mhurhangee/ep-ind-claims huggingface dataset:
A device for sealing an opening of an air duct, in particular for the aeration and the fume extraction of a building, said device including: - a door frame intended to be mounted in the opening of the duct; - at least one door leaf (4, 4a, 4b) pivotally mounted on the door frame, between an open position in which it releases a passage through the door frame, and a closed position in which it seals said passage; - connecting means between the door leaf and the door frame; - motorized means for closing the door leaf, arranged to cooperate with the connecting means, so as to displace the door leaf from the open position to the closed position, - and the connecting means are provided between the motorized means and the door frame; characterized in that: - the motorized means are mounted on the door leaf, at a distance from the pivot axis (x'-y) of the door leaf; - the motorized means are mounted on the inner face of the door leaf (4, 4a), that is to say that facing towards the door frame. - a door frame intended to be mounted in the opening of the duct; - at least one door leaf (4, 4a, 4b) pivotally mounted on the door frame, between an open position in which it releases a passage through the door frame, and a closed position in which it seals said passage; - connecting means between the door leaf and the door frame; - motorized means for closing the door leaf, arranged to cooperate with the connecting means, so as to displace the door leaf from the open position to the closed position, - and the connecting means are provided between the motorized means and the door frame; - the motorized means are mounted on the door leaf, at a distance from the pivot axis (x'-y) of the door leaf; - the motorized means are mounted on the inner face of the door leaf (4, 4a), that is to say that facing towards the door frame.
Saddle-shaped coil winding (2, 3, 13) which is formed from a flat coil shape of the racetrack type on a tube outer surface (Mf) such that it has axially running winding sections (2a, 2d; 3a, 3d) on the longitudinal sides and winding sections (2b, 2c; 3b, 3c) which run between them at the end and form end windings, characterized in that the windings (W i) of the coil winding - are formed with at least one superconductor in the form of a strip, whose narrow face faces the tube outer surface (Mf) - and each have a circumferential length in the saddle shape which is virtually unchanged from that in a flat coil shape, such that the at least one conductor in the form of a strip is arranged on the tube outer surface (Mf), in the turns (W i) in the area of the apex of the end winding sections (2b, 2c; 3b, 3c) with its flat face inclined through an inclination angle (β) with respect to a normal on the outer surface (Mf) in the direction of the winding center of the coil winding, with the inclination angle (β 1) of an inner turn (W 1) being less than that of an outer turn (W 4). - are formed with at least one superconductor in the form of a strip, whose narrow face faces the tube outer surface (Mf) - and each have a circumferential length in the saddle shape which is virtually unchanged from that in a flat coil shape, such that the at least one conductor in the form of a strip is arranged on the tube outer surface (Mf), in the turns (W i) in the area of the apex of the end winding sections (2b, 2c; 3b, 3c) with its flat face inclined through an inclination angle (β) with respect to a normal on the outer surface (Mf) in the direction of the winding center of the coil winding, with the inclination angle (β 1) of an inner turn (W 1) being less than that of an outer turn (W 4).
A method for managing a mobile node of a software-defined networking controller, comprising: receiving a first router solicitation message of a mobile node transmitted through a first AP operated by the SDN controller; allocating a prefix to each flow based on information relating to a flow type included in the first router solicitation message by the mobile node; storing the allocated prefix information in a binding cache entry,BCE, for each of the mobile node; transmitting a router advertisement message confirming that the information relating to the flow type is registered in the SDN controller to the mobile node through the first AP; and transmitting a flow transmitted in the mobile node to a destination node in accordance with the prefix information stored in the BCE, receiving a second router solicitation message of a mobile node transmitted through a second AP operated by the SDN controller; wherein, in the first router solicitation message and the second router solicitation message, information for distinguishing between a first type that does not require session maintenance of a flow recorded by the mobile node, a second type that requires the session maintenance of the flow, or a third type in which an IP of the flow is fixed is recorded, and the allocating the prefix allocates a first prefix to the first type and the third type of the flows, and allocates a second prefix to the second type of the flow, wherein, when the prefix information included in the second router solicitation message indicates the second prefix, determining that a handover has occurred from the first AP to the second AP. receiving a first router solicitation message of a mobile node transmitted through a first AP operated by the SDN controller; allocating a prefix to each flow based on information relating to a flow type included in the first router solicitation message by the mobile node; storing the allocated prefix information in a binding cache entry,BCE, for each of the mobile node; transmitting a router advertisement message confirming that the information relating to the flow type is registered in the SDN controller to the mobile node through the first AP; and transmitting a flow transmitted in the mobile node to a destination node in accordance with the prefix information stored in the BCE, receiving a second router solicitation message of a mobile node transmitted through a second AP operated by the SDN controller; wherein, in the first router solicitation message and the second router solicitation message, information for distinguishing between a first type that does not require session maintenance of a flow recorded by the mobile node, a second type that requires the session maintenance of the flow, or a third type in which an IP of the flow is fixed is recorded, and the allocating the prefix allocates a first prefix to the first type and the third type of the flows, and allocates a second prefix to the second type of the flow, wherein, when the prefix information included in the second router solicitation message indicates the second prefix, determining that a handover has occurred from the first AP to the second AP.
A center bearing comprising: a rubber like elastic body having a shaft hole part configured to axially support a propeller shaft; and a bracket configured to retain the rubber like elastic body to a chassis, the rubber like elastic body being formed in a rectangular shape, and the bracket being formed in a rectangular shape such that the bracket covers the rubber like elastic body of the rectangular shape, characterized in that concave grooves are formed at an upper and lower side portions of the rubber like elastic body, respectively, each concave groove is formed in a center of the upper and the lower side portion of the rubber like elastic body, respectively, metal plates are embedded along a right and left side portions of the rubber like elastic body, respectively, and a slit configured to absorb a displacement in right and left direction of the propeller shaft is formed between each of the metal plates and the shaft hole part in the rubber like elastic body. a rubber like elastic body having a shaft hole part configured to axially support a propeller shaft; and a bracket configured to retain the rubber like elastic body to a chassis, the rubber like elastic body being formed in a rectangular shape, and the bracket being formed in a rectangular shape such that the bracket covers the rubber like elastic body of the rectangular shape, characterized in that concave grooves are formed at an upper and lower side portions of the rubber like elastic body, respectively, each concave groove is formed in a center of the upper and the lower side portion of the rubber like elastic body, respectively, metal plates are embedded along a right and left side portions of the rubber like elastic body, respectively, and a slit configured to absorb a displacement in right and left direction of the propeller shaft is formed between each of the metal plates and the shaft hole part in the rubber like elastic body.
A compound of formula: wherein: R 1 is an optionally substituted C 1 -C 6 alkyl group; R 2 is selected from hydrogen, -COR b, -COOR c, optionally substituted C 1 -C 6 alkyl, optionally substituted C 3 -C 7 cycloalkyl and optionally substituted 3- to 10-membered heterocyclyl, wherein R b and R c are independently selected from C 1 -C 6 alkyl, halo(C 1 -C 6 alkyl), C 3 -C 7 cycloalkyl, 3- to 10-membered heterocyclyl, C 6 -C 12 aryl, (C 6 -C 12)aryl(C 1 -C 6)alkyl, and 3- to 10-membered heteroaryl; n is 1, 2 or 3; X is CH or N; or a pharmaceutically acceptable salt or solvate thereof. R 1 is an optionally substituted C 1 -C 6 alkyl group; R 2 is selected from hydrogen, -COR b, -COOR c, optionally substituted C 1 -C 6 alkyl, optionally substituted C 3 -C 7 cycloalkyl and optionally substituted 3- to 10-membered heterocyclyl, wherein R b and R c are independently selected from C 1 -C 6 alkyl, halo(C 1 -C 6 alkyl), C 3 -C 7 cycloalkyl, 3- to 10-membered heterocyclyl, C 6 -C 12 aryl, (C 6 -C 12)aryl(C 1 -C 6)alkyl, and 3- to 10-membered heteroaryl; n is 1, 2 or 3; X is CH or N;
A pressure sensor for a medium to be measured, having a housing and a membrane that can be brought into contact with the medium, wherein a signal transmitter is in operative connection with the membrane, wherein a signal receiver comprising current and/or voltage-carrying parts and interacting with the signal transmitter is located in the interior of the housing in order to generate a measurement signal for the medium, wherein the signal receiver at least with its current and/or voltage carrying parts and/or further current and/or voltage carrying components (13,14) that are in electrical contact with the signal receiver are insulated twofold against the medium, wherein for twofold insulation the housing consists of an outer housing and an inner housing (6") as a double housing (6',6"), wherein the membrane is arranged on the outer housing, and wherein the walls of the outer housing and of the inner housing (6") are arranged with a separation from each other and extending approximately in parallel, characterised in that the signal receiver and/or the further components (13, 14) are located in the inner housing (6").
A door fixing apparatus enabling fully opened door to keep its position and prevent its downward/upward and frontward/backward movement for doors established on rear bearing element assembled on vehicle frame in haulers, the door fixing apparatus comprising: • A door connector (4.1) ensuring door fixing apparatus to be attached to door handle, • A retaining element enabling the assembly of door connector (4.1) on a body, • A fixing element (4.4) ensuring the optional use of door fixing apparatus during loading/unloading and keeping it in closed position, • An auxiliary fixing element (4.5) working with fixing element (4.4) compatibly, • A body connector (4.6) where fixing element (4.4) mentioned is assembled, • A body connection profile (4.7) where body connector (4.6) and door connector (4.1) are assembled, • And a retaining element profile (4.8) assembled on door connector (4.1) mentioned • characterized by door handle space (4.2) for easy seating of the door handle, which has a U-shaped concave structure containing a structured vertical pin (4.9) in this U shape. • A door connector (4.1) ensuring door fixing apparatus to be attached to door handle, • A retaining element enabling the assembly of door connector (4.1) on a body, • A fixing element (4.4) ensuring the optional use of door fixing apparatus during loading/unloading and keeping it in closed position, • An auxiliary fixing element (4.5) working with fixing element (4.4) compatibly, • A body connector (4.6) where fixing element (4.4) mentioned is assembled, • A body connection profile (4.7) where body connector (4.6) and door connector (4.1) are assembled, • And a retaining element profile (4.8) assembled on door connector (4.1) mentioned • characterized by door handle space (4.2) for easy seating of the door handle,
Motor vehicle door latch, comprising a locking mechanism (3, 4), and comprising a drive (5 to 9) for the locking mechanism (3, 4), in particular for electrical opening/closing, the drive (5 to 9) being provided with at least one drive element which acts directly or indirectly on the locking mechanism (3, 4), and comprising a mechanical operating element (10, 11, 12) which is provided for emergency operation of the drive element, the drive element and the operating element (10, 11, 12) each being provided with a toothing (13, 14), characterized in that the toothing of the operating element (10, 11, 12) is provided with a recess so that the two toothings (13, 14) do not engage with one another during normal operation and only mesh with one another for emergency operation.
Resistance projection welding device for resistance projection welding, comprising two electrode holders (3, 4), each serving to receive a welding electrode (4, 6) to which an electric welding current can be applied, wherein one of the two electrode holders is designed for linear displacement and can be subject to a force acting in a closing direction while a force is applied to components arranged between the welding electrodes (4, 6) and to be welded, characterized in that for the displacement movement of and application of force to one electrode holder a linear drive is exclusively provided, said linear drive being a magnetic linear drive that is force-controlled, wherein the current applied to the linear drive and predeterminable in terms of amperage and/or voltage serves as a measure of the force acting on the components to be welded, wherein, if the amperage and/or voltage falls below the predeterminable amperage and/or voltage, a current is connected to achieve a predeterminable welding force, wherein the linear drive has an armature of plate-shaped design which is movably arranged between two coil arrangements (12, 13).
A pellicle for EUV comprising a pellicle frame having two end faces, an adhesive layer laid on one of said end faces of the pellicle frame, a pellicle film which is tensely adhered to the pellicle frame via said adhesive layer, and an agglutinant layer laid on another one of said end faces of the pellicle frame, wherein said adhesive layer is an adhesive composition made of 100 mass parts of an adhesive material and 100 through 4,000 mass parts of thermally conductive filler.
A kinetic entertainment device, comprising: a strip of flat, elongated, flexible and springy material having a first and second end, a width, thickness and length, the strip being adapted to be manipulated into one or more static configurations, the one or more static configurations each having a corresponding kinetic shape once the strip is excited into movement, wherein the strip is configured to maintain its kinetic shape during excitation of the strip; a base (14, 32, 42, 46, 50) to affix the first end of the strip and the second end of the strip, the base affixing the first and second ends of the strip a distance apart, the distance between the first and second ends of the strip being less than a length of the strip, wherein the strip comprises a first static portion at the base, a second static portion at the base, and a dynamic portion therebetween, whereby during excitation the dynamic portion moves in the kinetic shape while the first and second static portions remain substantially static. a strip of flat, elongated, flexible and springy material having a first and second end, a width, thickness and length, the strip being adapted to be manipulated into one or more static configurations, the one or more static configurations each having a corresponding kinetic shape once the strip is excited into movement, wherein the strip is configured to maintain its kinetic shape during excitation of the strip; a base (14, 32, 42, 46, 50) to affix the first end of the strip and the second end of the strip, the base affixing the first and second ends of the strip a distance apart, the distance between the first and second ends of the strip being less than a length of the strip, wherein the strip comprises a first static portion at the base, a second static portion at the base, and a dynamic portion therebetween, whereby during excitation the dynamic portion moves in the kinetic shape while the first and second static portions remain substantially static.
A brass consisting of: Sn in the range of 0.05% or more by mass to 0.2% or less by mass, at least one or more elements selected from the group consisting of Sb, As, and P with total amount thereof in the range of 0.05% or more by mass to 0.32% or less by mass, Al in the range of 0.1% or more by mass to 0.5% or less by mass, Zn in the range of 33.0% or more by mass to 40.0% or less by mass, Bi and optionally Pb with total amount thereof in the range of 0.005% or more by mass to 0.25% or less by mass, wherein Bi is in the range of 0.13% or more by mass to 0.23% or less by mass, Ni in the range of 0.2% or less by mass, Si in the range of 0.5% or less by mass, at least one or more elements selected from the group consisting of Fe and B with total amount thereof in the range of 0.0001% or more by mass to 0.3% or less by mass, optionally, Cr in the range of less than 0.1% by mass; optionally, Mn in the range of less than 0.1% by mass; and the balance consisting of Cu and unavoidable impurities; and also an apparent content of Zn in the range of 36% or more to 41% or less, wherein the apparent content of Zn is calculated by the equation: apparent content % of Zn = B + tq / A + B + tq × 100 where A signifies % by mass of Cu; B signifies % by mass of Zn; t represents the Zn equivalent of the additive element, and q represents % by mass of the addition amount of the additive element, the Zn equivalent of each element being Si = 10, Al = 6, Sn = 2, Pb = 1, Fe = 0.9, Mn = 0.5, Ni = -1.3 and Bi = 0.6 and 1 for the other elements. Sn in the range of 0.05% or more by mass to 0.2% or less by mass, at least one or more elements selected from the group consisting of Sb, As, and P with total amount thereof in the range of 0.05% or more by mass to 0.32% or less by mass, Al in the range of 0.1% or more by mass to 0.5% or less by mass, Zn in the range of 33.0% or more by mass to 40.0% or less by mass, Bi and optionally Pb with total amount thereof in the range of 0.005% or more by mass to 0.25% or less by mass, wherein Bi is in the range of 0.13% or more by mass to 0.23% or less by mass, Ni in the range of 0.2% or less by mass, Si in the range of 0.5% or less by mass, at least one or more elements selected from the group consisting of Fe and B with total amount thereof in the range of 0.0001% or more by mass to 0.3% or less by mass, optionally, Cr in the range of less than 0.1% by mass; optionally, Mn in the range of less than 0.1% by mass; and the balance consisting of Cu and unavoidable impurities; and also an apparent content of Zn in the range of 36% or more to 41% or less, wherein the apparent content of Zn is calculated by the equation: apparent content % of Zn = B + tq / A + B + tq × 100 where A signifies % by mass of Cu; B signifies % by mass of Zn; t represents the Zn equivalent of the additive element, and q represents % by mass of the addition amount of the additive element, the Zn equivalent of each element being Si = 10, Al = 6, Sn = 2, Pb = 1, Fe = 0.9, Mn = 0.5, Ni = -1.3 and Bi = 0.6 and 1 for the other elements.
A method performed by a network element (900, 1200), the method comprising: transmitting, from the network element to a user equipment, UE, a fast dormancy, FD, configuration comprising an indication that the UE is permitted to send an FD indication and a value for an inhibit timer, wherein the FD indication indicates a request by the UE for a more energy efficient state or mode, the FD indication is for a specific radio bearer or bearers, or resource or resources, assigned to the UE that corresponds to a background type or interactive type, and the inhibit timer value represents a time duration during which the UE is prevented from sending a subsequent request for the more energy efficient state or mode; and receiving the FD indication from the UE based on the FD configuration. transmitting, from the network element to a user equipment, UE, a fast dormancy, FD, configuration comprising an indication that the UE is permitted to send an FD indication and a value for an inhibit timer, wherein the FD indication indicates a request by the UE for a more energy efficient state or mode, the FD indication is for a specific radio bearer or bearers, or resource or resources, assigned to the UE that corresponds to a background type or interactive type, and the inhibit timer value represents a time duration during which the UE is prevented from sending a subsequent request for the more energy efficient state or mode; and receiving the FD indication from the UE based on the FD configuration.