mhurhangee/patent-ind-claim-en huggingface dataset:
A cluster system comprising: a plurality of nodes each comprising at least one processor and memory coupled to the at least one processor; a network topology manager , NTM, configured to discover network topology metadata regarding the nodes of the cluster system, wherein the network topology metadata is configured to identify each node of the cluster system, relationships between the nodes, and network latency between each node and every other node, and subnet information associated with the nodes; a geo-site physical configuration manager , GPCM, via which the cluster system is configured to identify a plurality of geo-site objects that each indicate a subset of physical resources of the cluster system that is physically located at a corresponding geo-site , by: grouping all nodes that share a same subnet into a same proposed geo-site according to the subnet information in the network topology metadata obtained by the NTM; and recording the new proposed geo-sites as geo-site physical metadata corresponding to the identified plurality of geo-site objects; and a geo-site virtual configuration manager , GVCM, via which the cluster system is configured to place, based on the identified geo-site objects, a workload of a client on a node of a geo-site object of the plurality of geo-site objects corresponding to a geo-site at which the client is located. a plurality of nodes each comprising at least one processor and memory coupled to the at least one processor; a network topology manager , NTM, configured to discover network topology metadata regarding the nodes of the cluster system, wherein the network topology metadata is configured to identify each node of the cluster system, relationships between the nodes, and network latency between each node and every other node, and subnet information associated with the nodes; a geo-site physical configuration manager , GPCM, via which the cluster system is configured to identify a plurality of geo-site objects that each indicate a subset of physical resources of the cluster system that is physically located at a corresponding geo-site , by: grouping all nodes that share a same subnet into a same proposed geo-site according to the subnet information in the network topology metadata obtained by the NTM; and recording the new proposed geo-sites as geo-site physical metadata corresponding to the identified plurality of geo-site objects; and grouping all nodes that share a same subnet into a same proposed geo-site according to the subnet information in the network topology metadata obtained by the NTM; and recording the new proposed geo-sites as geo-site physical metadata corresponding to the identified plurality of geo-site objects; and a geo-site virtual configuration manager , GVCM, via which the cluster system is configured to place, based on the identified geo-site objects, a workload of a client on a node of a geo-site object of the plurality of geo-site objects corresponding to a geo-site at which the client is located.
Cold rolling machine , having: - a machine frame , - two tool units , wherein each tool unit comprises: - at least one mandrel bar extending in a longitudinal direction (L) and having a mandrel bar profile , - a tool carriage which carries the at least one mandrel bar and is mounted by means of a carriage bearing device so as to be linearly movable in the longitudinal direction (L), - a carriage drive device which is configured to move the tool carriage in the longitudinal direction (L), characterised by : - a pivot carrier which is mounted on the machine frame by means of a pivot bearing device so as to be pivotable about a pivot axis (S1, S2), and on which the carriage bearing device and the tool carriage with the at least one mandrel bar are arranged, wherein the pivot axis (S1, S2) extends in the longitudinal direction (L), - a pivot drive which is configured to pivot the pivot carrier with the tool carriage and the at least one mandrel bar such that the mandrel bar profile of the mandrel bar encloses a tilt angle (α) in a plane at right angles to the longitudinal direction (L). - a machine frame , - two tool units , wherein each tool unit comprises: - at least one mandrel bar extending in a longitudinal direction (L) and having a mandrel bar profile , - a tool carriage which carries the at least one mandrel bar and is mounted by means of a carriage bearing device so as to be linearly movable in the longitudinal direction (L), - a carriage drive device which is configured to move the tool carriage in the longitudinal direction (L), - at least one mandrel bar extending in a longitudinal direction (L) and having a mandrel bar profile , - a tool carriage which carries the at least one mandrel bar and is mounted by means of a carriage bearing device so as to be linearly movable in the longitudinal direction (L), - a carriage drive device which is configured to move the tool carriage in the longitudinal direction (L), - a pivot carrier which is mounted on the machine frame by means of a pivot bearing device so as to be pivotable about a pivot axis (S1, S2), and on which the carriage bearing device and the tool carriage with the at least one mandrel bar are arranged, wherein the pivot axis (S1, S2) extends in the longitudinal direction (L), - a pivot drive which is configured to pivot the pivot carrier with the tool carriage and the at least one mandrel bar such that the mandrel bar profile of the mandrel bar encloses a tilt angle (α) in a plane at right angles to the longitudinal direction (L).
Arm module having a housing , which has at least one first connection side and at least one second connection side , wherein the first connection side is designed to be controllably rotatable about an axis of rotation relative to the second connection side , and having a rotation-compatible data transmission device for transmitting data signals along a transmission path between the first connection side and the second connection side , wherein the transmission path comprises at least one wireless partial transmission path for wirelessly transmitting data signals and at least one wired partial transmission path for the wired transmission of data signals, wherein the rotation-compatible data transmission device has at least one first wireless transceiver unit and at least one second wireless transceiver unit which are each connected to one another via the transmission path and are configured to wirelessly emit and receive data signals along the at least one wireless partial transmission path , characterized in that the first connection side has a rotatable first connection device and the second connection side has a second connection device , which is fixed to the housing, that is to say is non-rotatable, wherein the first connection device and the second connection device are designed for coupling the arm module to a further arm module , wherein the first rotatable connection device is connected in a rotationally fixed manner to a drive shaft of a drive device of the arm module , and wherein the first connection side is rotatable relative to the housing via the first connection device .
A lighting system comprising - an LED assembly comprising a first LED unit (70.1, 70.2, 70.3) and a capacitor connectable in parallel to the first LED unit by operating a switch connected in series with the capacitor ; - a switched mode power supply for, in use, powering the LED assembly, and - a control unit comprising: - an input port for receiving an input signal; - an output port for providing a control signal to the switched mode power supply and the switch, the control unit being arranged to - receive an input signal representing a desired output characteristic of the LED assembly, - determine a power supply current for the switched mode power supply from the received input signal , - provide, via the output port, a power supply control signal to the switched mode power supply to control the switched mode power supply to provide the power supply current to the LED assembly; and characterised in that the control unit is arranged to - provide, via the output port, a switch control signal to control the switch based on the input signal , wherein the switch is controlled to switch the capacitor on when a comparatively high power output is required and wherein the switch is controlled to switch the capacitor off when a comparatively low power output is required. - an LED assembly comprising a first LED unit (70.1, 70.2, 70.3) and a capacitor connectable in parallel to the first LED unit by operating a switch connected in series with the capacitor ; - a switched mode power supply for, in use, powering the LED assembly, and - a control unit comprising: - an input port for receiving an input signal; - an output port for providing a control signal to the switched mode power supply and the switch, the control unit being arranged to - an input port for receiving an input signal; - an output port for providing a control signal to the switched mode power supply and the switch, the control unit being arranged to - receive an input signal representing a desired output characteristic of the LED assembly, - determine a power supply current for the switched mode power supply from the received input signal , - provide, via the output port, a power supply control signal to the switched mode power supply to control the switched mode power supply to provide the power supply current to the LED assembly; and characterised in that the control unit is arranged to - provide, via the output port, a switch control signal to control the switch based on the input signal , wherein the switch is controlled to switch the capacitor on when a comparatively high power output is required and wherein the switch is controlled to switch the capacitor off when a comparatively low power output is required.
A radio terminal comprising: a memory ; and at least one processor coupled to the memory, wherein the at least one processor is configured to cause the radio terminal to transmit to a radio station a Radio Resource Control, RRC, connection setup complete message including an information element indicating which of a plurality of communication architecture types for data packet transmission relating to Cellular Internet of Things, CloT, the radio terminal desires to use, the radio terminal supports, or the radio terminal is configured with, wherein the information element is Access Stratum, AS, layer information, is not a data packet to be transmitted to a core network, and is used by the radio station to determine a communication architecture type to be used for data packet transmission for the radio terminal . a memory ; and at least one processor coupled to the memory, wherein the at least one processor is configured to cause the radio terminal to transmit to a radio station a Radio Resource Control, RRC, connection setup complete message including an information element indicating which of a plurality of communication architecture types for data packet transmission relating to Cellular Internet of Things, CloT, the radio terminal desires to use, the radio terminal supports, or the radio terminal is configured with, wherein the information element is Access Stratum, AS, layer information, is not a data packet to be transmitted to a core network, and is used by the radio station to determine a communication architecture type to be used for data packet transmission for the radio terminal .
A building element , in particular for an urban road environment, intended to purify the air and to dampen the noise emitted by a noise source near road or rail traffic lanes, comprising - a wall defining a first face intended to be turned towards said noise source and a second face intended to be opposite said noise source , - at least one container comprising an active medium accessible to ambient air and comprising a filtering medium, said active medium advantageously having cavities accessible to ambient air, wherein said at least one container - takes the shape of a basket having a hollow face , - is disposed on the side of said first face of said wall turned towards said noise source , said hollow face being directed towards said first face , and characterised in that the container is disposed at a distance from said wall such that said building element has an air gap between said first face of the wall directed towards the noise source and said container . - a wall defining a first face intended to be turned towards said noise source and a second face intended to be opposite said noise source , - at least one container comprising an active medium accessible to ambient air and comprising a filtering medium, said active medium advantageously having cavities accessible to ambient air, - takes the shape of a basket having a hollow face , - is disposed on the side of said first face of said wall turned towards said noise source , said hollow face being directed towards said first face , and
An antenna arrangement for a radar system arranged for coverage of a surveillance area and comprising antenna elements , the antenna elements being arranged to receive a signal transmitted from a transmit antenna of a transmit antenna arrangement and reflected by a target towards the antenna arrangement, characterized in that : • the antenna arrangement comprises at least three line arrays (200, 304, 401, 402, 501, 502, 601-603), each line array is aligned along at least a part of a first , a second and a third edge of a tetraeder , and comprising at least two antenna elements , • each antenna element being connected to a receiver where each line array is arranged to create, by using digital beam forming, a number of adjacent and partly overlapping beams (201-217, 301) for instantaneous coverage of at least said surveillance area and, • within the surveillance area said line arrays are arranged such that there is always free line of sight from at least two line arrays to the target, thus allowing the target position to be limited to one or two crossing areas between at least two beams from different line arrays from which target reflections have been received. • the antenna arrangement comprises at least three line arrays (200, 304, 401, 402, 501, 502, 601-603), each line array is aligned along at least a part of a first , a second and a third edge of a tetraeder , and comprising at least two antenna elements , • each antenna element being connected to a receiver where each line array is arranged to create, by using digital beam forming, a number of adjacent and partly overlapping beams (201-217, 301) for instantaneous coverage of at least said surveillance area and, • within the surveillance area said line arrays are arranged such that there is always free line of sight from at least two line arrays to the target, thus allowing the target position to be limited to one or two crossing areas between at least two beams from different line arrays from which target reflections have been received.
A coffee machine comprising a milk frothing device , wherein the milk froth is addable to another beverage component, namely to coffee, and wherein the coffee machine has an injection unit for leaching and/or dissolving beverage substrate provided in beverage substrate capsules or an integral grinder and a brewing unit in which coffee grounds produced from coffee beans by the integral grinder is leached, and wherein the milk frothing device having a mechanical emulsification device comprises a stator and a rotor which can be driven to rotate relative to said stator around a rotation axis (R), wherein milk and air can be supplied to said emulsification device via the inlet side and exposed to shearing forces by means of the rotation of the rotor relative to the stator , whereby milk froth is produced, said milk froth being removable via the outlet side, and the rotor as well as the stator having a plurality of shear element rows comprising shear elements for generating the shearing forces, wherein the shear element rows of the rotor and the shear element rows of the stator mesh in such an intermitting manner that milk and air flowing through the intermitting shear element rows are each shearable between one of the shear element rows of the rotor and one directly adjacent shear element row of the stator during rotation of the rotor , characterized in that the shear element rows of the rotor and the shear element rows of the stator are arranged alternately along the rotation axis (R).
An electronic device comprising: a display ; a finger scan sensor overlapped with at least a partial region of the display ; and a processor , wherein the processor is configured to control to: detect a touch input corresponding to at least one object displayed at the display ; wherein the electronic device is characterized in that the processor is configured to: if a first fingerprint image is detected in a fingerprint recognition region corresponding to the touch input by using the finger scan sensor, compare a size of the first fingerprint image with a reference size; when the size of the first fingerprint image is smaller than or is equal to the reference size, control the finger scan sensor to enlarge the size of the fingerprint recognition region based on a size of at least one pre-stored reference fingerprint image; detect a second fingerprint image in the enlarged fingerprint recognition region by using the finger scan sensor; and if having succeeded in user authentication by using the second fingerprint image, perform a first function corresponding to the at least one object. a display ; a finger scan sensor overlapped with at least a partial region of the display ; and a processor , wherein the processor is configured to control to: detect a touch input corresponding to at least one object displayed at the display ; wherein the electronic device is characterized in that the processor is configured to: if a first fingerprint image is detected in a fingerprint recognition region corresponding to the touch input by using the finger scan sensor, compare a size of the first fingerprint image with a reference size; when the size of the first fingerprint image is smaller than or is equal to the reference size, control the finger scan sensor to enlarge the size of the fingerprint recognition region based on a size of at least one pre-stored reference fingerprint image; detect a second fingerprint image in the enlarged fingerprint recognition region by using the finger scan sensor; and if having succeeded in user authentication by using the second fingerprint image, perform a first function corresponding to the at least one object. if a first fingerprint image is detected in a fingerprint recognition region corresponding to the touch input by using the finger scan sensor, compare a size of the first fingerprint image with a reference size; when the size of the first fingerprint image is smaller than or is equal to the reference size, control the finger scan sensor to enlarge the size of the fingerprint recognition region based on a size of at least one pre-stored reference fingerprint image; detect a second fingerprint image in the enlarged fingerprint recognition region by using the finger scan sensor; and if having succeeded in user authentication by using the second fingerprint image, perform a first function corresponding to the at least one object.
Device for producing an adhesive-bound printed product , with a transport system in which a plurality of transport clamps for conveying a printed product held clamped in each case in a transport clamp endlessly circulate on a curved track , and each transport clamp has a clamping element which is held on a swivel arm and is movable to and fro between an open position and a clamping position via the swivel arm , a control arm which is connected at a first end to the swivel arm via a spring capsule and at a second end to a first adjusting device , the control arm transmits a first movement component (M1), which is generated by the first adjusting device , via the spring capsule to the swivel arm , the first movement component (M1) is directed in a direction in which the adjustable clamping element is pivoted from the closed position into an open position, wherein a first mechanical spring is arranged in the spring capsule , the spring, in the clamping position of the clamping element , exerting a clamping force via a tension rod , which is arranged in the spring capsule , and the swivel arm on the printed product , which is held clamped, and, in the clamping position of the clamping element , the tension rod compensating via a coupling rod connected to the swivel arm , by means of compression or extension of the first mechanical spring , for different thickness dimensions of the printed product , which is held clamped, between the swivel arm and the control arm , characterized in that the device has a second optionally activatable adjusting device which, in an activated position, generates a second movement component (M2) which acts on the swivel arm , wherein the second movement component (M2) is directed counter to the swivelling-open movement of the control arm that is induced by the first movement component (M1), and the movement components (M1, M2) which are directed counter to each other are compensated for via a second mechanical spring which supports the swivel arm in relation to the control arm .
A method for managing a network service, the method comprising: receiving , by a server, current version information from a global information server, the current version information associated with current global information and associated with a network service; retrieving , by the server, the current global information associated with the current version information and associated with the network service from the global information server; and providing or suspending , by the server, the network service associated with the current global information based on a presence of a stop-write identifier in the current global information. receiving , by a server, current version information from a global information server, the current version information associated with current global information and associated with a network service; retrieving , by the server, the current global information associated with the current version information and associated with the network service from the global information server; and providing or suspending , by the server, the network service associated with the current global information based on a presence of a stop-write identifier in the current global information.