mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for cutting and drawing off tissue from the human or animal eye, in particular for carrying out a vitrectomy or retina peeling, having an outer tube and an inner tube which can be moved in the outer tube, wherein the outer tube in a cutting region has a plurality of lateral openings having at least one outer cutting edge in each case, wherein the inner tube has in the cutting region a plurality of lateral openings having at least one inner cutting edge in each case, wherein the inner cutting edge and the outer cutting edge cooperate in a cutting manner with each other when the inner tube is moved relative to the outer tube, wherein in the cutting region the outer diameter of the inner tube corresponds to the inner diameter of the outer tube or is greater than the inner diameter of the outer tube and wherein the wall of the inner tube has a slot in the cutting region, characterised in that the lateral openings of the outer tube and/or the lateral openings of the inner tube are constructed in a honeycomb-like manner.
An aluminum alloy plate having a thickness of from 51.1 mm (2.01 Inches) to 101.6 mm (4 Inches) wherein the aluminum alloy plate consists of: 7.5 - 7.9 wt. % Zn; 2.05 - 2.20 wt. % Cu; 1.6 - 1.75 wt. % Mg; optionally up to 0.25 wt% of at least one of Zr, Hf, Sc, Mn and V; the balance aluminum and Impurities. 7.5 - 7.9 wt. % Zn; 2.05 - 2.20 wt. % Cu; 1.6 - 1.75 wt. % Mg; optionally up to 0.25 wt% of at least one of Zr, Hf, Sc, Mn and V; the balance aluminum and Impurities.
A combination which comprises (a) methotrexate and (b) a DHODH inhibitor which is 2-(3'-ethoxy-3,5-difluorobiphenyl-4-ylamino)nicotinic acid, 2-(3,5-difluoro-3'-methoxybiphenyl-4-ylamino)nicotinic acid, 2-(3,5-difluoro-3'-methoxybiphenyl-4-ylamino)-5-methylnicotinic acid or 2-(3'-cyclopropoxy-3,5-difluorobiphenyl-4-ylamino)nicotinic acid or a pharmaceutically acceptable salt or N-oxide thereof.
A once daily modified release formulation comprising lacosamide and modified release polymer, wherein the modified release polymer is selected from the group consisting of hydrophilic polymer, hydrophobic polymer, wax; and mixtures thereof.
Printed circuit board antenna, which comprises - an electrically conducting antenna structure on an outer layer of a printed circuit board; wherein the antenna structure has a first resonance frequency; - an electrically conducting feed line to the antenna structure; - an electrically conducting reference region (111, 141) on the outer layer; wherein the reference region (111, 141) completely encloses the antenna structure with the exception of an insulating feed recess for the feed line and an insulating web recess; wherein the web recess is arranged on a side of the antenna structure facing away from the feed line, and wherein the reference region (111, 141) has a reference region web | on the side of the antenna structure facing away from the feed line, which forms a resonator with a second resonance frequency which is coupled capacitively to the antenna structure, characterised in that - the printed circuit board antenna comprises an electrically conducting further outer layer of the printed circuit board; - the printed circuit board antenna comprises an electrically conducting further reference region on the further outer layer; and - the reference region (111, 141) is connected in an electrically conducting manner with the further reference region by way of one or more through-connections. - an electrically conducting antenna structure on an outer layer of a printed circuit board; wherein the antenna structure has a first resonance frequency; - an electrically conducting feed line to the antenna structure; - an electrically conducting reference region (111, 141) on the outer layer; wherein the reference region (111, 141) completely encloses the antenna structure with the exception of an insulating feed recess for the feed line and an insulating web recess; wherein the web recess is arranged on a side of the antenna structure facing away from the feed line, and wherein the reference region (111, 141) has a reference region web | on the side of the antenna structure facing away from the feed line, which forms a resonator with a second resonance frequency which is coupled capacitively to the antenna structure, characterised in that - the printed circuit board antenna comprises an electrically conducting further outer layer of the printed circuit board; - the printed circuit board antenna comprises an electrically conducting further reference region on the further outer layer; and - the reference region (111, 141) is connected in an electrically conducting manner with the further reference region by way of one or more through-connections.
Agricultural machine, in the type of grassland equipment mountable to a tractor, in particular mowing or hay-making machine, comprising at least one working tool unit for carrying out grassland works, as well as at least one hydraulic actuator for lifting and/or moving away the working tool unit out of a working position, wherein the hydraulic actuator can be loaded by means of a controllable operating pressure supply, characterized in that in addition to the operating pressure supply, a quick-actuation device having a high-pressure hydraulic accumulator for the sudden actuation of the mentioned or of another hydraulic actuator for the sudden lifting of the working tool unit out of a collision area is provided, wherein the quick-actuation device comprises a detection device in the type of a contactless ground-scanning sensor for monitoring an area located in front of the working tool unit in the traveling direction and for detecting obstacles appearing in the collision area, as well as with a control device connected to the detection device for the automatic triggering of the hydraulic high-pressure accumulator dependent upon an obstacle detected by the ground-scanning sensor.
A method for the fabrication of a heat exchange element, the element comprising a metal tube structure and a metal plate structure, which tube structure is connected to the plate structure in a heat-conducting way, wherein the tube structure is further configured for transporting a heat transport medium, the method comprising the following steps: - providing the tube structure and the plate structure, - applying one or more portions of soldering agent, against and along the tube structure, - arranging the plate structure against and along the tube structure, at least in the area of the soldering agent, and - heating the soldering agent according to a predefined temperature path that comprises at least a pre-heating path and a soldering path suitable for establishing a soldering connection between said plate structure and said tube structure; the plate structure comprising a length direction and a width direction, in which directions (4, 5) the plate structure has a plate length and a plate width, respectively, and characterized in that the heating takes place in a heating zone that advances along said plate structure in said length direction, which zone minimally covers the plate width, and maximally covers only a part of the plate length. - providing the tube structure and the plate structure, - applying one or more portions of soldering agent, against and along the tube structure, - arranging the plate structure against and along the tube structure, at least in the area of the soldering agent, and - heating the soldering agent according to a predefined temperature path that comprises at least a pre-heating path and a soldering path suitable for establishing a soldering connection between said plate structure and said tube structure;
An electrode structure of a touch panel, comprising: a plurality of first conductive cells and second conductive cells separated from each other and disposed on a substrate; a plurality of first conductive lines connecting adjacent said first conductive cells and a plurality of second conductive lines connecting adjacent said second conductive cells; wherein each said second conductive line comprises at least one conducting element and at least one pair of conductive branches disposed at two sides of said conducting elements and connecting said conducting element to adjacent said second conductive cells; said first conductive lines and said second conductive lines being insulated and intersecting; characterised by an insulating layer comprising a plurality of insulating elements, wherein each of the insulating elements is located at the intersection of the corresponding conductive branch and the first conductive line; wherein said conducting elements are separated and insulated from said first conductive lines by a window which is formed in each said first conductive line, and each said conducting element is located in said window with a gap formed between said conducting element and said first conductive line. a plurality of first conductive cells and second conductive cells separated from each other and disposed on a substrate; a plurality of first conductive lines connecting adjacent said first conductive cells and a plurality of second conductive lines connecting adjacent said second conductive cells; wherein each said second conductive line comprises at least one conducting element and at least one pair of conductive branches disposed at two sides of said conducting elements and connecting said conducting element to adjacent said second conductive cells; said first conductive lines and said second conductive lines being insulated and intersecting; characterised by an insulating layer comprising a plurality of insulating elements, wherein each of the insulating elements is located at the intersection of the corresponding conductive branch and the first conductive line; wherein said conducting elements are separated and insulated from said first conductive lines by a window which is formed in each said first conductive line, and each said conducting element is located in said window with a gap formed between said conducting element and said first conductive line.
A fluororubber composition comprising 25 to 50 parts by weight of wollastonite and 0.5 to 10 parts by weight of organic peroxide based on 100 parts by weight of peroxide-crosslinkable fluororubber, the peroxide-crosslinkable fluororubber being a fluorine-containing elastomer having a fluorine content of 63 to 71 wt.% and a Mooney viscosity ML 1+10 at 121 °C of 20 to 100, and containing iodine and/or bromine as a crosslinking site in the molecule, the wollastonite being needle-like or fibrous wollastonite having an average fiber diameter of 5 μm or less and an average fiber length of 40 to 80 μm, and the wollastonite being surface-treated with an amino silane coupling agent or an epoxy silane coupling agent. the peroxide-crosslinkable fluororubber being a fluorine-containing elastomer having a fluorine content of 63 to 71 wt.% and a Mooney viscosity ML 1+10 at 121 °C of 20 to 100, and containing iodine and/or bromine as a crosslinking site in the molecule, the wollastonite being needle-like or fibrous wollastonite having an average fiber diameter of 5 μm or less and an average fiber length of 40 to 80 μm, and the wollastonite being surface-treated with an amino silane coupling agent or an epoxy silane coupling agent.
Robotised automated warehouse, characterised in that it comprises: - at least two horizontal fixed supports for holding in position a plurality of bins comprising products to be delivered, each horizontal fixed support being at a height referred to as "fixed support height"; - at least one conveyor configured to support at least one bin in horizontal movement, each conveyor being positioned at a conveying height different from each fixed support height; and - at least one mobile carriage equipped with a picking head and a motor (34, 38) for moving the picking head, configured to pick up a single bin on a bin support, move it vertically up to a conveying height and mechanically connect the moved bin to the conveyor placed at this conveying height, characterised in that the robotised automated warehouse comprises at least one conveyor positioned between two horizontal fixed supports. - at least two horizontal fixed supports for holding in position a plurality of bins comprising products to be delivered, each horizontal fixed support being at a height referred to as "fixed support height"; - at least one conveyor configured to support at least one bin in horizontal movement, each conveyor being positioned at a conveying height different from each fixed support height; and - at least one mobile carriage equipped with a picking head and a motor (34, 38) for moving the picking head, configured to pick up a single bin on a bin support, move it vertically up to a conveying height and mechanically connect the moved bin to the conveyor placed at this conveying height, characterised in that the robotised automated warehouse comprises at least one conveyor positioned between two horizontal fixed supports.
A method of producing a semiconductor device comprising an insulation film covering a semiconductor wafer so as to expose electrodes or pads fabricated in the wafer and wiring lines located on the insulation film and connected to the respective electrodes or pads, the method comprising: providing a semiconductor wafer having an insulation film covering the wafer so as to expose a conductor layer for electrodes or pads fabricated in the wafer, wherein the insulation film is made of polyimide or polybenzoxazole, and the conductor layer for the electrodes or pads of the wafer is made of aluminium or an alloy of aluminium, or copper or an alloy of copper; ion milling the surface of the wafer provided with the insulation film; and forming a patterned conductor layer for wiring lines on the ion-milled surface of the wafer; characterised in that: the ion milling step uses a mixed gas of argon and hydrogen, containing 5 to 33% by volume of hydrogen; and the method further comprises the step of dry etching the surface of the wafer provided with the insulation film and the patterned conductor layer with nitrogen gas in order to restore an insulation resistance of the insulation film, which may have been more or less lowered by the former ion milling. providing a semiconductor wafer having an insulation film covering the wafer so as to expose a conductor layer for electrodes or pads fabricated in the wafer, wherein the insulation film is made of polyimide or polybenzoxazole, and the conductor layer for the electrodes or pads of the wafer is made of aluminium or an alloy of aluminium, or copper or an alloy of copper; ion milling the surface of the wafer provided with the insulation film; and forming a patterned conductor layer for wiring lines on the ion-milled surface of the wafer; the ion milling step uses a mixed gas of argon and hydrogen, containing 5 to 33% by volume of hydrogen; and the method further comprises the step of dry etching the surface of the wafer provided with the insulation film and the patterned conductor layer with nitrogen gas in order to restore an insulation resistance of the insulation film, which may have been more or less lowered by the former ion milling.
A mask assembly comprising a mask seal, the mask seal comprising a proximal face-contacting flange 160 or side and a distal facing surface or side, the mask seal further comprising an upper portion and a lower portion, the upper portion comprising a nasal bridge portion and being pivotable relative to the lower portion, the upper portion comprising a region of reduced stiffness that is positioned between a first boundary, the first boundary being defined by a stiffness greater than that in the region of reduced stiffness, the second boundary being defined by a stiffness greater than that in the region of reduced stiffness, wherein when the first boundary is moved toward the second boundary, the region of reduced stiffness buckles in a single direction to define a roll of material that increases in size away from the face-contacting flange 160 or side as the first boundary continues to move toward the second boundary to facilitate movement of the nasal bridge portion of the mask seal relative to the lower portion of the mask seal.
A microwave generator for supplying a microwave to a plasma light emission device having an electrodeless bulb, comprising: an anode part having an anode cylinder, and 12 or more anode resonant plates radially arranged from an inner wall of the anode cylinder toward a tube axis thereof; a cathode part having a filament disposed along the tube axis of the anode cylinder; and an excitation circuit generating a magnetic field in the tube axis direction of the anode cylinder, wherein the excitation circuit includes a permanent magnet (27a, 27b) having a magnetic flux density of 230 mT or more, and a ratio, rc/ra, of a radius, rc, of a cathode outside diameter, 2rc, to a radius, ra, of an anode inside diameter, 2ra, is 0.487 or more, wherein the anode inside diameter, 2ra, is an inside diameter of inner end portions of the anode resonant plates, wherein a maximum output efficiency of the microwave to be generated with an input power of 700W or less is 70% or more. an anode part having an anode cylinder, and 12 or more anode resonant plates radially arranged from an inner wall of the anode cylinder toward a tube axis thereof; a cathode part having a filament disposed along the tube axis of the anode cylinder; and an excitation circuit generating a magnetic field in the tube axis direction of the anode cylinder, wherein the excitation circuit includes a permanent magnet (27a, 27b) having a magnetic flux density of 230 mT or more, and a ratio, rc/ra, of a radius, rc, of a cathode outside diameter, 2rc, to a radius, ra, of an anode inside diameter, 2ra, is 0.487 or more, wherein the anode inside diameter, 2ra, is an inside diameter of inner end portions of the anode resonant plates, wherein a maximum output efficiency of the microwave to be generated with an input power of 700W or less is 70% or more.
An arrangement comprising a turbine, which drives a generator via a transmission, and comprising a lubrication circuit for supplying the transmission with lubricant, wherein the lubrication circuit has a first lubricant pump, which, in a first operating mode of the lubrication circuit, conveys lubricant via the lubrication circuit to components of the transmission subject to wear, characterized in that the drive of the first lubricant pump is independent of the operating mode of the transmission, and the lubrication circuit has an outlet, via which, in a second operating mode of the lubrication circuit, lubricant is removable from the lubrication circuit with the aid of an emptying pump, wherein the emptying pump is the first lubricant pump.
A reinforcing belt package for radial vehicle tires which is wound in strips between the tread and carcass of the tires such that it will have 0-5° between the equatorial plane, and essentially comprising - at least one circumferential belt which is formed by arranging the metallic cords and the polymeric cords following each other such that polymeric cord will follow after the metallic cord, metallic cord will follow after the polymeric cord and wherein metal cords are obtained by twisting steel monofilaments, and polymer cords are obtained by nylon 6.6, nylon 4.6, polyethylene terephthalate, polyethylene naphthalate or aramide-nylon hybrid monofilaments and characterized by - at least two rubber layers which cover above and below the circumferential belt, and which are comprised of short fibers comprised of aramide, rayon, polyester and/or polyamide material and arranged transversally to the circumferential belt - at least one circumferential belt which is formed by arranging the metallic cords and the polymeric cords following each other such that polymeric cord will follow after the metallic cord, metallic cord will follow after the polymeric cord and wherein metal cords are obtained by twisting steel monofilaments, and polymer cords are obtained by nylon 6.6, nylon 4.6, polyethylene terephthalate, polyethylene naphthalate or aramide-nylon hybrid monofilaments and characterized by - at least two rubber layers which cover above and below the circumferential belt, and which are comprised of short fibers comprised of aramide, rayon, polyester and/or polyamide material and arranged transversally to the circumferential belt
A surgical tool comprising: a body portion having proximal and distal ends and defining a first longitudinal axis ("X"); a tool assembly defining a second longitudinal axis and being pivotally secured to the body portion by a mounting assembly, the mounting assembly including: a first mounting member for pivotally connecting the tool assembly to the body portion; and a first spring member operably secured to the body portion for maintaining the second longitudinal axis in alignment with the first longitudinal axis and for returning the second longitudinal axis into alignment with the first longitudinal axis following articulation of the tool assembly relative to the body portion; characterised in that the first spring member includes first and second arms (238a, 238b) and the first mounting member includes a cam portion, the cam portion being received between and engaging the first and second arms, wherein articulation of the tool assembly deflects the respective first and second arms against the cam portion of the first mounting member. a body portion having proximal and distal ends and defining a first longitudinal axis ("X"); a tool assembly defining a second longitudinal axis and being pivotally secured to the body portion by a mounting assembly, the mounting assembly including: a first mounting member for pivotally connecting the tool assembly to the body portion; and a first spring member operably secured to the body portion for maintaining the second longitudinal axis in alignment with the first longitudinal axis and for returning the second longitudinal axis into alignment with the first longitudinal axis following articulation of the tool assembly relative to the body a first mounting member for pivotally connecting the tool assembly to the body portion; and a first spring member operably secured to the body portion for maintaining the second longitudinal axis in alignment with the first longitudinal axis and for returning the second longitudinal axis into alignment with the first longitudinal axis following articulation of the tool assembly relative to the body portion; characterised in that the first spring member includes first and second arms (238a, 238b) and the first mounting member includes a cam portion, the cam portion being received between and engaging the first and second arms, wherein articulation of the tool assembly deflects the respective first and second arms against the cam portion of the first mounting member.
A method of manufacturing a hydrogen sensor comprising the steps of: forming a thin film made of a transition metal or an alloy thereof on a surface of an elastic substrate, and forming a plurality of nanogaps in the thin film formed on the surface of the elastic substrate by applying a tensile force to the elastic substrate, wherein the nanogaps are formed as the thin film is stretched in a direction in which the tensile force acts while being contracted in a direction perpendicular to the direction in which the tensile force acts when the tensile force is applied, and is contracted again in the direction in which the tensile force is released while being stretched again in the direction perpendicular to the direction in which the tensile force is released when the tensile force is released. forming a thin film made of a transition metal or an alloy thereof on a surface of an elastic substrate, and forming a plurality of nanogaps in the thin film formed on the surface of the elastic substrate by applying a tensile force to the elastic substrate,