mhurhangee/ep-ind-claims huggingface dataset:
A vascular implant comprising (i) a biocompatible polymeric matrix, wherein the biocompatible polymeric matrix comprises a poly(citric acid-diol) or poly(glycerol-diacid); and (ii) all-trans retinoic acid (ATRA), for use in reducing or preventing the occurrence of neointimal hyperplasia and/or thrombosis following implantation of the vascular implant in a patient in need of thereof, wherein the vascular implant releases a therapeutically effective amount of ATRA sufficient to inhibit or prevent neointimal hyperplasia and/or thrombosis when implanted in the patient. (i) a biocompatible polymeric matrix, wherein the biocompatible polymeric matrix comprises a poly(citric acid-diol) or poly(glycerol-diacid); and (ii) all-trans retinoic acid (ATRA),
: A direct line sampling system comprising: a flow line for a process flow including particles therein; a diluent flush line for a diluent; a sampling valve structure disposed in the flow line and including a sampling chamber with a substantially fixed volume, the sampling valve structure having a first position in which the sampling chamber is in communication with the flow line so as to provide a path for the process flow through the sampling chamber and so as to capture a sample from the process flow when the sampling valve structure switches to a second position in which the chamber is in communication with the diluent flush line so as to flush the sample of the process flow from the chamber; a mixing chamber disposed downstream of the diluent flush line and configured to mix the sample with the diluent so as to dilute the sample; an outlet line extending in a first direction from an outlet port of the mixing chamber; an analysis instrument disposed in the outlet line and configured to analyze particles in the diluted sample of the process flow; and a diluent control line including an outlet supply port configured to supply diluent in a direction opposite the first direction of the outlet line so as to provide a lift force on the particles and thereby to regulate the flow of the particles through the outlet line and to the analysis instrument. a flow line for a process flow including particles therein; a diluent flush line for a diluent; a sampling valve structure disposed in the flow line and including a sampling chamber with a substantially fixed volume, the sampling valve structure having a first position in which the sampling chamber is in communication with the flow line so as to provide a path for the process flow through the sampling chamber and so as to capture a sample from the process flow when the sampling valve structure switches to a second position in which the chamber is in communication with the diluent flush line so as to flush the sample of the process flow from the chamber; a mixing chamber disposed downstream of the diluent flush line and configured to mix the sample with the diluent so as to dilute the sample; an outlet line extending in a first direction from an outlet port of the mixing chamber; an analysis instrument disposed in the outlet line and configured to analyze particles in the diluted sample of the process flow; and a diluent control line including an outlet supply port configured to supply diluent in a direction opposite the first direction of the outlet line so as to provide a lift force on the particles and thereby to regulate the flow of the particles through the outlet line and to the analysis instrument.
A wire rod having superior magnetic characteristics, consisting of, by weight, C: 0.03 to 0.05%, Si: 3.0 to 5.0%, Mn: 0.1 to 2.0%, Al: 0.02 to 0.08%, N: 0.0015 to 0.0030%, and the balance of Fe and unavoidable impurities, wherein the wire rod is produced by groove-rolling, and wherein the wire rod comprises a Goss structure of 2 to 10 area%.
Rail comprising a rail head to be travelled over by a rail-borne vehicle, and a rail foot to be fastened as part of a track construction, wherein the rail is a grooved rail and has a tracking groove, the height of the rail corresponding at most to the width of the rail, wherein the centre of mass of the rail cross section is within the cross section of the rail, characterised in that the width of the rail foot is at most identical to the width of the rail head, wherein the centre of mass when viewed from the rail foot is at most at the height of the bottom of the tracking groove.
A drainage channel for draining rails, especially tramway rails, comprising an inlet funnel and a channel body with a face wall, which is associated with an inlet opening for draining a rail groove above the inlet funnel via the inlet funnel, said rail groove being arranged in the rail head of the rail, wherein the inlet funnel is associated with an end cap, which, by forming a portion of the face wall, can be inserted in the horizontal direction into a receiver associated with the face wall, characterized in that the receiver engages through the face wall transversely to the channel body.
A processing device for an in particular dental workpiece comprising - at least one receiving device for an inspection device or a processing tool for processing the in particular dental workpiece, and - a detection device for measuring and/or identifying a processing tool fitted into the receiving device or the inspection device, wherein the detection device has at least one optical camera, characterised in that the detection device has a housing in which there is provided an image recording chamber separated from a workpiece processing chamber of the processing device, wherein the housing has a closable opening through which the processing tool or the inspection device can be introduced into the image recording chamber in the housing. - at least one receiving device for an inspection device or a processing tool for processing the in particular dental workpiece, and - a detection device for measuring and/or identifying a processing tool fitted into the receiving device or the inspection device,
A computer-implemented method of rotating a graphical representation of a chemical structure by performing a rotation gesture, the computer implemented method comprising the steps of: providing a representation of a chemical structure on a graphical display; receiving a first signal corresponding to a user tap gesture delivered upon the touch pad or touch screen at a first location corresponding to the chemical structure representation; and receiving a second signal corresponding to a user flick gesture delivered upon the touch pad or touch screen, wherein the flick gesture originates at a second location and proceeds in a flick direction, wherein the flick direction is substantially orthogonal to a line between the first location and the second location; and upon receiving the first and second signals, rotating the chemical structure representation in the flick direction about an axis of rotation, wherein the axis of rotation is perpendicular to the graphical display and passes through the first location. providing a representation of a chemical structure on a graphical display; receiving a first signal corresponding to a user tap gesture delivered upon the touch pad or touch screen at a first location corresponding to the chemical structure representation; and receiving a second signal corresponding to a user flick gesture delivered upon the touch pad or touch screen, wherein the flick gesture originates at a second location and proceeds in a flick direction, wherein the flick direction is substantially orthogonal to a line between the first location and the second location; and upon receiving the first and second signals, rotating the chemical structure representation in the flick direction about an axis of rotation, wherein the axis of rotation is perpendicular to the graphical display and passes through the first location.
A method implemented by an interactive media guidance application, the method comprising: creating a playlist from a list of assets, wherein the assets in the playlist are arranged in a predetermined order for playing back seamlessly one asset after another in the predetermined order; grouping the assets of the playlist into a first cluster and a second cluster as a function of at least one parameter; and generating for simultaneous display the first and second clusters of assets, wherein the assets within each cluster are arranged for display according to the predetermined order, and an identifier associated with at least one of the clusters that is representative of attributes common to the assets within that one of the clusters. creating a playlist from a list of assets, wherein the assets in the playlist are arranged in a predetermined order for playing back seamlessly one asset after another in the predetermined order; grouping the assets of the playlist into a first cluster and a second cluster as a function of at least one parameter; and generating for simultaneous display the first and second clusters of assets, wherein the assets within each cluster are arranged for display according to the predetermined order, and an identifier associated with at least one of the clusters that is representative of attributes common to the assets within that one of the clusters.
A blow molding apparatus configured to supply a pressurized liquid into a bottomed tubular preform fitted to a mold used for blow molding and configured to mold the preform into a shape conforming to a cavity of the mold, the blow molding apparatus comprising: a blow nozzle configured to be fitted to a mouth tubular portion (PFb) of the preform; a sealing body configured to open and close the blow nozzle; a pressurized liquid supply unit connected to the blow nozzle via a liquid flow path; an accumulator that is in branch connection with the liquid flow path; and an opening-closing valve of the accumulator that is disposed between the liquid flow path and the accumulator, wherein the accumulator is configured to accumulate a pressure in advance, with the opening-closing valve of the accumulator being closed, and characterized in that, when the pressurized liquid is supplied into the preform through the blow nozzle when the pressurized liquid supply unit is actuated and when the sealing body is opened, the opening-closing valve of the accumulator is configured to be opened to thereby apply the pressure accumulated in the accumulator to the liquid supplied into the preform. a blow nozzle configured to be fitted to a mouth tubular portion (PFb) of the preform; a sealing body configured to open and close the blow nozzle; a pressurized liquid supply unit connected to the blow nozzle via a liquid flow path; an accumulator that is in branch connection with the liquid flow path; and an opening-closing valve of the accumulator that is disposed between the liquid flow path and the accumulator, wherein the accumulator is configured to accumulate a pressure in advance, with the opening-closing valve of the accumulator being closed, and characterized in that, when the pressurized liquid is supplied into the preform through the blow nozzle when the pressurized liquid supply unit is actuated and when the sealing body is opened, the opening-closing valve of the accumulator is configured to be opened to thereby apply the pressure accumulated in the accumulator to the liquid supplied into the preform.
Monopile foundation (2, 67, 77, 86, 104, 119, 130) for an offshore structure, in particular for a wind turbine, with a foundation pile (3, 41, 61, 71, 81, 91, 111, 121) for supporting the structure and a foundation reinforcement (4, 22, 44, 62, 72, 82, 92, 112, 122) adjoining the outside of the foundation pile (3, 41, 61, 71, 81, 91, 111, 121) and designed for subsequently attaching to the foundation pile (3, 41, 61, 71, 81, 91, 111, 121), wherein the foundation reinforcement (4, 22, 44, 62, 72, 82, 92, 112, 122) has a sleeve (4, 45, 63, 73, 83, 93, 113, 123), a collar (9, 65, 75, 85, 95, 115, 125) and at least one support, wherein the sleeve (4, 45, 63, 73, 83, 93, 113, 123) is assigned to the foundation pile (3, 41, 61, 71, 81, 91, 111, 121) and the collar (9, 65, 75, 85, 95, 115, 125) is held spaced apart outwards from the sleeve (4, 45, 63, 73, 83, 93, 113, 123) via the at least one support, wherein the foundation pile (3, 41, 61, 71, 81, 91, 111, 121) has a foundation section for insertion into the seabed and a reinforcement section for connecting the foundation pile (3, 41, 61, 71, 81, 91, 111, 121) to the sleeve (4, 45, 63, 73, 83, 93, 113, 123) above the seabed and wherein the collar (9, 65, 75, 85, 95, 115, 125) and/or the sleeve (4, 45, 63, 73, 83, 93, 113, 123) is designed for at least partial insertion into the seabed, characterised in that in the region of the reinforcement section, a feed-through opening is provided in the foundation pile (3, 41, 61, 71, 81, 91, 111, 121) and in that the sleeve (4, 45, 63, 73, 83, 93, 113, 123) of the foundation reinforcement (4, 22, 44, 62, 72, 82, 92, 112, 122) is provided in the reinforcement section so as to not seal the feed-through opening.
A splint (61, 71) for immobilization of a knee, which is to be worn on the knee to be immobilized, wherein the splint (61, 71) comprises a flat body (62, 72), the flat body (62, 72) having two contact surfaces (63, 64, 73, 74) for limbs adjoining the knee to be immobilized, wherein a supporting member (68, 78) is provided, which in its outer contour (68', 68", 79) has an angle structure for adjusting and bracing an angle between the contact surfaces (63, 64, 73, 74) for the limbs, characterized in that the supporting member (68, 78) on the sides of the contact surfaces (63, 64, 73, 74) facing away from the limbs is formed of flat bodies (39, 39', 39") arranged in parallel to one another, which are immovably joined together to form at least a double-wall or a multiple-wall structure, and that the joint axis of the knee to be immobilized is substantially in parallel to a normal of the flat bodies immovably joined together.
A method of detecting ultrashort multi-spectral pulses of radiation scattered by a target, the method comprising: - generating a pulse train of coherent radiation pulses (115, 120), wherein the pulse train of coherent radiation pulses is used to generate reference pulses and emitted pulses; - directing one or more of the emitted pulses to a target; - receiving scattered radiation pulses produced by scattering of the emitted pulses by the target; and - interfering each scattered radiation pulse with one of the reference pulses to form an interferogram having a fringe pattern; and - characterised in that the coherent radiation pulses are generated by a laser having a spectral width of at least an octave; and - the one of the reference pulses used to form an interferogram and the emitted pulse used to produce the scattered radiation pulse used to form that interferogram were generated using different radiation pulses within the pulse train of coherent radiation pulses; and - determining an intensity and a phase of the scattered radiation pulses from the fringe patterns of the interferogram; - determining a target signature based on the intensity and phase of the scattered radiation pulses; - comparing the target signature to a database of target signatures; and - classifying the target based on the comparison of the target signature to the database of target signatures. - generating a pulse train of coherent radiation pulses (115, 120), wherein the pulse train of coherent radiation pulses is used to generate reference pulses and emitted pulses; - directing one or more of the emitted pulses to a target; - receiving scattered radiation pulses produced by scattering of the emitted pulses by the target; and - interfering each scattered radiation pulse with one of the reference pulses to form an interferogram having a fringe pattern; and - characterised in that the coherent radiation pulses are generated by a laser having a spectral width of at least an octave; and - the one of the reference pulses used to form an interferogram and the emitted pulse used to produce the scattered radiation pulse used to form that interferogram were generated using different radiation pulses within the pulse train of coherent radiation pulses; and - determining an intensity and a phase of the scattered radiation pulses from the fringe patterns of the interferogram; - determining a target signature based on the intensity and phase of the scattered radiation pulses; - comparing the target signature to a database of target signatures; and - classifying the target based on the comparison of the target signature to the database of target signatures.
An information processing apparatus, comprising: circuitry configured to acquire image data captured by an image capturing device; perform an analysis on the image data prior to cropping the image data for display to detect a specified hand gesture from the image data; generate an image for display by cropping the image data; control a display to display the image for display; and provide an instruction to a different apparatus, wherein when the different apparatus is a base upon which the information processing apparatus can be mounted, the instructions control the rotation and tilt angle of the information processing apparatus when mounted on the base, the instruction being provided by the hand gesture detected in a portion of the image data that is cropped and not included in the image for display as a result of performing the analysis on the image data prior to the cropping. acquire image data captured by an image capturing device; perform an analysis on the image data prior to cropping the image data for display to detect a specified hand gesture from the image data; generate an image for display by cropping the image data; control a display to display the image for display; and provide an instruction to a different apparatus, wherein when the different apparatus is a base upon which the information processing apparatus can be mounted, the instructions control the rotation and tilt angle of the information processing apparatus when mounted on the base, the instruction being provided by the hand gesture detected in a portion of the image data that is cropped and not included in the image for display as a result of performing the analysis on the image data prior to the cropping.
A system for characterizing a patient's uterus, said system comprising: a probe; means (405, 412) for introducing a flow of gas through the probe; means for measuring a peak inflow rate through the probe when positioned in the uterus with a subsequent flow rate through the probe; and means for determining whether the uterus cavity is perforated based at least in part on a comparison of the peak and subsequent flow rates. a probe; means (405, 412) for introducing a flow of gas through the probe; means for measuring a peak inflow rate through the probe when positioned in the uterus with a subsequent flow rate through the probe; and means for determining whether the uterus cavity is perforated based at least in part on a comparison of the peak and subsequent flow rates.
A composition comprising: a) 40% to 75% by wt. polyol; b) 1% to 15% of a surfactant selected from the group consisting of anionic surfactants, non-ionic surfactants, amphoteric surfactants, zwitterionic surfactants, cationic surfactants and mixtures thereof; c) 0.1% to 1.5% by wt. xanthan gum; d) 10% to 50% water; and e) wherein viscosity of final composition is 2000 to 15,000 cps as measured using #5 spindle at 20 rpm for 30 seconds. a) 40% to 75% by wt. polyol; b) 1% to 15% of a surfactant selected from the group consisting of anionic surfactants, non-ionic surfactants, amphoteric surfactants, zwitterionic surfactants, cationic surfactants and mixtures thereof; c) 0.1% to 1.5% by wt. xanthan gum; d) 10% to 50% water; and e) wherein viscosity of final composition is 2000 to 15,000 cps as measured using #5 spindle at 20 rpm for 30 seconds.
A system for deforming a plate member on bone, comprising: a plate member defining a plurality of openings to receive fasteners that attach the plate member to bone, wherein the plate member comprises a plurality of association sites each including a pair of undercut flanges formed by opposite edge regions of the plate member, wherein the plate member has a local long axis defined by the direction of elongation of the plate member, and a mating axis arranged parallel to the local long axis; and a pair of bending tools (54a, 54b), wherein each of the bending tools has a mating portion and a shaft, wherein each of the bending tools is configured to be operatively associated with the plate member after the plate member is attached to bone by travel of the mating portion along the mating axis to mate the mating portion of the bending tool with each of the undercut flanges of an association site, such that rotation of the bending tool applies a moment to the plate member. a plate member defining a plurality of openings to receive fasteners that attach the plate member to bone, wherein the plate member comprises a plurality of association sites each including a pair of undercut flanges formed by opposite edge regions of the plate member, wherein the plate member has a local long axis defined by the direction of elongation of the plate member, and a mating axis arranged parallel to the local long axis; and a pair of bending tools (54a, 54b), wherein each of the bending tools has a mating portion and a shaft, wherein each of the bending tools is configured to be operatively associated with the plate member after the plate member is attached to bone by travel of the mating portion along the mating axis to mate the mating portion of the bending tool with each of the undercut flanges of an association site, such that rotation of the bending tool applies a moment to the plate member.
A method comprises: a) Coating, covering or combinations thereof a generating chuck; b) placing a zinc sulfide substrate in the coated, covered or combinations thereof generating chuck; c) generating the zinc sulfide substrate in the coated, covered or combinations thereof generating chuck with uncoated abrasive particles; d) cleaning metallic contaminants from the zinc sulfide substrate; e) cleaning metallic contaminants from a platinum foil by microetching and cleaning with sulfuric acid, nitric acid or combinations thereof; f) wrapping the cleaned zinc sulfide substrate in the cleaned platinum foil; and g) treating the cleaned zinc sulfide substrate wrapped in the cleaned platinum foil by a HIP process. a) Coating, covering or combinations thereof a generating chuck; b) placing a zinc sulfide substrate in the coated, covered or combinations thereof generating chuck; c) generating the zinc sulfide substrate in the coated, covered or combinations thereof generating chuck with uncoated abrasive particles; d) cleaning metallic contaminants from the zinc sulfide substrate; e) cleaning metallic contaminants from a platinum foil by microetching and cleaning with sulfuric acid, nitric acid or combinations thereof; f) wrapping the cleaned zinc sulfide substrate in the cleaned platinum foil; and g) treating the cleaned zinc sulfide substrate wrapped in the cleaned platinum foil by a HIP process.