mhurhangee/ep-ind-claims huggingface dataset:
A magnetic element including a free layer with at least two interfaces that produce interfacial perpendicular anisotropy, comprising: (a) a tunnel barrier layer; (b) the free layer that has a first interface with said tunnel barrier layer and a second interface with a Hk enhancing layer formed on a surface of the free layer that is opposite a surface adjoining the tunnel barrier layer; and (c) the Hk enhancing layer, characterized in that the free layer has a first magnetic layer with a first CoFeB composition with a Fe content ≥50% at adjoining the tunnel barrier layer, and a second magnetic layer with a second CoFeB composition with a Co content ≥ 50% at formed on the first magnetic layer, and contacting the Hk enhancing layer. (a) a tunnel barrier layer; (b) the free layer that has a first interface with said tunnel barrier layer and a second interface with a Hk enhancing layer formed on a surface of the free layer that is opposite a surface adjoining the tunnel barrier layer; and (c) the Hk enhancing layer, characterized in that the free layer has a first magnetic layer with a first CoFeB composition with a Fe content ≥50% at adjoining the tunnel barrier layer, and a second magnetic layer with a second CoFeB composition with a Co content ≥ 50% at formed on the first magnetic layer, and contacting the Hk enhancing layer.
A stable hydrophilic based polymer gel for topical application for use in treating burn injuries and skin erosions, characterized in that: a) It contains chitosan, having a molecular weight between 25,000 and 1,250,000 g/mol., is the main constituent of the hydrogel and it is present in proportions varying between 2 and 8% b) The chitosan is dissolved by the addition of a solvent, c) It contains panthenol and Portulaca oleracea extract. d) It contains the preservatives polyaminopropyl Biguanide, Gluconolactone, Sodium Benzoate and Calcium Gluconate that are innocuous to the skin each one in a concentration varying between 0.1 and 30%. e) It has a pH between 5.0 and 5.9. a) It contains chitosan, having a molecular weight between 25,000 and 1,250,000 g/mol., is the main constituent of the hydrogel and it is present in proportions varying between 2 and 8% b) The chitosan is dissolved by the addition of a solvent, c) It contains panthenol and Portulaca oleracea extract. d) It contains the preservatives polyaminopropyl Biguanide, Gluconolactone, Sodium Benzoate and Calcium Gluconate that are innocuous to the skin each one in a concentration varying between 0.1 and 30%. e) It has a pH between 5.0 and 5.9.
A fuel system for an internal combustion piston engine comprising a first fuel section for feeding a low viscosity fuel to the engine in liquid phase, and a second fuel section for feeding second fuel to the engine in liquid form, in which the first fuel section comprises an first inlet line connecting respective inlets of the injectors (25.1) to a tank, and the second fuel section comprises a second inlet line connecting respective inlets of the injectors (25.2) to a fuel tank, the second fuel section being arranged to inject the fuel into the combustion chambers for igniting the first fuel, in which first fuel section the inlet line extends from a high pressure pump to the respective injectors (25.1), and a fuel return line (20") of the first fuel section extends from each of the injectors (25.1) to the tank, characterized in that the fuel return line (20") comprises a pressure increasing means arranged to the fuel return line (20") of the first fuel section between the injectors (25.1) and the tank.
A method for analyzing triglyceride, comprising a step of analyzing an isomer of triglyceride by supercritical fluid chromatography, wherein a plurality of types of stationary phases are used in the supercritical liquid chromatography, and at least two stationary phases among the stationary phases have different chiral selectors in each of which one or more chlorines are bound to a polysaccharide derivative. a step of analyzing an isomer of triglyceride by supercritical fluid chromatography, wherein a plurality of types of stationary phases are used in the supercritical liquid chromatography, and at least two stationary phases among the stationary phases have different chiral selectors in each of which one or more chlorines are bound to a polysaccharide derivative.
Helical counterflow heat exchanger that comprises three flexible flat monolithic double-sided enamelled steel bands annealed at temperatures above 500° C (4, 4', 4"), that define two chambers (5, 6) and are wound helically around a central longitudinal axis, wherein a first fluid is guided through the first chamber and a second fluid is guided through the second chamber in the opposite direction, and whereby a corrosion-resistant helical spacer imposes the mutual fixed distance and the curve of the windings of the enamelled steel bands (4,4',4''), prevents corrosion of the steel bands (4,4',4") at the level of their edges and allows successive windings of the helical heat exchanger (3,3') to fit against one another in the direction of the longitudinal axis.
Jet regulator (101, 104, 111, 115, 127, 130) having a jet regulator housing which on the housing external circumference thereof, at a spacing from an outflow-side housing end side, has an external thread for screw-fitting into an internal thread in a water outlet of a sanitary outlet fitting, wherein the jet regulator (101, 104, 111, 115, 127, 130) is configured as a jet aerator which mixes the water flowing therethrough with ambient air, and wherein the jet regulator (101, 104, 111, 115, 127, 130) to this end, in a housing portion of the jet regulator housing that is disposed on the outflow side of the external thread, has at least one aeration opening that is provided on the housing circumference or on the housing end side of the jet regulator housing, characterized in that a housing part-region of the jet regulator housing that is disposed on the outflow side of the external thread is angled in the direction towards the internal circumference of the water outlet in such a manner that a drainage annular space is formed between said housing part-region and the internal circumference of the water outlet.
An optical surface extending in at least two Cartesian base dimensions (X, Y), wherein a cross-section of the surface taken in either of said two Cartesian base dimensions (X, Y) comprises - a first plurality of protuberances extending to the same direction in a third Cartesian dimension, - a second plurality of protuberances extending to the opposite direction as the first plurality of protuberances in the third Cartesian dimension, wherein the pluralities of protuberances (201, 202) form converging and diverging optical shapes for mixing different wavelengths scattering from the optical surface, characterized in that the two Cartesian base dimensions (X, Y) define a base surface, from which the first and second plurality of protuberances (201, 202) are deviations, which exhibit an area acting as a converging or diverging optical surface such that each protuberance (201, 202) is separated by a section along the base surface defined by said two Cartesian base dimensions (X, Y). - a first plurality of protuberances extending to the same direction in a third Cartesian dimension, - a second plurality of protuberances extending to the opposite direction as the first plurality of protuberances in the third Cartesian dimension,
A solution for storing a polymerase, the solution comprising, a polymerase; sodium dodecyl sulfate as anionic surfactant at a concentration of 0.001 % to 0.09 %; and cetyl trimethylammonium bromide (CTAB) as cationic surfactant at a concentration of 0.001 % to 0.09 %, wherein the concentration of one of the surfactants is no more than 20% different from the other surfactant.
A method comprising: making, by a user equipment, mobility information including visited cell history available to a network node based on at least mobility state estimation configuration information received from the network node; and reporting, by the user equipment, the mobility information including the visited cell history to the network node. making, by a user equipment, mobility information including visited cell history available to a network node based on at least mobility state estimation configuration information received from the network node; and reporting, by the user equipment, the mobility information including the visited cell history to the network node.
Motor drive for actuation of an on-load tap changer or off-load tap changer, wherein this comprises a drive motor which drives at least one load transmission and indicator transmission, wherein the load transmission comprises a first drive shaft with a first drive pulley, which is mechanically connected therewith and connected with the drive motor, and a second drive shaft with a second drive pulley, which is connected therewith, wherein the first and second drive pulleys (6 and 8) are mechanically coupled, wherein the second drive shaft in turn is in operative connection at a first end thereof with the on-load tap changer or the off-load tap changer and is connectible by a second end thereof with the indicator transmission, wherein the indicator transmission co-operates with a setting indicator, by means of which the currently activated setting of the on-load tap changer or off-load tap changer can be indicated, characterised in that a switchable coupling device is present between the setting indicator and the load transmission.
Vertical photovoltaic system having a mast and at least two PV modules, optionally in a rigid configuration, or having single axis solar tracking or dual axis solar tracking, wherein the photovoltaic system comprises a first mast portion (5, MA1) which is arranged vertically in a rigid and rotationally fixed manner, wherein at least one further mast portion is placed on the mast portion (5 MA1), and wherein the further mast portion (5 MA 2) has at least one horizontally arranged shaft, which is equipped symmetrically on both sides at least with a PV module, and wherein further mast portions (5 MA2,3,4,n,) are placed vertically or obliquely at an angle (Alpha 1;47), and wherein the angle (Alpha 1;47), viewed from the sun, is always at least 90 degrees plus the angle (Alpha 1;47), and wherein the further mast portions (5 MA2,3,4,n,) can be designed to be rotatable in the longitudinal extension thereof, wherein the rotation follows the course of the sun, wherein the PV module is pivotably arranged on a shaft stub (4.1) and a torque limiting element is arranged between the shaft stub (4.1) and the PV module, so that, from a predetermined wind load, the PV module rotates horizontally about the shaft stub (4.1) out of the wind.
Side tarpaulin tensioner comprising a base body having two parallel side cheeks, a tensioning bracket designed as a single-arm lever, which is pivotably mounted about a first pivot axis extending between the side cheeks of the base body orthogonally thereto, as well as a hook part for engaging behind a stationary holding element serving as an abutment with respect to the tarpaulin to be tensioned, which holding element is pivotably mounted about a second pivot axis extending between the side cheeks parallel to the first pivot axis, wherein at least one first latching element is arranged on the tensioning bracket, which can be latched, in the closed position of the tensioning bracket, with a second latching element arranged on the base body, characterised in that at least one latching element is formed by a spring clip arranged on the tensioning bracket, which can be latched in at least one latching receptacle arranged on the base body, wherein a front cheek for receiving a fastener for connection to a tarpaulin is arranged on the base body and at least one second latching element designed as a latching receptacle is formed by a groove arranged on the front cheek.
An ink comprising: a glass frit milled to a particle size of 0.3 - 0.8 micron; a solvent, wherein the solvent is one of a group of solvents with density exceeding 1.10 g/cc; and a deflocculating or controlled flocculation dispersant. a glass frit milled to a particle size of 0.3 - 0.8 micron; a solvent, wherein the solvent is one of a group of solvents with density exceeding 1.10 g/cc; and a deflocculating or controlled flocculation dispersant.
An apparatus for contactless input (10; 50; 67), comprising: a display (11; 51; 68) having a number of light-emitting blocks, part or all of the light-emitting blocks each having a light sensor incorporated; and an optical image formation means having a number of first minute reflective surfaces and a number of second minute reflective surfaces arranged crossed in planar view, the first minute reflective surfaces arranged standing on a same plane, the second minute reflective surfaces arranged standing on a same plane, first reflected light from each of the first minute reflective surfaces being reflected on the corresponding second minute reflective surfaces to form second reflected light, wherein a first real image (12; 70) is formed from an image (11a; 69) on the display (11; 51; 68) by means of the optical image formation means, the display (11; 51; 68) being arranged on one side of the optical image formation means, the first real image (12; 70) being formed on the other side of the optical image formation means; a second real image is formed on the display (11; 51; 68) on one side of the optical image formation means, from an image of an indicating means having come into contact with the first real image (12; 70); and a position of the second real image is detected by the light sensors of the display (11; 51; 68), a display (11; 51; 68) having a number of light-emitting blocks, part or all of the light-emitting blocks each having a light sensor incorporated; and an optical image formation means having a number of first minute reflective surfaces and a number of second minute reflective surfaces arranged crossed in planar view, the first minute reflective surfaces arranged standing on a same plane, the second minute reflective surfaces arranged standing on a same plane, first reflected light from each of the first minute reflective surfaces being reflected on the corresponding second minute reflective surfaces to form second reflected light, wherein a first real image (12; 70) is formed from an image (11a; 69) on the display (11; 51; 68) by means of the optical image formation means, the display (11; 51; 68) being arranged on one side of the optical image formation means, the first real image (12; 70) being formed on the other side of the optical image formation means; a second real image is formed on the display (11; 51; 68) on one side of the optical image formation means, from an image of an indicating means having come into contact with the first real image (12; 70); and a position of the second real image is detected by the light sensors of the display (11; 51; 68),
A rolled thread screw comprising: a screw part having, on an outer circumferential part of the screw part, thread crests and thread grooves disposed alternately along an axial direction of the rolled thread screw; and a columnar part (2,4) adjoining at least one of both sides of the screw part in the axial direction, wherein an axial end surface (23,41) of the columnar part (2,4) is provided with a first concave surface (24,42) concave in the axial direction, a second concave surface (25,43) positioned to an outer circumference of the first concave surface (24,42) and being concave in the axial direction, and a salient part (26,44) positioned on a boundary between the first concave surface (24,42) and the second concave surface (25,43) and projecting further than a bottom of the first concave surface (24,42) and a bottom of the second concave surface (25,43), the salient part (26,44) extending in an arc-like shape along a circumferential direction of the columnar part (2,4) as viewed in the axial direction. a screw part having, on an outer circumferential part of the screw part, thread crests and thread grooves disposed alternately along an axial direction of the rolled thread screw; and a columnar part (2,4) adjoining at least one of both sides of the screw part in the axial direction, wherein an axial end surface (23,41) of the columnar part (2,4) is provided with a first concave surface (24,42) concave in the axial direction, a second concave surface (25,43) positioned to an outer circumference of the first concave surface (24,42) and being concave in the axial direction, and a salient part (26,44) positioned on a boundary between the first concave surface (24,42) and the second concave surface (25,43) and projecting further than a bottom of the first concave surface (24,42) and a bottom of the second concave surface (25,43), the salient part (26,44) extending in an arc-like shape along a circumferential direction of the columnar part (2,4) as viewed in the axial direction. a first concave surface (24,42) concave in the axial direction, a second concave surface (25,43) positioned to an outer circumference of the first concave surface (24,42) and being concave in the axial direction, and a salient part (26,44) positioned on a boundary between the first concave surface (24,42) and the second concave surface (25,43) and projecting further than a bottom of the first concave surface (24,42) and a bottom of the second concave surface (25,43), the salient part (26,44) extending in an arc-like shape along a circumferential direction of the columnar part (2,4) as viewed in the axial direction.
A wiper arm assembly for a vehicle windscreen wiper system, the wiper arm assembly including: - a wiper arm configured to support a wiper blade, - a mounting member configured to be secured to a wiper shaft, the wiper arm being pivotally connected to the mounting portion, - a spring member including a first spring end portion (14.1) operatively connected to the wiper arm and a second spring end portion (14.2) operatively connected to the mounting member, the spring member being configured to apply a biasing force to the wiper arm such that, in use, a wiper blade supported by the wiper arm is urged against a vehicle windscreen, - a force adjusting device configured to adjust the biasing force applied by the spring member to the wiper arm, the force adjusting device including an actuating member to which is connected the first spring end portion (14.1) of the spring member, the actuating member being movably mounted on the wiper arm between a first adjusting position and a second adjusting position, and being configured to displace the first spring end portion (14.1) between a first spring position in which the spring member applies a first biasing force to the wiper arm and a second spring position in which the spring member applies a second biasing force to the wiper arm which is higher than the first biasing force, when the actuating member is displaced between the first and second adjusting positions, the force adjusting device further including at least one guiding slot (21, 22) provided on the wiper arm and configured to guide the actuating member during displacements of the actuating member between the first and second adjusting positions, the at least one guiding slot (21, 22) including a first abutting surface (23.1, 24.1) on which the actuating member abuts when the actuating member is in the first adjusting position, and a second abutting surface (23.2, 24.2) on which the actuating member abuts when the actuating member is in the second adjusting position, characterized in that the at least one guiding slot (21, 22) includes an elongated guiding portion (21.1, 22.1) defining the first abutting surface (23.1, 24.1), and a retaining portion (21.2, 22.2) defining the second abutting surface (23.2, 24.2). - a wiper arm configured to support a wiper blade, - a mounting member configured to be secured to a wiper shaft, the wiper arm being pivotally connected to the mounting portion, - a spring member including a first spring end portion (14.1) operatively connected to the wiper arm and a second spring end portion (14.2) operatively connected to the mounting member, the spring member being configured to apply a biasing force to the wiper arm such that, in use, a wiper blade supported by the wiper arm is urged against a vehicle windscreen, - a force adjusting device configured to adjust the biasing force applied by the spring member to the wiper arm,
Device, in particular exhaust gas aftertreatment device, with a pipe, in particular exhaust pipe, through which a gas flow, in particular exhaust gas of an internal combustion engine, is guided, with an injection device which is assigned to the pipe and is intended for the metered injection of a liquid medium, in particular exhaust gas aftertreatment means, into the gas flow, wherein the injection device is arranged on a circumferential wall of the pipe in such a manner that an injection direction of the injection device is oriented obliquely with respect to the longitudinal axis of the pipe, and with at least one mixing apparatus which is arranged in the pipe downstream of the injection device and which has a plurality of air-guiding elements which are arranged in a plane and are designed in the manner of wings, characterized in that the air-guiding elements are arranged in the pipe distributed in an at least radially oriented manner over the circumference of the pipe, wherein the plane is oriented at least substantially perpendicularly to the injection direction of the injection device.