mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing an article comprising one or more superposed layers each less than 5 centimetres thick, obtained by using a composition comprising a hydraulic binder and at least one compound chosen from: - an organic compound comprising at least two hydrophilic functions and a hydrophobic chain, chosen from the group consisting of succinic acid, sebacic acid, adipic acid, octanedioic acid, decanedioic acid, dodecanoic acid, brassylic acid and glutaric acid, and also the salts, derivatives and/or mixtures thereof, and - a polyamide oligomer comprising less than 20 repeating units obtained from adipic acid and hexamethylenediamine in non-stoichiometric proportions with an excess of adipic acid that may be up to 50%. - an organic compound comprising at least two hydrophilic functions and a hydrophobic chain, chosen from the group consisting of succinic acid, sebacic acid, adipic acid, octanedioic acid, decanedioic acid, dodecanoic acid, brassylic acid and glutaric acid, and also the salts, derivatives and/or mixtures thereof, and - a polyamide oligomer comprising less than 20 repeating units obtained from adipic acid and hexamethylenediamine in non-stoichiometric proportions with an excess of adipic acid that may be up to 50%.
A method for producing a laminated composite for a security and/or valuable document containing at least a first polymeric layer, a second polymeric layer, and a volume hologram to be laminated between the first polymeric layer and the second polymeric layer, and comprising the following steps: a) at least one side of the volume hologram or the side of the first polymeric layer facing the volume hologram is coated with an adhesive that is reactive, b) the first polymeric layer and the volume hologram are positioned relative to each other and are contacted with each other, c) the adhesive is cross-linked thermally or by means of light, and d) then the first and the second polymeric layers are laminated to each other, including the volume hologram, under the action of pressure and heat. a) at least one side of the volume hologram or the side of the first polymeric layer facing the volume hologram is coated with an adhesive that is reactive, b) the first polymeric layer and the volume hologram are positioned relative to each other and are contacted with each other, c) the adhesive is cross-linked thermally or by means of light, and d) then the first and the second polymeric layers are laminated to each other, including the volume hologram, under the action of pressure and heat.
A process for treating a hydrocarbon to reduce carboxylic acids concentration comprising admixing the hydrocarbon with an additive comprising a metallic overbase and a hydrogen transfer agent; wherein the metallic overbase is a magnesium carboxylate overbase; and wherein the hydrogen transfer agent is selected from the group consisting of: 1,2,3,4-tetrahydronaphthalene; 1,2,3,4-tetrahydroquinoline; 9, 10-dihydroanthracene; 9, 10-dihydrophenanthrene; and combinations thereof.
Operating element for an air diffuser in a vehicle, with a bearing portion which serves for the air-diffuser-side mounting of the operating element and has a receptacle, in particular for a slat of an air diffuser, and with a spring element which projects into the receptacle of the bearing portion, wherein the spring element is moulded integrally on the operating element, and the operating element has a bearing part on which the receptacle is provided, and also a holding part, characterized in that the spring element is moulded integrally on the holding part.
A method of polymerizing olefins comprising: (a) providing a multimodal catalyst system comprising a bisamide catalyst system and a non-bisamide catalyst system; (b) storing the multimodal catalyst system for at least 30 days at a controlled temperature of less than -9°C; (c) contacting the multimodal catalyst system with a monomer selected from the group consisting of C 2 to C 4 alpha olefins in a polymerization process; and (d) producing a multimodal polymer, wherein the catalyst is considered to be in storage from the time it is manufactured to the time it is injected into a polymerization system. (a) providing a multimodal catalyst system comprising a bisamide catalyst system and a non-bisamide catalyst system; (b) storing the multimodal catalyst system for at least 30 days at a controlled temperature of less than -9°C; (c) contacting the multimodal catalyst system with a monomer selected from the group consisting of C 2 to C 4 alpha olefins in a polymerization process; and (d) producing a multimodal polymer, wherein the catalyst is considered to be in storage from the time it is manufactured to the time it is injected into a polymerization system.
Battery connector actuation system for establishing and releasing an insertion connection of at least one battery-side connector unit and at least one vehicle-side connector unit in a vehicle, in particular an industrial truck, comprising: - a main body; - a first receiving unit for the at least one battery-side connector unit, which is movably guided on the main body in an insertion and removal direction; - a second receiving unit for the at least one vehicle-side connector unit, which is fixedly associated with the main body; - an actuating lever which is pivotably articulated on the main body; and - at least one driver element which is articulated to the actuating lever on one side and is movably guided on the main body on the other side; wherein the first receiving unit and the driver element are designed in such a way that when the actuating lever is pivoted at a force transmission point, a force is transmitted from the driver element to the first receiving unit, which causes a movement of the first receiving unit in the insertion or removal direction; characterised in that the force transmission point between the driver element and the first receiving unit in the insertion direction of the battery-side connector unit is located behind the insertion connection point of the two connector units, the first receiving unit having at least one hook element on the front face thereof in the insertion direction, which hook element is designed to engage with a counter element of the driver element, the engagement only being present in a predetermined pivot angle range of the actuating lever. - a main body; - a first receiving unit for the at least one battery-side connector unit, which is movably guided on the main body in an insertion and removal direction; - a second receiving unit for the at least one vehicle-side connector unit, which is fixedly associated with the main body; - an actuating lever which is pivotably articulated on the main body; and - at least one driver element which is articulated to the actuating lever on one side and is movably guided on the main body on the other side;
Polymer composite material which comprises high-tensile-strength fibres and at least one polymer binding the same, characterized in that at least a portion of the polymer composite material is composed of recycled and comminuted used polymer which has fibre reinforcement and which has been welded between layers made of at least one thermoplastic polymer, where at least one of the layers remains liquid-permeable after the welding procedure.
Apparatus for diverting objects, such as containers, bundles, packages, which are conveyed on a transport device, with a first transport device, on which the objects are transported in a single row, with a second transport device, which is arranged laterally of the first transport device, with a diverting device which is provided on one side of the transport device and by means of which an object to be diverted is diverted from the first transport device onto the second transport device, and with a railing which is provided on a side of the transport device opposite the diverting device, characterised by a device for generating an air jet, wherein the device for generating the air jet is configured such that the generated air jet is parallel to the railing and is blown along the inner side of the railing, and wherein the device for generating an air jet comprises at least one nozzle provided on the railing upstream of the diverting device. with a first transport device, on which the objects are transported in a single row, with a second transport device, which is arranged laterally of the first transport device, with a diverting device which is provided on one side of the transport device and by means of which an object to be diverted is diverted from the first transport device onto the second transport device, and with a railing which is provided on a side of the transport device opposite the diverting device, characterised by a device for generating an air jet, wherein the device for generating the air jet is configured such that the generated air jet is parallel to the railing and is blown along the inner side of the railing, and wherein the device for generating an air jet comprises at least one nozzle provided on the railing upstream of the diverting device.
A beam measurement reporting method, performed by a terminal, comprising: receiving measurement configuration information transmitted by a base station; performing beam measurement according to the measurement configuration information and determining a beam to be reported by using a beam measurement result determining threshold T carried in the measurement configuration information; and reporting a measurement report to the base station, wherein the measurement report carries information of the beam to be reported, characterized in that wherein determining the beam to be reported by using the beam measurement result determining threshold T carried in the measurement configuration information comprises: when none of measurement results of a plurality of beams is greater than the threshold T, determining a beam corresponding to a best measurement result of current measurement as the beam to be reported; and when the measurement results of the plurality of beams include measurement results greater than the threshold T, determining the beam to be reported from among beams whose measurement results are greater than the threshold T. receiving measurement configuration information transmitted by a base station; performing beam measurement according to the measurement configuration information and determining a beam to be reported by using a beam measurement result determining threshold T carried in the measurement configuration information; and reporting a measurement report to the base station, wherein the measurement report carries information of the beam to be reported, characterized in that wherein determining the beam to be reported by using the beam measurement result determining threshold T carried in the measurement configuration information comprises: when none of measurement results of a plurality of beams is greater than the threshold T, determining a beam corresponding to a best measurement result of current measurement as the beam to be reported; and when the measurement results of the plurality of beams include measurement results greater than the threshold T, determining the beam to be reported from among beams whose measurement results are greater than the threshold T. when none of measurement results of a plurality of beams is greater than the threshold T, determining a beam corresponding to a best measurement result of current measurement as the beam to be reported; and when the measurement results of the plurality of beams include measurement results greater than the threshold T, determining the beam to be reported from among beams whose measurement results are greater than the threshold T.
A spray pipe assembly, comprising a pipe body and a flushing device removably mounted at a front end of the pipe body; a mounting channel for mounting a water pipe is provided in the pipe body; the flushing device comprises a device main body having a mounting cavity, a flushing nozzle for flushing a human body and a flushing spray head for flushing a toilet cavity; the flushing nozzle is at least partially mounted in the mounting cavity, the flushing nozzle has a spray hole facing upward; the flushing spray head is connected with the device main body, the flushing spray head has a spray head facing downward; a spray hole water supply channel and a spray head water supply channel are independent to each other and formed between the flushing nozzle and a wall of the mounting cavity; an inlet of the spray hole water supply channel and an inlet of the spray head water supply channel are located in the mounting channel. a mounting channel for mounting a water pipe is provided in the pipe body; the flushing device comprises a device main body having a mounting cavity, a flushing nozzle for flushing a human body and a flushing spray head for flushing a toilet cavity; the flushing nozzle is at least partially mounted in the mounting cavity, the flushing nozzle has a spray hole facing upward; the flushing spray head is connected with the device main body, the flushing spray head has a spray head facing downward; a spray hole water supply channel and a spray head water supply channel are independent to each other and formed between the flushing nozzle and a wall of the mounting cavity; an inlet of the spray hole water supply channel and an inlet of the spray head water supply channel are located in the mounting channel.
A composition for causing alteration of the stigma papillary cells of horticultural plants and/or fruit trees and thereby preventing the formation of seeds in the fruit of said horticultural plants and/or fruit trees, said composition comprising sulphur in the form of an octatomic molecule (S 8), a surfactant and a plant hormone.
Guide bar drive for a knitting machine having a driven transmission link comprising an output section and a body which is supported in a body bearing (4, 5), wherein the transmission link is driven by drive forces acting along a drive axis and the output section is laterally offset to the drive axis, wherein the output section has at least one bearing which is separate from the body bearing and forms an anti-tilt device, and at least two transmission links each having an output section, wherein the output sections are arranged adjacent, characterized in that the at least two transmission links support each other in a direction that is oriented from the support to the output section.
Device for producing three-dimensional components (18, 18') from fibre-reinforced thermoplastic material, starting from impregnated fibre tapes, comprising - a plurality of grippers (1, 1', 1") arranged beside one another for gripping fibre tapes impregnated with matrix material, wherein the grippers (1, 1', 1") can be displaced linearly on mutually parallel paths, in each case between a pick-up position and a maximum position, so that the fibre tapes can be tensioned between the grippers (1, 1', 1") and respectively associated transfer devices (2, 2', 2"), - a rotatable table (3, 3', 3"), on which the fibre tapes can be laid in a first and at least in one further layer (13, 14), - a severing device, which can sever the fibre tapes close to the transfer device (2, 2', 2"), - a heating unit for heating the layers (12, 13, 14) to 160° to 400°C, - a first moulding tool (8, 8') and one or more further moulding tools (9, 9'), which can be moved together such that they mould the layers (12, 13, 14) three-dimensionally, - and a transport device, which can transport the still hot layers (12, 13, 14) between the moulding tools (8, 8', 9, 9'). - a plurality of grippers (1, 1', 1") arranged beside one another for gripping fibre tapes impregnated with matrix material, wherein the grippers (1, 1', 1") can be displaced linearly on mutually parallel paths, in each case between a pick-up position and a maximum position, so that the fibre tapes can be tensioned between the grippers (1, 1', 1") and respectively associated transfer devices (2, 2', 2"), - a rotatable table (3, 3', 3"), on which the fibre tapes can be laid in a first and at least in one further layer (13, 14), - a severing device, which can sever the fibre tapes close to the transfer device (2, 2', 2"), - a heating unit for heating the layers (12, 13, 14) to 160° to 400°C, - a first moulding tool (8, 8') and one or more further moulding tools (9, 9'), which can be moved together such that they mould the layers (12, 13, 14) three-dimensionally, - and a transport device, which can transport the still hot layers (12, 13, 14) between the moulding tools (8, 8', 9, 9').
A customized article having a graphic applied thereto, comprising: an exterior surface of a polyurethane layer including a graphic created by a pigment arrangement; the graphic disposed between the exterior surface of the polyurethane layer and a film transfer layer; the film transfer layer being larger in surface area than the graphic and encompassing the graphic; the film transfer layer having a central portion corresponding with the graphic and having a peripheral portion disposed outward from the central portion; the peripheral portion of the film transfer layer being bonded to the exterior surface of the polyurethane layer; wherein the peripheral portion of the film transfer layer stays fixed to the exterior surface of the polyurethane layer; and wherein the customized article is a ball. an exterior surface of a polyurethane layer including a graphic created by a pigment arrangement; the graphic disposed between the exterior surface of the polyurethane layer and a film transfer layer; the film transfer layer being larger in surface area than the graphic and encompassing the graphic; the film transfer layer having a central portion corresponding with the graphic and having a peripheral portion disposed outward from the central portion; the peripheral portion of the film transfer layer being bonded to the exterior surface of the polyurethane layer; wherein the peripheral portion of the film transfer layer stays fixed to the exterior surface of the polyurethane layer; and wherein the customized article is a ball.
An image recognition method comprising: an extracting step of extracting a partial image from an input image; a discriminating step of discriminating based on the extracted partial image, an orientation of an object a part of which is included in the extracted partial image and a result of matching between the positions of the partial image and a reference partial image, using a discriminator which has learned for a plurality of partial learning images, said orientation of the object and said result, thereby obtaining a number of orientation classes, wherein the discrimination step is executed by using one or a plurality of classification trees in which terminal nodes encode sets of orientation classes and positions of partial images; a voting step in which a vote is performed to the discriminated orientation and position for each extracted partial image according to the obtained orientation classes; a collecting step of collecting voting results obtained by repeating the extracting step, the discriminating step, and the voting step; and an identifying step of identifying a position of the object in the input image and an orientation of the object, based on a collection result in the collecting step. an extracting step of extracting a partial image from an input image; a discriminating step of discriminating based on the extracted partial image, an orientation of an object a part of which is included in the extracted partial image and a result of matching between the positions of the partial image and a reference partial image, using a discriminator which has learned for a plurality of partial learning images, said orientation of the object and said result, thereby obtaining a number of orientation classes, wherein the discrimination step is executed by using one or a plurality of classification trees in which terminal nodes encode sets of orientation classes and positions of partial images; a voting step in which a vote is performed to the discriminated orientation and position for each extracted partial image according to the obtained orientation classes; a collecting step of collecting voting results obtained by repeating the extracting step, the discriminating step, and the voting step; and an identifying step of identifying a position of the object in the input image and an orientation of the object, based on a collection result in the collecting step.
A seamless steel pipe, comprising: a steel composition comprising: 0.05 wt. % to 0.16 wt. % carbon; 0.20 wt. % to 0.90 wt. % manganese; 0.10 wt. % to 0.50 wt. % silicon; 1.20 wt. % to 2.60 wt. % chromium; 0.05 wt. % to 0.50 wt. % nickel; 0.80 wt. % to 1.20 wt. % molybdenum; 0.005 wt. % to 0.12 wt. % vanadium 0.008 wt. % to 0.04 wt. % aluminum; 0.0030 wt. % to 0.0120 wt. % nitrogen; 0.0010 wt. % to 0.005 wt. % calcium; 0 to 0.80 wt. % tungsten; 0 to 0.030 wt. % niobium; 0 to 0.020 wt. % titanium; 0 to 0.0020 wt. % boron; 0 to 0.030 wt. % zirconium; 0 to 0.030 wt. % tantalum; the remainder of the composition comprising iron and impurities; wherein the wall thickness of the steel pipe is greater than or equal to 8 mm and less than or equal to 35 mm; and wherein the steel pipe has a yield strength greater than or equal to 550 MPa (80 ksi) and has a Charpy V-notch energy greater or equal to 100 J/cm 2 at -70°C; wherein the microstructure of the steel pipe consists of martensite in a volume percentage greater than or equal to 60 % and lower bainite in a volume percentage less than or equal to 40 %, and wherein the packet size is less than or equal to 6 μm. 0.05 wt. % to 0.16 wt. % carbon; 0.20 wt. % to 0.90 wt. % manganese; 0.10 wt. % to 0.50 wt. % silicon; 1.20 wt. % to 2.60 wt. % chromium; 0.05 wt. % to 0.50 wt. % nickel; 0.80 wt. % to 1.20 wt. % molybdenum; 0.005 wt. % to 0.12 wt. % vanadium 0.008 wt. % to 0.04 wt. % aluminum; 0.0030 wt. % to 0.0120 wt. % nitrogen; 0.0010 wt. % to 0.005 wt. % calcium; 0 to 0.80 wt. % tungsten; 0 to 0.030 wt. % niobium; 0 to 0.020 wt. % titanium; 0 to 0.0020 wt. % boron; 0 to 0.030 wt. % zirconium; 0 to 0.030 wt. % tantalum; the remainder of the composition comprising iron and impurities; wherein the wall thickness of the steel pipe is greater than or equal to 8 mm and less than or equal to 35 mm; and wherein the steel pipe has a yield strength greater than or equal to 550 MPa (80 ksi) and has a Charpy V-notch energy greater or equal to 100 J/cm 2 at -70°C; wherein the microstructure of the steel pipe consists of martensite in a volume percentage greater than or equal to 60 % and lower bainite in a volume percentage less than or equal to 40 %, and wherein the packet size is less than or equal to 6 μm.
A fluid pump for conveying fluids comprising a housing having an inlet opening for receiving the fluid, an outlet opening for discharging the fluid and enclosing an impeller rotating inside the housing to pump the fluid from the inlet opening to the outlet opening and a motor assembly to drive the impeller, wherein the housing is shaped to establish a single turn volute of 360° turn angle providing a first conveying channel located peripherally around the impeller from a fluid entry point at 0° turn angle to a fluid exit point at 360° turn angle of the single turn volute being connected to the outlet opening, where the first conveying channel has a first cross section area in radial direction perpendicular to the rotational plane of the impeller, where a size of the first cross section area increases as a monotonic increasing function of the turn angle between entry point and exit point, characterized in that the monotonic increasing function has a concave shape in a first turn angle interval from a first turn angle to the 360° turn angle at the exit point with an average slope being smaller than the average slope in a second turn angel interval between 0° turn angle and the first turn angle to increase a velocity of the conveyed fluid at least in an area of the first conveying channel assigned to the first turn angle interval.