mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel cell module having a plurality of fuel cells forming a fuel cell stack , and having an enclosure which surrounds the fuel cell stack , wherein the enclosure includes a bottom assembly and a lid cap assembly , wherein the bottom assembly includes a jacket at least partly form-fitted to the stack architecture providing internal alignment functions and a bottom plate in pressure contact with the fuel cell stack , wherein the lid cap assembly comprises a compression plate in pressure contact with the fuel cell stack , wherein the bottom assembly and the lid cap assembly are provided with a progressive locking system providing a range of compression pressures to the fuel cell module , characterized in that the progressive locking system provides for an upbuilding of restoring forces through the displacement of the bottom assembly in relation to the lid cap assembly when the fuel cell stack grows during use and requires more volume in the stacking direction. having a plurality of fuel cells forming a fuel cell stack , and having an enclosure which surrounds the fuel cell stack , wherein the enclosure includes a bottom assembly and a lid cap assembly , wherein the bottom assembly includes a jacket at least partly form-fitted to the stack architecture providing internal alignment functions and a bottom plate in pressure contact with the fuel cell stack , wherein the lid cap assembly comprises a compression plate in pressure contact with the fuel cell stack , wherein the bottom assembly and the lid cap assembly are provided with a progressive locking system providing a range of compression pressures to the fuel cell module , characterized in that the progressive locking system provides for an upbuilding of restoring forces through the displacement of the bottom assembly in relation to the lid cap assembly when the fuel cell stack grows during use and requires more volume in the stacking direction.
Sewing installation for producing quilting seams in sewn material , in particular in textile coverings for loungers, - having a base frame , - having at least three sewing heads , each having an upper sewing part and an assigned lower sewing part for forming at least three quilting seams in the sewn material , - wherein the sewing heads are in each case assembled on the base frame and embodied for forming the parallel quilting seams that run along a common sewing direction (N), - wherein the sewing heads are embodied to be displaceable in a mutually independent manner along a displacement direction (V) perpendicular to the sewing direction (N), having a fixing device for fixing a relative position of the upper sewing part in relation to the lower sewing part of in each case one of the sewing heads , wherein the fixing device is switchable between - a fixing position in which the upper sewing part is fixed in relation to the lower sewing part in such a manner that the relative position of the upper sewing part in relation to the lower sewing part is maintained when displacing the sewing head in the displacement direction (V), - a releasing position in which the fixing of the upper sewing part in relation to the lower sewing part by the fixing device is cancelled, - wherein the fixing device for each sewing head has one fixing pin which in the fixing position is guided through an upper part fixing receptacle in the upper sewing part and through a lower part fixing receptacle in the lower sewing part of the sewing head . - having a base frame , - having at least three sewing heads , each having an upper sewing part and an assigned lower sewing part for forming at least three quilting seams in the sewn material , - wherein the sewing heads are in each case assembled on the base frame and embodied for forming the parallel quilting seams that run along a common sewing direction (N), - wherein the sewing heads are embodied to be displaceable in a mutually independent manner along a displacement direction (V) perpendicular to the sewing direction (N), - a fixing position in which the upper sewing part is fixed in relation to the lower sewing part in such a manner that the relative position of the upper sewing part in relation to the lower sewing part is maintained when displacing the sewing head in the displacement direction (V), - a releasing position in which the fixing of the upper sewing part in relation to the lower sewing part by the fixing device is cancelled, - wherein the fixing device for each sewing head has one fixing pin which in the fixing position is guided through an upper part fixing receptacle in the upper sewing part and through a lower part fixing receptacle in the lower sewing part of the sewing head .
A blood treatment device having at least one handle arrangement for a door of the device, wherein the handle arrangement has at least one handle that is configured in ring shape; and in that the handle arrangement furthermore has at least one disinfection unit that works with light, preferably with UV light, and that is arranged to disinfect the handle, with the handle arrangement furthermore having at least one drive unit that is configured to move the handle along the disinfection unit., characterized in that the handle comprises an electrically conductive material; and in that at least one contact sensor that forms a component of the handle arrangement is provided, is electrically conductively connected to the handle by means of a sliding contact, and is configured to detect the contact of the handle and to activate the drive unit with a time offset after such a detection.
An oven splatter guard comprising: a flexible screen configured to reduce splatter in a working oven wherein the flexible screen is not self-supporting; and a collapsible support means configured to support the flexible screen, characterized in that the collapsible support means is configured to provide a collapsed configuration of the oven splatter guard and a plurality of stable, erected configurations of the oven splatter guard, and wherein the collapsible support means comprises one or more bendable poles which are configured to be decoupled from the flexible screen and which can be bent into various forms to provide the plurality of stable, erected configurations . a flexible screen configured to reduce splatter in a working oven wherein the flexible screen is not self-supporting; and a collapsible support means configured to support the flexible screen, characterized in that the collapsible support means is configured to provide a collapsed configuration of the oven splatter guard and a plurality of stable, erected configurations of the oven splatter guard, and wherein the collapsible support means comprises one or more bendable poles which are configured to be decoupled from the flexible screen and which can be bent into various forms to provide the plurality of stable, erected configurations .
A center pillar for a vehicle, comprising: a base layer formed of carbon-fiber-reinforced plastic (CFRP); and laminate layers in which a plurality of layers of CFRP and a plurality of layers of glass-fiber-reinforced plastic (GFRP) are alternately disposed on a first surface and a second surface of the base layer individually, wherein the CFRP and the GFRP laminated on the first surface of the base layer and the CFRP and the GFRP laminated on the second surface of the base layer are symmetrical to each other with respect to a thickness direction of the center pillar, wherein the center pillar has a thickness of 2.8 mm to 5.36 mm. a base layer formed of carbon-fiber-reinforced plastic (CFRP); and laminate layers in which a plurality of layers of CFRP and a plurality of layers of glass-fiber-reinforced plastic (GFRP) are alternately disposed on a first surface and a second surface of the base layer individually, wherein the CFRP and the GFRP laminated on the first surface of the base layer and the CFRP and the GFRP laminated on the second surface of the base layer are symmetrical to each other with respect to a thickness direction of the center pillar, wherein the center pillar has a thickness of 2.8 mm to 5.36 mm.
A rotor structure for a synchronous motor, comprising: a stator (S); and a rotatable rotor (R) on the inner side of the stator, wherein the rotor includes: a rotor core (R c ) fixed to a rotary shaft (C); and a permanent magnet (Pm) on the outer side of the rotor core, the permanent magnet on the outer side of the rotor core includes a main magnet (Pm m ) and an auxiliary magnet (Pm s ), the auxiliary magnet is provided in contact with the outer side of the rotor core, and the main magnet is provided in contact with the outer side of the auxiliary magnet; wherein the rotor includes a plurality of auxiliary magnets, the auxiliary magnets (Pm s ) being embedded in a plurality of indentations or holes (L) in the perimeter of the rotor core (R c ) characterized in that the outer surface side of the auxiliary magnets each is provided in such a manner as to be flush with the outer surface of the rotor core. a stator (S); and a rotatable rotor (R) on the inner side of the stator, wherein the rotor includes: a rotor core (R c ) fixed to a rotary shaft (C); and a permanent magnet (Pm) on the outer side of the rotor core, a rotor core (R c ) fixed to a rotary shaft (C); and a permanent magnet (Pm) on the outer side of the rotor core, the permanent magnet on the outer side of the rotor core includes a main magnet (Pm m ) and an auxiliary magnet (Pm s ), the auxiliary magnet is provided in contact with the outer side of the rotor core, and the main magnet is provided in contact with the outer side of the auxiliary magnet; wherein the rotor includes a plurality of auxiliary magnets, the auxiliary magnets (Pm s ) being embedded in a plurality of indentations or holes (L) in the perimeter of the rotor core (R c ) characterized in that the outer surface side of the auxiliary magnets each is provided in such a manner as to be flush with the outer surface of the rotor core.
A compound of Formula IV: wherein R 6 and R 7 are each independently selected from -H, -OMe; R is selected from: wherein, R 13 is -OH; R 14 is selected from -OMe, -OH; R 15 is selected from -OMe, -OH; R 16 is -H; R 17 is -CH 3 ; R 11 and R 12 are each independently selected from -H, or R 11 and R 12 together form lactone, or -C(O)OC 2 H 5 ; and wherein the compound is selected from: wherein R 6 and R 7 are each independently selected from -H, -OMe; R is selected from: wherein, R 13 is -OH; R 14 is selected from -OMe, -OH; R 15 is selected from -OMe, -OH; R 16 is -H; R 17 is -CH 3 ; R 11 and R 12 are each independently selected from -H, or R 11 and R 12 together form lactone, or -C(O)OC 2 H 5 ; and wherein the compound is selected from:
An engine mounting apparatus for supporting a gas turbine engine module along an assembly line, the mounting apparatus characterised by comprising: a module adaptor mounted to an overhead carrier for rotation about a horizontal axis , the overhead carrier being supported from an overhead support structure for movement along the assembly line, the module adaptor extending from the carrier to an opposed distal end , the distal end having at least one mounting interface configured for attachment to a module of an engine (E) for substantially supporting the engine (E) horizontally from said module adaptor and rotatably about said horizontal axis such that said engine module remains horizontal during rotation.
A method for manufacturing a polycrystalline silicon rod, wherein the method uses a reactor having a structure in which the inside is hermetically sealed by a bell jar and a bottom plate, the bottom plate is provided with a plurality of electrode pair that holds silicon core wires and energizes the silicon core wires, and a plurality of gas supply nozzles for supplying a silicon deposition raw material gas to an inner space of the bell jar are provided with such manner that each tip end jetting port faces upward, and the silicon deposition raw material gas is jetted from the gas supply nozzles while energizing the silicon core wires to deposit polycrystalline silicon on the silicon core wires, characterized in that : at least one of the gas supply nozzles is a flow rate amplification nozzle having such function that the silicon deposition raw material gas supplied to the nozzle is mixed with an atmosphere inside the bell jar, which is introduced into the nozzle, and the mixed gas in which the amount of the silicon deposition raw material gas is increased is jetted. wherein the method uses a reactor having a structure in which the inside is hermetically sealed by a bell jar and a bottom plate, the bottom plate is provided with a plurality of electrode pair that holds silicon core wires and energizes the silicon core wires, and a plurality of gas supply nozzles for supplying a silicon deposition raw material gas to an inner space of the bell jar are provided with such manner that each tip end jetting port faces upward, and the silicon deposition raw material gas is jetted from the gas supply nozzles while energizing the silicon core wires to deposit polycrystalline silicon on the silicon core wires, characterized in that : at least one of the gas supply nozzles is a flow rate amplification nozzle having such function that the silicon deposition raw material gas supplied to the nozzle is mixed with an atmosphere inside the bell jar, which is introduced into the nozzle, and the mixed gas in which the amount of the silicon deposition raw material gas is increased is jetted.
A method for transporting a large milling machine self-propelled by ground-engaging units and comprising a machine frame adjustable in height by means of lifting devices using a tractor unit with a fifth-wheel coupling for a semi-trailer couplable behind the tractor unit as seen in the direction of travel, characterized by the following steps: a.) positioning the machine frame of the large milling machine for coupling the large milling machine to the fifth-wheel coupling of the tractor unit or to a trailer preferably using the ground-engaging units and/or the lifting devices of the large milling machine , b.) coupling and supporting the machine frame on the fifth-wheel coupling of the tractor unit or on the trailer, c.) repeating steps a) and b) to establish a mechanical connection between the tractor unit and the trailer by means of coupling the tractor unit and the trailer via at least the machine frame of the large milling machine , d.) using at least the machine frame of the large milling machine with the trailer as semi-trailer. a.) positioning the machine frame of the large milling machine for coupling the large milling machine to the fifth-wheel coupling of the tractor unit or to a trailer preferably using the ground-engaging units and/or the lifting devices of the large milling machine , b.) coupling and supporting the machine frame on the fifth-wheel coupling of the tractor unit or on the trailer, c.) repeating steps a) and b) to establish a mechanical connection between the tractor unit and the trailer by means of coupling the tractor unit and the trailer via at least the machine frame of the large milling machine , d.) using at least the machine frame of the large milling machine with the trailer as semi-trailer.
An expansion dowel made of plastic, which has at least two expansion elements in an expansion region which can be expanded by introducing an expansion body into an expansion channel of the expansion dowel , wherein the expansion channel extends concentrically to and along a central longitudinal axis (L) of the expansion dowel , wherein the expansion elements are separated from one another by a slot , which defines a median plane between the expansion elements in which the longitudinal axis (L) lies, and wherein the expansion elements are integrally connected to one another by at least one web-like connector , which is arranged in the slot between the two expansion elements , characterized in that the connector has at least a first portion , which is inclined at a first acute angle (α 1 ) to the central longitudinal axis (L) such that the central longitudinal axis (L) intersects the first portion at least at one point. which has at least two expansion elements in an expansion region which can be expanded by introducing an expansion body into an expansion channel of the expansion dowel , wherein the expansion channel extends concentrically to and along a central longitudinal axis (L) of the expansion dowel , wherein the expansion elements are separated from one another by a slot , which defines a median plane between the expansion elements in which the longitudinal axis (L) lies, and wherein the expansion elements are integrally connected to one another by at least one web-like connector , which is arranged in the slot between the two expansion elements , characterized in that the connector has at least a first portion , which is inclined at a first acute angle (α 1 ) to the central longitudinal axis (L) such that the central longitudinal axis (L) intersects the first portion at least at one point.
A safety brake for an elevator, comprising, a centrifugal regulator , a shaft , which rotates due to a coupling to the movement of the elevator, a brake having a first and a second brake part with friction surfaces facing each other, wherein said first brake part can move towards the second brake part, whereby the first brake part is rotatable with the shaft , and in a normal state is decoupled from the shaft , a first spring assembly through the action of which the brake parts are spring-biased against each other with a certain pressure force, whereby the centrifugal regulator on release is arranged to couple the shaft to the first brake part to force a rotation thereon, characterized in that it comprises a pressure-relieving device provided to ease the said spring biasing, due to the rotation of the shaft , at the coupled shaft, by via the centrifugal regulator and a switch mechanism acting between said centrifugal regulator and the shaft , which switch mechanism can convert a torque in the switch mechanism into a translation movement, bringing the centrifugal regulator , moving along the center-line of the shaft, to press the first brake part against the spring assembly's spring action and hence in direction from the second brake part , until a balanced position is obtained, whereby both brake parts frictionally slide against each other. a centrifugal regulator , a shaft , which rotates due to a coupling to the movement of the elevator, a brake having a first and a second brake part with friction surfaces facing each other, wherein said first brake part can move towards the second brake part, whereby the first brake part is rotatable with the shaft , and in a normal state is decoupled from the shaft , a first spring assembly through the action of which the brake parts are spring-biased against each other with a certain pressure force, whereby the centrifugal regulator on release is arranged to couple the shaft to the first brake part to force a rotation thereon, characterized in that it comprises a pressure-relieving device provided to ease the said spring biasing, due to the rotation of the shaft , at the coupled shaft, by via the centrifugal regulator and a switch mechanism acting between said centrifugal regulator and the shaft , which switch mechanism can convert a torque in the switch mechanism into a translation movement, bringing the centrifugal regulator , moving along the center-line of the shaft, to press the first brake part against the spring assembly's spring action and hence in direction from the second brake part , until a balanced position is obtained, whereby both brake parts frictionally slide against each other.
Differential gear mechanism for a drug delivery device with a primary drug delivery assembly comprising a primary dose dial sleeve configured to move proximally in a helical movement during setting of a dose of a primary medicament contained in a primary reservoir of the primary drug delivery assembly and with a secondary drug delivery assembly comprising a secondary drive sleeve configured to move in a proximal direction in a helical movement during setting of a dose of a secondary medicament contained in a secondary reservoir of the secondary drug delivery assembly ; characterized in that the differential gear mechanism comprises: - a first toothing ; - a transmission element movable relative to the first toothing in a first axial direction and comprising at least one first gear wheel and at least one second gear wheel concentrically arranged with respect to the first gear wheel ; - a second toothing axially constrained to the primary dose dial sleeve ; - a third toothing axially constrained to the secondary drive sleeve ; - a fourth toothing ; wherein the first toothing is configured to be fixed stationary with respect to a drug delivery housing , wherein the second toothing is configured to be axially constrained to the primary dose dial sleeve , and wherein the third toothing is configured to be axially constrained to the secondary drive sleeve , wherein the second toothing , the third toothing and the fourth toothing are moveable relative to the first toothing in the first axial direction and wherein the fourth toothing is movable relative to the second toothing in the axial direction; wherein the first gear wheel is in meshed engagement with the first toothing and the fourth toothing ; and wherein the second gear wheel is in meshed engagement with the second toothing and third toothing , such that when the secondary drive sleeve moves proximally, axial motion of the third toothing causes relative axial movement between the second toothing and the fourth toothing , and such that when the primary dose dial sleeve moves proximally, motion of the second toothing in proximal direction causes the second toothing and the fourth toothing to move together in proximal direction. - a first toothing ; - a transmission element movable relative to the first toothing in a first axial direction and comprising at least one first gear wheel and at least one second gear wheel concentrically arranged with respect to the first gear wheel ; - a second toothing axially constrained to the primary dose dial sleeve ; - a third toothing axially constrained to the secondary drive sleeve ; - a fourth toothing ;