mhurhangee/patent-ind-claim-en huggingface dataset:
A laser system , comprising: a rack ; a plurality of laser modules mounted in the rack to drive light through an optical fiber exiting the system ; and a power distribution module disposed within the rack to distribute input electricity through circuit branches coupled to the laser modules , wherein the power distribution module is characterized by further comprising: an enclosure ; one or more rails mounted within the enclosure , wherein the rails bifurcate an interior volume of the enclosure into front and back volumes; and one or more circuit components associated with each circuit branch disposed within the enclosure , each of the circuit components including a rail-mount by which the circuit component is affixed to the one or more rails , wherein a rail-mount of a first of the circuit components is affixed to the one or more rails and the first of the circuit components occupies a portion of the front volume, and wherein a rail-mount of a second of the circuit components is affixed to the one or more rails and the second of the circuit components occupies a portion of the back volume. a rack ; a plurality of laser modules mounted in the rack to drive light through an optical fiber exiting the system ; and a power distribution module disposed within the rack to distribute input electricity through circuit branches coupled to the laser modules , wherein the power distribution module is characterized by further comprising: an enclosure ; one or more rails mounted within the enclosure , wherein the rails bifurcate an interior volume of the enclosure into front and back volumes; and one or more circuit components associated with each circuit branch disposed within the enclosure , each of the circuit components including a rail-mount by which the circuit component is affixed to the one or more rails , wherein a rail-mount of a first of the circuit components is affixed to the one or more rails and the first of the circuit components occupies a portion of the front volume, and wherein a rail-mount of a second of the circuit components is affixed to the one or more rails and the second of the circuit components occupies a portion of the back volume. an enclosure ; one or more rails mounted within the enclosure , wherein the rails bifurcate an interior volume of the enclosure into front and back volumes; and one or more circuit components associated with each circuit branch disposed within the enclosure , each of the circuit components including a rail-mount by which the circuit component is affixed to the one or more rails , wherein a rail-mount of a first of the circuit components is affixed to the one or more rails and the first of the circuit components occupies a portion of the front volume, and wherein a rail-mount of a second of the circuit components is affixed to the one or more rails and the second of the circuit components occupies a portion of the back volume.
A data communication method of a terminal in a communication system, the method comprising: obtaining a list of public land mobile networks, PLMNs, supported by a base station from the base station and obtaining from the base station barring configurations for each of the PLMNs; and performing an access barring check of an access attempt for a PLMN among the PLMNs based on a barring configuration for the PLMN among the barring configurations and an access class among access classes configured in the terminal, the access class being associated with the access attempt, wherein each of the barring configurations is associated with a plurality of first barring factors, wherein each of the first barring factors is applied for a different access class among the access classes, wherein the access classes include an access class for an emergency call for which the terminal attempts access, and wherein each of the barring configurations corresponds in position to a different PLMN among the PLMNs. obtaining a list of public land mobile networks, PLMNs, supported by a base station from the base station and obtaining from the base station barring configurations for each of the PLMNs; and performing an access barring check of an access attempt for a PLMN among the PLMNs based on a barring configuration for the PLMN among the barring configurations and an access class among access classes configured in the terminal, the access class being associated with the access attempt, wherein each of the barring configurations is associated with a plurality of first barring factors, wherein each of the first barring factors is applied for a different access class among the access classes, wherein the access classes include an access class for an emergency call for which the terminal attempts access, and wherein each of the barring configurations corresponds in position to a different PLMN among the PLMNs.
Method of manufacturing structures on substrates using wet deposition wherein a first dielectric layer is deposited on a substrate by wet deposition, a first electrically conductive layer is deposited on the first dielectric layer , a second dielectric layer is deposited on it by wet deposition, and a second electrically conductive layer is deposited on it, characterized in that an dielectric interlayer is deposited between the first dielectric layer and the second electrically conductive layer by a dry deposition process.
A compressed air supply installation for operating a pneumatic installation in a pneumatic system of a vehicle , comprising: - a compressed air supply ; - a compressed air port to the pneumatic installation ; - a vent port to the environment; - a pneumatic main line between the compressed air supply and the compressed air port , which main line comprises an air dryer ; - a vent valve which is arranged on the pneumatic main line , is designed as a pilot control valve and has a pilot control port (240.1), - a compressor comprising at least one compressor stage (21.1, 21.2), - in addition to the pneumatic main line , a pilot control valve and a pneumatic pilot control channel which pneumatically connects the pilot control valve to the pilot control port (240.1) of the vent valve , characterized in that - a pressure-maintaining pneumatic reservoir device is connected to the pilot control port (240.1), which device is designed to provide a control pressure for the pilot control port (240.1), - irrespective of a pressure in the pneumatic main line during venting of the pneumatic system , and - the pressure-maintaining pneumatic reservoir device comprises at least one separate pilot control pressure accumulator which can be pneumatically connected to the pilot control port (240.1) via a control line . - a compressed air supply ; - a compressed air port to the pneumatic installation ; - a vent port to the environment; - a pneumatic main line between the compressed air supply and the compressed air port , which main line comprises an air dryer ; - a vent valve which is arranged on the pneumatic main line , is designed as a pilot control valve and has a pilot control port (240.1), - a compressor comprising at least one compressor stage (21.1, 21.2), - in addition to the pneumatic main line , a pilot control valve and a pneumatic pilot control channel which pneumatically connects the pilot control valve to the pilot control port (240.1) of the vent valve , - a pressure-maintaining pneumatic reservoir device is connected to the pilot control port (240.1), which device is designed to provide a control pressure for the pilot control port (240.1), - irrespective of a pressure in the pneumatic main line during venting of the pneumatic system , and - the pressure-maintaining pneumatic reservoir device comprises at least one separate pilot control pressure accumulator which can be pneumatically connected to the pilot control port (240.1) via a control line .
Drilling device for creating a hole in the soil, starting from a starting point to a target point along a drilling line, having at least one first soil loosening means arranged on the front side of the drilling device for loosening the soil from a working face of the hole in the propulsion direction during propulsion, having at least one first receptacle for the loosened soil (cuttings hereinafter), having at least one conveying means for transporting the cuttings from the first receptacle away out of the borehole, characterized in that the drilling device is provided: with at least one second soil loosening means arranged on the rear side of the drilling device for loosening soil from the wall of the borehole already created in the withdrawal direction during withdrawal out of the borehole, with at least one second receptacle for receiving cuttings as the drilling device is withdrawn, and with at least one transport means for transporting the cuttings from the at least one second receptacle away to the conveying means or out of the borehole. with at least one second soil loosening means arranged on the rear side of the drilling device for loosening soil from the wall of the borehole already created in the withdrawal direction during withdrawal out of the borehole, with at least one second receptacle for receiving cuttings as the drilling device is withdrawn, and with at least one transport means for transporting the cuttings from the at least one second receptacle away to the conveying means or out of the borehole.
Optical article comprising, in the following order, starting from the substrate: (a) a transparent substrate made of organic glass comprising two main faces, (b) a primer coating comprising polyurethane, deposited on at least one of the two main faces of the substrate made of glass, (c) an abrasion-resistant coating deposited on the primer coating, and (d) an antireflective coating deposited on the abrasion-resistant coating, characterized in that the primer coating additionally comprises particulate silica, in that the percentage by weight of the said particulate silica in the dry primer coating is between 45% and 55%, with respect to the weight of dry coating, and in that the percentage by weight of polyurethane in the dry primer coating is between 45% and 55%, with respect to the weight of dry coating. (a) a transparent substrate made of organic glass comprising two main faces, (b) a primer coating comprising polyurethane, deposited on at least one of the two main faces of the substrate made of glass, (c) an abrasion-resistant coating deposited on the primer coating, and (d) an antireflective coating deposited on the abrasion-resistant coating,
A fiber-reinforced material comprising: fiber; and a matrix material coating the fiber, wherein the matrix material is a thermoplastic resin composition obtained by blending a polyolefin resin, a polyamide resin, and a modified elastomer having a reactive group that reacts with the polyamide resin, wherein the fiber is contained as a fiber assembly serving as a core material in the fiber-reinforced material, and wherein the thermoplastic resin composition has a continuous phase (A) containing the polyolefin resin and a dispersed phase (B) dispersed in the continuous phase (A) and containing the polyamide resin. the matrix material is a thermoplastic resin composition obtained by blending a polyolefin resin, a polyamide resin, and a modified elastomer having a reactive group that reacts with the polyamide resin, wherein the fiber is contained as a fiber assembly serving as a core material in the fiber-reinforced material, and wherein the thermoplastic resin composition has a continuous phase (A) containing the polyolefin resin and a dispersed phase (B) dispersed in the continuous phase (A) and containing the polyamide resin.
A system comprising: a shaft having a first end and a second end , the shaft including a bore that extends through the shaft from the first end to the second end ; a first shaft cap positioned on the first end of the shaft , wherein the first shaft cap includes a first collar having a size that is larger than the bore , and a first anchor ; a second shaft cap positioned on the second end of the shaft , wherein the second shaft cap includes a second collar having a size that is larger than the bore , and a second anchor ; a biasing mechanism arranged inside the bore of the shaft and coupled to the first anchor of the first shaft cap and to the second anchor of the second shaft cap so that the biasing mechanism exerts inward forces on the first and second shaft caps ; characterized in that the first shaft cap includes a first keyed end , and the second shaft cap includes a second keyed end ; the first and second keyed ends are configured to be coupled to a housing so that the first and second shaft caps do not rotate with respect to the housing ; the shaft is configured to rotate with respect to the first and second shaft caps such that, when the first and second keyed ends are coupled to the housing , the shaft is capable of rotating with respect to the housing ; and at least one of the first anchor and the second anchor is configured to swivel. a shaft having a first end and a second end , the shaft including a bore that extends through the shaft from the first end to the second end ; a first shaft cap positioned on the first end of the shaft , wherein the first shaft cap includes a first collar having a size that is larger than the bore , and a first anchor ; a second shaft cap positioned on the second end of the shaft , wherein the second shaft cap includes a second collar having a size that is larger than the bore , and a second anchor ; a biasing mechanism arranged inside the bore of the shaft and coupled to the first anchor of the first shaft cap and to the second anchor of the second shaft cap so that the biasing mechanism exerts inward forces on the first and second shaft caps ; characterized in that the first shaft cap includes a first keyed end , and the second shaft cap includes a second keyed end ; the first and second keyed ends are configured to be coupled to a housing so that the first and second shaft caps do not rotate with respect to the housing ; the shaft is configured to rotate with respect to the first and second shaft caps such that, when the first and second keyed ends are coupled to the housing , the shaft is capable of rotating with respect to the housing ; and at least one of the first anchor and the second anchor is configured to swivel.
A device for surgical illumination, the device comprising: a coherent light source for generating first light for illumination of a patient during an ophthalmic surgery; a first optical fiber and a condenser lens for focusing the first light (440-1) onto a focal spot at a fiber core of the first optical fiber ; a vibration stage for vibrating the condenser lens in a plane perpendicular to a transmission direction of the first optical fiber , wherein the focal spot is moved over the fiber core to generate second light (440-2); a second optical fiber for receiving the second light from the first optical fiber , the second optical fiber being adapted for projecting the second light (440-2) onto the patient and into an eye of the patient; and an optical intensity sensor to measure an intensity of the second light from the first optical fiber , wherein the vibration stage is controlled based on the intensity measured to limit movement of the focal spot to the fiber core . a coherent light source for generating first light for illumination of a patient during an ophthalmic surgery; a first optical fiber and a condenser lens for focusing the first light (440-1) onto a focal spot at a fiber core of the first optical fiber ; a vibration stage for vibrating the condenser lens in a plane perpendicular to a transmission direction of the first optical fiber , wherein the focal spot is moved over the fiber core to generate second light (440-2); a second optical fiber for receiving the second light from the first optical fiber , the second optical fiber being adapted for projecting the second light (440-2) onto the patient and into an eye of the patient; and an optical intensity sensor to measure an intensity of the second light from the first optical fiber , wherein the vibration stage is controlled based on the intensity measured to limit movement of the focal spot to the fiber core .
A method of recognizing a vehicle from an image, comprising: receiving, by a computing device, an image which shows a vehicle; obtaining, by a computing device, from a vehicle brand recognition region extracted from the image with a trained vehicle brand deep learning model, a vehicle brand list, wherein each vehicle brand in the vehicle brand list has a score P b ; obtaining, by a computing device, a vehicle color from the image with a trained model for color recognition and a vehicle color list, wherein each vehicle color in the vehicle color list has a score P c ; and identifying the vehicle based on the vehicle brand list and the vehicle color list; characterized in that the identifying comprises combining, by the computing device, the score of each vehicle brand in the vehicle brand list with the score of each vehicle color in the vehicle color list, thereby obtaining combinations of vehicle brands and vehicle colors, wherein each of the combinations of vehicle brands and vehicle colors has a score P f , and ranking the combinations of vehicle brands and vehicle colors according to their scores P f ; and wherein: P f = θ b P b δ + P c θ c ; and θ b and θ c are weights calculated by a trained model by optimizing the following: θ ∗ = arg max ψ N θ b P b δ + P c θ c ; wherein ψ N refers to a comparison correct rate of top N, wherein N is an integer, θ* represents θ b and θ c , and δ is a penalty factor. receiving, by a computing device, an image which shows a vehicle; obtaining, by a computing device, from a vehicle brand recognition region extracted from the image with a trained vehicle brand deep learning model, a vehicle brand list, wherein each vehicle brand in the vehicle brand list has a score P b ; obtaining, by a computing device, a vehicle color from the image with a trained model for color recognition and a vehicle color list, wherein each vehicle color in the vehicle color list has a score P c ; and identifying the vehicle based on the vehicle brand list and the vehicle color list; characterized in that the identifying comprises combining, by the computing device, the score of each vehicle brand in the vehicle brand list with the score of each vehicle color in the vehicle color list, thereby obtaining combinations of vehicle brands and vehicle colors, wherein each of the combinations of vehicle brands and vehicle colors has a score P f , and ranking the combinations of vehicle brands and vehicle colors according to their scores P f ; and wherein: P f = θ b P b δ + P c θ c ; and θ b and θ c are weights calculated by a trained model by optimizing the following: θ ∗ = arg max ψ N θ b P b δ + P c θ c ; wherein ψ N refers to a comparison correct rate of top N, wherein N is an integer, θ* represents θ b and θ c , and δ is a penalty factor.
An integrity protection method for a sidelink communication, comprising: obtaining a first BEARER parameter value based on a logical channel identity (LCID) corresponding to data transmitted in the sidelink communication , wherein a bit length of the LCID corresponding to the transmitted data is greater than a bit length of the first BEARER parameter value; and based on the first BEARER parameter value, calculating a Message Authentication Code-Integrity (MAC-I) or an eXpected Message Authentication Code-Integrity (XMAC-I) for the sidelink communication; wherein the first BEARER parameter value is obtained in the following manner: obtaining a part of bit values of the LCID corresponding to the transmitted data to generate the first BEARER parameter value. obtaining a first BEARER parameter value based on a logical channel identity (LCID) corresponding to data transmitted in the sidelink communication , wherein a bit length of the LCID corresponding to the transmitted data is greater than a bit length of the first BEARER parameter value; and based on the first BEARER parameter value, calculating a Message Authentication Code-Integrity (MAC-I) or an eXpected Message Authentication Code-Integrity (XMAC-I) for the sidelink communication; wherein the first BEARER parameter value is obtained in the following manner: obtaining a part of bit values of the LCID corresponding to the transmitted data to generate the first BEARER parameter value.
A vehicle comprising: a frame ; a straddle seat supported by the frame ; a left front wheel and a right front wheel operatively connected to the frame ; at least one rear wheel operatively connected to the frame ; a motor operatively connected to at least one of the wheels ; a front cowling assembly supported by the frame ; a storage bin disposed at least in part inside the front cowling assembly ; and at least one radiator fluidly communicating with the motor for cooling the motor , at least a portion of at least one of the at least one radiator being longitudinally and vertically aligned with at least a portion of the storage bin , at least a portion of the at least one of the at least one radiator being disposed within a cylinder circumscribing the front wheels , with the front wheels in a straight ahead orientation. a frame ; a straddle seat supported by the frame ; a left front wheel and a right front wheel operatively connected to the frame ; at least one rear wheel operatively connected to the frame ; a motor operatively connected to at least one of the wheels ; a front cowling assembly supported by the frame ; a storage bin disposed at least in part inside the front cowling assembly ; and at least one radiator fluidly communicating with the motor for cooling the motor , at least a portion of at least one of the at least one radiator being longitudinally and vertically aligned with at least a portion of the storage bin , at least a portion of the at least one of the at least one radiator being disposed within a cylinder circumscribing the front wheels , with the front wheels in a straight ahead orientation.
Modular transportation and storage system for a wind turbine rotor blade having a longitudinal axis and comprising a root end , a root region , an airfoil region with a tip , a pressure side , a suction side and a chord line extending between a leading edge and a trailing edge , the system comprising a first and a second tip end receptacle , each tip end receptacle comprising an upwardly open tip end receiving space for receiving a portion of the tip end of the blade and having a supporting surface for supporting the blade, a tip end frame comprising an upwardly open receptacle-receiving space for receiving any of the first and second tip end receptacles and provided with positioning means for positioning any of the first and second tip end receptacles in the tip end frame, wherein the first tip end receptacle is adapted for supporting the blade in a position in which the maximum chord line of the blade forms an angle of 0-40° with vertical, characterized in that the second tip end receptacle is adapted for supporting the blade in a position in which the maximum chord line of the blade forms an angle of 45-90° with vertical.
An apparatus for impregnating aquaculture feed pellets with water, characterized by : a direct conduit containing a flow of water arranged to transport aquaculture feed pellets to a feeding site without any circulation; wherein the direct conduit includes a reduced pressure zone thereby causing the aquaculture feed pellets to become impregnated with water. a direct conduit containing a flow of water arranged to transport aquaculture feed pellets to a feeding site without any circulation; wherein the direct conduit includes a reduced pressure zone thereby causing the aquaculture feed pellets to become impregnated with water.