mhurhangee/patent-ind-claim-en huggingface dataset:
A damper device comprising: first and second side plates each having an annular shape, the first and second side plates being disposed in opposition to each other in an axial direction, the first and second side plates each including an opening in a center part thereof; a hub flange rotatable relatively to the first and second side plates , the hub flange including a boss portion and a flange portion , the flange portion extending radially outward from the boss portion , the flange portion being disposed between the first and second side plates in the axial direction; a plurality of elastic members elastically coupling the hub flange and both the first and second side plates in a rotational direction; a first friction member disposed between the first side plate and the flange portion in the axial direction, the first friction member generating friction resistance when the first side plate and the hub flange are rotated relatively to each other; characterized by an oil supply portion provided in the flange portion , the oil supply portion supplying a lubricating oil supplied thereto from a second side plate side to the first friction member . first and second side plates each having an annular shape, the first and second side plates being disposed in opposition to each other in an axial direction, the first and second side plates each including an opening in a center part thereof; a hub flange rotatable relatively to the first and second side plates , the hub flange including a boss portion and a flange portion , the flange portion extending radially outward from the boss portion , the flange portion being disposed between the first and second side plates in the axial direction; a plurality of elastic members elastically coupling the hub flange and both the first and second side plates in a rotational direction; a first friction member disposed between the first side plate and the flange portion in the axial direction, the first friction member generating friction resistance when the first side plate and the hub flange are rotated relatively to each other; characterized by an oil supply portion provided in the flange portion , the oil supply portion supplying a lubricating oil supplied thereto from a second side plate side to the first friction member .
A pneumatic tire comprising a tread portion , a pair of sidewall portions , a pair of bead portions each with a bead core embedded therein, and a carcass extending between the bead portions and comprising first carcass cords and second carcass cords , wherein each of the first carcass cords comprises a main portion extending from the tread portion to the bead portions via the sidewall portions , and folded-back portions continued from the main portion and folded back around the bead cores from the inside to the outside in the tire axial direction, each of the second carcass cords extends from the tread portion to the bead portions and terminates on the axially outside of the folded-back portions of the first carcass cords , the first carcass cords have a Young's modulus, the second carcass cords have a Young's modulus larger than the Young's modulus of the first carcass cords , and characterized in that an insulation rubber layer is disposed between the second carcass cords and the main portions of the first carcass cords , the insulation rubber layer is a different rubber compound from a first topping rubber covering the first carcass cords and a second topping rubber covering the second carcass cords . each of the first carcass cords comprises a main portion extending from the tread portion to the bead portions via the sidewall portions , and folded-back portions continued from the main portion and folded back around the bead cores from the inside to the outside in the tire axial direction, each of the second carcass cords extends from the tread portion to the bead portions and terminates on the axially outside of the folded-back portions of the first carcass cords , the first carcass cords have a Young's modulus, the second carcass cords have a Young's modulus larger than the Young's modulus of the first carcass cords , and an insulation rubber layer is disposed between the second carcass cords and the main portions of the first carcass cords , the insulation rubber layer is a different rubber compound from a first topping rubber covering the first carcass cords and a second topping rubber covering the second carcass cords .
An emergency opening device for an aircraft door, comprising: - a tubular actuating member provided with a first connecting end and a second connecting end , this tubular actuating member being able to switch between a retracted rest position and a deployed open position; - elastic compression means designed to urge the tubular actuating member from its retracted position toward its deployed position; - a member for retaining the tubular actuating member in its retracted position with the elastic compression means kept compressed; - triggering means designed to release the retaining member and cause the tubular actuating member to transition into its deployed position under the effect of the expansion of the elastic compression means ; this emergency opening device being characterized in that : - the retaining member has a retaining cord which, when the tubular actuating member is in the retracted position, is held taut between a first fastener at the first connecting end and a second fastener at the second connecting end of the tubular actuating member ; - the triggering means have a member for transversely severing the retaining cord . - a tubular actuating member provided with a first connecting end and a second connecting end , this tubular actuating member being able to switch between a retracted rest position and a deployed open position; - elastic compression means designed to urge the tubular actuating member from its retracted position toward its deployed position; - a member for retaining the tubular actuating member in its retracted position with the elastic compression means kept compressed; - triggering means designed to release the retaining member and cause the tubular actuating member to transition into its deployed position under the effect of the expansion of the elastic compression means ; - the retaining member has a retaining cord which, when the tubular actuating member is in the retracted position, is held taut between a first fastener at the first connecting end and a second fastener at the second connecting end of the tubular actuating member ; - the triggering means have a member for transversely severing the retaining cord .
A system for feeding diaphragm, characterized in that the system for feeding diaphragm comprises: a diaphragm separating device adapted to separate a diaphragm from at least one stack of diaphragms ; a first visual device adapted to identify the separated diaphragm and a position of the separated diaphragm ; a robot adapted to pick up the separated diaphragm under the vision guide of the first visual device , characterized by a second visual device adapted to check whether the diaphragm picked up by the robot is a single diaphragm . a diaphragm separating device adapted to separate a diaphragm from at least one stack of diaphragms ; a first visual device adapted to identify the separated diaphragm and a position of the separated diaphragm ; a robot adapted to pick up the separated diaphragm under the vision guide of the first visual device , characterized by a second visual device adapted to check whether the diaphragm picked up by the robot is a single diaphragm .
A high temperature linear low density polyethylene-based foam consisting of: non-crosslinked linear low density polyethylene (LLDPE) resin having a long chain branch structure and a melt index in the range of 0.7 to 5.0 at 190°C; and one or more additives selected from the group consisting of flame retardants, color pigments, nucleating agents, diffusion blockers, and blowing agents; wherein the LLDPE-based foam meets the ASTM C411 standard for hot-surface performance of high-temperature thermal insulation when tested at 104°C (220°F). non-crosslinked linear low density polyethylene (LLDPE) resin having a long chain branch structure and a melt index in the range of 0.7 to 5.0 at 190°C; and one or more additives selected from the group consisting of flame retardants, color pigments, nucleating agents, diffusion blockers, and blowing agents; wherein the LLDPE-based foam meets the ASTM C411 standard for hot-surface performance of high-temperature thermal insulation when tested at 104°C (220°F).
Process for the oxidation of limonene, which comprises reacting limonene with hydrogen peroxide in the presence of a catalyst selected from the group consisting of sodium molybdate, sodium molybdate dihydrate, sodium tungstate, sodium tungstate dihydrate and lanthanum nitrate.
Watch including a case having under a dial an electronic watch movement, as an electronic module driving display means for the display of at least one additional function in addition to the normal current time display, said additional function allowing the management of time and penalties relating to an equestrian show jumping activity, said additional function being controlled by control means and comprising at least one operating phase using a scale selected from a first scale and a second scale in each of which the duration of said phase is arranged to be measured and compared to a reference value, the electronic module further allowing, for the first and second scales, at least the manual counting and the display of one type of random occurrences, occurring during said phase, the first scale being such that the measured duration of said phase is arranged to be compared with a first reference value, the random occurrences comprising a first type of occurrences recorded automatically in the form of penalty points when the measured duration of said phase is arranged to exceed the first reference value, the penalty points being added depending on the exceeding of the first reference value, and a second type of occurrences manually recorded, in the form of penalty points, by the user by means of the control means , a second type of occurrence being an obstacle fall, the second scale being such that the measured duration of said phase is arranged to be compared to a second reference value, the random occurrences comprising a third type of occurrences recorded automatically when the measured duration of said phase is arranged to exceed the second reference value so as to stop said phase and a fourth type of occurrences recorded manually, in the form of time additions to the duration measured for said phase, by the user by means of the control means , a fourth type of occurrence being an obstacle fall.
An aircraft comprising a cabin air system , a gas turbine engine including an engine core coupled to the cabin air system to provide compressed bleed air to the cabin air system and a cleaning agent supply connector coupled to the engine core to conduct a cleaning agent to the engine core, and a pneumatic coupling system including a first valve coupled between the cabin air system and the engine core, a second valve coupled between the engine core and the cleaning agent supply connector, and a controller coupled to the first valve, the controller configured to automatically close the first valve and block compressed bleed air that may contain cleaning agent moving through the engine core from moving into the cabin air system in response to receipt of an input associated with a cleaning cycle.
Cooling appliance for a front end of a motor vehicle , comprising at least one heat exchanger which has a plurality of coolant channels around which air can flow, and also comprising a device upstream of the heat exchanger, which device has a support frame comprising a throughflow opening for an air flow to the heat exchanger, and has at least one closing element, movably mounted on the support frame , for releasing, partially releasing and closing the throughflow opening , the closing element being designed as a roller blind which extends over the support frame , closing the throughflow opening , in a first end position, and completely releases the throughflow opening in a second, rolled-up end position, and the support frame having a lattice support structure which lies in the throughflow opening , the lattice support structure comprising intersecting struts, in particular vertical struts and horizontal struts , for the roller blind , characterized in that the lattice support structure has at least one plate-shaped support element on the side of the lattice support structure which faces away from the roller blind , for contact with the heat exchanger, in particular an air conditioning condenser .
Adhesive, especially as a permeant barrier, characterized in that the adhesive comprises (i) block copolymers and also mixtures thereof, having an A-B-A, (A-B) n , (A-B) n X, or (A-B-A) n X construction, where X is the radical of a coupling reagent, n is an integer between 2 and 10, A is a polymer block of a vinylaromatic, and B is a polymer block of an alkene or diene, and where some of the A blocks are sulfonated, and diblock copolymers of the form A-B optionally as admixture component, and (ii) at least one tackifier resin. (i) block copolymers and also mixtures thereof, having an A-B-A, (A-B) n , (A-B) n X, or (A-B-A) n X construction, where X is the radical of a coupling reagent, n is an integer between 2 and 10, A is a polymer block of a vinylaromatic, and B is a polymer block of an alkene or diene, and where some of the A blocks are sulfonated, and diblock copolymers of the form A-B optionally as admixture component, and (ii) at least one tackifier resin.
A secure element (SCO) comprising a communication interface (SPO) and first and second virtual profiles (PR1, PR2), said secure element (SCO) being configured to get electric power from a host machine connected through said communication interface (SPO), characterized in that each of said virtual profiles (PR1, PR2) is an emulated secure element, in that each of said virtual profiles (PR1, PR2) is associated with a subscription, in that said secure element (SCO) comprises an execution component (MX) configured to run simultaneously said first and second virtual profiles (PR1, PR2) and in that said secure element (SCO) comprises a communication component (VMU) configured to receive an incoming data (IA) through the communication interface (SPO), said incoming data (IA) comprising a first command (C1) intended to be executed by the first virtual profile (PR1), a second command (C2) intended to be executed by the second virtual profile (PR2) and a specific incoming information, to demultiplex said first and second commands (C1, C2), to send said first command (C1) to the first virtual profile (PR1) and the second command (C2) to the second virtual profile (PR2) based on said specific incoming information, to get a first response message (R1) generated by the first virtual profile (PR1) by executing the first command (C1) and a second response message (R2) generated by the second virtual profile (PR2) by executing the second command (C2), to generate an outgoing data (OA) by multiplexing said first and second response messages (R1, R2) and to send the outgoing data (OA) through the communication interface (SPO).
An antagomir of hsa-miR-22-3p for use in a method of treating diabetes or obesity in a human subject in need of treatment thereof.
A method of forwarding a packet by a gateway device , wherein a first Virtual extensible Local Area Network, VXLAN, tunnel is established between the gateway device and an aggregation switch , the aggregation switch corresponds to a Broadband Remote Access Server, BRAS, group including a plurality of BRAS network elements , and a second VXLAN tunnel is established between the gateway device and each of the BRAS network elements in the BRAS group, wherein the method comprises: receiving, by the gateway device, a first VXLAN packet from the aggregation switch through the first VXLAN tunnel; acquiring (S201), by the gateway device, a first user packet by de-encapsulating the first VXLAN packet; performing (S205), by the gateway device, a VXLAN encapsulation for the first user packet; forwarding (S205), by the gateway device, the encapsulated first user packet to the BRAS network element through the second VXLAN tunnel; receiving, by the gateway device, a second VXLAN packet from the BRAS network element through the second VXLAN tunnel; acquiring, by the gateway device, a second user packet by de-encapsulating the second VXLAN packet; performing (S302), by the gateway device, a VXLAN encapsulation for the second user packet; and forwarding (S302), by the gateway device, the encapsulated second user packet to the aggregation switch through the first VXLAN tunnel, wherein the first VXLAN tunnel and a plurality of the second VXLAN tunnels are associated with a same VXLAN. receiving, by the gateway device, a first VXLAN packet from the aggregation switch through the first VXLAN tunnel; acquiring (S201), by the gateway device, a first user packet by de-encapsulating the first VXLAN packet; performing (S205), by the gateway device, a VXLAN encapsulation for the first user packet; forwarding (S205), by the gateway device, the encapsulated first user packet to the BRAS network element through the second VXLAN tunnel; receiving, by the gateway device, a second VXLAN packet from the BRAS network element through the second VXLAN tunnel; acquiring, by the gateway device, a second user packet by de-encapsulating the second VXLAN packet; performing (S302), by the gateway device, a VXLAN encapsulation for the second user packet; and forwarding (S302), by the gateway device, the encapsulated second user packet to the aggregation switch through the first VXLAN tunnel, wherein the first VXLAN tunnel and a plurality of the second VXLAN tunnels are associated with a same VXLAN.
An edge solid state drive, SSD, device, comprising: one or more non-volatile memory circuits ; one or more memory controllers configured to operate the one or more non-volatile memory circuits ; a plurality of first wireless transceivers being WiFi radio transceivers and configured to receive data from first and second remote sensor devices (205a-205n); one or more second wireless transceivers being cellular radio transceivers , wherein the number of cellular radio transceivers in the edge SSD device is less than the number of WiFi radio transceivers in the edge SSD device; and a data processor configured to aggregate the data received from the first and second remote sensor devices (205a-205n) using the plurality of first wireless transceivers into aggregated data , wherein the data processor is further configured to process the aggregated data into processed data , to cause the aggregated data to be stored by the one or more memory controllers to the one or more non-volatile memory circuits , and to cause the processed data to be transmitted using the one or more second wireless transceivers . one or more non-volatile memory circuits ; one or more memory controllers configured to operate the one or more non-volatile memory circuits ; a plurality of first wireless transceivers being WiFi radio transceivers and configured to receive data from first and second remote sensor devices (205a-205n); one or more second wireless transceivers being cellular radio transceivers , wherein the number of cellular radio transceivers in the edge SSD device is less than the number of WiFi radio transceivers in the edge SSD device; and a data processor configured to aggregate the data received from the first and second remote sensor devices (205a-205n) using the plurality of first wireless transceivers into aggregated data , wherein the data processor is further configured to process the aggregated data into processed data , to cause the aggregated data to be stored by the one or more memory controllers to the one or more non-volatile memory circuits , and to cause the processed data to be transmitted using the one or more second wireless transceivers .
An image processing apparatus comprising: a latent image composition unit configured to compose background information with latent image information to generate a latent-image-embedded image; a latent-image-embedded image addition unit configured to add the latent-image-embedded image to print data; and at least one of a latent image information extraction unit configured to extract the latent image information from the print data and a background information extraction unit configured to extract the background information from the print data, characterized in that the latent-image-embedded image addition unit is configured to delete the extracted latent image information from the print data. a latent image composition unit configured to compose background information with latent image information to generate a latent-image-embedded image; a latent-image-embedded image addition unit configured to add the latent-image-embedded image to print data; and at least one of a latent image information extraction unit configured to extract the latent image information from the print data and a background information extraction unit configured to extract the background information from the print data, characterized in that the latent-image-embedded image addition unit is configured to delete the extracted latent image information from the print data.
A self-cleaning drum washing machine, at least comprising a drum and an outer tub which being coaxially arranged, wherein a flange is arranged at a bottom of the drum and fixedly connected to the drum , wherein a groove , which is recessed inside the drum , has the same shape of the flange and is arranged at the bottom of the drum , the flange is arranged in the groove characterized in that cleaning particles are arranged between the drum and the outer tub , a sealing plate is arranged at an opening of the groove to define an enclosed cavity at an outer portion of the bottom of the drum between the groove and the sealing plate , a side of the sealing plate facing towards outside has a smooth plane or a smooth curved surface, and a bottom of the drum is a nonporous smooth structure so that dirt cannot easily adhere thereto and that the enclosed cavity between the groove and the sealing plate on the bottom of the drum is sealed.