mhurhangee/ep-ind-claims huggingface dataset:
A bicycle rim (14; 114) comprising: an annular tire mounting part (20; 120); an annular spoke mounting part (22; 122) including a plurality of spoke openings (22a; 122a) disposed at predetermined locations along a circumferential direction of the annular spoke mounting part (22; 122), the spoke mounting part extending from the annular tire mounting part (20; 120) to define an interior space (44; 144) with a predetermined interior shape; at least one spoke attachment member (26; 126) that is disposed in the interior space (44; 144); and an orientation maintaining structure having a predetermined configuration that is dimensioned with respect to the predetermined interior shape of the interior space (44; 144) to form an orientation maintaining arrangement (50; 150) such that the spoke attachment member (26; 126) is slidably disposed within the interior space (44; 144) in a circumferential direction of the bicycle rim (14; 114) to selectively align with one of the spoke openings (22a; 122a) while also maintaining an orientation of the spoke attachment member (26; 126) within the interior space (44; 144) to align with the one of the spoke openings, characterized in that the orientation maintaining structure (50, 150) includes at least one interior rail disposed on the annular spoke mounting part (22; 122) and projecting into the interior space (44; 144), and the spoke attachment member (26; 126) is slidably engaged with the interior rail to slide in the longitudinal direction of the interior space (44; 144) while the interior rail also engages the spoke attachment member (26; 126) to maintain the orientation of the spoke attachment member (26; 126) within the interior space (44; 144). an annular tire mounting part (20; 120); an annular spoke mounting part (22; 122) including a plurality of spoke openings (22a; 122a) disposed at predetermined locations along a circumferential direction of the annular spoke mounting part (22; 122), the spoke mounting part extending from the annular tire mounting part (20; 120) to define an interior space (44; 144) with a predetermined interior shape; at least one spoke attachment member (26; 126) that is disposed in the interior space (44; 144); and spoke mounting part (22; 122) and projecting into the interior space (44; 144), and the spoke attachment member (26; 126) is slidably engaged with the interior rail to slide in the longitudinal direction of the interior space (44; 144) while the interior rail also engages the spoke attachment member (26; 126) to maintain the orientation of the spoke attachment member (26; 126) within the interior space (44; 144).
A method of welding together a plurality of pieces of metal (916a, 916b) at a joint between the pieces of metal, comprising: directing a laser beam from a laser against a first side of the joint, simultaneously directing a first arc from a first arc welder against the first side of the joint to produce a first arc-created molten metal pool that joins with the laser-created molten metal pool to form a joined first-side molten metal pool; and simultaneously directing a second arc from a second arc welder against the second side of the joint to produce a second arc-created molten metal pool adjacent the second side, characterized in that the laser beam; produces a keyhole surrounded by a laser-created molten metal pool which extends from the first side generally toward a second side of the joint, in that the laser beam is directed such that the keyhole extends to the second arc-created molten metal pool, and in that the second arc-created molten metal pool is joined by the keyhole with the joined first-side molten metal pool to create a common molten metal pool which solidifies to form a weld extending through the joint from the first side to the second side, so that the common molten metal pool provides stabilization to both the first arc and the second arc. directing a laser beam from a laser against a first side of the joint, simultaneously directing a first arc from a first arc welder against the first side of the joint to produce a first arc-created molten metal pool that joins with the laser-created molten metal pool to form a joined first-side molten metal pool; and simultaneously directing a second arc from a second arc welder against the second side of the joint to produce a second arc-created molten metal pool adjacent the second side, characterized in that the laser beam; produces a keyhole surrounded by a laser-created molten metal pool which extends from the first side generally toward a second side of the joint, in that the laser beam is directed such that the keyhole extends to the second arc-created molten metal pool, and in that the second arc-created molten metal pool is joined by the keyhole with the joined first-side molten metal pool to create a common molten metal pool which solidifies to form a weld extending through the joint from the first side to the second side, so that the common molten metal pool provides stabilization to both the first arc and the second arc.
A marking system comprising: a first image applying component associated with a first irradiation device and a second image applying component associated with a second irradiation device, each image applying component being configured to apply a marking material to a substrate in forming an image on the substrate, the marking material comprising a radiation sensitive material; each of the first and second irradiation device providing an addressable irradiation device which receives the marked substrate from the dedicated image applying component, each of the first and second irradiation device providing an array of addressable irradiation elements for irradiating the marked substrate, at least some of the irradiation elements being selectively actuable, each of the first and second irradiation device emitting radiation within a range of wavelengths to which the radiation sensitive material is sensitive; a secondary irradiation device for receiving marked and irradiated substrates from the first and second irradiation devices; and a control system in communication with the secondary irradiation device, the control system determining an appropriate secondary irradiation treatment to reduce a variation in appearance between substrates irradiated by the first irradiation device and substrates irradiated by the second irradiation device. a first image applying component associated with a first irradiation device and a second image applying component associated with a second irradiation device, each image applying component being configured to apply a marking material to a substrate in forming an image on the substrate, the marking material comprising a radiation sensitive material; each of the first and second irradiation device providing an addressable irradiation device which receives the marked substrate from the dedicated image applying component, each of the first and second irradiation device providing an array of addressable irradiation elements for irradiating the marked substrate, at least some of the irradiation elements being selectively actuable, each of the first and second irradiation device emitting radiation within a range of wavelengths to which the radiation sensitive material is sensitive; a secondary irradiation device for receiving marked and irradiated substrates from the first and second irradiation devices; and a control system in communication with the secondary irradiation device, the control system determining an appropriate secondary irradiation treatment to reduce a variation in appearance between substrates irradiated by the first irradiation device and substrates irradiated by the second irradiation device.
Device (100, 100', 100") for taking a liquid in a container, characterised in that it comprises: - a housing having a longitudinal axis; - a component (20, 20', 20") comprising: • a body equipped with at least one channel with a proximal end and a distal end; • a receptacle, attached with respect to the body, and situated in the extension of the proximal end of said at least one channel, said component (20, 20' 20") being rotatably mounted with respect to the housing about the longitudinal axis of this housing between a closed position wherein the distal end of said at least one channel is closed by the housing and an open position wherein the distal end of said at least one channel is capable of establishing a fluid communication with the container; and - an elastic valve housed in the receptacle. - a housing having a longitudinal axis; - a component (20, 20', 20") comprising: • a body equipped with at least one channel with a proximal end and a distal end; • a receptacle, attached with respect to the body, and situated in the extension of the proximal end of said at least one channel, said component (20, 20' 20") being rotatably mounted with respect to the housing about the longitudinal axis of this housing between a closed position wherein the distal end of said at least one channel is closed by the housing and an open position wherein the distal end of said at least one channel is capable of establishing a fluid communication with the container; and • a body equipped with at least one channel with a proximal end and a distal end; • a receptacle, attached with respect to the body, and situated in the extension of the proximal end of said at least one channel, - an elastic valve housed in the receptacle.
An initiator injection device for a tubular polymerization reactor, the initiator injection device comprising a constriction in the direction of process fluid flow of the reactor, the constriction comprising a region of traversal section reduction, a region of traversal section expansion, a throat at the constriction midpoint, and a tubular through-bayonet extending along the whole diameter of the throat, wherein the through-bayonet comprises at least one injection orifice along the throat of the constriction, wherein the at least one injection orifice is oriented downstream relatively to the process fluid flow direction of the reactor.
An electrostatic particle accelerator comprising: an assembly comprising a motor and support plate; an acceleration tube comprising: an ion source, an extraction assembly, and a plurality of tube segments each comprising a plurality of electrodes and one or more power connectors attached to one of the electrodes; one or more stage assemblies each comprising an alternator coupled to a common drive shaft, a power supply coupled to one of the plurality of electrodes, and an opening to receive a portion of the acceleration tube; a pressure vessel configured to enclose the acceleration tube when the pressure vessel is fastened to the support plate; and a circulator configured to pump high pressure gas into the pressure vessel, wherein the motor is external to the pressure vessel and magnetically coupled to the common drive shaft. an assembly comprising a motor and support plate; an acceleration tube comprising: an ion source, an extraction assembly, and a plurality of tube segments each comprising a plurality of electrodes and one or more power connectors attached to one of the electrodes; an ion source, an extraction assembly, and a plurality of tube segments each comprising a plurality of electrodes and one or more power connectors attached to one of the electrodes; one or more stage assemblies each comprising an alternator coupled to a common drive shaft, a power supply coupled to one of the plurality of electrodes, and an opening to receive a portion of the acceleration tube; a pressure vessel configured to enclose the acceleration tube when the pressure vessel is fastened to the support plate; and a circulator configured to pump high pressure gas into the pressure vessel, wherein the motor is external to the pressure vessel and magnetically coupled to the common drive shaft.
Product comprising, as percent by weight relative to the total weight of the product, at least - at least 10% of water; - 0.1% to 5% of foaming agent; - 0.1% to 5% of thickener; - 35% to 70% of monogranular filler having a median diameter D 50 greater than or equal to 100 μm and with exclusion of the fine fillers of which the median diameter D 50 is strictly less than 100 μm, monogranular meaning that the graphic representation of the particle size distribution of the size of the particles (percent by volume as a function of the size) exhibits just one peak (a single population); said monogranular filler being calcium carbonate; - 0.1% to 8% of synthetic or animals fibres; - 0.5% to 35% of binder. - at least 10% of water; - 0.1% to 5% of foaming agent; - 0.1% to 5% of thickener; - 35% to 70% of monogranular filler having a median diameter D 50 greater than or equal to 100 μm and with exclusion of the fine fillers of which the median diameter D 50 is strictly less than 100 μm, monogranular meaning that the graphic representation of the particle size distribution of the size of the particles (percent by volume as a function of the size) exhibits just one peak (a single population); said monogranular filler being calcium carbonate; - 0.1% to 8% of synthetic or animals fibres; - 0.5% to 35% of binder.
Refrigerator, in particular a household refrigerator, having a body which comprises an inner container (8, 9) and an outer shell as well as an insulating layer enclosed between the inner container (8, 9) and the outer shell, wherein the outer shell is provided with at least one metal front strip (14, 23, 24, 25) on which a groove (5, 6, 32, 33) delimited by a guide chamfer and receiving an edge of the inner container (8, 9) is formed, and in its longitudinal direction the groove (5, 6, 32, 33) is divided into at least one first and one second segment (19, 20), within which the width of the guide chamfer is less than in the first segment, characterised in that a first segment is provided on both ends of the groove (5, 6, 32, 33) and in that the overall extent of all second segments in the longitudinal direction of the groove is greater than that of the first segments.
A cowl structure for a motorcycle comprising left and right cowl main body portions and left and right movable cowl portions provided on the respective left and right cowl main body portions so as to be movable in the direction of width of the vehicle, whereby: the cowl structure can suppress running-air flowing toward a rider sitting on a rider seat and a pillion passenger sitting on a pillion passenger seat; said left and right cowl main body portions are adapted to prevent running-air from hitting one or more of the knee portions, thighs, a waist and flanks of the rider; said left and right movable cowl portions can be opened to prevent running-air from hitting one or more of the knee portions, thighs, a waist and flanks of the pillion passenger; and the movable cowl portion is provided with a movable side opening having almost the same shape as that of a main body side opening, the movable side opening being configured to conform with the main body side opening in the state where the movable cowl portion overlaps the cowl main body portion, said state being the state where the movable cowl portion is closed. the cowl structure can suppress running-air flowing toward a rider sitting on a rider seat and a pillion passenger sitting on a pillion passenger seat; said left and right cowl main body portions are adapted to prevent running-air from hitting one or more of the knee portions, thighs, a waist and flanks of the rider; said left and right movable cowl portions can be opened to prevent running-air from hitting one or more of the knee portions, thighs, a waist and flanks of the pillion passenger; and the movable cowl portion is provided with a movable side opening having almost the same shape as that of a main body side opening, the movable side opening being configured to conform with the main body side opening in the state where the movable cowl portion overlaps the cowl main body portion, said state being the state where the movable cowl portion is closed.
A tool for forming a wax pattern as part of an investment casting process, the tool comprising: a tool body comprising a flexible member (16, 42) defining a desired outer surface geometry of the wax pattern; a ceramic core disposed within the tool body, the core forming part of the wax pattern after a wax injection step; a means (22, 30, 84, 102, 106) for supporting the core within the tool body; and a reactive element disposed within the flexible member (16, 42), wherein the reactive element comprises one of the group consisting of a magnet, particles reactive to magnetic energy, and particles exhibiting a coefficient of thermal conductivity different than a coefficient of thermal conductivity of flexible material of the flexible member (16, 42) surrounding the particles. a tool body comprising a flexible member (16, 42) defining a desired outer surface geometry of the wax pattern; a ceramic core disposed within the tool body, the core forming part of the wax pattern after a wax injection step; a means (22, 30, 84, 102, 106) for supporting the core within the tool body; and a reactive element disposed within the flexible member (16, 42), wherein the reactive element comprises one of the group consisting of a magnet, particles reactive to magnetic energy, and particles exhibiting a coefficient of thermal conductivity different than a coefficient of thermal conductivity of flexible material of the flexible member (16, 42) surrounding the particles.
A battery management system comprising: a sensing unit configured to generate battery information indicating a current, a voltage and a temperature of a battery; and a control unit configured to estimate a state of charge, SOC, of the battery using an extended Kalman filter based on the battery information, wherein the battery management system is characterised in that the control unit is configured to: determine a temporary estimate for a SOC in a current cycle using a time update process of the extended Kalman filter based on a previous estimate and the battery information, wherein the previous estimate indicates a SOC in a previous cycle, determine open circuit voltage, OCV, information based on the temporary estimate, and determine a definitive estimate indicating the SOC in the current cycle using a measurement update process of the extended Kalman filter based on the temporary estimate, the OCV information and the battery information. a sensing unit configured to generate battery information indicating a current, a voltage and a temperature of a battery; and a control unit configured to estimate a state of charge, SOC, of the battery using an extended Kalman filter based on the battery information, wherein the battery management system is characterised in that the control unit is configured to: determine a temporary estimate for a SOC in a current cycle using a time update process of the extended Kalman filter based on a previous estimate and the battery information, wherein the previous estimate indicates a SOC in a previous cycle, determine open circuit voltage, OCV, information based on the temporary estimate, and determine a definitive estimate indicating the SOC in the current cycle using a measurement update process of the extended Kalman filter based on the temporary estimate, the OCV information and the battery information. determine a temporary estimate for a SOC in a current cycle using a time update process of the extended Kalman filter based on a previous estimate and the battery information, wherein the previous estimate indicates a SOC in a previous cycle, determine open circuit voltage, OCV, information based on the temporary estimate, and determine a definitive estimate indicating the SOC in the current cycle using a measurement update process of the extended Kalman filter based on the temporary estimate, the OCV information and the battery information.
Method for supplying at least one electrical consumer of a drill piping with an operating voltage, characterized in that before applying the operating voltage at least one electrical component (10, 11, 15) on drill pipes of the drill piping is tested for errors with a test voltage lower than the operating voltage, and the operating voltage can only be applied if there is no error, and that by applying the test voltage an identification of a drill pipe is read out.
An optoelectronic device, comprising: a silicon substrate; an epitaxial crystalline cladding layer, on top of the substrate; and an optically active region, contained within a waveguide and above the epitaxial crystalline cladding layer; wherein the epitaxial crystalline cladding layer has a refractive index which is less than a refractive index of the optically active region, such that the optical power of the optoelectronic device is confined to the optically active region. a silicon substrate; an epitaxial crystalline cladding layer, on top of the substrate; and an optically active region, contained within a waveguide and above the epitaxial crystalline cladding layer;
Dishwasher, in particular a domestic dishwasher, comprising a washing container, which provides a washing chamber and is used for receiving washware to be cleaned, and comprising a heat pump device, which has a compressor that is arranged inside a housing and has a refrigerant inlet and a refrigerant outlet, and comprising a fan device and a fresh-water inlet system, characterised in that the housing provides an air circulation space to which the fan device is assigned, which fan device is set up to ensure air circulation inside the housing so that the air can circulate around the compressor, and - that a heat exchanger (23, 24) is formed between the housing and the washing container and/or between the housing and the fresh-water inlet system, or - that a latent heat accumulator is arranged inside the housing and is operatively connected to the washing container and/or the fresh-water inlet system, or - that the compressor is operatively coupled to a heat exchanger, which is designed as a pipeline that is fluidically connected to the washing chamber and is arranged in part on the compressor on the outside of the compressor, it being possible for heat to be transferred directly by means of the heat exchanger (22, 23, 40) or indirectly by the latent heat accumulator from the air heated by the waste heat from the compressor to a washing solution in the washing container or to fresh water guided in the fresh-water inlet system. - that a heat exchanger (23, 24) is formed between the housing and the washing container and/or between the housing and the fresh-water inlet system, or - that a latent heat accumulator is arranged inside the housing and is operatively connected to the washing container and/or the fresh-water inlet system, or - that the compressor is operatively coupled to a heat exchanger, which is designed as a pipeline that is fluidically connected to the washing chamber and is arranged in part on the compressor on the outside of the compressor,
A method for producing a difluoromethylene compound containing a -CF 2 - moiety, comprising step A of mixing: a) a carbonyl compound containing a -C - moiety; b) optionally an amine; c) a fluoride of the formula MF, wherein M is a Group 1 element of the periodic table; d) IF 5; and e) sulfur chloride. a) a carbonyl compound containing a -C - moiety; b) optionally an amine; c) a fluoride of the formula MF, wherein M is a Group 1 element of the periodic table; d) IF 5; and e) sulfur chloride.