mhurhangee/ep-ind-claims huggingface dataset:
A wireless power transfer system in which a primary coil connected to a high-frequency power source and a secondary coil connected to a load are disposed so as to be isolated from each other with a coupling coefficient k, thereby configured to supply power from the primary coil to the secondary coil in a non-contact manner, the system comprising: a resonance current phase detection means for forming a resonance circuit by connecting a resonance capacitor to the secondary coil, the resonance current phase detection means being configured to detect phase information of a resonance current based on a waveform obtained by superimposing and combining one of a waveform of a resonance current flowing through the resonance capacitor, a waveform of a resonance current flowing in the secondary coil, and a waveform of a resonance current flowing in the primary coil, and an inverted integrated waveform of the one of the waveforms, and configured to correct the detected phase information so that a phase of the detected phase information is advanced; a phase information transfer means configured to transfer the corrected phase information; and a driving circuit configured to determine, based on the transferred phase information, a driving frequency that a current phase of a driving current flowing in the primary coil slightly delays from a voltage phase of a driving voltage applied to the primary coil, thereby driving the primary coil, wherein a Q value determined based on a leakage inductance of the secondary coil, a capacitance of the resonance capacitor, and an equivalent load resistance on the secondary coil side is set to a value greater than or equal to a value determined by Q=2/k 2. a resonance current phase detection means for forming a resonance circuit by connecting a resonance capacitor to the secondary coil, the resonance current phase detection means being configured to detect phase information of a resonance current based on a waveform obtained by superimposing and combining one of a waveform of a resonance current flowing through the resonance capacitor, a waveform of a resonance current flowing in the secondary coil, and a waveform of a resonance current flowing in the primary coil, and an inverted integrated waveform of the one of the waveforms, and configured to correct the detected phase information so that a phase of the detected phase information is advanced; a phase information transfer means configured to transfer the corrected phase information; and a driving circuit configured to determine, based on the transferred phase information, a driving frequency that a current phase of a driving current flowing in the primary coil slightly delays from a voltage phase of a driving voltage applied to the primary coil, thereby driving the primary coil, wherein a Q value determined based on a leakage inductance of the secondary coil, a capacitance of the resonance capacitor, and an equivalent load resistance on the secondary coil side is set to a value greater than or equal to a value determined by Q=2/k 2.
A method, comprising: at a provisioning server connected to a WiFi network: receiving registration data from a client station via the WiFi network, wherein the client station is a non-cellular client station; transmitting activation data to a telephony service provider, the activation data including the registration data, the activation data being used to generate telephony data for the client station at the telephony service provider, the telephony data including access data to utilize a telephony network of the telephony service provider; and transmitting the telephony data to the client station via the WiFi network, wherein the telephony data and the activation data verify the client station as an authenticated device to utilize the telephony network.
A liquid filled light distributor comprising an elongated tubular body with a tube wall defining an inner lumen filled with a liquid, said tubular body having - a proximal end closed by first closing means, and - a distal end, wherein the proximal end is in optical communication with a UV light source and wherein the refractive index of the tube wall is n2 and the refractive index of the liquid is n1 and n2/n1 <1 so that light from the light source travels along the longitudinal direction of the tubular body and that a part of the light is emitted through the tube wall along at least a part of the tubular body, the liquid filled light distributor characterized in that the distal end is closed by second closing means and the tube wall has a thickness of less than 0.15 mm. - a proximal end closed by first closing means, and - a distal end,
A washing machine comprising: a cabinet; a tub fixed to the cabinet; a drum rotatably provided in the tub; a dry duct configured to heat air exhausted from the tub a predetermined temperature, to re-supply the heated air to the tub; and an air-cooled type condensation unit (170; 171a, 175b, 176) configured to condense moisture on at least a predetermined area of an inner circumferential surface of the tub by heat-exchanging external air of the cabinet with at least a predetermined area of an outer circumferential surface of the tub, characterized in that the washing machine further comprises: a controller configured to calculate an expected amount of condensate which will be generated during drying by subtracting a first amount of laundry from a second amount of laundry, wherein the first amount of laundry is the weight of dry laundry sensed before a washing cycle starts and wherein the second amount of laundry is an amount of wet laundry sensed before a drying cycle is performed; and a sensing unit configured to sense the amount of condensate generated in the tub, wherein drying completion is determined by comparing a sensed amount of condensate with the expected amount of the condensate. a cabinet; a tub fixed to the cabinet; a drum rotatably provided in the tub; a dry duct configured to heat air exhausted from the tub a predetermined temperature, to re-supply the heated air to the tub; and an air-cooled type condensation unit (170; 171a, 175b, 176) configured to condense moisture on at least a predetermined area of an inner circumferential surface of the tub by heat-exchanging external air of the cabinet with at least a predetermined area of an outer circumferential surface of the tub, characterized in that the washing machine further comprises: a controller configured to calculate an expected amount of condensate which will be generated during drying by subtracting a first amount of laundry from a second amount of laundry, wherein the first amount of laundry is the weight of dry laundry sensed before a washing cycle starts and wherein the second amount of laundry is an amount of wet laundry sensed before a drying cycle is performed; and a sensing unit configured to sense the amount of condensate generated in the tub, wherein drying completion is determined by comparing a sensed amount of condensate with the expected amount of the condensate. a controller configured to calculate an expected amount of condensate which will be generated during drying by subtracting a first amount of laundry from a second amount of laundry, wherein the first amount of laundry is the weight of dry laundry sensed before a washing cycle starts and wherein the second amount of laundry is an amount of wet laundry sensed before a drying cycle is performed; and a sensing unit configured to sense the amount of condensate generated in the tub,
A nested screw assembly for forming a bone-to-bone fixation, comprising: a cannulated outer screw; and an inner screw, wherein, the outer screw comprises a tubular structure having a first end and a second end defining a length between the two ends, and a canal extending through the length of the outer screw, at least a portion of the length of the outer screw is externally threaded and at least a portion of the length of the canal is internally threaded near the first end, the inner screw is externally threaded, and the external thread of the outer screw, the internal thread of the outer screw, and the external thread of the inner screw all have the same thread pitch, whereby the inner screw can be threaded into the first end of the canal of the outer screw to form the nested screw assembly, wherein the inner screw comprises a threaded head portion with a thread pitch that is different from the thread pitch of the external threads on the outer screw. a cannulated outer screw; and an inner screw, wherein, the outer screw comprises a tubular structure having a first end and a second end defining a length between the two ends, and a canal extending through the length of the outer screw, at least a portion of the length of the outer screw is externally threaded and at least a portion of the length of the canal is internally threaded near the first end, the inner screw is externally threaded, and the external thread of the outer screw, the internal thread of the outer screw, and the external thread of the inner screw all have the same thread pitch, whereby the inner screw can be threaded into the first end of the canal of the outer screw to form the nested screw assembly, wherein the inner screw comprises a threaded head portion with a thread pitch that is different from the thread pitch of the external threads on the outer screw. the outer screw comprises a tubular structure having a first end and a second end defining a length between the two ends, and a canal extending through the length of the outer screw, at least a portion of the length of the outer screw is externally threaded and at least a portion of the length of the canal is internally threaded near the first end, the inner screw is externally threaded, and the external thread of the outer screw, the internal thread of the outer screw, and the external thread of the inner screw all have the same thread pitch, whereby the inner screw can be threaded into the first end of the canal of the outer screw to form the nested screw assembly, wherein the inner screw comprises a threaded head portion with a thread pitch that is different from the thread pitch of the external threads on the outer screw.
An internal olefin sulfonate composition comprising an internal olefin sulfonate having 12 carbon atoms and an internal olefin sulfonate having 14 carbon atoms, wherein a content mass ratio of the component to the component, (A/B), is from 10/90 to 90/10, and a total content of the component and the component in the internal olefin sulfonate composition is from 60 to 100% by mass.
A mass calibration apparatus for a mass analyzer, comprising: an ion source for providing analyte ions to the mass analyzer; ion optics, situated between the ion source and the mass analyzer, for assisting the motion of the analyte ions from the ion source to the mass analyzer; and a source of lock mass ions functionally associated with the ion optics for creating lock mass ions within the ion optics, characterized in that the source of lock mass ions comprises a lock mass source for introducing lock mass molecules into the ion optics, and a lock mass ionization source for ionizing the lock mass molecules within the ion optics. an ion source for providing analyte ions to the mass analyzer; ion optics, situated between the ion source and the mass analyzer, for assisting the motion of the analyte ions from the ion source to the mass analyzer; and a source of lock mass ions functionally associated with the ion optics for creating lock mass ions within the ion optics, characterized in that the source of lock mass ions comprises a lock mass source for introducing lock mass molecules into the ion optics, and a lock mass ionization source for ionizing the lock mass molecules within the ion optics.
A composition consisting of ellagitannins originating from plant extracts of the Fagaceae family, for use in a method for preventing or treating sleep disorders, anxiety disorders, fatigue as well as for mood disorders selected among depression and /or mania, in a subject.
A composition comprising a base fluid, a silicate and an aromatic polyacid according to formula or a salt thereof wherein R 1, R 2 and R 3 are each independently selected from hydrogen, COOY, SO 2 or PO 2; wherein Y represents hydrogen or a cation; wherein at least 2 of R 1, R 2 and R 3 are not hydrogen; wherein X 1, X 2 and X 3 are each independently selected from hydrogen, hydroxy, an alkyl, an aryl, an alcohol, an aldehyde, a ketone, an ester, an amide or an amine; and wherein the base fluid consists of water, an alcohol or mixtures thereof. wherein R 1, R 2 and R 3 are each independently selected from hydrogen, COOY, SO 2 or PO 2; wherein Y represents hydrogen or a cation; wherein at least 2 of R 1, R 2 and R 3 are not hydrogen; wherein X 1, X 2 and X 3 are each independently selected from hydrogen, hydroxy, an alkyl, an aryl, an alcohol, an aldehyde, a ketone, an ester, an amide or an amine; and wherein the base fluid consists of water, an alcohol or mixtures thereof.
A burner assembly for burning pulverised fuel including: a primary duct extending along a longitudinal axis wherein a flow of air and pulverised fuel flows in one advancing direction; the primary duct being provided with an inlet and an outlet; a secondary duct wherein a flow of secondary air flows; the secondary duct being arranged around the primary duct at the outlet; a stabiliser device (28; 128) arranged at the outlet of the primary duct and comprising an annular element (55; 155) centred on the longitudinal axis provided with an inner surface and an outer surface; the stabiliser device (28; 128) being provided externally with at least a plurality of cooling fins (59; 159) coupled to the outer surface, which face the secondary duct; wherein each cooling fin (59; 159) is arranged along a respective direction transverse to the longitudinal axis. a primary duct extending along a longitudinal axis wherein a flow of air and pulverised fuel flows in one advancing direction; the primary duct being provided with an inlet and an outlet; a secondary duct wherein a flow of secondary air flows; the secondary duct being arranged around the primary duct at the outlet; a stabiliser device (28; 128) arranged at the outlet of the primary duct and comprising an annular element (55; 155) centred on the longitudinal axis provided with an inner surface and an outer surface; the stabiliser device (28; 128) being provided externally with at least a plurality of cooling fins (59; 159) coupled to the outer surface, which face the secondary duct; wherein each cooling fin (59; 159) is arranged along a respective direction transverse to the longitudinal axis. a stabiliser device (28; 128) arranged at the outlet of the primary duct and comprising an annular element (55; 155) centred on the longitudinal axis provided with an inner surface and an outer surface; the stabiliser device (28; 128) being provided externally with at least a plurality of cooling fins (59; 159) coupled to the outer surface, which face the secondary duct; wherein each cooling fin (59; 159) is arranged along a respective direction transverse to the longitudinal axis.
System for navigating a vehicle, having: - a management unit, arranged outside the vehicle, for centrally storing vehicle information and traffic rules referring to vehicle information, the traffic rules relating in particular to the closure of roads and being associated with the vehicle information; - a capture unit, which has an interface for capturing vehicle information of the vehicle containing at least one vehicle identification number, and which is configured to send the captured vehicle information of the vehicle to the management unit; - a computation module for computing navigation information, which computation module is configured to also include navigation data and traffic rules, which are stored on the management unit and refer to vehicle information of the vehicle, in the computation of the navigation information, with the result that roads that the vehicle is not permitted to use are therefore not also included in the computation of the navigation information, the computation of the navigation information being route planning, the navigation data comprising a location of the vehicle and a destination as input from a user; and - a navigation unit, arranged in the vehicle, for outputting navigation information computed by the computation module, the navigation unit having an interface configured to capture the destination as input from the user and to capture and store the vehicle identification number, and the navigation unit being designed to send a request signal containing the vehicle identification number to the management unit. - a management unit, arranged outside the vehicle, for centrally storing vehicle information and traffic rules referring to vehicle information, the traffic rules relating in particular to the closure of roads and being associated with the vehicle information; - a capture unit, which has an interface for capturing vehicle information of the vehicle containing at least one vehicle identification number, and which is configured to send the captured vehicle information of the vehicle to the management unit; - a computation module for computing navigation information, which computation module is configured to also include navigation data and traffic rules, which are stored on the management unit and refer to vehicle information of the vehicle, in the computation of the navigation information, with the result that roads that the vehicle is not permitted to use are therefore not also included in the computation of the navigation information, the computation of the navigation information being route planning, the navigation data comprising a location of the vehicle and a destination as input from a user; and - a navigation unit, arranged in the vehicle, for outputting navigation information computed by the computation module, the navigation unit having an interface configured to capture the destination as input from the user and to capture and store the vehicle identification number, and the navigation unit being designed to send a request signal containing the vehicle identification number to the management unit.
An interface apparatus for securely and releasably interconnecting peripherals (22, 330, 418, 500) corresponding to medical instruments to a simulation system to enable a user to interact with the simulation system to perform a medical procedure on a simulated anatomy of a virtual patient, said interface apparatus comprising: a peripheral (22, 330, 418, 500) selectively manipulable by the user and corresponding to a medical instrument; an orifice (36, 419, 501, 712) for receiving said peripheral (22, 330, 418, 500); a capture mechanism (38, 403, 567, 568) for engaging said peripheral (22, 330, 418, 500); and a sensing assembly (46, 412, 520, 706, 708, 710) to measure manipulation of said captured peripheral and transmit information associated with said manipulation to the simulation system to simulate performance of the medical procedure with said corresponding medical instrument in accordance with said measured manipulation characterized in that: the capture mechanism (38, 403, 567, 568) is configured to securely grasp and capture said peripheral (22, 330, 418, 500) to enable said interface apparatus to measure manipulation of said peripheral and to release said peripheral (22, 330, 418, 500) to enable removal of said peripheral (22, 330, 418, 500) from said interface apparatus. a peripheral (22, 330, 418, 500) selectively manipulable by the user and corresponding to a medical instrument; an orifice (36, 419, 501, 712) for receiving said peripheral (22, 330, 418, 500); a capture mechanism (38, 403, 567, 568) for engaging said peripheral (22, 330, 418, 500); and a sensing assembly (46, 412, 520, 706, 708, 710) to measure manipulation of said captured peripheral and transmit information associated with said manipulation to the simulation system to simulate performance of the medical procedure with said corresponding medical instrument in accordance with said measured manipulation the capture mechanism (38, 403, 567, 568) is configured to securely grasp and capture said peripheral (22, 330, 418, 500) to enable said interface apparatus to measure manipulation of said peripheral and to release said peripheral (22, 330, 418, 500) to enable removal of said peripheral (22, 330, 418, 500) from said interface apparatus.
Capsule for preparing beverages, comprising: - a housing at least partially filled with a substance to be extracted and/or dissolved, such as ground coffee, wherein the housing is at least partially manufactured from polypropylene, and is provided with a supply side for pressing a liquid such as water into the capsule, and with a discharge side located a distance from supply side for discharging liquid provided with extract and/or dissolved substance and guided through the capsule, wherein at least a part of the discharge side of the housing is initially sealed by a perforable foil; - a laterally protruding engaging edge comprising a flange integrally connected to the housing to enable clamping of the capsule in a device for preparing beverages; and - at least one at least partially resilient sealing element for sealing a space between the device and the capsule during clamping of the capsule in the device, characterized in that the sealing element comprises thermoplastic polypropylene, that the foil is at least partially manufactured from polypropylene and in that both the sealing element and the foil are welded onto the flange - a housing at least partially filled with a substance to be extracted and/or dissolved, such as ground coffee, wherein the housing is at least partially manufactured from polypropylene, and is provided with a supply side for pressing a liquid such as water into the capsule, and with a discharge side located a distance from supply side for discharging liquid provided with extract and/or dissolved substance and guided through the capsule, wherein at least a part of the discharge side of the housing is initially sealed by a perforable foil; - a laterally protruding engaging edge comprising a flange integrally connected to the housing to enable clamping of the capsule in a device for preparing beverages; and - at least one at least partially resilient sealing element for sealing a space between the device and the capsule during clamping of the capsule in the device,