mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a rotor position of an electric motor, the method comprising - supplying a first excitation signal to the electric motor, - determining a first response signal generated in the electric motor in response to the first excitation signal, - determining, based on the first response signal, an electrical angle of a direct axis (D, -D, +D) of the electric motor with respect to a stationary reference frame, such as related to a stator of the electric motor, - supplying a second excitation signal to the electric motor, wherein the second excitation signal is based on the determined electrical angle, - determining a second response signal generated in the electric motor in response to the second excitation signal, and - determining the rotor position based on the second response signal, characterized in that said determining of the rotor position comprises comparing values of maxima of the second response signal with respect to each other for determining positions of south and north poles of the rotor. - supplying a first excitation signal to the electric motor, - determining a first response signal generated in the electric motor in response to the first excitation signal, - determining, based on the first response signal, an electrical angle of a direct axis (D, -D, +D) of the electric motor with respect to a stationary reference frame, such as related to a stator of the electric motor, - supplying a second excitation signal to the electric motor, wherein the second excitation signal is based on the determined electrical angle, - determining a second response signal generated in the electric motor in response to the second excitation signal, and - determining the rotor position based on the second response signal,
A compound having formula (Ph 3 C) m Ar(R 1) j (OR 2) n, wherein Ph represents a phenyl group, Ar is a C 6 -C 12 hydrocarbyl aromatic ring system, R 1 is C 2 -C 12 alkyl or C 4 -C 12 heteroalkyl, R 2 is C 4 -C 18 alkyl or C 4 -C 18 heteroalkyl, m is one or two, j is an integer from one to three and n is one or two, wherein alkyl is a substituted or unsubstituted hydrocarbyl group having from one to twenty-two carbon atoms in a linear, branched or cyclic arrangement, which is optionally substituted by one or more OH groups, and heteroalkyl is an alkyl group in which one or more methylene groups has been replaced by O or S and it is optionally substituted by OH or C 1 -C 18 alkoxy groups.
Flat gasket, in particular a cylinder head gasket, comprising at least one gasket sheet, which comprises at least one through-opening and at least one sealing bead, which extends around the through-opening and is delimited at the side facing the through-opening by an inner bead foot and at the side remote from the through-opening by an outer bead foot and has a bead crest extending between the inner bead foot and the outer bead foot, and at least one deformation-limiting device limiting the deformation of the sealing bead with a stopper-supporting surface of the gasket sheet, wherein the stopper-supporting surface is shifted in a direction extending at right angles to the stopper-supporting surface by an offset (Δ) relative to a part of the surface of the gasket sheet that adjoins the outer bead foot and is situated outside of the sealing bead and disposed at the same side of the gasket sheet as the stopper-supporting surface, wherein the flat gasket, besides the gasket sheet that is provided with the sealing bead and the stopper element, additionally comprises at least one carrier sheet, wherein the flat gasket comprises at least one further gasket sheet, which is provided with at least one sealing bead extending around the through-opening and is disposed at the side of the carrier sheet that is remote from the gasket sheet provided with the sealing bead and the stopper element and wherein a region of the carrier sheet serves as a deformation-limiting device for the sealing bead of the further gasket sheet, characterised in that the deformation-limiting device comprises at least one stopper element disposed on the stopper-supporting surface of the gasket sheet, in that the carrier sheet has an offset, and in that the sealing bead is designed asymmetrically in relation to a plane extending through its bead crest and at right angles to the stopper-supporting surface, wherein the inner bead foot extends at a different height level to the outer bead foot.
A click mechanism for an electric part that has a rotationally-manipulated shaft, comprising: a spring that is made of a plate material and disposed on a rotatable plate (40, 40A, 40B) that rotates integrally with said rotationally-manipulated shaft; two cylindrical click pieces (60, 61) disposed on an outer perimeter of said rotatable plate so as to retractably protrude; said two click pieces are disposed in the positions forming an angle of 180° with respect to each other; and projections and depressions (32, 33) formed on an inner perimeter of a housing (30, 30') for said rotatable plate in a circumferential direction, in two upper and lower tiers in the axial direction, characterized in that said projections and depressions in the two upper and lower tiers are staggered in the circumferential direction, said two click pieces are disposed at different heights in an axial direction of said rotationally-manipulated shaft, said two click pieces are biased by said spring to be in resilient contact with said projections and depressions in the two upper and lower tiers at perimeters thereof, and an odd number of projections of said projections and depressions are formed with a predetermined pitch along a circle of the inner perimeter. a spring that is made of a plate material and disposed on a rotatable plate (40, 40A, 40B) that rotates integrally with said rotationally-manipulated shaft; two cylindrical click pieces (60, 61) disposed on an outer perimeter of said rotatable plate so as to retractably protrude; said two click pieces are disposed in the positions forming an angle of 180° with respect to each other; and projections and depressions (32, 33) formed on an inner perimeter of a housing (30, 30') for said rotatable plate in a circumferential direction, in two upper and lower tiers in the axial direction, characterized in that said projections and depressions in the two upper and lower tiers are staggered in the circumferential direction, said two click pieces are disposed at different heights in an axial direction of said rotationally-manipulated shaft, said two click pieces are biased by said spring to be in resilient contact with said projections and depressions in the two upper and lower tiers at perimeters thereof, and an odd number of projections of said projections and depressions are formed with a predetermined pitch along a circle of the inner perimeter.
An angle element for a clamping or welding table comprising - at least two straight side walls (2a, 2b, 2c) which are arranged at a predetermined angle with respect to one another, - a plurality of bores (4a, 4b) in at least one wall element, wherein said wall element is arranged on said side walls (2a, 2b, 2c) and said bores (4a, 4b) are through bores, and wherein - said bores (4a, 4b) are round and/or long hole bores, characterized in that - said at least one wall element has a substantially circular-arc-shaped groove configured as a through bore. - at least two straight side walls (2a, 2b, 2c) which are arranged at a predetermined angle with respect to one another, - a plurality of bores (4a, 4b) in at least one wall element, wherein said wall element is arranged on said side walls (2a, 2b, 2c) and said bores (4a, 4b) are through bores, and wherein - said bores (4a, 4b) are round and/or long hole bores, characterized in that - said at least one wall element has a substantially circular-arc-shaped groove configured as a through bore.
Band-like structure for the augmentation of a ligament, comprising - a central section for fastening to an organ of the true pelvis, - a lateral section for fastening to a suspension surface, and a plurality of threads (5a, 5b, 5c) which are connected to the central section and the lateral section, wherein the band-like structure - has a connecting section, - said connecting section comprising the plurality of threads (5a, 5b, 5c), wherein the connecting section is located between the central section and the lateral section such that a tensile force exerted on the central section and the lateral section is at least sectionally completely transmitted by the connecting section, preferably by the plurality of threads (5a, 5b, 5c), and wherein the connecting section (6, 1 7) has a contortion section which consists of the plurality of threads (5a, 5b, 5c), characterized in that the central section has a central warp-knitted fabric with a central warp direction, in that the central warp-knitted fabric comprises the plurality of threads (5a, 5b, 5c) and in that the plurality of threads (5a, 5b, 5c) is separately guided within the contortion section. - a central section for fastening to an organ of the true pelvis, - a lateral section for fastening to a suspension surface, and - has a connecting section, - said connecting section comprising the plurality of threads (5a, 5b, 5c), wherein the connecting section is located between the central section and the lateral section such that a tensile force exerted on the central section and the lateral section is at least sectionally completely transmitted by the connecting section, preferably by the plurality of threads (5a, 5b, 5c), and wherein the connecting section (6, 1 7) has a contortion section which consists of the plurality of threads (5a, 5b, 5c),
A portable sampling device for collecting particles in a stream of exhaled breath comprising: an inlet and an outlet, a housing, and a collecting device holder removably arranged at least partially inside the housing, wherein the housing and holder are arranged to guide the stream of exhaled breath through the device from the inlet to the outlet, wherein said collecting device holder comprises at least two flow paths in fluid connection with the inlet, arranged side-by-side and extending parallel to a longitudinal axis of the sampling device in a downstream direction from the inlet towards the outlet, wherein a collecting device is arranged in each flow path, the collecting device being adapted to collect the particles in the exhaled breath, wherein the collecting device has a diameter smaller than the flow path diameter and is movably arranged in the collecting device holder, characterised in that each collection device is in the form of a cylinder with a diameter and comprises at least four partition walls for accumulation of particles, arranged at a distance from each other and extending in a direction essentially perpendicular to the cylinder walls, partly covering the inner cross section of the collecting device. an inlet and an outlet, a housing, and a collecting device holder removably arranged at least partially inside the housing, wherein the housing and holder are arranged to guide the stream of exhaled breath through the device from the inlet to the outlet, wherein said collecting device holder comprises at least two flow paths in fluid connection with the inlet, arranged side-by-side and extending parallel to a longitudinal axis of the sampling device in a downstream direction from the inlet towards the outlet, wherein a collecting device is arranged in each flow path, the collecting device being adapted to collect the particles in the exhaled breath, wherein the collecting device has a diameter smaller than the flow path diameter and is movably arranged in the collecting device holder, characterised in that each collection device is in the form of a cylinder with a diameter and comprises at least four partition walls for accumulation of particles, arranged at a distance from each other and extending in a direction essentially perpendicular to the cylinder walls, partly covering the inner cross section of the collecting device.
An expandable collecting bag for an ostomy appliance, wherein the expandable collecting bag is made of two foil blanks constituting a distal front wall and a proximal rear wall comprising a cap portion and an expandable portion, the collecting bag having a non-expanded and an expanded configuration; wherein the cap portion and the expandable portion combine to constitute one continuous collecting cavity with a first inner surface of the foil blank of the front wall and a second inner surface of the foil blank of the rear wall facing towards the continuous collecting cavity, and with a first outer surface of the foil blank of the front wall and a second outer surface of the foil blank of the rear wall facing outwards towards an exterior of the collecting bag; wherein edges of the foil blanks of the expandable portion are welded to each other with the first and second outer surfaces (17, 18) facing each other and edges of the foil blanks of the cap portion are welded to each other with the first and second inner surfaces (15, 16) facing each other.
Hair iron having a first device arm (1, 1A) and a second device arm for the treatment of hair, which are connected to one another via an articulated joint (1 C) and are movable with respect to one another, and having at least one curling device which can be or is fastened to the first device arm, wherein the curling device increases the diameter of the first device arm (1, 1A) on a side opposite a heating plate, and wherein thermal insulation is arranged at least partially between the curling device and the first device arm (1, 1A), the curling device is formed by a flexible element which can be fastened to the first device arm (1, 1A) in different positions to increase the diameter of the first device arm (1, 1A), characterised in that the curling device can be folded away from the first device arm (1, 1A) and in the folded-away state can be fixed on the first device arm (1, 1A).
A wire harness routing structure for a chargeable vehicle, comprising: a battery installed in the chargeable vehicle; a charging inlet for charging the battery, arranged on a vehicle body side part of the chargeable vehicle; and a wire harness connected to the battery and the charging inlet, wherein a tip of the charging inlet to which the wire harness is connected is positioned inside the chargeable vehicle passing through the vehicle body side part, wherein the battery is arranged at a position lower in a vertical direction than a connection part of the wire harness connecting to the charging inlet, and characterised in that a portion of the battery, to which the wire harness is connected, faces obliquely upward toward a front of the vehicle body. a battery installed in the chargeable vehicle; a charging inlet for charging the battery, arranged on a vehicle body side part of the chargeable vehicle; and a wire harness connected to the battery and the charging inlet, wherein a tip of the charging inlet to which the wire harness is connected is positioned inside the chargeable vehicle passing through the vehicle body side part, wherein the battery is arranged at a position lower in a vertical direction than a connection part of the wire harness connecting to the charging inlet, and characterised in that a portion of the battery, to which the wire harness is connected, faces obliquely upward toward a front of the vehicle body.
A blood coagulation factor replacement product (i) for use in the treatment or prophylaxis of bleedings of patients having an acquired coagulation factor deficiency or (ii) for use in the treatment or prophylaxis of bleedings of patients having a congenital deficiency of a coagulation factor; said product comprising at least isolated prothrombin (Factor II) and isolated Antithrombin III (ATIII), wherein the molar ratio between ATIII to Factor II is at least 1: 30 and the molar ratio between ATIII to Factor II is not higher than 1: 0.5; and wherein by administration of said product the patient's risk for a thromboembolic complication is reduced. (i) for use in the treatment or prophylaxis of bleedings of patients having an acquired coagulation factor deficiency or (ii) for use in the treatment or prophylaxis of bleedings of patients having a congenital deficiency of a coagulation factor;
A method for measuring stress in a target object composed of a metal, the method comprising the steps of: causing X-rays to be incident on the target object from a radiation unit capable of radiating the X-rays and detecting, using a two-dimensional detector, diffraction rings of diffracted X-rays generated as the X-rays are diffracted from the target object; and calculating the stress in the target object on a basis of a result of the step of detecting, wherein, in the step of detecting, the X-rays are caused to be incident on a plurality of parts of the target object from the radiation unit with the radiation unit angled relative to the target object such that an incidence angle of the X-rays on the target object falls within a range of 5° to 20° and the two-dimensional detector detects the diffraction rings generated as the X-rays are diffracted from the target object, and wherein the method is characterised in that, in the step of detecting, the X-rays are caused to be incident on the target object such that total irradiation area of the target object achieved by the X-rays becomes more than 15,000 times larger than the grain size of the target object, wherein the total irradiation area is 15 mm 2 or more. causing X-rays to be incident on the target object from a radiation unit capable of radiating the X-rays and detecting, using a two-dimensional detector, diffraction rings of diffracted X-rays generated as the X-rays are diffracted from the target object; and calculating the stress in the target object on a basis of a result of the step of detecting, wherein, in the step of detecting, the X-rays are caused to be incident on a plurality of parts of the target object from the radiation unit with the radiation unit angled relative to the target object such that an incidence angle of the X-rays on the target object falls within a range of 5° to 20° and the two-dimensional detector detects the diffraction rings generated as the X-rays are diffracted from the target object, and wherein the method is characterised in that, in the step of detecting, the X-rays are caused to be incident on the target object such that total irradiation area of the target object achieved by the X-rays becomes more than 15,000 times larger than the grain size of the target object, wherein the total irradiation area is 15 mm 2 or more.
A fibre optic cable structure (200; 500; 600), comprising: an optical fibre for distributed fibre optic sensing; characterised by the fibre optic cable structure being configured to comprise: at least one longitudinal section of a first type which exhibits a change in effective optical path length of the optical fibre of one polarity in response to a given applied force and which is adjacent to at least one longitudinal section of a second type which exhibits a change in effective optical path length of the optical fibre of the opposite polarity in response to an equivalent applied force. an optical fibre for distributed fibre optic sensing; characterised by the fibre optic cable structure being configured to comprise: at least one longitudinal section of a first type which exhibits a change in effective optical path length of the optical fibre of one polarity in response to a given applied force and which is adjacent to at least one longitudinal section of a second type which exhibits a change in effective optical path length of the optical fibre of the opposite polarity in response to an equivalent applied force. at least one longitudinal section of a first type which exhibits a change in effective optical path length of the optical fibre of one polarity in response to a given applied force and which is adjacent to at least one longitudinal section of a second type which exhibits a change in effective optical path length of the optical fibre of the opposite polarity in response to an equivalent applied force.
A headset vibrator detection system, the system comprising a workstand for placing a headset to be detected, a control terminal and a headset vibrator detection device, wherein the headset comprises a headband and two headset vibrators installed in left and right earcups of the headset, wherein the headset vibrator detection device is placed at the headband of the headset during detection, wherein the headset vibrator detection device comprises an acceleration sensor and a signal conversion module mutually connected, wherein the control terminal is connected to the signal conversion module in the headset vibrator detection device, wherein the acceleration sensor is configured to detect the acceleration information of the headband position when the headset outputs a specified audio according to an input audio signal, the headset vibrators vibrating with a vibration amplitude according to said input audio signal, and to convert the acceleration information into a voltage signal to be output to the signal conversion module; wherein the signal conversion module is configured to convert the received voltage signal into a digital signal to be output; wherein the control terminal is configured to receive the digital signal output by the signal conversion module, to calculate the vibration amplitude of the headband position of the headset according to the digital signal, and to determine whether the vibration amplitude of the headset vibrators is qualified according to the relationship between the vibration amplitude of the headband position of the headset and the vibration amplitude of the headset vibrators
An aerodynamic component, in particular for use in an aircraft, the component comprising: - an outer skin sheet having an inner surface and an outer surface and being provided with a plurality of perforation openings allowing a flow of air therethrough, wherein the outer surface of the outer skin sheet forms an aerodynamic surface of the aerodynamic component, and - a sandwich panel which includes an outer layer facing the inner surface of the outer skin sheet, an inner layer facing away from the inner surface of the outer skin sheet and a foam core sandwiched between the outer layer and the inner layer, and which is provided with a plurality of connection openings extending through the sandwich panel between the outer layer and the inner layer and allowing a flow of air therethrough, characterized in that the sandwich panel, in a surface region facing the outer skin sheet, is provided with a plurality of surface channels extending across the surface of the sandwich panel and connecting the perforation openings provided in the outer skin sheet to the connection openings extending through the sandwich panel. - an outer skin sheet having an inner surface and an outer surface and being provided with a plurality of perforation openings allowing a flow of air therethrough, wherein the outer surface of the outer skin sheet forms an aerodynamic surface of the aerodynamic component, and - a sandwich panel which includes an outer layer facing the inner surface of the outer skin sheet, an inner layer facing away from the inner surface of the outer skin sheet and a foam core sandwiched between the outer layer and the inner layer, and which is provided with a plurality of connection openings extending through the sandwich panel between the outer layer and the inner layer and allowing a flow of air therethrough,