mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node for determining a mobility criterion related to a wireless communications device in a wireless communications network, the method comprising: obtaining (202, 302) an information related to an UL propagation condition associated to the wireless communications device, determining (203, 303) a measure of imbalance between the UL propagation condition and a DL propagation condition associated to the wireless communications device, which measure of imbalance is based on the information related to the UL propagation condition, determining (204, 304) the mobility criterion based on the measure of imbalance between the UL propagation condition and the DL propagation condition, and initiating (208, 308) handover of the wireless communications device when the mobility criterion is met, wherein the information related to the UL propagation condition comprises information related to an UL path loss, and wherein determining (203, 303) the measure of imbalance comprises determining a measure of imbalance between the UL path loss and a DL path loss. obtaining (202, 302) an information related to an UL propagation condition associated to the wireless communications device, determining (203, 303) a measure of imbalance between the UL propagation condition and a DL propagation condition associated to the wireless communications device, which measure of imbalance is based on the information related to the UL propagation condition, determining (204, 304) the mobility criterion based on the measure of imbalance between the UL propagation condition and the DL propagation condition, and initiating (208, 308) handover of the wireless communications device when the mobility criterion is met, wherein the information related to the UL propagation condition comprises information related to an UL path loss, and wherein determining (203, 303) the measure of imbalance comprises determining a measure of imbalance between the UL path loss and a DL path loss.
A method of electrolysing water, using a water electrolyser having cathode and anode compartments respectively on either side of a hydrophilic polymer cation-exchange membrane, the method comprising: (i) adding water to the anode compartment only, such that the cathode compartment is predominantly free of water in liquid form; (ii) electrolysing the water to form hydrogen gas in the cathode compartment and oxygen gas in the anode compartment; and (iii) re-circulating the hydrogen gas through the cathode compartment. (i) adding water to the anode compartment only, such that the cathode compartment is predominantly free of water in liquid form; (ii) electrolysing the water to form hydrogen gas in the cathode compartment and oxygen gas in the anode compartment; and (iii) re-circulating the hydrogen gas through the cathode compartment.
A photovoltaic device comprising: a pair of solar cells (602, 604, 702) with a bypass diode (402, 502, 612, 704) provided between the pair of solar cells; a heat spreader unit (404, 504) disposed above, and extending over, the bypass diode (402, 502), wherein the heat spreader unit (404, 504) has a bottom surface opposed to the side of the bypass diode and the bypass diode is disposed in a recessed cavity provided on the bottom surface of the heat spreader unit; a heat sink (410, 510) disposed above the heat spreader unit (404, 504); a pair of interconnects (414, 514), a transparent superstrate (416, 516); one or more bond pads (418, 518); at least a first encapsulant layer; and at least a second encapsulant layer, wherein the bypass diode (402, 502, 612, 704) is coupled with and disposed between the pair of interconnects (414, 514, 606, 706) and the pair of interconnects provides thermal coupling between the bypass diode and the heat sink, the heat spreader unit (404, 504) disposed above the pair of interconnects (414, 514), the bypass diode (402, 502) and the pair of interconnects (414, 514) are disposed above the transparent superstrate (416, 516), the bypass diode (402, 502) is coupled with the pair of interconnects (414, 514) by the one or more bond pads (418, 518), the bypass diode (402, 502) is separated from the transparent superstrate (416, 516) by the at least first encapsulant layer, and the bypass diode (402, 502) is separated from the heat spreader unit (404, 504) by the at least second encapsulant layer. a pair of solar cells (602, 604, 702) with a bypass diode (402, 502, 612, 704) provided between the pair of solar cells; a heat spreader unit (404, 504) disposed above, and extending over, the bypass diode (402, 502), wherein the heat spreader unit (404, 504) has a bottom surface opposed to the side of the bypass diode and the bypass diode is disposed in a recessed cavity provided on the bottom surface of the heat spreader unit; a heat sink (410, 510) disposed above the heat spreader unit (404, 504); a pair of interconnects (414, 514), a transparent superstrate (416, 516); one or more bond pads (418, 518); at least a first encapsulant layer; and at least a second encapsulant layer, wherein the bypass diode (402, 502, 612, 704) is coupled with and disposed between the pair of interconnects (414, 514, 606, 706) and the pair of interconnects provides thermal coupling between the bypass diode and the heat sink, the heat spreader unit (404, 504) disposed above the pair of interconnects (414, 514), the bypass diode (402, 502) and the pair of interconnects (414, 514) are disposed above the transparent superstrate (416, 516), the bypass diode (402, 502) is coupled with the pair of interconnects (414, 514) by the one or more bond pads (418, 518), the bypass diode (402, 502) is separated from the transparent superstrate (416, 516) by the at least first encapsulant layer, and the bypass diode (402, 502) is separated from the heat spreader unit (404, 504) by the at least second encapsulant layer.
Timepiece mechanism (1, 1') indicating information relating to the ambient pressure, said mechanism comprising: - an ambient pressure measuring device comprising an element configured to deform mechanically under the effect of a variation of the ambient pressure; - a first wheel assembly kinematically connected to the ambient pressure measuring device, in such a way as to be rotated under the effect of an ambient pressure variation; - a measured pressure indicator mechanism comprising a measured pressure indicator organ kinematically connected to a measured pressure display train; said timepiece mechanism (1, 1') being characterised in that it comprises: - a second wheel assembly configured to be in uncouplable connection with the first wheel assembly, such that the second wheel assembly is rotated by the rotation of the first wheel assembly under the effect of a pressure variation, when the second wheel assembly is coupled with the first wheel assembly; said second wheel assembly being kinematically connected to the measured pressure display train of the measured pressure indicator mechanism; - a zero-reset mechanism to position, on demand, said measured pressure indicator organ in a reference position, said zero-reset mechanism being configured to uncouple the second wheel assembly from the first wheel assembly and to modify the relative position of the second wheel assembly in relation to the first wheel assembly, in such a way as to position said measured pressure indicator organ in said reference position. - an ambient pressure measuring device comprising an element configured to deform mechanically under the effect of a variation of the ambient pressure; - a first wheel assembly kinematically connected to the ambient pressure measuring device, in such a way as to be rotated under the effect of an ambient pressure variation; - a measured pressure indicator mechanism comprising a measured pressure indicator organ kinematically connected to a measured pressure display train; - a second wheel assembly configured to be in uncouplable connection with the first wheel assembly, such that the second wheel assembly is rotated by the rotation of the first wheel assembly under the effect of a pressure variation, when the second wheel assembly is coupled with the first wheel assembly; said second wheel assembly being kinematically connected to the measured pressure display train of the measured pressure indicator mechanism; - a zero-reset mechanism to position, on demand, said measured pressure indicator organ in a reference position, said zero-reset mechanism being configured to uncouple the second wheel assembly from the first wheel assembly and to modify the relative position of the second wheel assembly in relation to the first wheel assembly, in such a way as to position said measured pressure indicator organ in said reference position.
Cosmetic composition comprising: - one or more non-amino polyalkylsiloxanes comprising at least one alkyl chain having at least 12 carbon atoms, - one or more oxyethylenated polymers in an amount ranging from 0.001 to 0.5% by weight, relative to the total weight of the composition, and - one or more fatty alcohols. - one or more non-amino polyalkylsiloxanes comprising at least one alkyl chain having at least 12 carbon atoms, - one or more oxyethylenated polymers in an amount ranging from 0.001 to 0.5% by weight, relative to the total weight of the composition, and - one or more fatty alcohols.
Coupling element of a sensor of an ultrasonic flowmeter, said element comprising at least three rods each with a first rod end and a second rod end, wherein, at their first ends, the rods feature first front surfaces, which can each be acoustically coupled with the sound-emitting and/or sound-receiving surface of an ultrasonic converter element, wherein the first front surfaces of the rods together form a first coupling surface of the coupling element, and wherein, at their second ends, the rods each have second front surfaces, which form a second coupling surface of the coupling element, wherein the rods each have a first rod cross-section, which is different from a second rod cross-section in terms of shape and/or size, characterized in that the second coupling surface can be acoustically coupled with a first surface of an end plate, wherein the second coupling surface of the coupling element has m second front surfaces, m being a natural number greater than or equal to three, and in that the coupling element is designed in such a way that it has a second weighted impedance (Z G2) which is modified by at least 25 % in relation to a first weighted impedance (Z G1) of the first coupling surface of the coupling element, wherein said second impedance is calculated from the sum of the products of the acoustic impedances (Z j) of the materials and the surface areas (A j) of the second front surfaces, weighted with a surface area (A A) of the first surface of the end plate: Z G 2 = 1 A A ∑ j = 1 m Z j A j, wherein the first weighted impedance (Z G1) displays a deviation of less than 25 % of the acoustic impedance (Zu) of the ultrasonic converter, wherein the first weighted impedance (Z G1) is calculated from the sum of the products of the acoustic impedances (Z i) of the materials and the surface areas (A i) of the first front surfaces, weighted with the surface area (Au) of the sound-emitting and/or sound-receiving surface of the ultrasonic converter element: Z G 1 = 1 A U ∑ i = 1 n Z i A i, where n is a natural number greater than or equal to three.
A monitoring and regulating device configured for implantation in the heart comprising a monitoring device for measuring and monitoring the vital parameters of the cardiovascular system; a regulating device for regulating the blood flow resp. the blood pressure, said regulating device consists of a tubular liquid-tight shaft with an inner lumen extending axially there through; wherein a pressure valve is inserted proximally into said lumen; said shaft has two disc-shaped sections and which are arranged distally, two disc-shaped sections and which are arranged proximally and a central section linking the distally arranged disc-shaped sections and with the proximally arranged disc-shaped sections and; the length of central section corresponds to the internal diameter of the right ventricle; said central section has an opening with a pressure valve; said monitoring device consists of at least one pressure sensor located distally in lumen of the regulating device; characterized in that a sliding element consisting of a tubular or cylindrical piston and a push rod is inserted slidably and rotatably into lumen of the regulating device in such a way that by moving piston in the longitudinal direction of lumen or by rotating piston, opening of the regulating device can be closed partially or completely.
Starter for a combustion engine of a motor vehicle, comprising: - an electric motor comprising a yoke and a rotor mounted on a shaft, - a drive shaft able to be driven to rotate by said rotor, - a speed reducer of the epicyclic type mounted between said rotor shaft and said drive shaft, said speed reducer comprising a ring gear forming an annulus gear of said speed reducer, a pinion rotationally coupled to said rotor shaft forming a sun gear of said speed reducer, and a planet carrier rotationally coupled to said drive shaft, at least two planet gears being mounted in free rotation on said planet carrier and engaged between said sun gear and said annulus gear, - a base plate bearing said ring gear, said base plate being secured to said yoke of said electric motor and comprising: - a metal plate, - a bearing bush mounted on said drive shaft in order to rotationally guide said drive shaft, - a plastic portion overmoulded on said plate and said bearing bush to secure them to one another, - said plastic portion comprising a plastic layer between an external periphery of said bearing bush and an internal periphery of said metal plate, and - said metal plate comprising a main portion, said starter being characterized in that said metal plate further comprises a shoulder extending axially with respect to said main portion on an end situated on the side of said bearing bush. - an electric motor comprising a yoke and a rotor mounted on a shaft, - a drive shaft able to be driven to rotate by said rotor, - a speed reducer of the epicyclic type mounted between said rotor shaft and said drive shaft, said speed reducer comprising a ring gear forming an annulus gear of said speed reducer, a pinion rotationally coupled to said rotor shaft forming a sun gear of said speed reducer, and a planet carrier rotationally coupled to said drive shaft, at least two planet gears being mounted in free rotation on said planet carrier and engaged between said sun gear and said annulus gear, - a base plate bearing said ring gear, said base plate being secured to said yoke of said electric motor and comprising: - a metal plate, - a bearing bush mounted on said drive shaft in order to rotationally guide said drive shaft, - a plastic portion overmoulded on said plate and said bearing bush to secure them to one another, - said plastic portion comprising a plastic layer between an external periphery of said bearing bush and an internal periphery of said metal plate, and - said metal plate comprising a main portion,
A concentrated liquid cleaning composition comprising (a) a linear alkyl benzene sulfonic acid; (b) an alkyl ethoxylated nonionic surfactant having a carbon chain with 6-15 carbons and 5-10 ethylene oxide units; (c) at least one iso- or non-linear alkanol amine or alkyl amine selected from monoisopropanolamine, diisopropanolamine, isopropyl amine, butyl amine, propyl amine, sec-butyl amine, tert-butyl amine, cyclo-hexyl amine, and morpholine; (d) fragrance; and (e) water and/or water-soluble solvent; wherein components (a) and (b) are present in relation to said concentrated liquid cleaning composition based on 100 wt.% in a ratio of (a) to (b) of 0.5:1 to 4:1; and wherein (a) and (c) react with each other such that a sulfonic group of (a) is added to (c). (a) a linear alkyl benzene sulfonic acid; (b) an alkyl ethoxylated nonionic surfactant having a carbon chain with 6-15 carbons and 5-10 ethylene oxide units; (c) at least one iso- or non-linear alkanol amine or alkyl amine selected from monoisopropanolamine, diisopropanolamine, isopropyl amine, butyl amine, propyl amine, sec-butyl amine, tert-butyl amine, cyclo-hexyl amine, and morpholine; (d) fragrance; and (e) water and/or water-soluble solvent;
An isolated or substantially pure compound or a salt thereof, for use in preventing, treating or ameliorating pulmonary fibrosis induced by radiation, wherein the subject to be treated receives irradiation, and wherein said compound is selected from the group consisting of: glycyrrhetinic acid; glycyrrhizic acid; ester, ether and/or amide forms of glycyrrhetinic acid, represented by the following structure (Structure C): and ester and/or amide forms of glycyrrhizic acid, represented by the following structure (Structure D): wherein X represents any group that forms an ether or ester bond with the hydroxy radical; and Y and Y', independently, represent any group that forms an ester or amide bond with the carboxy group. glycyrrhetinic acid; glycyrrhizic acid; ester, ether and/or amide forms of glycyrrhetinic acid, represented by the following structure (Structure C): and ester and/or amide forms of glycyrrhizic acid, represented by the following structure (Structure D): wherein X represents any group that forms an ether or ester bond with the hydroxy radical; and Y and Y', independently, represent any group that forms an ester or amide bond with the carboxy group. X represents any group that forms an ether or ester bond with the hydroxy radical; and Y and Y', independently, represent any group that forms an ester or amide bond with the carboxy group.
Method for detecting the failure of a charge air cooler installed in an air intake circuit of a motor vehicle internal combustion engine, said circuit comprising a compressor upstream of the cooler, said method being performed continuously, by successive iterations, and comprising: - a step of determining the cooled charge air temperature (Tsras) between the cooler and the engine; - a step of computing the temporal variation rate (dTsras / dt) of said cooled charge air temperature (Tsras); - a step of comparing said rate (dTsras / dt) with at least one first positive threshold, characterized in that it further comprises, after a step of comparing the temporal variation rate (dTsras / dt) of the cooled charge air temperature (Tsras) with the first positive threshold, during which step it has been noted that said rate (dTsras / dt) is greater than said first positive threshold: - a step of computing the temporal variation rate (dTsras / dt) of the cooled charge air temperature (Tsras); - a step of comparing said rate (dTsras / dt) with a second negative threshold; and - a step of establishing a diagnosis of correct or faulty operation carried out on the basis of said comparison. - a step of determining the cooled charge air temperature (Tsras) between the cooler and the engine; - a step of computing the temporal variation rate (dTsras / dt) of said cooled charge air temperature (Tsras); - a step of comparing said rate (dTsras / dt) with - a step of computing the temporal variation rate (dTsras / dt) of the cooled charge air temperature (Tsras); - a step of comparing said rate (dTsras / dt) with a second negative threshold; and - a step of establishing a diagnosis of correct or faulty operation carried out on the basis of said comparison.
Domestic appliance for textiles, wherein the domestic appliance is a dryer of the condensation type having a condensate reservoir, wherein the domestic appliance is equipped with a steam unit for applying water steam, especially hot or superheated steam, to the textiles, wherein a water reservoir is located in or at the domestic appliance for receiving water for the steam unit, wherein the water reservoir comprises a filling device for filling water into the reservoir, and the water reservoir is a separate water reservoir for keeping the water for the steam unit, characterized in that the water reservoir is equipped with a sensor device for detecting the water level in the water reservoir, and the domestic appliance comprises means for displaying the level in the water reservoir detected by the sensor device, wherein the means for displaying is integrated in a control panel of the domestic appliance or in a front region of the water reservoir to show a user of the dryer when the water level drops below a minimum level.
A system for supporting a nozzle assembly connected to a stationary component of a turbine or compressor of, in particular, a gas turbine engine, said system comprising: a. the nozzle assembly, said nozzle assembly comprising one or more vanes connected to an outer sidewall and an inner sidewall; b. a support comprising a plurality of segments including i. a first member connected to the stationary component; ii. a second member extending from said first member radially through at least a portion of the nozzle assembly; and c. a distal end of said second member radially displaced from said first member and configured to abut or contact a land on the inner sidewall of the nozzle assembly, characterized in that said first member comprises a first end fixedly connected to the stationary component and a second end axially displaced from said first end, wherein said second end may move with respect to the stationary component, and wherein the stationary component further comprises a detent proximate to said second end, wherein said detent is configured to contact said second end to limit movement of said second end. a. the nozzle assembly, said nozzle assembly comprising one or more vanes connected to an outer sidewall and an inner sidewall; b. a support comprising a plurality of segments including i. a first member connected to the stationary component; ii. a second member extending from said first member radially through at least a portion of the nozzle assembly; and i. a first member connected to the stationary component; ii. a second member extending from said first member radially through at least a portion of the nozzle assembly; and c. a distal end of said second member radially displaced from said first member and configured to abut or contact a land on the inner sidewall of the nozzle assembly, characterized in that