mhurhangee/ep-ind-claims huggingface dataset:
A drive train for a vehicle, such as a motor vehicle, having at least one electric motor, a high-voltage battery connected to the electric motor for supplying energy to the electric motor in normal operation and a low-voltage battery for alternatively and/or additionally supplying energy to the electric motor, wherein the high-voltage battery is provided separately from the low-voltage battery, wherein the electric motor has a low-voltage drive with low-voltage rods and a high-voltage drive with high-voltage windings, wherein the high-voltage battery is adapted and incorporated to transmit energy into the low-voltage battery by inductive coupling within the electric motor during normal operation while driving and at a standstill, wherein the low-voltage battery is adapted to output a voltage of less than 60 V to supply the low-voltage drive with the low-voltage rods via a low-voltage pulse inverter and the high-voltage battery is adapted to output a voltage of greater than 60 V to supply the high-voltage drive with the high-voltage windings via a high-voltage pulse inverter, wherein a stator energization system is formed by a plurality of energizable low-voltage rods, which extend in the axial direction through the stator of the electric motor and are connected at one of their ends to a common short-circuit ring and are connected at the other end to a control circuit board, wherein the low-voltage drive comprises low-voltage rods and the high-voltage drive comprises high-voltage windings, wherein the high-voltage windings are adapted to surround the low-voltage rods.
A battery monitoring unit configured for estimating a battery discharging current of a battery comprising: a tranceiver configured to send or receive data, a processor, and a memory, said memory containing instructions executable by said processor, whereby said battery monitoring unit is operative and/ or configured to perform the following method steps: obtaining a; first state-of-charge value indicative of a ratio between a current capacity and a maximum capacity of the battery, obtaining sensor data indicative of a first plurality of battery voltage values obtained at multiple subsequent points in time, determining a first voltage trend over time of the first plurality of battery voltage values, estimating a battery discharging current of the battery based on a relation, where the relation is dependent on the first voltage trend over time and the state-of-charge value. a tranceiver configured to send or receive data, a processor, and a memory, said memory containing instructions executable by said processor, whereby said battery monitoring unit is operative and/ or configured to perform the following method steps: obtaining a; first state-of-charge value indicative of a ratio between a current capacity and a maximum capacity of the battery, obtaining sensor data indicative of a first plurality of battery voltage values obtained at multiple subsequent points in time, determining a first voltage trend over time of the first plurality of battery voltage values, estimating a battery discharging current of the battery based on a relation, where the relation is dependent on the first voltage trend over time and the state-of-charge value. obtaining a; first state-of-charge value indicative of a ratio between a current capacity and a maximum capacity of the battery, obtaining sensor data indicative of a first plurality of battery voltage values obtained at multiple subsequent points in time, determining a first voltage trend over time of the first plurality of battery voltage values, estimating a battery discharging current of the battery based on a relation, where the relation is dependent on the first voltage trend over time and the state-of-charge value.
A spring unit including mechanical spring means having a spring direction and being located between a first spring support and a second spring support, the first spring support having a front side abutting a first end of the spring means and a rear side opposite the front side, the second spring support having a front side abutting a second end of the spring means and a rear side opposite the front side, which first and second spring supports are movable in relation to each other in the spring direction, the spring unit further comprising a first actuation member facing the rear side of the first spring support and a second actuation member facing the rear side of the second spring support, which first and second actuating members are movable relative to each other and relative to the first and second spring supports in the spring direction, characterized in that the first actuation member is arranged to be able to apply a pushing force to the first spring support and includes first pulling means arranged to be able to apply a pulling force to the second spring support, and the second actuation member is arranged to be able to apply a pushing force to the second spring support and includes a second pulling means arranged to be able to apply a pulling force to the first spring support, such that a relative movement of the first and second actuation members towards each other results in compression of the spring means, and a relative movement of the first and second actuation members away from each other results in compression of the spring means.
Turbomachine vane comprising a body extending principally in a plane defined by a principal axis B and a longitudinal direction, that is delimited by an intrados wall, an extrados wall, a leading edge located at a first longitudinal end of the body and a trailing edge located at a second longitudinal end of the body, wherein the body of the vane contains a plurality of first ducts carrying the circulation of a gas flow that extend principally along the direction of the principal axis B and a plurality of second ducts carrying the circulation of a second gas flow that extend principally along the longitudinal direction, characterised in that each second duct comprises two ends that open up in either the intrados wall or the extrados wall of the body. wherein the body of the vane contains a plurality of first ducts carrying the circulation of a gas flow that extend principally along the direction of the principal axis B and a plurality of second ducts carrying the circulation of a second gas flow that extend principally along the longitudinal direction, characterised in that each second duct comprises two ends that open up in either the intrados wall or the extrados wall of the body.
A process for producing individual cellulose nanocrystals having an electrically conductive coating, comprising the steps of: - reacting nonoxidized glucose units of cellulose with an isocyanate-comprising aryl or heteroaryl compound to form a carbamate bond between at least one of the C2-, C3- and C6-atoms of the glucose unit and the aryl or heteroaryl compound; - polymerizing adjacent aryl or heteroaryl compounds bonded to the glucose units of the cellulose via the carbamate group such that an electrically conductive structure of these aryl- or heteroaryl-containing compounds is formed. - reacting nonoxidized glucose units of cellulose with an isocyanate-comprising aryl or heteroaryl compound to form a carbamate bond between at least one of the C2-, C3- and C6-atoms of the glucose unit and the aryl or heteroaryl compound; - polymerizing adjacent aryl or heteroaryl compounds bonded to the glucose units of the cellulose via the carbamate group such that an electrically conductive structure of these aryl- or heteroaryl-containing compounds is formed.
A method of measuring an attribute of soil taken from a location in a field, the method comprising: receiving a soil subsample originating from soil taken from the location in the field; measuring a moisture content of the soil subsample; choosing a dilution ratio based on the attribute of the soil to be measured; based on the measured moisture content of the soil subsample, mixing (140, 145) water with the soil subsample until the chosen dilution ratio is achieved, thereby creating a soil-water mixture; selecting a soil-water subsample from the soil-water mixture, the soil-water subsample representative of the soil-water mixture; analyzing the soil-water subsample; and determining the attribute of the soil, based on the analysis of the soil-water subsample. receiving a soil subsample originating from soil taken from the location in the field; measuring a moisture content of the soil subsample; choosing a dilution ratio based on the attribute of the soil to be measured; based on the measured moisture content of the soil subsample, mixing (140, 145) water with the soil subsample until the chosen dilution ratio is achieved, thereby creating a soil-water mixture; selecting a soil-water subsample from the soil-water mixture, the soil-water subsample representative of the soil-water mixture; analyzing the soil-water subsample; and determining the attribute of the soil, based on the analysis of the soil-water subsample.
A composition comprising an immediate release oxybutynin or a pharmaceutically acceptable salt thereof and a delayed onset immediate release pilocarpine or a pharmaceutically acceptable salt thereof, for use in the treatment of hyperhidrosis in a subject, wherein the treatment reduces hyperhidrosis, and reduces a dry mouth side effect of the oxybutynin or a pharmaceutically acceptable salt thereof, wherein the composition comprises: 5 mg to 30 mg of immediate release oxybutynin or a pharmaceutically acceptable salt thereof; and a plurality of delayed onset immediate release pilocarpine beads, each delayed onset immediate release pilocarpine bead comprising: a core; a first layer positioned over the core comprising 5 mg to 30 mg of pilocarpine or a pharmaceutically acceptable salt thereof, hydroxypropylmethylcellulose, and talc; and a second layer positioned over the first layer comprising hydroxypropylcellulose and ethylcellulose in a ratio of 5:1 to 1:5 by weight and a plasticizer. wherein the treatment reduces hyperhidrosis, and reduces a dry mouth side effect of the oxybutynin or a pharmaceutically acceptable salt thereof, wherein the composition comprises: 5 mg to 30 mg of immediate release oxybutynin or a pharmaceutically acceptable salt thereof; and a plurality of delayed onset immediate release pilocarpine beads, each delayed onset immediate release pilocarpine bead comprising: a core; a first layer positioned over the core comprising 5 mg to 30 mg of pilocarpine or a pharmaceutically acceptable salt thereof, hydroxypropylmethylcellulose, and talc; and a second layer positioned over the first layer comprising hydroxypropylcellulose and ethylcellulose in a ratio of 5:1 to 1:5 by weight and a plasticizer. 5 mg to 30 mg of immediate release oxybutynin or a pharmaceutically acceptable salt thereof; and a plurality of delayed onset immediate release pilocarpine beads, each delayed onset immediate release pilocarpine bead comprising: a core; a first layer positioned over the core comprising 5 mg to 30 mg of pilocarpine or a pharmaceutically acceptable salt thereof, hydroxypropylmethylcellulose, and talc; and a second layer positioned over the first layer comprising hydroxypropylcellulose and ethylcellulose in a ratio of 5:1 to 1:5 by weight and a plasticizer. a core; a first layer positioned over the core comprising 5 mg to 30 mg of pilocarpine or a pharmaceutically acceptable salt thereof, hydroxypropylmethylcellulose, and talc; and a second layer positioned over the first layer comprising hydroxypropylcellulose and ethylcellulose in a ratio of 5:1 to 1:5 by weight and a plasticizer.
A polypeptide comprising the polypeptide with the amino acid sequence of SEQ ID NO: 186; or any functional variant of said amino acid sequence - with a sequence identity of at least 80%, more preferably at least 85%, even more preferably at least 90%, most preferably at least 95% to the sequence of SEQ ID NO: 186, and - with a difference in protective capacity (Δpc) between the functional variant and the placebo (negative) control of at least 50%, especially at least 60%, preferably at least 70%, more preferably at least 80%, even more preferably 90%, even more preferably 95%, most preferably at least 95%. - with a sequence identity of at least 80%, more preferably at least 85%, even more preferably at least 90%, most preferably at least 95% to the sequence of SEQ ID NO: 186, and - with a difference in protective capacity (Δpc) between the functional variant and the placebo (negative) control of at least 50%, especially at least 60%, preferably at least 70%, more preferably at least 80%, even more preferably 90%, even more preferably 95%, most preferably at least 95%.
A phototherapeutic system for treating dermatological disorders, the phototherapeutic system comprising: a substrate; an array of LEDs affixed to the substrate and configured to emit light within a treatment area, wherein the LEDs emit light at wavelengths between 295 nm and 310 nm; a lens positioned over at least two LEDs of the array and disposed between said at least two LEDs of the array and the treatment area, wherein the lens is configured to spread light emitted by the at least two LEDs of the array at least substantially evenly across a surface area; a controller operably connected to the LEDs and configured to determine a dosage for a phototherapy session, wherein the dosage is equivalent to a product of an intensity of the array of LEDs and an exposure time of the array of LEDs, wherein the dosage has an upper bound less than 1 minimal erythema dose, and wherein delivery of the dosage to the treatment area via the LEDs stimulates production of calcitriol and vitamin D 3; and a proximity sensor operably coupled to the controller, the sensor configured to determine proximity of the LEDs to a user's skin. a substrate; an array of LEDs affixed to the substrate and configured to emit light within a treatment area, wherein the LEDs emit light at wavelengths between 295 nm and 310 nm; a lens positioned over at least two LEDs of the array and disposed between said at least two LEDs of the array and the treatment area, wherein the lens is configured to spread light emitted by the at least two LEDs of the array at least substantially evenly across a surface area; a controller operably connected to the LEDs and configured to determine a dosage for a phototherapy session, wherein the dosage is equivalent to a product of an intensity of the array of LEDs and an exposure time of the array of LEDs, wherein the dosage has an upper bound less than 1 minimal erythema dose, and wherein delivery of the dosage to the treatment area via the LEDs stimulates production of calcitriol and vitamin D 3; and a proximity sensor operably coupled to the controller, the sensor configured to determine proximity of the LEDs to a user's skin.
A display device comprising: a display unit; and a projection unit,configured to project in a projection direction that is onto a rear side behind the display unit; characterized in that the projection unit is provided at a position opposite to a display surface of the display unit in a direction intersecting with a direction perpendicular to the display surface of the display unit; further comprising a display control unit configured to give a projection image of the projection unit a display effect that evokes integration of the projection image and the display unit, the display control unit being configured to determine whether a projection content is associated with a displayed content displayed on the display unit and, if this is the case, to project the projection content at a position of the projection image adjacent to the display unit, and, if this is not the case, to project the projection content at a position of the projection image not adjacent to the display unit. a display unit; and a projection unit,configured to project in a projection direction that is onto a rear side behind the display unit;
A system for detecting well integrity failure, the system comprising: a seismic sensor disposed proximate to a wellhead of a wellbore, the seismic sensor configured to record a plurality of measured seismic signals from the wellbore; and a computer system coupled to the seismic sensor and is configured to detect well integrity failure as determined from the plurality of seismic signals, wherein the computer system is configured to compare the measured seismic signals to a plurality of seismic signals recorded from an undamaged well and, based on at least one of (a) a bottom well reflection signal being reduced to noise levels; and (b) ambient noise having increased energy at low frequencies, identifying a change in well integrity. a seismic sensor disposed proximate to a wellhead of a wellbore, the seismic sensor configured to record a plurality of measured seismic signals from the wellbore; and a computer system coupled to the seismic sensor and is configured to detect well integrity failure as determined from the plurality of seismic signals, wherein the computer system is configured to compare the measured seismic signals to a plurality of seismic signals recorded from an undamaged well and, based on at least one of (a) a bottom well reflection signal being reduced to noise levels; and (b) ambient noise having increased energy at low frequencies, identifying a change in well integrity.
An anticoagulation fluid for regional citrate anticoagulation in an extracorporeal blood circuit, wherein the anticoagulation fluid comprises 18-40 mM basic citrate, 0-5 mM acid citrate, 0.1-4 mM phosphate and has a pH between 6.5 and 8.
Motor vehicle rear axle comprising: - at least one longitudinal arm comprising a front end provided with an articulation having a substantially transverse axis and intended to be mounted on a chassis of the vehicle, - at least one steering knuckle and an associated rear wheel, the steering knuckle bearing the rear wheel in rotation about a substantially transverse axis, - a connection structure comprising a transverse lower arm and a transverse upper arm, each arm comprising a first articulation (61, 71) connecting it to the steering knuckle, and a second articulation (62, 72) intended to connect it to the chassis of the vehicle, - a rear end of the longitudinal arm being pivotably mounted on a front end of the steering knuckle, - the first articulation of the lower arm being connected to an upper end of the steering knuckle by a link, and - the lower arm being connected to a lower end of the steering knuckle by a third articulation situated in front of a straight line defined by its first and second articulations (61, 62), said rear axle being characterized in that this third articulation connects only the lower arm to the steering knuckle. - at least one longitudinal arm comprising a front end provided with an articulation having a substantially transverse axis and intended to be mounted on a chassis of the vehicle, - at least one steering knuckle and an associated rear wheel, the steering knuckle bearing the rear wheel in rotation about a substantially transverse axis, - a connection structure comprising a transverse lower arm and a transverse upper arm, each arm comprising a first articulation (61, 71) connecting it to the steering knuckle, and a second articulation (62, 72) intended to connect it to the chassis of the vehicle, - a rear end of the longitudinal arm being pivotably mounted on a front end of the steering knuckle, - the first articulation of the lower arm being connected to an upper end of the steering knuckle by a link, and - the lower arm being connected to a lower end of the steering knuckle by a third articulation situated in front of a straight line defined by its first and second articulations (61, 62), said rear axle being characterized in that this third articulation connects only the lower arm to the steering knuckle.
A method of controlling the distribution of electronic assets to a test application in a manufacturing process, said method comprising: providing a daemon application programming interface on an instance of said test application to provide assets upon detecting a request therefor, and to obtain log data from said instance of said test application during testing; initiating a daemon in connection with said daemon API to obtain said log data from said daemon API and to provide said assets to said daemon API, said daemon hosting an agent API for communicating with an appliance remote to said instance of said test application; utilizing said agent API to obtain a batch comprising a plurality of assets and to provide one or more log reports containing said log data separately from said instance of said test application; and said daemon: caching said assets to provide a quantity of said assets to said daemon API upon request therefrom to enable said daemon API to provide said assets to said instance of said test application thereby avoiding session establishment between said instance of said test application and said appliance for obtaining said electronic assets; and maintaining a record of assets not used when said instance of said test application terminates for a next instance of the test application. providing a daemon application programming interface on an instance of said test application to provide assets upon detecting a request therefor, and to obtain log data from said instance of said test application during testing; initiating a daemon in connection with said daemon API to obtain said log data from said daemon API and to provide said assets to said daemon API, said daemon hosting an agent API for communicating with an appliance remote to said instance of said test application; utilizing said agent API to obtain a batch comprising a plurality of assets and to provide one or more log reports containing said log data separately from said instance of said test application; and said daemon: caching said assets to provide a quantity of said assets to said daemon API upon request therefrom to enable said daemon API to provide said assets to said instance of said test application thereby avoiding session establishment between said instance of said test application and said appliance for obtaining said electronic assets; and maintaining a record of assets not used when said instance of said test application terminates for a next instance of the test application.
A turbine blade has a root portion, a platform and an aerofoil, the aerofoil is mounted on the platform and is formed by a pressure side wall and a suction side wall and has an outer surface, the pressure side wall and the suction side wall meet at a leading edge and a trailing edge, the aerofoil has an aerofoil tip and an axial chord length, the suction side wall defines part of the radially outward surface of the aerofoil, the suction side wall defines an overhang at the aerofoil tip, characterised in that the overhang has a maximum overhang length that is between 5% and 20% of the axial chord length of the blade and is located between 15% and 40% of the suction surface length from the leading edge and reduces in overhang length to zero at a position between 50% and 100% of the suction surface length from the leading edge.