mhurhangee/ep-ind-claims huggingface dataset:
Clutch system having a clutch apparatus and a fluidic actuating apparatus for engaging and/or disengaging the clutch apparatus, the clutch apparatus having at least one counterpressure plate, at least one clutch cover with at least one cup spring which is mounted pivotably on a pivoting radius, and at least one pressing plate which can be moved to a limited extent in the axial direction of the clutch apparatus by way of the cup spring for clamping a clutch disc in a frictionally locking manner between the pressing plate and the counterpressure plate, the cup spring acting on the pressing plate on an active radius which is arranged outside of the pivoting radius in the radial direction of the clutch apparatus, and it being possible for the said cup spring to be actuated by way of the actuating apparatus on an actuating radius which is arranged within the pivoting radius in the radial direction, and the fluidic actuating apparatus having at least one slave cylinder which acts indirectly or directly on the cup spring and has a slave piston, and at least one master cylinder which is connected fluidically to the slave cylinder and has a master piston, characterized in that it is the case that: iDP = (pivoting radius - actuating radius)/(active radius - pivoting radius) ≥ 5, and it is the case with regard to the piston surface areas that: iH = (surface area, slave piston)/(surface area, master piston), wherein 1.5 ≤ iH ≤ 3.5.
A method comprising: exposing a non-aqueous solution to ultraviolet illumination, the non-aqueous solution being a de-gassed non-aqueous solution comprising one or more lanthanide elements, an organic solvent and one or more photo-initiators, wherein the organic solvent comprises an alcohol and the one or more photo-initiators comprise benzophenone; and producing lanthanide nanoparticles using the non-aqueous solution. exposing a non-aqueous solution to ultraviolet illumination, the non-aqueous solution being a de-gassed non-aqueous solution comprising one or more lanthanide elements, an organic solvent and one or more photo-initiators, wherein the organic solvent comprises an alcohol and the one or more photo-initiators comprise benzophenone; and producing lanthanide nanoparticles using the non-aqueous solution.
A method for manufacturing a molded body (1, 90), the method comprising the steps of: molding a molded body (1, 90) in molds (12, 13), and separating a burr formed around the molded body (1, 90), wherein the step of separating the burr from the molded body comprises, within the molds (12, 13), cooling at least a part of the burr, and projecting a projecting member against the cooled burr, wherein cooling the burr and projecting the projecting member are performed in a space formed between pinch portions (35, 36) of the molds (12, 13) provided between adjacent two duct portions (2, 3) of the molded body (1, 90) and a blowout hole for blowing air and a projecting rod are installed in the space, characterized in that, in the space provided between the adjacent two portions (2, 3) of the molded body (1, 90), a projecting member is arranged at each side of the adjacent two portions (2, 3). molding a molded body (1, 90) in molds (12, 13), and separating a burr formed around the molded body (1, 90), wherein the step of separating the burr from the molded body comprises, within the molds (12, 13), cooling at least a part of the burr, and projecting a projecting member against the cooled burr, wherein cooling the burr and projecting the projecting member are performed in a space formed between pinch portions (35, 36) of the molds (12, 13) provided between adjacent two duct portions (2, 3) of the molded body (1, 90) and a blowout hole for blowing air and a projecting rod are installed in the space, characterized in that, in the space provided between the adjacent two portions (2, 3) of the molded body (1, 90), a projecting member is arranged at each side of the adjacent two portions (2, 3).
Steam generator comprising a reservoir, a steam-boiler unit, an applicator (13a; 13b) and a housing, wherein the housing comprises a trough with an accommodating space and comprises a cover, wherein the steam-boiler unit is inserted into the trough in a lower region of the accommodating space, and wherein the reservoir is inserted into the trough above the steam-boiler unit in a middle region of the accommodating space, characterized in that the steam generator comprises a filling pump, in that the steam-boiler unit comprises a pressure vessel with a connection flange and comprises a closure unit, in that the connection flange is closed off by the closure unit, in that the trough comprises a device coupling which is connected to a trough bottom, and in that the steam-boiler unit comprises a device plug, wherein, with the steam-boiler unit inserted fully into the trough, the device plug of the steam-boiler unit is connected fully to the device coupling.
A method of forming a fillet arc welded joint by fillet arc welding at least a partial region of corner portions that are edge regions of an abutted portion of at least one of a sheet surface portion and a sheet thickness portion of one metal member and a sheet surface portion of the other metal member and have at least one turned portion at at least one portion thereof, the method comprising: forming a fillet bead (3; 53; 63; 73; 83; 93; 103) with respect to a region containing the turned portion of the corner portion by the fillet arc welding; and forming a stiffening bead (3A; 55A; 55B; 65A; 65B; 74; 84A; 84B; 84C; 95; 104A; 104B) on one place or plural places of at least the one turned portion by arc welding different from the fillet arc welding so that a welding start point or a welding end point of the stiffening bead (3A; 55A; 55B; 65A; 65B; 74; 84A; 84B; 84C; 95; 104A; 104B) overlaps with the fillet bead (3; 53; 63; 73; 83; 93; 103), wherein the stiffening bead (3A; 55A; 55B; 65A; 65B; 74; 84A; 84B; 84C; 95; 104A; 104B) is formed in a direction of, of the one metal member and the other metal member, the metal member in which a larger tensile stress occurs when, to a fillet arc welded joint formed under the same condition as that of the fillet arc welded joint except for the point that the stiffening bead is not formed, a cyclic load expected to be applied to the fillet arc welded joint is applied, the fillet bead (3; 53; 63; 73; 83; 93; 103) is formed with respect to the corner portion of one side of the corner portions formed on both sides of the abutted portion, and at least one metal member of the one metal member and the other metal member is formed of a metal sheet having a sheet thickness of 3.2 mm or less. forming a fillet bead (3; 53; 63; 73; 83; 93; 103) with respect to a region containing the turned portion of the corner portion by the fillet arc welding; and forming a stiffening bead (3A; 55A; 55B; 65A; 65B; 74; 84A; 84B; 84C; 95; 104A; 104B) on one place or plural places of at least the one turned portion by arc welding different from the fillet arc welding so that a welding start point or a welding end point of the stiffening bead (3A; 55A; 55B; 65A; 65B; 74; 84A; 84B; 84C; 95; 104A; 104B) overlaps with the fillet bead (3; 53; 63; 73; 83; 93; 103), wherein the stiffening bead (3A; 55A; 55B; 65A; 65B; 74; 84A; 84B; 84C; 95; 104A; 104B) is formed in a direction of, of the one metal member and the other metal member, the metal member in which a larger tensile stress occurs when, to a fillet arc welded joint formed under the same condition as that of the fillet arc welded joint except for the point that the stiffening bead is not formed, a cyclic load expected to be applied to the fillet arc welded joint is applied, the fillet bead (3; 53; 63; 73; 83; 93; 103) is formed with respect to the corner portion of one side of the corner portions formed on both sides of the abutted portion, and at least one metal member of the one metal member and the other metal member is formed of a metal sheet having a sheet thickness of 3.2 mm or less.
Electrode for an electrochemical energy accumulator with a catalyst layer (2.2), comprising - an electrically conductive matrix and - a chemically active material intercalated into the electrically conductive matrix, characterised in that the catalyst layer (2.2) is provided with a protective coating (2.3) comprising at least one metal oxide and methionine. - an electrically conductive matrix and - a chemically active material intercalated into the electrically conductive matrix, characterised in that the catalyst layer (2.2) is provided with a protective coating (2.3) comprising at least one metal oxide and methionine.
A ramp output control device, comprising: a driver configured to receive at least two inputs from a controller, one of the at least two inputs including a time duration value, wherein the driver comprises: a time duration register configured to store a current clock count until a preset time duration is reached, wherein the preset time duration is determined by the time duration value; a ramp output register configured to store a current output value at an output of the device; and a calculation block configured to determine whether to increase the current output value at the output from a ramp step calculation algorithm based on the at least two inputs. a driver configured to receive at least two inputs from a controller, one of the at least two inputs including a time duration value, wherein the driver comprises: a time duration register configured to store a current clock count until a preset time duration is reached, wherein the preset time duration is determined by the time duration value; a ramp output register configured to store a current output value at an output of the device; and a calculation block configured to determine whether to increase the current output value at the output from a ramp step calculation algorithm based on the at least two inputs. a time duration register configured to store a current clock count until a preset time duration is reached, wherein the preset time duration is determined by the time duration value; a ramp output register configured to store a current output value at an output of the device; and a calculation block configured to determine whether to increase the current output value at the output from a ramp step calculation algorithm based on the at least two inputs.
Method for exchanging signals via nodes and comprising the steps of - at a source node, processing a source signal (21,22) and transmitting the source signal (21,22) to a destination node via a first signal route comprising an intermediate node (13,14) and via a different second signal route, with at least one signal route being a wireless signal route; - at the destination node, receiving a first destination signal including a data content corresponding with the source signal (21,22) and having followed the first signal route; - at the destination node, receiving a second destination signal including the same data content corresponding with the source signal (21,22) and having followed the second signal route; the method being characterized in that it further comprises - at the destination node, processing and correlating the first and second destination signals (31,32), both including the same data content, with each other; and - in dependence of a correlation result, adjusting a process for processing a signal at the destination node for future destination signal receptions. - at a source node, processing a source signal (21,22) and transmitting the source signal (21,22) to a destination node via a first signal route comprising an intermediate node (13,14) and via a different second signal route, with at least one signal route being a wireless signal route; - at the destination node, receiving a first destination signal including a data content corresponding with the source signal (21,22) and having followed the first signal route; - at the destination node, receiving a second destination signal including the same data content corresponding with the source signal (21,22) and having followed the second signal route; - at the destination node, processing and correlating the first and second destination signals (31,32), both including the same data content, with each other; and - in dependence of a correlation result, adjusting a process for processing a signal at the destination node for future destination signal receptions.
Supporting element for holding a cast-resin transformer winding relative to a transformer core, wherein the supporting element can be connected to a holding element which can be fitted to a tie rod, thus ensuring that the cast-resin transformer winding is held, characterized in that the supporting element has a cutout for holding an insulating cylinder which is to be arranged at a distance from the cast-resin transformer winding.
Vacuum cleaner comprising: a container delimiting an inner collection volume; a suction unit provided with a motor and an impeller coupled with the motor, the suction unit having at least one inlet port, at an impeller inlet side, and at least one outlet port, at an impeller outlet side; and an air channeling unit, operative between the container and the suction unit, having an intake side facing the inner collection volume, wherein the air channeling unit comprises a collector having a suction mouth at said intake side of the air channeling unit, characterized in that the air channeling unit further comprises a deflector positioned at said intake side and radially extending at least over a central portion of the suction mouth, the collector and the deflector delimiting a suction channel connecting the suction mouth to the inlet port of the suction unit. a container delimiting an inner collection volume; a suction unit provided with a motor and an impeller coupled with the motor, the suction unit having at least one inlet port, at an impeller inlet side, and at least one outlet port, at an impeller outlet side; and an air channeling unit, operative between the container and the suction unit, having an intake side facing the inner collection volume, wherein the air channeling unit comprises a collector having a suction mouth at said intake side of the air channeling unit, characterized in that the air channeling unit further comprises a deflector positioned at said intake side and radially extending at least over a central portion of the suction mouth, the collector and the deflector delimiting a suction channel connecting the suction mouth to the inlet port of the suction unit.
A self-moving device, configured for moving in a working area and performing a working task, wherein the self-moving device comprises: a body; a movement module, mounted on the body, and configured for driving the self-moving device to move, wherein the self-moving device comprises: an insect suppression device (10,10',10",10a,10b), mounted to the body; and a control module, controlling the movement module to move, and controlling the insect suppression device (10,10',10",10a,10b) to work; wherein the working area includes an insect suppression working area; characterised in that the self-moving device is configured to select one or more working positions in the insect suppression working area or on a path of performing an insect suppression task, to perform an insect suppression task at a fixed point. a body; a movement module, mounted on the body, and configured for driving the self-moving device to move, wherein the self-moving device comprises: an insect suppression device (10,10',10",10a,10b), mounted to the body; and a control module, controlling the movement module to move, and controlling the insect suppression device (10,10',10",10a,10b) to work; wherein the working area includes an insect suppression working area; characterised in that the self-moving device is configured to select one or more working positions in the insect suppression working area or on a path of performing an insect suppression task, to perform an insect suppression task at a fixed point. an insect suppression device (10,10',10",10a,10b), mounted to the body; and a control module, controlling the movement module to move, and controlling the insect suppression device (10,10',10",10a,10b) to work; wherein the working area includes an insect suppression working area; characterised in that the self-moving device is configured to select one or more working positions in the insect suppression working area or on a path of performing an insect suppression task, to perform an insect suppression task at a fixed point.
Nail strip, which is intended to be processed with a driving tool and comprises the following: • a multiplicity of nails, each of which is provided with an RFID transponder, and • connecting means for connecting the nails to the nail strip, wherein • the connecting means are configured to establish the connection of the nails to the nail strip after the nails provided with the RFID transponders have been checked for the functionality of the RFID transponders and those nails that have a functional RFID transponder have been selected, and wherein • the connecting means comprise a multiplicity of connecting elements, of which each nail has at least one, characterised in that • each nail has a dovetailed pin and a complementarily shaped groove as connecting elements. • a multiplicity of nails, each of which is provided with an RFID transponder, and • connecting means for connecting the nails to the nail strip, wherein • the connecting means are configured to establish the connection of the nails to the nail strip after the nails provided with the RFID transponders have been checked for the functionality of the RFID transponders and those nails that have a functional RFID transponder have been selected, and wherein • the connecting means comprise a multiplicity of connecting elements, of which each nail has at least one, characterised in that • each nail has a dovetailed pin and a complementarily shaped groove as connecting elements.
Solid dosage form comprising: - vigabatrin; - a superdisintegrant which is crospovidone; - a non-reducing sugar chosen from the list consisting of mannitol, xylitol, and sorbitol; and - a stearate derivative which is a stearate or stearyl fumarate salt, advantageously sodium stearyl fumarate or magnesium stearate. - vigabatrin; - a superdisintegrant which is crospovidone; - a non-reducing sugar chosen from the list consisting of mannitol, xylitol, and sorbitol; and - a stearate derivative which is a stearate or stearyl fumarate salt, advantageously sodium stearyl fumarate or magnesium stearate.
Operating device for a medical stone-collecting basket instrument, having a hose-shaped functional part and a wire-shaped functional part extending in the latter, wherein the two functional parts are axially movable relative to each other in order to perform a useful function in a distal portion remote from a proximal end portion of the functional parts, with - a first operating part, which is connected to the proximal end portion of the wire-shaped functional part and has an operating head at the proximal end of the wire-shaped functional part, and - a second operating part, which is connected to the proximal end portion of the hose-shaped functional part and has an operating region lying at an axial distance in front of the operating head, wherein - a fixing part is provided, which serves for the external fixing of the operating device and to which the second operating part is coupled in a mutually axially movable manner, and - the second operating part is connected non-releasably to the proximal end portion of the hose- shaped functional part and has an operating ring with a circumferential finger recess as operating region, wherein - the second operating part is guided telescopically on the fixing part, for which purpose the fixing part and the second operating part have two guide sleeves (9b, 4c) guided one inside the other, and an elastic pretensioning element, which acts in the axial direction between the fixing part and the second operating part, and wherein the first operating part is connected to the wire-shaped functional part for conjoint rotation therewith and is movable in rotation with respect to the second operating part. - a first operating part, which is connected to the proximal end portion of the wire-shaped functional part and has an operating head at the proximal end of the wire-shaped functional part, and - a second operating part, which is connected to the proximal end portion of the hose-shaped functional part and has an operating region lying at an axial distance in front of the operating head, wherein - a fixing part is provided, which serves for the external fixing of the operating device and to which the second operating part is coupled in a mutually axially movable manner, and - the second operating part is connected non-releasably to the proximal end portion of the hose- shaped functional part and has an operating ring with a circumferential finger recess as operating region, wherein - the second operating part is guided telescopically on the fixing part, for which purpose the fixing part and the second operating part have two guide sleeves (9b, 4c) guided one inside the other, and an elastic pretensioning element, which acts in the axial direction between the fixing part and the second operating part, and wherein
A method of manufacturing a conical-projections-sheet packaging body comprising: forming a plurality of conical-recess parts on a conical-projections forming sheet; forming, by supplying a conical-projections material to the conical-projections forming sheet, a conical-projections sheet including a base sheet and a plurality of conical projections formed on a first surface of the base sheet and disposed inside the plurality of conical-recess parts; characterized by: forming a plurality of sets of the conical-projections forming sheets and the conical-projections sheets by punching out the conical-projections forming sheet and the conical-projections sheet wherein a cutting of the solidified conical-projections material is performed before a cut for cutting the conical-projections forming sheet is performed; and using a package member to package a set of the conical-projections sheet and the conical-projections forming sheet tightly adhered to one another. forming a plurality of conical-recess parts on a conical-projections forming sheet; forming, by supplying a conical-projections material to the conical-projections forming sheet, a conical-projections sheet including a base sheet and a plurality of conical projections formed on a first surface of the base sheet and disposed inside the plurality of conical-recess parts; characterized by: forming a plurality of sets of the conical-projections forming sheets and the conical-projections sheets by punching out the conical-projections forming sheet and the conical-projections sheet wherein a cutting of the solidified conical-projections material is performed before a cut for cutting the conical-projections forming sheet is performed; and using a package member to package a set of the conical-projections sheet and the conical-projections forming sheet tightly adhered to one another. forming a plurality of sets of the conical-projections forming sheets and the conical-projections sheets by punching out the conical-projections forming sheet and the conical-projections sheet wherein a cutting of the solidified conical-projections material is performed before a cut for cutting the conical-projections forming sheet is performed; and using a package member to package a set of the conical-projections sheet and the conical-projections forming sheet tightly adhered to one another.