mhurhangee/patent-ind-claim-en huggingface dataset:
A linear actuator comprising: a rod adapted to move in an axial direction; a motor adapted to move the rod , the motor including an output shaft ; at least one position sensor adapted to sense a relative position of the rod relative to a preset reference position and to output a position sensing value representing the relative position of the rod ; at least one rotation sensor adapted to sense a rotation angle of the output shaft of the motor and to output a rotation angle sensing value representing the rotation angle of the output shaft of the motor ; and a position calculating unit adapted to calculate a position of the rod based on the position sensing value of the at least one position sensor representing the relative position of the rod and a rotation angle sensing value of the at least one rotation sensor representing the rotation angle of the output shaft of the motor . a rod adapted to move in an axial direction; a motor adapted to move the rod , the motor including an output shaft ; at least one position sensor adapted to sense a relative position of the rod relative to a preset reference position and to output a position sensing value representing the relative position of the rod ; at least one rotation sensor adapted to sense a rotation angle of the output shaft of the motor and to output a rotation angle sensing value representing the rotation angle of the output shaft of the motor ; and a position calculating unit adapted to calculate a position of the rod based on the position sensing value of the at least one position sensor representing the relative position of the rod and a rotation angle sensing value of the at least one rotation sensor representing the rotation angle of the output shaft of the motor .
Pinch valve comprising: a main body having a receiving space for a tube portion, wherein the main body comprises a lateral opening which leads into the receiving space , wherein the lateral opening is arranged laterally with respect to an adjusting axis (S); a compressor which is movable along the adjusting axis (S); and a closure element which is movably fastened to the main body and provides a counter-bearing portion for the compressor , and which is movable relative to the main body between a first position, in which the closure element closes the lateral opening of the main body , at least in portions, and a second position, in which the closure element releases an introduction opening for the tube portion, wherein the closure element is fastened to the main body so as to be rotatable about an axis of rotation (R), or the closure element is designed like a drawer and comprises a guide portion which is received in a guide portion of the main body that receives said guide portion, so that the closure element is guided linearly. a main body having a receiving space for a tube portion, wherein the main body comprises a lateral opening which leads into the receiving space , wherein the lateral opening is arranged laterally with respect to an adjusting axis (S); a compressor which is movable along the adjusting axis (S); and a closure element which is movably fastened to the main body and provides a counter-bearing portion for the compressor , and which is movable relative to the main body between a first position, in which the closure element closes the lateral opening of the main body , at least in portions, and a second position, in which the closure element releases an introduction opening for the tube portion, wherein the closure element is fastened to the main body so as to be rotatable about an axis of rotation (R), or the closure element is designed like a drawer and comprises a guide portion which is received in a guide portion of the main body that receives said guide portion, so that the closure element is guided linearly.
A power supply section for an e-vaping device , comprising: a sensor housed in a housing; a sensor holder holding the sensor , the sensor holder disposed in the housing to divide the housing into a first portion and a second portion , the sensor and the sensor holder configured to prevent air flow between the first portion into the second portion , wherein the sensor holder is a hollow structure having a first dimension section and a second dimension section , the first dimension section defining a first cavity having a least a first dimension, the second dimension section defining a second cavity having a least a second dimension, the second cavity corresponding to a shape of the sensor , and the first dimension being smaller than the second dimension; and a power source disposed in the second portion . a sensor housed in a housing; a sensor holder holding the sensor , the sensor holder disposed in the housing to divide the housing into a first portion and a second portion , the sensor and the sensor holder configured to prevent air flow between the first portion into the second portion , wherein the sensor holder is a hollow structure having a first dimension section and a second dimension section , the first dimension section defining a first cavity having a least a first dimension, the second dimension section defining a second cavity having a least a second dimension, the second cavity corresponding to a shape of the sensor , and the first dimension being smaller than the second dimension; and a power source disposed in the second portion .
A fusion protein comprising (a) a Cas9 variant comprising one or more mutations within a RuvC1 subdomain and/or a HNH subdomain that inactivate Cas9 nuclease activity; and (b) a deaminase domain. (a) a Cas9 variant comprising one or more mutations within a RuvC1 subdomain and/or a HNH subdomain that inactivate Cas9 nuclease activity; and (b) a deaminase domain.
Method for closed-loop controlling the total oil mass flow (m) in a radial tilting pad bearing , wherein the radial tilting pad bearing is configured for mounting a shaft and comprises a plurality of tilting pads which are distributed and mutually spaced apart across the circumference of the radial tilting pad bearing , wherein oil pockets which by way of an oil supply are able to be impinged by a total oil mass flow (m) are configured between the individual tilting pads ; wherein each oil pocket has a dedicated oil supply which is able to be individually closed-loop controlled and by way of which the respective oil mass flow (ṁ 1 , m 2 , m 3 , ṁ 4 ) that is supplied to the respective oil pocket is able to be adjusted, characterized in that the respective oil mass flow (ṁ 1 , m 2 , m 3 , m 4 ) which by way of the respective oil supply is supplied to each oil pocket takes place according to demand, and the respective oil mass flow (ṁ 1 , m 2 , m 3 , m 4 ) per oil pocket is adjusted such that the wave amplitude and/or the bearing temperature and/or the power loss reaches a minimum, wherein the closed-loop controlling of the total oil mass flow (ṁ) and of the respective oil mass flow (ṁ 1 , m 2 , m 3 , m 4 ) takes place by means of fixed characteristic curves. wherein each oil pocket has a dedicated oil supply which is able to be individually closed-loop controlled and by way of which the respective oil mass flow (ṁ 1 , m 2 , m 3 , ṁ 4 ) that is supplied to the respective oil pocket is able to be adjusted, characterized in that the respective oil mass flow (ṁ 1 , m 2 , m 3 , m 4 ) which by way of the respective oil supply is supplied to each oil pocket takes place according to demand, and the respective oil mass flow (ṁ 1 , m 2 , m 3 , m 4 ) per oil pocket is adjusted such that the wave amplitude and/or the bearing temperature and/or the power loss reaches a minimum, wherein the closed-loop controlling of the total oil mass flow (ṁ) and of the respective oil mass flow (ṁ 1 , m 2 , m 3 , m 4 ) takes place by means of fixed characteristic curves.
A process of producing non-volatile and water-insoluble starting particles comprising rhenium sulfide, said particles having an average particle size of from 10 nanometer to 20 micrometers, the process comprising: i) providing a rhenium solution, ii) optionally, mixing the rhenium solution with at least one additive, iii) reacting the rhenium solution with a precipitating agent, thereby forming said rhenium sulfide, iv) precipitating said rhenium sulfide, v) isolating particles comprising the precipitated rhenium sulfide, vi) optionally, washing and/or filtering and/or drying said particles. i) providing a rhenium solution, ii) optionally, mixing the rhenium solution with at least one additive, iii) reacting the rhenium solution with a precipitating agent, thereby forming said rhenium sulfide, iv) precipitating said rhenium sulfide, v) isolating particles comprising the precipitated rhenium sulfide, vi) optionally, washing and/or filtering and/or drying said particles.
Method for manufacturing a vacuum insulation body comprising a vacuum-tight casing which surrounds an evacuated region, in which a core material is arranged, wherein the casing includes an opening for filling the casing with the core material which is covered by a vacuum-tight cover film , and wherein the casing is folded inwards in the edge region protruding towards the opening , so that the opening is reduced in size, characterized in that the casing first is folded inwards in the edge region protruding towards the opening , and subsequently again is folded outwards, about an auxiliary structure , wherein a U-shaped structure of an end region of the casing results and the region of the casing folded outwards and the region of the casing folded to the outside has a flat surface, which forms a sealing surface for the vacuum-tight closing of the opening, and wherein this region and a region of the cover film are then vacuum-tightly connected with each other.
A compound of Formula XII, XIII, XIV or XV: including pharmaceutically acceptable salts, and/or solvates thereof; wherein: R 1 is selected from the group consisting of hydrogen, or optionally substituted alkyl, or halogen; R 2 is substituted selected from the group consisting of: R 3a , R 3b , R 3c , or R 3d is selected from the group consisting of hydrogen, halogen, methyl, methoxy, trifluoromethyl, hydroxyl or cyano; X is selected from the group consisting of hydrogen, halogen, amino, heterocycloalkyl, or hydroxyl. R 1 is selected from the group consisting of hydrogen, or optionally substituted alkyl, or halogen; R 2 is substituted selected from the group consisting of: R 3a , R 3b , R 3c , or R 3d is selected from the group consisting of hydrogen, halogen, methyl, methoxy, trifluoromethyl, hydroxyl or cyano; X is selected from the group consisting of hydrogen, halogen, amino, heterocycloalkyl, or hydroxyl.
Nacelle component for a nacelle of a wind turbine, comprising a machine support module and an electrical module , wherein the machine support module and the electrical module in each case have a greater longitudinal extent than transverse extent , wherein, in an assembled state of the nacelle component, the machine support module is oriented with its longitudinal extent along a perpendicular plane which extends through the axis of a rotor shaft , and wherein the longitudinal extent of the electrical module intersects the perpendicular plane which extends through the axis of the rotor shaft , wherein the electrical module comprises a component support , wherein the component support is removably secured to a central frame of the electrical module and wherein the component support carries elements of the electrical module , characterized in that the component support rests on a lifting platform , wherein the lifting platform is connected via ropes to the central frame of the electrical module , wherein the free length of the ropes can be changed using winches of the lifting platform , such that it is possible to bring about vertical translation of the lifting platform .
Method to verify, by a verification server, the execution integrity of an application in a target device wherein the verification server receives an application signature generated from run time application information on the target device, said signature being used to verify the execution integrity of the application in the target device, said application comprising an array of blocks, each block producing a digest, thus producing an array of digests related to the array of blocks, comprising the steps of : - sending to the target device a message comprising a challenge and a first function, said first function defining an aggregation method, said challenge defining an aggregation instruction, - receiving an attestation from the target device, this attestation being generated by the target device by determining for each block, the corresponding digest for said block, aggregating the digests of the blocks according to the aggregation method of the first function and the challenge to produce the attestation related to the application, - applying a second function to the attestation by the verification server, said second function undoing the effect of the challenge thus producing an application signature independent of the challenge, - verifying the execution integrity of the application by comparing the produced application signature with a reference signature. - sending to the target device a message comprising a challenge and a first function, said first function defining an aggregation method, said challenge defining an aggregation instruction, - receiving an attestation from the target device, this attestation being generated by the target device by determining for each block, the corresponding digest for said block, aggregating the digests of the blocks according to the aggregation method of the first function and the challenge to produce the attestation related to the application, - applying a second function to the attestation by the verification server, said second function undoing the effect of the challenge thus producing an application signature independent of the challenge, - verifying the execution integrity of the application by comparing the produced application signature with a reference signature.
A composite panel comprising: a first laminate comprising a first composite material opaque to electromagnetic radiation, said first laminate further comprising an outer perimeter edge and an inner perimeter edge ; a second laminate comprising a second composite material transparent to electromagnetic radiation, said second laminate being disposed within and physically joined with said first laminate along said inner perimeter edge; and an antenna that is coupled to, or disposed between layers of, the second laminate ; wherein said first laminate comprises: at least one first fiber-reinforced polymer ply ; at least one second fiber-reinforced polymer ply ; and a first core interposed between said first fiber-reinforced polymer ply and said second fiber-reinforced polymer ply to form a first sandwich structure; and wherein said second laminate comprises: at least one third fiber-reinforced polymer ply ; at least one fourth fiber-reinforced polymer ply ; and a second core interposed between said third fiber-reinforced polymer ply and said fourth fiber-reinforced polymer ply to form a second sandwich structure; and wherein said first core and said second core are each formed from a material comprising one of a honeycomb structured material, a foam material or a syntactic foam material. a first laminate comprising a first composite material opaque to electromagnetic radiation, said first laminate further comprising an outer perimeter edge and an inner perimeter edge ; a second laminate comprising a second composite material transparent to electromagnetic radiation, said second laminate being disposed within and physically joined with said first laminate along said inner perimeter edge; and an antenna that is coupled to, or disposed between layers of, the second laminate ; wherein said first laminate comprises: at least one first fiber-reinforced polymer ply ; at least one second fiber-reinforced polymer ply ; and a first core interposed between said first fiber-reinforced polymer ply and said second fiber-reinforced polymer ply to form a first sandwich structure; and at least one first fiber-reinforced polymer ply ; at least one second fiber-reinforced polymer ply ; and a first core interposed between said first fiber-reinforced polymer ply and said second fiber-reinforced polymer ply to form a first sandwich structure; and wherein said second laminate comprises: at least one third fiber-reinforced polymer ply ; at least one fourth fiber-reinforced polymer ply ; and a second core interposed between said third fiber-reinforced polymer ply and said fourth fiber-reinforced polymer ply to form a second sandwich structure; and wherein at least one third fiber-reinforced polymer ply ; at least one fourth fiber-reinforced polymer ply ; and a second core interposed between said third fiber-reinforced polymer ply and said fourth fiber-reinforced polymer ply to form a second sandwich structure; and wherein said first core and said second core are each formed from a material comprising one of a honeycomb structured material, a foam material or a syntactic foam material.
Method for determining a reference speed used by a wheel slide protection of a railway vehicle in motion on a railway track, comprising at least one iteration of the following steps: - measurement of at least one actual speed of a wheel (304 1 -304 4 ) or of an axle (306 1 -306 2 ) of said vehicle ; - measurement of the actual deceleration of said vehicle ; - determination of said reference speed on the basis of said at least one actual speed measured and of said actual deceleration measured. - measurement of at least one actual speed of a wheel (304 1 -304 4 ) or of an axle (306 1 -306 2 ) of said vehicle ; - measurement of the actual deceleration of said vehicle ; - determination of said reference speed on the basis of said at least one actual speed measured and of said actual deceleration measured.
Electrical contact for an electrical connector, produced by cutting and bending at least one strip of electrically conducting material, this electrical contact comprising a first wall cut from the strip, the first wall extending essentially in a first plane and comprising an edge that is adjacent, over at least an attachment portion , to an edge of a second wall , also cut from the strip and extending essentially in a second plane distinct from the first plane, wherein the first wall has at least one cutout , open onto the edge of the first wall , at the level of the attachment portion , and the second wall has at least one tooth projecting from the edge of the second wall , at the level of the attachment portion , wherein the tooth is held by forcible insertion in the cutout , in a direction of insertion (I) parallel to the first wall , characterized in that the at least one tooth extends in the plane of the first wall . the first wall has at least one cutout , open onto the edge of the first wall , at the level of the attachment portion , and the second wall has at least one tooth projecting from the edge of the second wall , at the level of the attachment portion , wherein the tooth is held by forcible insertion in the cutout , in a direction of insertion (I) parallel to the first wall , characterized in that the at least one tooth extends in the plane of the first wall .
An abradable seal (64;164;264) for a gas turbine engine, comprising: a seal body having a seal side and a non-seal side , the seal body including an abradability characteristic that varies by locality, wherein the abradability characteristic varies across the seal side , characterised in that the abradability characteristic is a non-uniform geometric cell structure comprising: a plurality of cells that are defined between cell walls ; and a cell center-to-center dimension that varies by locality. a seal body having a seal side and a non-seal side , the seal body including an abradability characteristic that varies by locality, wherein the abradability characteristic varies across the seal side , characterised in that the abradability characteristic is a non-uniform geometric cell structure comprising: a plurality of cells that are defined between cell walls ; and a cell center-to-center dimension that varies by locality. a plurality of cells that are defined between cell walls ; and a cell center-to-center dimension that varies by locality.
Floor panel with a substrate and a provided thereon decorative layer of wood veneer having a thickness (T1) of 1 millimeter or less, wherein said substrate has an average density of more than 750 kilograms per cubic meter; that said decorative layer is provided on the substrate by means of a layer on the basis of thermosetting resin , including wear-resistant particles, situated between the substrate and the decorative layer ; characterized in that said wood veneer is at least partially impregnated by means of said thermosetting resin and said wear-resistant particles penetrate into said wood veneer at the bottom side thereof, and in that said floor panel is provided with lower edge regions on one or more edges (2-3;4-5), wherein said wood veneer extends in one piece from on the surface of the substrate over said lower edge regions .
A centrifugal pump for conveying a highly viscous fluid having a kinematic viscosity of at least 10 -4 m 2 /s, comprising a casing with at least a first inlet and an outlet for the fluid, an impeller for conveying the fluid from the inlet to the outlet , wherein the impeller is arranged on a rotatable shaft for rotation around an axial direction (A), and comprises a front shroud facing the first inlet of the pump, wherein the casing is provided with a stationary impeller opening receiving the front shroud of the impeller and having a diameter (D), wherein the front shroud and the stationary impeller opening form a gap having a length (L) in the axial direction (A), characterized in that the gap extends parallel to the shaft , and in that the ratio of the length (L) of the gap and the diameter (D) of the impeller opening is at most 0.092.
A method for operating a self-traveling floor treatment apparatus , wherein a recording device of the floor treatment apparatus records a recording of an environment of the floor treatment apparatus related to a period, the recording being stored and shown to the user of the floor treatment apparatus on a screen , wherein in case of a defined environmental event and/or apparatus condition of the floor treatment apparatus , a time-defined partial sequence is subsequently extracted from the stored recording and displayed on the screen , characterized in that the extracted partial sequence contains a certain time period before an error condition of the floor treatment apparatus occurs in order to obtain information about the situation to which the floor treatment apparatus was exposed before an error occurred.