mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a multi-part voice command, the method comprising: at an electronic device (104, 1500): receiving speech input from a user, wherein the speech input comprises a single utterance having one or more actionable commands; generating a text string based on the speech input using a speech transcription process; parsing the text string into at least a first candidate substring and a second candidate substring; determining a first probability that the first candidate substring corresponds to a first actionable command and a second probability that the second candidate substring corresponds to a second actionable command; in response to the first probability and the second probability exceeding a threshold, determining (810, 812) a first intent associated with the first candidate substring and a second intent associated with the second candidate substring; executing a first process associated with the first intent and a second process associated with the second intent; and providing to the user an acknowledgment associated with the first intent and the second intent. receiving speech input from a user, wherein the speech input comprises a single utterance having one or more actionable commands; generating a text string based on the speech input using a speech transcription process; parsing the text string into at least a first candidate substring and a second candidate substring; determining a first probability that the first candidate substring corresponds to a first actionable command and a second probability that the second candidate substring corresponds to a second actionable command; in response to the first probability and the second probability exceeding a threshold, determining (810, 812) a first intent associated with the first candidate substring and a second intent associated with the second candidate substring; executing a first process associated with the first intent and a second process associated with the second intent; and providing to the user an acknowledgment associated with the first intent and the second intent.
An expression vector comprising a recombinant DNA construct comprising a region coding for a functional secretory ASMase linked to transcriptional regulatory sequences that confer tissue-specific expression of said secretory ASMase, characterised in that said expression vector Is an adenovirus vector, wherein the transcriptional regulatory sequences are specific for tumor endothelium or the angiogenic endothelium of tumors.
A system for obstructed satellite communication, comprising: an outdoor satellite antenna adapted to be positioned and oriented to have a direct satellite view with a geosynchronous satellite and to receive and transmit an electromagnetic satellite signal from/to the geosynchronous satellite, wherein said outdoor satellite antenna is directed towards said geosynchronous satellite along a line of sight; at least one directional antenna adapted to be positioned inside an obstructing structure and receive and transmit an obstructed electromagnetic signal, wherein said at least one directional antenna comprises a feedhorn; position and/or orientation adjusters adapted to move the feedhorn of said at least one directional antenna toward a vehicle antenna within the obstructing structure to be parallel to said line of sight; and a relay amplifier device adapted to send and receive said electromagnetic satellite signal and said obstructed electromagnetic signal between respective said outdoor satellite antenna and said at least one directional antenna; wherein said electromagnetic satellite signal and said obstructed electromagnetic signal have the same frequency; wherein said obstructing structure prevents said electromagnetic satellite signal from being received at an obstructed location within the obstructing structure and prevents said obstructed electromagnetic signal originating at said obstructed location from being received by said geosynchronous satellite. an outdoor satellite antenna adapted to be positioned and oriented to have a direct satellite view with a geosynchronous satellite and to receive and transmit an electromagnetic satellite signal from/to the geosynchronous satellite, wherein said outdoor satellite antenna is directed towards said geosynchronous satellite along a line of sight; at least one directional antenna adapted to be positioned inside an obstructing structure and receive and transmit an obstructed electromagnetic signal, wherein said at least one directional antenna comprises a feedhorn; position and/or orientation adjusters adapted to move the feedhorn of said at least one directional antenna toward a vehicle antenna within the obstructing structure to be parallel to said line of sight; and a relay amplifier device adapted to send and receive said electromagnetic satellite signal and said obstructed electromagnetic signal between respective said outdoor satellite antenna and said at least one directional antenna; wherein said electromagnetic satellite signal and said obstructed electromagnetic signal have the same frequency; wherein said obstructing structure prevents said electromagnetic satellite signal from being received at an obstructed location within the obstructing structure and prevents said obstructed electromagnetic signal originating at said obstructed location from being received by said geosynchronous satellite.
Device for manufacturing at least one skewer comprising a frame and a mobile carriage mounted to slide on the frame between a front position (P AV) and a rear position (P AR), and vice versa, said mobile carriage comprising a lower tray cooperating with an upper tray, forming a cover, the upper tray being mounted to move between an open position (P o) and a closed or folded position (P F), the lower and upper trays (31, 32) having recesses for receiving foodstuffs forming at least one row of aligned cavities when the upper tray is folded onto the lower tray and at least one orifice for passing a spike opening into the axis of said at least one row of aligned cavities, the skewering of said at least one spike in the foodstuffs housed in said at least one row of aligned cavities carried out by moving the mobile carriage from the rear position (P AR) to the front position (P AV), said device comprising at least one spike reservoir and a mobile spike extractor configured to be engaged inside the reservoir so as to selectively take at least one spike from said at least one reservoir and extract said at least one spike from said reservoir to position it facing said at least one orifice when the mobile carriage is in the rear position (P AR), and further comprising synchronisation means configured to synchronise the movement of said mobile spike extractor with the movement of said mobile carriage comprising the lower and upper trays (31, 32).
Hinge for a rotating panel, in particular a transparent panel, comprising a first hinge part for attaching close to the panel and a second hinge part for attaching to the panel, wherein a receivable member extends from a one of the two hinge parts (21,22) and is received pivotably in a receiving cavity in another of the two hinge parts (21,22) in order to connect the two hinge parts pivotally to each other, wherein said receiving cavity accommodates an individual holder body, said holder body is at least substantially spherical and is received fittingly in said receiving cavity so as to form a ball joint therewith that has freedom of movement in said receiving cavity, the holder body comprises a screw cavity, and wherein the receivable member is a complementary screw member that is received in the screw cavity of the holder body, providing a self-closing action under influence of gravity.
An integrated circuit comprising: a row (20, 22) of bipolar transistors having a common base, the common base being located between first and second regions forming conduction terminals, the first regions being separated from one another by walls of insulator in a first direction; an insulating trench in a second direction, parallel to and in contact with the transistor row; and a comb (34, 36) of a conductive material coupled to the base and being located in the insulator walls and in the insulating trench, wherein the comb (34, 36) comprises a main conductive bar extending in the insulating trench and auxiliary conductive bars extending from the main conductive bar into the insulator walls. a row (20, 22) of bipolar transistors having a common base, the common base being located between first and second regions forming conduction terminals, the first regions being separated from one another by walls of insulator in a first direction; an insulating trench in a second direction, parallel to and in contact with the transistor row; and a comb (34, 36) of a conductive material coupled to the base and being located in the insulator walls and in the insulating trench, wherein the comb (34, 36) comprises a main conductive bar extending in the insulating trench and auxiliary conductive bars extending from the main conductive bar into the insulator walls.
A method for operating an active noise reduction system that is designed to reduce sinusoidal noise emanating from a rotating device, where there is an active noise reduction system input signal that is related to the frequency of the sinusoidal noise to be reduced, and where the active noise reduction system comprises one or more adaptive filters that output a generally sinusoidal noise reduction signal that is used to drive one or more transducers with their outputs directed to reduce the sinusoidal noise, the method comprising: detecting distortions of the noise reduction signal, where a distortion is based at least in part on differences between the frequency of the noise reduction signal and the frequency of the sinusoidal noise and altering the noise reduction signal based on the detected distortions, characterised in that the distortions are detected by comparing the zero crossing rate of the noise reduction signal to the zero crossing rate of the sinusoidal noise. detecting distortions of the noise reduction signal, where a distortion is based at least in part on differences between the frequency of the noise reduction signal and the frequency of the sinusoidal noise and altering the noise reduction signal based on the detected distortions, characterised in that the distortions are detected by comparing the zero crossing rate of the noise reduction signal to the zero crossing rate of the sinusoidal noise.
Protection device, especially thermal and/or against electric leakage currents, for a rolling bearing which is to be mounted on a shaft of an electric motor, such that said protection device comprises a ring having a constant cylindrical inner surface adapted to the diameter of the shaft and a terminal face which cooperates with a shoulder that is present at the outer surface of the shaft and causes said shaft to change from diameter D1 to a larger diameter D2, the ring being interposed between the shaft and the rolling bearing and being insulated from the shaft by a dielectric coating, the dielectric coating covering at least the surface (20, 21) of the ring that is to be in contact with the shaft, characterised in that the ring is electrically insulated from at least one metal part in contact with the shaft A by the insulating coating in the zone that is to be in contact with said at least one metal part, the terminal face being higher than the difference D2-D1.
A mobile ultrasound system comprising a radio and a pairing circuit for pairing a wireless ultrasound probe and the mobile ultrasound system, the pairing circuit being configured to: - locate a wireless ultrasound probe with a radio within a predetermined range of the mobile ultrasound system; - determine that the wireless ultrasound probe present is within the predetermined range; and - pair the wireless ultrasound probe and mobile ultrasound system to be in communication with each other when the wireless ultrasound probe is determined to be present in the predetermined range and when the mobile ultrasound system is determined not to be in communication with another wireless ultrasound probe. - locate a wireless ultrasound probe with a radio within a predetermined range of the mobile ultrasound system; - determine that the wireless ultrasound probe present is within the predetermined range; and - pair the wireless ultrasound probe and mobile ultrasound system to be in communication with each other when the wireless ultrasound probe is determined to be present in the predetermined range and when the mobile ultrasound system is determined not to be in communication with another wireless ultrasound probe.
An aerosol generation system comprising: an aerosol generation unit comprising a capillary passage and a heater operable to heat the capillary passage, wherein a liquid formulation is at least partially vaporized in the capillary passage and discharged from the capillary passage to form an aerosol; and a pumping unit adapted to supply a liquid formulation to the aerosol generation unit, characterised in that: the aerosol generation system includes a backpressure inducing fluidic element located between the pumping unit and the inlet of the capillary passage of the aerosol generation unit, wherein the backpressure inducing fluidic element is adapted to introduce additional backpressure to the aerosol generating system, such that the pressure of the liquid at an inlet to the capillary passage is at least 7 MPa; and in that the fluidic element is a coiled tubular element of a helical shape or a plate-like element having a non-linear channel therein. an aerosol generation unit comprising a capillary passage and a heater operable to heat the capillary passage, wherein a liquid formulation is at least partially vaporized in the capillary passage and discharged from the capillary passage to form an aerosol; and a pumping unit adapted to supply a liquid formulation to the aerosol generation unit, the aerosol generation system includes a backpressure inducing fluidic element located between the pumping unit and the inlet of the capillary passage of the aerosol generation unit, wherein the backpressure inducing fluidic element is adapted to introduce additional backpressure to the aerosol generating system, such that the pressure of the liquid at an inlet to the capillary passage is at least 7 MPa; and in that the fluidic element is a coiled tubular element of a helical shape or a plate-like element having a non-linear channel therein.
A vacuum pump, in particular a turbomolecular vacuum pump, comprising at least one Holweck pump stage which comprises a Holweck stator and a Holweck rotor; wherein the Holweck stator comprises a stator sleeve (10, 169) which is formed in multiple parts and which has a fixed end attached to a stationary housing section of the vacuum pump and a free end disposed opposite the fixed end in the axial direction; wherein the Holweck rotor comprises a rotor sleeve which surrounds the stator sleeve (10, 169) while forming a Holweck gap, characterized in that the stator sleeve (10, 169) comprises a first sleeve section, which has a first end and a second end disposed opposite the first end, and at least a second sleeve section, which has a first end and a second end disposed opposite the first end, wherein the first end of the first sleeve section is attached to the stationary housing section and the first end of the second sleeve section is attached to the second end of the first sleeve section; and further characterized in that the first end of the first sleeve section has a first end contour and the first end of the second sleeve section has a first end contour which corresponds to the first end contour of the first sleeve section; and/or in that the second end of the first sleeve section has a second end contour and the second end of the second sleeve section has a second end contour which corresponds to the second end contour of the first sleeve section. wherein the Holweck stator comprises a stator sleeve (10, 169) which is formed in multiple parts and which has a fixed end attached to a stationary housing section of the vacuum pump and a free end disposed opposite the fixed end in the axial direction; wherein the Holweck rotor comprises a rotor sleeve which surrounds the stator sleeve (10, 169) while forming a Holweck gap, characterized in that the stator sleeve (10, 169) comprises a first sleeve section, which has a first end and a second end disposed opposite the first end, and at least a second sleeve section, which has a first end and a second end disposed opposite the first end, wherein the first end of the first sleeve section is attached to the stationary housing section and the first end of the second sleeve section is attached to the second end of the first sleeve section; and further characterized in that the first end of the first sleeve section has a first end contour and the first end of the second sleeve section has a first end contour which corresponds to the first end contour of the first sleeve section; and/or in that the second end of the first sleeve section has a second end contour and the second end of the second sleeve section has a second end contour which corresponds to the second end contour of the first sleeve section.
A heat exchanger, in particular a heater for a heating or air-conditioning system of a motor vehicle, with at least one collecting tube and at least one series of tubes with tube ends which end in a collecting tube, and wherein the collecting tube has an open tube end for the inlet or outlet of a fluid and a closed tube end with a fluid and pressure tight closure, characterised in that the closure is designed as a bonded connection.
Method of predicting an imminent wind gust at a wind turbine comprising: obtaining, with a predetermined frequency, the values of at least one parameter measured for the wind turbine as input data; selecting a group of input data of predetermined size that was most recently obtained; calculating the probability of the occurrence of a wind gust on the basis of said selected group of input data using an algorithm for determining the resemblance between the selected group of input data and data relating to one or more predetermined wind gusts; verifying if the calculated probability of the occurrence of a wind gust is above a predetermined probability level; and predicting the occurrence of a wind gust if the calculated probability is above said predetermined probability level. obtaining, with a predetermined frequency, the values of at least one parameter measured for the wind turbine as input data; selecting a group of input data of predetermined size that was most recently obtained; calculating the probability of the occurrence of a wind gust on the basis of said selected group of input data using an algorithm for determining the resemblance between the selected group of input data and data relating to one or more predetermined wind gusts; verifying if the calculated probability of the occurrence of a wind gust is above a predetermined probability level; and predicting the occurrence of a wind gust if the calculated probability is above said predetermined probability level.
A hypoallergenic protein for use in the treatment or prevention of an allergy in a human or animal consisting of at least one hypoallergenic molecule derived from an allergen, which is fused to at least one second non-allergenic protein, wherein the at least one hypoallergenic molecule derived from an allergen exhibits an at least 50% reduced IgE-binding capacity and an at least 30% reduced T-cell reactivity compared to the wild-type allergen and wherein the at least one second protein is a viral protein.
An architectural opening covering apparatus comprising: a rotatable member: a covering mounted to the rotatable member; a motor having a drive shaft which is capable of rotating the rotate member in a first direction to raise the covering and in a second direction opposite the first direction to lower the covering; characterized in that the covering apparatus comprises a drive shaft coupling (68, 70) substantially preventing the motor from applying torque in the second direction, such that, during lowering of the covering, the motor is unable to apply torque in the second direction. a covering mounted to the rotatable member; a motor having a drive shaft which is capable of rotating the rotate member in a first direction to raise the covering and in a second direction opposite the first direction to lower the covering; characterized in that the covering apparatus comprises a drive shaft coupling (68, 70) substantially preventing the motor from applying torque in the second direction, such that, during lowering of the covering, the motor is unable to apply torque in the second direction.
Method for capturing the surface geometry of at least one portion of an object, in particular of intraoral structures, in which initially a physical impression of at least one portion of the object is made, after which the surface geometry of the physical impression is then detected either directly, or indirectly via a positive impression, during a first scan by means of a scanner, as a result of which a virtual representation of the physical impression is created, which is stored at least temporarily on a storage medium, wherein the method includes the following steps: - reading the virtual representation from the storage medium and providing it, - converting the provided virtual representation to an expandable notation which is noted in a voxel grid, in particular a truncated signed distance function TDSF, - carrying out a second scan on the object, wherein at least one region of the object which was changed or which was not detected by the first scan of the physical impression is detected, - updating the virtual representation of the object by adding data obtained from the second scan, in the previously created expandable notation which is noted in a voxel grid, - storing the changed virtual representation on a storage medium. - reading the virtual representation from the storage medium and providing it, - converting the provided virtual representation to an expandable notation which is noted in a voxel grid, in particular a truncated signed distance function TDSF, - carrying out a second scan on the object, wherein at least one region of the object which was changed or which was not detected by the first scan of the physical impression is detected, - updating the virtual representation of the object by adding data obtained from the second scan, in the previously created expandable notation which is noted in a voxel grid, - storing the changed virtual representation on a storage medium.
A method of producing a personal care composition comprising: a) forming in a mix tank, premix having a lower viscosity than a packaged personal care composition, wherein the viscosity of the premix in the mix tank is in the range from O.OlPa.s to 10Pa.s measured at 10 sec-1; b) transferring the premix from the mix tank to a high energy dispersion device suitable to transfer an energy density between 0.5KW/Kg/s to 11KW/Kg/s; c) adding rheology modifier to the premix; d) deaerating the premix; e) adding a surfactant to the premix following deaeration to complete the formula; and f) packaging the premix to produce a personal care composition. a) forming in a mix tank, premix having a lower viscosity than a packaged personal care composition, wherein the viscosity of the premix in the mix tank is in the range from O.OlPa.s to 10Pa.s measured at 10 sec-1; b) transferring the premix from the mix tank to a high energy dispersion device suitable to transfer an energy density between 0.5KW/Kg/s to 11KW/Kg/s; c) adding rheology modifier to the premix; d) deaerating the premix; e) adding a surfactant to the premix following deaeration to complete the formula; and f) packaging the premix to produce a personal care composition.