mhurhangee/ep-ind-claims huggingface dataset:
An interior permanent magnet motor, comprising: a rotor; a stator installed so as to be opposed to the rotor with an air gap; and a plurality of permanent magnets (7, 207) respectively inserted into a plurality of magnet insertion holes formed in a rotor core of the rotor, the rotor core being formed by laminating a plurality of magnetic steel sheets (17a, 17b, 317a, 317b), the plurality of magnetic steel sheets (17a, 17b, 317a, 317b) comprising a plurality of first magnetic steel sheets each not having a magnet stopper (16, 316) in the magnet insertion hole, and a plurality of second magnetic steel sheets each having magnet stoppers at both end portions of the magnet insertion hole, the rotor core comprising a laminate of the magnetic steel sheets in a lamination mode in which, when H n represents a distance between an upper end surface of the second magnetic steel sheet that comes first when only the second magnetic steel sheets are sequentially counted in a lamination direction from an upper side of the rotor core and an upper end surface of the n-th second magnetic steel sheet, characterized in that a progression of differences of H n is a geometric progression. a rotor; a stator installed so as to be opposed to the rotor with an air gap; and a plurality of permanent magnets (7, 207) respectively inserted into a plurality of magnet insertion holes formed in a rotor core of the rotor, the rotor core being formed by laminating a plurality of magnetic steel sheets (17a, 17b, 317a, 317b), the plurality of magnetic steel sheets (17a, 17b, 317a, 317b) comprising a plurality of first magnetic steel sheets each not having a magnet stopper (16, 316) in the magnet insertion hole, and a plurality of second magnetic steel sheets each having magnet stoppers at both end portions of the magnet insertion hole, the rotor core comprising a laminate of the magnetic steel sheets in a lamination mode in which, when H n represents a distance between an upper end surface of the second magnetic steel sheet that comes first when only the second magnetic steel sheets are sequentially counted in a lamination direction from an upper side of the rotor core and an upper end surface of the n-th second magnetic steel sheet, characterized in that a progression of differences of H n is a geometric progression.
An artificial knee joint comprising a femoral component and a tibial component cooperating with each other and applied to the femur and the tibia, respectively, wherein the femoral component is provided with an intercondylar groove, and a cam is disposed at the rear of the intercondylar groove; the tibial component is provided with a medial condyle supporting surface and a lateral condyle supporting surface disposed on the left and right sides, respectively; and an upright post is disposed between the medial condyle supporting surface and the lateral condyle supporting surface and cooperates with the intercondylar groove, characterized in that a first arc surface is formed on the outside of a rear surface of the upright post; and a second arc surface is formed on the rear surface of the upright post, on an inside of the first arc surface, wherein the first arc surface has a different curvature to the second arc surface; the cam being correspondingly provided with a third arc surface and a fourth arc surface cooperating with the first arc surface and the second arc surface, respectively, wherein the third arc surface has a different curvature to the fourth arc surface; whereby the first arc surface can cooperate with the third arc surface to guide an external rotation of the femur relative to the tibia; and the second arc surface can cooperate with the fourth arc surface to limit the external rotation of the femur relative to the tibia.
A fire extinguisher comprising a fire extinguisher reservoir, a fire extinguisher outlet burst disc that forms a discharge barrier between the fire extinguisher reservoir and a discharge head to retain a pressurized fire extinguishing agent within the fire extinguisher reservoir, and a fire extinguisher actuator assembly; characterized by the fire extinguisher actuator assembly comprising: a cutter positioned within the fire extinguisher proximate the fire extinguisher outlet burst disc, wherein the cutter is coupled to a shuttle body to form a cutter shuttle assembly, and the cutter shuttle assembly further comprises an engagement interface to engage with a pusher on a drive shaft, and the cutter shuttle assembly is restrained internally or retained by the discharge head; and a motorized activation device comprising a drive shaft, the motorized activation device operable to rotate the drive shaft and push the cutter to pierce the fire extinguisher outlet burst disc, thereby releasing the pressurized fire extinguishing agent through the discharge head. a cutter positioned within the fire extinguisher proximate the fire extinguisher outlet burst disc, wherein the cutter is coupled to a shuttle body to form a cutter shuttle assembly, and the cutter shuttle assembly further comprises an engagement interface to engage with a pusher on a drive shaft, and the cutter shuttle assembly is restrained internally or retained by the discharge head; and a motorized activation device comprising a drive shaft, the motorized activation device operable to rotate the drive shaft and push the cutter to pierce the fire extinguisher outlet burst disc, thereby releasing the pressurized fire extinguishing agent through the discharge head.
A connector comprising a housing, a holder, a contact, an electrical wire and a sleeve member, wherein: the housing is formed with a contact accommodation portion; the contact is accommodated in the contact accommodation portion at least in part; the holder is attached to the housing and defines a rear end of the contact accommodation portion in a front-rear direction; the holder is formed with a through hole piercing thereof in the front-rear direction; the electrical wire is connected to the contact and extends from the contact accommodation portion to an outside of the contact accommodation portion through the through hole of the holder; the contact is provided with an abutment portion; the sleeve member has a main portion; the main portion extends in the front-rear direction and has a C-shape section on a plane perpendicular to the front-rear direction; and the sleeve member is attached to the contact so as to accommodate a part of the contact and a part of the electrical wire in the main portion and located between the abutment portion and the holder in the front-rear direction, characterized in that the sleeve member has three or more front protrusions; each of the front protrusions protrudes forward from a front end of the main portion in the front-rear direction; and at least three of the front protrusions are brought into abutment with the abutment portion. the housing is formed with a contact accommodation portion; the contact is accommodated in the contact accommodation portion at least in part; the holder is attached to the housing and defines a rear end of the contact accommodation portion in a front-rear direction; the holder is formed with a through hole piercing thereof in the front-rear direction; the electrical wire is connected to the contact and extends from the contact accommodation portion to an outside of the contact accommodation portion through the through hole of the holder; the contact is provided with an abutment portion; the sleeve member has a main portion; the main portion extends in the front-rear direction and has a C-shape section on a plane perpendicular to the front-rear direction; and the sleeve member is attached to the contact so as to accommodate a part of the contact and a part of the electrical wire in the main portion and located between the abutment portion and the holder in the front-rear direction, characterized in that the sleeve member has three or more front protrusions; each of the front protrusions protrudes forward from a front end of the main portion in the front-rear direction; and at least three of the front protrusions are brought into abutment with the abutment portion.
Cosmetic, dermatological or pharmaceutical composition comprising at least one compound of formula: in which: - either R2 represents a hydrogen atom and R3 represents a linear C1-C6 alkyl radical (saturated), optionally substituted with a hydroxyl group; or a linear C2-C6 alkenyl radical (C=C unsaturated), or alternatively a linear C2-C12 alkenyl radical substituted with a hydroxyl group; - or R2 represents a methyl or ethyl radical and R3 represents a linear C1-C12 alkyl radical (saturated), optionally substituted with a hydroxyl group; or a linear C2-C12 alkenyl radical (C=C unsaturated), optionally substituted with a hydroxyl group; the composition being in the form of aqueous-alcoholic solutions, oil-in-water or water-in-oil or multiple emulsions, aqueous gels, or dispersions of a fatty phase in an aqueous phase with the aid of spherules chosen from nanoparticles or lipid vesicles of ionic and/or nonionic type, and being in the form of a makeup product for facial skin, bodily skin or the lips; an aftershave gel or lotion; a hair-removing cream; a body hygiene composition such as a shower gel or a shampoo; a pharmaceutical composition; a solid composition such as a soap or a cleansing bar; an aerosol composition also comprising a pressurized propellant; a hairsetting lotion, a hairstyling cream or gel, a dye composition, a hair-restructuring lotion, a permanent-waving composition or a lotion or gel for preventing hair loss. - either R2 represents a hydrogen atom and R3 represents a linear C1-C6 alkyl radical (saturated), optionally substituted with a hydroxyl group; or a linear C2-C6 alkenyl radical (C=C unsaturated), or alternatively a linear C2-C12 alkenyl radical substituted with a hydroxyl group; - or R2 represents a methyl or ethyl radical and R3 represents a linear C1-C12 alkyl radical (saturated), optionally substituted with a hydroxyl group; or a linear C2-C12 alkenyl radical (C=C unsaturated), optionally substituted with a hydroxyl group;
A dosing device for a gas engine having a gas mixer, in whose mixing chamber a combustible gas is dosed into an air mass flow, the dosing device comprising a highly dynamic pressure regulator, comprising an actuator for pressure adjustment and to which a high-pressure reservoir is connected via a high-pressure line, which supplies gas into an annular space surrounding the mixing chamber, and a controller; and a pressure sensor measuring a gas pressure (P ist); and a temperature sensor measuring a gas temperature (T gas); and a lambda sensor measuring a lambda value (λ); and means for measuring or calculating the mass air flow (mL); wherein the measured or calculated signals are transmitted to the controller; and wherein the controller controls the dosing of the highly dynamic pressure regulator at least as a function of the measured gas pressure (P ist), the measured gas temperature (T gas), the lambda value (λ) and the measured or calculated air mass flow (mL); characterised in that dosing bores lead from the annular space to the mixing chamber, whose bore diameters are configured such that a supercritical gas flow occurs in the dosing bores, and that the pressure sensor and the temperature sensor are arranged in the annular space, wherein the flow velocity in the supercritical flow depends only on the gas pressure and on the temperature in the annular space. a highly dynamic pressure regulator, comprising an actuator for pressure adjustment and to which a high-pressure reservoir is connected via a high-pressure line, which supplies gas into an annular space surrounding the mixing chamber, and a controller; and a pressure sensor measuring a gas pressure (P ist); and a temperature sensor measuring a gas temperature (T gas); and a lambda sensor measuring a lambda value (λ); and means for measuring or calculating the mass air flow (mL); wherein the measured or calculated signals are transmitted to the controller; and wherein the controller controls the dosing of the highly dynamic pressure regulator at least as a function of the measured gas pressure (P ist), the measured gas temperature (T gas), the lambda value (λ) and the measured or calculated air mass flow (mL); characterised in that dosing bores lead from the annular space to the mixing chamber, whose bore diameters are configured such that a supercritical gas flow occurs in the dosing bores, and that the pressure sensor and the temperature sensor are arranged in the annular space, wherein the flow velocity in the supercritical flow depends only on the gas pressure and on the temperature in the annular space.
A method for routing a call by a network routing node located between a switching office and a number portability database, the method comprising the network routing node: intercepting a number portability response message that includes a location routing number, LRN, and a communications service subscriber identifier, wherein the number portability response message has been generated by the number portability database, in response to a query from the switching office, and is destined for the query originating signalling point; querying a network offload data structure within the network routing node using the communications service subscriber identifier to obtain an Internet Protocol Multimedia Subsystem, IMS, associated with the communications service subscriber identifier; inserting the IMS gateway LRN into the number portability response message if an entry in the network offload data structure matches the communications service subscriber identifier, wherein inserting the IMS gateway LRN includes replacing the LRN in the number portability response message with the IMS gateway LRN; and routing the number portability response message to the switching office. intercepting a number portability response message that includes a location routing number, LRN, and a communications service subscriber identifier, wherein the number portability response message has been generated by the number portability database, in response to a query from the switching office, and is destined for the query originating signalling point; querying a network offload data structure within the network routing node using the communications service subscriber identifier to obtain an Internet Protocol Multimedia Subsystem, IMS, associated with the communications service subscriber identifier; inserting the IMS gateway LRN into the number portability response message if an entry in the network offload data structure matches the communications service subscriber identifier, wherein inserting the IMS gateway LRN includes replacing the LRN in the number portability response message with the IMS gateway LRN; and routing the number portability response message to the switching office.
Use of an electrically insulating fluid comprising isoparaffins derived from a renewable carbon source in an electrical equipment, the fluid having a flash point of at least 210°C and comprising at least 70 wt% of the isoparaffins.
A compound which is wherein X is selected from the group consisting of R is selected from the group consisting of H and CH 3; R 1 is selected from the group consisting of H, CH 3, F, Cl, OCH 3, C OH, C NH 2 and or a pharmaceutically acceptable salt thereof. wherein X is selected from the group consisting of R is selected from the group consisting of H and CH 3; R 1 is selected from the group consisting of H, CH 3, F, Cl, OCH 3, C OH, C NH 2 and or a pharmaceutically acceptable salt thereof.
A cable deterioration diagnosis device configured to diagnose deterioration of a cable having a plurality of electrical wires including one or more signal wires configured to transmit signals between a first device and a second device, the cable deterioration diagnosis device comprising: a test signal output unit configured to output a test signal having a wavelike shape to a test signal transmitting wire, the test signal transmitting wire being independent of the one or more signal wires among the plurality of electrical wires; a test signal extraction unit configured to extract a received test signal corresponding to the test signal from a signal propagated in a test signal receiving wire, the test signal receiving wire being independent of the one or more signal wires and the test signal transmitting wire among the plurality of electrical wires; and a deterioration detection unit configured to detect deterioration of the cable based on the test signal and the received test signal wherein the deterioration detection unit detects the deterioration of the cable when an amount of fluctuation in a difference between intensity of the test signal and intensity of the received test signal exceeds a predetermined deterioration detection level, characterized in that the test signal output unit outputs a test signal modulated wave, in which the test signal is superimposed on a carrier wave, to the test signal transmitting wire, and the test signal extraction unit extracts a test signal received wave corresponding to the test signal modulated wave from the signal propagated in the test signal receiving wire, and extracts the received test signal from the test signal received wave. a test signal output unit configured to output a test signal having a wavelike shape to a test signal transmitting wire, the test signal transmitting wire being independent of the one or more signal wires among the plurality of electrical wires; a test signal extraction unit configured to extract a received test signal corresponding to the test signal from a signal propagated in a test signal receiving wire, the test signal receiving wire being independent of the one or more signal wires and the test signal transmitting wire among the plurality of electrical wires; and a deterioration detection unit configured to detect deterioration of the cable based on the test signal and the received test signal wherein the deterioration detection unit detects the deterioration of the cable when an amount of fluctuation in a difference between intensity of the test signal and intensity of the received test signal exceeds a predetermined deterioration detection level, characterized in that the test signal output unit outputs a test signal modulated wave, in which the test signal is superimposed on a carrier wave, to the test signal transmitting wire, and the test signal extraction unit extracts a test signal received wave corresponding to the test signal modulated wave from the signal propagated in the test signal receiving wire, and extracts the received test signal from the test signal received wave.
A method of vehicle navigation, comprising: processing pre-existing imagery to extract a first set of landmark features with a first extraction algorithm; providing a landmark feature database including the first set of landmark features and comprising positional data to describe landmark feature positions; processing in-flight imagery from an image sensor with a second extraction algorithm to extract a second set of landmark features; correlating the second set of landmark features to the landmark feature database to estimate a location of the image sensor, characterized by further comprising: repeatedly processing in-flight imagery from the image sensor to refine the estimate of the location of the image sensor and providing estimated location data fitted to an estimated location curve. processing pre-existing imagery to extract a first set of landmark features with a first extraction algorithm; providing a landmark feature database including the first set of landmark features and comprising positional data to describe landmark feature positions; processing in-flight imagery from an image sensor with a second extraction algorithm to extract a second set of landmark features; correlating the second set of landmark features to the landmark feature database to estimate a location of the image sensor, characterized by further comprising: repeatedly processing in-flight imagery from the image sensor to refine the estimate of the location of the image sensor and providing estimated location data fitted to an estimated location curve. repeatedly processing in-flight imagery from the image sensor to refine the estimate of the location of the image sensor and providing estimated location data fitted to an estimated location curve.
A computer-implemented method of detecting vertical clipping of retinal image data in an optical coherence tomography, OCT, image of a patient's retina, the method comprising: detecting a boundary (32, 34) of the retinal image data that is indicative of a boundary of the patient's retina in the OCT image; calculating a distance between the boundary (32, 34) and an edge (36, 38) of the OCT image; and determining if vertical clipping of the retinal image data in the OCT image has occurred by comparing the calculated distance between the boundary (32, 34) and the edge (36, 38) of the OCT image with a clipping threshold distance, wherein clipping of the retinal image data is determined to have occurred when the calculated distance between the boundary (32, 34) and the edge (36, 38) of the OCT image is equal to, or less than, the clipping threshold distance; and outputting a clipping notification indicative of a level of clipping of the retinal image data in the OCT image, wherein outputting the clipping notification comprises overlaying a clipping region on an en-face image of the patient's retina, wherein the clipping region provides a visual indication to a clinician of areas of the retinal image data that have been vertically clipped. detecting a boundary (32, 34) of the retinal image data that is indicative of a boundary of the patient's retina in the OCT image; calculating a distance between the boundary (32, 34) and an edge (36, 38) of the OCT image; and determining if vertical clipping of the retinal image data in the OCT image has occurred by comparing the calculated distance between the boundary (32, 34) and the edge (36, 38) of the OCT image with a clipping threshold distance, wherein clipping of the retinal image data is determined to have occurred when the calculated distance between the boundary (32, 34) and the edge (36, 38) of the OCT image is equal to, or less than, the clipping threshold distance; and outputting a clipping notification indicative of a level of clipping of the retinal image data in the OCT image, wherein outputting the clipping notification comprises overlaying a clipping region on an en-face image of the patient's retina, wherein the clipping region provides a visual indication to a clinician of areas of the retinal image data that have been vertically clipped.
Luminaire with a luminaire housing, comprising a first housing element which includes at least one groove, a second housing element, and a clamping member, the clamping member comprising a first connection area and a second connection area, the first connection area interacting with the groove and the second connection area being connected, in the assembled state, to the second housing element, wherein the clamping member is pivotably mounted in the groove, in a plane perpendicular to the longitudinal extension of the groove, wherein the clamping member comprises a contact area which is arranged between the first connection area and the second connection area, the contact area being in contact with an edge of the second housing element at least in the assembled state so that the clamping member is configured as a one-sided lever, with the first connection area being the pivot point and the contact area and the second connection area being the points of contact, wherein the second housing element is clamped by the clamping member against the first housing element, and the second connection area is screwed to the second housing element.