mhurhangee/patent-ind-claim-en huggingface dataset:
A processing device , comprising: a housing ; a processing unit disposed inside the housing; a cover member configured to cover openably and closeably an opening located at an upper wall of the housing; a near field communication sensor disposed at the housing; a tray member overlapping the opening from outside the housing, detachably disposed at the housing, and holding the near field communication sensor so that the near field communication sensor is disposed inside the housing, wherein the processing unit is exposed to an exterior of the housing through the opening, the near field communication sensor held by the tray member is, with the opening closed by the cover member, located between the opening surface and the cover member in an orthogonal direction (Z) orthogonal to an opening surface of the opening, characterized in that with the cover member closed, an outer surface of the cover member, and a region of an upper surface of the housing other than the cover member are flush, and the near field communication sensor is attached to an inner surface of the cover member facing the opening. a housing ; a processing unit disposed inside the housing; a cover member configured to cover openably and closeably an opening located at an upper wall of the housing; a near field communication sensor disposed at the housing; a tray member overlapping the opening from outside the housing, detachably disposed at the housing, and holding the near field communication sensor so that the near field communication sensor is disposed inside the housing, wherein the processing unit is exposed to an exterior of the housing through the opening, the near field communication sensor held by the tray member is, with the opening closed by the cover member, located between the opening surface and the cover member in an orthogonal direction (Z) orthogonal to an opening surface of the opening, characterized in that with the cover member closed, an outer surface of the cover member, and a region of an upper surface of the housing other than the cover member are flush, and the near field communication sensor is attached to an inner surface of the cover member facing the opening.
A block copolymer at least comprising (i) a block (P1) obtained or obtainable by reacting (a) a triblock copolymer having the structure A-B-A', where block B is selected from polyethers or polyesters and blocks A and A' are identical or different, and (b) at least one polymer (PM) selected from the group consisting of polyesters and polyethers, (ii) and a block (P2) selected from the group consisting of polyamides and polyesters. (i) a block (P1) obtained or obtainable by reacting (a) a triblock copolymer having the structure A-B-A', where block B is selected from polyethers or polyesters and blocks A and A' are identical or different, and (b) at least one polymer (PM) selected from the group consisting of polyesters and polyethers, (a) a triblock copolymer having the structure A-B-A', where block B is selected from polyethers or polyesters and blocks A and A' are identical or different, and (b) at least one polymer (PM) selected from the group consisting of polyesters and polyethers, (ii) and a block (P2) selected from the group consisting of polyamides and polyesters.
Treatment device for treating food products with conditioned air, comprising a housing with a product inlet and a product outlet , which housing defines at least one treatment chamber , a helical conveyor comprising a drum and an endless conveyor belt which is guided in a helical path having windings around the drum and has a partially open surface for carrying the products for conveying the products in a helical conveying path within and through the treatment chamber from the product inlet to the product outlet, wherein a spiral formed by the helical conveyor belt has a circumference, air-circulation means for causing an air stream to flow through the treatment chamber, which air-circulation means comprise an air-circulation passage having an open entry side which extends over part of said circumference of the spiral formed by the helical conveyor belt and comprises a fan that is arranged in said air-circulation passage , wherein the air-circulation passage has a discharge side that is in communication with an interior of the drum so that, during operation, conditioned air is distributed from a circumference of the drum over the windings of the helical conveyor, and air-conditioning means for conditioning the air stream, which air-conditioning means at least comprise heating means and moisture-feed means , characterized in that the treatment device also is provided with controllable air-discharge means for discharging air from the treatment device, which air discharge means comprise an air-discharge passage connected to the air-circulation passage downstream of the fan in said air-circulation passage and embodied to discharge air from the treatment device, in which discharge passage there is a controllable flap , wherein the moisture-feed means are arranged downstream of the connection of the air-discharge passage to the air-circulation passage , and with a control device for controlling the moisture content of the conditioned air in the treatment chamber to within a range defined by a predetermined lower limit and upper limit, comprising a measurement device for measuring at least one physical variable related to the moisture content, which measurement device is arranged in the air-circulation passage at a position downstream of the connection with the air-discharge passage, which measurement device is connected to a control unit for controlling the moisture-feed means and the controllable flap of the air-discharge means on the basis of a signal originating from the measurement device, which control unit is connected to the moisture-feed means and the controllable flap of the air-discharge means , wherein in the control unit , a signal originating from the measurement device is compared with said range for the moisture content of the conditioned air, and wherein, depending on the result of this comparison, if desired moisture is introduced by actuating the moisture feed means or moisture is discharged by opening the flap .
Horizontal bar for horizontally connecting two scaffold posts of a scaffold , comprising a center part extending in the direction of the longitudinal axis L of the horizontal bar and two heads formed on each end of the center part , the heads being provided to each interlock with an interlocking region of one of the scaffold posts , characterized in that at least one of the heads is formed as a deep-drawn part and the center part and at least one of the heads are produced together in one piece from a bent sheet metal piece .
A composition comprising: dimethyl carbonate (DMC), and dimethyl sulfoxide (DMSO), xylene or xylene containing mixture of isomers and ethyl benzene, and a corrosion inhibitor, wherein the composition removes paint and has a flash point at or above 21°C (70 degrees Fahrenheit). dimethyl carbonate (DMC), and dimethyl sulfoxide (DMSO), xylene or xylene containing mixture of isomers and ethyl benzene, and a corrosion inhibitor, wherein the composition removes paint and has a flash point at or above 21°C (70 degrees Fahrenheit).
A method of encoding a point cloud to generate a bitstream of compressed point cloud data representing a three-dimensional location of an object, the point cloud being located within a volumetric space recursively split into sub-volumes and containing points of the point cloud, wherein a volume is partitioned into a first set of child sub-volumes and a second set of child sub-volumes, the first set of child sub-volumes being positioned in a first plane and the second set of child sub-volumes being positioned in a second plane parallel to the first plane, and wherein an occupancy bit associated with each respective child sub-volume indicates whether that respective child sub-volume contains at least one of the points, both the first plane and the second plane being orthogonal to an axis, characterized by determining whether the volume is planar based on whether all child sub-volumes containing at least one point are positioned in either the first set or the second set; entropy encoding in the bitstream a planar mode flag to signal whether the volume is planar, wherein entropy encoding includes determining a context for coding the planar mode flag based, in part, on one or more of: (a) whether a parent volume containing the volume is planar in occupancy, (b) occupancy of a neighbouring volume at a parent depth, the neighbouring volume being adjacent the volume and having a face in common with the parent volume, or (c) a distance between the volume and a closest already-coded occupied volume at a same depth as the volume and having a same position on the axis as the volume; encoding occupancy bits for at least some of the child sub-volumes; and outputting the bitstream of compressed point cloud data. determining whether the volume is planar based on whether all child sub-volumes containing at least one point are positioned in either the first set or the second set; entropy encoding in the bitstream a planar mode flag to signal whether the volume is planar, wherein entropy encoding includes determining a context for coding the planar mode flag based, in part, on one or more of: (a) whether a parent volume containing the volume is planar in occupancy, (b) occupancy of a neighbouring volume at a parent depth, the neighbouring volume being adjacent the volume and having a face in common with the parent volume, or (c) a distance between the volume and a closest already-coded occupied volume at a same depth as the volume and having a same position on the axis as the volume; (a) whether a parent volume containing the volume is planar in occupancy, (b) occupancy of a neighbouring volume at a parent depth, the neighbouring volume being adjacent the volume and having a face in common with the parent volume, or (c) a distance between the volume and a closest already-coded occupied volume at a same depth as the volume and having a same position on the axis as the volume; encoding occupancy bits for at least some of the child sub-volumes; and outputting the bitstream of compressed point cloud data.
A polymer comprising: at least one antiseptic/analgesic/anti-inflammatory monomeric unit comprising a methacrylic ester derivative of salicylic acid selected from 5-HMA, 4-HMA, or a combination thereof; a water soluble monomeric unit in the form of a hydrophilic ethylene glycol (OEGMA) moiety; a mechanical strength-conferring monomeric unit in the form of polylactide-co-2-hydroxy-ethylmethyl acrylate (PLA/HEMA); a protein.polysaccharide-reactive monomeric unit in the form of an N-acryloxysuccinimide (NAS) moiety; and a thermosetting monomeric unit in the form of an N-isopropyl acrylamide (NIPAAm) moiety. at least one antiseptic/analgesic/anti-inflammatory monomeric unit comprising a methacrylic ester derivative of salicylic acid selected from 5-HMA, 4-HMA, or a combination thereof; a water soluble monomeric unit in the form of a hydrophilic ethylene glycol (OEGMA) moiety; a mechanical strength-conferring monomeric unit in the form of polylactide-co-2-hydroxy-ethylmethyl acrylate (PLA/HEMA); a protein.polysaccharide-reactive monomeric unit in the form of an N-acryloxysuccinimide (NAS) moiety; and a thermosetting monomeric unit in the form of an N-isopropyl acrylamide (NIPAAm) moiety.
A method for loading a matrix into an accelerator , the method comprising: an augmented direct memory access controller : reading a matrix, in a data stream, from a first memory associated with a system processor ; sending the matrix, in the data stream, to a second memory associated with an accelerator ; extracting individual matrix elements from the data stream as the data stream is being sent to the second memory ; and analyzing the extracted individual matrix elements to determine if the matrix is any of a plurality of tested matrix class types as the data stream is being sent to the second memory . reading a matrix, in a data stream, from a first memory associated with a system processor ; sending the matrix, in the data stream, to a second memory associated with an accelerator ; extracting individual matrix elements from the data stream as the data stream is being sent to the second memory ; and analyzing the extracted individual matrix elements to determine if the matrix is any of a plurality of tested matrix class types as the data stream is being sent to the second memory .
A method for preserving wood; said method comprising contacting wood with a wood treatment composition comprising: (a) a polyurethane polymer comprising the reaction product of a polyol and an isocyanate in a non-aqueous solvent, wherein the isocyanate is selected from methylene bis(4-cyclohexylisocyanate) (MCI), methylene bis(4-phenylisocyanate) (MDI), hexamethylene diisocyanate (HDI), isophorone diisocyanate (IPDI) and toluene diisocyanate (TDI) and combinations thereof, and wherein the polyol is 100 wt% poly-butylene oxide, 6 to 99.99 wt% poly-butylene oxide + 0.01 to 94 wt% polypropylene oxide, or 83 to 99.99 wt% poly-butylene oxide + 0.01-17 wt% poly-tetrahydrofuran; (b) at least one organic solvent which is diesel, wherein diesel is the fractional distillation of crude oil between 200 °C and 350 °C at atmospheric pressure, resulting in a mixture of carbon chains that contain between 8 and 21 carbon atoms per molecule; and (c) at least one wood preservative selected from among halogenated isothiazolinone biocides, halogenated carbamate fungicides and azole fungicides; and further wherein the isocyanate to polyol molar ratio of the polyurethane polymers is from less than 4 to greater than or equal to 0.5, and the polyurethane is capped with a monoamine or monoalcohol. (a) a polyurethane polymer comprising the reaction product of a polyol and an isocyanate in a non-aqueous solvent, wherein the isocyanate is selected from methylene bis(4-cyclohexylisocyanate) (MCI), methylene bis(4-phenylisocyanate) (MDI), hexamethylene diisocyanate (HDI), isophorone diisocyanate (IPDI) and toluene diisocyanate (TDI) and combinations thereof, and wherein the polyol is 100 wt% poly-butylene oxide, 6 to 99.99 wt% poly-butylene oxide + 0.01 to 94 wt% polypropylene oxide, or 83 to 99.99 wt% poly-butylene oxide + 0.01-17 wt% poly-tetrahydrofuran; wherein the isocyanate is selected from methylene bis(4-cyclohexylisocyanate) (MCI), methylene bis(4-phenylisocyanate) (MDI), hexamethylene diisocyanate (HDI), isophorone diisocyanate (IPDI) and toluene diisocyanate (TDI) and combinations thereof, and wherein the polyol is 100 wt% poly-butylene oxide, 6 to 99.99 wt% poly-butylene oxide + 0.01 to 94 wt% polypropylene oxide, or 83 to 99.99 wt% poly-butylene oxide + 0.01-17 wt% poly-tetrahydrofuran; (b) at least one organic solvent which is diesel, wherein diesel is the fractional distillation of crude oil between 200 °C and 350 °C at atmospheric pressure, resulting in a mixture of carbon chains that contain between 8 and 21 carbon atoms per molecule; and (c) at least one wood preservative selected from among halogenated isothiazolinone biocides, halogenated carbamate fungicides and azole fungicides; and
A downhole tool , for removing sections of metal tubing, comprising: - at least one conductive element being arranged to corrode a section of metal tubing using an electrolytic process, said conductive element being a tube or pipe, which is made of electric conductive material, such as steel, stainless steel, aluminum, copper, titanium or graphite, - an apparatus to establish a connection to the metal tubing , and - a milling apparatus with cutting or abrasive elements arranged to remove byproducts from the electrolytic process, - characterized in that said conductive element is shaped to control the acceleration of corrosion at different positions of the metal tubing with patterns to optimize the ratio between the metal tubing and the conductive element areas, in that the tube or pipe comprises longitudinal grooves or helical grooves , or combinations thereof. - at least one conductive element being arranged to corrode a section of metal tubing using an electrolytic process, said conductive element being a tube or pipe, which is made of electric conductive material, such as steel, stainless steel, aluminum, copper, titanium or graphite, - an apparatus to establish a connection to the metal tubing , and - a milling apparatus with cutting or abrasive elements arranged to remove byproducts from the electrolytic process, - characterized in that said conductive element is shaped to control the acceleration of corrosion at different positions of the metal tubing with patterns to optimize the ratio between the metal tubing and the conductive element areas, in that the tube or pipe comprises longitudinal grooves or helical grooves , or combinations thereof.
A method of retrofitting a control system for an underwater hydrocarbon extraction facility with a safety node , the control system comprising a subsea control module operably connected to a valve in an underwater hydrocarbon extraction facility through a hydraulic line , the safety node comprising: a hydraulic input ; a hydraulic output ; a directional control valve disposed between the hydraulic input and the hydraulic output ; and a functional safety electronics module containing a logic solver in operable communication with the directional control valve ; wherein the logic solver is configured to operate the directional control valve to permit hydraulic communication between the hydraulic input and the hydraulic output in response to the presence of a given condition, wherein the given condition is a range of temperatures or a range of pressures, and inhibit hydraulic communication between the hydraulic input and the hydraulic output in response to the absence of the given condition, the method comprising the steps of: disconnecting the hydraulic line from the valve ; connecting the hydraulic line to the hydraulic input of the safety node ; and connecting the hydraulic output to the valve . a hydraulic input ; a hydraulic output ; a directional control valve disposed between the hydraulic input and the hydraulic output ; and a functional safety electronics module containing a logic solver in operable communication with the directional control valve ; wherein the logic solver is configured to operate the directional control valve to permit hydraulic communication between the hydraulic input and the hydraulic output in response to the presence of a given condition, wherein the given condition is a range of temperatures or a range of pressures, and inhibit hydraulic communication between the hydraulic input and the hydraulic output in response to the absence of the given condition, the method comprising the steps of: disconnecting the hydraulic line from the valve ; connecting the hydraulic line to the hydraulic input of the safety node ; and connecting the hydraulic output to the valve . disconnecting the hydraulic line from the valve ; connecting the hydraulic line to the hydraulic input of the safety node ; and connecting the hydraulic output to the valve .
An authentication system based on a service-based architecture, wherein the authentication system comprises a first control network element that belongs to a first public land mobile network, PLMN, a first network function, NF, network element that belongs to the first PLMN, a second control network element that belongs to a second PLMN, and a second NF network element that belongs to the second PLMN; the second control network element is configured to perform, based on a key, a preset algorithm on an identifier of a first NF network element, an identifier of the second control network element, a service identifier of a service requested by the first NF network element, an identifier of the first PLMN and an identifier of the second PLMN to obtain a security parameter; the second control network element is further configured to send the security parameter to a first control network element; the first control network element is configured to receive the security parameter, and send the security parameter to the first NF network element; the first NF network element is configured to receive the security parameter, and send the security parameter to the second NF network element; and the second NF network element is configured to receive the security parameter, and verify correctness of the security parameter; and when it is verified that the security parameter is correct, permit the first NF network element to access the second NF network element.
An energy conversion device using a liquid comprising: a first electrode substrate having a concave portion wherein an ionic liquid, a conductive liquid or water is stored; and a second electrode substrate having a convex portion corresponding to the concave portion and facing the first electrode substrate ; wherein a gap between the electrode substrates is configured to be changed by an external physical force, and a surface of the second electrode substrate which is in contact with the ionic liquid, conductive liquid or water includes an energy conversion layer configured to generate electrical energy in accordance with a change in the gap, wherein the surface of the convex portion of the second electrode substrate has side portions and a lower surface, characterized in that the energy conversion layer is formed on the lower surface and not formed on the side portions of the second electrode substrate . a first electrode substrate having a concave portion wherein an ionic liquid, a conductive liquid or water is stored; and a second electrode substrate having a convex portion corresponding to the concave portion and facing the first electrode substrate ; wherein a gap between the electrode substrates is configured to be changed by an external physical force, and a surface of the second electrode substrate which is in contact with the ionic liquid, conductive liquid or water includes an energy conversion layer configured to generate electrical energy in accordance with a change in the gap, wherein the surface of the convex portion of the second electrode substrate has side portions and a lower surface, characterized in that the energy conversion layer is formed on the lower surface and not formed on the side portions of the second electrode substrate .
A method for splitting of plate-shaped objects made of brittle materials, in which the object is first placed under mechanical load in order to generate a directed stress perpendicular to at least one predetermined breaking line, along which the splitting is to take place, and is then mechanically weakened or thermally loaded during the mechanical loading along the predetermined breaking line, until the object breaks along the predetermined breaking line, wherein the object is pressed against a uniformly curved contact surface over a large area in order to generate the directed tension evenly over a relatively large area of the object , characterized in that the object is split into multiple strips along a plurality of parallel predetermined breaking lines during the mechanical loading. wherein the object is pressed against a uniformly curved contact surface over a large area in order to generate the directed tension evenly over a relatively large area of the object , characterized in that the object is split into multiple strips along a plurality of parallel predetermined breaking lines during the mechanical loading.