mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic device for a rail vehicle having a tank region for a hydraulic fluid, a motor with a pump for pumping the hydraulic fluid, a hydraulic connection panel for providing hydraulic fluid paths and receiving hydraulic components, and a control region for actuating the hydraulic components, - the tank region and the control region being arranged on opposite sides of the hydraulic connection panel, and - the motor being arranged together with the pump on one side of the hydraulic connection panel, characterised in that - the hydraulic device further comprises a holding structure (115, 145) for holding the motor and the pump and that the holding structure (115, 145) is held in the tank region and coupled to the hydraulic connection panel, - the motor and the pump being held independently of the hydraulic connection panel by the holding structure (115, 145) rather than being coupled directly with the hydraulic connection panel. - the tank region and the control region being arranged on opposite sides of the hydraulic connection panel, and - the motor being arranged together with the pump on one side of the hydraulic connection panel, characterised in that - the hydraulic device further comprises a holding structure (115, 145) for holding the motor and the pump and that the holding structure (115, 145) is held in the tank region and coupled to the hydraulic connection panel, - the motor and the pump being held independently of the hydraulic connection panel by the holding structure (115, 145) rather than being coupled directly with the hydraulic connection panel.
Bracket for fixing a fluid delivery tube to a drive arm of a wiper system of a motor vehicle, the drive arm comprising at least one spring, the fixing bracket comprising at least one sleeve configured to retain the delivery tube, characterized in that the fixing bracket comprises a cylindrical body that is linked to the sleeve and is configured to be inserted in a volume surrounded by the spring of the drive arm.
Process for bonding two substrates (A,B) by molecular adhesion, comprising at least: (a) bringing the surfaces to be bonded of the said substrates (A,B) into intimate contact; and (b) propagating a bonding front between the said substrates (A,B); characterized in that the said substrates are kept, during stage (b), in a gas atmosphere exhibiting, at the temperature and at the pressure of the said atmosphere, a negative Joule-Thomson coefficient. (a) bringing the surfaces to be bonded of the said substrates (A,B) into intimate contact; and (b) propagating a bonding front between the said substrates (A,B);
A method for cleaning a component within a gas turbine engine, the method comprising: positioning an acoustic emitter at a cleaning location of the component of the gas turbine engine, the cleaning location characterized by having a build-up of foulants; and emitting, via the acoustic emitter, one or more acoustic waves at a predetermined frequency towards the cleaning location of the component so as to disperse the foulants; characterized in that the method further comprises determining the predetermined frequency by measuring, via a sensor (98, 99), an emissivity of the cleaning location, and correlating the emissivity with a frequency configured to disperse the foulants. positioning an acoustic emitter at a cleaning location of the component of the gas turbine engine, the cleaning location characterized by having a build-up of foulants; and emitting, via the acoustic emitter, one or more acoustic waves at a predetermined frequency towards the cleaning location of the component so as to disperse the foulants; characterized in that the method further comprises determining the predetermined frequency by measuring, via a sensor (98, 99), an emissivity of the cleaning location, and correlating the emissivity with a frequency configured to disperse the foulants.
An encapsulated composition comprising at least one core-shell microcapsule, wherein the at least one core-shell microcapsule comprises a core comprising at least one benefit agent and a shell surrounding the core, wherein the shell comprises a polyurea resin formed by reaction of at least one trifunctional isocyanate with at least one polyfunctional amine not being chitosan, wherein the at least one trifunctional isocyanate is an adduct of an aliphatic triol with at least one araliphatic diisocyanate, wherein the weight ratio between moieties of the polyurea resin, which are derived from the trifunctional isocyanate, and the core is between 0.09 and 0.30, preferably between 0.10 and 0.20, more preferably between 0.11 and 0.18, and wherein the shell additionally comprises chitosan.
A track and field shoe (100, 400), comprising: an upper (104, 404) including a medial side portion, a lateral side portion, and a toe box portion (122, 412); a sole structure (102, 402) attached to the upper (104, 404) and including a spike plate (106, 406), wherein the spike plate (106, 406) has an anterior portion (120, 410), a posterior portion and a plurality of spikes; and a toe plate (108, 408) extending in a superior direction and a posterior direction from the anterior portion of the spike plate (106, 406) and being attached to an anterior portion of the toe box portion (122, 412) of the upper (104, 404), wherein one or more portions of the toe plate (108, 408) extend over an exterior surface of the toe box portion (122, 412) of the upper (104, 404), and wherein one or more portions of the toe plate (108, 408) are exposed from an exterior surface of the upper (104, 404); characterized in that the toe plate (108, 408) comprises one or more raised surfaces extending outwardly, wherein the one or more raised surfaces are spaced apart relative to each other, and wherein the raised surfaces include respective longitudinal axes that are parallel to a superior/inferior axis of the shoe. an upper (104, 404) including a medial side portion, a lateral side portion, and a toe box portion (122, 412); a sole structure (102, 402) attached to the upper (104, 404) and including a spike plate (106, 406), wherein the spike plate (106, 406) has an anterior portion (120, 410), a posterior portion and a plurality of spikes; and a toe plate (108, 408) extending in a superior direction and a posterior direction from the anterior portion of the spike plate (106, 406) and being attached to an anterior portion of the toe box portion (122, 412) of the upper (104, 404), wherein one or more portions of the toe plate (108, 408) extend over an exterior surface of the toe box portion (122, 412) of the upper (104, 404), and wherein one or more portions of the toe plate (108, 408) are exposed from an exterior surface of the upper (104, 404); characterized in that the toe plate (108, 408) comprises one or more raised surfaces extending outwardly, wherein the one or more raised surfaces are spaced apart relative to each other, and wherein the raised surfaces include respective longitudinal axes that are parallel to a superior/inferior axis of the shoe.
Ready-for-use metal reinforcer capable of adhering by vulcanization to an unsaturated rubber matrix, characterized in that its surface is provided with nanoparticles of at least one sulphide of a metal chosen from the group consisting of cobalt, copper, iron, zinc and the alloys comprising at least one of these elements.
A hearing aid for a wearer, comprising: a microphone; a receiver for playing sound to the wearer; a processor connected to the microphone and the receiver; and a radio connected to the processor, wherein the processor is adapted to place the radio into a low power or standby mode upon receipt of a predetermined command received by the microphone and/or the radio in an external wireless communication. a microphone; a receiver for playing sound to the wearer; a processor connected to the microphone and the receiver; and a radio connected to the processor, wherein the processor is adapted to place the radio into a low power or standby mode upon receipt of a predetermined command received by the microphone and/or the radio in an external wireless communication.
A machine tool comprising: a base, a moving unit provided with respect to the base movably in a predetermined axis direction, a ball screw having a nut fixed to the moving unit and a threaded shaft rotated on an axis along the axis direction to move the nut in the axis direction, a cap which covers an end of the threaded shaft and allows rotation of the threaded shaft on the axis, and a supporting unit provided on the base to support the cap, wherein the cap has a body and a flange expanded larger than the body on the outer side (D1o) thereof with respect to the axis direction, the supporting unit comprises a recess part which receives the body of the cap, the recess part being provided with an opening, and the supporting unit further comprises a positioning part on which an inner surface of the flange abuts in the axis direction in the state that the body of the cap is received in the recess part, characterized in that the opening allows the threaded shaft to pass in a direction perpendicular to the axis direction in the state that the supporting unit is provided on the base. a base, a moving unit provided with respect to the base movably in a predetermined axis direction, a ball screw having a nut fixed to the moving unit and a threaded shaft rotated on an axis along the axis direction to move the nut in the axis direction, a cap which covers an end of the threaded shaft and allows rotation of the threaded shaft on the axis, and a supporting unit provided on the base to support the cap, wherein the cap has a body and a flange expanded larger than the body on the outer side (D1o) thereof with respect to the axis direction, the supporting unit comprises a recess part which receives the body of the cap, the recess part being provided with an opening, and the supporting unit further comprises a positioning part on which an inner surface of the flange abuts in the axis direction in the state that the body of the cap is received in the recess part, characterized in that the opening allows the threaded shaft to pass in a direction perpendicular to the axis direction in the state that the supporting unit is provided on the base.
A composition comprising at least: i) a semiconducting light emitting nanoparticle; ii) a macromolecular compound comprising at least an anchoring group; iii) an organic additive, wherein the organic additive is defined by formula, wherein M is selected from the group consisting of Zn 2+, Mg 2+ and Cd 2+; R 1 and R 2 can be same or different, linear or branched, and each R 1, R 2 is selected from the group consisting of an alkyl having a chain of 1 to 6 carbon atoms or an alkenyl group having a chain of 1 to 6 carbon atoms. i) a semiconducting light emitting nanoparticle; ii) a macromolecular compound comprising at least an anchoring group; iii) an organic additive, wherein the organic additive is defined by formula, wherein M is selected from the group consisting of Zn 2+, Mg 2+ and Cd 2+; R 1 and R 2 can be same or different, linear or branched, and each R 1, R 2 is selected from the group consisting of an alkyl having a chain of 1 to 6 carbon atoms or an alkenyl group having a chain of 1 to 6 carbon atoms. M is selected from the group consisting of Zn 2+, Mg 2+ and Cd 2+; R 1 and R 2 can be same or different, linear or branched, and each R 1, R 2 is selected from the group consisting of an alkyl having a chain of 1 to 6 carbon atoms or an alkenyl group having a chain of 1 to 6 carbon atoms.
A method of processing optical data packets, comprising: receiving (2100, 3000) a data packet at an optical input (110, 200); determining (2200, 4000) whether to process the data packet as a guaranteed-service packet or as a statistically-multiplexed packet; if the data packet is to be processed as a guaranteed-service packet, sending (2600, 5000) the data packet from an optical output within a predetermined maximum time of receiving the data packet; if the data packet is to be processed as a statistically-multiplexed packet, adding the packet to a queue that can be accessed randomly in time; and characterized in that for two outbound guaranteed-service packets, determining a plurality of statistically-multiplexed packets whose lengths are such that they would fit in a gap between the two guaranteed-service packets, using a selection process to select a statistically-multiplexed packet from said plurality of statistically-multiplexed packets, and sending the selected statistically-multiplexed packet from the optical output, between the two guaranteed-service packets. receiving (2100, 3000) a data packet at an optical input (110, 200); determining (2200, 4000) whether to process the data packet as a guaranteed-service packet or as a statistically-multiplexed packet; if the data packet is to be processed as a guaranteed-service packet, sending (2600, 5000) the data packet from an optical output within a predetermined maximum time of receiving the data packet; if the data packet is to be processed as a statistically-multiplexed packet, adding the packet to a queue that can be accessed randomly in time; and characterized in that for two outbound guaranteed-service packets, determining a plurality of statistically-multiplexed packets whose lengths are such that they would fit in a gap between the two guaranteed-service packets, using a selection process to select a statistically-multiplexed packet from said plurality of statistically-multiplexed packets, and sending the selected statistically-multiplexed packet from the optical output, between the two guaranteed-service packets.
A magnet apparatus comprising: a first vacuum chamber (2, 4); another vacuum chamber; a first magnet disposed within the first vacuum chamber such that the first magnet is configured to be thermally isolated from the exterior of the first vacuum chamber (2, 4); the first vacuum chamber (2, 4) comprising a sealing arrangement (1124, 1128) arranged to accept a load connector for extending from the first vacuum chamber (2, 4) into the other vacuum chamber so that a load on the first magnet can be transferred to the other vacuum chamber, wherein when present the load connector is thermally contactable with the first magnet and can be thermally isolated from the exterior of the first vacuum chamber (2, 4) and the exterior of the other vacuum chamber, further comprising a cap for the sealing arrangement, and wherein the other vacuum chamber is provided between the cap and the sealing arrangement (1124, 1128). a first vacuum chamber (2, 4); another vacuum chamber; a first magnet disposed within the first vacuum chamber such that the first magnet is configured to be thermally isolated from the exterior of the first vacuum chamber (2, 4); the first vacuum chamber (2, 4) comprising a sealing arrangement (1124, 1128) arranged to accept a load connector for extending from the first vacuum chamber (2, 4) into the other vacuum chamber so that a load on the first magnet can be transferred to the other vacuum chamber, wherein when present the load connector is thermally contactable with the first magnet and can be thermally isolated from the exterior of the first vacuum chamber (2, 4) and the exterior of the other vacuum chamber, further comprising a cap for the sealing arrangement, and wherein the other vacuum chamber is provided between the cap and the sealing arrangement (1124, 1128).
Random number generator of the type comprising, integrated in a single silicon substrate: - at least one photon source; - at least one photon detector configured to detect a stream of photons generated by said photon source; said random number generator further comprising electronic control means operatively connected with said photon source and with said photon detector; where: - said photon source comprises a first SPAD configured to emit a stream of photons, after triggering an avalanche effect in said first SPAD; - said photon detector comprises a second SPAD configured to detect at least one photon of said stream of photons generated by said first SPAD; - said electronic control means are configured to polarize in Gaiger mode said first SPAD and said second SPAD by means of a first polarization voltage (VSPAD1) and a second polarization voltage (VSPAD2); characterized in that said electronic control means are further operatively connected to the output of said first SPAD and to the output of said second SPAD so as to receive the output signals (Sout, Sout2) generated by avalanche effects triggered in said first SPAD and in said second SPAD respectively, said electronic control means being configured to consider as valid for generating a random number exclusively the output signals (Sout2) from said second SPAD generated by avalanche effects triggered in said second SPAD within a correlation time window (T c), of predetermined duration, starting from the instant in which said electronic control means have detected an avalanche effect in said first SPAD. - at least one photon source; - at least one photon detector configured to detect a stream of photons generated by said photon source; said random number generator further comprising electronic control means operatively connected with said photon source and with said photon detector; where: - said photon source comprises a first SPAD configured to emit a stream of photons, after triggering an avalanche effect in said first SPAD; - said photon detector comprises a second SPAD configured to detect at least one photon of said stream of photons generated by said first SPAD; - said electronic control means are configured to polarize in Gaiger mode said first SPAD and said second SPAD by means of a first polarization voltage (VSPAD1) and a second polarization voltage (VSPAD2); - said photon source comprises a first SPAD configured to emit a stream of photons, after triggering an avalanche effect in said first SPAD; - said photon detector comprises a second SPAD configured to detect at least one photon of said stream of photons generated by said first SPAD; - said electronic control means are configured to polarize in Gaiger mode said first SPAD and said second SPAD by means of a first polarization voltage (VSPAD1) and a second polarization voltage (VSPAD2);
A backing layer (10; 10'; 10") for an insulating construction panel of the type comprising: - a main thermally insulating layer consisting of an expanded insulation having a cellular structure comprising a first surface and an opposite second surface; - at least one backing layer (10; 10'; 10") intended to face and be connected to the main layer of the insulating panel along at least one of said first and second surfaces (51, 52), wherein said backing layer (10; 10'; 10") comprises: - a reinforcement layer made of fibrous material, - a first coating layer for said reinforcement layer of the mineral type, - a second coating layer for the reinforcement layer having gas-impermeability properties, characterized in that said second gas-impermeable coating layer is made by applying at least one polymer to the reinforcement layer or to the first coating layer of the mineral type, and after drying, said second coating layer is an applied compound comprising a water dispersed polymer resin, and optionally additives. - a main thermally insulating layer consisting of an expanded insulation having a cellular structure comprising a first surface and an opposite second surface; - at least one backing layer (10; 10'; 10") intended to face and be connected to the main layer of the insulating panel along at least one of said first and second surfaces (51, 52), - a reinforcement layer made of fibrous material, - a first coating layer for said reinforcement layer of the mineral type, - a second coating layer for the reinforcement layer having gas-impermeability properties, said second gas-impermeable coating layer is made by applying at least one polymer to the reinforcement layer or to the first coating layer of the mineral type, and after drying, said second coating layer is an applied compound comprising a water dispersed polymer resin, and optionally additives.
A stringed instrument resonance analysis device, for evaluating resonance of a stringed instrument, comprising: a cabinet forming an accommodating space in the cabinet; a vibration source, disposed in the accommodating space a frequency generator, connected to the vibration source, to control the vibration source generate vibration of different frequencies; a holder disposed in the accommodating space and configured to fix and hold the stringed instrument at least one vibration sensor disposed in the accommodating space and adjacent to the loudspeaker box of the stringed instrument; a spectrum analyzer, connected to the at least one vibration sensor, configured to obtain a frequency spectrum through a Fourier transform of resonance sonic collected by the vibration sensor, and configured to analyze and compare the frequency spectrum; characterized by the vibration source comprising at least one energy converter and a fixture, the fixture being connected to the energy converter and being configured to clamp and fix a bridge of the stringed instrument, wherein the vibration source further comprises at least one buffer unit disposed between the energy converter and the fixture, and a number of the at least one buffer unit is corresponding to a number of the at least one energy converter. a cabinet forming an accommodating space in the cabinet; a vibration source, disposed in the accommodating space a frequency generator, connected to the vibration source, to control the vibration source generate vibration of different frequencies; a holder disposed in the accommodating space and configured to fix and hold the stringed instrument at least one vibration sensor disposed in the accommodating space and adjacent to the loudspeaker box of the stringed instrument; a spectrum analyzer, connected to the at least one vibration sensor, configured to obtain a frequency spectrum through a Fourier transform of resonance sonic collected by the vibration sensor, and configured to analyze and compare the frequency spectrum; characterized by the vibration source comprising at least one energy converter and a fixture, the fixture being connected to the energy converter and being configured to clamp and fix a bridge of the stringed instrument, wherein the vibration source further comprises at least one buffer unit disposed between the energy converter and the fixture, and a number of the at least one buffer unit is corresponding to a number of the at least one energy converter.