mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a wind turbine having a wind rotor, a doubly-fed asynchronous generator driven thereby, and a converter, which is electrically connected to feed electrical energy into an electrical grid with at least one grid parameter, and having a controller with a memory, in which rotation speed parameters are stored, characterized in that at least one variable characteristic is determined between at least one of the rotation speed parameters and the at least one grid parameter, by the at least one grid parameter being selected as grid frequency (f) and the at least one rotation speed parameter being selected as a minimum and a maximum rotation speed and the minimum and the maximum rotation speed are varying in the same direction as the grid frequency (f), and the the minimum rotation speed n_min and the maximum rotation speed n_max being increased with increasing grid frequency (f), the at least one characteristic being stored in the memory, the at least one grid parameter being measured, the grid parameters measurements being fed to the controller, the values of the at least one rotation rate parameter that are associated with the grid parameter measurements via the at least one characteristic being activated. which is electrically connected to feed electrical energy into an electrical grid with at least one grid parameter, and having a controller with a memory, in which rotation speed parameters are stored, characterized in that at least one variable characteristic is determined between at least one of the rotation speed parameters and the at least one grid parameter, by the at least one grid parameter being selected as grid frequency (f) and the at least one rotation speed parameter being selected as a minimum and a maximum rotation speed and the minimum and the maximum rotation speed are varying in the same direction as the grid frequency (f), and the the minimum rotation speed n_min and the maximum rotation speed n_max being increased with increasing grid frequency (f), the at least one characteristic being stored in the memory, the at least one grid parameter being measured, the grid parameters measurements being fed to the controller, the values of the at least one rotation rate parameter that are associated with the grid parameter measurements via the at least one characteristic being activated.
An airbag device comprising: a seatback cushion configured to be mounted in a seatback of a seat of a vehicle, wherein the seatback cushion including: side portions configured to be deployed from first and second peripheral portions of the seat to a front of the seat when deployed by gas supplied by an inflator into the seatback cushion; and chest portions configured to extend from front end portions of the side portions when deployed by the gas supplied by the inflator into the seatback cushion; a head portion configured to extend upwards from the side portions when deployed; a plurality of seatback tethers configured to be mounted in the seat, and configured to be deployed along with the seatback cushion when the seatback cushion is deployed to support the chest portion in a top-bottom direction of the chest portion, characterized in that each of the plurality of seatback tethers includes a first end portion connected to a center portion of the head portion and a second end portion connected to a side frame of the seatback, and when the seatback cushion is deployed, the plurality of seatback tethers is configured to be deployed along with the seatback cushion to surround an outside of the chest portion along an outside of the head portion. a seatback cushion configured to be mounted in a seatback of a seat of a vehicle, wherein the seatback cushion including: side portions configured to be deployed from first and second peripheral portions of the seat to a front of the seat when deployed by gas supplied by an inflator into the seatback cushion; and chest portions configured to extend from front end portions of the side portions when deployed by the gas supplied by the inflator into the seatback cushion; a head portion configured to extend upwards from the side portions when deployed; side portions configured to be deployed from first and second peripheral portions of the seat to a front of the seat when deployed by gas supplied by an inflator into the seatback cushion; and chest portions configured to extend from front end portions of the side portions when deployed by the gas supplied by the inflator into the seatback cushion; a head portion configured to extend upwards from the side portions when deployed; a plurality of seatback tethers configured to be mounted in the seat, and configured to be deployed along with the seatback cushion when the seatback cushion is deployed to support the chest portion in a top-bottom direction of the chest portion, characterized in that each of the plurality of seatback tethers includes a first end portion connected to a center portion of the head portion and a second end portion connected to a side frame of the seatback, and when the seatback cushion is deployed, the plurality of seatback tethers is configured to be deployed along with the seatback cushion to surround an outside of the chest portion along an outside of the head portion.
Cable strain relief, in particular for use in a luminaire, having a base part which has a mating holder for fixing a cable having a cable diameter within the strain relief, a clamping bracket which can be connected to the base part via primary latching means, which has at a front end a primary latching end designed for fastening to the base part, a clamping section adjoining the primary latching end along a longitudinal axis of the bracket and designed for clamping the line in the installed position, the latter comprising an insertion opening at the primary latching end for forming a cable insertion end, wherein the clamping section is arranged offset from the primary latching end and comprises clamping ribs extending transversely to the longitudinal axis of the bracket, and wherein the primary latching means at the primary latching end comprise a plurality of latching lugs of complementary design and cooperating with one another in the installed position, CHARACTERIZED IN THAT the clamping bracket can be pre-fixed to the base part in a self-adjusting manner as a function of the cable diameter, in that this pre-fixing acts as a pivot point when applying a pressing force, and in that the clamping bracket has a secondary latching end adjoining the clamping section in the longitudinal axis of the bracket at a rear end and designed with secondary latching means for fastening to the base part, so that the clamping bracket can be transferred into a clamping position in which the cable is clamped in a non-releasable manner by exerting a pressing force to be applied by a user.
A method for optimising the functioning of a heat engine, the combustion parameters of which are controlled by an electronic box and at least one engine mapping, comprising: - a first step of the near-infrared spectroscopic analysis of a biofuel comprising a mixture of alcohols and/or ethers and water; - a second step of selecting and/or modifying said mapping, characterised in that said first step comprises a correction phase according to the multiple overlaps of characteristic bands associated with bonds of the oxygen atoms present in the biofuel for determining the proportion of water and at least one other oxygenated compound, of the alcohol and/or ether type, contained in the biofuel; and said second step depends on the result of said analysis and determination step for optimising the functioning of the heat engine, said bonds of the oxygen atoms comprising the R-O-H bonds present in primary alcohols and/or the C-O-C bonds present in esters and the H-O-H bonds present in water molecules, said first near-infrared analysis step comprises a phase of correcting said analysis according the measurement of the temperature of the biofuel using a sensor for at least temperature. - a first step of the near-infrared spectroscopic analysis of a biofuel comprising a mixture of alcohols and/or ethers and water; - a second step of selecting and/or modifying said mapping,
A cycloidal gear reducer comprising an input shaft rotatably mounted in a reducer casing along an axis called «main axis» (ZZ'), an eccentric member carried by the input shaft and rotatably driven by the latter, at least one cycloidal disc rotatably mounted on said eccentric member and provided with a cycloidal toothing, at least one crown provided with a receiving toothing with which the cycloidal toothing of the cycloidal disc meshes, and an output shaft, distinct from the input shaft arranged to be rotatably driven by the cycloidal disc, the cycloidal gear reducer including two reduction stages (30, 130), including a first reduction stage which comprises the eccentric member, a first cycloidal disc, called «input disc», which is rotatably mounted on said eccentric member and which is provided with a first cycloidal toothing, as well as a first crown, called «input crown» which is secured to the reducer casing and which is provided with a first cycloidal receiving toothing with which the first cycloidal toothing of the input disc meshes, and a second reduction stage which comprises a second cycloidal disc, called «output disc», which is rotatably secured to the input disc, and preferably formed integrally with said input disc, and which is provided with a second cycloidal toothing, said second reduction stage also comprising a second crown, called «output crown», which is distinct from the input crown, which is rotatably secured to the output shaft, and which is provided with a second cycloidal receiving toothing with which the second cycloidal toothing of the output disc meshes, the cycloidal gear reducer being characterized in that the cycloidal toothings (23T, 25T, 123T, 125T), on the one hand, of the input disc and of the input crown and, on the other hand, of the output disc and of the output crown, are helical and have, as such, respectively an input helix angle (β30) and an output helix angle (β130) and in that the input helix angle (β30) and the output helix angle (β130) are oriented in the same direction relative to the main axis (ZZ'), so that the first and the second reduction stages (30, 130) are arranged in an arrangement with substantially parallel toothings (23T, 25T, 123T, 125T).
A lift device comprising: a base having a plurality of wheels (14A, 14B); a retractable lift mechanism having a first end (23, 62) coupled to the base and being moveable between an extended position and a retracted position; a work platform configured to support a load, the work platform being coupled to and supported by a second end (24, 70) of the retractable lift mechanism; a linear actuator configured to selectively move the retractable lift mechanism between the extended position and the retracted position, the linear actuator having an electric motor; an electromagnetic brake coupled to the linear actuator and movable between an engaged position, in which the retractable lift mechanism is prevented from moving between the extended position and the retracted position, and a disengaged position, in which the retractable lift mechanism is allowed to move between the extended position and the retracted position, wherein the lift device is characterized by a descent control mechanism configured to reduce a speed at which the retractable lift mechanism is moved from the extended position to the retracted position; and the descent control mechanism is a centrifugal brake rotationally coupled to a rotor of the electric motor of the linear actuator. a base having a plurality of wheels (14A, 14B); a retractable lift mechanism having a first end (23, 62) coupled to the base and being moveable between an extended position and a retracted position; a work platform configured to support a load, the work platform being coupled to and supported by a second end (24, 70) of the retractable lift mechanism; a linear actuator configured to selectively move the retractable lift mechanism between the extended position and the retracted position, the linear actuator having an electric motor; an electromagnetic brake coupled to the linear actuator and movable between an engaged position, in which the retractable lift mechanism is prevented from moving between the extended position and the retracted position, and a disengaged position, in which the retractable lift mechanism is allowed to move between the extended position and the retracted position, wherein the lift device is characterized by a descent control mechanism configured to reduce a speed at which the retractable lift mechanism is moved from the extended position to the retracted position; and the descent control mechanism is a centrifugal brake rotationally coupled to a rotor of the electric motor of the linear actuator.
A high molecular weight, optionally biodegradable, compound comprising gelatin and doxorubicin, wherein the gelatin is covalently linked to doxorubicin through a cleavable linker comprising a hydrazone bond and glycylglycine, and wherein the compound has an average molecular weight of at least 40kDa. wherein the gelatin is covalently linked to doxorubicin through a cleavable linker comprising a hydrazone bond and glycylglycine, and wherein the compound has an average molecular weight of at least 40kDa.
A single-focal lens system consisting of, in order from an object side to an image side: a first lens group having positive power; an aperture diaphragm; and a second lens group having positive power, wherein the first lens group consists of,in order from the object side a first lens element having negative power, a second lens element having negative power, and a third lens element having positive power, the second lens group consists of in order from the object side a fourth lens element having power, and a fifth lens element having positive power, and a condition, a condition, a condition and a condition shown below are satisfied. 0.5 < fG 1 / fG 2 < 3.0 5.5 < L 4 R 1 + L 4 R 2 / L 4 R 1 − L 4 R 2 < 20 11.5 < f 4 / f < 20 60 degrees < w when fG1 is a focal length of the first lens group at a d-line, fG2 is a focal length of the second lens group at the d-line, L4R1 is a radius of curvature on the object side of the fourth lens element, L4R2 is a radius of curvature on the image side of the fourth lens element, f4 is a focal length of the fourth lens element at the d-line, f is a focal length of an entire system at the d-line, and w is a half angle of view. a first lens group having positive power; an aperture diaphragm; and a second lens group having positive power, wherein the first lens group consists of,in order from the object side a first lens element having negative power, a second lens element having negative power, and a third lens element having positive power, a first lens element having negative power, a second lens element having negative power, and a third lens element having positive power, the second lens group consists of in order from the object side a fourth lens element having power, and a fifth lens element having positive power, and a fourth lens element having power, and a fifth lens element having positive power, and a condition, a condition, a condition and a condition shown below are satisfied. 0.5 < fG 1 / fG 2 < 3.0 5.5 < L 4 R 1 + L 4 R 2 / L 4 R 1 − L 4 R 2 < 20 11.5 < f 4 / f < 20 60 degrees < w when fG1 is a focal length of the first lens group at a d-line, fG2 is a focal length of the second lens group at the d-line, L4R1 is a radius of curvature on the object side of the fourth lens element, L4R2 is a radius of curvature on the image side of the fourth lens element, f4 is a focal length of the fourth lens element at the d-line, f is a focal length of an entire system at the d-line, and w is a half angle of view.
A recombinant Vibrio natriegens organism comprising: a deletion or disruption of the lpxL gene or the lpxM gene, wherein the organism produces less endotoxin compared to a corresponding organism not comprising the deletion or disruption and cultivated under the same conditions; and wherein the recombinant Vibrio natriegens organism exhibits a growth rate of at least 60% of the growth rate of the corresponding organism when cultivated under the same conditions. a deletion or disruption of the lpxL gene or the lpxM gene, wherein the organism produces less endotoxin compared to a corresponding organism not comprising the deletion or disruption and cultivated under the same conditions; and wherein the recombinant Vibrio natriegens organism exhibits a growth rate of at least 60% of the growth rate of the corresponding organism when cultivated under the same conditions.
A computer-implemented method for performing calibration of a camera system comprising one or more cameras used on a head-mounted device, HMD, that exploits a displayed electronic image that is being rendered on a display screen of a separate computer system, the method comprising: capturing, during movement of the HMD, a series of images of the displayed electronic image using one or more of the HMD's cameras, wherein the displayed electronic image is a known image that includes markers with known characteristics to the HMD, wherein the display screen renders said image in response to the HMD transmitting an instruction to the display screen, the known characteristics of the markers including known marker shapes and a number of coded or un-coded markers, and wherein each image in the series of images captures the displayed electronic image at a different angle or distance relative to another image in the series of images; identifying, from within the series of images, two-dimensional image positions of the markers; and using the two-dimensional image positions and a determined three-dimensional position of the markers relative to each other and/or relative to the HMD to perform a bundle adjustment for calibration of the camera system used to subsequently determine a positional distance and angular alignment between the HMD and the display screen, wherein the calibration of the camera system is performed in response to a determination that an original or previous calibration has drifted. capturing, during movement of the HMD, a series of images of the displayed electronic image using one or more of the HMD's cameras, wherein the displayed electronic image is a known image that includes markers with known characteristics to the HMD, wherein the display screen renders said image in response to the HMD transmitting an instruction to the display screen, the known characteristics of the markers including known marker shapes and a number of coded or un-coded markers, and wherein each image in the series of images captures the displayed electronic image at a different angle or distance relative to another image in the series of images; identifying, from within the series of images, two-dimensional image positions of the markers; and using the two-dimensional image positions and a determined three-dimensional position of the markers relative to each other and/or relative to the HMD to perform a bundle adjustment for calibration of the camera system used to subsequently determine a positional distance and angular alignment between the HMD and the display screen, wherein the calibration of the camera system is performed in response to a determination that an original or previous calibration has drifted.
A method for channel encoding, applied to a burst interference system, wherein the burst interference system comprises a control device and at least one controlled device, and the method comprises: selecting, by the control device, according to a currently measured channel interference condition, a channel encoding manner used by the control device, wherein the channel interference condition is obtained by detecting received power on at least one subcarrier; and sending, by the control device, configuration information to a controlled device of the at least one controlled device, wherein the configuration information is used to configure the channel encoding manner corresponding to at least one semi-static scheduling configuration; wherein the channel encoding manner comprises polar encoding or Reed-Solomon, RS, encoding; wherein selecting, by the control device, according to the currently measured channel interference condition, the channel encoding manner used by the control device comprises: when the control device detects that the received power on the at least one subcarrier is higher than received power of a subcarrier where an uplink reference signal is located, reconfiguring, by the control device, the channel encoding manner, which corresponds to the semi-static scheduling configuration using the polar encoding, to the RS encoding. selecting, by the control device, according to a currently measured channel interference condition, a channel encoding manner used by the control device, wherein the channel interference condition is obtained by detecting received power on at least one subcarrier; and sending, by the control device, configuration information to a controlled device of the at least one controlled device, wherein the configuration information is used to configure the channel encoding manner corresponding to at least one semi-static scheduling configuration; wherein the channel encoding manner comprises polar encoding or Reed-Solomon, RS, encoding; wherein selecting, by the control device, according to the currently measured channel interference condition, the channel encoding manner used by the control device comprises: when the control device detects that the received power on the at least one subcarrier is higher than received power of a subcarrier where an uplink reference signal is located, reconfiguring, by the control device, the channel encoding manner, which corresponds to the semi-static scheduling configuration using the polar encoding, to the RS encoding.
A method for preparing an anti-diffusion layer which prevents a conductive base from diffusion, characterized by comprising: placing the conductive base and a cathode in a tantalum sulfate solution and taking the conductive base as an anode, wherein the method comprises: forming a tantalum oxide anti-diffusion layer on the conductive base after energizing.