mhurhangee/ep-ind-claims huggingface dataset:
A sacrocolpopexy support comprising: a body having a base and a leg extending from the base that is attachable to a cuff of a vagina; wherein the body is a nonplanar Y-shaped body including an elongated base disposed in a plane and a pair of legs extending from the elongated base, each leg bifurcated away from the plane of the elongated base at a non-zero acute angle characterized in that the sacrocolpopexy support also comprises a first interconnecting member coupled to the base of the sacrocolpopexy support; and an adjustable anchor attachable to a ligament, the adjustable anchor slidably coupled to the first interconnecting member to permit bi-directional movement along the first interconnecting member and configured to exert a compressive force generating frictional interference with the first interconnecting member so as to inhibit the bi-directional movement of the adjustable anchor along the first interconnecting member until sufficient force is applied to overcome the frictional interference, and wherein the base and the legs are monolithically formed. a body having a base and a leg extending from the base that is attachable to a cuff of a vagina; wherein the body is a nonplanar Y-shaped body including an elongated base disposed in a plane and a pair of legs extending from the elongated base, each leg bifurcated away from the plane of the elongated base at a non-zero acute angle characterized in that the sacrocolpopexy support also comprises a first interconnecting member coupled to the base of the sacrocolpopexy support; and an adjustable anchor attachable to a ligament, the adjustable anchor slidably coupled to the first
Motion control system for a seafaring vessel, comprising one or more sensors (158, 208) generating current sea condition data; a storage having historical sea condition data stored thereon; at least one control system; and a computer having: an analyzer receiving the current sea condition data and the historical sea condition data and determining a not yet existing predicted sea condition anticipated to be encountered by the vessel in the future based at least in part on both the current sea condition data and the historical sea condition data; a calculator calculating one or more commands in preparation for the predicted sea condition determined by the analyzer; and an interface communicating the one or more commands to the at least one control system; wherein the at least one control system automatically implements at least one of the one or more commands calculated by the calculator in response to the predicted sea condition determined by the analyzer; the system being characterized in that the one or more sensors (158, 208) are configured to measure sea conditions in a seafaring vessel's near field and a seafaring vessel's far field when the vessel is underway to characterize sea conditions such that the sea condition data relates to sea conditions in both the far field and near field, the far field being defined as four or more wavelengths from the vessel, the near field being between the vessel and the far field, wherein the system is configured to determine the sea conditions in the seafaring vessel's far field. an analyzer receiving the current sea condition data and the historical sea condition data and determining a not yet existing predicted sea condition anticipated to be encountered by the vessel in the future based at least in part on both the current sea condition data and the historical sea condition data; a calculator calculating one or more commands in preparation for the predicted sea condition determined by the analyzer; and an interface communicating the one or more commands to the at least one control system;
A counter flow air-to-air energy exchange assembly including a plurality of air channel levels configured to allow air to pass therethrough, wherein each of the plurality of air channel levels comprises: a spacer layer including: (a) a plurality of air channels, wherein each of the plurality of air channels extends from an air inlet to an air outlet, the space layer is further characterized in that it includes (b) a plurality of modular spacer components secured together wherein at least two of the plurality of modular spacer components are identical in size and shape with an outer boundary shaped as a trapezoid.
A method of recognizing gestures for real-time interaction with a screen, comprising: capturing, with a motion and depth sensor, three-dimensional, 3D, data describing pose, speed, and movement information of skeletal joints of a user; detecting, with a processor, a pointing action by the user from the 3D data; computing, with the processor, an initial estimate of a location pointed by the user; highlighting, with the processor, a portion of the screen around the initial estimate; tracking, with the processor, the pointing action of the user to obtain the direction of motion; and performing, with the processor, a series of iterations of modifying the highlighted region, wherein in every iteration, the highlighted region expands or shrinks based on the detected pointing action, so as to obtain real-time feedback from the user to obtain the accurate location that the user intends to point to. capturing, with a motion and depth sensor, three-dimensional, 3D, data describing pose, speed, and movement information of skeletal joints of a user; detecting, with a processor, a pointing action by the user from the 3D data; computing, with the processor, an initial estimate of a location pointed by the user; highlighting, with the processor, a portion of the screen around the initial estimate; tracking, with the processor, the pointing action of the user to obtain the direction of motion; and performing, with the processor, a series of iterations of modifying the highlighted region, wherein in every iteration, the highlighted region expands or shrinks based on the detected pointing action, so as to obtain real-time feedback from the user to obtain the accurate location that the user intends to point to.
A baffle for an airfoil vane assembly, comprising: a baffle wall having first and second sides (313c, 313d), and a leading end and a trailing end joining the first and second sides (313c, 313d), the baffle wall defining a central cavity; a tail extending from the trailing end of the baffle wall, the tail including at least one feature configured to disturb an airflow surrounding the tail, characterised in that the at least one feature includes at least one peak or trough, wherein the at least one feature further includes at least one cooling hole between a first peak or trough and a second peak or trough of the at least one peak or trough. a baffle wall having first and second sides (313c, 313d), and a leading end and a trailing end joining the first and second sides (313c, 313d), the baffle wall defining a central cavity; a tail extending from the trailing end of the baffle wall, the tail including at least one feature configured to disturb an airflow surrounding the tail, characterised in that the at least one feature includes at least one peak or trough, wherein the at least one feature further includes at least one cooling hole between a first peak or trough and a second peak or trough of the at least one peak or trough.
An electrical connector assembly comprising: an electrically insulating connector body; an electrically conductive first terminal engaged rigidly to the connector body; an electrically insulating panel sub-assembly constructed and arranged to mate with the electrical connector body along a mating axis; an electrically conductive second terminal engaged rigidly to the panel sub-assembly and constructed and arranged to mate with the first terminal along the mating axis; a first cam lever attached rotatably to the panel sub-assembly about a first rotation axis disposed orthogonally to the mating axis; characterised by a first cam stud engaged to the electrical connector body; by a second cam stud engaged to the electrical connector body; in that the first cam lever is in sliding contact with the first cam stud and rotates clockwise to move the panel sub-assembly linearly along the mating axis toward the electrical connector body; and by a second cam lever attached rotatably to the panel sub-assembly about a second rotation axis disposed orthogonally to the mating axis and parallel to the first rotation axis, wherein the second cam lever is in sliding contact with the second cam stud and rotates counter-clockwise to move the panel sub-assembly linearly along the mating axis toward the electrical connector body and to counter a moment created by the generally simultaneous rotation of the first cam lever. an electrically insulating connector body; an electrically conductive first terminal engaged rigidly to the connector body; an electrically insulating panel sub-assembly constructed and arranged to mate with the electrical connector body along a mating axis; an electrically conductive second terminal engaged rigidly to the panel sub-assembly and constructed and arranged to mate with the first terminal along the mating axis; a first cam lever attached rotatably to the panel sub-assembly about a first rotation axis disposed orthogonally to the mating axis; characterised by a first cam stud engaged to the electrical connector body; by a second cam stud engaged to the electrical connector body; in that the first cam lever is in sliding contact with the first cam stud and rotates clockwise to move the panel sub-assembly linearly along the mating axis toward the electrical connector body; and by a second cam lever attached rotatably to the panel sub-assembly about a second rotation axis disposed orthogonally to the mating axis and parallel to the first rotation axis, wherein the second cam lever is in sliding contact with the second cam stud and rotates counter-clockwise to move the panel sub-assembly linearly along the mating axis toward the electrical connector body and to counter a moment created by the generally simultaneous rotation of the first cam lever.
Knitting tool bar arrangement with a knitting-tool bar for moving a first set of knitting tools, • wherein these knitting tools are arrangeable, in their working position, in a row one beside the other in the longitudinal direction (x) of the knitting-tool bar, • wherein the knitting means of these knitting tools point in a working direction (y), which runs at right angles to the longitudinal direction (x) of the knitting-tool bar • and wherein the knitting-tool bar arrangement has the following features: • at least one knitting-tool carrier for receiving a subset of the first set of knitting tools, said knitting-tool carrier being connected releasably to the knitting-tool bar, • at least one fixing arrangement for clamping the at least one knitting-tool carrier to the knitting-tool bar, characterised in • that the fixing arrangement comprises at least a set of n covers, which is suitable and positioned for clamping a first knitting-tool carrier to the knitting tool bar, wherein the natural number n is greater than or equal to two • and that the first knitting-tool carrier is already clampable by a subset of the set of n covers, this subset comprising a maximum of n-1 covers. • wherein these knitting tools are arrangeable, in their working position, in a row one beside the other in the longitudinal direction (x) of the knitting-tool bar, • wherein the knitting means of these knitting tools point in a working direction (y), which runs at right angles to the longitudinal direction (x) of the knitting-tool bar • and wherein the knitting-tool bar arrangement has the following features: • at least one knitting-tool carrier for receiving a subset of the first set of knitting tools, said knitting-tool carrier being connected releasably to the knitting-tool bar, • at least one fixing arrangement for clamping the at least one knitting-tool carrier to the knitting-tool bar, • that the fixing arrangement comprises at least a set of n covers, which is suitable and positioned for clamping a first knitting-tool carrier to the knitting tool bar, wherein the natural number n is greater than or equal to two • and that the first knitting-tool carrier is already clampable by a subset of the set of n covers, this subset comprising a maximum of n-1 covers.
A method for molding a head profile on a bristle that can be used in a hair brush, in which method the at least one bristle is guided on a bristle carrier, wherein a contactless heater acts at least on the bristle head and in which method the longitudinal bristle axis is aligned vertically.
A gas purging device for installation in a metallurgical vessel, comprising the following features in its installed position: a) a lower, gas-tight base part, b) a gas line runs in the base part from a first end in the region of a first outer face of the base part to a second end in the region of a second outer face of the base part, c) the second end of the gas line is formed as a first portion of a coupling, d) a second portion of the coupling is located in the region of an outer connection face of a functional part, by means of which the functional part rests against the base part, e) a gas distribution device runs in the functional part from the second portion of the coupling, through the functional part, to at least one free surface of the functional part formed as a gas outlet face, wherein f) a gas channel leads from the coupling to a gas distribution chamber within the functional part and from said gas distribution chamber gas-permeable zones of the functional part lead to said free surface of the functional part, via which the gas flows from the functional part into a metal melt, g) the base part and functional part are each made of refractory ceramic materials. a) a lower, gas-tight base part, b) a gas line runs in the base part from a first end in the region of a first outer face of the base part to a second end in the region of a second outer face of the base part, c) the second end of the gas line is formed as a first portion of a coupling, d) a second portion of the coupling is located in the region of an outer connection face of a functional part, by means of which the functional part rests against the base part, e) a gas distribution device runs in the functional part from the second portion of the coupling, through the functional part, to at least one free surface of the functional part formed as a gas outlet face, wherein f) a gas channel leads from the coupling to a gas distribution chamber within the functional part and from said gas distribution chamber gas-permeable zones of the functional part lead to said free surface of the functional part, via which the gas flows from the functional part into a metal melt, g) the base part and functional part are each made of refractory ceramic materials.
A method of pre-cleaning a semiconductor structure including the steps of: i) providing a semiconductor structure having an exposed dielectric layer of an organic dielectric material, wherein the organic dielectric material is an organic polymer and the dielectric layer has one or more features formed therein which expose one or more electrically conductive structures to be pre-cleaned, in which the electrically conductive structures each include a metal or alloy layer, optionally with a barrier layer formed thereon, and the surface area of the exposed dielectric layer is greater than the surface area of the electrically conductive structures exposed by the dielectric layer; and ii) pre-cleaning the semiconductor structure by performing an Ar/H 2 sputter etch to remove material from the exposed electrically conductive structures and to remove organic dielectric material from the exposed dielectric layer wherein step ii) is performed using Ar and H 2 present in a partial pressure ratio Ar:H 2 1.0:1 or less, more preferably less than 0.5:1, and most preferably 0.4:1 or less. i) providing a semiconductor structure having an exposed dielectric layer of an organic dielectric material, wherein the organic dielectric material is an organic polymer and the dielectric layer has one or more features formed therein which expose one or more electrically conductive structures to be pre-cleaned, in which the electrically conductive structures each include a metal or alloy layer, optionally with a barrier layer formed thereon, and the surface area of the exposed dielectric layer is greater than the surface area of the electrically conductive structures exposed by the dielectric layer; and ii) pre-cleaning the semiconductor structure by performing an Ar/H 2 sputter etch to remove material from the exposed electrically conductive structures and to remove organic dielectric material from the exposed dielectric layer wherein step ii) is performed using Ar and H 2 present in a partial pressure ratio Ar:H 2 1.0:1 or less, more preferably less than 0.5:1, and most preferably 0.4:1 or less.
An infusion balloon catheter comprising: an inflatable balloon member; a shaft whose distal end is attached to said balloon member, and having a shaft wall enclosing: a first lumen that provides passage to a balloon inflation fluid, and a second lumen that provides passage to an infusion fluid and a guidewire; and a bending-resistant insert member housed in said second lumen and located proximally to said balloon member, said bending-resistant insert member is affixed to, and conforms to shape of, inner surface of said shaft wall, and includes at least one insert opening; said shaft wall has an infusion outlet port located along, and providing an opening to, said second lumen proximally to said balloon member, said at least one insert opening is in direct fluid communication with said infusion outlet port, and said bending-resistant insert member provides structural support to a portion of said shaft wall surrounding said infusion outlet port; characterized in that said infusion outlet port, when combined with said at least one insert opening and said infusion outlet port, is configured for delivering imaging contrast material therethrough in an obtuse angle with a flow rate of 1 cc/sec or higher without causing jets. an inflatable balloon member; a shaft whose distal end is attached to said balloon member, and having a shaft wall enclosing: a first lumen that provides passage to a balloon inflation fluid, and a second lumen that provides passage to an infusion fluid and a guidewire; and a bending-resistant insert member housed in said second lumen and located proximally to said balloon member, said bending-resistant insert member is affixed to, and conforms to shape of, inner surface of said shaft wall, and includes at least one insert opening; said shaft wall has an infusion outlet port located along, and providing an opening to, said second lumen proximally to said balloon member, said at least one insert opening is in direct fluid communication with said infusion outlet port, and said bending-resistant insert member provides structural support to a portion of said shaft wall surrounding said infusion outlet port; characterized in that said infusion outlet port, when combined with said at least one insert opening and said infusion outlet port, is configured for delivering imaging contrast material therethrough in an obtuse angle with a flow rate of 1 cc/sec or higher without causing jets.
Housing of a radial flow compressor, comprising an intake pipe, a compressor duct and an outlet pipe, wherein the housing comprises a housing body comprising at least an upper housing member and a lower housing member, characterised in that the members are made of a fiber-reinforced thermoplastic polymer composition, and wherein the members are made, assembled together and fixed to each other in an integrated 2-step injection molding process comprising steps of a. melt processing of a fiber-reinforced thermoplastic polymer composition thereby forming a polymer melt, b. injection molding the polymer melt into a molding die comprising at least two cavities, thereby forming at least two members comprising at least an upper housing member and a lower housing member, c. assembling the at least two members together, thereby forming a housing body defining the intake pipe, the compressor duct and the outlet pipe, and d. fixing the assembled members to each other by injecting molding of a second shot of a thermoplastic molding composition. a. melt processing of a fiber-reinforced thermoplastic polymer composition thereby forming a polymer melt, b. injection molding the polymer melt into a molding die comprising at least two cavities, thereby forming at least two members comprising at least an upper housing member and a lower housing member, c. assembling the at least two members together, thereby forming a housing body defining the intake pipe, the compressor duct and the outlet pipe, and d. fixing the assembled members to each other by injecting molding of a second shot of a thermoplastic molding composition.
An electronic device (101, 201) comprising: a battery (189, 321e); a charging circuit configured to charge the battery (189, 321e) using charging power; and a circuit board (601, 800) configured to be electrically connected to the charging circuit for providing the charging power, the circuit board (601, 800) including a first portion and a second portion disposed adjacent to the first portion, wherein a first coil, a second coil, and a resonance coil are disposed in the first portion of the circuit board (601, 800), the first coil being disposed outside the second coil, and the resonance coil being disposed inside the second coil, wherein a third coil and a resonance capacitor are disposed in the second portion of the circuit board (601, 800), the resonance capacitor being disposed inside the third coil, and the resonance coil and the resonance capacitor being electrically connected to each other to generate a designated resonance such that an external electronic device transmitting wireless power to the electronic device (101, 201) detects the generated resonance, and wherein the resonance coil and the resonance capacitor are not electrically connected to any of the first coil, second coil and third coil. a battery (189, 321e); a charging circuit configured to charge the battery (189, 321e) using charging power; and a circuit board (601, 800) configured to be electrically connected to the charging circuit for providing the charging power, the circuit board (601, 800) including a first portion and a second portion disposed adjacent to the first portion, wherein a first coil, a second coil, and a resonance coil are disposed in the first portion of the circuit board (601, 800), the first coil being disposed outside the second coil, and the resonance coil being disposed inside the second coil, wherein a third coil and a resonance capacitor are disposed in the second portion of the circuit board (601, 800), the resonance capacitor being disposed inside the third coil, and the resonance coil and the resonance capacitor being electrically connected to each other to generate a designated resonance such that an external electronic device transmitting wireless power to the electronic device (101, 201) detects the generated resonance, and wherein the resonance coil and the resonance capacitor are not electrically connected to any of the first coil, second coil and third coil.
A method of controlling a radio access handover with respect to a user equipment, UE, in a radio access domain from a first radio access network, RAN, to a second RAN, the method characterized by a radio access node (110, 111) of the first RAN performing the following steps: • receiving a first message information from a core network node of a core network domain to keep a radio connection to the UE upon detection that the core network domain lacks synchronization to the UE, and • inhibiting the radio access handover of the UE to the second RAN for a pre-defined time period upon receipt of the first message. • receiving a first message information from a core network node of a core network domain to keep a radio connection to the UE upon detection that the core network domain lacks synchronization to the UE, and • inhibiting the radio access handover of the UE to the second RAN for a pre-defined time period upon receipt of the first message.