mhurhangee/ep-ind-claims huggingface dataset:
A method for analysis of the extent of conscious awareness and/or likelihood of recovery of a patient, whether behaviourally responsive or non-responsive, comprising: applying to the patient a sensory stimulus sequence that elicits a plurality of evoked responses in a time less than 5 minutes, generated by a stimulator; while applying the stimulus sequence, carrying out an EEG or MEG on the patient to record waveform signals from an array of sensors on, in, or near the head of the patient; using software provided in a processor to process the waveform signals in order to locate waveform peaks, identify the evoked responses contained in the waveform and obtain quantitative measures of these evoked responses; and using the software to generate and communicate scores based on the quantitative measures that are indicative of the extent of conscious awareness and/or likelihood of recovery of the patient. applying to the patient a sensory stimulus sequence that elicits a plurality of evoked responses in a time less than 5 minutes, generated by a stimulator; while applying the stimulus sequence, carrying out an EEG or MEG on the patient to record waveform signals from an array of sensors on, in, or near the head of the patient; using software provided in a processor to process the waveform signals in order to locate waveform peaks, identify the evoked responses contained in the waveform and obtain quantitative measures of these evoked responses; and using the software to generate and communicate scores based on the quantitative measures that are indicative of the extent of conscious awareness and/or likelihood of recovery of the patient.
Method for operating an autonomous mobile lawn mower robot having a cutting tool for mowing a lawn, wherein a cutting height of the cutting tool is adjustable, comprising the steps: a) receiving a prediction of an environmental condition describing parameter and b) automatic adjusting of the cutting height of the cutting tool as a function of the received prediction. a) receiving a prediction of an environmental condition describing parameter and b) automatic adjusting of the cutting height of the cutting tool as a function of the received prediction.
A method for wireless communication performed by a user equipment, UE, comprising: determining a first code division multiplexing group associated with a first transmission/reception point and a second code division multiplexing group associated with a second transmission/reception point, wherein the first code division multiplexing group is different from the second code division multiplexing group; receiving a signal indicating that code division multiplexing group hopping is enabled for the first transmission/reception point and the second transmission/reception point; receiving, during a first instance of the code division multiplexing group hopping, a first demodulation reference signal from the first transmission/reception point according to the first code division multiplexing group and a second demodulation reference signal from the second transmission/reception point according to the second code division multiplexing group; and receiving, during a second instance of the code division multiplexing group hopping, the first demodulation reference signal from the first transmission/reception point according to the second code division multiplexing group and the second demodulation reference signal from the second transmission/reception point according to the first code division multiplexing group, wherein the UE assumes that demodulation reference signals within the same code division multiplexing group are quasi-co-located, QCL, with respect to Doppler shift, Doppler spread, average delay, delay spread and spatial reception. determining a first code division multiplexing group associated with a first transmission/reception point and a second code division multiplexing group associated with a second transmission/reception point, wherein the first code division multiplexing group is different from the second code division multiplexing group; receiving a signal indicating that code division multiplexing group hopping is enabled for the first transmission/reception point and the second transmission/reception point; receiving, during a first instance of the code division multiplexing group hopping, a first demodulation reference signal from the first transmission/reception point according to the first code division multiplexing group and a second demodulation reference signal from the second transmission/reception point according to the second code division multiplexing group; and receiving, during a second instance of the code division multiplexing group hopping, the first demodulation reference signal from the first transmission/reception point according to the second code division multiplexing group and the second demodulation reference signal from the second transmission/reception point according to the first code division multiplexing group, wherein the UE assumes that demodulation reference signals within the same code division multiplexing group are quasi-co-located, QCL, with respect to Doppler shift, Doppler spread, average delay, delay spread and spatial reception.
An apparatus for applying negative pressure to a wound, comprising: a negative pressure source configured to couple via a fluid flow path to a wound dressing and provide negative pressure to the wound dressing; a sensor configured to monitor a magnitude of pressure in the fluid flow path generated by the negative pressure source; and a controller configured to: determine an activity classification based on a change in the magnitude of pressure over time while the negative pressure source maintains the magnitude of pressure in the fluid flow path below a negative pressure threshold, the activity classification being indicative of a type of activity engaged in by an individual while wearing the wound dressing, and output an indication of the activity classification. a negative pressure source configured to couple via a fluid flow path to a wound dressing and provide negative pressure to the wound dressing; a sensor configured to monitor a magnitude of pressure in the fluid flow path generated by the negative pressure source; and a controller configured to: determine an activity classification based on a change in the magnitude of pressure over time while the negative pressure source maintains the magnitude of pressure in the fluid flow path below a negative pressure threshold, the activity classification being indicative of a type of activity engaged in by an individual while wearing the wound dressing, and output an indication of the activity classification. determine an activity classification based on a change in the magnitude of pressure over time while the negative pressure source maintains the magnitude of pressure in the fluid flow path below a negative pressure threshold, the activity classification being indicative of a type of activity engaged in by an individual while wearing the wound dressing, and output an indication of the activity classification.
A fingerprint event processing method, wherein the method is applied to a terminal having a first fingerprint receiving area and a second fingerprint receiving area, and the method comprises: receiving (201, 101) a first fingerprint in the first fingerprint receiving area; generating a first preset event according to the first fingerprint; determining a first current application scenario run by the terminal and then executing a first operation according to the first preset event and the first current application scenario; receiving a second fingerprint in the second fingerprint receiving area, wherein the second fingerprint is different from the first fingerprint; generating a second preset event according to the first fingerprint and the second fingerprint; and determining a second current application scenario run by the terminal and executing a second operation according to the second preset event and the second current application scenario. receiving (201, 101) a first fingerprint in the first fingerprint receiving area; generating a first preset event according to the first fingerprint; determining a first current application scenario run by the terminal and then executing a first operation according to the first preset event and the first current application scenario; receiving a second fingerprint in the second fingerprint receiving area, wherein the second fingerprint is different from the first fingerprint; generating a second preset event according to the first fingerprint and the second fingerprint; and determining a second current application scenario run by the terminal and executing a second operation according to the second preset event and the second current application scenario.
Method for producing at least one photovoltaic cell including the following successive steps: - anisotropically etching a surface (1a, 1b) of a crystalline silicon substrate configured to pattern the front face in the form of pyramids; - and an isotropic etching treatment of said surface (1a, 1b), said treatment including forming a silicon oxide and removing said silicon oxide, characterized in that the isotropic etching treatment of said surface includes two successive operations, respectively consisting in forming by a thermally activated dry oxidation, on said surface (1a, 1b) of the substrate, a silicon oxide thin film with a thickness ranging between 2 nm and 500 nm and in removing said silicon oxide thin film and in that the two successive operations constitute an operational cycle repeated at least once during the isotropic etching treatment so as to round off the summits (s) of the pyramids and the zones (b) located between two pyramids. - anisotropically etching a surface (1a, 1b) of a crystalline silicon substrate configured to pattern the front face in the form of pyramids; - and an isotropic etching treatment of said surface (1a, 1b), said treatment including forming a silicon oxide and removing said silicon oxide,
Method for commanding a means for the thermal regulation of a coolant circulating in a cooling circuit of an internal combustion engine of a motor vehicle under the action of a circulating pump, said cooling circuit comprising a first leg containing a radiator for cooling the engine, a second leg containing an engine fluid-to-oil exchanger intended to be crossed by the oil of the engine and a third leg containing an air heater intended to heat the interior of the motor vehicle, said means for the thermal regulation of the fluid comprising a fluid inlet linked to an intake of coolant exiting the engine and a first, second and third fluid outlet (8b, 8c, 8d) linked to the first, second and third legs (2a, 2b, 2c), respectively, of the cooling circuit, wherein the operating mode of the thermal regulation means in summer or winter mode is determined, characterized in that the opening or the closing of the third leg is commanded depending on the comparison of the difference between the value of the temperature (T_fa) of the fluid upstream of the air heater and the value of the temperature (T_fm) of the fluid exiting the internal combustion engine with a fourth threshold value.
A pharmaceutical composition comprising a population of modified cancer cells, wherein the modified cancer cells are cancer cells which have been modified to eliminate production of one or more diffusible growth factors which promote the maintenance or growth of the cancer cells, wherein the elimination of the production of one or more diffusible growth factors has been achieved by a modification of the gene encoding a diffusible growth factor or the promoter for a diffusible growth factor or by knocking out the gene encoding a diffusible growth factor, for use in treating a cancer in a patient, wherein the cancer cells are autologous or allogenic to the patient and wherein the population of modified cancer cells are inserted by direct injection into the cancer, wherein the cells are from the same type of cancer as the cancer to be treated, and wherein the cancer is a tumour.
An aircraft propulsion module (1, 2) comprising - a hydrogen storage system, - at least one electrochemical converter connected to the hydrogen storage system, wherein the at least one electrochemical converter is adapted to convert hydrogen supplied from the hydrogen storage system into electric energy, and - at least one electric motor electrically connected to the at least one electrochemical converter, wherein the electric motor is adapted to generate thrust; wherein - the propulsion module comprises a first part and a second part, each of which comprise a respective fairing (4, 10); - the first part and the second part are separable from each other; - the first part comprises the at least one electrochemical converter and the at least one electric motor; and - the second part comprises a hydrogen storage housing (14, 15) of the hydrogen storage system for storing a reusable hydrogen storage unit. - a hydrogen storage system, - at least one electrochemical converter connected to the hydrogen storage system, wherein the at least one electrochemical converter is adapted to convert hydrogen supplied from the hydrogen storage system into electric energy, and - at least one electric motor electrically connected to the at least one electrochemical converter, wherein the electric motor is adapted to generate thrust; wherein - the propulsion module comprises a first part and a second part, each of which comprise a respective fairing (4, 10); - the first part and the second part are separable from each other; - the first part comprises the at least one electrochemical converter and the at least one electric motor; and - the second part comprises a hydrogen storage housing (14, 15) of the hydrogen storage system for storing a reusable hydrogen storage unit.
A heating assembly comprising: a boron nitride fabric; a first adhesive; a heating element, wherein the boron nitride fabric is attached to the heating element by the first adhesive; a second adhesive; and a glass pre-preg fabric, wherein the glass pre-preg fabric is attached to the heating element by the second adhesive on a side of the heating element opposite the boron nitride fabric, characterised in that the boron nitride fabric is a boron nitride nanotube fabric. a boron nitride fabric; a first adhesive; a heating element, wherein the boron nitride fabric is attached to the heating element by the first adhesive; a second adhesive; and a glass pre-preg fabric, wherein the glass pre-preg fabric is attached to the heating element by the second adhesive on a side of the heating element opposite the boron nitride fabric, characterised in that the boron nitride fabric is a boron nitride nanotube fabric.
A method for producing an SOI substrate in which an SOI layer is formed on a buried oxide film by a bonding method, comprising at least the steps of: preparing a bond wafer and a base wafer which are composed of single crystal silicon wafers; forming an oxide film on a surface of at least one of the bond wafer and the base wafer so that a thickness of the oxide film is 3 μm or more, if the oxide film is formed only on a surface of the bond wafer or the base wafer, and that the total of the thicknesses of both the oxide films is 3 μm or more, if the oxide films are formed on both of the surfaces of the bond wafer and the base wafer; bonding the bond wafer and the base wafer via the oxide film; performing a low-temperature heat treatment at a temperature of 400°C or more and 1000°C or less to the substrate made by bonding the bond wafer and the base wafer; thinning the bond wafer to be an SOI layer after performing the low-temperature heat treatment of preceding step; and increasing bonding strength by performing a high-temperature heat treatment at a temperature-exceeding 1000°C after the bond wafer is thinned; wherein the thinning of the bond wafer is performed by at least one or more techniques of grinding, polishing, and etching. preparing a bond wafer and a base wafer which are composed of single crystal silicon wafers; forming an oxide film on a surface of at least one of the bond wafer and the base wafer so that a thickness of the oxide film is 3 μm or more, if the oxide film is formed only on a surface of the bond wafer or the base wafer, and that the total of the thicknesses of both the oxide films is 3 μm or more, if the oxide films are formed on both of the surfaces of the bond wafer and the base wafer; bonding the bond wafer and the base wafer via the oxide film; performing a low-temperature heat treatment at a temperature of 400°C or more and 1000°C or less to the substrate made by bonding the bond wafer and the base wafer; thinning the bond wafer to be an SOI layer after performing the low-temperature heat treatment of preceding step; and increasing bonding strength by performing a high-temperature heat treatment at a temperature-exceeding 1000°C after the bond wafer is thinned;
Use as perfuming ingredient of a compound of formula, in the form of any one of its stereoisomers or a mixture thereof, and wherein one dotted line represents a carbon-carbon single bond and the other a carbon-carbon double bond; and R represents a hydrogen atom or a C 1-4 alkyl or alkenyl group. in the form of any one of its stereoisomers or a mixture thereof, and wherein one dotted line represents a carbon-carbon single bond and the other a carbon-carbon double bond; and R represents a hydrogen atom or a C 1-4 alkyl or alkenyl group.
A recuperative gas burner, comprising a combustion chamber; a burner tip providing an outlet opening of the combustion chamber; a gas supply for combustion gas having a first gas supply duct and a second gas supply duct, wherein the combustion gas is provided to the combustion chamber through the first gas supply duct, wherein the combustion gas is provided to the burner tip through the second gas supply duct; an air supply for combustion air; an exhaust gas flow channel for exhaust gas, wherein the exhaust gas flow channel and the air supply are configured such that the combustion air is heated by the exhaust gas, wherein the air supply comprises an inner air supply chamber with a first inlet for the combustion air, wherein the inner air supply chamber is configured to provide the combustion air to the combustion chamber; characterised in that the air supply comprises an outer air supply chamber with a second, separate inlet for the combustion air, wherein the outer air supply chamber is configured to provide the combustion air to the burner tip, wherein the outer air supply chamber is positioned between the exhaust gas flow channel and the inner air supply chamber. a combustion chamber; a burner tip providing an outlet opening of the combustion chamber; a gas supply for combustion gas having a first gas supply duct and a second gas supply duct, wherein the combustion gas is provided to the combustion chamber through the first gas supply duct, wherein the combustion gas is provided to the burner tip through the second gas supply duct; an air supply for combustion air; an exhaust gas flow channel for exhaust gas, wherein the exhaust gas flow channel and the air supply are configured such that the combustion air is heated by the exhaust gas, wherein the air supply comprises an inner air supply chamber with a first inlet for the combustion air, wherein the inner air supply chamber is configured to provide the combustion air to the combustion chamber; characterised in that the air supply comprises an outer air supply chamber with a second, separate inlet for the combustion air, wherein the outer air supply chamber is configured to provide the combustion air to the burner tip, wherein the outer air supply chamber is positioned between the exhaust gas flow channel and the inner air supply chamber.
A battery pack, comprising: a first battery cell and a second battery cell; a bus bar that electrically connects the first battery cell and the second battery cell; a connector that is formed on the bus bar and includes first and second connection parts; and first and second sensing terminals connected to the first and second connection parts, respectively, the first and second sensing terminals being configured to measure a temperature and a voltage of the battery cell, respectively; wherein the first and second sensing terminals are slidable relative to the first and second connection parts, respectively, and the first connection part is configured to press the first sensing terminal against the bus bar. a first battery cell and a second battery cell; a bus bar that electrically connects the first battery cell and the second battery cell; a connector that is formed on the bus bar and includes first and second connection parts; and first and second sensing terminals connected to the first and second connection parts, respectively, the first and second sensing terminals being configured to measure a temperature and a voltage of the battery cell, respectively; wherein the first and second sensing terminals are slidable relative to the first and second connection parts, respectively, and the first connection part is configured to press the first sensing terminal against the bus bar.
A composition useful as a pharmaceutical excipient comprising a physical blend of particles of at least one anhydrous calcium phosphate and particles of microcrystalline cellulose, wherein the particles of at least one anhydrous calcium phosphate have a median particle size as measured by laser diffraction of not greater than 20 microns and wherein the microcrystalline cellulose and the at least one anhydrous calcium phosphate are present in a weight ratio of from 85:15 to 55:45 microcrystalline cellulose:anhydrous calcium phosphate.
Turbine disc for a turbine, in particular a gas turbine, the turbine disc comprising a first protrusion and a second protrusion, wherein the first protrusion and the second protrusion are formed in such a way that a balancing weight is coupleable between the first protrusion and the second protrusion, and characterized in that the first protrusion comprises a sealing section that is capable of sealing a fluid passage between the turbine disc and a further turbine part of the turbine. a first protrusion and a second protrusion, wherein the first protrusion and the second protrusion are formed in such a way that a balancing weight is coupleable between the first protrusion and the second protrusion, and characterized in that the first protrusion comprises a sealing section that is capable of sealing a fluid passage between the turbine disc and a further turbine part of the turbine.