mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure-sensitive adhesive strip composed of at least four and especially exactly four layers, comprising • a layer A having a top side and a bottom side composed of a foamed adhesive composition based on a self-adhesive acrylate composition, • a layer B composed of a film carrier, where layer B is arranged on the bottom side of layer A, where at least the main face facing layer A and preferably both main faces of the film carrier have been etched, where the surface of layer A and the surface of layer B are in direct contact with one another, • a layer C composed of a self-adhesive composition which is arranged on the top side of layer A and is based on a self-adhesive acrylate composition, • a layer D composed of a self-adhesive composition which is arranged on the opposite side of layer B from layer A and is based on a self-adhesive acrylate composition. • a layer A having a top side and a bottom side composed of a foamed adhesive composition based on a self-adhesive acrylate composition, • a layer B composed of a film carrier, where layer B is arranged on the bottom side of layer A, where at least the main face facing layer A and preferably both main faces of the film carrier have been etched, where the surface of layer A and the surface of layer B are in direct contact with one another, • a layer C composed of a self-adhesive composition which is arranged on the top side of layer A and is based on a self-adhesive acrylate composition, • a layer D composed of a self-adhesive composition which is arranged on the opposite side of layer B from layer A and is based on a self-adhesive acrylate composition.
Method for controlling a display of an augmented-reality head-up display apparatus for a motor vehicle , comprising the steps of: - generating a navigation mark for contact-analogue display using the augmented-reality head-up display apparatus ; - generating a reference mark for contact-analogue display using the augmented-reality head-up display apparatus based on a reference object in the surrounding area of the motor vehicle ; and - outputting the navigation mark and the reference mark for display using the augmented-reality head-up display apparatus ; characterized in that the form and extent of a representation error that leads to an incorrectly positioned navigation mark becomes visible to a driver of the motor vehicle due to a deviation between the reference object and the reference mark . - generating a navigation mark for contact-analogue display using the augmented-reality head-up display apparatus ; - generating a reference mark for contact-analogue display using the augmented-reality head-up display apparatus based on a reference object in the surrounding area of the motor vehicle ; and - outputting the navigation mark and the reference mark for display using the augmented-reality head-up display apparatus ;
A machine to process panels made of wood or the like comprising a base ; a locking device to hold at least one panel on the base ; an overhead crane , which is movable along the base in a first direction and extends above the base in a second direction , which is substantially transverse to the first direction ; and an edgebanding assembly , which is designed to edgeband a lateral profile of the panel with a finishing edge , is mounted on the overhead crane so as to move, relative to the overhead crane , in the second direction and in a third direction , which is orthogonal to said first and second directions , and comprises, in turn, a gluing device to apply glue on the lateral profile of the panel and/or on the finishing edge and an activation device to activate a heat-melting layer of the finishing edge ; and characterized in that it further comprises a covering device , which is movable between an operating position, in which the covering device is arranged between the gluing device and the finishing edge so as to prevent the finishing edge from coming into contact with the gluing device , and a rest position, in which the finishing edge comes into contact with the gluing device ; and wherein the activation device is movable between an operating position for the activation of the heat-melting layer of the finishing edge and a rest position; said operating and rest positions being arranged on opposite sides of a feeding path of the finishing edge through the edgebanding assembly .
A thermally inhibited waxy cassava starch having a peak viscosity of between 100 and 500 Brabender Units (BU), wherein the peak viscosity refers to the peak viscosity as determined by the method defined in the specification.
A compound represented by Formula I, or an optical isomer, a diastereomer, a racemate or the mixture of the three, or a pharmaceutically acceptable salt or a solvate thereof;
A method for wireless communication comprising, at a user equipment, UE : identifying a quasi co-location relationship indicating that one or more antenna ports of a base station used to transmit a reference signal are quasi co-located with one or more antenna ports of the base station used to transmit a positioning reference signal; and receiving the reference signal at the UE; the method being characterized by further comprising: determining a receive beam for the UE to use to receive the positioning reference signal based at least in part on the received reference signal and the identified quasi co-location relationship; receiving a set of cell identifiers for cells that transmit positioning reference signals; and monitoring for positioning reference signals from one or more of the cells based at least in part on the received set of cell identifiers; and receiving a positioning reference signal at the UE using the determined receive beam. identifying a quasi co-location relationship indicating that one or more antenna ports of a base station used to transmit a reference signal are quasi co-located with one or more antenna ports of the base station used to transmit a positioning reference signal; and receiving the reference signal at the UE; the method being characterized by further comprising: determining a receive beam for the UE to use to receive the positioning reference signal based at least in part on the received reference signal and the identified quasi co-location relationship; receiving a set of cell identifiers for cells that transmit positioning reference signals; and monitoring for positioning reference signals from one or more of the cells based at least in part on the received set of cell identifiers; and receiving a positioning reference signal at the UE using the determined receive beam. determining a receive beam for the UE to use to receive the positioning reference signal based at least in part on the received reference signal and the identified quasi co-location relationship; receiving a set of cell identifiers for cells that transmit positioning reference signals; and monitoring for positioning reference signals from one or more of the cells based at least in part on the received set of cell identifiers; and receiving a positioning reference signal at the UE using the determined receive beam.
A binding protein that specifically binds to (i) a peptide consisting of SEQ ID NO:3 of a receptor tyrosine kinase-like orphan receptor 1 (ROR1) protein, or (ii) an epitope of a ROR1 protein, which epitope is within the amino acid sequence set forth in SEQ ID NO:3, wherein the binding protein is a monoclonal antibody or an antigen-binding fragment thereof.
Elevator safety device (ASE), characterized in that an actuating element is held in its standby position against the force of a main spring by means of a mechanism which is designed in the form of a ball locking bolt, wherein retaining bodies such as retaining balls or locking pins are used in the ball locking bolt, wherein the actuating element has a coupling attachment in the form of a recess , into which the retaining bodies are inserted in the standby position and which enables a converter to interact with the actuating element in a positively locking manner in order to keep it in its standby position.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, information for a sounding reference signal, SRS, by higher layer signaling; receiving, from the base station, a downlink control information, DCI, format including one or more transmission power control, TPC, commands for SRS transmissions of one or more terminals and an SRS request field for triggering the SRS transmissions, wherein the DCI format includes a cyclic redundancy check, CRC, scrambled by an SRS radio network temporary identifier, SRS-RNTI, and the SRS-RNTI corresponds to the DCI format; and transmitting, to the base station, the SRS based on the information for the SRS in a slot identified by a slot offset associated with the SRS. receiving, from a base station, information for a sounding reference signal, SRS, by higher layer signaling; receiving, from the base station, a downlink control information, DCI, format including one or more transmission power control, TPC, commands for SRS transmissions of one or more terminals and an SRS request field for triggering the SRS transmissions, wherein the DCI format includes a cyclic redundancy check, CRC, scrambled by an SRS radio network temporary identifier, SRS-RNTI, and the SRS-RNTI corresponds to the DCI format; and transmitting, to the base station, the SRS based on the information for the SRS in a slot identified by a slot offset associated with the SRS.
A projection system comprising: a dome screen (D), having a spherical shape and adapted to receive an undeformed spherical target image (TD); a first projector (PJT1), adapted to provide the undeformed spherical target image (TD); and a processor (PSR), coupled to the first projector (PJT1) and configured to generate a first prewarp image (W1) according to a target image (T), a spatial relationship, comprising at least one of coordinates, relative angles or displacement positions between the first projector (PJT1) and the dome screen (D), established by using a first camera, and a spatial relationship, comprising at least one of coordinates, relative angles or displacement positions between the dome screen (D) and a viewing point, established by using the camera; wherein the first projector (PJT1) is configured to project the first prewarp image (W1) so as to form the undeformed spherical target image (TD) at the viewing point; and characterized in that a distance between a position of the viewing point and a position of a center of a sphere corresponding to the dome screen (D) is at least greater than or equal to a distance of a sphere radius/tan(fov/2) of the dome screen (D), where fov is a viewing angle of a viewer. a dome screen (D), having a spherical shape and adapted to receive an undeformed spherical target image (TD); a first projector (PJT1), adapted to provide the undeformed spherical target image (TD); and a processor (PSR), coupled to the first projector (PJT1) and configured to generate a first prewarp image (W1) according to a target image (T), a spatial relationship, comprising at least one of coordinates, relative angles or displacement positions between the first projector (PJT1) and the dome screen (D), established by using a first camera, and a spatial relationship, comprising at least one of coordinates, relative angles or displacement positions between the dome screen (D) and a viewing point, established by using the camera; a target image (T), a spatial relationship, comprising at least one of coordinates, relative angles or displacement positions between the first projector (PJT1) and the dome screen (D), established by using a first camera, and a spatial relationship, comprising at least one of coordinates, relative angles or displacement positions between the dome screen (D) and a viewing point, established by using the camera; wherein the first projector (PJT1) is configured to project the first prewarp image (W1) so as to form the undeformed spherical target image (TD) at the viewing point; and characterized in that a distance between a position of the viewing point and a position of a center of a sphere corresponding to the dome screen (D) is at least greater than or equal to a distance of a sphere radius/tan(fov/2) of the dome screen (D), where fov is a viewing angle of a viewer.
A method for producing and encoding metal powder, comprising the following steps providing a melt, forming a melt jet, atomizing the melt jet by means of an atomization fluid, forming metal powder particles from the melt jet, characterized in that, during the atomization of the melt and/or the atomization fluid, a gaseous coding component is added in such a way that the use of the coding component in the metal powder can be detected, wherein the gaseous coding component comprises one or more isotopes of at least one gas, and the proportion of the at least one isotope is changed relative to the naturally occurring proportion of this isotope in the gas. providing a melt, forming a melt jet, atomizing the melt jet by means of an atomization fluid, forming metal powder particles from the melt jet, characterized in that, during the atomization of the melt and/or the atomization fluid, a gaseous coding component is added in such a way that the use of the coding component in the metal powder can be detected, wherein the gaseous coding component comprises one or more isotopes of at least one gas, and the proportion of the at least one isotope is changed relative to the naturally occurring proportion of this isotope in the gas.
A urethral stent for arrangement in the urethra of a patient, comprising: a tubular body having a first end with a first opening and a second end with a second opening , and a wall defining a lumen extending therethrough between the first and second openings; at least one first retention element connected to the tubular body at, or in the vicinity of, the first end; at least one second retention element , connected to the tubular body at a distance from the first end and the first retention element; a valve arranged at the first end, the valve comprising a valve seat formed by the first opening and a valve element being pivotably connected to the tubular body and/or the valve seat by a hinge connected to the tubular body and/or the valve seat at one side of the first opening, whereby the valve element is pivotable between a closed position, in which the valve element is in engagement with the valve seat at the first opening, thereby closing the lumen, and an open position in which the valve element is pivoted away from the valve seat, thereby opening the lumen, wherein the valve element is at least partly made of a ferromagnetic material and has an area which exceeds the area of the first opening; and at least one pivot restriction element arranged in the vicinity of the first opening and in the vicinity of the hinge, and protruding away from tubular body. a tubular body having a first end with a first opening and a second end with a second opening , and a wall defining a lumen extending therethrough between the first and second openings; at least one first retention element connected to the tubular body at, or in the vicinity of, the first end; at least one second retention element , connected to the tubular body at a distance from the first end and the first retention element; a valve arranged at the first end, the valve comprising a valve seat formed by the first opening and a valve element being pivotably connected to the tubular body and/or the valve seat by a hinge connected to the tubular body and/or the valve seat at one side of the first opening, whereby the valve element is pivotable between a closed position, in which the valve element is in engagement with the valve seat at the first opening, thereby closing the lumen, and an open position in which the valve element is pivoted away from the valve seat, thereby opening the lumen, wherein the valve element is at least partly made of a ferromagnetic material and has an area which exceeds the area of the first opening; and at least one pivot restriction element arranged in the vicinity of the first opening and in the vicinity of the hinge, and protruding away from tubular body.
Use of a plated metal pipe for vehicle piping formed by coating a base metal pipe with a coating of a hot dipping alloy, wherein the coating has a high corrosion resistance; wherein the base metal pipe is a double-wall steel pipe formed by rolling up a Cu-plated steel sheet in a tubular shape, the Cu-plated steel sheet being composed of a base metal sheet and a plated Cu film coating the base metal sheet; the hot dipping alloy is a Zn alloy and consists of 3 % by weight or above Al, 1 to 15 % by weight Mg, optionally 2% by weight or below in total of one or some of Cu, Mn, Si, Ca, Ti, B and Sn, and others including Zn and inevitable impurities, the melting point of the hot dipping alloy of Al, Mg and Zn being lower than those of the component metals of the alloy; and the plated metal pipe is not provided with a chemical conversion coating or a painted organic coating on the coating of the hot-dipping alloy.
A device for applying a sanitizing product, particularly for sanitary fixtures, comprising a blister pack which defines a cavity adapted to accommodate a sanitizing product , said blister pack comprising engagement means adapted to allow the insertion of a user's fingers into said engagement means and to allow bending of said blister pack and expulsion of the sanitizing product of said blister pack by abutting against abutment means , in order to expel said sanitizing product , the bending of said blister pack , before said engagement means abut against said abutment means , making it possible to partially expose said sanitizing product from said cavity , characterized in that said cavity adapted to accommodate said sanitizing product is partially blocked by a film defining retaining wings for said sanitizing product in order to prevent the sanitizing product from falling out of said cavity .
A transparent, crosslinked rubber composition, comprising: a neodymium-catalyzed isoprene rubber (IR) component; and a rubber polymer component selected from the group consisting of butadiene rubber (BR), 1,2-polybutadiene rubber, and styrene butadiene rubber (SBR), wherein the amount of the neodymium-catalyzed isoprene rubber is from 5 to 95 mass parts with the proviso that the total amount of the neodymium-catalyzed isoprene rubber and the rubber polymer component is 100 mass parts, wherein the composition is substantially free of silica, wherein the composition has haze of less than 20 %, measured according to JIS K7136, and wherein the composition has Type A Durometer hardness (0 sec) of 30 or more measured according to JIS K6253, wherein the cis content of the neodymium-catalyzed isoprene rubber is 95 % or more. a neodymium-catalyzed isoprene rubber (IR) component; and a rubber polymer component selected from the group consisting of butadiene rubber (BR), 1,2-polybutadiene rubber, and styrene butadiene rubber (SBR), wherein the amount of the neodymium-catalyzed isoprene rubber is from 5 to 95 mass parts with the proviso that the total amount of the neodymium-catalyzed isoprene rubber and the rubber polymer component is 100 mass parts, wherein the composition is substantially free of silica, wherein the composition has haze of less than 20 %, measured according to JIS K7136, and wherein the composition has Type A Durometer hardness (0 sec) of 30 or more measured according to JIS K6253, wherein the cis content of the neodymium-catalyzed isoprene rubber is 95 % or more.
Level measuring arrangement comprising: - a transmitter unit configured to generate a measurement signal in the frequency range of at least 75 GHz; - a receiving unit , configured to detect the measuring signal generated by the transmitting unit ; - an emitting antenna configured to emit the measuring signal generated by the emitting unit in the direction of a surface of a product in a container ; - a receiving antenna configured to receive a measurement signal reflected from the surface of the product ; - an emitting waveguide configured to transmit the measurement signal generated by the emitting unit to the emitting antenna ; and - a receiving waveguide configured to transmit the measurement signal received by the receiving antenna to the receiving unit ; wherein the transmitting waveguide and/or the receiving waveguide are designed to be flexible in a hose-like manner; wherein the transmitting waveguide is arranged separately from the receiving waveguide in such a way that the measurement signal to be transmitted and the received measurement signal are guided electromagnetically separately from one another; wherein the transmitting waveguide and/or the receiving waveguide are configured such that the transmitting antenna and/or the receiving antenna can be arranged spatially separated from the transmitting unit and/or receiving unit . - a transmitter unit configured to generate a measurement signal in the frequency range of at least 75 GHz; - a receiving unit , configured to detect the measuring signal generated by the transmitting unit ; - an emitting antenna configured to emit the measuring signal generated by the emitting unit in the direction of a surface of a product in a container ; - a receiving antenna configured to receive a measurement signal reflected from the surface of the product ; - an emitting waveguide configured to transmit the measurement signal generated by the emitting unit to the emitting antenna ; and - a receiving waveguide configured to transmit the measurement signal received by the receiving antenna to the receiving unit ;
A handheld sanding device comprising: a platen having a base configured to have an abrasive sheet attached thereto, and arranged to transmit a motion provided by a drive mechanism and that includes an aperture extending through a thickness of the platen; a locking mechanism attached to the platen , the locking mechanism comprising a cam member that is movable between an unlock position and a lock position; and a removable accessory comprising a tab arranged to fit into the aperture of the platen , wherein the cam member engages the tab when the tab is positioned through the aperture and the cam member is moved to the lock position; wherein the platen further comprises a slot and the removable accessory further comprises a flanged tab , the flanged tab is received in the slot when the tab is positioned through the aperture , the flanged tab includes one or more flanges , the one or more flanges are biased toward the platen when the cam member is moved to the lock position, the flanged tab includes a trunk extending from a base of the removable accessory , and the one or more flanges extend outwardly from the trunk ; characterised in that the trunk of the flanged tab is configured to be slid from a periphery of the platen into the slot . a platen having a base configured to have an abrasive sheet attached thereto, and arranged to transmit a motion provided by a drive mechanism and that includes an aperture extending through a thickness of the platen; a locking mechanism attached to the platen , the locking mechanism comprising a cam member that is movable between an unlock position and a lock position; and a removable accessory comprising a tab arranged to fit into the aperture of the platen , wherein the cam member engages the tab when the tab is positioned through the aperture and the cam member is moved to the lock position; wherein the platen further comprises a slot and the removable accessory further comprises a flanged tab , the flanged tab is received in the slot when the tab is positioned through the aperture , the flanged tab includes one or more flanges , the one or more flanges are biased toward the platen when the cam member is moved to the lock position, the flanged tab includes a trunk extending from a base of the removable accessory , and the one or more flanges extend outwardly from the trunk ; characterised in that the trunk of the flanged tab is configured to be slid from a periphery of the platen into the slot .