mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising an effective amount of a NAD precursor; a NAMPT upregulator; a NQO1 upregulator; a NNMT (nicotinamide N-methyltransferase) downregulator and a NADase downregulator; characterised in that the NAD precursor comprises niacinamide; the NAMPT upregulator comprises rutin; the NQO1 upregulator comprises alpha lipoic acid; the NNMT (nicotinamide N-methyltransferase) downregulator comprises EGCG and the NADase downregulator comprises apigenin.
An orally disintegrating composition comprising lacosamide or a pharmaceutically acceptable salt thereof, a superdisintegrant and one or more pharmaceutically acceptable excipients.
A method for the functional testing of a leak detector, wherein a testing device comprising a chamber with variable volume is being connected to the leak detector, characterized in that the leak detector includes a partial pressure sensor, said partial pressure sensor comprising a gas inlet, a detection chamber having a window selectively permeable to a test gas, and a pressure sensor for providing an indication corresponding to the partial pressure of the test gas, that, by changing the size of said chamber, the partial pressure of the test gas contained in the ambient air is changed at the gas inlet of the partial pressure sensor, and that it is checked whether the leak detector indicates the change.
Turbomachine comprising a gasket device for a turbomachine bearing, said bearing including a balling bearing mounted between a sleeve integral with a shaft and a case, the sleeve having a rotating surface and the case including a case element acting as a cover for the gasket device, the gasket device being able to separate an oil enclosure from the balling bearing and an air enclosure from the turbomachine, the gasket device including: - segmented gasket, mounted in association with the rotating surface of the sleeve, for providing most of the tightness of the device, - a supporting jacket for holding the segmented gasket, which jacket is mounted between the sleeve and the case element, the support jacket including a first groove accommodating a first elastic seal for centring the supporting jacket over the case element, characterised in that the supporting jacket includes a second groove accommodating a second elastic seal for centring the supporting jacket over the case element, in that the rotating surface of the sleeve is extended by a cylindrical surface, and in that the supporting jacket includes a labyrinth oil outlet system in relation with the cylindrical surface. - segmented gasket, mounted in association with the rotating surface of the sleeve, for providing most of the tightness of the device, - a supporting jacket for holding the segmented gasket, which jacket is mounted between the sleeve and the case element, the support jacket including a first groove accommodating a first elastic seal for centring the supporting jacket over the case element,
An optical fiber cleaving apparatus, comprising: a main body on which an optical fiber having a predetermined length of a glass fiber portion exposed at a tip is placed; a cover member which fixes the optical fiber between the cover member and the main body; a blade member which scratches the fixed glass fiber portion; a breaking member which breaks the glass fiber portion at the scratched portion; a retreat member which moves a broken end portion of the optical fiber to a position that does not contact with the blade member; and a holding member that is movably attached to the main body and holds the blade member, wherein the retreat member is attached to the holding member, characterized in that the optical fiber cleaving apparatus further comprises an urging member for urging the retreat member; wherein the urging member is provided between the retreat member and the holding member, wherein the retreat member, when pressed by the cover member, is moved to a position that does not contact with the optical fiber fixed between the main body and the cover member, and wherein the retreat member is urged by the urging member to move the optical fiber, which is not fixed between the main body and the cover member, to a position that does not contact with the blade member. a main body on which an optical fiber having a predetermined length of a glass fiber portion exposed at a tip is placed; a cover member which fixes the optical fiber between the cover member and the main body; a blade member which scratches the fixed glass fiber portion; a breaking member which breaks the glass fiber portion at the scratched portion; a retreat member which moves a broken end portion of the optical fiber to a position that does not contact with the blade member; and a holding member that is movably attached to the main body and holds the blade member, wherein the retreat member is attached to the holding member, characterized in that the optical fiber cleaving apparatus further comprises an urging member for urging the retreat member; wherein the urging member is provided between the retreat member and the holding member, wherein the retreat member, when pressed by the cover member, is moved to a position that does not contact with the optical fiber fixed between the main body and the cover member, and wherein the retreat member is urged by the urging member to move the optical fiber, which is not fixed between the main body and the cover member, to a position that does not contact with the blade member.
An apparatus comprising: an accessory (12; 302; 400; 600, 606; 1200; 1400; 1600; 1700; 1300, 1306) for removably and replaceably attaching to a consumables dispenser in the form of an inhaler (304; 604; 702; 1202; 1304; 1404; 1602; 1702), the accessory including a first sensor (28, 438) configured to sense attachment of the accessory to the dispenser; a second sensor (28; 438) configured to sense dispensing of the consumable from the dispenser; a processor (34; 202; 441); and a wireless communication mechanism, wherein the processor is configured to cause the wireless communication mechanism to wirelessly transmit first data indicative of the sensed attachment of the accessory, and second data relating to said dispensing. an accessory (12; 302; 400; 600, 606; 1200; 1400; 1600; 1700; 1300, 1306) for removably and replaceably attaching to a consumables dispenser in the form of an inhaler (304; 604; 702; 1202; 1304; 1404; 1602; 1702), the accessory including a first sensor (28, 438) configured to sense attachment of the accessory to the dispenser; a second sensor (28; 438) configured to sense dispensing of the consumable from the dispenser; a processor (34; 202; 441); and a wireless communication mechanism, wherein the processor is configured to cause the wireless communication mechanism to wirelessly transmit first data indicative of the sensed attachment of the accessory, and second data relating to said dispensing.
A method for initialising a radio base station, the method comprising the steps, performed in the radio base station, of: obtaining location data for the radio base station; receiving a configuration message over a first communication link, the configuration message matching the location data for the radio base station, and the configuration message comprising at least one connectivity parameter, characterized in that the at least one connectivity parameter comprises an identifier of the radio base station; and establishing, based on the at least one connectivity parameter, a connection with a core network over a second communication link, the second communication link being different from the first communication link, wherein after the step of establishing the connection with the core network, communication occurs between the radio base station and an operation and maintenance server. obtaining location data for the radio base station; receiving a configuration message over a first communication link, the configuration message matching the location data for the radio base station, and the configuration message comprising at least one connectivity parameter, characterized in that the at least one connectivity parameter comprises an identifier of the radio base station; and establishing, based on the at least one connectivity parameter, a connection with a core network over a second communication link, the second communication link being different from the first communication link, wherein after the step of establishing the connection with the core network, communication occurs between the radio base station and an operation and maintenance server.
Process for preparing sorbic anhydride, wherein alkali metal or alkaline earth metal salts of sorbic acid are reacted with phosgene in an inert organic solvent.
Tube head for a product of liquid to pasty consistency, said tube head being made of plastic, from a mould comprising a mandrel and adapted to be associated with a skirt in order to form a tube having an internal volume, and comprising - a neck having at a first end an opening through which the product is extracted from the tube, - a shoulder connected to a second end of the neck opposite the first end, - a barrier-forming insert arranged on the inner surface of the shoulder, said insert comprising at least one metal layer and having an outer edge continuously covered by a outer support of plastic material forming the tube head, as well as an inner orifice defining an inner edge, characterised in that the inner edge of the insert is discontinuously covered by the plastic material forming the tube head, in such a way that a portion of the face of the insert directed towards the internal volume of the tube and adjacent to said inner edge is covered by an inner support, the covering of the inner edge of the insert being interrupted by zones of the insert in contact with volumes forming a protrusion of said mandrel during moulding. - a neck having at a first end an opening through which the product is extracted from the tube, - a shoulder connected to a second end of the neck opposite the first end, - a barrier-forming insert arranged on the inner surface of the shoulder, said insert comprising at least one metal layer and having an outer edge continuously covered by a outer support of plastic material forming the tube head, as well as an inner orifice defining an inner edge,
A transgenic seed that contains in its genome a recombinant DNA molecule encoding a cold shock protein having at least 90% identity to SEQ ID NO: 63 or 65, said cold shock protein comprising the cold shock domain sequence -G-F-I-x(6,7)- -[LIVM]-F-x-H-x-[STKR]-x-[LIVMFY] of SEQ ID NO:3 and having single stranded nucleic acid binding function, wherein the recombinant DNA molecule expresses the cold shock protein in a transgenic plant grown from the seed, wherein the transgenic plant has a higher growth rate under conditions where water would be limiting for growth for a non-transformed plant of the same species or wherein the transgenic plant has resistance to drought compared to a non-transformed plant of the same species.
A method, comprising: applying an input waveform to a transmission medium, wherein the input waveform has a leading edge characterized by the expression De αt, where D is a non-zero constant, α is a non-zero constant, and t is time; recording the input waveform; recording an output waveform, wherein the output waveform is produced by the transmission medium in response to the input waveform; determining a sequence of time-of-flight values between the recorded input waveform and the recorded output waveform, wherein each of the time-of-flight values is determined by subtracting a time t 1 from a time t 2, wherein the time t 1 is the time when the leading edge of the input waveform crosses a threshold signal level, wherein the time t 2 is the time when a leading edge of the output waveform crosses the threshold signal level,wherein each of the time-of-flight values is determined using a different value of the threshold signal level Y; and computing an average of the time-of-flight values to determine an average time-of-flight value. applying an input waveform to a transmission medium, wherein the input waveform has a leading edge characterized by the expression De αt, where D is a non-zero constant, α is a non-zero constant, and t is time; recording the input waveform; recording an output waveform, wherein the output waveform is produced by the transmission medium in response to the input waveform; determining a sequence of time-of-flight values between the recorded input waveform and the recorded output waveform, wherein each of the time-of-flight values is determined by subtracting a time t 1 from a time t 2, wherein the time t 1 is the time when the leading edge of the input waveform crosses a threshold signal level, wherein the time t 2 is the time when a leading edge of the output waveform crosses the threshold signal level,wherein each of the time-of-flight values is determined using a different value of the threshold signal level Y; and computing an average of the time-of-flight values to determine an average time-of-flight value.
A ceramic material containing lithium (Li), lanthanum (La), zirconium (Zr), oxygen, and aluminum (Al), having a garnet-type or garnet-like crystal structure; wherein the aluminum content of the ceramic material does not exceed 2 wt% in relation to the total weight thereof.
A method of non-specifically diagnosing asymptomatic bacterial vaginosis and an asymptomatic sexually transmitted infection in the genital tract of a non-pregnant female subject in a single test, the method comprising the steps of: a) measuring the levels of IP-10 and either of IL-1β or IL-1α in a sample from the subject; b) comparing each of these levels to a pre-determined level of IP-10 and either of IL-1β or IL-1α, and c) if the level of IP-10 in the sample is lower than the predetermined level of IP-10 or if the level of IL-1β or IL-1α in the sample is higher than the predetermined level of IL-1β or IL-1α, then making a non-specific diagnosis that the subject has at least one of asymptomatic bacterial vaginosis and an asymptomatic sexually transmitted infection. a) measuring the levels of IP-10 and either of IL-1β or IL-1α in a sample from the subject; b) comparing each of these levels to a pre-determined level of IP-10 and either of IL-1β or IL-1α, and c) if the level of IP-10 in the sample is lower than the predetermined level of IP-10 or if the level of IL-1β or IL-1α in the sample is higher than the predetermined level of IL-1β or IL-1α, then making a non-specific diagnosis that the subject has at least one of asymptomatic bacterial vaginosis and an asymptomatic sexually transmitted infection.
Method for alerting a person near a vehicle when said vehicle performs a movement, characterized in that the vehicle is equipped with at least two speakers (26A, 26B; 32A-32H) configured to emit sound alarms in opposite directions (D1, D2) and in that each speaker (26B; 32E, 32F) that is oriented in the direction of the movement emits a first sound alarm, while each other speaker (26A; 32A-32D, 32G, 32H) emits no sound or a second sound alarm that is different from the first sound alarm.
Method for spraying solids onto a surface, consisting of spraying said solids as a jet, by using at least one nipple or injector, provided with at least one discharge opening in the lower surface thereof, associated to at least one transducer, in such a way that, by means of the appropriate solids supply inside said injector and by the activation and deactivation of said transducer, a movement or vibration is produced at the lower surface of said injector in the direction (z), perpendicular to the plane containing said lower surface, in such a way that it sprays the solid particles outside said injector onto a surface located underneath said injector; wherein the activation of said transducer is produced by applying a periodic oscillating voltage, so that the at least one transducer transmits an appropriate oscillating movement along axis (z) of said nipple or injector; characterized in that the deactivation of said transducer is produced by means of the application of a periodic oscillating voltage in phase opposition with respect to that of the activation, such that the vibration or movement induced in the activation is cancelled in said injector.
An apparatus for calibrating a camera capturing a sequence of frames, the apparatus comprising: a first calibration unit configured to perform a first calibration for frames of the sequence to calculate for those frames first calibration data for a set of one or more camera parameters; and a second calibration unit configured to perform a second calibration for selected frames of the sequence to calculate second calibration data for those frames for the set of one or more camera parameters in dependence on the first calibration data for those frames; wherein the first calibration unit is configured to use the second calibration data to perform the first calibration for subsequent frames of the sequence. a first calibration unit configured to perform a first calibration for frames of the sequence to calculate for those frames first calibration data for a set of one or more camera parameters; and a second calibration unit configured to perform a second calibration for selected frames of the sequence to calculate second calibration data for those frames for the set of one or more camera parameters in dependence on the first calibration data for those frames; wherein the first calibration unit is configured to use the second calibration data to perform the first calibration for subsequent frames of the sequence.
An apparatus comprising: a catheter defining a fluidic channel and having a distal opening; an electrode within the fluidic channel and spaced a distance from the distal opening of the catheter; and a porous tip disposed within the fluidic channel, wherein the porous tip comprises an absorbent material; wherein the catheter is arranged to prevent direct contact between any electrode of the apparatus and tissue. a catheter defining a fluidic channel and having a distal opening; an electrode within the fluidic channel and spaced a distance from the distal opening of the catheter; and a porous tip disposed within the fluidic channel, wherein the porous tip comprises an absorbent material; wherein the catheter is arranged to prevent direct contact between any electrode of the apparatus and tissue.
A self-expandable stent comprising a flexible, part-tubular body having an open side with a pair of axial edges extending therealong, the body comprising a central portion and a pair of axial edge portions joining the central portion to the axial edges, at least part of the body being invertible from a relaxed, part-tubular condition to a flexed, inverted part-tubular condition in which the axial edges overlap or converge toward one another for insertion and release in a lumen to expand, bear against and support a wall of the lumen, wherein the body is configured such that a pressure exerted, in use, on the lumen wall by the axial edge portions is less than that which is exerted by at least part of the central portion.
Method for geolocating a terminal of a wireless communication system, said wireless communication system comprising an access network configured to estimate an approximate geographical position of said terminal, the terminal comprising a positioning device for obtaining a precise geographical position of the terminal, the precision of which is better than the precision of the approximate geographical position estimated by the access network, the method being characterized in that the method includes: - calculation by the terminal of truncated information on the precise geographical position by breaking down said precise geographical position into a first part and a second part, the first part varying less quickly than the second part when the terminal moves, the truncated information representing the second part of the precise geographical position, - transmission by the terminal of the truncated information in a message intended for the access network, - estimation of the approximate geographical position of the terminal by the access network, - extraction by the access network of the truncated information from the message received coming from the terminal, - determination by the access network of the precise geographical position of the terminal from the truncated information and from the approximate geographical position. - calculation by the terminal of truncated information on the precise geographical position by breaking down said precise geographical position into a first part and a second part, the first part varying less quickly than the second part when the terminal moves, the truncated information representing the second part of the precise geographical position, - transmission by the terminal of the truncated information in a message intended for the access network, - estimation of the approximate geographical position of the terminal by the access network, - extraction by the access network of the truncated information from the message received coming from the terminal, - determination by the access network of the precise geographical position of the terminal from the truncated information and from the approximate geographical position.
A method for controlling a solar installation, which, in the collector circuit, comprises at least one solar collector, a cold water intake and a hot water outflow, a solar flow sensor and a solar return flow sensor, and also at least one solar charging pump (7, 8), at least one storage tank and a hot water tank, or a storage tank with a hot water zone, wherein at least one solar collector and a collector sensor for detecting the collector temperature are provided and, in the collector circuit, a flow transmitter and a solar yield arithmetic logic unit for calculating the solar capacity are provided, wherein the solar charging pump (7, 8) remains switched on as long as the solar capacity exceeds a threshold capacity value, wherein - the at least one solar charging pump (7, 8) is switched off if the capacity falls below the threshold capacity value, wherein the collector temperature is saved as a set value, and - the at least one solar charging pump (7, 8) is switched on again, if the collector temperature increases above a threshold increase value above the set value. - the at least one solar charging pump (7, 8) is switched off if the capacity falls below the threshold capacity value, wherein the collector temperature is saved as a set value, and - the at least one solar charging pump (7, 8) is switched on again, if the collector temperature increases above a threshold increase value above the set value.