mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device that is connected, as a terminal device, to a base station of a cellular communication system and that relays communication between the base station and another terminal device of the cellular communication system, wherein the communication device comprises: setting means configured to set, as service quality identification information, a first value from a first range of numbers for user data generated in the communication device, and a second value from a second range of numbers that does not overlap the first range and for user data received from the other terminal device; and transmission means configured to transmit the user data generated in the communication device with the service quality identification information in which the first value is set, and transmit the user data received from the other terminal device with the service quality identification information in which the second value is set. setting means configured to set, as service quality identification information, a first value from a first range of numbers for user data generated in the communication device, and a second value from a second range of numbers that does not overlap the first range and for user data received from the other terminal device; and transmission means configured to transmit the user data generated in the communication device with the service quality identification information in which the first value is set, and transmit the user data received from the other terminal device with the service quality identification information in which the second value is set.
A method in a user plane node comprising: receiving , from a session management node, a first request for obtaining a first port number of a logical time sensitive network, TSN, bridge at a side of a terminal device; determining the first port number for the terminal device; determining configuration information of the logical TSN bridge at a side of the user plane node; and sending the determined first port number and configuration information to the session management node. receiving , from a session management node, a first request for obtaining a first port number of a logical time sensitive network, TSN, bridge at a side of a terminal device; determining the first port number for the terminal device; determining configuration information of the logical TSN bridge at a side of the user plane node; and sending the determined first port number and configuration information to the session management node.
A communication method comprising: receiving , at a transmission reception point, TRP, in a wireless communication network, a first uplink, UL, reference signal, RS, associated with a first UL RS sequence from a first user equipment, UE; and receiving , at the TRP, a second UL RS associated with a second UL RS sequence from a second UE, the first and second UL RS sequences being non-orthogonal, wherein the first and second UL RS sequences are generated using first and second UL RS sequence roots, respectively, characterized in that the first and second UL RS sequence roots are each based in part on a function f UCS according to: f UCS = l × ⌊ n SRS n SRS cs , max ⌋ , where n SRS is the number of UL RS sequences that have been assigned, n SRS cs , max is the maximum number of cyclic shifts permissible for any one UL RS sequence, and l is an integer. receiving , at a transmission reception point, TRP, in a wireless communication network, a first uplink, UL, reference signal, RS, associated with a first UL RS sequence from a first user equipment, UE; and receiving , at the TRP, a second UL RS associated with a second UL RS sequence from a second UE, the first and second UL RS sequences being non-orthogonal, wherein the first and second UL RS sequences are generated using first and second UL RS sequence roots, respectively, characterized in that the first and second UL RS sequence roots are each based in part on a function f UCS according to: f UCS = l × ⌊ n SRS n SRS cs , max ⌋ , where n SRS is the number of UL RS sequences that have been assigned, n SRS cs , max is the maximum number of cyclic shifts permissible for any one UL RS sequence, and l is an integer.
A method for use on a lighting control system that is communicatively coupled to cabin lighting on an aircraft to control lighting in an interior of the aircraft according to a lighting program, the method comprising: determining a departure time and an arrival time as epoch times, the departure time being adjusted for an offset from GMT at a departure location and the arrival time being adjusted for an offset from GMT at an arrival location; generating a flight time with GMT offsets based, at least in part, on subtracting the departure time from the arrival time; determining an FMS, Flight Management System, flight time that represents an expected time that the aircraft will be in flight between the departure location and the arrival location; and characterised by the method comprising: generating a simulation ratio modifier based, at least in part, on dividing the FMS flight time by the flight time with GMT offsets; applying the simulation ratio modifier to periods of a day between departure and arrival to generate scaled durations for periods of the day in a lighting program; and applying the lighting program to control the cabin lighting on the aircraft during flight according to the scaled durations. determining a departure time and an arrival time as epoch times, the departure time being adjusted for an offset from GMT at a departure location and the arrival time being adjusted for an offset from GMT at an arrival location; generating a flight time with GMT offsets based, at least in part, on subtracting the departure time from the arrival time; determining an FMS, Flight Management System, flight time that represents an expected time that the aircraft will be in flight between the departure location and the arrival location; and characterised by the method comprising: generating a simulation ratio modifier based, at least in part, on dividing the FMS flight time by the flight time with GMT offsets; applying the simulation ratio modifier to periods of a day between departure and arrival to generate scaled durations for periods of the day in a lighting program; and applying the lighting program to control the cabin lighting on the aircraft during flight according to the scaled durations. generating a simulation ratio modifier based, at least in part, on dividing the FMS flight time by the flight time with GMT offsets; applying the simulation ratio modifier to periods of a day between departure and arrival to generate scaled durations for periods of the day in a lighting program; and applying the lighting program to control the cabin lighting on the aircraft during flight according to the scaled durations.
A method of operation performed by a network node in a cellular communications network to provide Hybrid Automatic Repeat Request, HARQ, feedback for autonomous uplink transmissions in an unlicensed spectrum, the method comprising: receiving a plurality of autonomous uplink transmissions from a wireless device in the unlicensed spectrum, wherein an autonomous uplink transmission is an uplink transmission performed by the wireless device without a scheduling request and without an uplink grant, and on a channel determined to be clear after a successful listen-before-talk, LBT, procedure; and transmitting HARQ feedback for the plurality of autonomous uplink transmissions to the wireless device , the HARQ feedback comprising a bit map of some or all HARQ processes configured for at least one cell and a corresponding bit acknowledgement mapped to each configured HARQ process, the HARQ feedback being transmitted using a shared maximum channel occupancy time scheme in which a portion of a maximum channel occupancy time for an uplink transmission from the wireless device , following the successful LBT procedure, is used for transmission by the network node. receiving a plurality of autonomous uplink transmissions from a wireless device in the unlicensed spectrum, wherein an autonomous uplink transmission is an uplink transmission performed by the wireless device without a scheduling request and without an uplink grant, and on a channel determined to be clear after a successful listen-before-talk, LBT, procedure; and transmitting HARQ feedback for the plurality of autonomous uplink transmissions to the wireless device , the HARQ feedback comprising a bit map of some or all HARQ processes configured for at least one cell and a corresponding bit acknowledgement mapped to each configured HARQ process, the HARQ feedback being transmitted using a shared maximum channel occupancy time scheme in which a portion of a maximum channel occupancy time for an uplink transmission from the wireless device , following the successful LBT procedure, is used for transmission by the network node.
Measuring arrangement of a wind power plant having a tower and an aerodynamic rotor with at least one rotor blade , for sensing wind conditions, comprising - at least a first and a second measuring device for arrangement at different heights on the tower , and wherein - each measuring device is prepared so as to sense, at the respective height at which it is to be arranged, wind values for different horizontal directions, said values being representative of a wind pressure from the respective direction, characterized in that each measuring device comprises a pressure sensor film which is prepared so as to sense a direction-dependent pressure profile. - at least a first and a second measuring device for arrangement at different heights on the tower , and wherein - each measuring device is prepared so as to sense, at the respective height at which it is to be arranged, wind values for different horizontal directions, said values being representative of a wind pressure from the respective direction, characterized in that each measuring device comprises a pressure sensor film which is prepared so as to sense a direction-dependent pressure profile.
Door for a household appliance , with a base body , which has an outer side , wherein a covering shell (5, 5', 5", 6, 6', 6") is arranged on the door such that it can be released in a non-destructive manner, and the outer side is covered by the covering shell (5, 5', 5", 6, 6', 6") at least in regions, wherein the covering shell (5, 5', 5", 6, 6', 6") is embodied in a trough-like manner and has a front plate , which covers the outer side , and has side edges , which cover side edges of the base body at least in regions, characterised in that the covering shell (5, 5', 5", 6, 6', 6") is fastened to the base body by means of magnets such that it can be released in a non-destructive manner.
A method of operation for a circulating fluidized bed gasification or combustion system using coal or biomass as raw material, comprising at least one combustion/gasification reactor ; at least one cyclone which is in connection with the reactor in order that solid particles are separated from gas flow; a downcomer which is in connection with the reactor and the cyclone , extends along the reactor , and enables solid particles captured in the cyclone to be sent to the combustion/gasification reactor again; at least one distributing plate which is in connection with the reactor and performs primary gas supply to the system homogeneously; at least one ejector which is positioned on the downcomer vertically, characterized in that said ejector comprises at least one nozzle for spraying pressurized gas towards the reactor , and for creating a solid column (b) between the reactor and the cyclone by creating vortexes (a) on account of the fact that the pressurized gas sprayed by means of the said nozzle spreads to the environment from the nozzle located on the downcomer in order to prevent counter flow of particle and gas that may occur towards the downcomer and the cyclone from inside the reactor .
Method for providing redundant relay function in a network in which a higher-level subnetwork is connected to a lower-level subnetwork via two or more redundant relays, in which a maximum of one of the redundant relays is ever operated in an active mode, while the remaining relay (s) are in the standby mode, each redundant relay having a relay redundancy module for controlling the relay mode, and if the currently active relay fails then the or precisely one of the remaining redundant relay(s) is activated, characterized in that the redundant relays each comprise a DHCPv6 client for carrying out a prefix delegation, wherein only the DHCPv6 client of the currently active relay ever carries out the prefix delegation, and the redundant relays each have a relay control module to which the relay redundancy module of the respective relay signals the current relay mode, and the relay control module of the respectively active relay synchronizes a virtual DUID, DHCP Unique Identifier, of its DHCPv6 client and/or a prefix delegated to the active relay to the or each relay that is in the standby mode, and if the currently active relay fails then the relay control module of the relay activated in reaction to the failure starts the DHCPv6 client thereof, and the DHCPv6 client resorts to the DUID obtained via the synchronization and/or to the prefix obtained via the synchronization. in which a maximum of one of the redundant relays is ever operated in an active mode, while the remaining relay (s) are in the standby mode, each redundant relay having a relay redundancy module for controlling the relay mode, and if the currently active relay fails then the or precisely one of the remaining redundant relay(s) is activated, characterized in that the redundant relays each comprise a DHCPv6 client for carrying out a prefix delegation, wherein only the DHCPv6 client of the currently active relay ever carries out the prefix delegation, and the redundant relays each have a relay control module to which the relay redundancy module of the respective relay signals the current relay mode, and the relay control module of the respectively active relay synchronizes a virtual DUID, DHCP Unique Identifier, of its DHCPv6 client and/or a prefix delegated to the active relay to the or each relay that is in the standby mode, and if the currently active relay fails then the relay control module of the relay activated in reaction to the failure starts the DHCPv6 client thereof, and the DHCPv6 client resorts to the DUID obtained via the synchronization and/or to the prefix obtained via the synchronization.
Checking method for parameters of a parameter set of a movement controller comprising a plurality of parameters, wherein the parameters of the movement controller are used within the scope of processing a part program defining a useful processing action in order to determine control commands, using commands of the part program and actual values (x, v) for the position and for the speed of a number (n) of axes (A) of a machine controlled by the movement controller for drives (D) of the machine which are associated with the axes (A) and to apply the determined control commands to the drives (D), characterised in that a checking device checks the parameters in each case for the compliance with conditions defined by respective physical characteristics, - wherein the checking device determines the respective physical characteristics in each case using other parameters of the parameter set and - wherein a parameter to be checked is a static and/or dynamic behaviour (δ1, vmax1, amax1) of an axis (A1) of the machine and that the physical characteristic is the static and/or dynamic behaviour (δ2, vmax2, amax2) of another axis (A2) of the machine. - wherein the checking device determines the respective physical characteristics in each case using other parameters of the parameter set and - wherein a parameter to be checked is a static and/or dynamic behaviour (δ1, vmax1, amax1) of an axis (A1) of the machine and that the physical characteristic is the static and/or dynamic behaviour (δ2, vmax2, amax2) of another axis (A2) of the machine.
Connecting device for a fitness, beauty or wellness device, comprising: a carrier plate , which can be fastened to a functional unit worn on a body of a person using the fitness, beauty or wellness device, or which is part of the functional unit ; a first pump port and a second pump port , which are arranged at a predetermined distance (d) from one another on the carrier plate , wherein the first pump port and the second pump port are configured to connect the connecting device to a pump in a fluid-conducting manner; a first air chamber port connected to the first pump port and a second air chamber port connected to the second pump port , wherein the first air chamber port and the second air chamber port are configured to connected the connection device to the functional unit in a fluid-conducting manner; characterised in that the first pump port and/or the second pump port can be moved from a normal position (I) into a connection position (II) against the effect of a restoring force so that by means of a force acting on the first pump port and/or the second pump port , the distance (d, d') between the pump ports can be changed and the pump is thus introduced between the pump ports and then connected to the pump ports ; wherein the pump can be permanently held on the connection device by the connection to the pump ports . a carrier plate , which can be fastened to a functional unit worn on a body of a person using the fitness, beauty or wellness device, or which is part of the functional unit ; a first pump port and a second pump port , which are arranged at a predetermined distance (d) from one another on the carrier plate , wherein the first pump port and the second pump port are configured to connect the connecting device to a pump in a fluid-conducting manner; a first air chamber port connected to the first pump port and a second air chamber port connected to the second pump port , wherein the first air chamber port and the second air chamber port are configured to connected the connection device to the functional unit in a fluid-conducting manner; characterised in that the first pump port and/or the second pump port can be moved from a normal position (I) into a connection position (II) against the effect of a restoring force so that by means of a force acting on the first pump port and/or the second pump port , the distance (d, d') between the pump ports can be changed and the pump is thus introduced between the pump ports and then connected to the pump ports ; wherein the pump can be permanently held on the connection device by the connection to the pump ports .
Use of a rubber composition comprising a liquid rubber and a radical initiator for an additive manufacturing apparatus for producing a three-dimensional structure, wherein the liquid rubber is selected from one or more of a group comprising liquid butadiene rubber, liquid styrene-butadiene copolymer rubber, liquid isoprene-butadiene copolymer rubber, liquid isoprene rubber, liquid hydrogenated isoprene rubber, and liquid isoprene-styrene copolymer rubber, wherein the liquid rubber has a crosslinkable (meth)acryloyl group, vinyl group, epoxy group or oxetane group; has a number average molecular weight of 5,000 to 60,000, and is present in an amount of 40 to 90 mass% of the rubber composition; and the radical initiator generates radicals upon light irradiation.
Method for connecting and separating a first element and a second element , connected to each other by means of a defined local connection and that have to be securely separated, the separation occurring by a quick and partial warming-up, at or near this connection, the warming-up being remotely triggered, the method comprising the following steps: - connecting the first and second elements through two connecting plates respectively attached to the first element and the second element , with a connecting layer formed of soldering placed between two respective connecting surfaces of these two connecting plates , a thermite layer , able to be triggered by an electrical control connection, being placed close to the connecting layer , on a thermal surface of a first connecting plate among the two connecting plates, this thermal surface being opposite to the connecting surface of the first connecting part ; and - pyrotechnically triggering said thermite layer to cause, only by its warming-up, the quick warming-up and destruction of the connecting layer . - connecting the first and second elements through two connecting plates respectively attached to the first element and the second element , with a connecting layer formed of soldering placed between two respective connecting surfaces of these two connecting plates , a thermite layer , able to be triggered by an electrical control connection, being placed close to the connecting layer , on a thermal surface of a first connecting plate among the two connecting plates, this thermal surface being opposite to the connecting surface of the first connecting part ; and - pyrotechnically triggering said thermite layer to cause, only by its warming-up, the quick warming-up and destruction of the connecting layer .