mhurhangee/patent-ind-claim-en huggingface dataset:
A combination comprising at least (i) fisetin, and (ii) docosahexaenoic acid (DHA), or a derivative thereof, selected in the form of a glyceride or a phospholipid, for use in the treatment and/or the prevention of disorders associated with a bone loss and/or an imbalance of the ratio between the bone formation and resorption. (i) fisetin, and (ii) docosahexaenoic acid (DHA), or a derivative thereof, selected in the form of a glyceride or a phospholipid,
Method for operating a multi-stage transmission in a motor vehicle, comprising four planetary gears (RS1 to RS4) which can be shifted into different gear ratios by means of shift elements (A, B, C, D) and which can be connected via input elements and output elements to a driven input shaft and to an output shaft and whose reaction elements can be coupled or braked, wherein the four planetary gears (RS1 to RS4) can be shifted by means of two brakes (A, B) and by means of three shifting clutches (C, D, E) into eight forward gear ratios, wherein in the higher gear ratios, in particular the fourth to eighth gear ratio, at least a first shifting clutch (D) is continuously switched in order to produce a flow of power in the transmission, and in the lower gear ratios, in particular the first to third gear ratios, at least a second and/or third shifting clutch (C, E) is switched in order to produce a flow of power in the transmission, wherein in a coasting mode, with the gear ratio engaged or switched, the flow of power in the transmission is interrupted by opening of one of the shifting clutches (C, D, E), wherein to provide the coasting mode in the higher gear ratios the first shifting clutch (D) is opened, and that to provide the coasting mode in the lower gear ratios the second or third shifting clutch (C, E) is opened, wherein in the lower gear ratios, that is to say the first, second and third gear ratio, the first shifting clutch (D) is opened, and wherein in the first and third gear ratio the second shifting clutch (C) is closed, and that in the second gear ratio the third shifting clutch (E) is closed, characterised in that to provide the coasting mode in the first or third gear ratio the second shifting clutch (C) is opened.
A power demand amount calculation apparatus for calculating a demand amount of power necessary for a plurality of electric vehicles (Va, Vb, Vc), the power demand amount calculation apparatus comprising: a floating car data reception unit configured to establish a communication connection with a plurality of vehicle-mounted apparatuses (Ua, Ub, Uc) mounted on the electric vehicles (Va, Vb, Vc) via a communication circuit (N) and to receive floating car data including at least information representing the rated capacity and information representing the charge level of the battery of the electric vehicle and position information of the electric vehicle from the vehicle-mounted apparatus (Ua, Ub, Uc) of the electric vehicle, and a power demand amount calculation unit configured to calculate a demand amount of power necessary for each electric vehicle within a predetermined region in a predetermined time zone among the plurality of electric vehicles (Va, Vb, Vc) based on at least a rated capacity and an actual capacity of a battery of each electric vehicle within the predetermined region, the actual capacity being obtained based on the rated capacity and a ratio of the charge level; wherein the power demand amount calculation unit is configured to calculate a demand amount of power necessary for each electric vehicle within the predetermined region excluding any electric vehicle which is being charged. a floating car data reception unit configured to establish a communication connection with a plurality of vehicle-mounted apparatuses (Ua, Ub, Uc) mounted on the electric vehicles (Va, Vb, Vc) via a communication circuit (N) and to receive floating car data including at least information representing the rated capacity and information representing the charge level of the battery of the electric vehicle and position information of the electric vehicle from the vehicle-mounted apparatus (Ua, Ub, Uc) of the electric vehicle, and a power demand amount calculation unit configured to calculate a demand amount of power necessary for each electric vehicle within a predetermined region in a predetermined time zone among the plurality of electric vehicles (Va, Vb, Vc) based on at least a rated capacity and an actual capacity of a battery of each electric vehicle within the predetermined region, the actual capacity being obtained based on the rated capacity and a ratio of the charge level; wherein the power demand amount calculation unit is configured to calculate a demand amount of power necessary for each electric vehicle within the predetermined region excluding any electric vehicle which is being charged.
Prefabricated staircase with a quarter turn comprising a central stringer to which are singly attached to the treads (10 - 13, 18), the central stringer being made of a metal beam manufactured by cutting and bending of at least one metal sheet, in particular made of steel, so as to define at least four zones receiving the treads, suitable to provide the quarter turn, the said receiving zones comprising a first zone for supporting and possibly bonding the said treads, and a second zone defining a notch orientated along an essentially vertical plane and having a width corresponding substantially to the thickness of the tread, within which notch the said treads are capable of sliding over a variable distance - depending on the desired tread area; ▪ the treads are made of concrete or wood, of which at least four are adapted to the said four zones of the stringer to obtain the quarter turn.
A road control unit comprising a speed detector and at least one image capturing device , and further comprising an intermediate plate between the speed detector and each image capturing device, the plate being adapted to form a removable connection assembly with the speed detector , and to determine without adjustment margin an angular orientation of the plate relative to a radio axis (P1) of the speed detector when the plate is assembled with the speed detector, the plate being further adapted to support each image capturing device with an angular orientation of said image capturing device which is contained within at least one adjustment margin extending on either side of a nominal orientation (αE, αR, βE, βR), the adjustment margin and the nominal orientation being determined by the plate for each image capturing device , and the plate including for each image capturing device , a locking system adapted to block the angular orientation of said image capturing device, such that when the plate is assembled to the speed detector and the locking system is activated, an optical axis (PE, PR) of the image capturing device is maintained with a constant relative orientation with respect to the radio axis (P1) of the speed detector , the road control unit being adapted so that the orientation of each image capturing device can be manually adjusted within said at least one corresponding adjustment margin as determined by the plate , characterised in that the plate is dedicated to an interval of values for an edge distance (d) defined as an installation distance, measured horizontally, between a centre of the road control unit and an edge line of a road on a side of which the road control unit is intended to be installed, and an indication of said interval of values for the edge distance is registered on the plate, and in that the road control unit further comprises at least one additional plate , all the plates being interchangeable and adapted to be substituted for each other between the speed detector and each image capturing device , and the plates being respectively dedicated to disjoint intervals for the edge distance value (d), an indication of each interval of values being registered on the corresponding plate.
A head-mounted display device, characterized by : a front piece , adapted for placing a display device ; and an annular piece adapted to contact a face of a user so that ambient light does not enter the head-mounted display device, the annular piece comprising a pair of compression portions , a pair of rotating portions , and connection portions , wherein the pair of rotating portions are respectively located on the two opposite ends of each of the pair of compression portions , the annular piece is separate from the front piece , the front piece has an accommodation space, and the annular piece is disposed in the accommodation space, and the annular piece is connected to the front piece via the pair of compression portions , when the pair of compression portions are compressed toward the front piece , the pair of rotating portions are adapted to be rotated relative to the pair of compression portions , so as to conform to the peripheral of the user's eyes, by the pair of compression portions being compressed, and rotation directions of the pair of rotating portions are opposite to each other, wherein each of the connection portions is connected between the pair of compression portions and the pair of rotating portions to form a gap (G) to allow the pair of rotating portions to be moved or rotated freely without obstructions by the pair of compression portions and has a second opening (O2) facing toward a side away from the front piece . a front piece , adapted for placing a display device ; and an annular piece adapted to contact a face of a user so that ambient light does not enter the head-mounted display device, the annular piece comprising a pair of compression portions , a pair of rotating portions , and connection portions , wherein the pair of rotating portions are respectively located on the two opposite ends of each of the pair of compression portions , the annular piece is separate from the front piece , the front piece has an accommodation space, and the annular piece is disposed in the accommodation space, and the annular piece is connected to the front piece via the pair of compression portions , when the pair of compression portions are compressed toward the front piece , the pair of rotating portions are adapted to be rotated relative to the pair of compression portions , so as to conform to the peripheral of the user's eyes, by the pair of compression portions being compressed, and rotation directions of the pair of rotating portions are opposite to each other, wherein each of the connection portions is connected between the pair of compression portions and the pair of rotating portions to form a gap (G) to allow the pair of rotating portions to be moved or rotated freely without obstructions by the pair of compression portions and has a second opening (O2) facing toward a side away from the front piece .
A timepiece movement for a timepiece, comprising a driving member comprising : - a mainspring ; - a drum delimiting an outer wall of a housing accommodating said mainspring , an outer end of said mainspring being connected to said drum , said drum being arranged to pivot about an axis of rotation and having the shape of a toothed annular crown; - a toothed wheel integral with a core to which an inner end of said mainspring is connected; wherein an open face of said housing is intended to be closed by being positioned facing a fixed element of the timepiece against which said drum is intended to be mounted, characterized in that said core and said gear wheel are monobloc, and in that said drum is supported by a ball bearing comprising a first groove located on the outer wall of said drum and a second groove facing said first groove , said second groove being located on the inner wall of an outer ring arranged to be fixed to said fixed element , a plurality of balls being housed in the cavity formed by said grooves . - a mainspring ; - a drum delimiting an outer wall of a housing accommodating said mainspring , an outer end of said mainspring being connected to said drum , said drum being arranged to pivot about an axis of rotation and having the shape of a toothed annular crown; - a toothed wheel integral with a core to which an inner end of said mainspring is connected; wherein an open face of said housing is intended to be closed by being positioned facing a fixed element of the timepiece against which said drum is intended to be mounted, characterized in that said core and said gear wheel are monobloc, and in that said drum is supported by a ball bearing comprising a first groove located on the outer wall of said drum and a second groove facing said first groove , said second groove being located on the inner wall of an outer ring arranged to be fixed to said fixed element , a plurality of balls being housed in the cavity formed by said grooves .
A host cell for stably propagating a virulent hand, foot and mouth disease virus, the host cell expressing no heparan sulfate and overexpressing primate scavenger receptor class B member 2 (SCARB2), wherein at least one gene encoding an enzyme involved in the biosynthesis of heparan sulfate is knocked-out or knocked-down in the host cell, and wherein an exogenous primate SCARB2-encoding gene is introduced into the host cell.
A dynamic random access memory, DRAM, device , the DRAM device comprising: a unidirectional request interface having at least two request ports (RQ[3:0]) and supporting an operational mode and a loop-back mode, a respective one of the at least two request ports to receive, in the operational mode, write commands and corresponding addresses and, in the loop-back mode, at least one test pattern; a plurality of bidirectional data interfaces (DQ[31:0]) supporting the operational mode and the loop-back mode, the plurality of bidirectional data interfaces to receive, in the operational mode, data corresponding to each write command of the write commands and to transmit, in the loop-back mode, the at least one test pattern; and loop-back circuitry to provide, in the loop-back mode, loop-back paths from the respective one of the at least two request ports to a respective one of the plurality of bidirectional data interfaces. a unidirectional request interface having at least two request ports (RQ[3:0]) and supporting an operational mode and a loop-back mode, a respective one of the at least two request ports to receive, in the operational mode, write commands and corresponding addresses and, in the loop-back mode, at least one test pattern; a plurality of bidirectional data interfaces (DQ[31:0]) supporting the operational mode and the loop-back mode, the plurality of bidirectional data interfaces to receive, in the operational mode, data corresponding to each write command of the write commands and to transmit, in the loop-back mode, the at least one test pattern; and loop-back circuitry to provide, in the loop-back mode, loop-back paths from the respective one of the at least two request ports to a respective one of the plurality of bidirectional data interfaces.
Weapon tube for a submarine having an ejection device, wherein the ejection device comprises at least one first working cylinder and at least one first pressure accumulator , wherein the at least one first working cylinder is arranged, wherein the at least one first working cylinder has at least one first side of the working cylinder , wherein the first side of the working cylinder is filled with gas, wherein the at least one first working cylinder has at least one second side of the working cylinder , wherein the second side of the working cylinder is filled with a liquid, wherein the at least one pressure accumulator has at least one first side of the pressure accumulator , wherein the first side of the pressure accumulator is filled with gas, wherein the at least one first pressure accumulator has at least one second side of the pressure accumulator , wherein the second side of the pressure accumulator is filled with a liquid, wherein the at least one second side of the pressure accumulator and the at least one second side of the working cylinder are connected to one another via at least one first connection , wherein the first connection has a first valve , wherein the at least one first working cylinder has a working piston , wherein the working piston separates the at least one first side of the working cylinder and the at least one second side of the working cylinder , wherein the working piston is connected to a coupling device , wherein the coupling device is designed for ejecting a weapon from the weapon tube .
A surface magnet type motor (10;21) having a magnet at a surface of a rotor (15;25), an anti-scattering tube formed in a cylindrical configuration longer in length than said magnet mounted at said rotor (15;25) in an axial direction, and having said magnet press-fitted therein for preventing scattering of the magnet ,_and a stress alleviation portion (17b, 17c;27b,27c) alleviating stress generated at an end of said magnet press-fitted into said anti-scattering tube , wherein said stress alleviation portion (17b,17c; 27b,27c) is provided at a projection portion (17b,17c;27b,27c) that is a portion of said anti-scattering tube and protruding from each of both end faces of said press-fitted magnet , taking a configuration of suppressing a displacement difference in a direction of an inner diameter generated between said projection portion and a portion of said tube excluding said projection portion by said press-fitting, said stress alleviation portion (17b,17c; 27b,27c) takes a configuration of suppressing said difference by forming said projection portion (17b,17c;27b,27c) in lower rigidity than said portion excluding the projection portion, said surface magnet type motor (10;21) being characterized in that said configuration of suppressing the difference achieves lower rigidity by forming said projection portion (17b,17c;27b,27c) thinner than said portion excluding the projection portion by removing a portion from the outer surface of the cylinder of the projection portion.
A method of correcting a satellite image acquiring posture, the method comprising: Receiving , from a ground-based orbit propagator , a desired satellite position P Desired of a satellite for imaging and a planned ground imaging time T Imaging , in response to an image acquisition command; Estimating a predicted satellite position P Predicted at which the satellite is to be disposed at the planned ground imaging time T Imaging ; characterised in that the method comprises: Calculating a posture correction angle dθ for the satellite at the predicted satellite position P Predicted using the desired satellite position P Desired ; and Performing control to obtain an image from the satellite, after a posture of the satellite is corrected based on the posture correction angle dθ. Receiving , from a ground-based orbit propagator , a desired satellite position P Desired of a satellite for imaging and a planned ground imaging time T Imaging , in response to an image acquisition command; Estimating a predicted satellite position P Predicted at which the satellite is to be disposed at the planned ground imaging time T Imaging ; characterised in that the method comprises: Calculating a posture correction angle dθ for the satellite at the predicted satellite position P Predicted using the desired satellite position P Desired ; and Performing control to obtain an image from the satellite, after a posture of the satellite is corrected based on the posture correction angle dθ. Calculating a posture correction angle dθ for the satellite at the predicted satellite position P Predicted using the desired satellite position P Desired ; and Performing control to obtain an image from the satellite, after a posture of the satellite is corrected based on the posture correction angle dθ.
A mechanical insufflation-exsufflation system , the system comprising: a subject interface, a pressure generator configured to generate a pressurized flow of breathable gas for delivery to an airway of the subject , the pressure generator being configured to provide a positive pressurized flow in an insufflation mode and to provide a pressurized negative flow in an exsufflation mode; one or more sensors configured to generate output signals related to one or more parameters associated with gas in the subject interface; and comprising one or more processors operatively connected to the one or more sensors to receive the output signals; whereby the processors are configured to: compare a pressure level of the gas to a pressure level threshold; compare a flow rate of the gas to a flow rate threshold; and determine an initiation of a cough by the subject when the pressure level of the gas exceeds the pressure level threshold and the flow rate of the gas exceeds the flow rate threshold. synchronize a transition of the pressure generator from the insufflation mode to the exsufflation mode with the initiation of the cough by the subject. a subject interface, a pressure generator configured to generate a pressurized flow of breathable gas for delivery to an airway of the subject , the pressure generator being configured to provide a positive pressurized flow in an insufflation mode and to provide a pressurized negative flow in an exsufflation mode; one or more sensors configured to generate output signals related to one or more parameters associated with gas in the subject interface; and comprising one or more processors operatively connected to the one or more sensors to receive the output signals; whereby the processors are configured to: compare a pressure level of the gas to a pressure level threshold; compare a flow rate of the gas to a flow rate threshold; and determine an initiation of a cough by the subject when the pressure level of the gas exceeds the pressure level threshold and the flow rate of the gas exceeds the flow rate threshold. synchronize a transition of the pressure generator from the insufflation mode to the exsufflation mode with the initiation of the cough by the subject. compare a pressure level of the gas to a pressure level threshold; compare a flow rate of the gas to a flow rate threshold; and determine an initiation of a cough by the subject when the pressure level of the gas exceeds the pressure level threshold and the flow rate of the gas exceeds the flow rate threshold. synchronize a transition of the pressure generator from the insufflation mode to the exsufflation mode with the initiation of the cough by the subject.
A fixing solution characterized by comprising: an aliphatic dicarboxylic acid ester; a polyethylene glycol alkyl ether; and water dispersed in the aliphatic dicarboxylic acid ester, wherein the polyethylene glycol alkyl ether has not less than 4 pieces and not more than 12 pieces of an oxyethylene unit, and a number of a carbon atom of an alkyl group of the polyethylene glycol alkyl ether is not less than 1 and is not more than 4. an aliphatic dicarboxylic acid ester; a polyethylene glycol alkyl ether; and water dispersed in the aliphatic dicarboxylic acid ester, wherein the polyethylene glycol alkyl ether has not less than 4 pieces and not more than 12 pieces of an oxyethylene unit, and a number of a carbon atom of an alkyl group of the polyethylene glycol alkyl ether is not less than 1 and is not more than 4.