mhurhangee/ep-ind-claims huggingface dataset:
Disassembleable hinge comprising: - a fixed assembly susceptible of being associated to a frame; and - a movable assembly (B, C) susceptible of being associated to a door; said movable assembly being rotably mounted on said fixed assembly according to a rotation axis of the hinge; said fixed assembly comprising a pivot defining said rotation axis of the hinge, said movable assembly comprising two elements rotably mounted together according to a rotation axis of the movable assembly (B, C), said rotation axis of the movable assembly (y) being parallel to said rotation axis of said hinge; in each of said elements at least a seat (B2I, B2L) being obtained for said pivot; said movable assembly has at least a first and a second operating configuration; in said first operating configuration said elements (B, C) being rotated in such a way as to trap said pivot; in said second operating configuration said elements (B, C) being rotated in such a way as to release said pivot; a first one of said elements (B, C) being associated to said door; a second one of said elements (B, C) being rotably mounted with respect to said first element; said hinge is characterized in that it comprises an intermediate release system (10, 11, 12; 40, 41) capable of realizing a third operating configuration of partial opening, susceptible of providing a limited sector of free stroke between said fixed assembly and said movable assembly while preventing the complete release of said movable assembly; wherein said intermediate release system (10, 11, 12) comprises a supporting plane and wherein in said third operating configuration said pivot is retained by said supporting plane slidably mounted on said movable assembly. - a fixed assembly susceptible of being associated to a frame; and - a movable assembly (B, C) susceptible of being associated to a door;
Strain relief device for at least one cable having strengthening elements, comprising a first basic body having opposite end segments (12a, 13a) and a middle segment extending between the opposite end segments (12a, 13a); further comprising a second basic body (11 b) having opposite end segments (12b, 13b) and a middle segment extending between the opposite end segments (12b, 13b); whereby the first basic body (11 a) and the second basic body (11 b) are hinged together by hinges (15, 16) joining up the end segments (12a, 13a) of the first basic body (11 a) with adjacent end segments (12b, 13b) of the second basic body (11 b) thereby allowing the basic bodies (11 a, 11 b) to pivot with respect to each other in order to transfer the strain relief device between an opened installation state and a closed operation state; characterized in that an opening is defined by the hinges (15, 16) and the middle segments (14a, 14b) in the opened installation state of the strain relief device, wherein for installing the at least one cable to be strain relieved at the strain relief device the strengthening elements of the at least one cable are fed though the opening; whereby the middle segments (14a, 14b) of the first basic body (11 a) and the second basic body (11 b) have profiled surfaces (18a, 18b) being adjoined to each other in the closed operation state of the strain relief device and clamping the strengthening elements of at least one cable which have been fed though the opening in opened installation state of the strain relief device there between in the closed operation state of the strain relief device. comprising a first basic body having opposite end segments (12a, 13a) and a middle segment extending between the opposite end segments (12a, 13a); further comprising a second basic body (11 b) having opposite end segments (12b, 13b) and a middle segment extending between the opposite end segments (12b, 13b); whereby the first basic body (11 a) and the second basic body (11 b) are hinged together by hinges (15, 16) joining up the end segments (12a, 13a) of the first basic body (11 a) with adjacent end segments (12b, 13b) of the second basic body (11 b) thereby allowing the basic bodies (11 a, 11 b) to pivot with respect to each other in order to transfer the strain relief device between an opened installation state and a closed operation state; an opening is defined by the hinges (15, 16) and the middle segments (14a, 14b) in the opened installation state of the strain relief device, wherein for installing the at least one cable to be strain relieved at the strain relief device the strengthening elements of the at least one cable are fed though the opening; whereby the middle segments (14a, 14b) of the first basic body (11 a) and the second basic body (11 b) have profiled surfaces (18a, 18b) being adjoined to each other in the closed operation state of the strain relief device and clamping the strengthening elements of at least one cable which have been fed though the opening in opened installation state of the strain relief device there between in the closed operation state of the strain relief device.
A method for evaluating an oxide semiconductor thin film, the method comprising: a first step of irradiating excitation light and microwave to an oxide semiconductor thin film, measuring a maximum of a reflected microwave from the oxide semiconductor thin film, which varies with the irradiation of the excitation light, and then stopping the irradiation of the excitation light and measuring a temporal variation in the reflected microwave from the oxide semiconductor thin film after stopping the excitation light irradiation; and a second step of calculating a parameter corresponding to slow decay observed at 0.1 to 10 μs after stopping the irradiation of the excitation light based on the temporal variation in the reflected microwave, and evaluating electrical resistivity of the oxide semiconductor thin film on the basis of said parameter. a first step of irradiating excitation light and microwave to an oxide semiconductor thin film, measuring a maximum of a reflected microwave from the oxide semiconductor thin film, which varies with the irradiation of the excitation light, and then stopping the irradiation of the excitation light and measuring a temporal variation in the reflected microwave from the oxide semiconductor thin film after stopping the excitation light irradiation; and a second step of calculating a parameter corresponding to slow decay observed at 0.1 to 10 μs after stopping the irradiation of the excitation light based on the temporal variation in the reflected microwave, and evaluating electrical resistivity of the oxide semiconductor thin film on the basis of said parameter.
A razor blade having a symmetrical tapering blade edge ending in a substrate tip, the razor blade comprising a substrate, wherein the substrate has a thickness comprised between 1.80 micrometers and 2.40 micrometers measured at a distance of 5 micrometers from the substrate tip, a thickness comprised between 6.2 micrometers and 7.70 micrometers measured at a distance of 20 micrometers from the substrate tip,a thickness comprised between 11.60 micrometers and 13.50 micrometers measured at a distance of 40 micrometers from the substrate tip, and a thickness comprised between 51 micrometers and 56 micrometers measured at a distance of 200 micrometers from the substrate tip.
An ink cartridge comprising an inkjet printhead assembly and an ink supply assembly, the inkjet printhead assembly comprising an integrated fire pulse generator (125, 500, 600) and a printhead having at least one nozzle opening having associated therewith a firing resistor, the integrated fire pulse generator (125, 500, 600) comprising: a precursor end register (520, 602) to initiate at least one precursor pulse; a controller to send the at least one precursor pulse to the firing resistor; a dead time end register (540, 620) to initiate at least one predetermined time period pause; wherein the controller is to remove the at least one precursor pulse from the firing resistor for the predetermined pause; a fire end register (540, 620) to initiate at least one firing pulse after the pause; and wherein the controller is to send the at least one firing pulse to the firing resistor for ejecting an ink drop. a precursor end register (520, 602) to initiate at least one precursor pulse; a controller to send the at least one precursor pulse to the firing resistor; a dead time end register (540, 620) to initiate at least one predetermined time period pause; wherein the controller is to remove the at least one precursor pulse from the firing resistor for the predetermined pause; a fire end register (540, 620) to initiate at least one firing pulse after the pause; and wherein the controller is to send the at least one firing pulse to the firing resistor for ejecting an ink drop.
A patient support apparatus comprising a controller, a user interface, an air supply, a first patient support zone comprising an air fluidization therapy bed including a fluidization space and a fluidizable medium positioned in the fluidization space, the air fluidization therapy bed receiving a flow of pressurized air from the air supply, the flow of pressurized air operable to fluidize the fluidizable medium, a second patient support zone comprising a plurality of inflatable support bladders, and a first conduit from the air supply to the air fluidization therapy bed, characterised in that the second patient support zone includes a micro-climate assembly coupled to the second zone; in that the micro-climate assembly comprises an upper layer of vapor permeable material, a lower layer coupled to the upper layer to define a chamber having an inlet and an outlet, the chamber having an interior space, a three dimensional material positioned in the interior space, the micro-climate assembly coupled to the air supply to selectively receive a flow of air therefrom, the flow of air entering the chamber through the inlet and exiting the chamber through the outlet; in that the patient support apparatus further comprises a diverter valve coupled to the first conduit and a second conduit coupled to the diverter valve, the second conduit coupled to the micro-climate assembly, and in that the controller is operable based on user inputs to control the diverter valve to selectively direct a flow of air from the air supply to the micro-climate assembly such that the air supply supplies both the air fluidization therapy bed and the micro-climate assembly.
A compound of formula I, wherein R 1 is selected from the group consisting of -C -C 2 H 4 -CO 2 H and -PO 3 H 2, or a pharmaceutically acceptable salt or solvate thereof.
Composition for use in the prevention and/or treatment of a mitochondrial dysfunction-related neurodegenerative disease, the composition comprising an active agent, said active agent containing the amino acids leucine, isoleucine, valine, threonine, lysine and citric acid, succinic acid, malic acid.
Use of a vacuum circuit breaker tube for a short-circuiting device for shorting a circuit and thus for protecting a grid influencing system from a surge, the vacuum circuit breaker tube comprising a vacuum housing in which there is arranged a contact system that has two contacts (6, 8) arranged so as to move relative to one another, wherein there is provision for an electrical pre-arcing unit having an ignition electrode, arranged in the vacuum housing, for igniting an arc along an arc current path, characterized in that the two contacts (6, 8) have two geometrically separated current paths (18, 22), wherein a first current path is the arc current path and a second current path is a continuous current path and the two contacts have fingerlike extensions along a switching axis, wherein the extensions of the two contacts (6, 8) engage with one another and flanks of the fingerlike extensions comprise contact surfaces of the arc current path, the contacts with the fingerlike extensions are oriented along a switching axis and contact is made between contact surfaces of the continuous current path in the closed state, and contact surfaces of the arc current path in a closed state of the circuit breaker are arranged with no contact with respect to one another.
Alighting apparatus having a light source, a power supply part supplying electricity to the light source, a heat sink releasing heat from the light source, a cap containing in the inside at least a part of the power supply part, and an insulating member located between the cap and the heat sink, characterized in that in the insulating member, one end side has a connection part connected to the inside of the cap, and the connection part has an opening part at a periphery position disposed inside of the cap, the power supply part has a heat generating component (822, 824) disposed opposite to the opening part, and heat from the heat generating component (822, 824) is conducted to the cap through the opening part and further comprising a heat conduction member fabricated from resin and thermally connecting the cap and the power supply part to each other through the opening part.
A cable hook for a cable loop of a trampoline covering having at least one connection point (76;77), wherein the cable hook comprises a distal receiving section for receiving the cable loop and a proximal fastening section for fastening to a trampoline mat, wherein the receiving section and the fastening section are connected by a transition section and at least one receiving space (110;1101,1102) is formed for hooking a first end and a second end of the cable loop, wherein the cable hook further comprises a fixing means adapted to hold the at least one connection point (76;77) of the cable loop against displacement in the longitudinal direction of the cable during intended use of the cable hook, characterized in that the fixing means comprises at least one projection attached to the receiving section and projecting into the receiving space (110;1101,1102), which projection is constructed and arranged to engage in the at least one connecting point (76;77) preferably from inside the cable loop. wherein the receiving section and the fastening section are connected by a transition section and at least one receiving space (110;1101,1102) is formed for hooking a first end and a second end of the cable loop, wherein the cable hook further comprises a fixing means adapted to hold the at least one connection point (76;77) of the cable loop against displacement in the longitudinal direction of the cable during intended use of the cable hook, characterized in that the fixing means comprises at least one projection attached to the receiving section and projecting into the receiving space (110;1101,1102), which projection is constructed and arranged to engage in the at least one connecting point (76;77) preferably from inside the cable loop.
Identification code on a vehicle comprising a marking surface having a dark colouring, wherein the identification code is carried out by abrasion of the marking surface so as to form abraded areas which have a light coloration and which form an optical contrast with the non-abraded areas with a dark coloration, the combination of the abraded areas and non-abraded areas configuring together an identification code of the optical reading type.
A dampening device with a housing in which a piston is held in an axially moveable arrangement on a sleeve supported in the housing and which separates two pressurised chambers (6, 7) filled with a medium from one another and seals them; with at least one piston rod projecting from the housing and attached to the piston, in which case the piston rod can be subjected to an actuation force from the outside, with an inlet line worked into the sleeve, through which the medium flows in the loaded condition from one pressurised chamber to the other pressurised chamber, and with an outlet line provided in the piston by means of which the two pressurised chambers (6, 7) are connected together and which is closed by a valve in the loaded condition and is opened in the non-loaded condition, characterised in that, the sleeve has an actuator worked into it, that the actuator has a slanted plane arranged in the area of the inlet opening of the inlet line, that the actuator is mounted in the sleeve in a rotating arrangement about its own lengthways axis, and that the actuator can be moved by means of an actuation magnet that is placed on the housing from the outside.
An inkjet recording method comprising, in order, as step a an application step of providing an undercoat layer by applying an undercoat composition onto a recording medium, as step b an image formation step of forming an image by discharging an ink composition onto the undercoat layer, as step c a curing step of irradiating the undercoat layer and the ink composition with actinic radiation so as to carry out curing, the undercoat composition comprising an isocyanate group-containing compound, a radically polymerizable monomer, and a radical polymerization initiator, and the ink composition comprising a radically polymerizable monomer, a radical polymerization initiator, and a colorant, wherein the radically polymerizable monomer in the undercoat composition has a viscosity at room temperature of less than 0.1 Pa·s.
An arrangement for line guidance including: an energy guide chain (31; 51) for the protected guidance of lines, cable, hoses or the like (54, 55) between a first connecting location and a second connecting location moveable relative thereto at a consumer; a drive (38, 48) operatively connected to the energy guide chain for assisting with the forward and/or return movement of the energy guide chain; a control unit (36; 46) for actuating the drive; a sensor unit (35, 45) for detecting a movement parameter of a moveable end region of the energy guide chain, wherein the sensor unit includes a movement sensor (10; 20) arranged at a consumer-side end region of the energy guide chain for detecting a movement parameter of the moveable end region, in particular its direction of movement; and the movement sensor is connected to the control unit which controls the drive (38, 48) according to the movement parameter detected by the movement sensor (10; 20) for supporting the forward and/or return movement of the energy guide chain. an energy guide chain (31; 51) for the protected guidance of lines, cable, hoses or the like (54, 55) between a first connecting location and a second connecting location moveable relative thereto at a consumer; a drive (38, 48) operatively connected to the energy guide chain for assisting with the forward and/or return movement of the energy guide chain; a control unit (36; 46) for actuating the drive; a sensor unit (35, 45) for detecting a movement parameter of a moveable end region of the energy guide chain, wherein the sensor unit includes a movement sensor (10; 20) arranged at a consumer-side end region of the energy guide chain for detecting a movement parameter of the moveable end region, in particular its direction of movement; and the movement sensor is connected to the control unit which controls the drive (38, 48) according to the movement parameter detected by the movement sensor (10; 20) for supporting the forward and/or return movement of the energy guide chain.
A high-load drawbar eye for a vehicle trailer, comprising a hemispherical receiving socket for receiving a hitch ball, a fastening flange for fastening to the vehicle trailer, and a straight shaft that connects the receiving socket to the fastening flange, wherein the receiving socket comprises a collar on the open side, wherein the inside diameter of the collar corresponds to the inside diameter of the receiving socket, characterized in that the height of the inside of the collar is greater on the first side of the receiving socket facing the shaft than on the second side of the receiving socket facing away from the shaft.
A dry powder inhalation composition comprising, - at least one corticosteroid or a pharmaceutically acceptable salt thereof, - fine particle lactose in the ratio of 1-20% by weight of said composition and having d50 particle size in the range of 4 - 10 μm and coarse particle mannitol in the ratio of 80-99% by weight of said composition and having particle size in the range of 50 - 120 μm. - at least one corticosteroid or a pharmaceutically acceptable salt thereof, - fine particle lactose in the ratio of 1-20% by weight of said composition and having d50 particle size in the range of 4 - 10 μm and coarse particle mannitol in the ratio of 80-99% by weight of said composition and having particle size in the range of 50 - 120 μm.
An enclosed hydrophilic matrix device for transport of an aqueous solute, comprising an electrically insulated substrate; a hydrophilic matrix path on the substrate for electro-kinetic transport of the solute, the matrix path having a pair of spaced apart contacting locations for respective electric contact with a source of power for producing an electric potential along the hydrophilic matrix path; an electrode (103, 104) supported on the substrate and having a contact end (108, 109) for connection to the power source and a matrix end (112, 113) for electric contact with the hydrophilic matrix at one of the contacting locations; the matrix being initially dry and, for increasing a water absorption rate of the matrix, including a humectant which is a neutral molecule that when dissolved in water forms an aqueous solution with a water vapor pressure significantly less than pure water at a concentration where the solution's viscosity is not significantly higher than pure water, wherein the hydrophilic matrix is enclosed by a surrounding insulating medium; an insulator enclosing the hydrophilic matrix for sealing the matrix between the insulator and the substrate, the insulator being water vapor permeable; an orifice in the insulator above the matrix for the passage of an aqueous solute through the insulator; characterized in that the insulating medium is at least in part water vapor permeable and substantially non-conducting for both neutral molecules and charged species while being resistive to electrical current flow, so that a voltage applied to the hydrophilic matrix for the purpose of electro-kinetic transport is not short-circuited, and the hydrophilic matrix is micro-porous with pores of 50 - 5000 nm and is made of cellulose acetate.
A cut-off mechanism for an automotive vehicle headlamp comprising a bar carried by a movable assembly movable in rotation and is shaped to block greater or less a light beam so as to change the optical operating mode of said headlamp, said mechanism comprising further a motor for actuating said movable assembly using an electromagnet comprising an inductive coil associated with a fixed ferromagnetic core positioned in its centre and with a metal carcass surrounding said coil, said movable assembly being movable, between a contact position in which said movable assembly is in contact with the ferromagnetic core under the action of said electromagnet, against the action of a return spring, and a distance position in which said movable assembly is distant from said ferromagnetic core via a first air gap under the action of the return spring, characterised in that said movable assembly is a ferromagnetic plate formed by an upper plate and a lower plate extending on either side of the axis of rotation of the movable assembly, said axis of rotation being placed without contact, in alignment with an upper branch of the metal carcass, said movable assembly being shaped, when a current flows in the coil, to create a second air gap in the magnetic circuit formed by said ferromagnetic core, said metal carcass and said movable assembly, the upper plate coming then into contact with said ferromagnetic core by the attraction of the ferromagnetic core on the upper plate of the movable assembly against the return spring, the lower plate approaching a central branch of the metal carcass in a noncontacting manner until said second air gap is created, the first air gap being reduced to zero.