mhurhangee/patent-ind-claim-en huggingface dataset:
A power conversion apparatus comprising filter capacitors for storing direct current DC power, switching modules for converting DC power stored in the filter capacitors to alternating current AC power, and a layered laminate bus bar assembly in which a plurality of laminate bus bars are layered with a given spacing from one another, the filter capacitors and the switching modules being electrically connected by the layered laminate bus bar assembly , wherein the layered laminate bus bar assembly includes a first laminate bus bar and a second laminate bus bar , laminated with an insulation film, the first laminate bus bar and the second laminate bus bar respectively include first faces opposing each other, second faces opposing each other, and bent portions connecting the first faces with the second faces respectively and opposing each other, the insulation film comprises an insulating material that is disposed, respectively, between the first face of the first laminate bus bar and the first face of the second laminate bus bar and between the second face of the first laminate bus bar and the second face of the second laminate bus bar so that the insulating material is not bent in the bent portions , and wherein the first laminate bus bar comprises plural insertion holes into which connection protrusions of the second laminate bus bar are inserted. wherein the layered laminate bus bar assembly includes a first laminate bus bar and a second laminate bus bar , laminated with an insulation film, the first laminate bus bar and the second laminate bus bar respectively include first faces opposing each other, second faces opposing each other, and bent portions connecting the first faces with the second faces respectively and opposing each other, the insulation film comprises an insulating material that is disposed, respectively, between the first face of the first laminate bus bar and the first face of the second laminate bus bar and between the second face of the first laminate bus bar and the second face of the second laminate bus bar so that the insulating material is not bent in the bent portions , and wherein the first laminate bus bar comprises plural insertion holes into which connection protrusions of the second laminate bus bar are inserted.
A welding asset tracking system , comprising: an asset tag retained by a first welding asset , the asset tag comprising asset data relating to the welding asset ; a hub retained by a second welding asset , the hub comprising: a tag reader configured to obtain the asset data from the asset tag , and hub communication circuitry configured to transmit the asset data; and a welding asset tracking server configured to receive the asset data and update an asset tracking database with the asset data, wherein the hub communication circuitry is further configured to transmit a location; characterized in that the system further comprises a local positioning system, the local positioning system comprising: a plurality of location beacons arranged in a grid configuration within a welding area , comprising: memory circuitry configured to store a beacon location, and communication circuitry configured to transmit a location signal representative of the beacon location; and in that the hub further comprises hub processing circuitry configured to determine a location using the local positioning system; and in that the hub communication circuitry is configured to receive the location signal, and the hub processing circuitry is configured to determine the location based on the beacon location. an asset tag retained by a first welding asset , the asset tag comprising asset data relating to the welding asset ; a hub retained by a second welding asset , the hub comprising: a tag reader configured to obtain the asset data from the asset tag , and hub communication circuitry configured to transmit the asset data; and a tag reader configured to obtain the asset data from the asset tag , and hub communication circuitry configured to transmit the asset data; and a welding asset tracking server configured to receive the asset data and update an asset tracking database with the asset data, wherein the hub communication circuitry is further configured to transmit a location; characterized in that the system further comprises a local positioning system, the local positioning system comprising: a plurality of location beacons arranged in a grid configuration within a welding area , comprising: memory circuitry configured to store a beacon location, and communication circuitry configured to transmit a location signal representative of the beacon location; and memory circuitry configured to store a beacon location, and communication circuitry configured to transmit a location signal representative of the beacon location; and in that the hub further comprises hub processing circuitry configured to determine a location using the local positioning system; and in that the hub communication circuitry is configured to receive the location signal, and the hub processing circuitry is configured to determine the location based on the beacon location.
A pharmaceutical combination comprising (a) ( S )-Pyrrolidine-1,2-dicarboxylic acid 2-amide 1-({4-methyl-5-[2-(2,2,2-trifluoro-1,1-dimethyl-ethyl)-pyridin-4-yl]-thiazol-2-yl}-amide) (COMPOUND D), or a pharmaceutically acceptable salt thereof, and (b) at least one c-Met receptor tyrosine kinase inhibitor or pharmaceutically acceptable salt thereof, for use in the treatment of a proliferative disease having a dysregulation of c-Met and/or the HGF/c-Met signaling pathway by HGF/ c-Met gene overexpression or amplification, HGF-dependent autocrine and paracrine activation, and/or c-Met receptor activation through a genetic mutation.
Rotary shear cutting apparatus , comprising: a first rotary carrier provided with a first cutting edge ; a second rotary carrier provided with a second cutting edge , characterised in that said first and second cutting edges are shaped such that they each deviate from being straight and wherein said first rotary carrier is provided with a recess adjacent and upstream of said first cutting edge to receive said second cutting edge so that said first and second cutting edges cooperate during rotation of said first and second rotary carriers to cut discrete non-rectangular portions from a web of smoking article sheet material . a first rotary carrier provided with a first cutting edge ; a second rotary carrier provided with a second cutting edge , characterised in that said first and second cutting edges are shaped such that they each deviate from being straight and wherein said first rotary carrier is provided with a recess adjacent and upstream of said first cutting edge to receive said second cutting edge so that said first and second cutting edges cooperate during rotation of said first and second rotary carriers to cut discrete non-rectangular portions from a web of smoking article sheet material .
A downhole assembly comprising: a liner hanger ; a liner running tool operatively coupled to the liner hanger ; a lower wellbore liner operatively coupled to the liner running tool , comprising an electromagnetically transparent portion , and defining one or more liner ports ; a cementing module operatively coupled to the liner running tool , arrangeable within the lower wellbore liner , and defining one or more cement ports that are positionable in fluid communication with the one or more liner ports ; and one or more drilling tools extendable axially out a distal end of the lower wellbore liner . a liner hanger ; a liner running tool operatively coupled to the liner hanger ; a lower wellbore liner operatively coupled to the liner running tool , comprising an electromagnetically transparent portion , and defining one or more liner ports ; a cementing module operatively coupled to the liner running tool , arrangeable within the lower wellbore liner , and defining one or more cement ports that are positionable in fluid communication with the one or more liner ports ; and one or more drilling tools extendable axially out a distal end of the lower wellbore liner .
A camera module, comprising: a holder comprising: a first side wall having a first opening; and a second side wall disposed opposite to the first side wall in a first direction perpendicular to an optical axis-direction of an optical axis of the camera module, the second side wall having a second opening, wherein the second opening is across from the first opening in the first direction; a first lens unit disposed in the holder ; a second lens unit disposed in the holder ; a liquid lens disposed between the first lens unit and the second lens unit; and a connection board disposed on the liquid lens and a sensor board having an image sensor , wherein the connection board electrically connects the liquid lens and the sensor board through at least one of the first opening and the second opening, wherein the liquid lens is disposed in the first opening and the second opening, wherein a thickness of the liquid lens , at the optical axis of the camera module, is smaller than a size of the first opening of the holder , in the optical-axis direction. a first side wall having a first opening; and a second side wall disposed opposite to the first side wall in a first direction perpendicular to an optical axis-direction of an optical axis of the camera module, the second side wall having a second opening, wherein the second opening is across from the first opening in the first direction; a first lens unit disposed in the holder ; a second lens unit disposed in the holder ; a liquid lens disposed between the first lens unit and the second lens unit; and a connection board disposed on the liquid lens and a sensor board having an image sensor , wherein the connection board electrically connects the liquid lens and the sensor board through at least one of the first opening and the second opening, wherein the liquid lens is disposed in the first opening and the second opening, wherein a thickness of the liquid lens , at the optical axis of the camera module, is smaller than a size of the first opening of the holder , in the optical-axis direction.
A location device , allowing an underwater diver (P) to locate himself, including: - a floating system including: - a location unit including: o a position sensor configured to receive a signal containing geodetic coordinates (xn, yn) of a position (Pn) of said diver, o a display system configured to display location information readable by the diver (P), from the geodetic coordinates (xn, yn) of said position (Pn) determined by the position sensor , - a casing which is waterproof and resistant to water pressure at least at a depth of 40 metres, receiving said location unit , the waterproof casing being at least partially transparent to the right of the display system , - a traction cable fixed by one of the ends thereof to the floating system , with a length at least equal to 40 metres, said device being configured to allow the determination of the geodetic coordinates (xn, yn) corresponding to the position (Pn) of the diver (P), when the floating system is in the position (Pn) without requiring the re-ascension of the diver (P) to the surface (S) of the water, said floating system being configured to rise to the surface (S) of the water prior to the reception of the signal containing the geodetic coordinates (xn, yn) by the position sensor and to be brought back close to the underwater diver (P), via the traction cable , at the end of the reception of the signal containing the geodetic coordinates (xn, yn) by the position sensor . - a floating system including: - a location unit including: o a position sensor configured to receive a signal containing geodetic coordinates (xn, yn) of a position (Pn) of said diver, o a display system configured to display location information readable by the diver (P), from the geodetic coordinates (xn, yn) of said position (Pn) determined by the position sensor , - a casing which is waterproof and resistant to water pressure at least at a depth of 40 metres, receiving said location unit , the waterproof casing being at least partially transparent to the right of the display system , - a location unit including: o a position sensor configured to receive a signal containing geodetic coordinates (xn, yn) of a position (Pn) of said diver, o a display system configured to display location information readable by the diver (P), from the geodetic coordinates (xn, yn) of said position (Pn) determined by the position sensor , o a position sensor configured to receive a signal containing geodetic coordinates (xn, yn) of a position (Pn) of said diver, o a display system configured to display location information readable by the diver (P), from the geodetic coordinates (xn, yn) of said position (Pn) determined by the position sensor , - a casing which is waterproof and resistant to water pressure at least at a depth of 40 metres, receiving said location unit , the waterproof casing being at least partially transparent to the right of the display system , - a traction cable fixed by one of the ends thereof to the floating system , with a length at least equal to 40 metres,
A method of re-identifying players in a broadcast video feed, comprising: retrieving, by a computing system , a broadcast video feed for a sporting event, the broadcast video feed comprising a plurality of video frames; identifying, by the computing system , a plurality of image patches associated with a plurality of players across the plurality of video frames, each image patch of the plurality of image patches being a subset of the corresponding frame of the plurality of video frames; generating, by the computing system , a plurality of tracks for the plurality of players, each tracking of the plurality of tracks associated with a corresponding player of the plurality of players, wherein each track of the plurality of tracks comprises a subset of image patches associated with a corresponding player; for each track, generating, by the computing system , a gallery of image patches wherein a jersey number of each player is visible in each image patch of the gallery; matching, by the computing system via a convolutional autoencoder, tracks across galleries; measuring, by the computing system via a neural network , a similarity score for each matched track; determining, by the computing system , that two tracks have a similarity score above a threshold value; and responsive to determining that the two tracks have the similarity score above the threshold value, associating, by the computing system , the two tracks. retrieving, by a computing system , a broadcast video feed for a sporting event, the broadcast video feed comprising a plurality of video frames; identifying, by the computing system , a plurality of image patches associated with a plurality of players across the plurality of video frames, each image patch of the plurality of image patches being a subset of the corresponding frame of the plurality of video frames; generating, by the computing system , a plurality of tracks for the plurality of players, each tracking of the plurality of tracks associated with a corresponding player of the plurality of players, wherein each track of the plurality of tracks comprises a subset of image patches associated with a corresponding player; for each track, generating, by the computing system , a gallery of image patches wherein a jersey number of each player is visible in each image patch of the gallery; matching, by the computing system via a convolutional autoencoder, tracks across galleries; measuring, by the computing system via a neural network , a similarity score for each matched track; determining, by the computing system , that two tracks have a similarity score above a threshold value; and responsive to determining that the two tracks have the similarity score above the threshold value, associating, by the computing system , the two tracks.
A method of promoting the growth of at least one plant, which method comprises a) Providing a fertilizer composition comprising at least one zeolite, into the pores of which at least one basic L-amino acid has been adsorbed; b) Adding the fertilizer composition to a medium for plant growth in connection with plantation; and c) Providing for the release of nitrogen from the fertilizer composition during subsequent culture of the plant, wherein the zeolite(s) has a charge of at least 1%, such as at least 2% or at least 3% of nitrogen originating from said basic L-amino acid(s), calculated per total weight of charged zeolite. a) Providing a fertilizer composition comprising at least one zeolite, into the pores of which at least one basic L-amino acid has been adsorbed; b) Adding the fertilizer composition to a medium for plant growth in connection with plantation; and c) Providing for the release of nitrogen from the fertilizer composition during subsequent culture of the plant,
A device for performing a train integrity check on a train comprising a number of wagons, each wagon provided with air brakes operable by a pressure difference between a brake pipe and a main reservoir pipe , characterized in that the device comprises: a spring-biased one-way valve, comprising an air path having a first end arranged to connect with the brake pipe and a second end arranged to connect with the main reservoir pipe ; and a closure element which is spring-loaded into a "closed" position, blocking the air path between its first end and its second end and arranged such that pressure within main reservoir pipe which is in excess of pressure within brake pipe urges the closure element to its "closed" position, and arranged such that pressure within brake pipe which is in excess of pressure within main reservoir pipe urges the closure element away from its "closed" position against the spring bias, towards an "open" position in which an air path is provided from the brake pipe to the main reservoir pipe . a spring-biased one-way valve, comprising an air path having a first end arranged to connect with the brake pipe and a second end arranged to connect with the main reservoir pipe ; and a closure element which is spring-loaded into a "closed" position, blocking the air path between its first end and its second end and arranged such that pressure within main reservoir pipe which is in excess of pressure within brake pipe urges the closure element to its "closed" position, and arranged such that pressure within brake pipe which is in excess of pressure within main reservoir pipe urges the closure element away from its "closed" position against the spring bias, towards an "open" position in which an air path is provided from the brake pipe to the main reservoir pipe .
A workpiece gripping device attachable to a robot and used for gripping a workpiece (W), the workpiece (W) including a plate-shaped part (Wp) in at least a part thereof, the device comprising: a gripping member including a pair of extension parts that protrude from a base part and face each other with a space therebetween where the plate-shaped part (Wp) of the workpiece (W) is configured to be inserted, the gripping member configured to be deformed so that at least parts of the extension parts approach each other or are separated from each other; and a holding member including a slit configured to hold the gripping member slidably along a direction in which the extension parts protrude, the holding member configured to make the extension parts approach each other by housing at least parts of the extension parts in the slit , and make the extension parts be separated from each other by projecting at least parts of the extension parts from the slit , wherein the plate-shaped part (Wp) is configured to be gripped between the extension parts that have approached each other. a gripping member including a pair of extension parts that protrude from a base part and face each other with a space therebetween where the plate-shaped part (Wp) of the workpiece (W) is configured to be inserted, the gripping member configured to be deformed so that at least parts of the extension parts approach each other or are separated from each other; and a holding member including a slit configured to hold the gripping member slidably along a direction in which the extension parts protrude, the holding member configured to make the extension parts approach each other by housing at least parts of the extension parts in the slit , and make the extension parts be separated from each other by projecting at least parts of the extension parts from the slit , wherein the plate-shaped part (Wp) is configured to be gripped between the extension parts that have approached each other.
Vibration absorber arrangement , in particular for tall slender structures, having a supporting structure , an absorber mass , which comprises a center of mass , and at least one wheel , by means of which the absorber mass is movable on a concavely curved rail arrangement , which is connected to the supporting structure , from a stable central position in two opposite directions, characterized in that an adjustable friction damper device provided, which is adjustable between a first state, in which it does not interact with the absorber mass or only dampeningly, and a second state, in which it controlledly brings a movement of the absorber mass to a standstill, and that the friction damper device comprises a bias spring arrangement , which is arranged between an adjustment device and at least one friction lining element . characterized in that an adjustable friction damper device provided, which is adjustable between a first state, in which it does not interact with the absorber mass or only dampeningly, and a second state, in which it controlledly brings a movement of the absorber mass to a standstill, and that the friction damper device comprises a bias spring arrangement , which is arranged between an adjustment device and at least one friction lining element .
A method for obtaining human brain-like endothelial cells comprising the following steps: contacting a population of cells isolated from CD34+ stem cells with a differentiation medium to obtain endothelial cells wherein the said stem cells are isolated from cord blood or peripheral blood; co-culturing the said endothelial cells with pericytes or with a pericytes conditioned medium, wherein said pericytes express at least one of the following markers: vimentin, PDGF-β, NG-2, α-SMA, P-gp, γ-GT; wherein the population of endothelial cells is co-cultured with pericytes or with the pericytes conditioned medium during at least 4 days. contacting a population of cells isolated from CD34+ stem cells with a differentiation medium to obtain endothelial cells wherein the said stem cells are isolated from cord blood or peripheral blood; co-culturing the said endothelial cells with pericytes or with a pericytes conditioned medium, wherein said pericytes express at least one of the following markers: vimentin, PDGF-β, NG-2, α-SMA, P-gp, γ-GT; wherein the population of endothelial cells is co-cultured with pericytes or with the pericytes conditioned medium during at least 4 days.