mhurhangee/ep-ind-claims huggingface dataset:
A development cartridge mountable in a mounting portion provided in a photoreceptor cartridge which comprises a photoreceptor and is mountable in a body of an image forming apparatus, the development cartridge comprising: a development roller for developing an image by supplying toner to the photoreceptor; a plurality of pressure-receiving portions (371a, 372a, 373a) arranged in an axial direction of the development roller and configured to receive a pressing force from the body, wherein the pressing force is in a direction parallel to a center line that connects a center of the photoreceptor and a center of the development roller when the development cartridge is mounted in the mounting portion of the photoreceptor cartridge; a memory unit electrically connected to the body to transfer information about the development cartridge to the body and comprising a plurality of first contact portions that contacts a plurality of second contact portions in the body for communication with the body, and a gear for transferring driving power from the body to the development roller characterized in that the plurality of first contact portions are a pressure receiving portion that is disposed opposite to a location where the gear is disposed, in the axial direction from among the plurality of pressure-receiving portions (371a,372a,373a), wherein the plurality of first contact portions comprise a surface configured to receive the pressing force to fix the development cartridge to the mounting portion of the photoreceptor cartridge, wherein the surface is perpendicular to the center line. a development roller for developing an image by supplying toner to the photoreceptor; a plurality of pressure-receiving portions (371a, 372a, 373a) arranged in an axial direction of the development roller and configured to receive a pressing force from the body, wherein the pressing force is in a direction parallel to a center line that connects a center of the photoreceptor and a center of the development roller when the development cartridge is mounted in the mounting portion of the photoreceptor cartridge; a memory unit electrically connected to the body to transfer information about the development cartridge to the body and comprising a plurality of first contact portions that contacts a plurality of second contact portions in the body for communication with the body, and a gear for transferring driving power from the body to the development roller characterized in that the plurality of first contact portions are a pressure receiving portion that is disposed opposite to a location where the gear is disposed, in the axial direction from among the plurality of pressure-receiving portions (371a,372a,373a), wherein the plurality of first contact portions comprise a surface configured to receive the pressing force to fix the development cartridge to the mounting portion of the photoreceptor cartridge, wherein the surface is perpendicular to the center line.
A power unit structure for an electrically driven vehicle, comprising: an electric motor unit consisting of a central case, an electric motor case which houses an electric motor mounted on one side of the central case, and a transmission case which houses a transmission mounted at another side of the central case; and a control device unit which controls the electric motor, characterized in that the control device unit includes: a first mounting part which is a mounting part of a power supply unit that supplies electric power to the electric motor, and a second mounting part which fixes the control device unit to the electric motor unit; and wherein the control device unit is mounted from the other side of the electric motor unit towards the one side, the first mounting part is mounted to the central case, and the second mounting part is mounted to the transmission case. an electric motor unit consisting of a central case, an electric motor case which houses an electric motor mounted on one side of the central case, and a transmission case which houses a transmission mounted at another side of the central case; and a control device unit which controls the electric motor, characterized in that the control device unit includes: a first mounting part which is a mounting part of a power supply unit that supplies electric power to the electric motor, and a second mounting part which fixes the control device unit to the electric motor unit; and wherein the control device unit is mounted from the other side of the electric motor unit towards the one side, the first mounting part is mounted to the central case, and the second mounting part is mounted to the transmission case. a first mounting part which is a mounting part of a power supply unit that supplies electric power to the electric motor, and a second mounting part which fixes the control device unit to the electric motor unit; and wherein the control device unit is mounted from the other side of the electric motor unit towards the one side, the first mounting part is mounted to the central case, and the second mounting part is mounted to the transmission case.
A superconducting joint arrangement for superconducting magnets, wherein an elongate joint is made between superconducting filaments of superconducting wires of one or more superconducting coils, characterized in that excess wire forming parts of the superconducting wires is arranged electrically between the elongate joint and the one or more superconducting coils, and in that the elongate joint is in thermal contact with at least one of the superconducting wires at a location electrically between the one or more superconducting coils and the excess wire.
Lifting device for lifting, transporting and depositing a load, such as a metal sheet or blank, with a housing, that defines a receiving space for at least partly accommodating the load, and with at least two clamping jaws (22, 24, 26), defining the receiving space and/or engaging in this, of which at least one clamping jaw (24, 26) is adjustable in relation to the other clamping jaw by means of a preloading device for retaining the respective load and is mounted for this purpose to be pivotable about a pivot axle in the housing, wherein at least the housing is movable by means of a load lifting means in the form of a load chain or a strip-shaped load lifting means, and wherein the housing has an opening, through which the load lifting means is guided outwards to the surroundings, characterised in that the opening when viewed in cross section has a convex profile, that the load lifting means always lies flat on the surface of the housing in the area of its opening, independent of which position the free end of the load lifting means adopts within the housing in relation to this housing, and that the opening is widened towards the surroundings in a bell shape.
A fire retardant rail chamber filling element (50a, 50b, 50c) for a rail which has a rail foot, a rail head and a rail web connecting the rail head and the rail foot so as to define a rail chamber (22a, 22b) between the rail head and the rail foot on either side of the rail web, the rail chamber filling element (50a, 50b) being adapted to at least partially fill one of the rail chambers (22a, 22b); or a fire retardant escape route slab for an escape route; comprising: a binder; and an elastomeric granulate material bound in the binder; characterized in that the elastomeric granulate material comprises cable jacket granulate in a relative proportion of at least 20 % and a fire protection additive that is bound in the cable jacket granulate. a fire retardant escape route slab for an escape route; comprising: a binder; and an elastomeric granulate material bound in the binder; a binder; and an elastomeric granulate material bound in the binder; characterized in that the elastomeric granulate material comprises cable jacket granulate in a relative proportion of at least 20 % and a fire protection additive that is bound in the cable jacket granulate.
A digital radiographic detector (40; 300; 400) comprising: a two-dimensional array of imaging pixels, each imaging pixel comprising a photo-sensitive element and a switching element; read-out circuits electrically coupled to the two-dimensional array of imaging pixels to generate a radiographic image by reading out image data from the two-dimensional array of imaging pixels; and a housing enclosing the two-dimensional array of imaging pixels and the read-out circuits, wherein each switching element in the two-dimensional array of imaging pixels comprises only one active layer having a total thickness less than nm formed from indium-gallium-zinc oxide (IGZO). a two-dimensional array of imaging pixels, each imaging pixel comprising a photo-sensitive element and a switching element; read-out circuits electrically coupled to the two-dimensional array of imaging pixels to generate a radiographic image by reading out image data from the two-dimensional array of imaging pixels; and a housing enclosing the two-dimensional array of imaging pixels and the read-out circuits, wherein each switching element in the two-dimensional array of imaging pixels comprises only one active layer having a total thickness less than nm formed from indium-gallium-zinc oxide (IGZO).
An agent For treating keratin-containing fibers, in particular human hair, containing, in a cosmetically acceptable carrier: (a) at least one crosslinked, amphiphilic, anionic polymer having at least one structural unit of formula and at least one structural unit of formula, in which R 1 and R 2 represent, independently of one another, a hydrogen atom or a methyl group, R 3 represents a (C 8 to C 30) alkyl group, M + represents a physiologically acceptable cation, and A 1 represents a group *-(CH 2 CH 2 O) x -* in which x represents a whole number from 5 to 35, a group *-(CH 2 CHMeO) y -* in which y represents a whole number from 5 to 35, or a group *-(CH 2 CH 2 O) x -(CH 2 CHMeO) y -* in which the sum x + y represents a whole number from 5 to 35 and x and y are greater than zero; and (b) at least one uncrosslinked, amphiphilic, anionic polymer containing at least one structural unit of formula and at least one structural unit of formula (IV-a) and at least one structural unit of formula, in which R 1 and R 4 represent, independently of one another, a hydrogen atom or a methyl group, R 3 represents palm fat alcohol, R 5 represents a (C 8 to C 4) alkyl group, in particular ethyl, M + represents a physiologically acceptable cation, and x represents 25. (a) at least one crosslinked, amphiphilic, anionic polymer having at least one structural unit of formula and at least one structural unit of formula, in which R 1 and R 2 represent, independently of one another, a hydrogen atom or a methyl group, R 3 represents a (C 8 to C 30) alkyl group, M + represents a physiologically acceptable cation, and A 1 represents a group *-(CH 2 CH 2 O) x -* in which x represents a whole number from 5 to 35, a group *-(CH 2 CHMeO) y -* in which y represents a whole number from 5 to 35, or a group *-(CH 2 CH 2 O) x -(CH 2 CHMeO) y -* in which the sum x + y represents a whole number from 5 to 35 and x and y are greater than zero; and R 1 and R 2 represent, independently of one another, a hydrogen atom or a methyl group, R 3 represents a (C 8 to C 30) alkyl group, M + represents a physiologically acceptable cation, and A 1 represents a group *-(CH 2 CH 2 O) x -* in which x represents a whole number from 5 to 35, a group *-(CH 2 CHMeO) y -* in which y represents a whole number from 5 to 35, or a group *-(CH 2 CH 2 O) x -(CH 2 CHMeO) y -* in which the sum x + y represents a whole number from 5 to 35 and x and y are greater than zero; and (b) at least one uncrosslinked, amphiphilic, anionic polymer containing at least one structural unit of formula and at least one structural unit of formula (IV-a) and at least one structural unit of formula, in which R 1 and R 4 represent, independently of one another, a hydrogen atom or a methyl group, R 3 represents palm fat alcohol, R 5 represents a (C 8 to C 4) alkyl group, in particular ethyl, M + represents a physiologically acceptable cation, and x represents 25. R 1 and R 4 represent, independently of one another, a hydrogen atom or a methyl group, R 3 represents palm fat alcohol, R 5 represents a (C 8 to C 4) alkyl group, in particular ethyl, M + represents a physiologically acceptable cation, and x represents 25.
A diagnostic tool (336, 1136) configured to test a performance of a vehicle component, the diagnostic tool (336, 1136) comprising: a processor (304, 1104) configured to process test information from the vehicle component and control the vehicle component to be tested; a memory (308, 1110) configured to store the test information of the vehicle component and software that operates the vehicle component; a capacitive element configured to supply power to perform the testing of the vehicle component, wherein the memory (308, 1110) and the capacitive element are in communication with the processor (304, 1104), characterized by a charging module that controls a timing and an amount of charge provided to the capacitive element, wherein the charging module charges the capacitive element based at least in part on an amount of power required to perform the testing of the vehicle component. a processor (304, 1104) configured to process test information from the vehicle component and control the vehicle component to be tested; a memory (308, 1110) configured to store the test information of the vehicle component and software that operates the vehicle component; a capacitive element configured to supply power to perform the testing of the vehicle component, wherein the memory (308, 1110) and the capacitive element are in communication with the processor (304, 1104), characterized by a charging module that controls a timing and an amount of charge provided to the capacitive element, wherein the charging module charges the capacitive element based at least in part on an amount of power required to perform the testing of the vehicle component.
A method for producing a semi-finished product for producing an optical fiber that is optimized for bending, the method comprising the steps: providing at least one jacket tube (1, 9, 10) that is used as a carrier for subsequently performed coatings and surface modifications wherein the jacket tube has a lower jacket refractive index than a light conducing core; applying at least one protective layer, intermediary layer and/or barrier layer providing a diffusion preventing blocking function relative to volatile glass components on a radially outermost and/or innermost tube surface (2, 4) of the respective jacket tube, wherein a build-up of light conducing layers (5, 6, 7) is provided on an inside and/or an outside of the jacket tube, at least partially collapsing and/or defined collapsing of the jacket tube thus produced into a capillary or a core rod, characterized in that the the jacket tubes provided with inner and/outer coatings are combined into the semi-finished product in a final converging fabrication process wherein the defined collapsing causes a collapsing and joining of the jacket tubes (9, 10) on the core rod in order to form the semi-finished product, a build-up of the light conducing layers performed on the inside of the jacket tube is performed by a CVD or PIVD deposition method, wherein the refractive index continuously increases with a defined layer number. providing at least one jacket tube (1, 9, 10) that is used as a carrier for subsequently performed coatings and surface modifications wherein the jacket tube has a lower jacket refractive index than a light conducing core; applying at least one protective layer, intermediary layer and/or barrier layer providing a diffusion preventing blocking function relative to volatile glass components on a radially outermost and/or innermost tube surface (2, 4) of the respective jacket tube, wherein a build-up of light conducing layers (5, 6, 7) is provided on an inside and/or an outside of the jacket tube, at least partially collapsing and/or defined collapsing of the jacket tube thus produced into a capillary or a core rod, the jacket tubes provided with inner and/outer coatings are combined into the semi-finished product in a final converging fabrication process wherein the defined collapsing causes a collapsing and joining of the jacket tubes (9, 10) on the core rod in order to form the semi-finished product, a build-up of the light conducing layers performed on the inside of the jacket tube is performed by a CVD or PIVD deposition method, wherein the refractive index continuously increases with a defined layer number.
A system comprising: - a pool and - a height-adjustable pool floor, adjustable to any depth from the bottom of the pool to emerged position on the water surface, the height-adjustable floor being designed to perform the function of a walkable, thermally insulating and evaporation-proof cover of the pool water surface, the height-adjustable floor is on its bottom side fitted with at least two evenly spaced lifting bags, fixed to the bottom of the pool and the height-adjustable pool floor, the said lifting bags being connectable to a pump, such as a pool filtration pump or a counter-current swimming pump for filling said lifting bags with water and the said height-adjustable floor having at least one feed opening, - characterized in that seating spacer blocks are mounted at the bottom of the pool and/or on the underside of the height-adjustable floor to ensure protection of the empty lifting bags against damage and the pump, such as a pool filtration pump or a counter-current swimming pump, is for filling water into the pool. - a pool and - a height-adjustable pool floor, adjustable to any depth from the bottom of the pool to emerged position on the water surface, the height-adjustable floor being designed to perform the function of a walkable, thermally insulating and evaporation-proof cover of the pool water surface, the height-adjustable floor is on its bottom side fitted with at least two evenly spaced lifting bags, fixed to the bottom of the pool and the height-adjustable pool floor, the said lifting bags being connectable to a pump, such as a pool filtration pump or a counter-current swimming pump for filling said lifting bags with water and the said height-adjustable floor having at least one feed opening, - characterized in that seating spacer blocks are mounted at the bottom of the pool and/or on the underside of the height-adjustable floor to ensure protection of the empty lifting bags against damage and the pump, such as a pool filtration pump or a counter-current swimming pump, is for filling water into the pool.
Conductive film provided in a touch panel, comprising: a transparent dielectric layer having a first surface, and a second surface on the opposite side to the first surface, the first surface being disposed on an operating surface side of a touch panel in relation to the second surface; a first lattice formed by a plurality of first electrode wires disposed on the first surface; and a second lattice formed by a plurality of second electrode wires disposed on the second surface, wherein the second lattice includes an enlargement region; the first lattice includes a facing region lying over the enlargement region with the transparent dielectric layer therebetween; and when one of the directions in which the plurality of first electrode wires are arranged in the facing region is a placement direction (C1, C2), and, in the placement direction (C1, C2), the interval (Pd) at which the second electrode wires in the enlargement region are arranged is greater than the interval (Ps) at which the first electrode wires in the facing region are arranged, and the enlargement region and the facing region are seen from a position in front (Fn) of said regions, then one second electrode wire is positioned between two first electrode wires which are adjacent to each other in the placement direction (C1, C2), characterized in that the second lattice has a lattice pattern in which a reference lattice is enlarged, the reference lattice constituting an imaginary lattice having a lattice pattern the same as the first lattice. a transparent dielectric layer having a first surface, and a second surface on the opposite side to the first surface, the first surface being disposed on an operating surface side of a touch panel in relation to the second surface; a first lattice formed by a plurality of first electrode wires disposed on the first surface; and a second lattice formed by a plurality of second electrode wires disposed on the second surface, wherein the second lattice includes an enlargement region; the first lattice includes a facing region lying over the enlargement region with the transparent dielectric layer therebetween; and when one of the directions in which the plurality of first electrode wires are arranged in the facing region is a placement direction (C1, C2), and, in the placement direction (C1, C2), the interval (Pd) at which the second electrode wires in the enlargement region are arranged is greater than the interval (Ps) at which the first electrode wires in the facing region are arranged, and the enlargement region and the facing region are seen from a position in front (Fn) of said regions, then one second electrode wire is positioned between two first electrode wires which are adjacent to each other in the placement direction (C1, C2), characterized in that the second lattice has a lattice pattern in which a reference lattice is enlarged, the reference lattice constituting an imaginary lattice having a lattice pattern the same as the first lattice.
A method for reconditioning the subgrade material disposed beneath the rail of a railroad track, wherein use is made of a removal wagon for removing the subgrade material as well as of a plurality of different modular reconditioning wagons (8, 9) that are disposed downstream of the removal wagon, said reconditioning wagons (8, 9) each defining an individual reconditioning module for reconditioning the subgrade material and intermediately storing and/or moving on the reconditioned material, wherein, initially, the subgrade material is removed by means of the removal wagon and wherein, subsequently, the removed subgrade material is successively supplied to the reconditioning wagon (8, 9) in such a way that the subgrade material is fractionated in the first reconditioning wagon by means of a sieving device, wherein the finer contents of the crushed rock pass through the sieving device and are received by the first reconditioning wagon, that the residual subgrade material that was not reconditioned in this first reconditioning wagon and is the crushed rock fraction which did not pass through the sieving device of the first reconditioning wagon is supplied to the second reconditioning wagon for fractionating this residual subgrade material by means of a sieving device, wherein the mesh size of the sieving device of the second reconditioning wagon is in excess of the mesh size of the sieving device of the first reconditioning wagon, and that, if necessary, the respectively residual subgrade material which is the crushed rock material that does not pass through the second sieving device is continued to be successively reconditioned in at least one further reconditioning wagon by means of a sieving device, wherein the separated fraction size becomes increasingly larger in the reconditioning wagons that are disposed one after the other, wherein, for the purpose of recycling, in addition to coarse crushed rock fractions, fractions smaller than 22 mm, comprising a natural aggregate, are also reconditioned, separated and cleaned in a rail-bound working process and nothing but the fines that cannot be reused, comprising dirt, top soil, organic soil materials and components, and chemical contaminants, are disposed of.