mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented graphical user interface of a production plant control system for a display, comprising: an information area for representing a section (A') of a work surface on which one or more widgets (W1 to W10) are arranged, and a much smaller navigation area in comparison with the information area, arranged outside the information area, with a miniaturized representation of the entire work surface and the widgets (W1 to W10) arranged thereon, wherein the navigation area and the information area are coupled by means of a selection indicator, which is movable in the navigation area, such that a partial area of the work surface (A*) represented in a miniaturized manner, said partial area being determined in the navigation area by the selection indicator, corresponds to the section (A') of the work surface that is represented in the information area, characterized in that a copying mode can be set by the user, and in that the navigation area and the widgets (W1 to W10) are coupled such that in the copying mode upon the movement of a widget (W5*) represented in a miniaturized manner from the navigation area into the information area, a copy of the relevant widget (W5+) is created and arranged on the work surface. an information area for representing a section (A') of a work surface on which one or more widgets (W1 to W10) are arranged, and a much smaller navigation area in comparison with the information area, arranged outside the information area, with a miniaturized representation of the entire work surface and the widgets (W1 to W10) arranged thereon, wherein the navigation area and the information area are coupled by means of a selection indicator, which is movable in the navigation area, such that a partial area of the work surface (A*) represented in a miniaturized manner, said partial area being determined in the navigation area by the selection indicator, corresponds to the section (A') of the work surface that is represented in the information area, characterized in that a copying mode can be set by the user, and in that the navigation area and the widgets (W1 to W10) are coupled such that in the copying mode upon the movement of a widget (W5*) represented in a miniaturized manner from the navigation area into the information area, a copy of the relevant widget (W5+) is created and arranged on the work surface.
A method of activating a haptic output device of the kind responsive to signals defining directional force comprising receiving a series of signals defining a multiplicity of data packets, each packet defining a directional force applied at one location for transmission to the current location, determining from packet data the information defining a position to which a haptic output device is expected to move, using current positional data to generate output signals defining force and direction, applying a damping factor to said force and direction signals to slow the rate of movement from a previously defined position towards the current defined position, storing data defining each of a multiplicity of positions to which the haptic output device has moved, analysing said data to determine frequency components in the movement which are increasing, creating a filter function to remove said growing frequency components and applying said filter function to said force and direction signals to eliminate said frequency components from movement effected by the haptic output device.
Braking hand control for the dual control of a vehicle of type school vehicle, heavy group vehicle, goods carrier type, semitrailer tractor or coach, said braking hand control being positioned adjacent to the driver's seat and comprising a pedal with housing for the brake pedal without the brake pedal, characterized in that it comprises: - a first upright extending between a first end comprising a braking insert and a second end comprising a gripping element of the hand control, the braking insert being adapted for lodging in the housing of the brake pedal, - a locking element maintaining the position of the braking insert in the housing of the brake pedal. - a first upright extending between a first end comprising a braking insert and a second end comprising a gripping element of the hand control, the braking insert being adapted for lodging in the housing of the brake pedal, - a locking element maintaining the position of the braking insert in the housing of the brake pedal.
A method of treating the surface a carbon fiber comprising; (i) contacting a carbon fiber surface with an aqueous solution comprised of a non-cyclic aliphatic amine and water soluble inorganic hydroxide and said aqueous solution having a pH of at least 9 (ii) applying a positive electrical bias to the carbon fibers in the aqueous solution relative to another electrode in contact with the aqueous solution, wherein the positive electrical bias is at a voltage above the oxidation potential of water. (i) contacting a carbon fiber surface with an aqueous solution comprised of a non-cyclic aliphatic amine and water soluble inorganic hydroxide and said aqueous solution having a pH of at least 9 (ii) applying a positive electrical bias to the carbon fibers in the aqueous solution relative to another electrode in contact with the aqueous solution, wherein the positive electrical bias is at a voltage above the oxidation potential of water.
A self-heating container, comprising: a first shell configured to receive contents; a second shell external to and nested with the first shell, the second shell comprising a reaction chamber comprising a reactant therein; and an activator container comprising an activator and a means disposed in the activator container for placing said activator container in fluid communication with the activator receiving chamber, wherein the activator container and the first shell each have walls (12, 22) that prevent the activator from penetrating the first shell; the activator container is configured to be opened by the means to release the activator into the reaction chamber; when the activator container is opened, the activator contacts the reactant and forms an exothermic reaction that radiates heat between the first shell and the second shell to transfer heat to at least part of the walls of the first shell, characterized in that an exothermic gel is formed by the exothermic reaction that sequesters the activator and restricts the activator from leaking out of the reaction chamber. a first shell configured to receive contents; a second shell external to and nested with the first shell, the second shell comprising a reaction chamber comprising a reactant therein; and an activator container comprising an activator and a means disposed in the activator container for placing said activator container in fluid communication with the activator receiving chamber, wherein the activator container and the first shell each have walls (12, 22) that prevent the activator from penetrating the first shell; the activator container is configured to be opened by the means to release the activator into the reaction chamber; when the activator container is opened, the activator contacts the reactant and forms an exothermic reaction that radiates heat between the first shell and the second shell to transfer heat to at least part of the walls of the first shell, characterized in that an exothermic gel is formed by the exothermic reaction that sequesters the activator and restricts the activator from leaking out of the reaction chamber.
A polymorph of a monohydrate bis-mesylate salt of a compound of Formula I: characterized by an X-ray diffraction pattern comprising 2θ-reflections, plus or minus 0.2 degrees 2θ, selected from the group consisting of A: 13.8, 16.9, 22.9, and 26.1; B: 7.7, 12.9, 17.7, and 18.1; and C: 7.7, 12.9, 13.8, 16.9, 17.7, 18.1, 22.9, and 26.1.
A pneumatic tire comprising a tread having an outer surface that is a tread surface that comes into contact with a road surface, wherein the tread includes a plurality of ribs that extend in a circumferential direction, and are aligned in an axial direction, a main groove is formed between one of the ribs and another rib disposed adjacent to the one of the ribs, a rib, among the ribs, disposed at an equator plane of the tire, or near the equator plane, is a crown rib, and a rib, among the ribs, disposed on an outer side in the axial direction is a shoulder rib, an outer surface of the crown rib and an outer surface of the shoulder rib form a part of the tread surface, on a cross-section of the tire along a plane that includes a rotation axis of the tire, an outline of the outer surface of the crown rib is represented as a first arc, and a center of a circle to which the first arc belongs is disposed on the equator plane, an outline of the outer surface of the shoulder rib is represented as a second arc, characterized in that a ratio of a distance from a center of a chord of the second arc to the second arc relative to a length of the chord of the second arc is not less than 0.03 and not greater than 0.05. a tread having an outer surface that is a tread surface that comes into contact with a road surface, wherein the tread includes a plurality of ribs that extend in a circumferential direction, and are aligned in an axial direction, a main groove is formed between one of the ribs and another rib disposed adjacent to the one of the ribs, a rib, among the ribs, disposed at an equator plane of the tire, or near the equator plane, is a crown rib, and a rib, among the ribs, disposed on an outer side in the axial direction is a shoulder rib, an outer surface of the crown rib and an outer surface of the shoulder rib form a part of the tread surface, on a cross-section of the tire along a plane that includes a rotation axis of the tire, an outline of the outer surface of the crown rib is represented as a first arc, and a center of a circle to which the first arc belongs is disposed on the equator plane, an outline of the outer surface of the shoulder rib is represented as a second arc,
An extension fitting element for a rotor blade (1, 2) of a wind turbine, which extension fitting element is designed as a rotor blade rib with a recess and which can be pushed onto the rotor blade tip of a rotor blade to be extended, in such a way that the rotor blade tip protrudes through the recess and contacts the circumferential surface of the recess in an positive-locking manner, wherein the extension fitting element has, on its outer circumference, an outer circumferential surface onto which a shell-like rotor blade extension can be pushed in an positive-locking manner, characterized in that the extension fitting element has a core made of a lightweight construction material, in particular a foam, in particular PVC foam, or balsa wood, and has, on its outer circumferential surface and/or on its inner circumferential surface, a coating made of a layered composite material, in particular a fiber-reinforced layered composite material, and wherein the core of the extension fitting element has recesses, in particular slits and/or boreholes (7, 19), which are filled with a material that has a higher strength and/or rigidity than the material of the core. characterized in that the extension fitting element has a core made of a lightweight construction material, in particular a foam, in particular PVC foam, or balsa wood, and has, on its outer circumferential surface and/or on its inner circumferential surface, a coating made of a layered composite material, in particular a fiber-reinforced layered composite material, and wherein the core of the extension fitting element has recesses, in particular slits and/or boreholes (7, 19), which are filled with a material that has a higher strength and/or rigidity than the material of the core.
An anchoring fitting for anchoring in a workpiece, wherein the anchoring fitting comprises a tie rod to be arranged in a connecting recess of the workpiece and a buttress body to be arranged in a buttress recess of the workpiece communicating with the connecting recess, wherein the buttress body comprises an insertion receptacle for the insertion of an insertion section of the tie rod along an insertion axis and a support surface arrangement for support on the buttress recess of the workpiece, wherein at least one support surface of the support surface arrangement extends, in particular approximately perpendicularly, transversely to a longitudinal axis of the tie rod inserted into the insertion receptacle, so that the tie rod is supported with respect to its longitudinal axis on the buttress recess, wherein the anchoring fitting comprises a clamping body for clamping the insertion section of the tie rod in the insertion receptacle, and wherein at least one support body of the anchoring fitting has a flat shape having opposing flat sides and narrow sides, which are rounded in particular, extending between the flat sides for formfitting support at least in sections in the connecting recess or the buttress recess of the workpiece, wherein the insertion receptacle, transversely to the insertion axis, has an alignment transverse width, which is suitable for aligning the tie rod with respect to the buttress body, and which is greater than a movement play necessary for the insertion of the tie rod into the insertion receptacle, characterized in that the at least one support body comprises a buttress body receptacle for the buttress body, in which the buttress body engages in the assembled state of the anchoring fitting.
A wear-impeding lining element which includes at least three layers and which is configured to be mounted to a structure (7; 17) or surface exposed to wear, said lining element (1; 11) having a total thickness from 20 mm to 210 mm and said lining element comprising: a) a lower reinforcing layer (4; 14) which, when the lining element is mounted, is located adjacent said structure or surface exposed to wear; said reinforcement layer comprising either a homogenous polymer material or a reinforced polymer material provided with at least one reinforcement (4; 14a) embedded in the reinforcement layer polymer material, wherein said lower reinforcement layer has a thickness which forms 5-25% of said total thickness of the lining element, and wherein said lower reinforcement layer has a Shore hardness in the range of 65-95; b) an upper wear-impeding layer (2; 12) comprising a polymer material with reinforcing fillers providing wear resistance and improved breaking strength, wherein said upper wear-impeding layer has a thickness which forms 50-71% of said total thickness of the lining element, and wherein said upper wear-impeding layer has a Shore hardness in the range of 40-90; and c) an intermediate energy-absorbing layer (3; 13) which is sandwiched between said reinforcement layer (4; 14) and said wear-impeding layer (2; 12); said energy-absorbing layer comprising a polymer material including natural or synthetic rubber, wherein said intermediate energy-absorbing layer has a thickness which forms 7-30% of said total thickness of the lining element, and wherein said intermediate energy-aborbing layer has a Shore hardness in the range of 30-70. a) a lower reinforcing layer (4; 14) which, when the lining element is mounted, is located adjacent said structure or surface exposed to wear; said reinforcement layer comprising either a homogenous polymer material or a reinforced polymer material provided with at least one reinforcement (4; 14a) embedded in the reinforcement layer polymer material, wherein said lower reinforcement layer has a thickness which forms 5-25% of said total thickness of the lining element, and wherein said lower reinforcement layer has a Shore hardness in the range of 65-95; b) an upper wear-impeding layer (2; 12) comprising a polymer material with reinforcing fillers providing wear resistance and improved breaking strength, wherein said upper wear-impeding layer has a thickness which forms 50-71% of said total thickness of the lining element, and wherein said upper wear-impeding layer has a Shore hardness in the range of 40-90; and c) an intermediate energy-absorbing layer (3; 13) which is sandwiched between said reinforcement layer (4; 14) and said wear-impeding layer (2; 12); said energy-absorbing layer comprising a polymer material including natural or synthetic rubber, wherein said intermediate energy-absorbing layer has a thickness which forms 7-30% of said total thickness of the lining element, and wherein said intermediate energy-aborbing layer has a Shore hardness in the range of 30-70.
A compound of Formula: or a pharmaceutically acceptable salt thereof, where: R 1 is a cyclohexyl, tetrahydrofuranyl or oxanyl ring, each of which is optionally substituted by one or more groups selected from hydroxyl, methoxy and methyl; and R 2 is hydrogen or methyl. R 1 is a cyclohexyl, tetrahydrofuranyl or oxanyl ring, each of which is optionally substituted by one or more groups selected from hydroxyl, methoxy and methyl; and R 2 is hydrogen or methyl.
An optical fiber temperature distribution measuring device comprising: an optical fiber as a sensor; a light source for outputting, to the optical fiber, signal light which has been amplified by excitation light; a temperature distribution calculation unit for measuring a temperature distribution along the optical fiber by using backward Raman scattered light from the optical fiber; characterised in that it further comprises:t an ASE light intensity variation measurement unit for measuring an intensity variation of an ASE light generated at the light source; and a temperature distribution correction unit for correcting the temperature distribution based on a measurement result of the ASE light intensity variation measurement unit. an optical fiber as a sensor; a light source for outputting, to the optical fiber, signal light which has been amplified by excitation light; a temperature distribution calculation unit for measuring a temperature distribution along the optical fiber by using backward Raman scattered light from the optical fiber;
Device for reworking the running surface of a rail head by machining, having a frame guided along the rail head, in which two processing tools, which can be driven to rotate in opposite directions and can engage the running surface with their end faces, are mounted on both sides of the rail head, characterised in that the processing tools are designed as face cutters, the rotational axes of which extend in a common plane and the cutting areas of which overlap one another transversely with respect to the longitudinal direction of the rail head, and that the two face cutters are attached via a distributor gear to a common rotational drive.
Decorative element comprising • a carrier body having an at least partially curved surface in which a recess is arranged, and • a gemstone arranged in the recess, the gemstone having a setting surface, a rear side arranged in the carrier body, and a front side separated from the rear side by the setting surface, the setting surface having a shape that follows the curvature of the edge of the recess, and the gemstone being surrounded by the carrier body in the region of the setting surface, characterised in that, in order to increase the mechanical hold for the gemstone, the setting surface is provided with additional facets which allow the gemstone to be better wedged in the recess, and the additional facets being arranged in the region above the setting surface and not being part of the curved setting surface, and by means of which additional facets the gemstone can be better surrounded by the carrier body. • a carrier body having an at least partially curved surface in which a recess is arranged, and • a gemstone arranged in the recess, the gemstone having a setting surface, a rear side arranged in the carrier body, and a front side separated from the rear side by the setting surface, the setting surface having a shape that follows the curvature of the edge of the recess, and the gemstone being surrounded by the carrier body in the region of the setting surface,
A process for producing methionine, which comprises using, as an equipment material for a step of hydrolyzing 5-(β-methylmercaptoethyl)hydantoin in the presence of potassium carbonate to produce methionine, a stainless steel containing 21.0 to 30.0% by weight of a Cr element, 4.5 to 11.0% by weight of a Ni element and 2.5 to 5.0% by weight of a Mo element, a ratio of the total content of the Cr element and the Mo element to the content of the Ni element being from 4.7 to 8.2.
An electrostatic atomizing apparatus, comprising: a main body portion; a container that is detachable from the main body portion and is capable of storing a liquid, the container including a first ventilation hole and a second ventilation hole; a first air flow path including a first end and a second end, the first end including an air suction port, the second end connecting to the first ventilation hole; a second air flow path including a third end and a fourth end, the third end connecting to the second ventilation hole, the fourth end including an air exhaust port; a humidifier configured to humidify the air that passes through the container; an electrostatic atomization unit disposed on the second air flow path; and an air flow generation unit configured to generate an air flow that causes air to flow through the first air flow path, through the container, and through the second air flow path. a main body portion; a container that is detachable from the main body portion and is capable of storing a liquid, the container including a first ventilation hole and a second ventilation hole; a first air flow path including a first end and a second end, the first end including an air suction port, the second end connecting to the first ventilation hole; a second air flow path including a third end and a fourth end, the third end connecting to the second ventilation hole, the fourth end including an air exhaust port; a humidifier configured to humidify the air that passes through the container; an electrostatic atomization unit disposed on the second air flow path; and an air flow generation unit configured to generate an air flow that causes air to flow through the first air flow path, through the container, and through the second air flow path.
Compressor rotor for aircraft turbomachine extending longitudinally along an axis X, said rotor comprising a rotor disc extending transversally with respect to the longitudinal axis X and a plurality of blades, said rotor disc comprising a plurality of housings formed on the outer periphery of the rotor disc, each blade extending radially with respect to the longitudinal axis X and comprising a mounting root, radially interior, configured to be mounted in one of said housings, a platform and a radially exterior air deflector vane, the rotor comprising a damping device which comprises: • a support ring which extends transversally with respect to the longitudinal axis X and which is positioned on the outer periphery of the rotor disc and • a plurality of damping members, integral with the support ring and extending projecting upstream from the support ring, each damping member extending under at least one platform of a blade so as to exert a radial force outwards so as to damp the radial displacement of said blade when the turbomachine is in operation. • a support ring which extends transversally with respect to the longitudinal axis X and which is positioned on the outer periphery of the rotor disc and • a plurality of damping members, integral with the support ring and extending projecting upstream from the support ring, each damping member extending under at least one platform of a blade so as to exert a radial force outwards so as to damp the radial displacement of said blade when the turbomachine is in operation.