mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, comprising: generating a precoded sounding reference signal, SRS; generating an unprecoded SRS separate from the precoded SRS; transmitting the precoded SRS and the unprecoded SRS to a base station via an uplink channel; and receiving a resource scheduling message, configured to be based on the precoded SRS and the unprecoded SRS, from the base station. generating a precoded sounding reference signal, SRS; generating an unprecoded SRS separate from the precoded SRS; transmitting the precoded SRS and the unprecoded SRS to a base station via an uplink channel; and receiving a resource scheduling message, configured to be based on the precoded SRS and the unprecoded SRS, from the base station.
An aircraft comprising: a gas turbine engine comprising a compressor section and a turbine section ; a cooling network coupled to the gas turbine engine ; and an operational temperature detection system comprising a control system and a temperature detection device (210;310) located downstream of the cooling network and located upstream of at least one of a compressor rotor of the compressor section of the gas turbine engine and a turbine rotor of the turbine section of the gas turbine engine; wherein the temperature detection device (210;310) comprises at least one thermocouple configured to detect a delivery temperature of cooled cooling air of the cooling network coupled to the gas turbine engine; and wherein the temperature detection device is configured to communicate the delivery temperature to the control system . a gas turbine engine comprising a compressor section and a turbine section ; a cooling network coupled to the gas turbine engine ; and an operational temperature detection system comprising a control system and a temperature detection device (210;310) located downstream of the cooling network and located upstream of at least one of a compressor rotor of the compressor section of the gas turbine engine and a turbine rotor of the turbine section of the gas turbine engine; wherein the temperature detection device (210;310) comprises at least one thermocouple configured to detect a delivery temperature of cooled cooling air of the cooling network coupled to the gas turbine engine; and wherein the temperature detection device is configured to communicate the delivery temperature to the control system .
Method for supervising braking for a vehicle equipped with a regenerative braking means and with a complementary braking means, comprising: - receiving at least one pair of two vehicle acceleration measurement values, said at least one pair of two values being taken during a braking transition during which the regenerative braking means and/or the complementary braking system are applying a braking force to the vehicle, the braking transition corresponding to the change in the apportioning between the regenerative braking means and the complementary braking system, - calculating at least one value for the variation in the acceleration based respectively on said at least one pair of measurement values, - for each acceleration value received, receiving a value for the torque applied by the regenerative braking means and a value for the complementary-braking setpoint intended for the complementary braking means corresponding to the instant of measurement of said acceleration value, in which the estimation of the coefficient of efficiency of the complementary braking means is performed on the basis of the calculated acceleration variation value, of at least one value for the variation in the torque applied by the regenerative braking means, and of at least one value for the variation in the complementary-braking setpoint intended for the complementary braking means. - receiving at least one pair of two vehicle acceleration measurement values, said at least one pair of two values being taken during a braking transition during which the regenerative braking means and/or the complementary braking system are applying a braking force to the vehicle, the braking transition corresponding to the change in the apportioning between the regenerative braking means and the complementary braking system, - calculating at least one value for the variation in the acceleration based respectively on said at least one pair of measurement values, - for each acceleration value received, receiving a value for the torque applied by the regenerative braking means and a value for the complementary-braking setpoint intended for the complementary braking means corresponding to the instant of measurement of said acceleration value,
A method of producing a film comprising the steps of: forming a film from a thermoelectric conversion material-containing resin composition comprising: (A) an insulating resin; (B) an inorganic thermoelectric conversion material; and (C) a charge transport material, characterised by subjecting the film to treatment in which the film is brought into contact with a treatment liquid selected from the group consisting of an aliphatic alcohol, an aromatic solvent, an ether, a saccharide aqueous solution, an acid-containing aqueous solution, and a base-containing aqueous solution. forming a film from a thermoelectric conversion material-containing resin composition comprising: (A) an insulating resin; (B) an inorganic thermoelectric conversion material; and (C) a charge transport material, characterised by (A) an insulating resin; (B) an inorganic thermoelectric conversion material; and (C) a charge transport material, characterised by subjecting the film to treatment in which the film is brought into contact with a treatment liquid selected from the group consisting of an aliphatic alcohol, an aromatic solvent, an ether, a saccharide aqueous solution, an acid-containing aqueous solution, and a base-containing aqueous solution.
A transcutaneous irradiation device, comprising : - an upper part adapted to be positioned on the head of a user and comprising at least one transcutaneous irradiation module composed at least one irradiation source , and - a lower part adapted to be positioned on the user's abdomen and comprising at least one transcutaneous irradiation module consisting at least one irradiation source , each transcutaneous irradiation module comprising at least one pulsed-type laser source , the device being characterized in that an overall modulation frequency is applied to the irradiation sources , the pulsed-type laser source consequently being subjected to a double pulsation: one first, intrinsic pulsation and a second, extrinsic pulsation resulting from the application of the global modulation frequency to the first pulsation. - an upper part adapted to be positioned on the head of a user and comprising at least one transcutaneous irradiation module composed at least one irradiation source , and - a lower part adapted to be positioned on the user's abdomen and comprising at least one transcutaneous irradiation module consisting at least one irradiation source , each transcutaneous irradiation module comprising at least one pulsed-type laser source , the device being characterized in that an overall modulation frequency is applied to the irradiation sources , the pulsed-type laser source consequently being subjected to a double pulsation: one first, intrinsic pulsation and a second, extrinsic pulsation resulting from the application of the global modulation frequency to the first pulsation.
A Rag-/-, γc-/-, Flk2-/-mouse deficient for recombination activating gene 2 (Rag2) and/or recombination activating gene 1 (Rag1), interleukin-2 receptor gamma chain (γ c ), and fetal liver kinase 2 (Flk2) comprising a disruption in Rag1 and/or Rag2 gene(s), in γc gene and in Flk2 gene, (i) engrafted with human hematopoietic progenitor cells, and (ii) administered with exogenous human fetal liver kinase 2 ligand (Flk2L). (i) engrafted with human hematopoietic progenitor cells, and (ii) administered with exogenous human fetal liver kinase 2 ligand (Flk2L).
Mixing capsule comprising a housing , characterised in that a first part of the housing is mounted rotatably about a rotational axis against a second part of the housing , the rotational axis corresponding to the longitudinal axis of the housing , the first part of the housing comprising at least one first chamber to receive a composition A, the second part of the housing comprising at least one second chamber to receive a composition B, the at least one first chamber and the at least one second chamber being initially closed respectively, a first outlet opening of the at least one first chamber standing substantially congruently above a second outlet opening of the at least one second chamber when the first part of the housing being rotated about a predefined angle against the second part of the housing , the first outlet opening and/or the second outlet opening being adapted to allow transfer of composition A into the at least one second chamber and/or of composition B into the at least one first chamber , the at least one first chamber and the at least one second chamber forming a common mixing chamber when the first outlet opening with the second outlet opening being in substantially congruent position, composition A and composition B being stored mixably to composition C in the common mixing chamber and being mixed to composition C by moving the mixing capsule, the first outlet opening and the second outlet opening not standing congruently to each other in a storing and transport phase, characterized in that the first part of the housing comprising at least one first magnet and the second part of the housing comprising at least one second magnet , the at least one first magnet and the at least one second magnet being adapted, when being in congruent position to each other, to keep together the first part of the housing and the second part of the housing to be the housing when the first outlet opening and the second outlet opening being in congruent position and/or in non-congruent position.
A lower torso garment comprising: a body portion ; a front pouch disposed about a front region of the body portion; and a support sling connected to the front pouch, the support sling comprising: a left fabric panel extending along a left side periphery of the front pouch; and a right fabric panel extending along a right side periphery of the front pouch; wherein a first portion of the left fabric panel overlaps a first portion of the right fabric panel at an overlap area, the overlap area positioned adjacent to a bottom of the front pouch, the lower torso garment being characterized in that , a first long edge of the left fabric panel connects to and extends along a left lateral seam connecting the front pouch to adjacent fabric of the body portion, and a first long edge of the right fabric panel connects to and extends along a right lateral seam connecting the front pouch to adjacent fabric of the body portion. a body portion ; a front pouch disposed about a front region of the body portion; and a support sling connected to the front pouch, the support sling comprising: a left fabric panel extending along a left side periphery of the front pouch; and a right fabric panel extending along a right side periphery of the front pouch; a left fabric panel extending along a left side periphery of the front pouch; and a right fabric panel extending along a right side periphery of the front pouch; wherein a first portion of the left fabric panel overlaps a first portion of the right fabric panel at an overlap area, the overlap area positioned adjacent to a bottom of the front pouch, the lower torso garment being characterized in that , a first long edge of the left fabric panel connects to and extends along a left lateral seam connecting the front pouch to adjacent fabric of the body portion, and a first long edge of the right fabric panel connects to and extends along a right lateral seam connecting the front pouch to adjacent fabric of the body portion.
Method for controlling the temperature of an electric propulsion system , said electric propulsion system having a discharge channel , an anode , a cathode , an injection system for injecting propellant gas in the discharge channel , and a magnetic circuit comprising at least one magnetic winding for generating a magnetic field in said discharge channel, characterised in that it comprises: - a step of determining the temperature at a reference thermal point of the electric propulsion system , - when the determined temperature is below a predetermined minimum temperature during a stop phase of the electric propulsion system, a step of heating the electric propulsion system by the Joule effect, through the application of a current in the magnetic circuit. - a step of determining the temperature at a reference thermal point of the electric propulsion system , - when the determined temperature is below a predetermined minimum temperature during a stop phase of the electric propulsion system, a step of heating the electric propulsion system by the Joule effect, through the application of a current in the magnetic circuit.
A handle device for a vehicle configured to operate a door lock device via a cable device , the handle device comprising: an operation member connected to the cable device ; and a handle case housing the operation member , wherein the handle case comprises: a cable fixing base in which the cable device is arranged; a cap part configured to fix the cable device to the cable fixing base ; and a hinge portion provided between the cable fixing base and the cap part , and rotating the cap part from an open position at which the cap part is open with respect to the cable fixing base to a fixing position at which the cap part faces the cable fixing base and clamps the cable device between the cap part and the cable fixing base , characterized in that the cap part includes a movable guide piece erected on the cap part , wherein the cable fixing base includes a fixed guide piece erected on the cable fixing base , and wherein the fixed guide piece is erected in front of the movable guide piece with the hinge portion therebetween, and restricts a movable range of the movable guide piece , thereby guiding a rotational movement of the cap part from the open position to the fixing position. an operation member connected to the cable device ; and a handle case housing the operation member , wherein the handle case comprises: a cable fixing base in which the cable device is arranged; a cap part configured to fix the cable device to the cable fixing base ; and a hinge portion provided between the cable fixing base and the cap part , and rotating the cap part from an open position at which the cap part is open with respect to the cable fixing base to a fixing position at which the cap part faces the cable fixing base and clamps the cable device between the cap part and the cable fixing base , a cable fixing base in which the cable device is arranged; a cap part configured to fix the cable device to the cable fixing base ; and a hinge portion provided between the cable fixing base and the cap part , and rotating the cap part from an open position at which the cap part is open with respect to the cable fixing base to a fixing position at which the cap part faces the cable fixing base and clamps the cable device between the cap part and the cable fixing base , characterized in that the cap part includes a movable guide piece erected on the cap part , wherein the cable fixing base includes a fixed guide piece erected on the cable fixing base , and wherein the fixed guide piece is erected in front of the movable guide piece with the hinge portion therebetween, and restricts a movable range of the movable guide piece , thereby guiding a rotational movement of the cap part from the open position to the fixing position.
A control method for a microfluidic testing system, the microfluidic testing system comprising a microfluidic biochip , a sample stage for placing a sample cup , and a lifting mechanism for driving the sample stage to move, the microfluidic biochip being provided with a sample inlet for receiving a sample liquid, and the control method comprising: starting the lifting mechanism after the sample cup holding the sample liquid is placed on the sample stage , and controlling the lifting mechanism to move the sample stage from an initial position to a testing position where the sample liquid in the sample cup comes into contact with the sample inlet , wherein the microfluidic testing system further comprises a buffer liquid driving device , and wherein before starting the lifting mechanism , the control method further comprises a step of judging whether the sample cup holding the sample liquid is placed on the sample stage , and the step specifically comprises: judging whether the sample cup holding a sample is placed on the sample stage ; and if yes, starting the buffer liquid driving device , and driving a buffer liquid to flow into the sample cup by the buffer liquid driving device , such that the buffer liquid is mixed with the sample in the sample cup to generate the sample liquid. judging whether the sample cup holding a sample is placed on the sample stage ; and if yes, starting the buffer liquid driving device , and driving a buffer liquid to flow into the sample cup by the buffer liquid driving device , such that the buffer liquid is mixed with the sample in the sample cup to generate the sample liquid.
Device for treating the hair, comprising: - a first and a second arm that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, the first arm carrying an applicator member for applying a cosmetic product that is able to come into contact with the hair in the moved-together configuration of the arms , and the second arm having at least one housing , - a pressing element disposed removably in the housing , the pressing element being configured to press the hair against the applicator member in the moved-together configuration, and - a support means on which the pressing element bears in the housing , this support means being configured to allow the pressing element to carry out a rocking movement in the housing . - a first and a second arm that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, the first arm carrying an applicator member for applying a cosmetic product that is able to come into contact with the hair in the moved-together configuration of the arms , and the second arm having at least one housing , - a pressing element disposed removably in the housing , the pressing element being configured to press the hair against the applicator member in the moved-together configuration, and - a support means on which the pressing element bears in the housing , this support means being configured to allow the pressing element to carry out a rocking movement in the housing .
A circuit for providing a drive voltage to an ultracapacitor, the circuit comprising: a power source configured to provide a source voltage; an ultracapacitor that comprises a first electrode, a second electrode, a separator positioned between the first electrode and the second electrode, a nonaqueous electrolyte that is in ionic contact with the first electrode and the second electrode, and a housing within which the first electrode, the second electrode, the separator, and the electrolyte are retained; a temperature sensing device ; a power converter configured to receive the source voltage and to supply a drive voltage to the ultracapacitor ; and one or more control circuits configured to receive one or more signals indicative of a temperature associated with the ultracapacitor from the temperature sensing device and to control operation of the power converter based at least in part on the one or more signals indicative of the temperature associated with the ultracapacitor , characterized in that the one or more control circuits are configured to control operation of the power converter based at least in part on a derating curve associated with the ultracapacitor , the derating curve correlating temperature associated with the ultracapacitor to a drive voltage associated with the ultracapacitor , preferably wherein the derating curve specifies a decrease in drive voltage when the temperature associated with the ultracapacitor increases. a power source configured to provide a source voltage; an ultracapacitor that comprises a first electrode, a second electrode, a separator positioned between the first electrode and the second electrode, a nonaqueous electrolyte that is in ionic contact with the first electrode and the second electrode, and a housing within which the first electrode, the second electrode, the separator, and the electrolyte are retained; a temperature sensing device ; a power converter configured to receive the source voltage and to supply a drive voltage to the ultracapacitor ; and one or more control circuits configured to receive one or more signals indicative of a temperature associated with the ultracapacitor from the temperature sensing device and to control operation of the power converter based at least in part on the one or more signals indicative of the temperature associated with the ultracapacitor , characterized in that the one or more control circuits are configured to control operation of the power converter based at least in part on a derating curve associated with the ultracapacitor , the derating curve correlating temperature associated with the ultracapacitor to a drive voltage associated with the ultracapacitor , preferably wherein the derating curve specifies a decrease in drive voltage when the temperature associated with the ultracapacitor increases.