mhurhangee/patent-ind-claim-en huggingface dataset:
A system iron comprising: a body including a steam generator for generating steam; an ironing plate , which is rotatably coupled to an upper portion of the body and which is provided with steam nozzles for spraying steam; a steam iron connected to the ironing plate so as to receive steam; a steam flow channel for allowing the steam, generated by the steam generator , to be supplied to the steam nozzles or the steam iron ; and a flow channel valve for controlling the steam flow channel so as to supply the steam to one of the steam nozzles or to the steam iron , characterized by a spreading unit configured to be spread out to the outside of the ironing plate for tensioning a top hung on an outer side of the ironing plate , wherein the steam nozzles are disposed so as to spray the steam toward the two lateral side surfaces of the ironing plate when the spreading unit is spread. a body including a steam generator for generating steam; an ironing plate , which is rotatably coupled to an upper portion of the body and which is provided with steam nozzles for spraying steam; a steam iron connected to the ironing plate so as to receive steam; a steam flow channel for allowing the steam, generated by the steam generator , to be supplied to the steam nozzles or the steam iron ; and a flow channel valve for controlling the steam flow channel so as to supply the steam to one of the steam nozzles or to the steam iron , characterized by a spreading unit configured to be spread out to the outside of the ironing plate for tensioning a top hung on an outer side of the ironing plate , wherein the steam nozzles are disposed so as to spray the steam toward the two lateral side surfaces of the ironing plate when the spreading unit is spread.
Laminated glazed automotive vehicle roof comprising two, external and internal , glass sheets and interlayer sheets assembling the glass sheets, and comprising, placed between the two glass sheets, a control assembly for controlling the light transmission of LC (liquid-crystal film) type , and lighting elements based on light-emitting diodes (LED) , characterized in that the choice of the diodes, of their power supply and of their arrangement in the laminate is such that during continuous operation the temperature in the laminate remains below 100°C.
Adapter unit which is provided for coupling, in particular releasable coupling, of a wiper blade to a wiper arm , having a wind deflector surface which is designed to deflect inflowing air and press the wiper blade onto a vehicle glass , wherein the wind deflector surface has at least one first sub-face and a second sub-face , wherein the first sub-face has a different orientation than the second sub-face and/or wherein the first sub-face has a different geometry than the second sub-face, and the first sub-face and/or the second sub-face are/is designed to be flat or largely flat at least in regions, characterized by a face which faces the wiper arm and is designed to guide through and/or receive the wiper arm for coupling to the adapter unit, wherein the face facing the wiper arm is tilted relative to a surface normal of an adapter unit base area by a right-hand angle between 10° and 40°, preferably between 20° and 30°, characterized in that a dividing line between the first sub-face and the second sub-face is oriented at least in regions to be perpendicular and/or largely perpendicular to the wiper arm direction .
A resin-sealed semiconductor device , which includes a power semiconductor element and a power lead connected to a main electrode of the power semiconductor element, the power semiconductor element being molded with resin, the resin-sealed semiconductor device comprising: a fuse portion formed by forming a narrowed portion in the power lead ; a first resin sealing portion configured to cover the fuse portion; and a second resin sealing portion configured to block the first resin sealing portion from atmospheric air, wherein the power lead protrudes from the second resin sealing portion ,wherein the second resin sealing portion is in direct contact with one face of a heat sink , and another face of the heat sink has a plurality of cooling fins formed thereon, an insulating case having a main body portion, an opening portion, and a hollow portion, wherein the second resin sealing portion is molded such that the insulating case containing the power semiconductor element and the first resin sealing portion inside is entirely covered, and wherein the second resin sealing portion is fixed above the heat sink made of metal, with the insulating sheet inserted between the power lead and the heat sink to fix the power lead and the heat sink . a fuse portion formed by forming a narrowed portion in the power lead ; a first resin sealing portion configured to cover the fuse portion; and a second resin sealing portion configured to block the first resin sealing portion from atmospheric air, wherein the power lead protrudes from the second resin sealing portion ,wherein the second resin sealing portion is in direct contact with one face of a heat sink , and another face of the heat sink has a plurality of cooling fins formed thereon, an insulating case having a main body portion, an opening portion, and a hollow portion, wherein the second resin sealing portion is molded such that the insulating case containing the power semiconductor element and the first resin sealing portion inside is entirely covered, and wherein the second resin sealing portion is fixed above the heat sink made of metal, with the insulating sheet inserted between the power lead and the heat sink to fix the power lead and the heat sink .
A negative electrode plate , comprising a negative electrode current collector ; a negative electrode active material layer disposed on the negative electrode current collector comprising a negative electrode active material, the negative electrode active material comprising a silicon-based material; a binder-free inorganic dielectric layer disposed on one side of the negative electrode active material layer away from the negative electrode current collector, the inorganic dielectric layer comprising an inorganic dielectric material, and the inorganic dielectric layer including at least a main body portion disposed on the surface of the negative electrode active material layer, the main body portion having a channel penetratingly arranged along a thickness direction of the main body portion; and a lithium metal layer disposed on the surface of the inorganic dielectric layer away from the negative electrode active material layer. a negative electrode current collector ; a negative electrode active material layer disposed on the negative electrode current collector comprising a negative electrode active material, the negative electrode active material comprising a silicon-based material; a binder-free inorganic dielectric layer disposed on one side of the negative electrode active material layer away from the negative electrode current collector, the inorganic dielectric layer comprising an inorganic dielectric material, and the inorganic dielectric layer including at least a main body portion disposed on the surface of the negative electrode active material layer, the main body portion having a channel penetratingly arranged along a thickness direction of the main body portion; and a lithium metal layer disposed on the surface of the inorganic dielectric layer away from the negative electrode active material layer.
Apparatus comprising a joint spacer for treatment of a joint of a human subject, the joint spacer comprising: a pouch having a wall , wherein the joint spacer is configured to be inserted into a space of the joint, and is shaped, when the pouch is inserted into the space and filled, to provide mechanical support to the joint, characterized in that the wall of the pouch comprises a dermal graft material . a pouch having a wall , wherein the joint spacer is configured to be inserted into a space of the joint, and is shaped, when the pouch is inserted into the space and filled, to provide mechanical support to the joint, characterized in that the wall of the pouch comprises a dermal graft material .
Lattice mast as a tower of a wind turbine, wherein the lattice mast has tubular two-part supports made of parts that can be detachably connected to one another, characterized in that the two parts, as they are connected, are arranged continuously uniaxially in the supporting axes, in that the supports are arranged obliquely to one another in the direction away from the standing surface of the tower with a reducing cross-sectional area, in that the lattice mast has a first guiding constituent part and a second guiding constituent part guided in the first guiding constituent part , wherein the first constituent part has a device having a plurality of rails arranged in the comers of a polygon as a climbing frame for guiding at least one guiding element of the second constituent part , wherein the guiding element is connected via at least one climbing device having couplings to the rails of the climbing frame, and in that the first constituent part has an element for supporting the end or the end region of the second constituent part in the end position and thus operating position of the wind turbine.
A ground anchor assembly including a ground anchor post having a shaft with an upper end and lower end , the upper end having a threaded shaft section and the lower end having a helical blade portion , a rotating drive engaging end located on the upper end , a ground anchor post support device having an elongate inner sleeve section to receive the shaft of the ground anchor post there through, and an outer ground engaging surface , a hollow main post having an upper end , a lower end for slidably engaging the ground anchor post , and an internal threaded section located at a lower end opening , wherein the hollow main post slidably engages the upper end of the ground anchor post when inserted into the ground and any lateral forces applied to the hollow main post is transferred out through to the ground anchor support device , and a coupling member to couple the hollow main post to the ground anchor post .
A device for a toilet , comprising a seat and a cover connected to the seat to be rotatable about an axis of rotation , wherein the seat or the cover is rotatable about the axis of rotation by means of a drive supported by a torsion spring , wherein the device has two attachment points for attaching the device to a toilet , wherein the drive is arranged in an axis between the attachment points , wherein the drive can be controlled by means of an operating unit , and wherein at least one of the attachment points has at least one electrical conductor or at least one electrical contact for data communication between the operating unit and the drive so that data for controlling the drive can be conducted between the operating unit and the drive via at least one of the attachment points , and wherein the operating unit and the drive are configured for data communication via at least one of the attachment points , and the device is designed such that the drive is supplied with electrical energy via the at least one electrical conductor or via the at least one electrical contact.
A method of making an embedded coil assembly comprising: providing a laminate plate including an inner nonconductive layer , a top metal layer and a bottom metal layer ; patterning and etching the laminate plate to provide a nonconductive plate having an outer peripheral portion, an outer metal ring supporting the outer peripheral portion of the nonconductive plate at an inner peripheral portion thereof, an inner metal ring supported by an upper surface of the nonconductive plate, and an annular metal bridging portion connecting the outer and inner metal rings; attaching bottom ends of a first plurality of metal pillars to a top surface of the outer metal ring and a bottom ends of a second plurality of metal pillars to a top surface of the inner metal ring; placing a ferrite ring on the top surface of the annular bridging portion; and bonding first ends of a plurality of bond wires to top surfaces of the first plurality of metal pillars, and bonding second ends of a plurality of bond wires to top surfaces of the second plurality of metal pillars. providing a laminate plate including an inner nonconductive layer , a top metal layer and a bottom metal layer ; patterning and etching the laminate plate to provide a nonconductive plate having an outer peripheral portion, an outer metal ring supporting the outer peripheral portion of the nonconductive plate at an inner peripheral portion thereof, an inner metal ring supported by an upper surface of the nonconductive plate, and an annular metal bridging portion connecting the outer and inner metal rings; attaching bottom ends of a first plurality of metal pillars to a top surface of the outer metal ring and a bottom ends of a second plurality of metal pillars to a top surface of the inner metal ring; placing a ferrite ring on the top surface of the annular bridging portion; and bonding first ends of a plurality of bond wires to top surfaces of the first plurality of metal pillars, and bonding second ends of a plurality of bond wires to top surfaces of the second plurality of metal pillars.
A method of operating an internal combustion engine of a type that has a combustion chamber , a moveable valve having a seat formed in the combustion chamber, a camshaft on which a cam is mounted, a rocker arm assembly having a rocker arm and a cam follower configured to engage the cam as the camshaft rotates, and a latch assembly having a latch pin that is mounted on the rocker arm and an actuator that includes an electromagnet that is mounted to a component distinct from the rocker arm so that the rocker arm is moveable independently from the electromagnet , characterized in that the method comprises: obtaining rocker arm position information by gathering and analyzing data relating to a current or voltage in an electrical circuit that is operative to power the electromagnet ; and using the rocker arm position information to perform a diagnostic; wherein the electromagnet is operative to cause the latch pin to translate between a first and a second position by generating magnetic flux that follows a magnetic circuit that includes the latch pin . obtaining rocker arm position information by gathering and analyzing data relating to a current or voltage in an electrical circuit that is operative to power the electromagnet ; and using the rocker arm position information to perform a diagnostic; wherein the electromagnet is operative to cause the latch pin to translate between a first and a second position by generating magnetic flux that follows a magnetic circuit that includes the latch pin .
Light module of a headlight of a motor vehicle, the light module comprising a first submodule for generating a dimmed light distribution with a horizontal light/dark boundary, a second submodule for illuminating a far region above the light/dark boundary, and for achieving a high beam distribution and a projection lens for imaging the light emitted by the two submodules as a resulting light distribution of the light module on a roadway in front of the motor vehicle, both submodules in each case comprising the following components: at least one LED (29a; 29b) as a light source for emitting light, at least one heat sink (26a; 26b) in thermal contact with the LEDs (29a; 29b) for dissipating the heat generated during operation of the LEDs (29a; 29b) and a primary optical unit for bundling the light emitted by the LEDs (29a; 29b) and for deflecting the light in the direction of the projection lens , characterized in that the light module including the heat sink is divided into the two submodules by a horizontal separating plane , all the above-mentioned components of the first submodule being arranged above the horizontal plane and all the above-mentioned components of the second submodule being arranged below the horizontal plane , the heat sinks of the two submodules each having a recess in which the LEDs and the primary optical unit of the relevant submodule are arranged, and the LEDs (29a; 29b) each emitting light upward or into an upper half-space in a main emission direction .
A waste-disposal device for use with a bag unit of the type having an annular component from which a free end of tube extends to form a bag, the waste-disposal device comprising: a bin having an open top end for accessing an inner cavity of the bin; a support in the bin adjacent to the open top end adapted to support the annular component of the bag unit for waste to be received in the bag of the bag unit extending in the inner cavity of the bin, by passing through a central opening of the support ; and a closing mechanism comprising a door pivotally connected to the support by at least one pivot , the closing mechanism including an abutment surface in the bin, the door is configured to be pivotable between a closed position in which the door presses the bag toward the abutment surface to close the bag, and an open position in which the door is away from the abutment surface to allow an access to an interior of the bin, characterized in that the at least one pivot is located inside a vertical annular projection of the central opening of the support , such that the pivot axis defined by the at least one pivot is located higher than a bottommost edge (C1) of the annular component of the bag unit when received in the support and when the bin has a bottom thereof on the ground. a bin having an open top end for accessing an inner cavity of the bin; a support in the bin adjacent to the open top end adapted to support the annular component of the bag unit for waste to be received in the bag of the bag unit extending in the inner cavity of the bin, by passing through a central opening of the support ; and a closing mechanism comprising a door pivotally connected to the support by at least one pivot , the closing mechanism including an abutment surface in the bin, the door is configured to be pivotable between a closed position in which the door presses the bag toward the abutment surface to close the bag, and an open position in which the door is away from the abutment surface to allow an access to an interior of the bin, characterized in that the at least one pivot is located inside a vertical annular projection of the central opening of the support , such that the pivot axis defined by the at least one pivot is located higher than a bottommost edge (C1) of the annular component of the bag unit when received in the support and when the bin has a bottom thereof on the ground.
A method for transmitting a signal in a communication system, the method performed by a base station apparatus and comprising: transmitting information indicating a frame structure among a plurality of frame structures; and transmitting the signal based on the indicated frame structure, wherein in case that a subcarrier spacing of the indicated frame structure corresponds to 60kHz: the subcarrier spacing of the indicated frame structure is four times as wide as a subcarrier spacing of a reference frame structure and duration of a transmission time interval, TTI, of the reference frame structure is four times as long as a TTI of the indicated frame structure, each of the TTI of the indicated frame structure and the TTI of the reference frame structure includes 14 symbols, symbol duration of a starting symbol in an even-numbered TTI of the indicated frame structure is longer than symbol duration of any other symbols in the TTI of the indicated frame structure, and symbol duration of a starting symbol in the TTI of the reference frame structure equals a sum of the symbol duration of the starting symbol, symbol duration of a second symbol, symbol duration of a third symbol, and symbol duration of a fourth symbol in the even-numbered TTI of the indicated frame structure such that four symbols in the TTI of the indicated frame structure are time-synchronized with one symbol of the TTI of the reference frame structure. transmitting information indicating a frame structure among a plurality of frame structures; and transmitting the signal based on the indicated frame structure, wherein in case that a subcarrier spacing of the indicated frame structure corresponds to 60kHz: the subcarrier spacing of the indicated frame structure is four times as wide as a subcarrier spacing of a reference frame structure and duration of a transmission time interval, TTI, of the reference frame structure is four times as long as a TTI of the indicated frame structure, each of the TTI of the indicated frame structure and the TTI of the reference frame structure includes 14 symbols, symbol duration of a starting the subcarrier spacing of the indicated frame structure is four times as wide as a subcarrier spacing of a reference frame structure and duration of a transmission time interval, TTI, of the reference frame structure is four times as long as a TTI of the indicated frame structure, each of the TTI of the indicated frame structure and the TTI of the reference frame structure includes 14 symbols, symbol duration of a starting symbol in an even-numbered TTI of the indicated frame structure is longer than symbol duration of any other symbols in the TTI of the indicated frame structure, and symbol duration of a starting symbol in the TTI of the reference frame structure equals a sum of the symbol duration of the starting symbol, symbol duration of a second symbol, symbol duration of a third symbol, and symbol duration of a fourth symbol in the even-numbered TTI of the indicated frame structure such that four symbols in the TTI of the indicated frame structure are time-synchronized with one symbol of the TTI of the reference frame structure.
Planar wound-care article, comprising - a base surface which is a non-equilateral rectangle or is derived from such a rectangle, comprising at least one rounded corner, and a recess arranged on a longitudinal side which is semi-circular or semi-elliptical; - a planar layer comprising a superabsorbent polymer, - an envelope surrounding the planar layer, which consists at least partially of a liquid-permeable material, - wherein, in a top view of the planar side thereof, the planar layer has a surface area (F1) which, when not wetted, is 3% to 75% smaller than the surface area (F2) of the inner space provided by the envelope or the envelope seam. - a base surface which is a non-equilateral rectangle or is derived from such a rectangle, comprising at least one rounded corner, and a recess arranged on a longitudinal side which is semi-circular or semi-elliptical; - a planar layer comprising a superabsorbent polymer, - an envelope surrounding the planar layer, which consists at least partially of a liquid-permeable material, - wherein, in a top view of the planar side thereof, the planar layer has a surface area (F1) which, when not wetted, is 3% to 75% smaller than the surface area (F2) of the inner space provided by the envelope or the envelope seam.
Spoiler for an automotive vehicle intended to be mounted in a region of a roof rear edge above a rear window , comprising: - several openings located on a top face of the spoiler , and - several conduits designed to connect the openings to a bottom face of the spoiler , the spoiler comprising several scoops (10; 110; 210) mounted in the openings and movable relative to the spoiler to enable the openings to be closed off when in the retracted position and to enable a channelling function when in the deployed position to allow air to flow along the rear window , the scoops (10; 110; 210) comprising means designed to allow vortex structures to be generated, characterised in that the scoops (10; 110; 210) comprise two flanks and a top wall connecting the two flanks , the top wall subtending an angle with the roof when in the deployed position to enable vortices to be created. - several openings located on a top face of the spoiler , and - several conduits designed to connect the openings to a bottom face of the spoiler ,