mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for metal implant contact detection through capacitive measurements, the apparatus comprising: a housing that defines a housing interior , wherein the housing includes opposed first and second end walls , a base wall and an opposed cover wall , a first cross wall and an opposed second cross wall that define the housing interior ; a main needle supported by the housing , wherein the main needle has a head and an opposed main needle tip ; a battery positioned in the housing interior ; apparatus electronics powered by the battery and in communication with the main needle , such that a capacitive measurement can be being taken as the main needle moves toward or away from the metal implant and for detecting a sudden increase in a capacitance measurement when the main needle contacts the metal implant contact; and, an output device in communication with the electronics for outputting the capacitive measurements , wherein the base wall of the housing defines a base wall opening that is sized such that the main needle is moveable through the base wall opening . a housing that defines a housing interior , wherein the housing includes opposed first and second end walls , a base wall and an opposed cover wall , a first cross wall and an opposed second cross wall that define the housing interior ; a main needle supported by the housing , wherein the main needle has a head and an opposed main needle tip ; a battery positioned in the housing interior ; apparatus electronics powered by the battery and in communication with the main needle , such that a capacitive measurement can be being taken as the main needle moves toward or away from the metal implant and for detecting a sudden increase in a capacitance measurement when the main needle contacts the metal implant contact; and, an output device in communication with the electronics for outputting the capacitive measurements , wherein the base wall of the housing defines a base wall opening that is sized such that the main needle is moveable through the base wall opening .
A shrouded turbine for producing power, comprising a shroud and blades that have an NACA series type foil shape, said shroud consisting of a partial airfoil shape, wherein the blades have a P/D ratio defined by pitch P divided by blade diameter D, as P/D = pi ∗ (r/R) ∗ tan(Phi), where Phi is the pitch angle, r is the radial coordinate and R is the tip radius, characterised in the P/D ratio starting to steadily increase up to the blade tip from a starting point within 40-90% of the distance from the central axis of the turbine to the periphery of the blades where said ratio at the tip is greater than 0.7.
Coating apparatus being configured for reactive vapor deposition under vacuum on a substrate , comprising: - an evacuable vacuum chamber , - an evaporator device being adapted to provide evaporation material in vapor phase, and - a substrate holder being adapted to receive the substrate, characterized in that - a temperature-controllable inner chamber is arranged in the vacuum chamber , which inner chamber surrounds a vapour section between the evaporator device and the substrate holder and is arranged for setting an inner chamber temperature equal to or lower than 25°C, wherein - the inner chamber is coupled to a cooling device by which the inner chamber temperature is adjustable. - an evacuable vacuum chamber , - an evaporator device being adapted to provide evaporation material in vapor phase, and - a substrate holder being adapted to receive the substrate, characterized in that - a temperature-controllable inner chamber is arranged in the vacuum chamber , which inner chamber surrounds a vapour section between the evaporator device and the substrate holder and is arranged for setting an inner chamber temperature equal to or lower than 25°C, wherein - the inner chamber is coupled to a cooling device by which the inner chamber temperature is adjustable.
Medical, in particular dental treatment unit, comprising a water leading system , a control unit and a water treatment unit for the addition of an antimicrobial agent to treatment water contained in the water leading system , wherein the treatment unit further comprises a measuring unit arranged in the water leading system downstream of the water treatment unit for determining the concentration of the antimicrobial agent in the treatment water, characterized in that the antimicrobial agent comprises a detectable co-formulant, which does not have antimicrobial activity itself, in an amount proportional to the antimicrobial agent, and that the measurement unit is configured to determine the concentration of this co-formulant in the treatment water.
A razor assembly comprising: a handle having a connecting portion at a distal end; an elastic pin configured to interconnect with the connecting portion of the handle , and a blade assembly having a housing with a receiving portion that is configured to releasably connect with the elastic pin , wherein the elastic pin comprises a pair of prongs attached at a proximal end , extending to a distal end , and having an angle (β) therebetween, wherein a respective distal end of each prong of the pair of prongs forms a convex head , wherein the convex heads are configured to define a substantially spherical envelope at the distal end of the elastic pin , and characterized in that the elastic pin includes a raised portion disposed on at least one prong of the pair of prongs , and the raised portion is disposed at least partially in a window formed in the connecting portion . a handle having a connecting portion at a distal end; an elastic pin configured to interconnect with the connecting portion of the handle , and a blade assembly having a housing with a receiving portion that is configured to releasably connect with the elastic pin , wherein the elastic pin comprises a pair of prongs attached at a proximal end , extending to a distal end , and having an angle (β) therebetween, wherein a respective distal end of each prong of the pair of prongs forms a convex head , wherein the convex heads are configured to define a substantially spherical envelope at the distal end of the elastic pin , and characterized in that the elastic pin includes a raised portion disposed on at least one prong of the pair of prongs , and the raised portion is disposed at least partially in a window formed in the connecting portion .
A system of a plurality of vertical axis turbines comprising central shafts and peripheral blades, - each turbine comprising a shaft and at least one curved and cupped blade of the drag type including a leading portion and a trailing portion, the drag type defined as a blade that resembles a cup rather than an airfoil, comprising: - each said turbine fixed in a location, - a turbine designated as Turbine 1, a drag turbine of a counterclockwise or clockwise rotation, said turbine possessing a solidity of 20% or greater, the solidity being the percentage of the turbine blades that block the theoretical straight path of the wind through the turbine, a turbine designated as Turbine 2, whose perimeter, when closest to the perimeter of Turbine 1, is located at a distance from the shaft of Turbine 1 of the radius of Turbine 1 times approximately 1.05-1.6, Turbine 2 disposed in 35-90 degrees relationship to Turbine 1 in the face of a fluid flow coming from 180 degrees at any time in its orientation of flow, wherein Turbines 1 and 2 have the same turbine diameter, - each turbine has a variation in diameter along its height so that it is a tapered turbine and a variation in shape along its height so that the same distance from the shaft of each turbine at various heights is a location that experiences an increase in wind speed from the interaction of the wind with each turbine enabling the grouping of Turbines 1 and 2, one of the turbines being placed so that it benefits from the increase in wind speed from the other turbine. - each turbine comprising a shaft and at least one curved and cupped blade of the drag type including a leading portion and a trailing portion, the drag type defined as a blade that resembles a cup rather than an airfoil, comprising: - each said turbine fixed in a location, - a turbine designated as Turbine 1, a drag turbine of a counterclockwise or clockwise rotation, said turbine possessing a solidity of 20% or greater, the solidity being the percentage of the turbine blades that block the theoretical straight path of the wind through the turbine, a turbine designated as Turbine 2, whose perimeter, when closest to the perimeter of Turbine 1, is located at a distance from the shaft of Turbine 1 of the radius of Turbine 1 times approximately 1.05-1.6, Turbine 2 disposed in 35-90 degrees relationship to Turbine 1 in the face of a fluid flow coming from 180 degrees at any time in its orientation of flow, wherein Turbines 1 and 2 have the same turbine diameter, - each turbine has a variation in diameter along its height so that it is a tapered turbine and a variation in shape along its height so that the same distance from the shaft of each turbine at various heights is a location that experiences an increase in wind speed from the interaction of the wind with each turbine enabling the grouping of Turbines 1 and 2, one of the turbines being placed so that it benefits from the increase in wind speed from the other turbine.
A recombinant modified vaccinia virus Ankara (MVA) comprising: (a) at least one nucleotide sequence encoding an antigenic determinant of a respiratory syncytial virus (RSV) membrane glycoprotein, wherein the nucleotide sequence encodes a full-length RSV F membrane glycoprotein; and (b) at least one nucleotide sequence encoding RSV nucleocapsid antigenic determinants, wherein the nucleotide sequence encodes both a full-length RSV N nucleocapsid protein and a full-length RSV M2 matrix protein, which are encoded by a single open reading frame, wherein the single open reading frame comprises a nucleotide sequence encoding the amino acid sequence of SEQ ID NO: 18 or comprises the nucleotide sequence of SEQ ID NO: 17; and further comprising: (c) at least one nucleotide sequence encoding an antigenic determinant of an RSV G membrane glycoprotein, wherein the nucleotide sequence encodes a full-length RSV G membrane glycoprotein. (a) at least one nucleotide sequence encoding an antigenic determinant of a respiratory syncytial virus (RSV) membrane glycoprotein, wherein the nucleotide sequence encodes a full-length RSV F membrane glycoprotein; and (b) at least one nucleotide sequence encoding RSV nucleocapsid antigenic determinants, wherein the nucleotide sequence encodes both a full-length RSV N nucleocapsid protein and a full-length RSV M2 matrix protein, which are encoded by a single open reading frame, wherein the single open reading frame comprises a nucleotide sequence encoding the amino acid sequence of SEQ ID NO: 18 or comprises the nucleotide sequence of SEQ ID NO: 17;
A system for conducting safety and maintenance inspections on unmanned aerial vehicles, UAV, , the system comprising: a UAV deployment vehicle ; an inspection station comprising at least one imaging sensor configured to collect structural-integrity data and at least one directional-force sensor to collect flight parameter data; and a computer processing component communicatively coupled to the inspection station, the computer processing component configured to: receive the structural-integrity data from the inspection station and determine if a structural integrity of the UAV exceeds a structural integrity threshold; and receive the flight parameter data from the inspection station and determine if a flight parameter exceeds a flight parameter threshold, wherein the inspection station further comprises a heat sensor, the heat sensor configured to measure a battery temperature of a battery coupled to the unmanned aerial vehicle.
A multi-chip module, " MCM ", , comprising: a substrate having a first surface (112-1) and a cavity defined by an edge in the first surface (112-1), wherein a bottom of the cavity is vertically offset from the first surface (112-1); an island chip (120-1, 120-2) having a second surface (112-2), wherein the island chip (120-1, 120-2) is mechanically coupled to the first surface (112-1); a bridge chip having a third surface (112-3) that faces the second surface (112-2), wherein the bridge chip is mechanically coupled to the island chip (120-1, 120-2), and wherein the bridge chip is positioned in the cavity ; and a compressible structure positioned between the bottom of the cavity and a fourth surface (112-4) of the bridge chip which is on an opposite side of the bridge chip from the third surface (112-3), wherein the compressible structure includes a compliant material, including an elastomer, with shape and volume compression, wherein the compressible structure is separate from the edge in the first surface (112-1) of the substrate , thereby allowing the compressible structure to slide laterally; and wherein the compressible structure provides a force on the bridge chip so that the second surface (112-2) and the third surface (112-3) are approximately coplanar without bending the bridge chip . a substrate having a first surface (112-1) and a cavity defined by an edge in the first surface (112-1), wherein a bottom of the cavity is vertically offset from the first surface (112-1); an island chip (120-1, 120-2) having a second surface (112-2), wherein the island chip (120-1, 120-2) is mechanically coupled to the first surface (112-1); a bridge chip having a third surface (112-3) that faces the second surface (112-2), wherein the bridge chip is mechanically coupled to the island chip (120-1, 120-2), and wherein the bridge chip is positioned in the cavity ; and a compressible structure positioned between the bottom of the cavity and a fourth surface (112-4) of the bridge chip which is on an opposite side of the bridge chip from the third surface (112-3), wherein the compressible structure includes a compliant material, including an elastomer, with shape and volume compression, wherein the compressible structure is separate from the edge in the first surface (112-1) of the substrate , thereby allowing the compressible structure to slide laterally; and wherein the compressible structure provides a force on the bridge chip so that the second surface (112-2) and the third surface (112-3) are approximately coplanar without bending the bridge chip .
An assembly for a gas turbine engine, comprising: a rotor disk rotatable about an axis ; an annular arm connected to the rotor disk , the annular arm projecting axially out from the rotor disk to a distal arm end ; an annual air seal ; and an annular seal land sealingly engaged with the annular air seal ; characterised in that : the annular air seal is removably attached to and completely supported by the annular arm at the distal arm end such that the annular air seal is not directly connected to or supported by any other structure. a rotor disk rotatable about an axis ; an annular arm connected to the rotor disk , the annular arm projecting axially out from the rotor disk to a distal arm end ; an annual air seal ; and an annular seal land sealingly engaged with the annular air seal ; characterised in that : the annular air seal is removably attached to and completely supported by the annular arm at the distal arm end such that the annular air seal is not directly connected to or supported by any other structure.
A grounding device for an electric machine having a rotating component and a stationary component , said grounding device comprising: a core ; and a plurality of conductive fibers coupled to said core and extending therefrom such that at least a portion of said plurality of conductive fibers contacts the rotating component and such that at least a portion of said plurality of conductive fibers contacts the stationary component , said plurality of conductive fibers configured to electrically couple the rotating component with the stationary component such that an electrostatic charge on the rotating component is directed through said plurality of conductive fibers to the stationary component, characterised in that said core includes a first end and a second end and is curved to form a loop or an arc.
A therapeutic agent for use in the treatment of a skin wound, wherein after a dissolution test, by a stirring method, of at least one hydrozincite-containing zinc carbonate hydroxide hydrate selected from the group consisting of hydrozincite-containing zinc carbonate hydroxide hydrate, zinc carbonate hydroxide hydrate including not less than 0.1 mass% but less than 1.5 mass% of sulfur as S as a result of at least partial substitution of carbonate ions with SO 4 2- ions, and zinc carbonate hydroxide hydrate including not less than 0.05 mass% but less than 1 mass% of chlorine as Cl as a result of at least partial substitution of carbonate ions with Cl - ions, an amount of dissolved Zn 2+ ions is not less than 0.1 μg/m 2 and pH is not less than 7.2 but less than 8.3, where the dissolution test is conducted with the hydrozincite-containing zinc carbonate hydroxide hydrate having a BET specific surface area of 10 to 150 m 2 /g, a mass ratio between the hydrozincite-containing zinc carbonate hydroxide hydrate and saline being 1:50, and stirring being carried out at 500 rpm at 37°C for 3 hours by means of a rotor. wherein after a dissolution test, by a stirring method, of at least one hydrozincite-containing zinc carbonate hydroxide hydrate selected from the group consisting of hydrozincite-containing zinc carbonate hydroxide hydrate, zinc carbonate hydroxide hydrate including not less than 0.1 mass% but less than 1.5 mass% of sulfur as S as a result of at least partial substitution of carbonate ions with SO 4 2- ions, and zinc carbonate hydroxide hydrate including not less than 0.05 mass% but less than 1 mass% of chlorine as Cl as a result of at least partial substitution of carbonate ions with Cl - ions, an amount of dissolved Zn 2+ ions is not less than 0.1 μg/m 2 and pH is not less than 7.2 but less than 8.3, where the dissolution test is conducted with the hydrozincite-containing zinc carbonate hydroxide hydrate having a BET specific surface area of 10 to 150 m 2 /g, a mass ratio between the hydrozincite-containing zinc carbonate hydroxide hydrate and saline being 1:50, and stirring being carried out at 500 rpm at 37°C for 3 hours by means of a rotor.
A wireless communication method by a user equipment, UE, comprising: being configured with an information element, IE, from a base station; and performing a configured grant, CG, transmission using parameters configured by the IE, wherein the parameters are used to perform at least the followings: indicating whether a release 15 PUSCH transmission scheme or a release 16 PUSCH transmission scheme is valid; and indicating a repetition number for the release 15 PUSCH transmission scheme or the release 16 PUSCH transmission scheme. being configured with an information element, IE, from a base station; and performing a configured grant, CG, transmission using parameters configured by the IE, wherein the parameters are used to perform at least the followings: indicating whether a release 15 PUSCH transmission scheme or a release 16 PUSCH transmission scheme is valid; and indicating a repetition number for the release 15 PUSCH transmission scheme or the release 16 PUSCH transmission scheme. indicating whether a release 15 PUSCH transmission scheme or a release 16 PUSCH transmission scheme is valid; and indicating a repetition number for the release 15 PUSCH transmission scheme or the release 16 PUSCH transmission scheme.
A system comprising: a memory configured to store various characteristics of artifacts of implants in an implant database; and a processor configured to receive a 3D image of a patient, wherein the 3D image of the patient includes a CT-slice image of an implant in the patient, based on the 3D image of the patient, identify a cluster of voxels, wherein the cluster of voxels is an artifact of the implant in the patient, compare various characteristics of the cluster of voxels with corresponding characteristics of the artifacts in the implant database to determine a best-fit implant, and overlay a registered graphical image of the best-fit implant on the artifact in the CT-slice image for viewing on a display device. a memory configured to store various characteristics of artifacts of implants in an implant database; and a processor configured to receive a 3D image of a patient, wherein the 3D image of the patient includes a CT-slice image of an implant in the patient, based on the 3D image of the patient, identify a cluster of voxels, wherein the cluster of voxels is an artifact of the implant in the patient, compare various characteristics of the cluster of voxels with corresponding characteristics of the artifacts in the implant database to determine a best-fit implant, and overlay a registered graphical image of the best-fit implant on the artifact in the CT-slice image for viewing on a display device. receive a 3D image of a patient, wherein the 3D image of the patient includes a CT-slice image of an implant in the patient, based on the 3D image of the patient, identify a cluster of voxels, wherein the cluster of voxels is an artifact of the implant in the patient, compare various characteristics of the cluster of voxels with corresponding characteristics of the artifacts in the implant database to determine a best-fit implant, and overlay a registered graphical image of the best-fit implant on the artifact in the CT-slice image for viewing on a display device.
Arrangement having an anchoring hole in an anchoring substrate and an anchor arranged in the anchoring hole , wherein in the anchoring hole there is arranged an electrical position sensor relative to which the anchor moves if the anchor moves in a direction out of the anchoring hole , characterised in that the position sensor is arranged in the anchoring hole at an end of the anchor that is located in the anchoring hole ; the anchor and the position sensor are fixed in the anchoring hole with a cured composition ; and the anchor has a position sensor holder which holds the position sensor movably or releasably on the anchor and against movement together with the anchor in the longitudinal direction of the anchoring hole , in such a way that the position sensor does not move together with the anchor if the anchor moves in a direction out of the anchoring hole .
A product display device, having a support from which a plurality of parallel arms extend, each arm carrying a product-carrying hook adjustably positionable on the arm, the support comprising a member attachable to a vertical display surface or a hook engageable on a horizontal bar mounted on a vertical display surface, characterised in that each arm is provided with a hole therethrough, the holes in the arms being aligned whereby a security bar passes through the aligned holes and through corresponding holes in the products or packaging therefor, locking means being provided to prevent removal of the security bar from the device.