mhurhangee/ep-ind-claims huggingface dataset:
Radial tyre, defining three main directions, circumferential, axial and radial, comprising a crown surmounted by a tread, two sidewalls, two beads, each sidewall connecting each bead to the crown, a carcass reinforcement that is anchored in each of the beads and extends in the sidewalls as far as the crown, a crown reinforcement or belt that extends in the crown in the circumferential direction and is situated radially between the carcass reinforcement and the tread, the said belt comprising a multilayer composite laminate comprising at least three superposed layers of reinforcers (110, 120, 130), the said reinforcers being unidirectional within each layer and embedded in a thickness of rubber (C1, C2, C3, respectively), with: o on the tread side, a first layer of rubber comprising at least one row of textile reinforcers which are oriented at an angle alpha of -5 to +5 degrees with respect to the circumferential direction, these reinforcers being made of a heat-shrinkable textile material; o in contact with the first layer and disposed beneath the latter, a second layer of rubber comprising a first row of metal reinforcers which are oriented at a given angle beta, positive or negative, of between 10 and 30 degrees with respect to the circumferential direction; o in contact with the second layer and disposed beneath the latter, a third layer of rubber comprising a second row of metal reinforcers which are oriented at an angle gamma the opposite of the angle beta, the said angle gamma itself being between 10 and 30 degrees with respect to the circumferential direction; o the metal reinforcers (120, 130) being steel monofilaments of which the diameter or thickness, denoted D1 and D2, respectively, is between 0.20 mm and 0.50 mm. characterized in that: o the reinforcers made of heat-shrinkable textile material are tapes with a thickness denoted "T" comprised between 0.1 and 1 mm and width denoted "W" comprised between 2 and 50 mm, these reinforcers have a force of contraction Fc, measured at a temperature of 180°C and under 3% elongation greater than 20 N, the force of contraction being measured in accordance with the standard ASTM D1204-08. o on the tread side, a first layer of rubber comprising at least one row of textile reinforcers which are oriented at an angle alpha of -5 to +5 degrees with respect to the circumferential direction, these reinforcers being made of a heat-shrinkable textile material; o in contact with the first layer and disposed beneath the latter, a second layer of rubber comprising a first row of metal reinforcers which are oriented at a given angle beta, positive or negative, of between 10 and 30 degrees with respect to the circumferential direction; o in contact with the second layer and disposed beneath the latter, a third layer of rubber comprising a second row of metal reinforcers which are oriented at an angle gamma the opposite of the angle beta, the said angle gamma itself being between 10 and 30 degrees with respect to the circumferential direction; o the metal reinforcers (120, 130) being steel monofilaments of which the diameter or thickness, denoted D1 and D2, respectively, is between 0.20 mm and 0.50 mm.
Method of transmission of frames from a first CAN bus to a second CAN bus through a CAN-CAN interconnection device, comprising the following steps: - generation and transmission on the first CAN bus of data frames of a first type each comprising an arbitration field containing an 11-bit coded identifier associated with a priority given to each frame; - generation and transmission on the first CAN bus of data frames of a second type, of lower priorities than the data frames of the first type, each data frame of the second type comprising an arbitration field containing a 29-bit coded identifier; - reception and separation by the CAN-CAN interconnection device of the data frames of first type and of second type; - storage of the data frames received of the first type in a RAM memory of MPFO type of the CAN-CAN interconnection device; - storage of the data frames received of the second type in a RAM memory of FIFO type of the CAN-CAN interconnection device; - transmission to the second CAN bus of the data frames of the first type in order of priority as long as the RAM memory of MPFO type is not empty; - transmission to the second CAN bus, when the RAM memory of MPFO type is empty, of the data frames of the second type in order of arrival. - generation and transmission on the first CAN bus of data frames of a first type each comprising an arbitration field containing an 11-bit coded identifier associated with a priority given to each frame; - generation and transmission on the first CAN bus of data frames of a second type, of lower priorities than the data frames of the first type, each data frame of the second type comprising an arbitration field containing a 29-bit coded identifier; - reception and separation by the CAN-CAN interconnection device of the data frames of first type and of second type; - storage of the data frames received of the first type in a RAM memory of MPFO type of the CAN-CAN interconnection device; - storage of the data frames received of the second type in a RAM memory of FIFO type of the CAN-CAN interconnection device; - transmission to the second CAN bus of the data frames of the first type in order of priority as long as the RAM memory of MPFO type is not empty; - transmission to the second CAN bus, when the RAM memory of MPFO type is empty, of the data frames of the second type in order of arrival.
Method for the allocation of short addresses in illumination systems, whose illumination components are controlled via a DALI bus, characterized by the following steps: • provision of a localization device, which is suitable for notifying a device for short-address allocation (2, 3) of the location of an activated illumination component, wherein the localization device consists of a plurality of transmitters (TAGO, TAG1,..., TAG63) and a receiver, wherein a transmitter is assigned to each illumination component, • storage of an allocation list in the device for short-address allocation (2, 3), which links each location with a short address, • allocation of random long addresses in the illumination components, • activation of an illumination component via its long address by the device for short-address allocation (2, 3), • the illumination component activated via its long address outputs a signal, • triggered by this signal, the transmitter of the activated illumination component transmits an identification, • the receiver detects, on the basis of the identification, which transmitter transmitted the identification, evaluates the identification and thus notifies the device for short-address allocation of the resulting location of the activated illumination component, • depending on the notified location, the device for short-address allocation (2, 3) allocates a short address to the activated illumination component using the allocation list. • provision of a localization device, which is suitable for notifying a device for short-address allocation (2, 3) of the location of an activated illumination component, wherein the localization device consists of a plurality of transmitters (TAGO, TAG1,..., TAG63) and a receiver, wherein a transmitter is assigned to each illumination component, • storage of an allocation list in the device for short-address allocation (2, 3), which links each location with a short address, • allocation of random long addresses in the illumination components, • activation of an illumination component via its long address by the device for short-address allocation (2, 3), • the illumination component activated via its long address outputs a signal, • triggered by this signal, the transmitter of the activated illumination component transmits an identification, • the receiver detects, on the basis of the identification, which transmitter transmitted the identification, evaluates the identification and thus notifies the device for short-address allocation of the resulting location of the activated illumination component, • depending on the notified location, the device for short-address allocation (2, 3) allocates a short address to the activated illumination component using the allocation list.
A remote battery monitor for monitoring a battery, comprising: a memory; a transceiver; a current sensing element; at least one battery sensor; and a controller coupled to the memory, the transceiver, the current sensing element, and the at least one battery sensor, where the at least one battery sensor is a gas sensor associated with the battery, where the current sensing element is able to measure current going into or out of the battery and that the controller can switch the battery out of a circuit and connect the battery to a resistor having a predetermined resistance of the remote battery monitor in response to a request from the controller where a voltage from the battery to the circuit and to the predetermined resistance is the same and where battery data generated by the current sensing element and the at least one battery sensor is formatted for transmission by the transceiver. a memory; a transceiver; a current sensing element; at least one battery sensor; and a controller coupled to the memory, the transceiver, the current sensing element, and the at least one battery sensor, where the at least one battery sensor is a gas sensor associated with the battery, where the current sensing element is able to measure current going into or out of the battery and that the controller can switch the battery out of a circuit and connect the battery to a resistor having a predetermined resistance of the remote battery monitor in response to a request from the controller where a voltage from the battery to the circuit and to the predetermined resistance is the same and where battery data generated by the current sensing element and the at least one battery sensor is formatted for transmission by the transceiver.
Laser device comprising: - an apparatus for producing amplified laser pulses at a repetition rate higher than 100 Hz, comprising a plurality of amplifier optical fibers (131, 141, 151) in which an initial laser pulse is distributed in order to be amplified therein, and means for gathering together elementary pulses amplified by said amplifier optical fibers into an overall amplified pulse, and - a target on to which said overall amplified pulse is directed, to generate therein, after impact, a predetermined physical process leading to a change in state of said target, characterized in that said laser device comprises: - means for measuring at least one characteristic parameter of said physical process generated after impact by said overall amplified pulse on said target, - means for setting at least one setting characteristic of said amplified elementary laser pulses, said at least one characteristic being predetermined as a function of the use of said amplified elementary laser pulses in said physical process; said apparatus for producing amplified laser pulses, said means for measuring and said means for setting being implemented at least twice, and in that said laser device comprises: - means for analyzing a plurality of measurements delivered by said means for measuring, for different settings made by said means for setting, determining an optimal setting of said setting characteristic or characteristics making it possible to obtain an optimal value of said characteristic parameter or parameters of the physical process. - an apparatus for producing amplified laser pulses at a repetition rate higher than 100 Hz, comprising a plurality of amplifier optical fibers (131, 141, 151) in which an initial laser pulse is distributed in order to be amplified therein, and means for gathering together elementary pulses amplified by said amplifier optical fibers into an overall amplified pulse, and - a target on to which said overall amplified pulse is directed, to generate therein, after impact, a predetermined physical process leading to a change in state of said target, - means for measuring at least one characteristic parameter of said physical process generated after impact by said overall amplified pulse on said target, - means for setting at least one setting characteristic of said amplified elementary laser pulses, said at least one characteristic being predetermined as a function of the use of said amplified elementary laser pulses in said physical process; - means for analyzing a plurality of measurements delivered by said means for measuring, for different settings made by said means for setting, determining an optimal setting of said setting characteristic or characteristics making it possible to obtain an optimal value of said characteristic parameter or parameters of the physical process.
A rear spoiler for a vehicle, comprising: - a main body defining a cavity and comprising an opening, - a blade movably mounted between a retracted position inside the cavity and an extended position wherein at least a part of the blade is outside of the cavity and through the opening, and - positioning means (4, 5) configured to limit a movement of the blade with respect to the spoiler in at least one direction when the blade is in the retracted position and/or in the extended position and/or during a movement of the blade between the retracted and extended position, characterized in that the positioning means are further configured to cushion a contact between the blade and the main body. - a main body defining a cavity and comprising an opening, - a blade movably mounted between a retracted position inside the cavity and an extended position wherein at least a part of the blade is outside of the cavity and through the opening, and - positioning means (4, 5) configured to limit a movement of the blade with respect to the spoiler in at least one direction when the blade is in the retracted position and/or in the extended position and/or during a movement of the blade between the retracted and extended position,
A variable displacement vane pump (100, 200, 300), comprising: a rotor having a set of radially extending vanes; a control ring having an inner surface against which the vanes abut, adjacent vanes forming pumping chambers with the control ring and the rotor and the control ring being moveable about a pivot to alter the eccentricity between the rotation center of the vanes and the rotation center of the control ring to change the displacement of the pump (100, 200, 300); an inlet port to introduce working fluid from a pump inlet to the pumping chambers; a discharge port located downstream of the inlet port, with respect to the direction of rotation of the rotor, to transfer pressurized working fluid from the pumping chambers to a pump outlet; characterized by a discharge recess (152, 212) extending radially an entire width of at least one of the upper and lower surfaces of the control ring adjacent the discharge port and in fluid communication with the discharge port to form an enhanced discharge port. a rotor having a set of radially extending vanes; a control ring having an inner surface against which the vanes abut, adjacent vanes forming pumping chambers with the control ring and the rotor and the control ring being moveable about a pivot to alter the eccentricity between the rotation center of the vanes and the rotation center of the control ring to change the displacement of the pump (100, 200, 300); an inlet port to introduce working fluid from a pump inlet to the pumping chambers; a discharge port located downstream of the inlet port, with respect to the direction of rotation of the rotor, to transfer pressurized working fluid from the pumping chambers to a pump outlet; characterized by a discharge recess (152, 212) extending radially an entire width of at least one of the upper and lower surfaces of the control ring adjacent the discharge port and in fluid communication with the discharge port to form an enhanced discharge port.
A deposition fabrication method, comprising: establishing a pressurized stream of a polymer through a capillary tube of an entrainment barrel; loosely feeding a fiber reinforcement into a guide tube of the entrainment barrel such that the fiber reinforcement is not forced into the guide tube and placed in any substantial amount of compression, converging the polymer and the fiber reinforcement in a convergence region of the entrainment barrel and entraining the fiber reinforcement within and by the pressurized stream; depositing a bead of the polymer and the fiber reinforcement from the capillary tube onto a substrate. establishing a pressurized stream of a polymer through a capillary tube of an entrainment barrel; loosely feeding a fiber reinforcement into a guide tube of the entrainment barrel such that the fiber reinforcement is not forced into the guide tube and placed in any substantial amount of compression, converging the polymer and the fiber reinforcement in a convergence region of the entrainment barrel and entraining the fiber reinforcement within and by the pressurized stream; depositing a bead of the polymer and the fiber reinforcement from the capillary tube onto a substrate.
An optical line terminal, OLT, controller comprising: - a first communications interface over which the OLT controller interacts with an OLT; - a second communications interface that enables the OLT controller to interact with multiple optical network units, ONUs; and - one or more processors that configure a control plane of the OLT and the multiple ONUs by performing operations comprising: - assigning, in two or more physical ports of the OLT, a bonded Next-Generation Passive Optical Network 2, NG-PON2, encapsulation method, XGEM, frame, bXGEM, to a first optical network unit, ONU, from among multiple ONUs that are connected to the OLT; - assigning, to each of multiple access node interfaces, ANIs, in the first ONU, a bonded Transmission Container, bT-CONT; - associating, using a bonded group list, BGL, the bXGEM that is assigned to the first ONU with multiple different bT-CONTs of the first ONU; and - wherein the BGL association of the bXGEM with the multiple different bT-CONTs configures the first ONU to transmit data packets to the OLT over the bXGEM using multiple different wavelengths corresponding to the multiple different bT-CONTs. - a first communications interface over which the OLT controller interacts with an OLT; - a second communications interface that enables the OLT controller to interact with multiple optical network units, ONUs; and - one or more processors that configure a control plane of the OLT and the multiple ONUs by performing operations comprising: - assigning, in two or more physical ports of the OLT, a bonded Next-Generation Passive Optical Network 2, NG-PON2, encapsulation method, XGEM, frame, bXGEM, to a first optical network unit, ONU, from among multiple ONUs that are connected to the OLT; - assigning, to each of multiple access node interfaces, ANIs, in the first ONU, a bonded Transmission Container, bT-CONT; - associating, using a bonded group list, BGL, the bXGEM that is assigned to the first ONU with multiple different bT-CONTs of the first ONU; and - wherein the BGL association of the bXGEM with the multiple different bT-CONTs configures the first ONU to transmit data packets to the OLT over the bXGEM using multiple different wavelengths corresponding to the multiple different bT-CONTs.
An integrated circuit, IC, comprising: a first set of power distribution lines formed in a substrate of the IC; a second set of power distribution lines formed in the substrate of the IC; a first capacitor formed in a layer of the IC; a second capacitor formed in a layer of the IC; a first plurality of vias coupling a first input of the first and second capacitors (210, 212) to the first set of power distribution lines; and a second plurality of vias coupling a second input of the first and second capacitors (210, 212) to the second set of power distribution lines, wherein: the first capacitor and the first plurality of vias and the second plurality of vias coupled thereto have an equivalent series resistance greater than an equivalent series resistance of the second capacitor and the first plurality of vias and the second plurality of vias coupled thereto; and the first capacitor is coupled to the first and second sets of power distribution lines with a number of vias that is less than a number of vias by which the second capacitor is coupled to the first and second sets of power distribution lines. a first set of power distribution lines formed in a substrate of the IC; a second set of power distribution lines formed in the substrate of the IC; a first capacitor formed in a layer of the IC; a second capacitor formed in a layer of the IC; a first plurality of vias coupling a first input of the first and second capacitors (210, 212) to the first set of power distribution lines; and a second plurality of vias coupling a second input of the first and second capacitors (210, 212) to the second set of power distribution lines, wherein: the first capacitor and the first plurality of vias and the second plurality of vias coupled thereto have an equivalent series resistance greater than an equivalent series resistance of the second capacitor and the first plurality of vias and the second plurality of vias coupled thereto; and the first capacitor is coupled to the first and second sets of power distribution lines with a number of vias that is less than a number of vias by which the second capacitor is coupled to the first and second sets of power distribution lines. the first capacitor and the first plurality of vias and the second plurality of vias coupled thereto have an equivalent series resistance greater than an equivalent series resistance of the second capacitor and the first plurality of vias and the second plurality of vias coupled thereto; and the first capacitor is coupled to the first and second sets of power distribution lines with a number of vias that is less than a number of vias by which the second capacitor is coupled to the first and second sets of power distribution lines.
Cleaning device, intended to spray at least one fluid towards a surface to be cleaned of a motor vehicle, such as an optical sensor of an optical detection system, the cleaning device comprising at least: - a hollow body closed at one end by an inlet flange, - a movable piston that slides along a longitudinal axis in the hollow body and that bears, at a first end, a cleaning fluid dispensing element (8, 9), the piston being movable between an extreme retracted position and an extreme deployed position, - a rod secured to the inlet flange which extends parallel to the longitudinal axis and along which the movable piston slides, - means for conveying cleaning fluid through the hollow body, from a fluid intake end-fitting to the dispensing element (8, 9), comprising at least one intake chamber whose volume varies as a function of the displacement of the movable piston and a dispensing duct formed in the movable piston, - the piston and the rod being configured to provide between them at least one cleaning fluid flow path, characterized in that the at least one flow path is formed by a groove formed in the movable piston. - a hollow body closed at one end by an inlet flange, - a movable piston that slides along a longitudinal axis in the hollow body and that bears, at a first end, a cleaning fluid dispensing element (8, 9), the piston being movable between an extreme retracted position and an extreme deployed position, - a rod secured to the inlet flange which extends parallel to the longitudinal axis and along which the movable piston slides, - means for conveying cleaning fluid through the hollow body, from a fluid intake end-fitting to the dispensing element (8, 9), comprising at least one intake chamber whose volume varies as a function of the displacement of the movable piston and a dispensing duct formed in the movable piston, - the piston and the rod being configured to provide between them at least one cleaning fluid flow path, characterized in that the at least one flow path is formed by a groove formed in the movable piston.