mhurhangee/ep-ind-claims huggingface dataset:
A medical device for delivering a pressurized substance to an opening in bone within a vertebral column, the medical device comprising: a handle having a proximal port; an inner member coupled to the handle and having a proximal end and a distal working end; a working lumen extending through the inner member; a bone engaging section located about a distal portion of the inner member, the bone engaging section configured to expand radially away from the inner member and maintain an expansion force against the opening to prevent dislodgement of the working lumen from the bone; and a shuttle member mechanically coupled to the handle and the bone engaging section, wherein actuation of the shuttle member drives the bone engaging section in a radially outward direction over a radially offset surface located on a distal portion of the inner member, such that bone engaging section expands radially away from the inner member. a handle having a proximal port; an inner member coupled to the handle and having a proximal end and a distal working end; a working lumen extending through the inner member; a bone engaging section located about a distal portion of the inner member, the bone engaging section configured to expand radially away from the inner member and maintain an expansion force against the opening to prevent dislodgement of the working lumen from the bone; and a shuttle member mechanically coupled to the handle and the bone engaging section, wherein actuation of the shuttle member drives the bone engaging section in a radially outward direction over a radially offset surface located on a distal portion of the inner member, such that bone engaging section expands radially away from the inner member.
A catalyst for a solid polymer fuel cell, comprising a catalytic metal made of an alloy of platinum, cobalt, and zirconium supported on a carbon powder carrier, wherein the catalytic metal is in the form of particles having a particle size of 2 to 20 nm, and the molar ratio of platinum, cobalt, and zirconium of the catalytic metal supported on the carbon powder carrier is Pt: Co: Zr = 3: 0.5 to 1.5: 0.1 to 3.0. wherein the catalytic metal is in the form of particles having a particle size of 2 to 20 nm, and the molar ratio of platinum, cobalt, and zirconium of the catalytic metal supported on the carbon powder carrier is Pt: Co: Zr = 3: 0.5 to 1.5: 0.1 to 3.0.
Presentation device, in particular for goods, comprising a mounting frame having a plurality of mounting profiles (12, 11; 14) arranged parallel and spaced from each other; and a plurality of frame or box-shaped inserts releasably attached to the mounting profiles; wherein the inserts each having a plurality of side walls forming a rectangular frame, and the inserts are detachably attached to the mounting profiles via their rear sides, characterized in that the mounting frame is formed in the form of a ladder with horizontal and vertical mounting profiles (11, 12), the box-shaped inserts being arranged in the ladder fields.
A stud for an article of footwear, comprising a fastening member comprising a fastening member cap and a fastening member shaft, a plurality of rings (128, 130, 132) being positioned along the fastening member shaft variably in number, exchangeably, and interchangeably for customizing the stud for different types of playing surface surface characteristics and/or activities, further comprising a washer disposed along the fastening member shaft sandwiching the plurality of rings (128, 130, 132) between the washer and the fastening member cap, the washer comprising a washer first face having a washer recess to receive one of the plurality of rings (128, 130, 132).
A method of performing cell search in a mobile station of a wireless communication system, the method comprising: detecting a primary synchronization sequence, detecting a plurality of secondary synchronization sequences, and detecting a cell identifier by combination of the primary synchronization sequence and the hopping code word specified by the plurality of the secondary synchronization channel sequences, wherein the primary synchronization sequence and one of the plurality of secondary synchronization sequences are located in adjacent symbols in a frame; and wherein the hopping code word is used to select a part of the cell identifiers used in the wireless communication system and the primary synchronization channel sequence is used to detect one cell identifier from among the part of the cell identifiers selected by the hopping code word. detecting a primary synchronization sequence, detecting a plurality of secondary synchronization sequences, and detecting a cell identifier by combination of the primary synchronization sequence and the hopping code word specified by the plurality of the secondary synchronization channel sequences, wherein the primary synchronization sequence and one of the plurality of secondary synchronization sequences are located in adjacent symbols in a frame; and wherein the hopping code word is used to select a part of the cell identifiers used in the wireless communication system and the primary synchronization channel sequence is used to detect one cell identifier from among the part of the cell identifiers selected by the hopping code word.
An electric motor, comprising: - a frame defining an inner space in which a rotor, a stator and a fan are housed, the frame comprising: - a first opening placing the inner space of the frame in fluid communication with the outside of the frame, - a second opening placing the inner space of the frame in fluid communication with the outside of the frame along a radial axis substantially perpendicular to a rotation axis of the rotor, - the fan being arranged near the second opening and being configured to create a flow of a gaseous fluid, in which a first acoustic attenuation device is housed in the second opening so as to partially close the second opening, the second opening comprises at least a first passage and a second passage for the passage of the gaseous fluid, the first passage and the second passage allowing the circulation of the gaseous fluid between the inner space and the outside of the frame, the first passage and the second passage being defined by the frame, the first passage being closed by the first acoustic attenuation device housed in said first passage, a cover is placed across from the second opening, the cover having at least one soundproofing area placed opposite the second passage and at least one air passage area placed opposite the first passage, the first passage extending along a first radial axis, the second passage extending along a second radial axis distinct from the first radial axis, the first and the second radial axis (R1, R2) extending in a plane substantially perpendicular to the rotation axis, the first passage and the second passage being circumferentially arranged around the rotation axis, the cover and the frame forming a peripheral channel for the circulation of the gaseous fluid. - a frame defining an inner space in which a rotor, a stator and a fan are housed, the frame comprising: - a first opening placing the inner space of the frame in fluid communication with the outside of the frame, - a second opening placing the inner space of the frame in fluid communication with the outside of the frame along a radial axis substantially perpendicular to a rotation axis of the rotor, - the fan being arranged near the second opening and being configured to create a flow of a gaseous fluid,
Method to armour TiAl blades of continuous flow machines, which comprises the steps: - provision of a TiAl blade, - application of a mixture of at least one hard material and at least one solder to the TiAl blade, wherein the solder is an Ni-based solder, characterised by: - soldering of the mixture onto the TiAl blade by inductive heating. - provision of a TiAl blade, - application of a mixture of at least one hard material and at least one solder to the TiAl blade, wherein the solder is an Ni-based solder, characterised by: - soldering of the mixture onto the TiAl blade by inductive heating.
A computer-implemented method for segmenting a three-dimensional image, the method comprising: receiving the three-dimensional image acquired by an imaging device; creating a first stack of adjacent two-dimensional images along a first plane of the three-dimensional image, the adjacent two-dimensional images of the first stack showing an anatomical structure, wherein the two-dimensional images of the first stack are stacked along a first axis orthogonal to the first plane; creating a second stack of adjacent two-dimensional images along a second plane of the three-dimensional image, the adjacent two-dimensional images of the second stack showing the anatomical structure, wherein the two-dimensional images of the second stack are stacked along a second axis orthogonal to the second plane, wherein the second axis is not parallel to the first axis; segmenting, by a processor, the first stack of two-dimensional images to determine a first label map for the first plane and the second stack of two-dimensional images to determine a second label map for the second plane using at least one convolutional neural network model, wherein the at least one convolutional neural network model outputs the first and second label map; and determining, by the processor, a fused label map for the three-dimensional image by fusing the first and second label maps, the fused label map associating voxels of the three-dimensional image with the anatomical structure. receiving the three-dimensional image acquired by an imaging device; creating a first stack of adjacent two-dimensional images along a first plane of the three-dimensional image, the adjacent two-dimensional images of the first stack showing an anatomical structure, wherein the two-dimensional images of the first stack are stacked along a first axis orthogonal to the first plane; creating a second stack of adjacent two-dimensional images along a second plane of the three-dimensional image, the adjacent two-dimensional images of the second stack showing the anatomical structure, wherein the two-dimensional images of the second stack are stacked along a second axis orthogonal to the second plane, wherein the second axis is not parallel to the first axis; segmenting, by a processor, the first stack of two-dimensional images to determine a first label map for the first plane and the second stack of two-dimensional images to determine a second label map for the second plane using at least one convolutional neural network model, wherein the at least one convolutional neural network model outputs the first and second label map; and determining, by the processor, a fused label map for the three-dimensional image by fusing the first and second label maps, the fused label map associating voxels of the three-dimensional image with the anatomical structure.
A system for extracting oxygen from a liquid comprising: a separator configured to allow a liquid to pass therethrough and to produce a liquid mixture comprising the liquid having at least a portion of oxygen removed therefrom, the separator comprising: a wall (314, 316, 318, 320) surrounding an interior portion of a tube, the wall comprising a plurality of convex portions (404, 406) and a plurality of concave portions (400, 402) forming a cross-sectional "X" shape and having at least one aperture formed therein; and at least one magnet positioned adjacently to the at least one aperture, the at least one magnet having a north pole end and a south pole end forming a magnetic field gradient therebetween and extending into an interior portion of the tube; and a storage tank fluidly coupled to the at least one aperture and configured to store the at least a portion of oxygen removed from the liquid via the separator. a separator configured to allow a liquid to pass therethrough and to produce a liquid mixture comprising the liquid having at least a portion of oxygen removed therefrom, the separator comprising: a wall (314, 316, 318, 320) surrounding an interior portion of a tube, the wall comprising a plurality of convex portions (404, 406) and a plurality of concave portions (400, 402) forming a cross-sectional "X" shape and having at least one aperture formed therein; and at least one magnet positioned adjacently to the at least one aperture, the at least one magnet having a north pole end and a south pole end forming a magnetic field gradient therebetween and extending into an interior portion of the tube; and a wall (314, 316, 318, 320) surrounding an interior portion of a tube, the wall comprising a plurality of convex portions (404, 406) and a plurality of concave portions (400, 402) forming a cross-sectional "X" shape and having at least one aperture formed therein; and at least one magnet positioned adjacently to the at least one aperture, the at least one magnet having a north pole end and a south pole end forming a magnetic field gradient therebetween and extending into an interior portion of the tube; and a storage tank fluidly coupled to the at least one aperture and configured to store the at least a portion of oxygen removed from the liquid via the separator.
Dispensing assembly for beverage from a container, comprising an outlet channel for beverage and a valve body operable to open and close said outlet channel, wherein the channel defines a direction of flow of the beverage towards an outlet end, and wherein the valve body is provided at or near the outlet end of the outlet channel and has a shape with a base facing in a direction against the direction of flow and a tip with an end facing in the direction of flow, wherein the tip, between the base and the end, has an outwardly curved outer surface, such that beverage engaging the base can be guided from the base over the outer surface to the end forming a beverage jet when leaving the surface at or near said end, wherein the valve body is movable relative to a valve seat between the closed position in which the valve body rests against the seat and the open position in which the valve body is spaced apart from the seat, wherein the valve body is connected to a stem extending through a first part of the channel and through a junction, the stem having an end longitudinally opposite the valve body, wherein the end of the stem can be engaged, for example by a finger for moving the valve body, at least from the closed position into the open position, wherein the stem extends through an opening in a housing of the assembly, sealed in order to prevent leaking, such that said end can be engaged from outside the housing, wherein a spring is provided between the housing and the end, biasing the valve body against the seat, characterized in that the valve body extends substantially outside the outlet channel. wherein the valve body is movable relative to a valve seat between the closed position in which the valve body rests against the seat and the open position in which the valve body is spaced apart from the seat, wherein the valve body is connected to a stem extending through a first part of the channel and through a junction, the stem having an end longitudinally opposite the valve body, wherein the end of the stem can be engaged, for example by a finger for moving the valve body, at least from the closed position into the open position, wherein the stem extends through an opening in a housing of the assembly, sealed in order to prevent leaking, such that said end can be engaged from outside the housing, wherein a spring is provided between the housing and the end, biasing the valve body against the seat, characterized in that the valve body extends substantially outside the outlet channel.
An actuator assembly, comprising: a piezoelectric element having a first side and an opposed second side; a first electrode in electrical communication with the first side, wherein the first electrode includes a flexible, electrically conductive membrane; and a second electrode in electrical communication with the second side, wherein the actuator assembly further includes an electrically conductive bonding agent that bonds the flexible, electrically conductive membrane to the first side of the piezoelectric element, characterised in that the flexible, electrically conductive membrane consist essentially of a non-metallic material. a piezoelectric element having a first side and an opposed second side; a first electrode in electrical communication with the first side, wherein the first electrode includes a flexible, electrically conductive membrane; and a second electrode in electrical communication with the second side, wherein the actuator assembly further includes an electrically conductive bonding agent that bonds the flexible, electrically conductive membrane to the first side of the piezoelectric element, characterised in that the flexible, electrically conductive membrane consist essentially of a non-metallic material.
An electron optical system for receiving a plurality of beamlets, comprising a first electrostatic lens array for focusing each of the plurality of beamlets (5a, 5b); a modulation array comprising a plurality of modulators for modulating an intensity of the focused beamlets; a scan deflector array comprising a plurality of electrostatic scan deflectors for deflecting the modulated beamlets in a predetermined direction; and a second electrostatic lens array for focusing each of the deflected beamlets, wherein the modulation array comprises: a beamlet blanker aperture array provided with said modulators, said modulators being blanking electrostatic deflectors for deflecting beamlets in a further predetermined direction; a beamlet stop array for terminating beamlets deflected by the blanking electrostatic deflectors of the beamlet blanker array. a beamlet blanker aperture array provided with said modulators, said modulators being blanking electrostatic deflectors for deflecting beamlets in a further predetermined direction; a beamlet stop array for terminating beamlets deflected by the blanking electrostatic deflectors of the beamlet blanker array.
A method of authentication for an enclave entity with a second entity, the method comprising: receiving, by one or more processors of a host computing device of the enclave entity, a request and an assertion of identity for the second entity, the assertion including identity information for the second entity, wherein the identity information includes an identity description that classifies the identity of the assertion into an identity type supported by the enclave entity and identifies an authority responsible for handling identities of that identity type; using, by the one or more processors, an assertion verifier of the enclave entity to determine whether the assertion is valid; when the assertion is valid, extracting, by the one or more processors, the identity information; authenticating the second entity using, by the one or more processors, an access control list for the enclave entity to determine whether the identity information meets expectations of the access control list; and when the identity information meets the expectations of the access control list, completing, by the one or more processors, the request. receiving, by one or more processors of a host computing device of the enclave entity, a request and an assertion of identity for the second entity, the assertion including identity information for the second entity, wherein the identity information includes an identity description that classifies the identity of the assertion into an identity type supported by the enclave entity and identifies an authority responsible for handling identities of that identity type; using, by the one or more processors, an assertion verifier of the enclave entity to determine whether the assertion is valid; when the assertion is valid, extracting, by the one or more processors, the identity information; authenticating the second entity using, by the one or more processors, an access control list for the enclave entity to determine whether the identity information meets expectations of the access control list; and when the identity information meets the expectations of the access control list, completing, by the one or more processors, the request.
A liquid crystal display comprising: a panel having an array of pixels; a timing controller for outputting image data and a source control signal; a plurality of source drivers (212 -212) connected in series, one of the source drivers configured to generate a gate control signal in response to the source control signal, a part of the source drivers which receive the image data and the source control signal directly from the timing controller being operated in a dual-way transmission mode for simultaneously transmitting signals to the neighboring source drivers at both sides thereof, while another part of the source drivers which are indirectly connected to the timing controller being operated in a single-way transmission mode for transmitting signals to the neighboring source driver at either one side thereof; and at least one gate driver for driving the panel pixels according to the gate control signal, wherein whether the source driver is operated in the dual-way transmission mode or the single-way transmission mode is related to connection of the source driver with the timing controller. a panel having an array of pixels; a timing controller for outputting image data and a source control signal; a plurality of source drivers (212 -212) connected in series, one of the source drivers configured to generate a gate control signal in response to the source control signal, a part of the source drivers which receive the image data and the source control signal directly from the timing controller being operated in a dual-way transmission mode for simultaneously transmitting signals to the neighboring source drivers at both sides thereof, while another part of the source drivers which are indirectly connected to the timing controller being operated in a single-way transmission mode for transmitting signals to the neighboring source driver at either one side thereof; and at least one gate driver for driving the panel pixels according to the gate control signal, wherein whether the source driver is operated in the dual-way transmission mode or the single-way transmission mode is related to connection of the source driver with the timing controller.