mhurhangee/patent-ind-claim-en huggingface dataset:
Stopper for bottles, comprising a pouring element assembled with a hinged closing cap for its engagement to the neck of a bottle, the closing cap being able to be placed in an open position and a closed position, said closing cap comprising a protrusion , whose protrusion contacts the pouring element in the open position of the closing cap , wherein the pouring element and the closing cap are hinged to each other by a hinge formed by two arms , between which it is arranged said protrusion , characterized in that the pouring element comprises at least one lateral manipulation flange projecting from said pouring element , said at least one manipulation flange extending from the hinge between the pouring element and the closing cap towards the opposite side. wherein the pouring element and the closing cap are hinged to each other by a hinge formed by two arms , between which it is arranged said protrusion , characterized in that the pouring element comprises at least one lateral manipulation flange projecting from said pouring element , said at least one manipulation flange extending from the hinge between the pouring element and the closing cap towards the opposite side.
Method for the material use of hydrogen comprising the method steps - Loading of a carrier medium with hydrogen by means of a loading unit , - Provision of the hydrogen bound to the carrier medium by means of hydrogen-provision device , - Hydrogenation of a material for hydrogenation with use of the hydrogen provided in bound form as a liquid, hydrogen-loaded carrier medium by means of a transfer-hydrogenation unit of a transfer-hydrogenation unit , wherein the material for hydrogenation is hydrated by direct contact with the liquid, hydrogen-loaded carrier medium such that the handling and storage of molecular hydrogen in the transfer-hydrogenation unit is dispensed with. - Loading of a carrier medium with hydrogen by means of a loading unit , - Provision of the hydrogen bound to the carrier medium by means of hydrogen-provision device , - Hydrogenation of a material for hydrogenation with use of the hydrogen provided in bound form as a liquid, hydrogen-loaded carrier medium by means of a transfer-hydrogenation unit of a transfer-hydrogenation unit , wherein the material for hydrogenation is hydrated by direct contact with the liquid, hydrogen-loaded carrier medium such that the handling and storage of molecular hydrogen in the transfer-hydrogenation unit is dispensed with.
A method for transmitting a frame, the method comprising: generating , by an access point, a non-beamformed omni portion of the frame, wherein the non-beamformed omni portion includes a signal field, and wherein the signal field includes a beam forming field indicating whether beamforming is used for a multi-stream portion of the frame; generating , by the access point, the multi-stream portion of the frame in accordance with a value of the beam forming field, wherein the multi-stream portion of the frame includes a data field and wherein the multi-stream portion of the frame is located after the omni portion of the frame; and wirelessly transmitting , by the access point, the frame. generating , by an access point, a non-beamformed omni portion of the frame, wherein the non-beamformed omni portion includes a signal field, and wherein the signal field includes a beam forming field indicating whether beamforming is used for a multi-stream portion of the frame; generating , by the access point, the multi-stream portion of the frame in accordance with a value of the beam forming field, wherein the multi-stream portion of the frame includes a data field and wherein the multi-stream portion of the frame is located after the omni portion of the frame; and wirelessly transmitting , by the access point, the frame.
Handgrip for a handlebar of a motor vehicle, such as a motorbike, water motorcycle, snowmobile, quad bike, comprising a hollow cylinder-like inner part with an outer sheath side and an inner sheath side, a sensor electrode of a proximity sensor, which sensor electrode is arranged radially on the outside of the outer sheath side of the inner part, and a covering element which is arranged radially on the outside of the outer sheath side of the inner part by overmolding or injection molding and which covers the sensor electrode, wherein a proximity sensor circuit is electrically connected to the sensor electrode, characterized in that both the sensor electrode and the proximity sensor circuit are arranged on a common substrate of a circuit board , wherein the common substrate surrounds the inner part and, with at least a first section in which the substrate is flexibly formed, directly or indirectly bears against a cylindrical outer sheath surface section of the inner part , and the inner part has on its outer sheath side at least one radially outwardly pointing projection which extends through an associated hole portion of the first section of the substrate of the printed circuit board.
A nonaqueous electrolyte battery comprising: a negative electrode comprising an oxide of titanium; a positive electrode comprising a nickel-cobalt-manganese composite oxide represented by a composition formula Li 1-a Ni x Co y Mn z O 2 , subscripts x, y, and z satisfying an inequality 0.1 ≤ x/(y + z) ≤ 1.3, subscript a satisfying 0 ≤ a ≤ 1; and a nonaqueous electrolyte, wherein a ratio p/n of a capacity p of the positive electrode to a capacity n of the negative electrode is within a range of 1.2 to 2, characterized in that the positive electrode has a surface state where a ratio A S /A Ni of a S atom abundance ratio A S to a Ni atom abundance ratio A Ni obtained by subjecting a surface of the positive electrode to a photoelectron spectroscopic measurement is 0.4 to 5. a negative electrode comprising an oxide of titanium; a positive electrode comprising a nickel-cobalt-manganese composite oxide represented by a composition formula Li 1-a Ni x Co y Mn z O 2 , subscripts x, y, and z satisfying an inequality 0.1 ≤ x/(y + z) ≤ 1.3, subscript a satisfying 0 ≤ a ≤ 1; and a nonaqueous electrolyte, wherein a ratio p/n of a capacity p of the positive electrode to a capacity n of the negative electrode is within a range of 1.2 to 2, characterized in that the positive electrode has a surface state where a ratio A S /A Ni of a S atom abundance ratio A S to a Ni atom abundance ratio A Ni obtained by subjecting a surface of the positive electrode to a photoelectron spectroscopic measurement is 0.4 to 5.
An optical alignment system for a dual-optical displacement sensor , the optical alignment system including a scanner comprising a first scanner head including a first optical displacement sensor for providing a first beam having a first optical axis (OA) and a second scanner head including a second optical displacement sensor for providing a second beam having a second optical axis (OA), comprising: at least one alignment target comprising at least one knife edge pair including a first knife edge and a spaced apart second knife edge oriented along lines in a first plane of the alignment target that is essentially perpendicular to the first and the second optical axis positioned between the first scanner head and the second scanner head for interacting with the first beam and the second beam; a photodetector (140a5, 140b5) in at least one of the first and second scanner head for collecting time versus position data comprising from measurements involving the alignment target in a path of the first beam and measurements involving the alignment target in a path of the second beam path, and a computing device (140a1) or a programmed circuit implementing at least one equation coupled to receive and analyze the time versus position data for determining a degree of alignment of the first optical axis relative to the second optical axis. at least one alignment target comprising at least one knife edge pair including a first knife edge and a spaced apart second knife edge oriented along lines in a first plane of the alignment target that is essentially perpendicular to the first and the second optical axis positioned between the first scanner head and the second scanner head for interacting with the first beam and the second beam; a photodetector (140a5, 140b5) in at least one of the first and second scanner head for collecting time versus position data comprising from measurements involving the alignment target in a path of the first beam and measurements involving the alignment target in a path of the second beam path, and a computing device (140a1) or a programmed circuit implementing at least one equation coupled to receive and analyze the time versus position data for determining a degree of alignment of the first optical axis relative to the second optical axis.
A method of making a window frame unit, where the frame comprises a top member, a bottom member and two side members and carries a pane comprising at least two sheet elements , and where the frame comprises one or more functional elements, said method comprising the following steps: a) at least two frame parts each comprising a top section , a bottom section and two side sections are made by moulding, b) at least one sheet element is attached to each of said at least two frame parts during the moulding step, thereby forming a unit layer, c) at least one functional element is attached to each of said two frame parts during or after the moulding thereof, and d) the at least two unit layers are superposed and interconnected so that the top sections , bottom sections and side sections of the frame parts form the top member, bottom member and side members of the frame, respectively, characterized the functional element attached to one of said at least two frame parts is a hinge or a mounting bracket for interconnection to a load-bearing structure and that the other functional element attached to the other of said at least two frame parts is insulating material . a) at least two frame parts each comprising a top section , a bottom section and two side sections are made by moulding, b) at least one sheet element is attached to each of said at least two frame parts during the moulding step, thereby forming a unit layer, c) at least one functional element is attached to each of said two frame parts during or after the moulding thereof, and d) the at least two unit layers are superposed and interconnected so that the top sections , bottom sections and side sections of the frame parts form the top member, bottom member and side members of the frame, respectively,
Pipe unit adapted to be arranged in a conduit for a gaseous medium, wherein the pipe unit comprises • a pipe-shaped body , • a pipe-shaped flexible sealing element , which at a first end is fixedly arranged outside the pipe-shaped body, and which at a second end comprises a flange element , and • means adapted to detachably fixate said flange element of said sealing element to a flange element in a connecting pipe in the conduit, in order to, when the flange elements are fixed to each other and the pipe unit is accordingly connected with the connecting pipe, to allow movement between the pipe-shaped body and the connecting pipe via the sealing element's flexibility, wherein said means for fixation of the sealing element's flange element to a flange element in a connecting pipe are adapted to establish a gas-proof connection between the pipe unit and a said connecting pipe, and to form, via the mutual fixation of said flange element , the only touching connection of the pipe unit to a said connecting pipe , characterised in that the pipe-shaped body has an end section with an external circumferential surface , which circumferentially abut against an internal wall surface of the pipe element's flange elements , wherein the external circumferential surfaces of the end section of the pipe-shaped body and the internal wall surface of the pipe element's flange element are movably arranged in relation to each other. • a pipe-shaped body , • a pipe-shaped flexible sealing element , which at a first end is fixedly arranged outside the pipe-shaped body, and which at a second end comprises a flange element , and • means adapted to detachably fixate said flange element of said sealing element to a flange element in a connecting pipe in the conduit, in order to, when the flange elements are fixed to each other and the pipe unit is accordingly connected with the connecting pipe, to allow movement between the pipe-shaped body and the connecting pipe via the sealing element's flexibility,
A method for providing constant airflow with a variable speed motor for a Heating, Ventilation, and Air Conditioning (HVAC) system, comprising the steps of: (a) calculating a real-time input power Pi and real-time rotation speed ni of the motor ; (b) receiving a target airflow IN-CFM; and (c) determining a steady working point of the motor along a control track of a function P=f(n) that corresponds to the target airflow IN-CFM, wherein the steady working point specifies a power Pt and speed nt of the motor on the control track of the control function P=f(n) that provides a constant airflow corresponding to the target airflow IN-CFM ; (d) determining whether a power increment value ΔP = |Pt - Pi| is less than a set value P set ; (e) controlling the motor by repeatedly adjusting the power and speed of the motor when the power increment value is greater than or equal to the set value P set until the motor operates at the steady working point and provides the target airflow IN-CFM such that airflow provided by the HVAC system is maintained constant at the target airflow IN-CFM before and after the step of repeatedly adjusting the power and speed of the motor , wherein repeatedly adjusting the power and speed of the motor comprises adjusting the motor power and then subsequently adjusting the motor speed. (a) calculating a real-time input power Pi and real-time rotation speed ni of the motor ; (b) receiving a target airflow IN-CFM; and (c) determining a steady working point of the motor along a control track of a function P=f(n) that corresponds to the target airflow IN-CFM, wherein the steady working point specifies a power Pt and speed nt of the motor on the control track of the control function P=f(n) that provides a constant airflow corresponding to the target airflow IN-CFM ; (d) determining whether a power increment value ΔP = |Pt - Pi| is less than a set value P set ; (e) controlling the motor by repeatedly adjusting the power and speed of the motor when the power increment value is greater than or equal to the set value P set until the motor operates at the steady working point and provides the target airflow IN-CFM such that airflow provided by the HVAC system is maintained constant at the target airflow IN-CFM before and after the step of repeatedly adjusting the power and speed of the motor , wherein repeatedly adjusting the power and speed of the motor comprises adjusting the motor power and then subsequently adjusting the motor speed.
Method for manufacturing an element of a body part wherein: - a plastic element is manufactured with at least one housing located on a first face of the component ; - at least one connector plate with a pin is positioned in said housing , so that said pin protrudes from a second face of said plastic element opposite the first face ; - at least one heating track is positioned on one of the first and second faces in contact with the connection plate ; - the face (30.35) of the plastic element carrying the heating track is overmoulded. - a plastic element is manufactured with at least one housing located on a first face of the component ; - at least one connector plate with a pin is positioned in said housing , so that said pin protrudes from a second face of said plastic element opposite the first face ; - at least one heating track is positioned on one of the first and second faces in contact with the connection plate ; - the face (30.35) of the plastic element carrying the heating track is overmoulded.
A pin wrap for a rotor blade , having a unitary construction, comprising: a first elongated arm extending from an inboard end to an outboard end ; a second elongated arm extending from the inboard end to the outboard end ; and a curved end having an internal surface and a directly opposing external surface ; wherein the curved end integrally connects the first elongated arm to the second elongated arm at the outboard end ; and wherein the curved end is arcuate having a plurality of radii of curvatures; characterized in that the internal surface has a convex shape along a height (H) of the curved end , the height (H) being perpendicular relative to a plane defined by the plurality of radii; and in that the external surface has a concave shape along the height (H). a first elongated arm extending from an inboard end to an outboard end ; a second elongated arm extending from the inboard end to the outboard end ; and a curved end having an internal surface and a directly opposing external surface ; wherein the curved end integrally connects the first elongated arm to the second elongated arm at the outboard end ; and wherein the curved end is arcuate having a plurality of radii of curvatures; characterized in that the internal surface has a convex shape along a height (H) of the curved end , the height (H) being perpendicular relative to a plane defined by the plurality of radii; and in that the external surface has a concave shape along the height (H).
Relay valve device with a housing , with a longitudinally movable relay piston arranged in the housing , with a working valve device actuable by the relay piston , with an outlet chamber between the relay piston and the working valve device and with an intermediate wall which is arranged in the outlet chamber and divides the outlet chamber into a relay piston-side chamber and a relay piston-remote relay working chamber , the working valve device being arranged in the relay working chamber at an end of the housing which lies opposite the relay piston , and the intermediate wall having a device for pressure equalization between the relay piston-side chamber and the relay working chamber , characterized in that the intermediate wall is designed, together with a valve seat of the working valve device , in one piece as a combined intermediate-wall/valve-seat device and is produced as a plastic part.
A wireless communication method, comprising: reporting, by a first terminal device, capability information of the first terminal device and capability information of a third terminal device to a network device; acquiring , by the first terminal device, a first transmission resource set that is configured by the network device based on the capability information of the first terminal device and the capability information of the third terminal device, wherein resources in the first transmission resource set are used for performing sidelink communication; and performing , by the first terminal device, the sidelink communication with the third terminal device using a resource in the first transmission resource set, wherein the capability information of the first terminal device is used for representing a bandwidth range supported by the first terminal device, and the capability information of the third terminal device is used for representing a bandwidth range supported by the third terminal device, wherein the first transmission resource set belongs to an intersection between a transmission resource set acquired according to the capability information of the first terminal device and a transmission resource set acquired according to the capability information of the third terminal device. reporting, by a first terminal device, capability information of the first terminal device and capability information of a third terminal device to a network device; acquiring , by the first terminal device, a first transmission resource set that is configured by the network device based on the capability information of the first terminal device and the capability information of the third terminal device, wherein resources in the first transmission resource set are used for performing sidelink communication; and performing , by the first terminal device, the sidelink communication with the third terminal device using a resource in the first transmission resource set, wherein the capability information of the first terminal device is used for representing a bandwidth range supported by the first terminal device, and the capability information of the third terminal device is used for representing a bandwidth range supported by the third terminal device, wherein the first transmission resource set belongs to an intersection between a transmission resource set acquired according to the capability information of the first terminal device and a transmission resource set acquired according to the capability information of the third terminal device.
A method of detecting a predisposition to, or the incidence of, gastrointestinal cancer in a sample comprising detecting an epigenetic change in at least JAM3 and optionally also at least one gene selected from an NDRG4/NDRG2 subfamily gene, GATA4, OSMR, GATA5, SFRP1, ADAM23, JPH3, SFRP2, APC, MGMT, TFPI2, BNIP3, FOXE1, SYNE1, SOX17 and PHACTR3, wherein detection of the epigenetic change is indicative of a predisposition to, or the incidence of, gastrointestinal cancer, wherein the epigenetic change is methylation.
A chromatic facade unit for being attached to a wall of a building to form a facade of the wall , the chromatic facade unit comprising: a support structure ; a chromatic reflective layer formed on the support structure , the chromatic reflective layer comprising reflective layer and a chromatic diffusing layer , wherein the chromatic diffusing layer is configured to provide for a specular reflectance that is larger in the red than in the blue and for a diffuse reflectance that is larger in the blue than in the red, and the reflective layer is configured to reflect visible light having passed through the chromatic diffusing layer ; and an absorbing medium provided in or on the chromatic diffusing layer and/or the reflective layer , wherein the absorbing medium is configured to absorb radiation in the infrared spectrum. a support structure ; a chromatic reflective layer formed on the support structure , the chromatic reflective layer comprising reflective layer and a chromatic diffusing layer , wherein the chromatic diffusing layer is configured to provide for a specular reflectance that is larger in the red than in the blue and for a diffuse reflectance that is larger in the blue than in the red, and the reflective layer is configured to reflect visible light having passed through the chromatic diffusing layer ; and an absorbing medium provided in or on the chromatic diffusing layer and/or the reflective layer , wherein the absorbing medium is configured to absorb radiation in the infrared spectrum.
A hold-open arrangement for a door , wherein the hold-open arrangement comprises a sliding rail , in which a sliding element can be slidingly disposed, and comprises a hold-open device , wherein the sliding element is optionally arrestable and releasable with the hold-open device , wherein the hold-open arrangement includes an electro-chemical energy accumulator , which is to be protected from a temperature above a limit temperature, characterized in that the hold-open arrangement comprises an intumescent material , which, upon exceeding an intumescent temperature, has a volume that is larger than below the intumescent temperature, wherein the intumescent material is disposed behind the electro-chemical energy accumulator in such a manner that, in the mounted condition of the hold-open arrangement at the door, the intumescent material is located between the electro-chemical energy accumulator and the door such that, upon a volume increase of the intumescent material , the electro-chemical energy accumulator is pushed away from the door , whereby the distance is increased between the electro-chemical energy accumulator and the door, wherein moreover the intumescent material forms an insulation layer between the electro-chemical energy accumulator and the door.