mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine having a hub, and a hydraulic pitch system for pitching a blade of the wind turbine by means of a hydraulic fluid, the hydraulic pitch system being located in the hub and comprising: - at least one hydraulic cylinder for adjusting a pitch angle of the blade, the hydraulic cylinder comprising a pitch piston movable in the hydraulic cylinder, and a first port and a second port arranged on each side of the pitch piston, and - an accumulator (16, 19) hydraulically connected to the cylinder, further comprising a pitch safety system adapted to maintain the blade in a predetermined pitch angle when a person is entering the hub of the wind turbine for service and/or maintenance, the pitch safety system comprising a first valve (32, 34) which by activation releases a pressure in the hydraulic pitch system by draining off the accumulator (16, 19) for the hydraulic fluid until the pressure has reached a predetermined pressure level. - at least one hydraulic cylinder for adjusting a pitch angle of the blade, the hydraulic cylinder comprising a pitch piston movable in the hydraulic cylinder, and a first port and a second port arranged on each side of the pitch piston, and - an accumulator (16, 19) hydraulically connected to the cylinder,
A composition comprising an aqueous dispersion of metal oxide pigment particles coated with an organosilane polymer comprising structural units of an alkyltrihydroxysilane or a salt thereof, wherein the aqueous dispersion has a pH in the range of from 8.5 to 12.
An organic electroluminescent element comprising organic layers sandwiched between an anode and a cathode, wherein the organic layers incorporates an emission layer A containing a host compound A and at least two types of emission dopants, and an emission layer B containing a host compound B and at least one type of emission dopant, provided that at least one of the emission dopants contained in the emission layer A is a phosphorescence-emitting material; and the two types of emission dopants contained in the emission layer A each are an iridium complex, and with the proviso that the host compound A is not the following compound,
A method for the thermal treatment, particularly flash pasteurization, of a substantially liquid product, in which the product is passed through a primary circuit of a heat exchanger and a liquid exchange medium through a secondary circuit of the heat exchanger while observing a positive pressure gradient, wherein the positive pressure gradient is produced with the help of a negative pressure (PSb) applied to the return line of the secondary circuit, wherein the product contains product pieces, fiber pieces, or the like, and wherein the exchange medium is a heat transfer medium, in particular water, characterized in that the returning exchange-medium is collected in a vacuum tank, wherein the pressure (PSc) is adjusted in the vacuum tank such that a negative pressure (PSa) prevails in the feed line of the secondary circuit.
Method for producing (cigarette) packs from thermally sealable sheet material, which encloses a cigarette group on all sides and has sealing seams or closure seams, configured in the form of a fin seam, provided on two mutually opposite pack walls, characterized by the following features: a) the sealing seams or closure seams of the sheet material are produced in at least two successive sealing steps, b) first sealing seams, that is to say sub-seams, which extend in the region of inner side walls (14, 15), are produced at a distance from the pack contents, that is to say from the cigarette group, c) once the first sub-seam has been provided, the pack is vented, wherein air escapes from the interior of the pack via venting openings in the sheet material of the wrapper and/or via air openings in the sealing seams, that is to say in the sub-seams, by virtue of pressure being applied to pack surfaces, d) at least a respective further sub-seam, that is to say side seam, is then provided alongside the first sub-seam, directly adjacent to the associated inner side wall (14, 15), e) by virtue of the second sealing seam - side seam - being provided, the venting openings and/or air openings are closed or they are removed as a result of a separating strip being separated off. a) the sealing seams or closure seams of the sheet material are produced in at least two successive sealing steps, b) first sealing seams, that is to say sub-seams, which extend in the region of inner side walls (14, 15), are produced at a distance from the pack contents, that is to say from the cigarette group, c) once the first sub-seam has been provided, the pack is vented, wherein air escapes from the interior of the pack via venting openings in the sheet material of the wrapper and/or via air openings in the sealing seams, that is to say in the sub-seams, by virtue of pressure being applied to pack surfaces, d) at least a respective further sub-seam, that is to say side seam, is then provided alongside the first sub-seam, directly adjacent to the associated inner side wall (14, 15), e) by virtue of the second sealing seam - side seam - being provided, the venting openings and/or air openings are closed or they are removed as a result of a separating strip being separated off.
Method for installing part of a communication network, including connecting at least two communication lines, enclosing the resulting connection in a rigid enclosure, positioning a flexible enclosure in a hole in the ground, positioning the rigid enclosure in the flexible enclosure, characterised by burying and deforming the flexible enclosure after having received the rigid enclosure, wherein the flexible enclosure has a water-permeable configuration.
A method for controlling a geometric form of an electric arc between a top electrode assembly and a bottom electrode assembly in a furnace space of an electric arc furnace, wherein the electric arc furnace an electrical power system configured to supply electrical power to the top electrode assembly and to the bottom electrode assembly to create an electrical arc in the furnace space between the top electrode assembly and the bottom electrode assembly, and wherein the bottom electrode assembly comprising a plate structure, characterized by the method comprising dividing the plate structure of the bottom electrode assembly by division gaps into at least two plate sections, by connecting each plate section to the electrical power system by means of connection means configured to connect and disconnect at least one plate section from the electrical power system, and by controlling the geometric form of the arc between the top electrode and the bottom electrode in the electric arc furnace by means of the connection means.
A blood sampling device comprising: (i) a housing having an aperture in a forward end thereof and defining a passage having a longitudinal axis; (ii) a lancet comprising a lancet body supporting a lancet tip at a forward end thereof, said lancet being moveably mounted within said housing; (iii) an urging member configured to urge said lancet forwardly in said housing in use from a primed position in which said lancet tip is located within said passage to a lancing position in which said lancet tip projects through said aperture in said forward end of said housing; (iv) a removable safety cap configured to at least partially cover said lancet tip in said passage in an initial assembled configuration; characterised by said housing and said safety cap comprising cooperating abutment surfaces and cooperating stop surfaces, wherein the safety cap is rotatable in a first direction relative to said passage from a first blocked position in which said cooperating abutment surfaces are in abutment alignment to prevent removal of said safety cap from said housing to a second passage position in which said cooperating abutment surfaces are not in abutment alignment such that said safety cap can be removed from said housing; and wherein said stop surfaces cooperate to limit further rotation of said safety cap relative to said passage in said first direction when said safety cap is in said second passage position. (i) a housing having an aperture in a forward end thereof and defining a passage having a longitudinal axis; (ii) a lancet comprising a lancet body supporting a lancet tip at a forward end thereof, said lancet being moveably mounted within said housing; (iii) an urging member configured to urge said lancet forwardly in said housing in use from a primed position in which said lancet tip is located within said passage to a lancing position in which said lancet tip projects through said aperture in said forward end of said housing; (iv) a removable safety cap configured to at least partially cover said lancet tip in said passage in an initial assembled configuration; characterised by said housing and said safety cap comprising cooperating abutment surfaces and cooperating stop surfaces, wherein the safety cap is rotatable in a first direction relative to said passage from a first blocked position in which said cooperating abutment surfaces are in abutment alignment to prevent removal of said safety cap from said housing to a second passage position in which said cooperating abutment surfaces are not in abutment alignment such that said safety cap can be removed from said housing; and wherein said stop surfaces cooperate to limit further rotation of said safety cap relative to said passage in said first direction when said safety cap is in said second passage position.
Module for a plug-in contact element for the intercept-proof supply of an IT component with electrical energy, the plug-in contact element comprising a housing with a plug-in contact for the electrical connection of the IT component as well as an electrical connector extending out of the housing for connection to a power source such as a domestic power socket, characterized in that the module can be inserted into the housing of the plug-in contact element and comprises an electrically conductive end cover with a tube which encloses a filter element so that said filter element is shielded on four sides, as well as a plurality of EMC gaskets (11, 12), wherein the filter element is adapted to decouple the power source from the power distribution network formed via the plug-in contact, wherein a wiring zone between the filter element and the end cover is also shielded so that signals of the IT component or filter element cannot be coupled into a wiring on the filter-element output side, and wherein the end cover can be connected to a housing body of the housing via one of the EMC gaskets.
Dummy device as a surrogate of an implant for mimicking a coating process and for determining coating properties thereof, Characterized by a base body with singular pieces made of an material used for manufacturing the implant assembled on said base body to form the dummy device for the purpose of coating by a coating process, wherein the singular pieces can be dissembled from the base body after coating of the dummy device by the coating process such that the now coated singular pieces can be used for determining coating properties.
A planar dosage form in the form of a film or wafer that disintegrates or dissolves in an aqueous environment for releasing at least one active ingredient in a body orifice or body cavity, comprising a polymer matrix in the form of a solidified foam having cavities, and at least one pharmaceutical active ingredient, characterised in that the dosage form has a mass per unit area in the range of 130 to 350 g/m 2.
An electric assist bicycle capable of traveling with a combination of a human driving force generated by a pedal force from a pedal and an auxiliary driving force generated by a motor, the electric assist bicycle being configured such that a cylindrical human power transmission member for receiving a human driving force is disposed on an outer periphery of a crank shaft for receiving the human driving force transmitted from the pedal, the human power transmission member having a magneto-striction generation portion for a torque sensor for detecting the human driving force, a combined-force member is disposed on the outer periphery of the crank shaft so as to combine the human driving force transmitted through the human power transmission member and an auxiliary driving force from the motor, and a resultant force of the human driving force and the auxiliary driving force that are combined by the combined-force member is transmitted to a rear wheel through a driving force output wheel coaxial with the crank shaft and an endless driving force transmission member looped over the driving force output wheel, characterized in that the crank shaft, the human power transmission member, and the combined-force member form a driving force transmission path and wherein, when the crank shaft is rotated it rotates the human power transmission member and the combined-force member accordingly regardless of relative rotation directions of the crank shaft, the human power transmission member, and the combined-force member, the electric assist bicycle further comprising a rotation detector that detects a rotation of one of the crank shaft and a member rotating integrally with the crank shaft.
Road vehicle for transporting containers, having a loading space that is delimited by a loading surface, walls (3, 4, 5, 6) and a ceiling, having at least one internal combustion engine (16, 28) that is mechanically coupled to an electric generator, wherein an electrical voltage can be generated by the electric generator, and at least one electrical connector that can be supplied with the electrical voltage by the electric generator and to which an electrical consumer can be connected, wherein an AC voltage of at least 90 V, preferably at least 100 V, is present at the electrical connector, wherein at least one electrical connector is arranged in the loading space of the road vehicle, characterized by a control module (18, 33) that is connected between the electric generator and the at least one electrical connector, wherein an electrical connection between the generator and the connector is controllable by means of the control module (18, 33) in such manner that switching intervals are programmable.
A surgical instrument comprising a customized patient-specific guide block, the guide block comprising a main body including a first surface, in which the first surface has a customized prosthesis-specific negative contour shaped to match a corresponding contour of a prosthetic component, the customized prosthesis-specific negative contour including a concave surface shaped to match a convex surface of the corresponding contour of the prosthetic component, characterised in that the guide block comprises a support body and a pair of arms (116, 118) connecting the main body and the support body, in which the support body includes a bone-facing surface, a second surface positioned opposite the first surface and the bone-facing surface, and a guide pin hole extending between the second surface and the bone-facing surface.
A power conversion device comprising: a semiconductor element configured to output power for driving a vehicle; an air receiver connected to the semiconductor element; an air guide, wherein when an assumed travel direction of the vehicle is a first direction, a direction of gravity is a second direction, and a direction perpendicular to the first and second direction is a third direction, the air guide is disposed to face the air receiver in the third direction, wherein, among both ends of the air guide in the first direction, a first end is near a center of the air receiver, and a second end is opposite from the first end; and a flange extending from the second end of the air guide and away from the air receiver, wherein a distance between the second end of the air guide and the air receiver in the second direction is equal to or greater than a distance between the first end of the air guide and the air receiver in the second direction characterized by an airflow straightener extending from the first end of the air guide along the first direction and away from the second end. a semiconductor element configured to output power for driving a vehicle; an air receiver connected to the semiconductor element; an air guide, wherein when an assumed travel direction of the vehicle is a first direction, a direction of gravity is a second direction, and a direction perpendicular to the first and second direction is a third direction, the air guide is disposed to face the air receiver in the third direction, wherein, among both ends of the air guide in the first direction, a first end is near a center of the air receiver, and a second end is opposite from the first end; and a flange extending from the second end of the air guide and away from the air receiver, wherein a distance between the second end of the air guide and the air receiver in the second direction is equal to or greater than a distance between the first end of the air guide and the air receiver in the second direction characterized by an airflow straightener extending from the first end of the air guide along the first direction and away from the second end.
A non-hydrogenated, non-palm emulsifier composition comprising: at least 20% by weight monoglycerides; less than 60% by weight of diglycerides; and and from 0-80% by weight triglycerides, wherein the weight % is with respect to the total of monoglycerides, diglycerides and triglycerides, and wherein the fatty acid residues bound to the monoglycerides, diglycerides and triglycerides in the emulsifier composition comprise: from 20% to 75% by weight stearic acid (C18:0); from 15% to 60% by weight oleic acid (C18: 1); and from 1% to 10% by weight palmitic acid (C16:0), based on the total weight of C8 to C24 fatty acids, and wherein the composition is obtainable by a method comprising the reaction of a fat with glycerol in the presence of an enzymatic catalyst. at least 20% by weight monoglycerides; less than 60% by weight of diglycerides; and and from 0-80% by weight triglycerides, wherein the weight % is with respect to the total of monoglycerides, diglycerides and triglycerides, and wherein the fatty acid residues bound to the monoglycerides, diglycerides and triglycerides in the emulsifier composition comprise: from 20% to 75% by weight stearic acid (C18:0); from 15% to 60% by weight oleic acid (C18: 1); and from 1% to 10% by weight palmitic acid (C16:0), based on the total weight of C8 to C24 fatty acids, from 20% to 75% by weight stearic acid (C18:0); from 15% to 60% by weight oleic acid (C18: 1); and from 1% to 10% by weight palmitic acid (C16:0), based on the total weight of C8 to C24 fatty acids, and wherein the composition is obtainable by a method comprising the reaction of a fat with glycerol in the presence of an enzymatic catalyst.
A method of disabling an authentication device having a secret key (d) used to authenticate a component to a product, the authentication device comprising a logic unit interfaced with a memory that stores the secret key (d), the authentication device fabricated suitable for being physically secured to the component that is used by the product, the authentication device for communicatively cooperating with the product to authenticate the component to the product, said method comprising: receiving, with the logic unit communicating through a communication interface of said authentication device, a password requesting deletion of the secret key from the memory; deleting, with the logic unit and based on determining that the received password matches a value stored in a designated area of memory of said authentication device, of said secret key from said memory of said authentication device preventing said secret key from being used by the authentication device to authenticate a component to a product, preparing, with the logic unit performing cryptographic operations using at least the secret key, an attestation message that indicates said secret key is deleted from said memory of said authentication device, said attestation message comprising information that is cryptographically verifiable that said attestation message was prepared by the logic unit of the authentication device, and outputting, with the logic unit, through a communication interface of said authentication device said attestation message. receiving, with the logic unit communicating through a communication interface of said authentication device, a password requesting deletion of the secret key from the memory; deleting, with the logic unit and based on determining that the received password matches a value stored in a designated area of memory of said authentication device, of said secret key from said memory of said authentication device preventing said secret key from being used by the authentication device to authenticate a component to a product, preparing, with the logic unit performing cryptographic operations using at least the secret key, an attestation message that indicates said secret key is deleted from said memory of said authentication device, said attestation message comprising information that is cryptographically verifiable that said attestation message was prepared by the logic unit of the authentication device, and outputting, with the logic unit, through a communication interface of said authentication device said attestation message.
A process of forming a compressed mixture comprising a.) an effective amount of prasugrel base or its pharmaceutically acceptable salt, b.) pharmaceutically acceptable additives suitable for the preparation of solid oral dosage forms, characterized in that lactose is not used, by solvent free technological methods comprising the steps of i.) optionally grinding the active agent and pharmaceutical additives, mixing them, or mixing them first and grinding them together, ii.) subjecting a homogenous mixture of the active agent and additives to compression, the average particle size of prasugrel or its pharmaceutically acceptable salt being in the range of 0.2 μm to 150 μm. a.) an effective amount of prasugrel base or its pharmaceutically acceptable salt, b.) pharmaceutically acceptable additives suitable for the preparation of solid oral dosage forms, characterized in that lactose is not used, by solvent free technological methods comprising the steps of i.) optionally grinding the active agent and pharmaceutical additives, mixing them, or mixing them first and grinding them together, ii.) subjecting a homogenous mixture of the active agent and additives to compression, the average particle size of prasugrel or its pharmaceutically acceptable salt being in the range of 0.2 μm to 150 μm. i.) optionally grinding the active agent and pharmaceutical additives, mixing them, or mixing them first and grinding them together, ii.) subjecting a homogenous mixture of the active agent and additives to compression, the average particle size of prasugrel or its pharmaceutically acceptable salt being in the range of 0.2 μm to 150 μm.
A process for manufacturing a conductive composite material from a composite polymer matrix, wherein the composite polymer matrix is formed by coalescence of conductive composite particles consisting of particles of a polymer matrix, having a diameter d50 of between 1 and 4000 μm, coated with a layer of electrically conductive metallic material, said particles not being dispersed in a polymer matrix, characterized in that the ratio of the thickness of said layer to the diameter d50 of the polymer matrix particles, as measured according to the standard ISO 9276, is between 0.0025:100 and 1.5:100, said thickness being less than 300 nm, wherein said particles do not comprise any other layer.