mhurhangee/ep-ind-claims huggingface dataset:
An electrical brushless DC motor that comprises: a rotor having multiple magnetic poles; a stator having multiple windings configurable to exert a torque on the rotor when energized in a commutational sequence; and a semiconductor on insulator SOI application-specific integrated circuit ASIC coupled to the windings of the stator and configured to apply the commutational sequence, wherein the SOI ASIC is configured to receive signals indicative of back EMF polarity on undriven windings of the stator to perform directional zero crossing detection, characterised in that the SOI ASIC determines the commutational sequence based on only those zero crossings that occur in an anticipated direction, wherein the SOI ASIC includes one or more limit inputs (LIMIT1, LIMIT2) configured to halt advancement of the commutational sequence in a predetermined direction. a rotor having multiple magnetic poles; a stator having multiple windings configurable to exert a torque on the rotor when energized in a commutational sequence; and a semiconductor on insulator SOI application-specific integrated circuit ASIC coupled to the windings of the stator and configured to apply the commutational sequence, wherein the SOI ASIC is configured to receive signals indicative of back EMF polarity on undriven windings of the stator to perform directional zero crossing detection, characterised in that the SOI ASIC determines the commutational sequence based on only those zero crossings that occur in an anticipated direction, wherein the SOI ASIC includes one or more limit inputs (LIMIT1, LIMIT2) configured to halt advancement of the commutational sequence in a predetermined direction.
A method of operating a device for eliminating a yarn loop when winding yarn on a cross-wound bobbin at an operating unit of a spinning machine with constant speed of the yarn being produced, in which during the production of the yarn the length of the working path of the yarn between a draw-off mechanism of yarn and a winding device of yarn varies and the loop is eliminated by deflecting the yarn with a capturing and guiding means of a compensatory arm, which is fixedly mounted on an output element of reversible two-way controlled means connected to a control system, characterized in that the control system controls position and/or direction and/or speed and/or force application of the reversible two-way controlled means according to the particular operation that is being carried out at an operating unit and during the transition from the continuous spinning of the yarn to a transient state and, vice versa, during the transition from a transient state to the state of the continuous spinning of the yarn, the control of the speed and/or torque of the two-way controlled means and the control of the force applied by the capturing and guiding means of the compensatory arm on the yarn being produced and wound, is currently adjusted and is carried out according to the particular requirements of the automation operations being performed at the operating unit, while the capturing and guiding means of yarn performs a two-way controlled reciprocating motion along a circular path, the capturing and guiding means of yarn being arranged directly at the outlet of the yarn from the draw-off mechanism of yarn or the capturing and guiding means of yarn being arranged between a pair of mutually spaced support guides of yarn and performing its two-way controlled reciprocating motion along a circular or linear path during the process of eliminating the yarn loop.
An arrangement comprising a tire module for attachment to the inner side of a pneumatic tire for vehicles, and a cover, which accommodates the tire module, wherein the tire module has a top side and an underside, a device for measuring and/or monitoring the air pressure in the tire, a transmitter for transmitting radio signals that contain information on the air pressure in the tire, a mechanical-electrical transducer, which converts changes in the shape of the transducer caused by the rolling tire into electrical energy, and an accumulator for the electrical energy, and wherein the cover comprises a flange which extends outwardly away from the tire module and has an underside for attachment to the inner side of the tire, said flange forming the edge of the interior space of the cover, and the inner height of the cover is less than the height of the tire module measured from the underside to the top side thereof such that the tire module projects beyond the underside of the flange of the cover, characterized in that the flange has an inwardly directed projection which engages beneath the tire module, the underside of which lies, for this purpose, higher up in the region of the projection of the flange than it does in a central region of the underside of the tire module. a top side and an underside, a device for measuring and/or monitoring the air pressure in the tire, a transmitter for transmitting radio signals that contain information on the air pressure in the tire, a mechanical-electrical transducer, which converts changes in the shape of the transducer caused by the rolling tire into electrical energy, and an accumulator for the electrical energy, a flange which extends outwardly away from the tire module and has an underside for attachment to the inner side of the tire, said flange forming the edge of the interior space of the cover, and the inner height of the cover is less than the height of the tire module measured from the underside to the top side thereof such that the tire module projects beyond the underside of the flange of the cover,
A binding machine comprising: a wire feeding unit configured to feed a wire; a curl guide unit configured to curl the wire fed by the wire feeding unit around an object to be bound; a binding unit including a twisting shaft provided to be rotatable around a predetermined axis, a gripping part provided at one end side of the twisting shaft and a drive unit provided to the other end side of the twisting shaft, wherein the gripping part is configured to grip the wire curled by the curl guide unit and the twisting shaft is configured to twist the gripped wire so as to bind the object; a control unit configured to control an operation of the drive unit; an operation unit configured to adjust fastening torque of the wire; a wiring connecting the operation unit to the control unit; and a binding machine main body configured to accommodate therein the binding unit, the control unit and the wiring, wherein when an inside of the binding machine main body is divided into two by a virtual plane perpendicular to or substantially perpendicular to the predetermined axis so as to be partitioned into a first space in which the gripping part is accommodated and a second space in which the drive unit is accommodated, the control unit and the wiring are arranged in the second space in which the drive unit is accommodated. a wire feeding unit configured to feed a wire; a curl guide unit configured to curl the wire fed by the wire feeding unit around an object to be bound; a binding unit including a twisting shaft provided to be rotatable around a predetermined axis, a gripping part provided at one end side of the twisting shaft and a drive unit provided to the other end side of the twisting shaft, wherein the gripping part is configured to grip the wire curled by the curl guide unit and the twisting shaft is configured to twist the gripped wire so as to bind the object; a control unit configured to control an operation of the drive unit; an operation unit configured to adjust fastening torque of the wire; a wiring connecting the operation unit to the control unit; and a binding machine main body configured to accommodate therein the binding unit, the control unit and the wiring, wherein when an inside of the binding machine main body is divided into two by a virtual plane perpendicular to or substantially perpendicular to the predetermined axis so as to be partitioned into a first space in which the gripping part is accommodated and a second space in which the drive unit is accommodated, the control unit and the wiring are arranged in the second space in which the drive unit is accommodated.
An image display device comprising: a flexible display to output an image, the display being transformable into a flat form or a curved form; a first support plate disposed on a rear surface of the display for support, the first support plate being made of an elastically transformable material so that the first support plate is transformable together with the display; a second support plate spaced apart from a rear surface of the first support plate, and having electronic devices mounted thereon; and hinge units disposed on two opposing sides of the second support plate; wherein the second support plate is coupled to the first support plate by the hinge units such that the second support plate maintains a flat form during a transformation of the first support plate. a flexible display to output an image, the display being transformable into a flat form or a curved form; a first support plate disposed on a rear surface of the display for support, the first support plate being made of an elastically transformable material so that the first support plate is transformable together with the display; a second support plate spaced apart from a rear surface of the first support plate, and having electronic devices mounted thereon; and hinge units disposed on two opposing sides of the second support plate; wherein the second support plate is coupled to the first support plate by the hinge units such that the second support plate maintains a flat form during a transformation of the first support plate.
A data processing system, the system comprising: a data detector circuit operable to apply a data detection algorithm to a data input to yield a detected output; a data decoder circuit operable to apply a data decoding algorithm to the detected output to yield a decoded data set; an inter-track interference cancellation circuit operable to calculate an estimated inter-track interference between an element of a first data set derived from a selected track on a storage medium and one or more elements of a second data set derived from a track adjacent to the selected track on the storage medium, wherein the inter-track interference is calculated based at least in part on a feedback derived from the decoded data set corresponding to the first data set and hard decision data corresponding to the second data set, wherein the data input is a first data input, and wherein the inter-track interference cancellation circuit is operable to subtract the inter-track interference from a second data input to yield the first data input, and wherein the feedback comprises (i) a hard decision output derived from the decoded data set corresponding to the first data set in case of retry processing when the data decoding algorithm fails to converge or (ii) a de-interleaved version of the decoded output in case of standard processing. a data detector circuit operable to apply a data detection algorithm to a data input to yield a detected output; a data decoder circuit operable to apply a data decoding algorithm to the detected output to yield a decoded data set; an inter-track interference cancellation circuit operable to calculate an estimated inter-track interference between an element of a first data set derived from a selected track on a storage medium and one or more elements of a second data set derived from a track adjacent to the selected track on the storage medium, wherein the inter-track interference is calculated based at least in part on a feedback derived from the decoded data set corresponding to the first data set and hard decision data corresponding to the second data set, wherein the data input is a first data input, and wherein the inter-track interference cancellation circuit is operable to subtract the inter-track interference from a second data input to yield the first data input, and wherein the feedback comprises (i) a hard decision output derived from the decoded data set corresponding to the first data set in case of retry processing when the data decoding algorithm fails to converge or (ii) a de-interleaved version of the decoded output in case of standard processing.
A multivalent immunogenic composition, comprising: 13 distinct polysaccharide-protein conjugates, together with a physiologically acceptable vehicle, wherein each of the polysaccharide-protein conjugates comprises a capsular polysaccharide from a different serotype of Streptococcus pneumoniae conjugated to CRM 197 carrier protein, and the capsular polysaccharides are prepared from 12 serotypes selected from the group consisting of 1, 3, 4, 5, 6A, 6B, 7F, 9V, 14, 18C, 19A, 19F and 23F, and serotype 2 or 9N.
Aerodynamic element provided with an anti-refreeze device, said aerodynamic element comprising a lower surface skin and a upper surface skin extending longitudinally along the span of said aerodynamic element from a first end of said aerodynamic element to a second end of said aerodynamic element, and a leading edge extending longitudinally along said span and connecting in an upstream zone of said aerodynamic element along a chord of said aerodynamic element said lower surface skin and said upper surface skin, said aerodynamic element being equipped with a de-icing system positioned at said leading edge, said anti-refreeze device comprising a discharge groove adapted to extend longitudinally along said span on each lower surface skin and upper surface skin, each discharge groove being adapted to be positioned just downstream of said de-icing system transversely along said chord so as to retrieve and discharge the water running on said aerodynamic element from the upstream side of said aerodynamic element towards the downstream side of said aerodynamic element, characterised in that each discharge groove comprises an upstream lip, a groove bottom and a downstream lip and on the one hand a first connecting radius R 1 between said upstream lip and each lower surface skin and upper surface skin and on the other hand a second connecting radius R 2 between said upstream lip and said groove bottom, said first connecting radius R 1 and said second connecting radius R 2 enabling said water to be guided towards said groove bottom.
A system for measuring the gas level in a membrane gasometer, comprising a fixed outer dome or membrane and a movable inner dome or membrane, overlapping each other, between which there is air kept at a constant pressure, wherein it provides means for keeping the inner membrane for containing the gas with a symmetrical geometry as the quantity of gas therein varies, means for detecting the variation in height of the summit of said inner membrane containing the gas, and also elastic means, which comprise at least one elastic element, having an elastic force which is almost constant as its own deformation varies; characterized in that said means for detecting the variation in height of the inner dome comprise a receptacle containing an incompressible measuring liquid having known specific weight, which receptacle is integrally installed at the summit of the inner dome itself, and which is vertically movable therewith so as to vary its vertical position as the filling level of the gasometer dome varies; said receptacle containing the measuring liquid being connected at the top to the summit of the outer dome by means of said elastic means, which are adapted to keep the receptacle - and therefore the summit of the inner dome integral therewith - in always symmetrical and centered position during the vertical raising/lowering movement thereof, as the filling level of the gasometer itself varies; and wherein said receptacle has an upper vent to avoid the possible evaporation of the incompressible measuring liquid from increasing the internal pressure of the receptacle itself and therefore the measurement detected by a pressure sensor from being distorted; said receptacle containing the measuring liquid being connected to a pressure sensor by means of at least one flexible tube, which pressure sensor is installed at a fixed height arranged below the minimum height reachable from the summit of the inner dome; thus obtaining that the hydrostatic pressure resting on the pressure sensor increases as the height reached by the receptacle containing the measuring liquid increases, and vice versa. - and therefore the summit of the inner dome integral therewith - in always symmetrical and centered position during the vertical raising/lowering movement thereof, as the filling level of the gasometer itself varies; and wherein said receptacle has an upper vent to avoid the possible evaporation of the incompressible measuring liquid from increasing the internal pressure of the receptacle itself and therefore the measurement detected by a pressure sensor from being distorted; said receptacle containing the measuring liquid being connected to a pressure sensor by means of at least one flexible tube, which pressure sensor is installed at a fixed height arranged below the minimum height reachable from the summit of the inner dome; thus obtaining that the hydrostatic pressure resting on the pressure sensor increases as the height reached by the receptacle containing the measuring liquid increases, and vice versa.
Process for the production of synthesis gas and/or liquid raw materials and/or energy resources from waste and/or biomass with the following stages: a) Solvolysis of the organic components of the waste in an alkaline solution with addition of organic solvents within a temperature range of 150 to 250 C and a pressure of 3 to 12 bar in an agitated tank with mechanical stirrer or in a circulation reactor, wherein the organic components are converted in at least one liquid phase and the inorganic components are sedimented, b) Separation of the inorganic components from the liquid phase using physical separation methods, c) Transfer of the drag vapor generated during the solvolysis phase into a rectification column in which the organic components of the vapor are separated from the water or the drag vapor, and again feeding of the drag vapor, now depleted from the organic components, back into the agitated tank or the circulation reactor, d) further separation of the organic components by rectification, extraction or sorption and/or transfer by thermal gasifiation into combustion or synthesis gas. a) Solvolysis of the organic components of the waste in an alkaline solution with addition of organic solvents within a temperature range of 150 to 250 C and a pressure of 3 to 12 bar in an agitated tank with mechanical stirrer or in a circulation reactor, wherein the organic components are converted in at least one liquid phase and the inorganic components are sedimented, b) Separation of the inorganic components from the liquid phase using physical separation methods, c) Transfer of the drag vapor generated during the solvolysis phase into a rectification column in which the organic components of the vapor are separated from the water or the drag vapor, and again feeding of the drag vapor, now depleted from the organic components, back into the agitated tank or the circulation reactor, d) further separation of the organic components by rectification, extraction or sorption and/or transfer by thermal gasifiation into combustion or synthesis gas.
An information processing device characterized in comprising: an estimation unit configured to estimate a used quantity of at least one of an ingredient to be cooked and a seasoning used in cooking, on the basis of a signal detected by a sensor in real-time every time an ingredient or seasoning is added during a cooking process; an index computation unit configured to compute a cooking index indicating a value of mass and/or a calorific value of the ingredient or the seasoning according to the estimated quantity of the ingredient or the seasoning, by accumulating cooking indices computed since the cooking process started to a cumulative cooking index; and a notification control unit configured to perform control to issue a notification of the cooking index computed by the index computation unit. an estimation unit configured to estimate a used quantity of at least one of an ingredient to be cooked and a seasoning used in cooking, on the basis of a signal detected by a sensor in real-time every time an ingredient or seasoning is added during a cooking process; an index computation unit configured to compute a cooking index indicating a value of mass and/or a calorific value of the ingredient or the seasoning according to the estimated quantity of the ingredient or the seasoning, by accumulating cooking indices computed since the cooking process started to a cumulative cooking index; and a notification control unit configured to perform control to issue a notification of the cooking index computed by the index computation unit.
A method for calibrating sound played through speakers (118, 119; 202a-202d; 304; 404; 504) of a portable device (104; 200a-200d; 302; 402; 502) having a microphone (122; 206a-206d; 310; 410; 510), comprising: inputting an original audio signal to a processing component (122; 214; 306; 406; 506) and a device output stage (212; 308; 408; 508) of the device (104; 200a-200d; 302; 402; 502) for playback through the speakers (118, 119; 202a-202d; 304; 404; 504); receiving playback sound output from the speakers (118, 119; 202a-202d; 304; 404; 504) through the microphone (122; 206a-206d; 310; 410; 510) to generate a microphone signal; inputting the microphone signal into the processing component (122; 214; 306; 406; 506) to calibrate the speakers (118, 119; 202a-202d; 304; 404; 504) for optimal playback of the original audio signal, the method being characterised in that the processing component (122; 214; 306; 406; 506) is configured to both compare the original audio signal to the microphone signal and correct the microphone signal by one or more audio processing functions in accordance with a refresh schedule; and transmitting the corrected microphone signal to the device output stage (212; 308; 408; 508) for playback through the speakers (118, 119; 202a-202d; 304; 404; 504). inputting an original audio signal to a processing component (122; 214; 306; 406; 506) and a device output stage (212; 308; 408; 508) of the device (104; 200a-200d; 302; 402; 502) for playback through the speakers (118, 119; 202a-202d; 304; 404; 504); receiving playback sound output from the speakers (118, 119; 202a-202d; 304; 404; 504) through the microphone (122; 206a-206d; 310; 410; 510) to generate a microphone signal; inputting the microphone signal into the processing component (122; 214; 306; 406; 506) to calibrate the speakers (118, 119; 202a-202d; 304; 404; 504) for optimal playback of the original audio signal, the method being characterised in that the processing component (122; 214; 306; 406; 506) is configured to both compare the original audio signal to the microphone signal and correct the microphone signal by one or more audio processing functions in accordance with a refresh schedule; and transmitting the corrected microphone signal to the device output stage (212; 308; 408; 508) for playback through the speakers (118, 119; 202a-202d; 304; 404; 504).