mhurhangee/ep-ind-claims huggingface dataset:
A Method for controlling the clamping torque of an electromechanical brake for a motor vehicle, the brake comprising an electric motor equipped with a rotating shaft intended to drive mechanical brake clamping means, characterised in that it comprises the following steps: - determination of an indicator, called reaction torque observer, which characterises at least one reaction of the mechanical brake clamping means to the action of the electric motor on these mechanical clamping means, as a function of a speed of rotation of the rotating shaft of the electric motor and of an intensity of an electrical supply current to the electric motor, - determination of an indicator, called clamping torque disturbance observer, which characterises at least one disturbance which may disturb the determination of the reaction torque observer, as a function of the speed of rotation of the rotating shaft of the electric motor and of the intensity of the electrical supply current to the electric motor, and - regulation of the brake clamping torque as a function of the reaction torque observer and of the clamping torque disturbance observer. - determination of an indicator, called reaction torque observer, which characterises at least one reaction of the mechanical brake clamping means to the action of the electric motor on these mechanical clamping means, as a function of a speed of rotation of the rotating shaft of the electric motor and of an intensity of an electrical supply current to the electric motor, - determination of an indicator, called clamping torque disturbance observer, which characterises at least one disturbance which may disturb the determination of the reaction torque observer, as a function of the speed of rotation of the rotating shaft of the electric motor and of the intensity of the electrical supply current to the electric motor, and - regulation of the brake clamping torque as a function of the reaction torque observer and of the clamping torque disturbance observer.
A processor-implemented method for detection of Mild Cognitive Impairment in a subject, comprising: receiving sensor data from a plurality of sensors, wherein the received sensor data indicates Activities of Daily Living pertaining to a subject for a specific time interval; substituting, by using Long Short-Term Memory (LSTM), corrupt sensor data in the received sensor data with correct sensor data to generate corrected sensor data, wherein the corrupt sensor data is substituted with the correct sensor data based on a learning pattern and historical data stored in a database; generating a semantic vector representation of the corrected sensor data, wherein the semantic vector representation comprises a plurality of sub-vectors, wherein each of the plurality of sub-vectors comprise of a subset of the corrected sensor data of a pre-determined time interval; optimizing, by using an auto encoder, size of the semantic vector representation of the corrected sensor data to generate an optimized vector data; estimating a dynamic threshold parameter (Ø) based on one or more similarity values obtained from a comparison of (i) the optimized vector data for the time interval with (ii) an adjacent optimized vector data comprising corresponding corrected sensor data stored in a database; performing a comparison of the one or more similarities values with the dynamic threshold parameter; and detecting, based on the comparison, one or more abnormalities indicative of behavior deviation of the subject. receiving sensor data from a plurality of sensors, wherein the received sensor data indicates Activities of Daily Living pertaining to a subject for a specific time interval; substituting, by using Long Short-Term Memory (LSTM), corrupt sensor data in the received sensor data with correct sensor data to generate corrected sensor data, wherein the corrupt sensor data is substituted with the correct sensor data based on a learning pattern and historical data stored in a database; generating a semantic vector representation of the corrected sensor data, wherein the semantic vector representation comprises a plurality of sub-vectors, wherein each of the plurality of sub-vectors comprise of a subset of the corrected sensor data of a pre-determined time interval; optimizing, by using an auto encoder, size of the semantic vector representation of the corrected sensor data to generate an optimized vector data; estimating a dynamic threshold parameter (Ø) based on one or more similarity values obtained from a comparison of (i) the optimized vector data for the time interval with (ii) an adjacent optimized vector data comprising corresponding corrected sensor data stored in a database; performing a comparison of the one or more similarities values with the dynamic threshold parameter; and detecting, based on the comparison, one or more abnormalities indicative of behavior deviation of the subject.
Tyre casing equipped with a radiofrequency transponder (100, 100bis) and including a crown, two sidewalls and two beads, each bead including at least one annular bead wire revolving around a reference axis, at least one annular carcass ply, coaxial with the reference axis anchored in the beads separating the tyre casing into two zones, inside and outside the carcass ply, and the radiofrequency transponder (100, 100bis) comprising at least one electronic chip and a radiating radiocommunication antenna and being positioned radially externally in relation to said bead wire, characterized in that the radiofrequency transponder (100, 100bis) comprises a primary antenna electrically connected to the electronic chip, in that the primary antenna is electromagnetically coupled to the radiating antenna, and in that the radiating antenna is formed by a strand helical spring defining a first longitudinal axis, in that the primary antenna is a coil having at least one turn defining a second longitudinal axis that is circumscribed in a cylinder the axis of revolution of which is parallel to the second longitudinal axis and the diameter of which is between a third and three times, preferably between half and two times, the mean diameter of the helical spring of the radiating antenna and in that the radiating antenna having a central zone between two lateral zones and the primary antenna having a median plane perpendicular to the second longitudinal axis, said first and second longitudinal axes are parallel to one another and said median plane of the primary antenna is arranged in the central zone of the radiating antenna.
A lithium-ion battery comprising a cell including an intercalation cathode and an electroconductive inert anode separated from each other by a porous separator, the cell being submerged into an electrolyte, the electrolyte comprising an aqueous solution of metals salts, the aqueous solution comprising metals ions of the metals salts, the metals ions comprising at least first electrochemically active cations and second electrochemically active cations, the first electrochemically active cations being comprised in a first material of the intercalation cathode, the second electrochemically active cation being comprised in a second material of the electroconductive inert anode, characterised in that the cell is placed into a box from electrically nonconducting synthetic polymer material, said box providing an isolation from an environment, in that a pH value of the aqueous solution is adapted to prevent a hydrolysis of the metals ions in the electrolyte, in that the first material of the intercalation cathode comprises a mixed salt of intercalating alkaline metal and intercalating alkaline earth metal cations with other metals and represents oxides, phosphates silicates, sulfates. characterised in that the cell is placed into a box from electrically nonconducting synthetic polymer material, said box providing an isolation from an environment, in that a pH value of the aqueous solution is adapted to prevent a hydrolysis of the metals ions in the electrolyte, in that the first material of the intercalation cathode comprises a mixed salt of intercalating alkaline metal and intercalating alkaline earth metal cations with other metals and represents oxides, phosphates silicates, sulfates.
A process for optimizing production performance of an airjet spinning machine, in which production speed is reduced in a case of an increase in the number of end breaks, and is increased in the case of a decreasing number of end breaks, characterized in that each spinning position (1, 2) is individually driven, an individual end break detector is assigned to each spinning position (1, 2) and each individual spinning position (1, 2) of the airjet spinning machine is separately monitored by means of the end break detector with regard to the number of end breaks and is adjusted to an optimized production speed, wherein when the production speed is adjusted, the level of the imparted spinning twist is accordingly adapted thereto, and wherein the compressed air fed to the spinning positions (1, 2) is adjusted depending on the respective production speed.
Locking unit for a device designed to attach ring sectors onto an aircraft turbomachine casing, said unit extending along a circumferential direction between a first circumferential end and a second circumferential end, the cross section of said unit in a plane orthogonal to said circumferential direction containing two clamping arms (28, 30) connected to each other at their aft ends by a connecting arm extending approximately parallel to the general direction between the two clamping arms, the forward ends of the two clamping arms being designed to squeeze at least one ring sector into contact with at least one casing element, between them, characterised in that said unit is provided with a passage enabling gripping of said unit on each side of a fictitious median plane orthogonal to said circumferential direction, each passage being formed in said connecting arm, extending along a direction line approximately parallel to said direction between the arms.
A pump, comprising: a base comprising: an inlet passage; a container attachment; an interior chamber; and a discharge passage; a valve positioned in at least a portion of the interior chamber, the valve comprising: an outlet valve in sealing communication with the discharge passage; a valve disc; a valve stem positioned between and in communication with the valve disc and the outlet valve; and a valve rim positioned on the valve disc; an attachment adapter connected to at least a portion of the container attachment, wherein the valve rim is configured to form a seal between the valve and the attachment adapter; and a bellow in communication with the base, wherein the bellow and the interior chamber define a pump chamber, characterised in that the bellow is deformable for applying a force to a product or altering the volume of the pump chamber so as to cause the valve disc to flex, flexion of the valve disc moves the valve stem in the direction of flexion causing the outlet valve to disengage from the discharge passage. a base comprising: an inlet passage; a container attachment; an interior chamber; and an inlet passage; a container attachment; an interior chamber; and a discharge passage; a valve positioned in at least a portion of the interior chamber, the valve comprising: an outlet valve in sealing communication with the discharge passage; a valve disc; a valve stem positioned between and in communication with the valve disc and the outlet valve; and a valve rim positioned on the valve disc; an outlet valve in sealing communication with the discharge passage; a valve disc; a valve stem positioned between and in communication with the valve disc and the outlet valve; and a valve rim positioned on the valve disc; an attachment adapter connected to at least a portion of the container attachment, wherein the valve rim is configured to form a seal between the valve and the attachment adapter; and a bellow in communication with the base, wherein the bellow and the interior chamber define a pump chamber, characterised in that the bellow is deformable for applying a force to a product or altering the volume of the pump chamber so as to cause the valve disc to flex, flexion of the valve disc moves the valve stem in the direction of flexion causing the outlet valve to disengage from the discharge passage.
Method for carrier aggregation of at least two Orthogonal Frequency Division Multiplexing, OFDM, carriers in a radio communication system, each of said at least two OFDM carriers comprising subcarriers being spaced in accordance with a same subcarrier spacing of said radio communication system, respectively, the method being performed by a transmitter in the radio communication system comprising the steps of: - allocating frequencies for subcarriers in a spectrum, wherein the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing and of a same carrier frequency raster, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier comprising: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, wherein said at least one additional subcarrier is added to at least one group of frequencies of said legacy carrier, wherein said at least one group of frequencies otherwise being used as a guard band in said legacy radio communication system, is used for transmission of data. the method being performed by a transmitter in the radio communication system comprising the steps of: - allocating frequencies for subcarriers in a spectrum, wherein the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing and of a same carrier frequency raster, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier comprising: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, - allocating frequencies for subcarriers in a spectrum, wherein the subcarriers of said at least two OFDM carriers are located separated from each other by a multiple of said subcarrier spacing and of a same carrier frequency raster, and - synchronizing transmission on said at least two OFDM carriers in time, wherein - at least one of said at least two OFDM carriers is an extended legacy carrier being compatible with a legacy radio communication system, said extended legacy carrier comprising: a legacy carrier of said legacy radio communication system, and at least one additional subcarrier, wherein said at least one additional subcarrier is added to at least one group of frequencies of said legacy carrier, wherein said at least one group of frequencies otherwise being used as a guard band in said legacy radio communication system, is used for transmission of data.
An allulose epimerase variant consisting of any one amino acid sequence selected from the amino acid sequence represented by SEQ ID NO: 2, the amino acid sequence represented by SEQ ID NO: 11, or the amino acid sequence represented by SEQ ID NO: 13.
A hydrogen system comprising: a generator configured to generate hydrogen-containing gas; a storage configured to store the hydrogen-containing gas generated by the generator; a first gas passage configured to connect the generator and the storage; a housing configured to house the generator, the storage and the first gas passage; a second gas passage configured to flow the hydrogen-containing gas discharged from the first gas passage to an outside of the housing; a first valve provided to the second gas passage; a third gas passage configured to flow the hydrogen-containing gas discharged from the storage to the outside of the housing; a second valve provided to the third gas passage; and a controller configured to open at least one of the first valve and the second valve. a generator configured to generate hydrogen-containing gas; a storage configured to store the hydrogen-containing gas generated by the generator; a first gas passage configured to connect the generator and the storage; a housing configured to house the generator, the storage and the first gas passage; a second gas passage configured to flow the hydrogen-containing gas discharged from the first gas passage to an outside of the housing; a first valve provided to the second gas passage; a third gas passage configured to flow the hydrogen-containing gas discharged from the storage to the outside of the housing; a second valve provided to the third gas passage; and a controller configured to open at least one of the first valve and the second valve.
A composite aluminum plate assembly, comprising at least two aluminum honeycomb profile units, wherein, each aluminum honeycomb profile unit comprises a sandwich aluminum honeycomb, a first aluminum plate and a second aluminum plate, and the sandwich aluminum honeycomb is filled in between the first aluminum plate and the second aluminum plate; an extended section is provided on a butt-joint side of at least one of the aluminum plates on two sides of each aluminum honeycomb profile unit, and the extended section extends to an outside of the sandwich aluminum honeycomb on this side; the composite aluminum plate assembly further comprises a support member, and the strength of the support member is greater than the strength of the sandwich aluminum honeycomb, each extended section of the two adjacent aluminum honeycomb profile units is correspondingly assembled and fixedly connected by the support member, wherein the support member is an aluminum profile and comprises a first auxiliary aluminum plate, a second auxiliary aluminum plate and a reinforcing rib, the first auxiliary aluminum plate is parallel to the second auxiliary aluminum plate, the reinforcing rib supports between the first auxiliary aluminum plate and the second auxiliary aluminum plate to form an "H" shape, the first auxiliary aluminum plate and the second auxiliary aluminum plate are respectively fitted with the extended sections on the two sides and the first auxiliary aluminum plate and the second auxiliary aluminum plate cover the butt-joint seam formed by the two extended sections on the corresponding side.
An application assembly comprising: - an applicator syringe comprising a plastic receptacle made of a transparent plastic from the group of cyclic olefin copolymers or cyclic olefin polymers, wherein the plastic receptacle is filled with an oxygen-sensitive active pharmaceutical ingredient fluid; and - an oxygen-tight envelope which envelopes the applicator syringe in an oxygen-tight manner, wherein the oxygen-tight envelope comprises an oxygen-tight shell and an oxygen-tight film, characterized in that the shell is formed from a transparent deep-drawn film based on APET film with an EVOH barrier and a peelable sealing layer made of polyethylene and/or in that the film is formed from a transparent plastic composite of biaxially oriented polyester comprising a co-extruded sealing block layer made of polyethylene, EVOH, polyethylene, wherein an interior enclosed by the envelope is filled with a fluid which is low in oxygen or binds oxygen; and - an oxygen absorber in the envelope, wherein an inside of the plastic receptacle is siliconized at least in sections. - an applicator syringe comprising a plastic receptacle made of a transparent plastic from the group of cyclic olefin copolymers or cyclic olefin polymers, wherein the plastic receptacle is filled with an oxygen-sensitive active pharmaceutical ingredient fluid; and - an oxygen-tight envelope which envelopes the applicator syringe in an oxygen-tight manner, wherein the oxygen-tight envelope comprises an oxygen-tight shell and an oxygen-tight film, characterized in that the shell is formed from a transparent deep-drawn film based on APET film with an EVOH barrier and a peelable sealing layer made of polyethylene and/or in that the film is formed from a transparent plastic composite of biaxially oriented polyester comprising a co-extruded sealing block layer made of polyethylene, EVOH, polyethylene, wherein an interior enclosed by the envelope is filled with a fluid which is low in oxygen or binds oxygen; and - an oxygen absorber in the envelope, wherein an inside of the plastic receptacle is siliconized at least in sections.
Conjugate of an active principle and of a copolymer of polyethylene glycol and polylactic acid of formula (Ia): in which: - p is comprised between 1 and 340; - q is comprised between 10 and 700; - AP is an active principle residue; - L is a linker, - X is a hydrogen atom or an alkyl group optionally substituted by one or more substituents selected from halogen atoms, OR, CN, CF 3, NRR' and COOR groups, where R and R', which are identical to or different from one another, are a hydrogen atom or an alkyl group, and their pharmaceutically acceptable salts. - p is comprised between 1 and 340; - q is comprised between 10 and 700; - AP is an active principle residue; - L is a linker, - X is a hydrogen atom or an alkyl group optionally substituted by one or more substituents selected from halogen atoms, OR, CN, CF 3, NRR' and COOR groups, where R and R', which are identical to or different from one another, are a hydrogen atom or an alkyl group,
A method comprising the implementation, by an electronic monitoring module associated with an electrical protection device, of steps consisting of: - repeatedly measuring (102, 104; 302, 304) an electrical voltage and an electrical current in an electrical link with which said electrical protection device is associated; characterised in that the method further comprises the steps consisting of: - repeatedly calculating (106, 108; 306, 308) from the measured current values a first moving average and a second moving average, the second moving average being calculated for a longer period of time than the first moving average; - comparing (120; 310) the measured voltage value with a predefined voltage threshold value; - comparing (132; 312) the current value of the first moving average with the current value of the second moving average; - identifying (134; 314) a condition for triggering the protection device when the measured voltage value is below the predefined voltage threshold value for a period of time greater than a predefined time threshold and the current value of the first moving average is greater than the current value of the second moving average. - repeatedly measuring (102, 104; 302, 304) an electrical voltage and an electrical current in an electrical link with which said electrical protection device is associated; - repeatedly calculating (106, 108; 306, 308) from the measured current values a first moving average and a second moving average, the second moving average being calculated for a longer period of time than the first moving average; - comparing (120; 310) the measured voltage value with a predefined voltage threshold value; - comparing (132; 312) the current value of the first moving average with the current value of the second moving average; - identifying (134; 314) a condition for triggering the protection device when the measured voltage value is below the predefined voltage threshold value for a period of time greater than a predefined time threshold and the current value of the first moving average is greater than the current value of the second moving average.