mhurhangee/ep-ind-claims huggingface dataset:
Production method for a billet or a bloom, - wherein liquid steel is poured from above into an open-ended mould, at the bottom a steel strand with an already solidified strand shell and a still liquid core is removed from the open-ended mould and the steel strand with the already solidified strand shell and the still liquid core is introduced from above without changing direction into a holding device in which the steel strand remains during a solidification time in which the steel strand gradually solidifies to form the billet or the bloom, - wherein the liquid core of the stationary steel strand is stirred during the solidification time by means of a strand stirrer, characterized in that, during the solidification time, the strand stirrer is moved with an oscillation stroke (h) vertically in an oscillating manner along the steel strand between an upper and a lower reversal point (P1, P2). - wherein liquid steel is poured from above into an open-ended mould, at the bottom a steel strand with an already solidified strand shell and a still liquid core is removed from the open-ended mould and the steel strand with the already solidified strand shell and the still liquid core is introduced from above without changing direction into a holding device in which the steel strand remains during a solidification time in which the steel strand gradually solidifies to form the billet or the bloom, - wherein the liquid core of the stationary steel strand is stirred during the solidification time by means of a strand stirrer,
Flush actuating device comprising a housing, a plate, swingable between a rest position et at least one actuating position, the plate having a central bearing, a first lateral bearing, and a second lateral bearing, the central bearing and the first and second lateral bearings (22a, 22b) being adapted to remain in motion with respect to the housing during movement of the plate between the rest position and the at least one actuating position, characterized in that the central bearing can be laterally offset during movement of the plate between the rest position and the at least one actuating position, wherein the plate in the rest position is mounted on the housing in a mainly horizontal position, wherein one (22a, 22b) of the first and second lateral bearings is adapted to follow a mainly rectilinear translational movement and wherein the other one (22b, 22a) of the first and second lateral bearings is adapted to follow a mainly horizontal rectilinear translational movement and a mainly vertical translational movement, the first and second lateral bearings following a simultaneous translational movement when the plate is moving between the rest position and the at least one actuating position.
A method for increasing the bulk density of coal particles without impacting the coal particles to provide an elongate bed of dry, compacted coal for charging to a coking oven, the method comprising the steps of: depositing coal particles onto a charging plate external to a coking oven, the charging plate having side walls, and at least one movable end wall to provide an elongate bed of dry, uncompacted coal having an upper surface on the charging plate; and compacting the uncompacted coal by passing a vibratory cylindrical compactor along a length of the uncompacted coal for a number of passes sufficient to decrease a thickness of the bed of coal to less than 80 percent of an original thickness of the uncompacted coal, wherein the vibratory cylindrical compactor has a length to diameter ratio ranging from 1.4:1 to 2:1. depositing coal particles onto a charging plate external to a coking oven, the charging plate having side walls, and at least one movable end wall to provide an elongate bed of dry, uncompacted coal having an upper surface on the charging plate; and compacting the uncompacted coal by passing a vibratory cylindrical compactor along a length of the uncompacted coal for a number of passes sufficient to decrease a thickness of the bed of coal to less than 80 percent of an original thickness of the uncompacted coal, wherein the vibratory cylindrical compactor has a length to diameter ratio ranging from 1.4:1 to 2:1.
A biocompatible nerve conduit for nerve re-generation comprising a porous fiber tube coated with a bioresorbable hydrogel, said fibers comprising a polymer that supports nerve regeneration by preferential adsorption of endogenous proteins, wherein said fibers are braided with pores in the range from 5 to 200 micrometers using a kink-resistant braiding pattern and said hydrogel coating material and thickness are selected to control the overall porosity such that nutrients and oxygen can diffuse through said hydrogel coating but the infiltration of fibrous tissue through the coating is prevented, wherein said biocompatible polymer has repeating units of the structure: wherein a and b are independently 0 or an integer between 1 and 6, inclusive; c and d are independently 0 or an integer between 1 and 6, inclusive; each R 1 is independently selected from the group consisting of straight and branched alkyl groups containing up to 18 carbon atoms; each R 2 is independently an alkylene group containing up to 6 carbon atoms; k is between 20 and 200; and x ranges between 0.002 and 0.20; z ranges between 0.005 and 0.10; and x+y+z=1.00 wherein a and b are independently 0 or an integer between 1 and 6, inclusive; c and d are independently 0 or an integer between 1 and 6, inclusive; each R 1 is independently selected from the group consisting of straight and branched alkyl groups containing up to 18 carbon atoms; each R 2 is independently an alkylene group containing up to 6 carbon atoms; k is between 20 and 200; and x ranges between 0.002 and 0.20; z ranges between 0.005 and 0.10; and x+y+z=1.00
A method for replacing the bits of a construction machine for the machining of ground areas, having a cutting roller, on the surface of which a plurality of bit holders are arranged, wherein in a bit receptacle of the bit holder a bit, is replaceably received, wherein a tool change device is assigned to the cutting roller, and wherein the tool change device removes the bit or bits from the bit holder, characterized in that the tool change device introduces at least one dynamic pulse into the cutting roller, a part of the cutting roller, the bit holder or a group of bit holders, that due to the inertia of the bit the pulse introduces an expulsion force into the bits, wherein the dynamic pulse is generated by means of a vibration device or wherein at least one stop is assigned to the cutting roller, which stop is provided with a stop surface pointing in the working movement direction, and a pulse shaper through a force acting against the working movement direction generates the dynamic pulse on the stop surface.
A cosmetic packaging bottle restricting backflow, including a soft tube packaging bottle and a liquid discharge head, and also including a non-return valve sheet, which is placed within the liquid discharge head, the non-return valve sheet has a one-way flow restriction function, so that contents of the soft tube packaging bottle are squeezed out in one direction and cannot flow back, a middle part of the non-return valve sheet is provided with a cross-shaped cutout, the non-return valve sheet is closed in the normal state, the non-return valve sheet is squeezed by the contents to open upward to discharge contents, the mouth of the soft tube packaging bottle is provided with a flow restriction seat, the non-return valve sheet is attached to an upper part of the flow restriction seat, and the flow restriction seat is provided with a flow restriction channel; the liquid discharge head has a concave cavity at the bottom, the liquid discharge head is capped on the flow restriction seat, pressed against the circumference of the non-return valve sheet, a middle part of the liquid discharge head is provided with a liquid discharge cavity, and the cross-shaped cutout of the non-return valve sheet can be opened in the direction of the liquid discharge cavity, characterised in that the bottom of the flow restriction seat is a concave cavity structure, the flow restriction channel includes a through-port placed at the side wall of the flow restriction seat, a side groove channel placed between an outer side wall of the flow restriction seat and the liquid discharge head, and an upper groove channel placed in an upper surface of the flow restriction seat; the through-port, side groove channel, and upper groove channel are connected to each other in turn.
Method for producing a nuclear fuel sheath comprising i) a substrate containing a zirconium-based inner layer optionally coated with at least one intermediate layer positioned on said inner layer, and ii) at least one outer layer positioned on the substrate and consisting of a protective material selected from either chromium or a chromium-based alloy, the method comprising the following successive steps: a) ion-beam etching the substrate surface; b) depositing said at least one outer layer onto the substrate using a high-power impulse magnetron sputtering (HiPIMS) method, wherein the magnetron cathode consists of the protective material. a) ion-beam etching the substrate surface; b) depositing said at least one outer layer onto the substrate using a high-power impulse magnetron sputtering (HiPIMS) method, wherein the magnetron cathode consists of the protective material.
A detector for sensing an intensity of an electron beam generated, comprising: a multilayer composite structure (104; 200; 300; 400; 500; 600; 608; 616; 700; 800) having a conductive core (110; 402; 502, 504; 602; 610; 618; 704, 706; 802), an insulating layer (112; 404; 506, 508; 604; 612; 620; 708; 804) formed on the conductive core, and an outer conductive layer (114; 406; 510; 606; 614; 622; 702; 806) electrically connected to a voltage potential and formed on the insulating layer, and a support configured to locate the composite structure in alignment with an electron beam generator, between the electron beam generator and a target area, within a direct path of the electron beam to be generated by the electron beam generator. a multilayer composite structure (104; 200; 300; 400; 500; 600; 608; 616; 700; 800) having a conductive core (110; 402; 502, 504; 602; 610; 618; 704, 706; 802), an insulating layer (112; 404; 506, 508; 604; 612; 620; 708; 804) formed on the conductive core, and an outer conductive layer (114; 406; 510; 606; 614; 622; 702; 806) electrically connected to a voltage potential and formed on the insulating layer, and a support configured to locate the composite structure in alignment with an electron beam generator, between the electron beam generator and a target area, within a direct path of the electron beam to be generated by the electron beam generator.
A system for dispensing a multiparticulate medication, the system comprising: a syringe, the syringe comprising: a barrel for holding the medication, the barrel comprising an inside, a proximal end and a distal end, the proximal end comprising a retaining ring; and a plunger that is moveable inside of the barrel, the plunger sealing the barrel between the proximal end and the distal end; the plunger comprising: one or more dosage setting grooves, a dose control clip having a tubular construction and a longitudinal separation, the dose control clip configured to removably fit any one of the dosage setting grooves, thereby creating a larger diameter ring around the plunger than the diameter of the retaining ring, the retaining ring arranged to limit the proximal plunger movement by contact with the dose control clip; characterised in that either one of, or a combination of, the retaining ring and the dose control clip are made of a flexible material such that the plunger with or without the dose control clip attached is removable from the barrel via withdrawal through the proximal end of the barrel. a syringe, the syringe comprising: a barrel for holding the medication, the barrel comprising an inside, a proximal end and a distal end, the proximal end comprising a retaining ring; and a plunger that is moveable inside of the barrel, the plunger sealing the barrel between the proximal end and the distal end; the plunger comprising: one or more dosage setting grooves, a dose control clip having a tubular construction and a longitudinal separation, the dose control clip configured to removably fit any one of the dosage setting grooves, thereby creating a larger diameter ring around the plunger than the diameter of the retaining ring, the retaining ring arranged to limit the proximal plunger movement by contact with the dose control clip; a barrel for holding the medication, the barrel comprising an inside, a proximal end and a distal end, the proximal end comprising a retaining ring; and a plunger that is moveable inside of the barrel, the plunger sealing the barrel between the proximal end and the distal end; the plunger comprising: one or more dosage setting grooves, a dose control clip having a tubular construction and a longitudinal separation, the dose control clip configured to removably fit any one of the dosage setting grooves, thereby creating a larger diameter ring around the plunger than the diameter of the retaining ring, the retaining ring arranged to limit the proximal plunger movement by contact with the dose control clip; characterised in that either one of, or a combination of, the retaining ring and the dose control clip are made of a flexible material such that the plunger with or without the dose control clip attached is removable from the barrel via withdrawal through the proximal end of the barrel.
Guide elements of movable mosquito nets in which the sheet of the mosquito net is housed in a frame among rigid vertical uprights, of which one is fixed and one is movable, manual or electric control means adapted to bring the sheet from an open to a closed position and vice versa; the mosquito net being provided with guide means at least lower each of them formed by two side walls linked by a crossbeam in order to house the lower end of the sheet among the side walls; the guide elements being mutually hinged (24,25), in a detachable way in the hinges area; being provided with means adapted to permit to the elements to rotate each one of them with respect to the other, between two extreme positions of which one is fixed and in which the two elements are aligned and the second of which are rotated by approximately 90° one with respect to the other, characterized in that at the hinges(24,25) means(27,28) are provided, adapted to permit the separation between two adjacent elements only when these are rotated in the second of said two extreme positions; the hinges are formed by pins and holes obtained in each side wall of each element, said means (27,28) adapted to permit the separation between two adjacent elements are side appendixes of the pins adapted to house in respective lobes of the holes.
A multi-band multi-polarized wireless communication antenna, comprising: a reflector; at least one first radiation module of a first band, which is installed on the reflector; and at least one second or third radiation module (12, 13) of a second or third band, which is installed on the reflector, wherein the first radiation module comprises first to eight radiation elements (11-1 to 11-8) each having a dipole structure, each of the first to fourth radiation elements (11-1 to 11-4) is configured such that two radiation arms (a1, a2) of the respective dipole are connected perpendicularly to each other, and one of the two radiation arms (a1, a2) of the respective dipole is placed along and parallel to a side of the reflector, wherein the overall structure of the first to fourth radiation elements (11-1 to 11-4) has a shape of a tetragon, and characterized in that each of fifth to eighth radiation elements (11-5 to 11-8) is configured such that two radiation arms (a1, a2) of the respective dipole are connected perpendicularly to each other, wherein the fifth to eighth radiation elements (11-5 to 11-8) are installed to form a structure in the overall shape of letter "+" inside the tetragon formed by the first to fourth radiation elements (11-1 to 11-4), wherein the second or third radiation module (12, 13) is installed inside the tetragon. a reflector; at least one first radiation module of a first band, which is installed on the reflector; and at least one second or third radiation module (12, 13) of a second or third band, which is installed on the reflector, wherein the first radiation module comprises first to eight radiation elements (11-1 to 11-8) each having a dipole structure,
An absorbent article having a longitudinal direction and a lateral direction perpendicular to each other, the absorbent article comprising: a waist part (30, 40) along the lateral direction, the waist part including: nonwoven fabric; and a plurality of stretchable members (35, 45) that stretch and contract in the lateral direction, in a state in which the waist part is extended along the lateral direction, an opening being formed in the waist part between stretchable members that are adjacent in the longitudinal direction, a high density region existing longitudinally between the opening and one of the adjacent stretchable members, an external region existing longitudinally between the high density region and another one of the adjacent stretchable members, the high density region having a predetermined lateral length, a density of fibers of the nonwoven fabric in the high density region being higher than a density of fibers of the nonwoven fabric in the external region, at least a part of an edge of the opening including a non-fused portion in which fibers are not fused, wherein a low density region exists on a side closer to the opening with respect to the high density region, and a density of fibers of the nonwoven fabric in the low density region is lower than a density of fibers of the nonwoven fabric in the high density region. a waist part (30, 40) along the lateral direction, the waist part including: nonwoven fabric; and a plurality of stretchable members (35, 45) that stretch and contract in the lateral direction, nonwoven fabric; and a plurality of stretchable members (35, 45) that stretch and contract in the lateral direction, in a state in which the waist part is extended along the lateral direction, an opening being formed in the waist part between stretchable members that are adjacent in the longitudinal direction, a high density region existing longitudinally between the opening and one of the adjacent stretchable members, an external region existing longitudinally between the high density region and another one of the adjacent stretchable members, the high density region having a predetermined lateral length, a density of fibers of the nonwoven fabric in the high density region being higher than a density of fibers of the nonwoven fabric in the external region, at least a part of an edge of the opening including a non-fused portion in which fibers are not fused, wherein a low density region exists on a side closer to the opening with respect to the high density region, and a density of fibers of the nonwoven fabric in the low density region is lower than a density of fibers of the nonwoven fabric in the high density region.
A footwear support element, comprising: a base member including a first major surface and a second major surface opposite the first major surface; a rigid extending arm extending from the base member; an impact-attenuating member, wherein at least a portion of the first major surface of the base member is engaged with the impact-attenuating member, wherein the impact-attenuating member includes an opening defined therein, and wherein the extending arm extends through the opening; wherein the extending arm includes at least one of: 1) an extending arm that extends in a direction from a lower medial side of the foot support element toward an upper lateral side of the foot support element, wherein a free end of the extending arm extends to a lateral side of the base member and includes a footwear-engaging region for engaging a lateral side portion of a footwear structure, or 2) an extending arm that extends in a direction from a lower lateral side of the foot support element toward an upper medial side of the foot support element, wherein a free end of the extending arm extends to a medial side of the base member and includes a footwear-engaging region for engaging a medial side portion of a footwear structure. a base member including a first major surface and a second major surface opposite the first major surface; a rigid extending arm extending from the base member; an impact-attenuating member, wherein at least a portion of the first major surface of the base member is engaged with the impact-attenuating member, wherein the impact-attenuating member includes an opening defined therein, and wherein the extending arm extends through the opening; 1) an extending arm that extends in a direction from a lower medial side of the foot support element toward an upper lateral side of the foot support element, wherein a free end of the extending arm extends to a lateral side of the base member and includes a footwear-engaging region for engaging a lateral side portion of a footwear structure, or 2) an extending arm that extends in a direction from a lower lateral side of the foot support element toward an upper medial side of the foot support element, wherein a free end of the extending arm extends to a medial side of the base member and includes a footwear-engaging region for engaging a medial side portion of a footwear structure.
A method performed at a wireless communication device of enabling establishment of at least one Packet Data Network, PDN, connection with a communication network, comprising: submitting, to a node of the communication network, a request to establish the PDN connection with an Information Centric Networking, ICN, network; detecting that connectivity to an ICN network is available via the at least one PDN connection for transporting ICN data, wherein the detecting that connectivity to an ICN network is available comprises: receiving, from the node of the communication network, a message indicating that the communication network is capable of establishing the PDN connection with an ICN network for transporting ICN data. submitting, to a node of the communication network, a request to establish the PDN connection with an Information Centric Networking, ICN, network; detecting that connectivity to an ICN network is available via the at least one PDN connection for transporting ICN data, wherein the detecting that connectivity to an ICN network is available comprises: receiving, from the node of the communication network, a message indicating that the communication network is capable of establishing the PDN connection with an ICN network for transporting ICN data.