mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling charging of a battery of a piece of electrical equipment , said battery being intended to be charged by a charger connected to a power source so as to deliver a charging current (Ich) and to apply, to said battery, a charging voltage, characterized in that it comprises: - A step of connecting the battery to said charger at a first time (t0), said battery having an initial state of charge (SOC_ini), - A step of detecting the connection of the battery to the charger at a second time (t1), subsequent to the first time (t0), - A step of automatically triggering a process of controlling the charging current (Ich) and of maintaining a non-zero voltage across the terminals of said battery , said process being triggered at a third time (t2), subsequent to the second time, characterized by - A step of regulating said charging current (Ich) during said process of controlling the charging current (Ich), said step being configured to maintain a state of charge of the battery at a level comprised between plus or minus 5% of its initial state of charge. - A step of connecting the battery to said charger at a first time (t0), said battery having an initial state of charge (SOC_ini), - A step of detecting the connection of the battery to the charger at a second time (t1), subsequent to the first time (t0), - A step of automatically triggering a process of controlling the charging current (Ich) and of maintaining a non-zero voltage across the terminals of said battery , said process being triggered at a third time (t2), subsequent to the second time, characterized by - A step of regulating said charging current (Ich) during said process of controlling the charging current (Ich), said step being configured to maintain a state of charge of the battery at a level comprised between plus or minus 5% of its initial state of charge.
A dolly for transporting products thereon, the dolly comprising: a top with a product support surface and an opposing underside , a plurality of casters provided on the underside, two of the casters being swivel casters configured to rotate relative to the product support surface; biasing means configured to bias around the swivel axis a wheel of each swivel caster towards a first equilibrium position; wherein the biasing means is further arranged to bias the wheel towards the first equilibrium position when the wheel is in a first orientation, and wherein the biasing means is further arranged to bias around the swivel axis the wheel towards a second different equilibrium position when the wheel is in a second orientation; and wherein the swivel casters each comprise a wheel rotation axis and a vertical swivel axis (SA), characterised in that the wheel rotation axis of each swivel caster being offset from the vertical swivel axis of the respective swivel caster. a top with a product support surface and an opposing underside , a plurality of casters provided on the underside, two of the casters being swivel casters configured to rotate relative to the product support surface; biasing means configured to bias around the swivel axis a wheel of each swivel caster towards a first equilibrium position; wherein the biasing means is further arranged to bias the wheel towards the first equilibrium position when the wheel is in a first orientation, and wherein the biasing means is further arranged to bias around the swivel axis the wheel towards a second different equilibrium position when the wheel is in a second orientation; and wherein the swivel casters each comprise a wheel rotation axis and a vertical swivel axis (SA), characterised in that the wheel rotation axis of each swivel caster being offset from the vertical swivel axis of the respective swivel caster.
An optical coherence tomography "OCT"-based scanner calibration device comprising: a light source ; an optical coupler arranged to split the light irradiated from the light source into first light and second light; a reference part arranged to generate reference light from the first light; a sample part arranged to generate measurement light from the second light; and a detector part arranged to generate an OCT image from the reference light and the measurement light, characterised in that the sample part comprises: a calibration tip having an image sensor , and a scanner arranged to scan the measurement light across the image sensor to generate pixel information; and a memory arranged to store the pixel information and scanner input voltages corresponding to the positions of the measurement light on the image sensor, wherein the pixel information and the scanner input voltages together define calibration voltage data for the scanner. a light source ; an optical coupler arranged to split the light irradiated from the light source into first light and second light; a reference part arranged to generate reference light from the first light; a sample part arranged to generate measurement light from the second light; and a detector part arranged to generate an OCT image from the reference light and the measurement light, characterised in that the sample part comprises: a calibration tip having an image sensor , and a scanner arranged to scan the measurement light across the image sensor to generate pixel information; and a calibration tip having an image sensor , and a scanner arranged to scan the measurement light across the image sensor to generate pixel information; and a memory arranged to store the pixel information and scanner input voltages corresponding to the positions of the measurement light on the image sensor, wherein the pixel information and the scanner input voltages together define calibration voltage data for the scanner.
Hybrid propulsion system for aircraft, comprising at least a fuel cell unit for providing power to drive an aircraft by using hydrogen in a redox reaction; at least a gas turbine for providing power to drive the aircraft by burning hydrogen; a hydrogen source for providing the hydrogen to the fuel cell unit and/or to the gas turbine ; and at least an electric propulsion unit for driving the aircraft , the electric propulsion unit comprising a first electric machine connected to a first propeller , the first electric machine being electrically powered by the fuel cell unit and mechanically powered by the gas turbine in at least two different propulsion modes (M1, M2); and a control unit to control the power supply to the electric propulsion unit , wherein the control unit is configured to apply a first propulsion mode (M1) for a first flight phase in which the electric propulsion unit is essentially or only electrically powered by the fuel cell unit , and to apply a second propulsion mode (M2) for a second flight phase in which the electric propulsion unit is essentially or only mechanically powered by the gas turbine . at least a fuel cell unit for providing power to drive an aircraft by using hydrogen in a redox reaction; at least a gas turbine for providing power to drive the aircraft by burning hydrogen; a hydrogen source for providing the hydrogen to the fuel cell unit and/or to the gas turbine ; and at least an electric propulsion unit for driving the aircraft , the electric propulsion unit comprising a first electric machine connected to a first propeller , the first electric machine being electrically powered by the fuel cell unit and mechanically powered by the gas turbine in at least two different propulsion modes (M1, M2); and a control unit to control the power supply to the electric propulsion unit , wherein the control unit is configured to apply a first propulsion mode (M1) for a first flight phase in which the electric propulsion unit is essentially or only electrically powered by the fuel cell unit , and to apply a second propulsion mode (M2) for a second flight phase in which the electric propulsion unit is essentially or only mechanically powered by the gas turbine .
A negative photosensitive resin composition comprising the following (a) to (d): (a) metallic compound particles, (b) a polysiloxane compound, (c) a compound having at least 1 group containing an α,β-unsaturated carboxylate ester structure, and (d) a photopolymerization initiator, the composition further comprising (e) a compound containing maleimide group, wherein the compound (c) having at least 1 group containing an α,β-unsaturated carboxylate ester structure is a compound selected from general formulae to : in general formula , R 5 is single bond, a chain aliphatic group containing 1 to 10 carbon atoms and 1 to 3 oxygen atoms, or a cyclic aliphatic hydrocarbon group containing 3 to 16 carbon atoms; the plurality of R 3 being independently the same or different; R 6 is hydrogen or methyl group, the plurality of R 6 being independently the same or different; h is an integer of 0 to 3; i and j are integer of 0 to 2, i+j being 1 to 2, in general formula , R 7 is single bond, a chain aliphatic group containing 1 to 10 carbon atoms and 1 to 3 oxygen atoms, or a cyclic aliphatic hydrocarbon group containing 3 to 16 carbon atoms, the plurality of R 7 being independently the same or different, R 8 is hydrogen or methyl group, the plurality of R 8 being independently the same or different; and k is an integer of 1 to 2, in general formula , R 9 is single bond, a chain aliphatic group containing 1 to 10 carbon atoms and 1 to 3 oxygen atoms, or a cyclic aliphatic hydrocarbon group containing 3 to 16 carbon atoms, the plurality of R 9 being independently the same or different; R 10 is hydrogen or methyl group, the plurality R 10 being independently the same or different; R 11 is hydrogen or a chain aliphatic group containing 1 to 10 carbon atoms and 1 to 3 oxygen atoms, or a cyclic aliphatic hydrocarbon group containing 3 to 16 carbon atoms, the plurality of R 11 being independently the same or different; and I and m are an integer of 0 to 2, l+m being 1 to 2, in general formula , R 12 is single bond, a chain aliphatic group containing 1 to 10 carbon atoms and 1 to 3 oxygen atoms, or a cyclic aliphatic hydrocarbon group containing 3 to 16 carbon atoms, the plurality of R 11 being independently the same or different; and o is an integer of 1 to 2, in general formula , R 13 is single bond, a chain aliphatic group containing 1 to 10 carbon atoms and 1 to 3 oxygen atoms, or a cyclic aliphatic hydrocarbon group containing 3 to 16 carbon atoms, the plurality of R 12 being independently the same or different; and p is an integer of 1 to 2, in general formula , q is an integer of 0 to 3 and R 14 is a chain aliphatic group containing 1 to 10 carbon atoms and 1 to 3 oxygen atoms. (a) metallic compound particles, (b) a polysiloxane compound, (c) a compound having at least 1 group containing an α,β-unsaturated carboxylate ester structure, and (d) a photopolymerization initiator, the composition further comprising (e) a compound containing maleimide group,
An assembly comprising: a framework that includes a frame wall having an outer side and an opposite reverse side , the framework defining a housing cavity ; a mounted component that is mounted on the frame wall such as to be exposed on the outer side of the frame wall ; a metal connector that is held fast by the mounted component and that projects from the mounted component transversely through at least part of the frame wall ; a metal retainer that is located on the reverse side of the frame wall within housing cavity such that part of the frame wall is sandwiched between the mounted component and the metal retainer , the metal retainer being of sheet metal construction oriented such that a thickness dimension of the metal retainer is transverse to the frame wall at the mounted component ; electronics components housed in the housing cavity for cooperation with the mounted component ; and a solder joint that fastens the metal retainer to the metal connector , thereby retaining the mounted component on the frame wall , wherein the mounted component and the metal retainer fastened thereto are displaceably mounted on the frame wall to allow travel of the mounted component in a direction transverse to the frame wall , the extent of travel of the mounted component away from the frame wall being limited by abutment of the metal retainer against the frame wall on the reverse side thereof, and wherein the metal retainer has one or more connection cavities in which part of the metal connector is received, the solder joint being located at least in part in the one or more cavities . a framework that includes a frame wall having an outer side and an opposite reverse side , the framework defining a housing cavity ; a mounted component that is mounted on the frame wall such as to be exposed on the outer side of the frame wall ; a metal connector that is held fast by the mounted component and that projects from the mounted component transversely through at least part of the frame wall ; a metal retainer that is located on the reverse side of the frame wall within housing cavity such that part of the frame wall is sandwiched between the mounted component and the metal retainer , the metal retainer being of sheet metal construction oriented such that a thickness dimension of the metal retainer is transverse to the frame wall at the mounted component ; electronics components housed in the housing cavity for cooperation with the mounted component ; and a solder joint that fastens the metal retainer to the metal connector , thereby retaining the mounted component on the frame wall , wherein the mounted component and the metal retainer fastened thereto are displaceably mounted on the frame wall to allow travel of the mounted component in a direction transverse to the frame wall , the extent of travel of the mounted component away from the frame wall being limited by abutment of the metal retainer against the frame wall on the reverse side thereof, and wherein the metal retainer has one or more connection cavities in which part of the metal connector is received, the solder joint being located at least in part in the one or more cavities .
Bag for plant matter, characterized in that it comprises: - a meshing made of geotextile comprising a secondary meshing made of biodegradable geotextile of non-woven vegetable fiber for holding the plant matter, this meshing being configured to be rolled up to form a tube comprising, at one extremity, an inlet for the plant matter; - a means for maintaining the meshing in the rolled-up position; - a means for closing the other extremity of the tube; and - a means for unrolling the bag at least partially filled with plant matter so as to extract the secondary meshing comprising the plant matter, the unrolling means comprising at least one strip made of thermoplastic polymer. - a meshing made of geotextile comprising a secondary meshing made of biodegradable geotextile of non-woven vegetable fiber for holding the plant matter, this meshing being configured to be rolled up to form a tube comprising, at one extremity, an inlet for the plant matter; - a means for maintaining the meshing in the rolled-up position; - a means for closing the other extremity of the tube; and - a means for unrolling the bag at least partially filled with plant matter so as to extract the secondary meshing comprising the plant matter, the unrolling means comprising at least one strip made of thermoplastic polymer.
A pulse oximetry monitor configured to perform a spot-check measurement of a physiological parameter, the monitor comprising: a driver circuit that drives one or more emitters of an optical sensor (2331; 6904A, 6904B; 7004; 7304A) at multiple wavelengths of light to cause the one or more emitters to transmit the multiple wavelengths of light through body tissue (6906A, 6906B; 7106A; 7206A, 7206B; 7306A, 7306B) of a patient; a hardware processor in communication with the sensor (2331; 6904A, 6904B; 7004; 7304A), the hardware processor configured to: determine a number of remaining spot-check credits; based at least in part on a determination that the number of spot-check credits satisfies a threshold, initiate a spot-check measurement of a physiological parameter by obtaining a signal from the optical sensor (2331; 6904A, 6904B; 7004; 7304A); compute the spot-check measurement based on the signal upon detecting that the sensor (2331; 6904A, 6904B; 7004; 7304A) has been disconnected from the patient; assess a validity of the spot-check measurement; based at least in part on a determination that the spot-check measurement is valid, update the number of remaining spot-check credits; and output the spot-check measurement to a display of the pulse oximetry monitor . a driver circuit that drives one or more emitters of an optical sensor (2331; 6904A, 6904B; 7004; 7304A) at multiple wavelengths of light to cause the one or more emitters to transmit the multiple wavelengths of light through body tissue (6906A, 6906B; 7106A; 7206A, 7206B; 7306A, 7306B) of a patient; a hardware processor in communication with the sensor (2331; 6904A, 6904B; 7004; 7304A), the hardware processor configured to: determine a number of remaining spot-check credits; based at least in part on a determination that the number of spot-check credits satisfies a threshold, initiate a spot-check measurement of a physiological parameter by obtaining a signal from the optical sensor (2331; 6904A, 6904B; 7004; 7304A); compute the spot-check measurement based on the signal upon detecting that the sensor (2331; 6904A, 6904B; 7004; 7304A) has been disconnected from the patient; assess a validity of the spot-check measurement; based at least in part on a determination that the spot-check measurement is valid, update the number of remaining spot-check credits; and output the spot-check measurement to a display of the pulse oximetry monitor . determine a number of remaining spot-check credits; based at least in part on a determination that the number of spot-check credits satisfies a threshold, initiate a spot-check measurement of a physiological parameter by obtaining a signal from the optical sensor (2331; 6904A, 6904B; 7004; 7304A); compute the spot-check measurement based on the signal upon detecting that the sensor (2331; 6904A, 6904B; 7004; 7304A) has been disconnected from the patient; assess a validity of the spot-check measurement; based at least in part on a determination that the spot-check measurement is valid, update the number of remaining spot-check credits; and output the spot-check measurement to a display of the pulse oximetry monitor .
A system for compressing short or ultra-short light pulses emitted by a light source , characterized in that said compression system comprises: - a first non-linear light pulse compression module comprising a multi-pass cell , the multi-pass cell comprising a first non-linear optical medium, and - a second non-linear light pulse compression module comprising a capillary filled with a second gaseous non-linear optical medium and a compressor arranged at the output of the capillary , the first non-linear compression module and the second non-linear compression module being arranged in series on the path of a source light beam of source light pulses, the first non-linear compression module being arranged upstream of the second non-linear compression module . characterized in that said compression system comprises: - a first non-linear light pulse compression module comprising a multi-pass cell , the multi-pass cell comprising a first non-linear optical medium, and - a second non-linear light pulse compression module comprising a capillary filled with a second gaseous non-linear optical medium and a compressor arranged at the output of the capillary , - a first non-linear light pulse compression module comprising a multi-pass cell , the multi-pass cell comprising a first non-linear optical medium, and - a second non-linear light pulse compression module comprising a capillary filled with a second gaseous non-linear optical medium and a compressor arranged at the output of the capillary , the first non-linear compression module and the second non-linear compression module being arranged in series on the path of a source light beam of source light pulses, the first non-linear compression module being arranged upstream of the second non-linear compression module .
A traffic optimization apparatus comprising: a tethering detection part (31; 31a) configured to identify, based on packet header information of a packet flowing in a network to which a communication terminal configured to provide a tethering service to one or more other devices is connected, a tethering traffic from each of the one or more other devices via the communication terminal; a policy selection part configured to select a communication policy to be applied to the identified tethering traffic; and a traffic optimization part configured to apply, to the tethering traffic, a process associated with the selected communication policy, characterized by wherein the tethering detection part (31; 31a) determines a number of the one or more other devices that are connected via the communication terminal, based on a Time To Live, TTL, value variation in an Internet Protocol, IP, packet header and a User-Agent value in an HyperText Transfer Protocol, HTTP, message header, wherein a value in a Time-To-Live ,TTL, field of an IP packet is an initial value which is different according to an origination, and identifies the tethering traffic in which the number of the one or more other devices is equal to or more than a predetermined number, and wherein the tethering detection part (31; 31a) holds the TTL value variation in the IP packet header and the User-Agent value in the HTTP message header for a predetermined period and determines the number of the one or more other devices that are connected via the communication terminal, based on information held for the predetermined period. a tethering detection part (31; 31a) configured to identify, based on packet header information of a packet flowing in a network to which a communication terminal configured to provide a tethering service to one or more other devices is connected, a tethering traffic from each of the one or more other devices via the communication terminal; a policy selection part configured to select a communication policy to be applied to the identified tethering traffic; and a traffic optimization part configured to apply, to the tethering traffic, a process associated with the selected communication policy, characterized by wherein the tethering detection part (31; 31a) determines a number of the one or more other devices that are connected via the communication terminal, based on a Time To Live, TTL, value variation in an Internet Protocol, IP, packet header and a User-Agent value in an HyperText Transfer Protocol, HTTP, message header, wherein a value in a Time-To-Live ,TTL, field of an IP packet is an initial value which is different according to an origination, and identifies the tethering traffic in which the number of the one or more other devices is equal to or more than a predetermined number, and wherein the tethering detection part (31; 31a) holds the TTL value variation in the IP packet header and the User-Agent value in the HTTP message header for a predetermined period and determines the number of the one or more other devices that are connected via the communication terminal, based on information held for the predetermined period.