mhurhangee/patent-ind-claim-en huggingface dataset:
A dust tapping-off device, comprising: a sliding rail ; a sliding block slidably provided to the sliding rail ; an actuating rod rotatably provided to the sliding block ; a dust tapping-off member provided to the actuating rod and configured for tapping a filtering member of a cleaning appliance ; and characterized in that : the sliding block has an accommodating cavity therein, both two opposite ends of the accommodating cavity are open, and the sliding rail is configured to pass through the accommodating cavity . a sliding rail ; a sliding block slidably provided to the sliding rail ; an actuating rod rotatably provided to the sliding block ; a dust tapping-off member provided to the actuating rod and configured for tapping a filtering member of a cleaning appliance ; and characterized in that : the sliding block has an accommodating cavity therein, both two opposite ends of the accommodating cavity are open, and the sliding rail is configured to pass through the accommodating cavity .
A process for removing lignin from black liquor by acidifying the black liquor with an acidifier and filtering the acidified black liquor, wherein the black liquor is oxidized prior to said acidifying to minimize total reduced sulphur (TRS) in the black liquor and such that hemicelluloses in the black liquor are oxidized to form an acidifying agent selected from isosaccharinic acids, acetic acid, formic acid, lactic acid, oxalic acid, carbon dioxide and mixtures thereof, said acidifying agent reducing the amount of acidifier required for the acidification.
A data transmission method for a terminal, wherein the method comprises the following sequence of steps: obtaining a signal frequency of a set of access nodes, wherein the terminal is located within a service coverage area of the set of access nodes; obtaining a grouping result of the signal frequency according to a channel frequency range of a wireless network, wherein each group is corresponding to one different channel in the grouping result; accessing at least two access nodes one-to-one through at least two enabled ports on the terminal, wherein the at least two access nodes are corresponding to a same kind of wireless network, wherein a signal frequency of each of the at least two access nodes belongs to a different group of the grouping result, and wherein the at least two access nodes are a part of the set of access nodes; and exchanging , data of an application with a server by executing Multipath TCP through the at least two ports. obtaining a signal frequency of a set of access nodes, wherein the terminal is located within a service coverage area of the set of access nodes; obtaining a grouping result of the signal frequency according to a channel frequency range of a wireless network, wherein each group is corresponding to one different channel in the grouping result; accessing at least two access nodes one-to-one through at least two enabled ports on the terminal, wherein the at least two access nodes are corresponding to a same kind of wireless network, wherein a signal frequency of each of the at least two access nodes belongs to a different group of the grouping result, and wherein the at least two access nodes are a part of the set of access nodes; and exchanging , data of an application with a server by executing Multipath TCP through the at least two ports.
Apparatus for coupling a first firearm magazine to another firearm magazine, the apparatus comprising a coupler mountable on the first firearm magazine, the coupler comprising a mating face having a plurality of catches extending from the mating face, the plurality of catches comprising a plurality of complementary pairs of catches positioned and shaped to be engaged with corresponding catches of another coupler having an identical mating face when mating faces of two couplers are facewise engaged with and rotated relative to each other to align with each other, and the catches are rotationally symmetrically arranged about a central axis through the intersection of a longitudinal centerline along a first direction and a transverse centerline along a second direction perpendicular to the first direction, wherein the centerlines divide the mating face into four quadrants , and the catches of adjacent quadrants are different and the catches of opposed quadrants are similar, such that two couplers are only attachable to each other in one of two opposed alignments.
A method for decoding a video signal by an apparatus based on motion vector prediction using a motion vector predictor candidate group for a current block, the motion vector predictor candidate group being constructed from one or more spatial neighboring blocks of the current block, the method comprising: determining a motion vector predictor of the current block; deriving a motion vector of the current block based on the determined motion vector predictor; and performing inter prediction for the current block based on the derived motion vector, wherein the determining the motion vector predictor further comprises: deriving a motion vector predictor candidate group including a plurality of motion vector predictor candidates, the method characterised in that one of the plurality of motion vector predictor candidates is derived as a motion vector of a spatial neighboring block based on the motion vector of the spatial neighboring block referring to a reference picture having the same picture order count, POC, value as a reference picture of the current block in a reference picture list different from a reference picture list of the current block. determining a motion vector predictor of the current block; deriving a motion vector of the current block based on the determined motion vector predictor; and performing inter prediction for the current block based on the derived motion vector, wherein the determining the motion vector predictor further comprises: deriving a motion vector predictor candidate group including a plurality of motion vector predictor candidates, the method characterised in that one of the plurality of motion vector predictor candidates is derived as a motion vector of a spatial neighboring block based on the motion vector of the spatial neighboring block referring to a reference picture having the same picture order count, POC, value as a reference picture of the current block in a reference picture list different from a reference picture list of the current block. deriving a motion vector predictor candidate group including a plurality of motion vector predictor candidates, the method characterised in that one of the plurality of motion vector predictor candidates is derived as a motion vector of a spatial neighboring block based on the motion vector of the spatial neighboring block referring to a reference picture having the same picture order count, POC, value as a reference picture of the current block in a reference picture list different from a reference picture list of the current block.
A lyophilized pharmaceutical preparation comprising (i) melphalan flufenamide, or a pharmaceutically acceptable salt thereof; and (ii) at least one excipient selected from the group comprising β-cyclodextrin; α-cyclodextrin; hydroxypropyl-β-cyclodextrin; and sulfobutylether-β-cyclodextrin. (i) melphalan flufenamide, or a pharmaceutically acceptable salt thereof; and (ii) at least one excipient selected from the group comprising β-cyclodextrin; α-cyclodextrin; hydroxypropyl-β-cyclodextrin; and sulfobutylether-β-cyclodextrin.
Method for controlling railway vehicles traveling on at least one track , wherein a group of wireless transmission beacons arranged successively along the track comprises at least a first beacon and a second beacon controlled by a control device of the beacons, wherein the first and second beacons are able to communicate with a wireless reception block on board the railway vehicle, and wherein the method comprises the following steps: - determining, by the control device , of a first signaling message intended for a railway vehicle , as a function of recently received signaling information, wherein the first message comprises at least a first message portion and a second message portion; - transmission by the control device , of the first portion of the first message to the first beacon and the second portion of the first message to the second beacon , for selective transmission by the first beacon of the first portion of the first message, and for selective transmission by the second beacon of the second portion of the first message; then - receiving, by the control device , data indicating the passage of the railway vehicle at the first beacon; - wherein the method is characterized in that , upon receipt of the data, the control device freezes, during a determined period, any transmission to the first and second beacons of other than the first message of the signaling messages intended for railway vehicles . - determining, by the control device , of a first signaling message intended for a railway vehicle , as a function of recently received signaling information, wherein the first message comprises at least a first message portion and a second message portion; - transmission by the control device , of the first portion of the first message to the first beacon and the second portion of the first message to the second beacon , for selective transmission by the first beacon of the first portion of the first message, and for selective transmission by the second beacon of the second portion of the first message; then - receiving, by the control device , data indicating the passage of the railway vehicle at the first beacon; - wherein the method is characterized in that , upon receipt of the data, the control device freezes, during a determined period, any transmission to the first and second beacons of other than the first message of the signaling messages intended for railway vehicles .
A method applied to a terminal device in a new radio-based access to unlicensed spectrum, NR-U, system, the method comprising: receiving first indication information transmitted by a network device, and determining a first control resource set according to the first indication information; detecting a physical downlink control channel, PDCCH, according to the first control resource set, wherein the first control resource set is a control resource set on a first bandwidth part, BWP, the first BWP comprises N subbands, the first control resource set is located on K subbands of the N subbands, N and K are positive integers and N≥K≥2; receiving a second indication information transmitted by the network device, and determining a second control resource set according to the second indication information, wherein the second control resource set is located on P subbands of the K subbands, the P subbands corresponding to the subband or the subbands for communication, P is a positive integer and 1≤P<K; and detecting a PDCCH according the second control resource set. receiving first indication information transmitted by a network device, and determining a first control resource set according to the first indication information; detecting a physical downlink control channel, PDCCH, according to the first control resource set, wherein the first control resource set is a control resource set on a first bandwidth part, BWP, the first BWP comprises N subbands, the first control resource set is located on K subbands of the N subbands, N and K are positive integers and N≥K≥2; receiving a second indication information transmitted by the network device, and determining a second control resource set according to the second indication information, wherein the second control resource set is located on P subbands of the K subbands, the P subbands corresponding to the subband or the subbands for communication, P is a positive integer and 1≤P<K; and detecting a PDCCH according the second control resource set.
A display device comprising: a display unit (DU) comprising a plurality of emission areas (EA1, EA2, EA3, EA4) forming a pixel group (PG); a plurality of touch electrodes (SEN) disposed to sense a touch by capacitive sensing, wherein the plurality of touch electrodes (SEN) are formed in a mesh structure with mesh wires surrounding the emission areas (EA1, EA2, EA3, EA4); a plurality of code patterns (CP) formed by covering a part of a front surface of at least one of the plurality of touch electrodes (SEN) with a predetermined code shape, the code patterns (CP) configured to be optically sensed by a touch input device , the touch input device being capable to detect the code patterns (CP) based on sensed light and generate coordinate data according to the combination of data codes corresponding to respective shape data and code patterns (CP); and a plurality of light-blocking patterns (DPd) formed on at least one region of the plurality of touch electrodes (SEN) on which the plurality of code patterns (CP) are not formed, to block light, wherein the plurality of code patterns (CP) and the plurality of light-blocking patterns (DPd) comprise an inorganic or organic black pigment absorbing infrared or ultraviolet light, and are formed by patterning to cover a part of at least one of a front surface and side surfaces of the at least one touch electrode (SEN) among the plurality of touch electrodes (SEN) with a predetermined pattern shape. a display unit (DU) comprising a plurality of emission areas (EA1, EA2, EA3, EA4) forming a pixel group (PG); a plurality of touch electrodes (SEN) disposed to sense a touch by capacitive sensing, wherein the plurality of touch electrodes (SEN) are formed in a mesh structure with mesh wires surrounding the emission areas (EA1, EA2, EA3, EA4); a plurality of code patterns (CP) formed by covering a part of a front surface of at least one of the plurality of touch electrodes (SEN) with a predetermined code shape, the code patterns (CP) configured to be optically sensed by a touch input device , the touch input device being capable to detect the code patterns (CP) based on sensed light and generate coordinate data according to the combination of data codes corresponding to respective shape data and code patterns (CP); and a plurality of light-blocking patterns (DPd) formed on at least one region of the plurality of touch electrodes (SEN) on which the plurality of code patterns (CP) are not formed, to block light, wherein the plurality of code patterns (CP) and the plurality of light-blocking patterns (DPd) comprise an inorganic or organic black pigment absorbing infrared or ultraviolet light, and are formed by patterning to cover a part of at least one of a front surface and side surfaces of the at least one touch electrode (SEN) among the plurality of touch electrodes (SEN) with a predetermined pattern shape.
A trench capacitor device for a superconducting electronic circuit, comprising: a substrate ; and a first capacitor electrode and a second capacitor electrode , each of a superconductor and extending into the substrate, the first electrode being circumferentially enclosed by the second electrode such that an inwardly facing surface of the second electrode faces an outwardly facing surface of the first electrode, characterized in that the first capacitor electrode is arranged in a first trench vertically extending into the substrate from a first side towards a second side of the substrate and not abutting the second side , and wherein the second capacitor electrode is arranged in a second trench vertically extending into the substrate from the second side towards the first side and not abutting the first side . a substrate ; and a first capacitor electrode and a second capacitor electrode , each of a superconductor and extending into the substrate, the first electrode being circumferentially enclosed by the second electrode such that an inwardly facing surface of the second electrode faces an outwardly facing surface of the first electrode, characterized in that the first capacitor electrode is arranged in a first trench vertically extending into the substrate from a first side towards a second side of the substrate and not abutting the second side , and wherein the second capacitor electrode is arranged in a second trench vertically extending into the substrate from the second side towards the first side and not abutting the first side .
A method for separating and/or purifying one or more cannabinoids from a cannabis plant extract, the method comprising a step of performing at least one liquid-liquid partition chromatography on the cannabis plant extract to separate and/or purify the one or more cannabinoids, wherein in performing the at least one liquid-liquid partition chromatography a continuous change of stationary phase to mobile phase and vice versa takes place, characterised in that several fractions are separated to separate and/or purify the one or more cannabinoids.
A propulsion unit for a hydraulic hybrid vehicle, including a transmission receiving power from a heat engine and from a second motorization powered by a hydraulic energy, for driving the wheels of the vehicle, characterized in that the heat engine, not comprising a specific electric starter provided for driving it directly, receives on a side of its case parallel to the axis, an electric machine connected to a connecting shaft which goes into the transmission and in that the crankcase has on one side a transverse wall receiving from the rear side the electric machine , this wall being passed through by the connecting shaft .
An interchangeable lens , comprising: a mount on which a camera body can be mounted; a driven member ; a driver configured to drive the driven member; a storage device that stores lens data related to driving of the driven member by the driver; and a transmitter that is configured to send to the camera body lens-side judgment data, based on which whether the lens data is properly stored in the storage device can be judged at the camera body, the lens-side judgment data being determined by the interchangeable lens based on a parameter relating to the driven member that is received from the camera body, wherein the lens-side judgment data is sent to the camera body even when the lens data is properly stored in the storage device. a mount on which a camera body can be mounted; a driven member ; a driver configured to drive the driven member; a storage device that stores lens data related to driving of the driven member by the driver; and a transmitter that is configured to send to the camera body lens-side judgment data, based on which whether the lens data is properly stored in the storage device can be judged at the camera body, the lens-side judgment data being determined by the interchangeable lens based on a parameter relating to the driven member that is received from the camera body, wherein the lens-side judgment data is sent to the camera body even when the lens data is properly stored in the storage device.
An electrical cable analysis method , comprising: - providing an electrical cable comprising: two or more cable cores helically stranded around a cable longitudinal axis (Z) and each comprising an electrical conductor ; an elongated metallic element and a cable core ;; wherein the elongated metallic element is a metallic tube included in an optical fibre cable and/or a metallic conductor of a ground conductor ; - connecting an electrical generator to an electrical circuit including said elongated metallic element ; generating by the electrical generator an electrical current flowing along the electrical circuit ; detecting externally to the electrical cable a magnetic field external to the electrical cable and associated to the electrical cable and the electrical current (i); measuring at least one value (MD) relating to the magnetic field along the cable length; and analysing the measured at least one value (MD) to obtain information about at least one structural aspect of the electrical cable comprising a position assumed by the elongated metallic element inside said electrical cable . - providing an electrical cable comprising: two or more cable cores helically stranded around a cable longitudinal axis (Z) and each comprising an electrical conductor ; an elongated metallic element and a cable core ;; wherein the elongated metallic element is a metallic tube included in an optical fibre cable and/or a metallic conductor of a ground conductor ; two or more cable cores helically stranded around a cable longitudinal axis (Z) and each comprising an electrical conductor ; an elongated metallic element and a cable core ;; wherein the elongated metallic element is a metallic tube included in an optical fibre cable and/or a metallic conductor of a ground conductor ; - connecting an electrical generator to an electrical circuit including said elongated metallic element ; generating by the electrical generator an electrical current flowing along the electrical circuit ; detecting externally to the electrical cable a magnetic field external to the electrical cable and associated to the electrical cable and the electrical current (i); measuring at least one value (MD) relating to the magnetic field along the cable length; and analysing the measured at least one value (MD) to obtain information about at least one structural aspect of the electrical cable comprising a position assumed by the elongated metallic element inside said electrical cable . generating by the electrical generator an electrical current flowing along the electrical circuit ; detecting externally to the electrical cable a magnetic field external to the electrical cable and associated to the electrical cable and the electrical current (i); measuring at least one value (MD) relating to the magnetic field along the cable length; and analysing the measured at least one value (MD) to obtain information about at least one structural aspect of the electrical cable comprising a position assumed by the elongated metallic element inside said electrical cable .