mhurhangee/patent-ind-claim-en huggingface dataset:
Thermostat for the cooling system of an internal combustion motor for vehicles, wherein the cooling system comprises a radiator and a cooling circuit , said thermostat comprising: - a sensitive element comprising a capsule containing a sensitive material that changes its volume when it reaches a threshold temperature, - an actuation rod associated with the sensitive material and connected to a shutter intended to close/open a flow of coolant from the radiator to the motor , said shutter being in closed position when the sensitive material has a lower temperature than the threshold temperature and being moved to open position when the sensitive material reaches and exceeds the threshold temperature, - cooling means (R) coupled with said sensitive element to cool the sensitive material , delaying the opening of the thermostat , in such a way as to have a flow of coolant that is stabilized at a temperature higher than the threshold temperature of the sensitive material; said cooling means (R) comprising at least one Peltier cell disposed on said capsule of the sensitive element; characterized in that it comprises - an electrical heating resistance disposed inside said capsule to heat said sensitive material , and - a power supply system connected to the electrical resistance to power said heating electrical resistance , wherein said power supply system is connected to said Peltier cell to power said Peltier cell . - a sensitive element comprising a capsule containing a sensitive material that changes its volume when it reaches a threshold temperature, - an actuation rod associated with the sensitive material and connected to a shutter intended to close/open a flow of coolant from the radiator to the motor , said shutter being in closed position when the sensitive material has a lower temperature than the threshold temperature and being moved to open position when the sensitive material reaches and exceeds the threshold temperature, - cooling means (R) coupled with said sensitive element to cool the sensitive material , delaying the opening of the thermostat , in such a way as to have a flow of coolant that is stabilized at a temperature higher than the threshold temperature of the sensitive material; said cooling means (R) comprising at least one Peltier cell disposed on said capsule of the sensitive element; characterized in that it comprises - an electrical heating resistance disposed inside said capsule to heat said sensitive material , and - a power supply system connected to the electrical resistance to power said heating electrical resistance ,
A computer-implemented method for matching communicable nodes in a dynamic, decentralized computing environment, each node being capable of querying the availability of neighboring nodes for a match, the match being formed when a first node queries the availability of a second node and the second node queries the availability of the first node, the method comprising: inviting, by an inviter , the nodes to communicate to find a match, wherein the inviting comprises identifying pairs of nodes that are neighbors and, for each pair of the identified pairs, sending a first invitation and a second invitation respectively to the first and second nodes of said each pair, wherein each of said first and second invitations contains the addresses of the first and second nodes of said each pair; discovering matching availability of nodes by sending availability messages, wherein the discovering comprises, in a set of nodes among the communicable nodes: sending, by a first node of the set, a first availability message to a second node of the set, sending, by the second node of the set, a second availability message to a third node of the set, receiving, by the second node of the set, a third availability message from the third node of the set; realizing, by the second node of the set, that a match has occurred with the third node of the set; and responding, by the second node of the set to the first node of the set, with a no-message rejecting the first node of the set as a potential node for a match. inviting, by an inviter , the nodes to communicate to find a match, wherein the inviting comprises identifying pairs of nodes that are neighbors and, for each pair of the identified pairs, sending a first invitation and a second invitation respectively to the first and second nodes of said each pair, wherein each of said first and second invitations contains the addresses of the first and second nodes of said each pair; discovering matching availability of nodes by sending availability messages, wherein the discovering comprises, in a set of nodes among the communicable nodes: sending, by a first node of the set, a first availability message to a second node of the set, sending, by the second node of the set, a second availability message to a third node of the set, receiving, by the second node of the set, a third availability message from the third node of the set; sending, by a first node of the set, a first availability message to a second node of the set, sending, by the second node of the set, a second availability message to a third node of the set, receiving, by the second node of the set, a third availability message from the third node of the set; realizing, by the second node of the set, that a match has occurred with the third node of the set; and responding, by the second node of the set to the first node of the set, with a no-message rejecting the first node of the set as a potential node for a match.
A printing apparatus comprising: - a printing station for processing a web; - a transport device for transporting the web through a transport path along the printing station ; - a support platen facing the printing station for supporting the web, when being processed by the printing station ; - a first guard for guarding a side edge of a web, the first guard being connectable to the support platen for guiding the web along the transport path, when the web is processed by the printing station ; - a detector for detecting the first guard when connected to the support platen ; - a control unit configured for controlling the printing station to process the web, wherein the control unit is configured to identify and determine shape and/or size information, specifically height, and/or position information, of the guard based on a detection signal provided by the detector to the control unit , and - a moveable carriage for moving the printing station with respect to the support platen in a direction across the transport path, wherein the printing station is mounted on the carriage , wherein the control unit is configured to control movement of the carriage J Z to prevent contact between the printing station and the guard connected to the support platen based on the determined information. - a printing station for processing a web; - a transport device for transporting the web through a transport path along the printing station ; - a support platen facing the printing station for supporting the web, when being processed by the printing station ; - a first guard for guarding a side edge of a web, the first guard being connectable to the support platen for guiding the web along the transport path, when the web is processed by the printing station ; - a detector for detecting the first guard when connected to the support platen ; - a control unit configured for controlling the printing station to process the web, wherein the control unit is configured to identify and determine shape and/or size information, specifically height, and/or position information, of the guard based on a detection signal provided by the detector to the control unit , and - a moveable carriage for moving the printing station with respect to the support platen in a direction across the transport path, wherein the printing station is mounted on the carriage , wherein the control unit is configured to control movement of the carriage J Z to prevent contact between the printing station and the guard connected to the support platen based on the determined information.
A compound of formula (I): wherein Q 1 is 3-pyridyl or 1-oxidopyridin-1-ium-3-yl; Q 2 is a moiety of formula (II): wherein Y 1 is selected from Cl, Br, I, methyl and ethyl; Y 5 is selected from Cl, Br, I and ethyl; Y 3 is heptafluoroprop-2-yl or nonafluorobut-2-yl; X is hydrogen or F; R 1 is selected from methyl, ethyl, propyl, isopropyl, allyl and aminocarbonyl-ethylene; R 2 is selected from hydrogen, methyl, ethyl, propyl, isopropyl and aminocarbonyl-ethylene; and G 1 and G 2 are both oxygen; or an agrochemically acceptable salt thereof. Q 1 is 3-pyridyl or 1-oxidopyridin-1-ium-3-yl; Q 2 is a moiety of formula (II): wherein Y 1 is selected from Cl, Br, I, methyl and ethyl; Y 5 is selected from Cl, Br, I and ethyl; Y 3 is heptafluoroprop-2-yl or nonafluorobut-2-yl; X is hydrogen or F; R 1 is selected from methyl, ethyl, propyl, isopropyl, allyl and aminocarbonyl-ethylene; R 2 is selected from hydrogen, methyl, ethyl, propyl, isopropyl and aminocarbonyl-ethylene; and G 1 and G 2 are both oxygen; or an agrochemically acceptable salt thereof. Y 1 is selected from Cl, Br, I, methyl and ethyl; Y 5 is selected from Cl, Br, I and ethyl; Y 3 is heptafluoroprop-2-yl or nonafluorobut-2-yl; X is hydrogen or F; R 1 is selected from methyl, ethyl, propyl, isopropyl, allyl and aminocarbonyl-ethylene; R 2 is selected from hydrogen, methyl, ethyl, propyl, isopropyl and aminocarbonyl-ethylene; and G 1 and G 2 are both oxygen; or an agrochemically acceptable salt thereof.
Industrial system for refining plant fibres by steam explosion, comprising: - a pre-chamber equipped with a steam pressurising member, - a loader for loading the pre-chamber with sheaves of a fibrous plant, - a blow-out unit disposed under the pre-chamber , - a valve upstream from the pre-chamber , - a valve separating the pre-chamber and the blow-out unit when in the closed state and opening a passage with a diameter of at least the smallest of the diameters of the pre-chamber and the blow-out unit when in the open state, - a washing system disposed inside the blow-out unit for washing the blow-out unit and dragging the fibres downward, for spin-drying the fibres. - a mobile basket for receiving fibres with a position under the blow-out unit for receiving fibres, - a liquid-recovery device , disposed under the basket and under the blow-out unit , - a receiving chamber receiving the basket loaded with fibres, - a spin-drying chamber. - a pre-chamber equipped with a steam pressurising member, - a loader for loading the pre-chamber with sheaves of a fibrous plant, - a blow-out unit disposed under the pre-chamber , - a valve upstream from the pre-chamber , - a valve separating the pre-chamber and the blow-out unit when in the closed state and opening a passage with a diameter of at least the smallest of the diameters of the pre-chamber and the blow-out unit when in the open state, - a washing system disposed inside the blow-out unit for washing the blow-out unit and dragging the fibres downward, for spin-drying the fibres. - a mobile basket for receiving fibres with a position under the blow-out unit for receiving fibres, - a liquid-recovery device , disposed under the basket and under the blow-out unit , - a receiving chamber receiving the basket loaded with fibres, - a spin-drying chamber.
An isolated T cell receptor (TCR) having antigenic specificity for human thyroglobulin (TG) and comprising an α chain complementarity determining region (CDR) 1 comprising the amino acid sequence of SEQ ID NO: 3, an α chain CDR2 comprising the amino acid sequence of SEQ ID NO: 4, an α chain CDR3 comprising the amino acid sequence of SEQ ID NO: 5, a β chain CDR1 comprising the amino acid sequence of SEQ ID NO: 6, a β chain CDR2 comprising the amino acid sequence of SEQ ID NO: 7, and a β chain CDR3 comprising the amino acid sequence of SEQ ID NO: 8.
A cochlear stimulation system configured for electrically stimulating the sensation of hearing, the cochlear stimulation system comprising: a signal input to receive an audio input signal which is a multiple channel surround sound-formatted signal; and a multiple channel cochlear converter coupled to the signal input to produce multiple channel surround sound cochlear stimulation signals based on the audio input signal; a multiple channel microphone input for receiving multiple channel ambient noise signals;. a sound canceling processor coupled between the microphone input and the multiple channel cochlear converter to produce multiple channel sound canceling signals based on the multiple channel ambient noise signals; and wherein the cochlear converter produces the multiple channel surround sound cochlear stimulation signals further based on the multiple channel sound canceling signals, and wherein the cochlear stimulation system further includes multiple channel cochlear stimulation electrodes , each of the electrodes configured for attachment to a user and coupled to the converter to receive one of the multiple channel surround sound cochlear stimulation signals. a signal input to receive an audio input signal which is a multiple channel surround sound-formatted signal; and a multiple channel cochlear converter coupled to the signal input to produce multiple channel surround sound cochlear stimulation signals based on the audio input signal; a multiple channel microphone input for receiving multiple channel ambient noise signals;. a sound canceling processor coupled between the microphone input and the multiple channel cochlear converter to produce multiple channel sound canceling signals based on the multiple channel ambient noise signals; and wherein the cochlear converter produces the multiple channel surround sound cochlear stimulation signals further based on the multiple channel sound canceling signals, and wherein the cochlear stimulation system further includes multiple channel cochlear stimulation electrodes , each of the electrodes configured for attachment to a user and coupled to the converter to receive one of the multiple channel surround sound cochlear stimulation signals.
An acoustic structure comprising: - a layer of piezoelectric material (Z1) comprising a first set of atoms having a first intrinsic Young's modulus and a first intrinsic density; - electrodes placed in contact with the surface of said layer of piezoelectric material to generate an acoustic wave propagation at said layer; said layer comprising: at least one second zone (Z2, Z CP ) not in contact with said electrodes: o buried in the volume of said layer of material; o comprising a second set of atoms comprising said first set of atoms plus second atoms or the second set of atoms comprising said first set of atoms in which second atoms are substituted for certain first atoms; o having a second Young's modulus and/or a second density such that it modifies the propagation of said acoustic waves. - a layer of piezoelectric material (Z1) comprising a first set of atoms having a first intrinsic Young's modulus and a first intrinsic density; - electrodes placed in contact with the surface of said layer of piezoelectric material to generate an acoustic wave propagation at said layer; o buried in the volume of said layer of material; o comprising a second set of atoms comprising said first set of atoms plus second atoms or the second set of atoms comprising said first set of atoms in which second atoms are substituted for certain first atoms; o having a second Young's modulus and/or a second density such that it modifies the propagation of said acoustic waves.
An electromechanical actuator for a brake calliper of an automobile vehicle, this actuator comprising a casing having an attachment face for attachment to a calliper body , this casing enclosing an electric motor having an axis of rotation (AM), and a mechanical reduction gear mated with this electric motor , the mechanical reduction gear consisting of rotating elements which rotate about other axes parallel to the axis of rotation of the motor (AM), characterised in that the entire motor and at least most of the reduction gear extend on a same side of the attachment face along the axis of rotation of the motor (AM).
Tubular heat exchanger comprising a plurality of tubes and at least one flange plate having a plurality of passages for the tubes and having a flange surface facing the heat exchanger interior , the flange surface being contoured, a relief of the flange surface having one or multiple curves in the cross-section, in particular through a central axis of the flange plate , and characterised in that the relief has at least one concave region and at least one convex region . the flange surface being contoured, a relief of the flange surface having one or multiple curves in the cross-section, in particular through a central axis of the flange plate , and characterised in that the relief has at least one concave region and at least one convex region .
A headphone system comprising: an earpiece having an interior volume, the earpiece configured to couple to an ear and define an acoustic volume comprising the interior volume and a volume within the ear; a speaker acoustically coupled to the acoustic volume to provide acoustic energy to the acoustic volume based on a received driver signal; a feedback microphone acoustically coupled to the acoustic volume to detect at least residual noise within the acoustic volume, and generate a feedback audio signal indicative of the residual noise; and a control circuit comprising a sensor interface configured to receive aircraft data from an on-board aircraft system sensor , the aircraft data including an atmospheric pressure signal , the control circuit coupled to the feedback microphone to receive the feedback audio signal, and the control circuit being configured to adjust the driver signal based at least in part on the feedback audio signal and the atmospheric pressure signal . an earpiece having an interior volume, the earpiece configured to couple to an ear and define an acoustic volume comprising the interior volume and a volume within the ear; a speaker acoustically coupled to the acoustic volume to provide acoustic energy to the acoustic volume based on a received driver signal; a feedback microphone acoustically coupled to the acoustic volume to detect at least residual noise within the acoustic volume, and generate a feedback audio signal indicative of the residual noise; and a control circuit comprising a sensor interface configured to receive aircraft data from an on-board aircraft system sensor , the aircraft data including an atmospheric pressure signal , the control circuit coupled to the feedback microphone to receive the feedback audio signal, and the control circuit being configured to adjust the driver signal based at least in part on the feedback audio signal and the atmospheric pressure signal .
- A weapon assembly comprising an oscillating mass which pivots in elevation relative to a carriage , to allow the aiming, and thus comprises trunnions intended to interface with a tank turret , the oscillating mass also incorporating a recoiling mass which translates relative to the trunnions during firing, the recoiling mass in particular comprising a weapon , in which weapon assembly the trunnions are located behind the center of gravity (G) of the recoiling mass and a counterweight is intended to longitudinally counterbalance the weight of the recoiling mass at rest so as to place the center of gravity of the oscillating mass at the trunnions , at least one trunnion being secured to a first end of an arm which is therefore secured to the oscillating mass , the arm carrying the counterweight at its second end, the counterweight comprising at least one ballistic armor plate and/or at least one functional means consisting of a sight and/or of a secondary weapon .
An aerosol nozzle , comprising a nozzle lower part that fits with a plurality of stems protruding from an aerosol container , and a nozzle upper part that fits with the nozzle lower part , wherein the nozzle lower part includes stem fitting parts that fit with the plurality of stems respectively, an upper abutment surface , and stem-communicated passages that open in the upper abutment surface and extend through the nozzle lower part from the stem fitting parts , the nozzle upper part includes a lower abutment surface , and a mixing passage that opens in the lower abutment surface and extends upward, at least one of the upper abutment surface and the lower abutment surface has a converging passage that connects openings of a plurality of the stem-communicated passages , the converging passage forms a plurality of converging grooves that connect openings of the stem-communicated passages and an opening of the mixing passage when the nozzle lower part and the nozzle upper part are fitted with each other, characterized in that the cross-sectional area of each of the plurality of converging grooves is reduced toward the mixing passage so that the flow speed of the passing contents is increased, or the depth of each of the plurality of converging grooves is reduced. the nozzle lower part includes stem fitting parts that fit with the plurality of stems respectively, an upper abutment surface , and stem-communicated passages that open in the upper abutment surface and extend through the nozzle lower part from the stem fitting parts , the nozzle upper part includes a lower abutment surface , and a mixing passage that opens in the lower abutment surface and extends upward, at least one of the upper abutment surface and the lower abutment surface has a converging passage that connects openings of a plurality of the stem-communicated passages , the converging passage forms a plurality of converging grooves that connect openings of the stem-communicated passages and an opening of the mixing passage when the nozzle lower part and the nozzle upper part are fitted with each other,
A method of detecting an anomaly of a road side unit, which is performed by an anomaly detecting apparatus interworking with one or more road side units (1210-1, 1210-2, 1210-3), the method comprising: receiving traffic data from each of the one or more road side units; calculating a distance between the one or more road side units based on the traffic data; grouping the road side units with the distance, which is less than or equal to a preset value, among the one or more road side units into the same group; calculating all subsets of groups of the road side units, which are grouped according to the grouping; generating input data from subsets among all the subsets of the groups, to which a first road side unit among the one or more road side units belongs; generating output data of the artificial neural network based on the input data; and detecting an anomaly of the first road side unit based on the output data. receiving traffic data from each of the one or more road side units; calculating a distance between the one or more road side units based on the traffic data; grouping the road side units with the distance, which is less than or equal to a preset value, among the one or more road side units into the same group; calculating all subsets of groups of the road side units, which are grouped according to the grouping; generating input data from subsets among all the subsets of the groups, to which a first road side unit among the one or more road side units belongs; generating output data of the artificial neural network based on the input data; and detecting an anomaly of the first road side unit based on the output data.