mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for performing an automatic error correction in a distance measurement between two transceivers , wherein the arrangement includes at least two transceivers for transmitting and/or receiving a signal in the ultra-broadband range, spaced apart from each other by a specified distance (D v ), wherein the arrangement is configured to: in the distance measurement , control the frequency difference between the at least two transceivers to a predetermined value, determine a distance (D 1 ) to be measured between the two transceivers by means of two-way-ranging (TWR) depending on a transmission signal strength and a frequency difference of the signal, and set a transmission signal strength and a frequency difference of the signal, as a result of which a value of the distance (D 1 ) to be measured is changed, and calculate a correction value on the basis of a measured signal strength, a measured frequency difference, and the measured distance (D 1 ), and correct the measured distance (D 1 ) on the basis of the determined correction value. in the distance measurement , control the frequency difference between the at least two transceivers to a predetermined value, determine a distance (D 1 ) to be measured between the two transceivers by means of two-way-ranging (TWR) depending on a transmission signal strength and a frequency difference of the signal, and set a transmission signal strength and a frequency difference of the signal, as a result of which a value of the distance (D 1 ) to be measured is changed, and calculate a correction value on the basis of a measured signal strength, a measured frequency difference, and the measured distance (D 1 ), and correct the measured distance (D 1 ) on the basis of the determined correction value.
A gel composition comprising: a selective COX-2 inhibitor compound, at least one solubilizer, at least one wetting agent, at least one gel forming agent, at least one precipitating agent to bring about a pH of 5,5 - 7,5 for the gel forming agent swollen in water, at least one volatile siloxane agent at least one solvent, and a penetration enhancer, characterized in that the selective COX-2 inhibitor is present in the composition in solid particulate form and wherein the COX-2 inhibitor is coated with the volatile siloxane agent or characterized in that the selective COX-2 inhibitor is dissolved in the composition and wherein the penetration enhancer is coated with the volatile siloxane agent. a selective COX-2 inhibitor compound, at least one solubilizer, at least one wetting agent, at least one gel forming agent, at least one precipitating agent to bring about a pH of 5,5 - 7,5 for the gel forming agent swollen in water, at least one volatile siloxane agent at least one solvent, and a penetration enhancer,
Computer implemented method for localizing an occupant within a vehicle , the method comprising: - identifying whether at least one occupant is present within the vehicle based on a signal of an ultrasonic sensor , - determining information regarding inclination of the vehicle based on at least one signal of an inclination sensor , - determining whether the occupant is present in one of a plurality of predefined sections of the vehicle based on the information regarding inclination of the vehicle if the presence of at least one occupant within the vehicle is identified. - identifying whether at least one occupant is present within the vehicle based on a signal of an ultrasonic sensor , - determining information regarding inclination of the vehicle based on at least one signal of an inclination sensor , - determining whether the occupant is present in one of a plurality of predefined sections of the vehicle based on the information regarding inclination of the vehicle if the presence of at least one occupant within the vehicle is identified.
A dual barrier liquid storage tank (100; 200; 300) for storing liquid in a subsea environment, comprising: an outer container (110; 310) forming a first barrier against liquids, wherein the outer container (110; 310) is rigid; at least two inner containers (120, 130; 320, 330) disposed within the outer container (110; 310), each inner container (120, 130; 320, 330) forming a second barrier against liquids separate from the first barrier, the at least two inner containers (120, 130; 320, 330) comprising: a first inner container (130; 330) for liquids comprising an inflow valve; and a second inner container (120; 320) for liquids comprising an outflow valve; wherein the at least two inner containers (120, 130; 320, 330) are bladders made of flexible material; wherein the at least two inner containers (120, 130; 320, 330) are pressure balanced; and an annular space between the at least two inner containers (120, 130; 320, 330) and the outer container (110; 310); wherein the volume of the outer container (110; 310) remains fixed, and the volumes of the at least two inner containers (120, 130; 320, 330) are variable and such that, when the outflow valve is opened and the volume of the second inner container (120; 320) decreases, the inflow valve is also opened and the volume of the first inner container (130; 300) increases. an outer container (110; 310) forming a first barrier against liquids, wherein the outer container (110; 310) is rigid; at least two inner containers (120, 130; 320, 330) disposed within the outer container (110; 310), each inner container (120, 130; 320, 330) forming a second barrier against liquids separate from the first barrier, the at least two inner containers (120, 130; 320, 330) comprising: a first inner container (130; 330) for liquids comprising an inflow valve; and a second inner container (120; 320) for liquids comprising an outflow valve; wherein the at least two inner containers (120, 130; 320, 330) are bladders made of flexible material; wherein the at least two inner containers (120, 130; 320, 330) are pressure balanced; and an annular space between the at least two inner containers (120, 130; 320, 330) and the outer container (110; 310); a first inner container (130; 330) for liquids comprising an inflow valve; and a second inner container (120; 320) for liquids comprising an outflow valve; wherein the at least two inner containers (120, 130; 320, 330) are bladders made of flexible material; wherein the at least two inner containers (120, 130; 320, 330) are pressure balanced; and an annular space between the at least two inner containers (120, 130; 320, 330) and the outer container (110; 310); wherein the volume of the outer container (110; 310) remains fixed, and the volumes of the at least two inner containers (120, 130; 320, 330) are variable and such that, when the outflow valve is opened and the volume of the second inner container (120; 320) decreases, the inflow valve is also opened and the volume of the first inner container (130; 300) increases.
A DNA chip, which carries probes (a) and at least one probe from among a probe (b) and a probe (c): (a) probes comprising a nucleic acid that hybridizes to 16S rRNA specific to each of one or more oral bacteria to be detected, wherein the probes are any of sequences (i) to (iii): (i) - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 4, 6, 7, and 8, - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-8, or - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-7; (ii) a complementary sequence of a sequence of (i); and (iii) a sequence having at least 70% sequence identity to a sequence of (i) or (ii); (b) a total amount indicator probe; and (c) an absolute amount indicator probe of one type or a plurality of types, wherein the types of the probes are distinguished by the nucleotide sequences. (a) probes comprising a nucleic acid that hybridizes to 16S rRNA specific to each of one or more oral bacteria to be detected, wherein the probes are any of sequences (i) to (iii): (i) - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 4, 6, 7, and 8, - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-8, or - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-7; (ii) a complementary sequence of a sequence of (i); and (iii) a sequence having at least 70% sequence identity to a sequence of (i) or (ii); (i) - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 4, 6, 7, and 8, - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-8, or - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-7; - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 4, 6, 7, and 8, - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-8, or - each sequence selected from nucleotide sequences represented by SEQ ID NOs: 2-7; (ii) a complementary sequence of a sequence of (i); and (iii) a sequence having at least 70% sequence identity to a sequence of (i) or (ii); (b) a total amount indicator probe; and (c) an absolute amount indicator probe of one type or a plurality of types,
A display including: - a plurality of light sources configured to emit light beams; - a plurality of optical cores having an elongated shape, each optical core having a respective first end, which is optically coupled to a corresponding light source, each optical core being further configured so that, in use, the light beam emitted from the corresponding light source propagates in a guided manner inside the optical core; and - a screen , each optical core having a respective second end, which is optically coupled to said screen; said display further comprising an optical separation element , which forms a plurality of cavities that house corresponding optical cores , each cavity and the corresponding optical core forming a corresponding gap , said corresponding gap and said corresponding optical core forming a waveguide; and wherein said optical separation element is configured to absorb visible light and laterally surrounds at least the first end of each optical core; said display being characterized in that it further comprises a supporting structure , which has a planar shape and forms a single piece with the optical cores, the first ends of which are connected to the supporting structure, said supporting structure being optically coupled to the light sources. - a plurality of light sources configured to emit light beams; - a plurality of optical cores having an elongated shape, each optical core having a respective first end, which is optically coupled to a corresponding light source, each optical core being further configured so that, in use, the light beam emitted from the corresponding light source propagates in a guided manner inside the optical core; and - a screen , each optical core having a respective second end, which is optically coupled to said screen;
A security device comprising: a core comprising an internal jaw and a guide surface , wherein a distance between the internal jaw and the guide surface varies across a length of the core; and a shuttle comprising an opening that forms an external jaw ; wherein the core is movably disposed within the opening of the shuttle such that the guide surface engages with the shuttle; wherein a jaw gap is defined between the internal jaw and the external jaw ; and wherein the guide surface is positioned to guide movement of the shuttle such that as the shuttle moves relative to the core in a sliding direction that includes a horizontal component, the variation in the distance between internal jaw and the guide surface causes the jaw gap to change in a vertical direction; wherein the jaw gap is configured to receive a portion of an item to protect. a core comprising an internal jaw and a guide surface , wherein a distance between the internal jaw and the guide surface varies across a length of the core; and a shuttle comprising an opening that forms an external jaw ; wherein the core is movably disposed within the opening of the shuttle such that the guide surface engages with the shuttle; wherein a jaw gap is defined between the internal jaw and the external jaw ; and wherein the guide surface is positioned to guide movement of the shuttle such that as the shuttle moves relative to the core in a sliding direction that includes a horizontal component, the variation in the distance between internal jaw and the guide surface causes the jaw gap to change in a vertical direction; wherein the jaw gap is configured to receive a portion of an item to protect.
A packaging machine for packaging articles (A) in packs of plastic film (FP), comprising: a wrapping tunnel , adapted to form a tube of plastic film around a group of articles (A); a feed conveyor , adapted to feed articles (A) to be packaged toward the wrapping tunnel ; an elevator , positioned between the feed conveyor and the wrapping tunnel , and movable vertically from a lower position, to receive articles (A) coming from the feed conveyor , to a higher position, to transfer articles (A) to the wrapping tunnel ; a pusher to push articles (A) to be packaged from the elevator into the wrapping tunnel ; an auxiliary conveyor , positioned between the feed conveyor and the elevator and having a vertically variable position; an upender , associated with the vertically variable auxiliary conveyor , adapted to be arranged selectively in an active position, to co-act with the auxiliary conveyor to upend articles (A) coming from the feed conveyor and transfer them toward the elevator , and in an idle position; and wherein the auxiliary conveyor is adapted to transfer the articles (A) coming from the feed conveyor toward the elevator when the upender is in the deactivated position . a wrapping tunnel , adapted to form a tube of plastic film around a group of articles (A); a feed conveyor , adapted to feed articles (A) to be packaged toward the wrapping tunnel ; an elevator , positioned between the feed conveyor and the wrapping tunnel , and movable vertically from a lower position, to receive articles (A) coming from the feed conveyor , to a higher position, to transfer articles (A) to the wrapping tunnel ; a pusher to push articles (A) to be packaged from the elevator into the wrapping tunnel ; an auxiliary conveyor , positioned between the feed conveyor and the elevator and having a vertically variable position; an upender , associated with the vertically variable auxiliary conveyor , adapted to be arranged selectively in an active position, to co-act with the auxiliary conveyor to upend articles (A) coming from the feed conveyor and transfer them toward the elevator , and in an idle position; and wherein the auxiliary conveyor is adapted to transfer the articles (A) coming from the feed conveyor toward the elevator when the upender is in the deactivated position .
A method of operating a first terminal device to transmit user-plane data to a second terminal device by performing device-to-device communication, wherein the method comprises: selecting radio resources on which to transmit the user-plane data to the second terminal device based on a priority status associated with the user-plane data; transmitting the user-plane data to the second terminal device using the selected radio resources; characterized in : determining if another terminal device is transmitting user-plane data using a radio resource which is not selected by the first terminal device for transmitting the user-plane data based on its priority status; and cancelling transmissions of the user-plane data on one or more of the selected radio resources following a determination that another terminal device is transmitting user-plane data on a radio resource which is not selected by the first terminal device for transmitting the user-plane data based on its priority status. selecting radio resources on which to transmit the user-plane data to the second terminal device based on a priority status associated with the user-plane data; transmitting the user-plane data to the second terminal device using the selected radio resources; determining if another terminal device is transmitting user-plane data using a radio resource which is not selected by the first terminal device for transmitting the user-plane data based on its priority status; and cancelling transmissions of the user-plane data on one or more of the selected radio resources following a determination that another terminal device is transmitting user-plane data on a radio resource which is not selected by the first terminal device for transmitting the user-plane data based on its priority status.
Rotating electrical machine , notably for a motor vehicle, comprising: - a body of a stator , - a winding of a stator borne by the body of the stator , - a lead-out wire of the winding projecting from an end of the body of the stator , - a casing , bearing the body of the stator , comprising a bearing positioned facing the lead-out wire of the winding of the stator , - a sensor , - a wedging element positioned on an upper portion of the bearing , said wedging element being constructed and arranged to compress the sensor against the lead-out wire of the winding , and characterized in that the upper portion of the bearing forms a second slope (P2) constructed and arranged to cooperate with a first slope (P1) formed by the bevelling of a lower portion of the wedging element , the cooperation of the second slope (P2) and of the first slope (P1) ensuring the displacement of the wedging element towards the sensor to compress said sensor against the lead-out wire of the winding . - a body of a stator , - a winding of a stator borne by the body of the stator , - a lead-out wire of the winding projecting from an end of the body of the stator , - a casing , bearing the body of the stator , comprising a bearing positioned facing the lead-out wire of the winding of the stator , - a sensor , - a wedging element positioned on an upper portion of the bearing , said wedging element being constructed and arranged to compress the sensor against the lead-out wire of the winding ,
A computer-implemented method for enforcing operation restriction on a file system entity over a network , the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: receiving at a source computing system a locale of a requesting computing system as part of an incoming communication for setting up of a session; receiving as part of the session a request to perform an operation on the file system entity; and using supplemental data to determine whether the requested operation is permitted on the file system entity, characterised in that : the supplemental data comprising one or more territory field, wherein each territory field is associated with a corresponding locale and includes one or more operation fields , wherein each operation field specifies (i) a corresponding type of operation that can be performed by a requesting computing system from the corresponding locale, and (ii) an operation expiry indicator defining a time period during which the corresponding operation can be performed. receiving at a source computing system a locale of a requesting computing system as part of an incoming communication for setting up of a session; receiving as part of the session a request to perform an operation on the file system entity; and using supplemental data to determine whether the requested operation is permitted on the file system entity, characterised in that : the supplemental data comprising one or more territory field, wherein each territory field is associated with a corresponding locale and includes one or more operation fields , wherein each operation field specifies (i) a corresponding type of operation that can be performed by a requesting computing system from the corresponding locale, and (ii) an operation expiry indicator defining a time period during which the corresponding operation can be performed.
Shiitake extract for use in the treatment and prevention of endometriosis, wherein said Shiitake extract contains between 1,5% and 25% by weight of Lentinan, and said shiitake extract is administered in daily doses comprised between 10 and 1000 mg.
Method for decontaminating a passenger compartment of a motor vehicle comprising: - a step (S01) for detecting the concentration of volatile organic components of biological origin, - a step (S02) of comparing the detected concentration to a pollution threshold, - an occupant detection step (S04) for detecting whether an occupant is present in the passenger compartment, if the detected concentration is above the pollution threshold, - an automatic decontamination step (S06) of the passenger compartment, if it is detected that the vehicle is unoccupied, characterized in that a communication step (S05) replaces the automatic decontamination step (S06), in order to send a warning message, if it is detected that the vehicle is busy. - a step (S01) for detecting the concentration of volatile organic components of biological origin, - a step (S02) of comparing the detected concentration to a pollution threshold, - an occupant detection step (S04) for detecting whether an occupant is present in the passenger compartment, if the detected concentration is above the pollution threshold, - an automatic decontamination step (S06) of the passenger compartment, if it is detected that the vehicle is unoccupied,
A unit dose composition comprising: a water-soluble container formed from a water-soluble or water-dispersible film material; an aqueous composition comprising: water present in an amount of 20% to 55% by weight; a surfactant system present in an amount of 40% to 70% by weight; wherein the surfactant system is a lamellar structured system; and a salt present in an amount of 0.5% to 5% by weight; wherein the aqueous composition has a water activity of from 0.65 to 0.95. a water-soluble container formed from a water-soluble or water-dispersible film material; an aqueous composition comprising: water present in an amount of 20% to 55% by weight; a surfactant system present in an amount of 40% to 70% by weight; wherein the surfactant system is a lamellar structured system; and a salt present in an amount of 0.5% to 5% by weight; wherein the aqueous composition has a water activity of from 0.65 to 0.95. water present in an amount of 20% to 55% by weight; a surfactant system present in an amount of 40% to 70% by weight; wherein the surfactant system is a lamellar structured system; and a salt present in an amount of 0.5% to 5% by weight; wherein the aqueous composition has a water activity of from 0.65 to 0.95.
A method of treating bioprosthetic tissues for cardiovascular prostheses; said method comprising the step of removing phospholipids from the bioprosthetic tissues by using a Cyclodextrin that is able by itself to remove phospholipids from bioprosthetic tissues.