mhurhangee/ep-ind-claims huggingface dataset:
A showerhead, comprising one or more atomisers, each atomiser comprising a set of at least two, in particular exactly two, nozzles arranged to create colliding jets of a liquid and thereby create a spray of droplets of the liquid, and a spray shaper for guiding the spray, the showerhead comprising a conduit and atomiser unit and a shell unit, wherein • the conduit and atomiser unit comprises a conduit element and the one or more atomisers, the conduit element being arranged to guide water from a water hose attachment to the one or more atomisers and the one or more atomisers being rigidly attached to and supported by the conduit element; • the shell unit comprising at least a first shell part arranged to cover at least part of the conduit and atomiser unit and to provide a handhold for holding the conduit and atomiser unit; characterised in that • the showerhead comprises two or three or four or five or six atomisers. comprising a set of at least two, in particular exactly two, nozzles arranged to create colliding jets of a liquid and thereby create a spray of droplets of the liquid, and a spray shaper for guiding the spray, the showerhead comprising a conduit and atomiser unit and a shell unit, wherein • the conduit and atomiser unit comprises a conduit element and the one or more atomisers, the conduit element being arranged to guide water from a water hose attachment to the one or more atomisers and the one or more atomisers being rigidly attached to and supported by the conduit element; • the shell unit comprising at least a first shell part arranged to cover at least part of the conduit and atomiser unit and to provide a handhold for holding the conduit and atomiser unit; • the conduit and atomiser unit comprises a conduit element and the one or more atomisers, the conduit element being arranged to guide water from a water hose attachment to the one or more atomisers and the one or more atomisers being rigidly attached to and supported by the conduit element; • the shell unit comprising at least a first shell part arranged to cover at least part of the conduit and atomiser unit and to provide a handhold for holding the conduit and atomiser unit; characterised in that • the showerhead comprises two or three or four or five or six atomisers. • the showerhead comprises two or three or four or five or six atomisers.
Installation socket for electrical/electronic installations, including a socket body serving to accommodate a electrical and/or electronic component, with a circumferential wall, encompassing the installation cavity provided by the socket body, with at least one opening (7, 12; 37) for the inlet and outlet of at least one lead into the installation cavity, and with a connection support piece (9, 31, 46) encompassing this opening (12, 37) and a connection support piece channel, for connecting this installation socket (1, 30, 45) to a further installation socket which carries complementary connection support pieces, said installation socket being equipped with interlocking means for the mechanical connecting of this installation socket (1, 30, 45) to a further installation socket (1, 30, 45), which carries a connection support piece comprising complementary interlocking means, wherein the connection support pieces (9, 31, 46) comprises an inner support piece (10, 32, 50, 50.1) and at least one outer support piece (11, 33, 33.1, 47, 47.1), which, with its side facing towards the support piece channel, provides a guide link for the outer side of the inner support part (10, 32, 50, 50.1) of the connection support piece (9, 31, 46) of a second installation socket (1, 30, 45), wherein the inner support piece (10, 32, 50, 50.1) and the at least one outer support piece (11, 33, 33.1, 47, 47.1) are arranged concentrically to one another, wherein the outer support piece (11, 33, 33.1, 47, 47.1) provides with its side facing towards the support piece channel, enclosed by the connection support piece (9, 31, 46), a guide link for the outer side of the inner support piece (10, 32, 50, 50.1) of the connection support piece (9, 31, 46) of a second installation socket (1, 30, 45), when these two installation sockets (1, 30, 45) are connected to one another by way of their connection support pieces (9, 31, 46), characterised in that the complementary arrangement of two connection support pieces (9, 31, 46) is provided in that the at least one connection support piece (9, 31, 46) itself comprises the complementary support parts, said complementary support parts being arranged in each case on different sides in relation to a vertical plane running in the longitudinal axis of the connection support piece (9, 31, 46), such that two installation sockets (1, 30, 45), which are to be connected to one another, can be brought into engagement with one another on the basis of the connection support pieces (9, 31, 46), rotated through 180 degrees about a vertical axis, bringing the complementary support pieces of the two connection support pieces (9, 31, 46) into a complementary arrangement to one another.
A guiding sheath for guiding a catheter to a target location within a patient, the guiding sheath comprising: (a) a body; and (b) a hollow shaft assembly extending distally from the body, the shaft assembly including: (i) a proximal portion defining a longitudinal axis, (ii) a steerable portion distal to the proximal portion, (iii) a distal portion distal to the steerable portion, the steerable portion being operable to drive the distal portion laterally away from and toward the longitudinal axis, (iv) at least one flex circuit assembly (400, 500), the at least one flex circuit assembly (400, 500) including: a first navigation sensor (520, 522) configured to measure impedance signals that indicate a real-time position of the steerable portion, and a second navigation sensor (510, 512) configured to measure magnetic signals that indicate a real-time position of the steerable portion. (a) a body; and (b) a hollow shaft assembly extending distally from the body, the shaft assembly including: (i) a proximal portion defining a longitudinal axis, (ii) a steerable portion distal to the proximal portion, (iii) a distal portion distal to the steerable portion, the steerable portion being operable to drive the distal portion laterally away from and toward the longitudinal axis, (iv) at least one flex circuit assembly (400, 500), the at least one flex circuit assembly (400, 500) including: a first navigation sensor (520, 522) configured to measure impedance signals that indicate a real-time position of the steerable portion, and a second navigation sensor (510, 512) configured to measure magnetic signals that indicate a real-time position of the steerable portion. (i) a proximal portion defining a longitudinal axis, (ii) a steerable portion distal to the proximal portion, (iii) a distal portion distal to the steerable portion, the steerable portion being operable to drive the distal portion laterally away from and toward the longitudinal axis, (iv) at least one flex circuit assembly (400, 500), the at least one flex circuit assembly (400, 500) including: a first navigation sensor (520, 522) configured to measure impedance signals that indicate a real-time position of the steerable portion, and a second navigation sensor (510, 512) configured to measure magnetic signals that indicate a real-time position of the steerable portion. a first navigation sensor (520, 522) configured to measure impedance signals that indicate a real-time position of the steerable portion, and a second navigation sensor (510, 512) configured to measure magnetic signals that indicate a real-time position of the steerable portion.
A pressure booster (10, 120) including a booster cylinder and drive cylinders (14, 16) disposed respectively on both sides of the booster cylinder, characterized by: a pair of pilot valves (72, 74) each configured to be actuated when a piston (36, 38) of the corresponding drive cylinder (14, 16) is in abutment with the pilot valve (72, 74) at a moving end of the piston; and a pair of operating valves (48, 52) each configured to switch a state of supply of pressurized fluid from a pressurized fluid supply source, between pressure chambers (24a, 26a) of the drive cylinders (14, 16), wherein: when each of the pilot valves (72, 74) is actuated, the pressurized fluid is supplied to the pair of operating valves (48, 52) through the corresponding pilot valve (72, 74) to thereby switch the state of supply of the pressurized fluid. a pair of pilot valves (72, 74) each configured to be actuated when a piston (36, 38) of the corresponding drive cylinder (14, 16) is in abutment with the pilot valve (72, 74) at a moving end of the piston; and a pair of operating valves (48, 52) each configured to switch a state of supply of pressurized fluid from a pressurized fluid supply source, between pressure chambers (24a, 26a) of the drive cylinders (14, 16), wherein: when each of the pilot valves (72, 74) is actuated, the pressurized fluid is supplied to the pair of operating valves (48, 52) through the corresponding pilot valve (72, 74) to thereby switch the state of supply of the pressurized fluid.
A head-up display device mounted to an instrument panel of a vehicle, comprising housing display means for emitting display light to a chassis which has a substantially rectangular light transmissive cover having a curved surface, the head-up display device emitting from the light transmissive cover the display light that has been emitted from the display means, wherein the curved surface of the light transmissive cover is curved so that a front side (42CF42OF) is lower than a back side (42CB42OB) and is inclined in leftward and rightward directions and inward and outward directions of the vehicle so that a corner of the curved surface is lowest, characterised by an inclination in the leftward and rightward directions and the inward and outward directions of the curved surface is inclined so that a side of the cover towards a lateral outside of the vehicle (42OF42OB) is lower than a side of the cover towards a lateral inside of the vehicle (42CF42CB), and in that the head up display device further comprises water discharge means provided at a periphery of the corner which is lowest of the curved surface, the water discharge means being intended to discharge water to the outside so as not to allow liquid to be accumulated on the light transmissive cover.
A hole punch for piercing a workpiece with the hole punch including a sheet metal part and a piercing body secured thereto which carries out the piercing function and which is provided with a thread cylinder or can be provided with a thread cylinder, for example by pressing a threaded pin into a centrally arranged passage of the hole punch, wherein the piercing body is riveted, connected by pressing, adhesively bonded, soldered, brazed or welded to the sheet metal part, and wherein the sheet metal part is provided with means providing security against rotation.
A redundant back projection display system for an aircraft comprising at least two separate light sources (1, 3), at least two optical combiners (4, 5), each fed with image/video by at least one of the at least two separate light sources (1, 3), and at least two lens (8, 13), each fed by the at least one optical combiner (4, 5), characterized in that at least two separate projection screens (10, 14), each fed by the at least one lens (8, 13), a third light source and at least one splitter as an optical element are provided, said splitter being fed by the third light source to pass on at least one split share from the third light source towards a first of at least two optical combiners to optically combine said at least one split share with the image/video emitted from the one of said at least two separate light sources for optical combination towards one of the at least two separate projection screens and in that a deflector is provided as optical element arranged in series to said at least one splitter, said deflector being fed by any remaining split share from the splitter to pass on the remaining split share from the splitter towards a second of the at least two optical combiners to optically combine said remaining split share with the image/video emitted from the other one of said at least two separate light sources for optical combination towards the second projection screen.
A method for producing syngas from preferably vegetal biomass, comprising the steps of: a) prearranging a gasifier provided with at least one first reactor and at least one second reactor, b) feeding, in each reactor (1, 2), biomass and a primary flow rate of oxidizing aeriform fluid, to the extent of obtaining a fixed bed of drying biomass, biomass subjected to pyrolysis and biomass char, that release the syngas, wherein the primary flow rate of oxidizing aeriform fluid is fed co-current or counter-current to the reactors (1, 2) with respect to the biomass, and/or is fed into a chamber connecting the reactors (1, 2), characterized by the steps alternated in time, which promote the char gasification, of: c) suctioning a secondary flow rate of oxidizing aeriform fluid from the first reactor, at the area where the biomass dries, and feeding to a second reactor, at the area where the biomass dries, and d) suctioning a secondary flow rate of oxidizing aeriform fluid from the second reactor, at the area where the biomass dries, and feeding to a first reactor, at the area where the biomass dries, or else, as an alternative to steps c) and d), the method is characterized by the steps, alternated in time, of: e) increasing the volume of the first reactor to expand a volume of oxidizing aeriform fluid at the area where the biomass dries and, at the same time, decreasing the volume of the second reactor to compress a corresponding volume of oxidizing aeriform fluid at the area where the biomass dries, and f) increasing the volume of the second reactor to expand a volume of oxidizing aeriform fluid at the area where the biomass dries and, at the same time, decreasing the volume of the first reactor to compress a corresponding volume of oxidizing aeriform fluid at the area where the biomass dries. a) prearranging a gasifier provided with at least one first reactor and at least one second reactor, b) feeding, in each reactor (1, 2), biomass and a primary flow rate of oxidizing aeriform fluid, to the extent of obtaining a fixed bed of drying biomass, biomass subjected to pyrolysis and biomass char, that release the syngas, c) suctioning a secondary flow rate of oxidizing aeriform fluid from the first reactor, at the area where the biomass dries, and feeding to a second reactor, at the area where the biomass dries, and d) suctioning a secondary flow rate of oxidizing aeriform fluid from the second reactor, at the area where the biomass dries, and feeding to a first reactor, at the area where the biomass dries, e) increasing the volume of the first reactor to expand a volume of oxidizing aeriform fluid at the area where the biomass dries and, at the same time, decreasing the volume of the second reactor to compress a corresponding volume of oxidizing aeriform fluid at the area where the biomass dries, and f) increasing the volume of the second reactor to expand a volume of oxidizing aeriform fluid at the area where the biomass dries and, at the same time, decreasing the volume of the first reactor to compress a corresponding volume of oxidizing aeriform fluid at the area where the biomass dries.
A mass spectrometer, which introduces ions generated under atmospheric pressure into a vacuum chamber exhausted by vacuum exhausting means and analyzes the mass of the ions, comprising: an electrode, in which ion introduction hole introducing the ion into the vacuum chamber is opened, wherein the ion introduction hole of the electrode is divided into a first region, a second region, and a third region, a central axis direction of the ion introduction hole in both or either one of the first region and the third region is different from a flow direction axis of the ion inside the ion introduction hole in the second region, the second region has no outlet other than outlets leading to the first region and the third region, characterized in that; the electrode is adapted to be separated between the first region and the second region or between the third region and the second region or in a midway of the second region, and axes of the ion introduction hole in the first region and the third region are in an eccentric position relationship.
A multipass large format flat bed inkjet printer for printing an image on a substrate, the printer having: a print carriage for supporting an array of printheads adjacent the substrate during printing, wherein the print carriage is wider than 80cm and the printheads each include an array of nozzles; a reciprocating bed for supporting the substrate during printing and for providing reciprocation of the substrate relative to the print carriage in a print direction during a print pass; wherein the print carriage is such that the width of the array of printheads transverse to the print direction is wider than the printable width of the substrate, the print carriage being adapted to hold the printheads in an interleaved array; wherein the print carriage is configured to index a small distance between print passes in a direction transverse to the print direction, and wherein the array of printheads is such that the array of nozzles is substantially continuous across the array of printheads. a print carriage for supporting an array of printheads adjacent the substrate during printing, wherein the print carriage is wider than 80cm and the printheads each include an array of nozzles; a reciprocating bed for supporting the substrate during printing and for providing reciprocation of the substrate relative to the print carriage in a print direction during a print pass; wherein the print carriage is such that the width of the array of printheads transverse to the print direction is wider than the printable width of the substrate, the print carriage being adapted to hold the printheads in an interleaved array; wherein the print carriage is configured to index a small distance between print passes in a direction transverse to the print direction, and wherein the array of printheads is such that the array of nozzles is substantially continuous across the array of printheads.
A fusing device, comprising: a pressing unit; a heating fusing belt to contact an outer surface of the pressing unit and to rotate; a nib forming unit to contact an inner surface of the heating fusing belt and to form a nib at a contact portion between the pressing unit and the heating fusing belt; first guide units disposed at both end portions of the heating fusing belt so as to guide the heating fusing belt; and a second guide unit disposed between the first guide units and having a plurality of ribs spaced apart from each other along a rotational direction of the heating fusing belt, so as to guide a central portion of the heating fusing belt, characterised in that the heating fusing belt includes a resistance heating layer, and in that the plurality of ribs is formed to extend in a direction perpendicular to the rotational direction of the heating fusing belt. a pressing unit; a heating fusing belt to contact an outer surface of the pressing unit and to rotate; a nib forming unit to contact an inner surface of the heating fusing belt and to form a nib at a contact portion between the pressing unit and the heating fusing belt; first guide units disposed at both end portions of the heating fusing belt so as to guide the heating fusing belt; and a second guide unit disposed between the first guide units and having a plurality of ribs spaced apart from each other along a rotational direction of the heating fusing belt, so as to guide a central portion of the heating fusing belt, characterised in that the heating fusing belt includes a resistance heating layer, and in that the plurality of ribs is formed to extend in a direction perpendicular to the rotational direction of the heating fusing belt.
A system for control of one or more gearshift points, comprising at least one control unit adapted to controlling a gearbox in a motor vehicle, which vehicle comprises an engine which is connected to, in order to drive, said gearbox, where the speed of said engine is controlled by means of an accelerator pedal which is connected to said engine and gearbox and can assume a plurality of positions, and a shift point is controlled on the basis of movements of said accelerator pedal and represents an engine speed at which said gearbox is adapted to effecting a downshift or upshift, characterised in that said system is adapted to, on the basis of movement of said accelerator pedal, operating in a first mode in which said system is adapted to applying a limitation upon a change in said one or more shift points in terms of engine speed per unit time.
A fiber-optic cable fanout conduit arrangement, for organizing a plurality of optical fibers of a fiber-optic cable; the fanout conduit arrangement comprising a cable fanout assembly including: (a) a fanout member defining a fanout member sidewall and a conduit extending between a first, open, conduit end and an opposite second, open, conduit end; (i) at least a portion of the fanout member sidewall extending completely around the conduit; (ii) the fanout member sidewall defining an inspection aperture arrangement therethrough; and, (iii) at least one of the first and second, opposite, open conduit ends defining a fiber-organizing endcap arrangement receiver; and, (b) a fiber-organizing endcap arrangement operably positionable on the fanout member, wherein the fanout member includes a first section and a second section, the first section including a region having a first maximum internal cross-dimension and a region of first maximum internal cross-sectional area; and the second section includes a region having a second maximum internal cross-dimension; the first maximum internal cross-dimension being larger than the second maximum internal cross-dimension, the inspection aperture arrangement being in the first; wherein the inspection aperture arrangement includes an aperture having a first total open area, characterized in that a ratio of the first total open area to the first maximum internal cross-sectional area is at least 0.5. (a) a fanout member defining a fanout member sidewall and a conduit extending between a first, open, conduit end and an opposite second, open, conduit end; (i) at least a portion of the fanout member sidewall extending completely around the conduit; (ii) the fanout member sidewall defining an inspection aperture arrangement therethrough; and, (iii) at least one of the first and second, opposite, open conduit ends defining a fiber-organizing endcap arrangement receiver; and, (i) at least a portion of the fanout member sidewall extending completely around the conduit; (ii) the fanout member sidewall defining an inspection aperture arrangement therethrough; and, (iii) at least one of the first and second, opposite, open conduit ends defining a fiber-organizing endcap arrangement receiver; and, (b) a fiber-organizing endcap arrangement operably positionable on the fanout member,
A loading apparatus for loading rolls of fibre based sheet material to an application unit for the production of fibre-reinforced parts, such as blades for wind power plants, the loading apparatus comprising a frame on which a lift is arranged displaceably in vertical direction and is adapted to carry at least one roll of fibre based sheet material, wherein the lift comprises a swivel mechanism arranged rotatably about a swivel axis and comprising at least first grippers adapted to releasably grip shaft ends of a first roll and second grippers adapted to releasably grip shaft ends of a second roll, characterized in that the swivel mechanism is arranged displaceably on the lift in a horizontal direction at right angles to the swivel axis.