) fluoropolymer particles comprising repeating units derived from at least one perfluorinated comomoner selected from tetrafluoroethene, hexafluoropropene and a combination thereof and one or more non-perfluorinated comonomers selected from vinylidenefluoride, ethene, propene and a combination thereof; wherein the total amount of the perfluorinated comonomers is at least 40 % by mole based on the total amount in moles of comonomers and wherein the fluoropolymer is melt processable; (ii) particles comprising electro-active material, wherein the electro-active material comprises graphite and metal compounds and combinations thereof; (iii) optionally, carbonaceous particles other than graphite; (iv) water; (v) an organic liquid having a boiling point between 70 °C and 200 °C selected from hydrocarbons and functional hydrocarbons containing one or more functionality selected from nitriles, chlorines, and oxygen-containing functionalities selected from ethers, alcohols, carboxylates, carboxylate esters and combinations thereof, wherein the amount by weight of the substantially inorganic particles (ii) is greater than the amount of fluoropolymer particles (i) and wherein the amount by weight of water is greater than the amount of organic liquid. (i) fluoropolymer particles comprising repeating units derived from at least one perfluorinated comomoner selected from tetrafluoroethene, hexafluoropropene and a combination thereof and one or more non-perfluorinated comonomers selected from vinylidenefluoride, ethene, propene and a combination thereof; wherein the total amount of the perfluorinated comonomers is at least 40 % by mole based on the total amount in moles of comonomers and wherein the fluoropolymer is melt processable; (ii) particles comprising electro-active material, wherein the electro-active material comprises graphite and metal compounds and combinations thereof; (iii) optionally, carbonaceous particles other than graphite; (iv) water; (v) an organic liquid having a boiling point between 70 °C and 200 °C selected from hydrocarbons and functional hydrocarbons containing one or more functionality selected from nitriles, chlorines, and oxygen-containing functionalities selected from ethers, alcohols, carboxylates, carboxylate esters and combinations thereof,
A heat source unit for a refrigeration apparatus, the heat source unit comprising: a compressor; a heat exchanger (21, 22) which allows a refrigerant to exchange heat with air; a fan; an electric component box for housing an electric component; and a casing for housing the compressor, the heat exchanger (21, 22), the fan, and the electric component box, wherein a lower portion of the casing is a closed space separated from an outside, and constitutes a machine chamber (31A to 31D) in which the compressor and the electric component box are housed, an upper portion of the casing is provided with the heat exchanger (21, 22) and the fan, and constitutes an air passage (32A to 32D) through which air flows, the heat source unit includes a drain pan disposed under the heat exchanger (21, 22) and receives condensed water generated in the heat exchanger (21, 22), and a drain gutter which is disposed under an outflow port that is open in a bottom plate of the drain pan, and which receives water that has passed through the outflow port, the drain gutter has a depth which gradually increases from one end to the other end of the drain gutter, a main drain port is formed at an end portion of the drain gutter where the depth of the drain gutter is deepest, and the main drain port is intended to drain water in the drain gutter to an outside of the machine chamber (31A to 31D), characterized in that the heat source unit furthermore comprising: a secondary drain port is formed at an end portion of the drain gutter where the depth of the drain gutter is shallowest, the secondary drain port being intended to drain water in the drain gutter to the outside of the machine chamber (31A to 31D). a lower portion of the casing is a closed space separated from an outside, and constitutes a machine chamber (31A to 31D) in which the compressor and the electric component box are housed, an upper portion of the casing is provided with the heat exchanger (21, 22) and the fan, and constitutes an air passage (32A to 32D) through which air flows, the heat source unit includes a drain pan disposed under the heat exchanger (21, 22) and receives condensed water generated in the heat exchanger (21, 22), and a drain gutter which is disposed under an outflow port that is open in a bottom plate of the drain pan, and which receives water that has passed through the outflow port, a drain pan disposed under the heat exchanger (21, 22) and receives condensed water generated in the heat exchanger (21, 22), and a drain gutter which is disposed under an outflow port that is open in a bottom plate of the drain pan, and which receives water that has passed through the outflow port, the drain gutter has a depth which gradually increases from one end to the other end of the drain gutter, a main drain port is formed at an end portion of the drain gutter where the depth of the drain gutter is deepest, and the main drain port is intended to drain water in the drain gutter to an outside of the machine chamber (31A to 31D),
An X-ray inspection apparatus, comprising: a feed-in preparation chamber; an imaging chamber; and a feed-out preparation chamber, wherein each of the feed-in preparation chamber and the feed-out preparation chamber includes a feed unit (111; 311) configured to receive an inspection object through a first opening and configured to discharge the inspection object through a second opening, and a traverser (110; 310) configured to translate the received inspection object from the first opening to the second opening, and the imaging chamber includes an X-ray imaging unit configured to image the inspection object that is received from the feed-in preparation chamber, wherein the traverser (110; 310) includes a mount on which the inspection object is mountable, the traverser (110; 310) is configured to translate the received inspection object to the second opening in a direction different from the direction in which the inspection object is received and discharged, and the traverser (110; 310) includes a shield (113A, 113B; 313A, 313B) with the mount sandwiched therebetween such as to move together with the mount and to prevent X-rays that enter through the second opening of the feed-in preparation chamber or through the first opening of the feed-out preparation chamber and propagate in the moving direction of the traverser (110; 310) from reaching the first opening of the feed-in preparation chamber and the second opening of the feed-out preparation chamber, respectively, characterized in that: the shield comprises a first member (113A; 313A) and a second member (113B; 313B), which are plates that are arranged in parallel with the mount sandwiched therebetween within a plane orthogonal to the moving direction of the traverser (110; 310), and are slidable on the inner walls of the feed-in preparation chamber or the feed-out preparation chamber, and the first member (113A; 313A) and the second member (113B; 313B) are positioned to define a closed space together with opposing inner walls of the feed-in preparation chamber or the feed-out preparation chamber while the traverser (110; 310) is moving. a feed-in preparation chamber; an imaging chamber; and a feed-out preparation chamber, a feed unit (111; 311) configured to receive an inspection object through a first opening and configured to discharge the inspection object through a second opening, and a traverser (110; 310) configured to translate the received inspection object from the first opening to the second opening, and the shield comprises a first member (113A; 313A) and a second member (113B; 313B), which are plates that are arranged in parallel with the mount sandwiched therebetween within a plane orthogonal to the moving direction of the traverser (110; 310), and are slidable on the inner walls of the feed-in preparation chamber or the feed-out preparation chamber, and the first member (113A; 313A) and the second member (113B; 313B) are positioned to define a closed space together with opposing inner walls of the feed-in preparation chamber or the feed-out preparation chamber while the traverser (110; 310) is moving.
A brake pad article comprising a composition formed from a base material and a masterbatch composition, the master batch comprising a composite of (a) a boron nitride material, and (b) a polymer resin material.
A pair of sliding parts (3, 5) comprising sealing faces that relatively slide on each other, and a fluid circulation groove including an inlet section where a fluid comes in from a high pressure fluid side, an outlet section where the fluid goes out to the high pressure fluid side, characterised in that a communication section that provides communication between the inlet and the outlet section is provided in at least one of the sealing faces; the fluid circulation groove is isolated from a low pressure fluid side by a land section; and a section of a bottom wall of the fluid circulation groove is formed in a round bottom shape.
A method for reporting beams of interest for position estimation, comprising: receiving, at a first node from a second node, a plurality of beams; determining, by the first node, a relevance metric for each of one or more beams of interest from the plurality of beams, wherein the relevance metric for each beam of the one or more beams of interest is based on a time of arrival at the first node of the beam and a signal strength of the beam; and sending, by the first node to the second node, a report identifying each of the one or more beams of interest and including the relevance metric for each of the one or more beams of interest. receiving, at a first node from a second node, a plurality of beams; determining, by the first node, a relevance metric for each of one or more beams of interest from the plurality of beams, wherein the relevance metric for each beam of the one or more beams of interest is based on a time of arrival at the first node of the beam and a signal strength of the beam; and sending, by the first node to the second node, a report identifying each of the one or more beams of interest and including the relevance metric for each of the one or more beams of interest.
Method for determining the state of a cell (1,2,3,4,5), said cell being placed in a sample, the method including the following steps: - illuminating said sample using a light source, the light source producing an incident light wave propagating towards the sample along a propagation axis; - acquiring, using a matrix-array photodetector, an image of the sample, the sample being placed between said light source and said matrix-array photodetector in such a way that the matrix-array photodetector is exposed to a light wave comprising interference between the incident light wave and a diffraction wave produced by each cell (1,2,3,4,5); - identifying a position (x n,y n) of said cell in a plane parallel to a detection plane in which the matrix-array photodetector lies; the method being characterized in that it includes the following steps: - applying a digital reconstruction algorithm to said acquired image, so as to determine at least one characteristic quantity (u, φ, ũ, k) of said light wave to which the matrix-array photodetector is exposed, at said position (x n,y n), at a plurality of what are called reconstruction distances (|z|) from said photodetector along said propagation axis; and - classifying the cell depending on a profile representing a variation in said characteristic quantity (u, φ, ũ, k) as a function of said distances along the propagation axis, this classification allowing the state of the cell to be determined from among preset states. - illuminating said sample using a light source, the light source producing an incident light wave propagating towards the sample along a propagation axis; - acquiring, using a matrix-array photodetector, an image of the sample, the sample being placed between said light source and said matrix-array photodetector in such a way that the matrix-array photodetector is exposed to a light wave comprising interference between the incident light wave and a diffraction wave produced by each cell (1,2,3,4,5); - identifying a position (x n,y n) of said cell in a plane parallel to a detection plane in which the matrix-array photodetector lies; - applying a digital reconstruction algorithm to said acquired image, so as to determine at least one characteristic quantity (u, φ, ũ, k) of said light wave to which the matrix-array photodetector is exposed, at said position (x n,y n), at a plurality of what are called reconstruction distances (|z|) from said photodetector along said propagation axis; and - classifying the cell depending on a profile representing a variation in said characteristic quantity (u, φ, ũ, k) as a function of said distances along the propagation axis, this classification allowing the state of the cell to be determined from among preset states.
A switching apparatus for bidirectional operation with double break comprising a first contact point and a second contact point, an arc blow-out device associated to the contact points, and an arc quenching device also associated to the contact points, wherein the switching apparatus includes a first fixed contact with a first contact surface, a second fixed contact with a second contact surface and a contact bridge having a third contact surface and a fourth contact surface, wherein the first contact surface and the third contact surface define the first contact point, and wherein the second contact surface and the fourth contact surface define the second contact point, wherein the arc blow-out device includes at least a first permanent magnet for generating a first magnetic blow field and a second magnetic blow field wherein the first magnetic blow field and the second magnetic blow field are directed in opposite directions such that magnetic field lines of the first blow field extend opposite to magnetic field lines of the second magnetic field, wherein the first contact point is arranged in the first blow field, and the second contact point is arranged in the second blow field, so that both a first switching arc and a second switching arc, which are generated at the two contact points when the two contact points are opened are initially blown away from the respective contact point in the same direction due to the action of the respective blow field, the first switching arc thereby being driven by the fixed contact where it originated in one direction towards the respective other of the two fixed contacts, and the second switching arc thereby being driven by the fixed contact where it originated in one direction away from the respective other of the two fixed contacts, characterized in that the first magnetic blow field and the second magnetic blow field are directed in opposite directions such that the magnetic field lines of the first blow field extend directly opposite to the magnetic field lines of the second magnetic field, wherein the first fixed contact includes a first portion disposed within the first blow field and having the first contact surface and a second portion disposed within the second blow field, and wherein the second fixed contact includes a first portion disposed within the second blow field and having the second contact surface and a second portion disposed within the first blow field, wherein the first fixed contact, the second fixed contact and the contact bridge are configured and arranged with respect to the two blow fields in such a way that a root of the first switching arc jumps from the contact bridge to the second portion of the fixed contact to which the first switching arc is initially driven, so that the second switching arc is quenched, wherein the first switching arc is subsequently blown between the two fixed contacts (5, 6) into the arc quenching device due to the action of the respective blow field.
An ultra-violet, UV, light emitting diode, LED, based absorption detection system for capillary liquid chromatography, said system comprising: an LED for generating a UV light; a first lens for receiving and focusing the UV light from the LED; a band-pass filter for filtering the UV light from the first lens; a second lens for receiving and focusing the UV light from the band-pass filter; at least one slit for passing the UV light received from the second lens; a capillary column for receiving the UV light passed through the at least one slit; and a detector for receiving the UV light that has passed through the capillary column. an LED for generating a UV light; a first lens for receiving and focusing the UV light from the LED; a band-pass filter for filtering the UV light from the first lens; a second lens for receiving and focusing the UV light from the band-pass filter; at least one slit for passing the UV light received from the second lens; a capillary column for receiving the UV light passed through the at least one slit; and a detector for receiving the UV light that has passed through the capillary column.