mhurhangee/ep-ind-claims huggingface dataset:
Method for providing virtual private network functionality to a customer edge device using a service provider network, wherein the service provider network comprises a provider edge device, a first virtual provider edge (vPE) appliance and a second virtual provider edge (vPE) appliance, wherein the customer edge device is physically connected to the provider edge device of the service provider network, wherein a first part of a virtual private network comprises the customer edge device, wherein a second part of the virtual private network is remotely accessible by the customer edge device via at least one of the first virtual provider edge (vPE) appliance and the second virtual provider edge (vPE) appliance, wherein the method comprises the steps of: -- receiving, by the provider edge device, an Internet protocol data packet from the customer edge device, wherein the Internet protocol data packet encapsulates virtual private network data being related to the virtual private network, -- transmitting, using Internet protocol anycast, the Internet protocol data packet from the provider edge device to the first virtual provider edge (vPE) appliance or to the second virtual provider edge (vPE) appliance. -- receiving, by the provider edge device, an Internet protocol data packet from the customer edge device, wherein the Internet protocol data packet encapsulates virtual private network data being related to the virtual private network, -- transmitting, using Internet protocol anycast, the Internet protocol data packet from the provider edge device to the first virtual provider edge (vPE) appliance or to the second virtual provider edge (vPE) appliance.
Mirror, in particular for a microlithographic projection exposure apparatus, wherein the mirror has an optical effective surface, comprising • a mirror substrate; • a reflection layer stack for reflecting electromagnetic radiation that is incident on the optical effective surface; and • at least one piezoelectric layer, which is arranged between the mirror substrate and the reflection layer stack and to which an electric field for producing a locally variable deformation is able to be applied by way of a first electrode arrangement situated on the side of the piezoelectric layer facing the reflection layer stack, and by way of a second electrode arrangement situated on the side of the piezoelectric layer facing the mirror substrate; • wherein both the first electrode arrangement and the second electrode arrangement have a plurality of electrodes (20a, 20b), to each of which an electrical voltage relative to the respective other electrode arrangement is able to be applied by way of a lead (19a, 19b); • wherein each of said electrode arrangements is respectively assigned a separate mediator layer (17a, 17b) for setting a continuous profile of the electrical potential along the respective electrode arrangement; and • wherein said mediator layers (17a, 17b) differ from one another in their average electrical resistance by a factor of at least 1.5. • a mirror substrate; • a reflection layer stack for reflecting electromagnetic radiation that is incident on the optical effective surface; and • at least one piezoelectric layer, which is arranged between the mirror substrate and the reflection layer stack and to which an electric field for producing a locally variable deformation is able to be applied by way of a first electrode arrangement situated on the side of the piezoelectric layer facing the reflection layer stack, and by way of a second electrode arrangement situated on the side of the piezoelectric layer facing the mirror substrate; • wherein both the first electrode arrangement and the second electrode arrangement have a plurality of electrodes (20a, 20b), to each of which an electrical voltage relative to the respective other electrode arrangement is able to be applied by way of a lead (19a, 19b); • wherein each of said electrode arrangements is respectively assigned a separate mediator layer (17a, 17b) for setting a continuous profile of the electrical potential along the respective electrode arrangement; and • wherein said mediator layers (17a, 17b) differ from one another in their average electrical resistance by a factor of at least 1.5.
A cranial prosthesis made of biocompatible metal material for cranioplasty interventions comprising a first plate and a second plate, one or more spacer elements being interposed between said first plate and said second plate, characterized in that said first plate is modelled on the patient's anatomy to replicate the development of the outer surface of the cranial bone to be restored, and said second plate is modelled on the patient's anatomy for replicate the development of the internal surface of the cranial bone to be restored, wherein said first and second plate define an interspace with a variable thickness (d).
A floor tool for a vacuum cleaner, the floor tool comprising: a cleaner head having a main body, a sole plate with an inlet through which dirt-laden fluid enters the cleaner head, and an outlet duct fluidly connected to the inlet through which dirt-laden fluid exits the cleaner head, the sole plate being movable relative to the main body in a vertical direction between a first position and a second position, characterised in that the floor tool comprises two inflatable supports (7,8) housed between and connected to the main body and the sole plate, and an actuator assembly for regulating the size of the inflatable supports (7,8), wherein movement of the sole plate is controlled by the size of the inflatable supports (7,8), and the inflatable supports (7,8) are arranged either side of the sole plate inlet. a cleaner head having a main body, a sole plate with an inlet through which dirt-laden fluid enters the cleaner head, and an outlet duct fluidly connected to the inlet through which dirt-laden fluid exits the cleaner head, the sole plate being movable relative to the main body in a vertical direction between a first position and a second position, characterised in that the floor tool comprises two inflatable supports (7,8) housed between and connected to the main body and the sole plate, and an actuator assembly for regulating the size of the inflatable supports (7,8), wherein movement of the sole plate is controlled by the size of the inflatable supports (7,8), and the inflatable supports (7,8) are arranged either side of the sole plate inlet.
Fastening element, designed in particular in the form of a clamp, for fastening an electronic component (12, 14) on a surface of a heat sink, having a first free end and a second free end, wherein the first free end is formed by a first, rectilinear portion, characterized in that, on the first, rectilinear portion, at least one protrusion is formed, as a punched or stamped portion, at the first free end of the fastening element and is latched in a releasable manner in a recess (22, 24) of the heat sink beneath an overhang, which serves as a latching nose, and the first, rectilinear portion can be deformed by a force oriented perpendicularly to it such that a latching connection (30, 58) in a recess (22, 24) is released.
A system for interconnecting energy storage cells electrically connected to form an energy storage assembly, with an electronic control support, each of said energy storage cells being provided with polar terminals on the top thereof, the interconnecting system comprising an interconnecting support including a conductive circuit formed on an electrically conductive surface, said circuit forming an electrical link between the electronic control support and the polar terminals to which it is connected, respectively, thanks to connecting means and thanks to retaining means (110, 120, 150), said retaining means (110, 120, 150) being on the one hand, adapted to contact, on the polar terminals, bearing means for providing the interconnecting support on the polar terminals, and on the other hand, able to make a direct electrical connection of the polar terminals to the conductive circuit, characterised in that it comprises a flexible interconnecting support, and characterised in that said conductive circuit comprises, for each of the energy storage electrochemical cells, a circuit for measuring the voltage across each activatable/deactivatable cell indicating an energy state of the cell and a current by-pass circuit (10, 20... n0) passing through each activatable/deactivatable cell depending on the energy state of the cell, said by-pass circuit being defined at least by current limiting elements (R1,..., Rn), all or part of each by-pass circuit is used as a circuit for measuring the corresponding cell and the circuit for measuring a cell uses all or part of the by-pass circuit of the adjacent cells.
Multilevel power converter having a phase module, which is arranged between a first DC voltage terminal and a second DC voltage terminal of the multilevel power converter and which comprises a plurality of modules (1_1... 1_n; 2_1... 2_n), wherein the phase module comprises a first phase module branch, which is connected to the first DC voltage terminal, and a second phase module branch, which is connected to the second DC voltage terminal, and wherein the modules (1_1... 1_n; 2_1... 2_n) respectively comprise at least two electronic switching elements (902, 906) and an electrical energy store, having a third phase module branch, which connects the first phase module branch to the second phase module branch, and a switching device, which, in a first switch position, connects an AC voltage terminal of the phase module to a first connection point between the first phase module branch and the third phase module branch and, in a second switch position, connects the AC voltage terminal to a second connection point between the third phase module branch and the second phase module branch, and wherein the multilevel power converter comprises three phase modules of this type, characterized in that the switching device comprises a first power electronics switch and a second power electronics switch, wherein the first power electronics switch comprises antiparallel-connected thyristors (T1, T2) and the second power electronics switch comprises antiparallel-connected thyristors (T3, T4).
A sulfur-containing polyureaurethane adapted to have a refractive index of at least 1.57 determined by ASTM D 542-00, an Abbe number of at least 32 determined by ASTM D 542-00 and a density of less than 1.3 g/cm 3, when at least partially cured, that is prepared by reacting together (a) a polyisocyanate selected from aliphatic diisocyanates, cycloaliphatic diisocyanates, aromatic diisocyanates, cyclic dimers and cyclic trimers thereof, and mixtures thereof; (b) a sulfur-containing active hydrogen material; and (c) an amine-containing curing agent in a "one pot" process. (a) a polyisocyanate selected from aliphatic diisocyanates, cycloaliphatic diisocyanates, aromatic diisocyanates, cyclic dimers and cyclic trimers thereof, and mixtures thereof; (b) a sulfur-containing active hydrogen material; and (c) an amine-containing curing agent
A rolling element for use in a rolling-element bearing, comprising an outer shell and a bore hole, the bore hole being provided along a centerline of the rolling element, the rolling element having at least one sensor arranged in the bore hole for load measurement and a radio module for transmitting the data measured by the sensor, wherein the rolling element has a micro-generator being provided to provide the energy required for operation of the sensor and/or of the radio module, wherein the micro-generator is an inductive generator configured to interact with magnets which are arranged on a cage of a rolling-element bearing, characterized in that a plurality of coils is arranged on a circular path between the bore hole and the outer shell.
An acidic aqueous polishing composition suitable for polishing a silicon nitride-containing substrate in a chemical-mechanical polishing process, the composition comprising: (a) 0.01 to 10 percent by weight of at least one particulate ceria abrasive; (b) 10 to 100,000 ppm of at least one non-polymeric unsaturated nitrogen heterocycle compound; (c) 10 to 100,000 ppm of at least one cationic polymer, wherein said cationic polymer comprises a poly(vinylpyridine) polymer, a quaternary ammonium-substituted acrylate polymer, a quaternary ammonium-substituted methacrylate polymer, or a combination of any of the foregoing cationic polymers; (d) 10 to 200,000 ppm of at least one polyoxyalkylene polymer; and (e) an aqueous carrier therefor; wherein the composition has a pH in the range of 2 to 6. (a) 0.01 to 10 percent by weight of at least one particulate ceria abrasive; (b) 10 to 100,000 ppm of at least one non-polymeric unsaturated nitrogen heterocycle compound; (c) 10 to 100,000 ppm of at least one cationic polymer, wherein said cationic polymer comprises a poly(vinylpyridine) polymer, a quaternary ammonium-substituted acrylate polymer, a quaternary ammonium-substituted methacrylate polymer, or a combination of any of the foregoing cationic polymers; (d) 10 to 200,000 ppm of at least one polyoxyalkylene polymer; and (e) an aqueous carrier therefor;
A wire harness comprising at least one conductive path and an exterior member having a tubular configuration covering the conductive path, wherein the conductive path is formed in an elongated manner to be arranged longitudinally along a vehicle underfloor, wherein the exterior member is made of resin, and is provided in an elongated manner in accordance with a length of the conductive path, and wherein the exterior member comprises flexible tube portions having flexibility and inflexible tube portions having less flexibility than the flexible tube portions, wherein the flexible tube portions are configured to be bent into a curved shape during transportation of the wire harness and during wiring path arrangement on the vehicle, and can be resumed to its original straight shape, and wherein the flexible tube portions include a wiring path arrangement flexible tube portion which can be bent during a wiring path arrangement; and a transportation flexible tube portion which can be bent during a wire harness transportation, the wiring path arrangement flexible tube portion and the transportation flexible tube portion are different in length in a tube axis direction and bent with required lentghs, characterized in that the conductive path and the exterior member are configured to be arranged longitudinally along the vehicle underfloor from a front side of the vehicle underfloor to a rear side of the vehicle underfloor, and in that the flexible tube portions and the inflexible tube portions are integrally molded out of resin so as to have a linear shape as a whole when the flexible tube portions are not bent and to provide the exterior member in a form without any seam or slit that communicates an outer surface and an inner surface of the exterior member with each other.
Coating apparatus, comprising: - a tubular rotating first container arranged to receive and discharge bulk material and to rotate about a first rotation axis in such a way as to promote the moving of the bulk material within said first container; - a first dispensing device for dispensing coating material on the bulk material in said first container; - a tubular rotating second container arranged to receive bulk material coming from said first container and to rotate in such a way as to promote the moving of the bulk material within said second container; - conveying means arranged to convey the bulk material from said first container towards said second container; characterized in that said conveying means comprises at least one conveyor configured to remove the bulk material from said first container from a lower height, raise it to an upper height and discharge it towards said second container, wherein said conveyor comprises at least one rotating element which rotates about a second rotation axis, the rotation of the rotating element being independently controllable with respect to the rotation of the first container. - a tubular rotating first container arranged to receive and discharge bulk material and to rotate about a first rotation axis in such a way as to promote the moving of the bulk material within said first container; - a first dispensing device for dispensing coating material on the bulk material in said first container; - a tubular rotating second container arranged to receive bulk material coming from said first container and to rotate in such a way as to promote the moving of the bulk material within said second container; - conveying means arranged to convey the bulk material from said first container towards said second container;
Deflection roller in a pulling-means drive, preferably in an elevator drive having elevator or suspension belts, wherein the deflection roller (4a, 4b, 4c, 15) is rotatably mounted and comprises a plurality of deflection discs (9a, 9b, 9c, 16a, 16b, 16c), which are arranged on a shaft, for the one or more pulling means, wherein the pulling means (5a, 5b, 5c, 13a, 13b, 13c) runs around or wraps around the deflection roller or deflection discs on an outer circumferential surface over a partial circumference, characterized in that the deflection discs (9a, 9b, 9c, 16a, 16b, 16c) are arranged or designed to be axially displaceable, preferably axially slidably displaceable, relative to the shaft and relative to one another.
A method implemented in a decoder, the method comprising: receiving, by a receiver of the decoder, a bitstream comprising a parameter set and one or more sub-pictures partitioned from a picture; decoding, by a processor of the decoder, the parameter set to obtain a first flag indicating whether in-loop filtering operations across subpicture boundaries is enabled; wherein the parameter set further comprises a sub-picture identifier for each of the one or more sub-pictures, a sub-picture size for each of the one or more sub-pictures and a sub-picture location for each of the one or more sub-pictures, wherein the sub-picture ID, the sub-picture size and the sub-picture location are comprised in a sequence parameter set, SPS; generating, by the processor, a current sub-picture to create a video sequence based on the first flag, the sub-picture ID, the sub-picture size, and the sub-picture location; wherein when the first flag is equal to one, in-loop filtering operations across subpicture boundaries of the current sub-picture is enabled; when the first flag is equal to zero, in-loop filtering operations are not performed across sub-picture boundaries of the current sub-picture. receiving, by a receiver of the decoder, a bitstream comprising a parameter set and one or more sub-pictures partitioned from a picture; decoding, by a processor of the decoder, the parameter set to obtain a first flag indicating whether in-loop filtering operations across subpicture boundaries is enabled; wherein the parameter set further comprises a sub-picture identifier for each of the one or more sub-pictures, a sub-picture size for each of the one or more sub-pictures and a sub-picture location for each of the one or more sub-pictures, wherein the sub-picture ID, the sub-picture size and the sub-picture location are comprised in a sequence parameter set, SPS; generating, by the processor, a current sub-picture to create a video sequence based on the first flag, the sub-picture ID, the sub-picture size, and the sub-picture location; wherein when the first flag is equal to one, in-loop filtering operations across subpicture boundaries of the current sub-picture is enabled; when the first flag is equal to zero, in-loop filtering operations are not performed across sub-picture boundaries of the current sub-picture.
A transport device for piece goods with at least one first guide rail, wherein the transport device comprises a linear motor drive system, - wherein the linear motor drive system comprises a plurality of magnetic coils arranged within the region of the first guide rail, - and having at least one transport unit, which transport unit is associated with or arranged on the first guide rail, comprising at least one movement device, the movement device being associated with or arranged on the first guide rail and which movement device comprises at least one permanent magnet, - wherein the at least one transport unit is movable at least in regions in a transport direction, - wherein the transport unit comprises a first holding device and a second holding device, between which holding devices the piece good can be arranged and/or fixed, - wherein a first distance between the first holding device and the second holding device is adjustable in a direction orthogonal to the transport direction, characterised in that - the transport device comprises at least one first guiding device, which first guiding device is arranged or formed parallel to the first guide rail and on which first guiding device the first holding device of the at least one transport unit is guided. - wherein the linear motor drive system comprises a plurality of magnetic coils arranged within the region of the first guide rail, - and having at least one transport unit, which transport unit is associated with or arranged on the first guide rail, comprising at least one movement device, the movement device being associated with or arranged on the first guide rail and which movement device comprises at least one permanent magnet, - wherein the at least one transport unit is movable at least in regions in a transport direction, - wherein the transport unit comprises a first holding device and a second holding device, between which holding devices the piece good can be arranged and/or fixed, - wherein a first distance between the first holding device and the second holding device is adjustable in a direction orthogonal to the transport direction, characterised in that - the transport device comprises at least one first guiding device, which first guiding device is arranged or formed parallel to the first guide rail and on which first guiding device the first holding device of the at least one transport unit is guided.