mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting system information SI, in a 5G radio system, comprising: transmitting, by a base station, a minimum SI message, wherein the minimum SI message comprises information regarding transmission of at least one additional SI message; and transmitting, by the base station, the at least one additional SI message according to the information in the minimum SI message, wherein the minimum SI message comprises an indicator for indicating the transmission of the at least one additional SI message, and the indicator further indicates that the at least one additional SI message are periodically broadcasted, and wherein the minimum SI message indicates whether a UE is allowed to send an SI request. transmitting, by a base station, a minimum SI message, wherein the minimum SI message comprises information regarding transmission of at least one additional SI message; and transmitting, by the base station, the at least one additional SI message according to the information in the minimum SI message, wherein the minimum SI message comprises an indicator for indicating the transmission of the at least one additional SI message, and the indicator further indicates that the at least one additional SI message are periodically broadcasted, and wherein the minimum SI message indicates whether a UE is allowed to send an SI request.
A method for performing a radio link monitoring, RLM, by a user equipment, UE, when a cooperative multi-point, CoMP, transmission and reception scheme is applied to a control channel in a wireless communication system, the method comprising: receiving a plurality of Channel State Information-Reference Signal, CSI-RS, configurations related to a same cell ID, wherein individual transmission points, TPs, are identified from each other according to different CSI-RS configurations; and performing the RLM based on the plurality of CSI-RS configurations, wherein performing the RLM comprises: estimating radio link quality based on the plurality of CSI-RS configurations; determining that radio link related to the plurality of CSI-RS configurations is out-of-sync, based on the radio link quality being less than a first threshold for all of the plurality of CSI-RS configurations; and determining that the radio link related to the plurality of CSI-RS configurations is in-sync, based on the radio link quality being greater than a second threshold for at least one of the plurality of CSI-RS configurations. receiving a plurality of Channel State Information-Reference Signal, CSI-RS, configurations related to a same cell ID, wherein individual transmission points, TPs, are identified from each other according to different CSI-RS configurations; and performing the RLM based on the plurality of CSI-RS configurations, wherein performing the RLM comprises: estimating radio link quality based on the plurality of CSI-RS configurations; determining that radio link related to the plurality of CSI-RS configurations is out-of-sync, based on the radio link quality being less than a first threshold for all of the plurality of CSI-RS configurations; and determining that the radio link related to the plurality of CSI-RS configurations is in-sync, based on the radio link quality being greater than a second threshold for at least one of the plurality of CSI-RS configurations. estimating radio link quality based on the plurality of CSI-RS configurations; determining that radio link related to the plurality of CSI-RS configurations is out-of-sync, based on the radio link quality being less than a first threshold for all of the plurality of CSI-RS configurations; and determining that the radio link related to the plurality of CSI-RS configurations is in-sync, based on the radio link quality being greater than a second threshold for at least one of the plurality of CSI-RS configurations.
Heat exchanger having connections for at least one liquid and having thermal insulation which completely or at least partly surrounds the heat exchanger, characterized in that the thermal insulation is configured as a collection vessel for the at least one liquid and in that the thermal insulation is double-walled at least in regions.
A method of calibrating a machine for operating with an implement that is selectively coupleable to the machine, the method comprising: detecting a coupling between the machine and the implement selectively coupled to the machine; electronically receiving, from the implement in response to detecting the coupling, an identification of the implement; accessing machine calibration data from a memory of the machine, wherein the machine calibration data includes an identification of one or more specific implements and a calibration value for each of the one or more specific implements; identifying, from the machine calibration data, the calibration value corresponding to the received identification of the implement; and operating the machine and the implement based on the identified calibration value; wherein the machine includes a non-transitory computer readable memory storing calibration data for prior machine-implement combinations and the memory of the machine is configured to store calibration data for a plurality of different implements to which the machine was previously coupled; characterized in that the implement includes a non-transitory computer readable memory storing calibration data for prior machine-implement combinations, wherein the implement memory is configured to store calibration data for a plurality of different machines to which the implement was previously coupled and the machine calibration data stored on the memory of the machine are synchronized with implement calibration data stored on the memory of the implement. detecting a coupling between the machine and the implement selectively coupled to the machine; electronically receiving, from the implement in response to detecting the coupling, an identification of the implement; accessing machine calibration data from a memory of the machine, wherein the machine calibration data includes an identification of one or more specific implements and a calibration value for each of the one or more specific implements; identifying, from the machine calibration data, the calibration value corresponding to the received identification of the implement; and operating the machine and the implement based on the identified calibration value; wherein the machine includes a non-transitory computer readable memory storing calibration data for prior machine-implement combinations and the memory of the machine is configured to store calibration data for a plurality of different implements to which the machine was previously coupled; characterized in that the implement includes a non-transitory computer readable memory storing calibration data for prior machine-implement combinations, wherein the implement memory is configured to store calibration data for a plurality of different machines to which the implement was previously coupled and the machine calibration data stored on the memory of the machine are synchronized with implement calibration data stored on the memory of the implement.
A configuration method, comprising: receiving, by a donor distributed unit, DU, first configuration information from a donor centralized unit, CU, wherein the first configuration information indicates that when one or more respective values of one or more first fields in a data packet correspondingly meets one or more respective first value ranges of the one or more first fields, the data packet is transmitted through a first channel that is between the donor DU and a child node, and the first configuration information indicates that when one or more respective values of one or more second fields in a data packet correspondingly meets one or more respective second value ranges of the one or more second fields, the data packet is transmitted through a second channel that is between the donor DU and the child IAB node, and a data packet can meet only one of the one or more respective first value ranges of the one or more first fields and the one or more respective second value ranges of the one or more second fields, and at least one field in the one or more first fields are different from each of the one or more second fields, and the one or more first fields comprise one or more of a destination Internet Protocol, IP address, a differentiated services code point, a flow label, and the one or more second fields comprises one or more of a destination IP address, a differentiated services code point, a flow label; storing, by the donor DU, the first configuration information. receiving, by a donor distributed unit, DU, first configuration information from a donor centralized unit, CU, wherein the first configuration information indicates that when one or more respective values of one or more first fields in a data packet correspondingly meets one or more respective first value ranges of the one or more first fields, the data packet is transmitted through a first channel that is between the donor DU and a child node, and the first configuration information indicates that when one or more respective values of one or more second fields in a data packet correspondingly meets one or more respective second value ranges of the one or more second fields, the data packet is transmitted through a second channel that is between the donor DU and the child IAB node, and a data packet can meet only one of the one or more respective first value ranges of the one or more first fields and the one or more respective second value ranges of the one or more second fields, and at least one field in the one or more first fields are different from each of the one or more second fields, and the one or more first fields comprise one or more of a destination Internet Protocol, IP address, a differentiated services code point, a flow label, and the one or more second fields comprises one or more of a destination IP address, a differentiated services code point, a flow label; storing, by the donor DU, the first configuration information.
A secondary battery state detecting device for detecting a state of a secondary battery mounted on a vehicle, comprising: a measurement unit for measuring a value of an internal resistance of the secondary battery at an engine stop time; an estimation unit for estimating, based on discharge currents and discharge times at past plural starting times of the engine, a value of a diffusion resistance resulting from diffusion of an ion generated at an electrolytic solution of the secondary battery by supplying electric power to a starter motor at a starting time of the engine; and a calculation unit for calculating a starting voltage being a voltage required for the starting of the engine from a resistance value obtained by adding the value of the diffusion resistance estimated by the estimation unit to the value of the internal resistance measured by the measurement unit, a starting current flowing when the engine is started, and a voltage before starting of the secondary battery. a measurement unit for measuring a value of an internal resistance of the secondary battery at an engine stop time; an estimation unit for estimating, based on discharge currents and discharge times at past plural starting times of the engine, a value of a diffusion resistance resulting from diffusion of an ion generated at an electrolytic solution of the secondary battery by supplying electric power to a starter motor at a starting time of the engine; and a calculation unit for calculating a starting voltage being a voltage required for the starting of the engine from a resistance value obtained by adding the value of the diffusion resistance estimated by the estimation unit to the value of the internal resistance measured by the measurement unit, a starting current flowing when the engine is started, and a voltage before starting of the secondary battery.
A base station, wherein the base station comprises: a first processing unit, a second processing unit, and a transceiver unit, wherein the first processing unit is configured to split an array antenna with 8T to form a first transmit beam and a second transmit beam in a downlink direction, wherein the first transmit beam covers a first cell and the second transmit beam covers a second cell, and wherein the first processing unit is specifically configured to multiply four columns of antennas in each polarization direction of the array antenna by a corresponding weighted value, so as to form the first transmit beam and the second transmit beam; the second processing unit is configured to perform weighting on the array antenna in an uplink direction to form a receive beam, wherein the second processing unit is specifically configured to map eight physical antennas of the array antenna into four antenna ports, and change a beamwidth of the array antenna from 90 degrees to 65 degrees; and the transceiver unit is configured to transmit a downlink signal to first user equipment, UE, by using the first transmit beam, and perform uplink signal transmission with the first UE by using the receive beam, wherein the first UE is located in the first cell.
Container holder for a filling device for filling containers with a filling product, preferably for free jet filling of containers with a beverage in a beverage filling plant, wherein the container holder comprises: a holding section, which is configured to receive and hold a container, a main support, which can be attached to the filling device, and a compensation support, which can be adjusted, preferably displaced in a linear manner, in a compensation direction relative to the main support, and to which the holding section is attached, characterised in that the compensation support can be adjusted from a normal state, in which the mouth of a container held therein is positioned substantially centrally below the outlet of a corresponding filling element of the filling device, into at least one compensated state, in which the mouth of the container is offset relative to the outlet of the filling element, and vice versa, and the container holder further comprises a locking device, which is configured to fix the compensation support in the normal state and/or the compensated state. a holding section, which is configured to receive and hold a container, a main support, which can be attached to the filling device, and a compensation support, which can be adjusted, preferably displaced in a linear manner, in a compensation direction relative to the main support, and to which the holding section is attached, characterised in that the compensation support can be adjusted from a normal state, in which the mouth of a container held therein is positioned substantially centrally below the outlet of a corresponding filling element of the filling device, into at least one compensated state, in which the mouth of the container is offset relative to the outlet of the filling element, and vice versa, and the container holder further comprises a locking device, which is configured to fix the compensation support in the normal state and/or the compensated state.
A method of verifying whether tooth tip interference occurs in a planetary gear system, comprising: the planetary gear system comprising a central sun gear, a ring gear, and four planet gears in selective engagement with each of the sun gear and the ring gear, the planet gears having a selected base pitch and tooth length, wherein the base pitch is a circular pitch of the gear on a base circle of one of the four planet gears; breaking a rim of one of the four planet gears so that the planet gear with the broken rim does not form a continuous ring; and verifying whether tooth tip interference occurs between the planet gear with the broken rim and at least one of the sun gear and the ring gear during operation of the planetary gear system. the planetary gear system comprising a central sun gear, a ring gear, and four planet gears in selective engagement with each of the sun gear and the ring gear, the planet gears having a selected base pitch and tooth length, wherein the base pitch is a circular pitch of the gear on a base circle of one of the four planet gears; breaking a rim of one of the four planet gears so that the planet gear with the broken rim does not form a continuous ring; and verifying whether tooth tip interference occurs between the planet gear with the broken rim and at least one of the sun gear and the ring gear during operation of the planetary gear system.
A multiphase power supply system with at least one inverter with at least one DC input (11, 12) for connection to a power generating device and/or a battery of at least one power generating device and/or a battery, a switching device, via which the power supply system can be connected to a superordinate multiphase power supply network, a grid monitoring device and a multiphase AC output for connection to a local energy distribution network, characterized in that - the inverter comprises a control terminal for connecting to the switching device such that individual phases (L1, L2, L3) of the local energy distribution network can be selectively connected to or separated from corresponding phases (L1', L2', L3') of the power supply network via the control terminal, and - the inverter is configured to separate, in case of a grid fault on at least one but not all phases (L1', L2', L3') of the power supply network, the at least one faulty phase (L1', L2', L3') from the corresponding phase (L1, L2, L3) of the local energy distribution network via the control connection of the power supply network, and - to apply mains-compliant alternating voltage to the at least one separated phase (L1, L2, L3) of the local energy distribution network and thereby to apply power provided by the energy generating device and/or the battery to the at least one separated phase (L1, L2, L3) of the local energy distribution network. - the inverter comprises a control terminal for connecting to the switching device such that individual phases (L1, L2, L3) of the local energy distribution network can be selectively connected to or separated from corresponding phases (L1', L2', L3') of the power supply network via the control terminal, and - the inverter is configured to separate, in case of a grid fault on at least one but not all phases (L1', L2', L3') of the power supply network, the at least one faulty phase (L1', L2', L3') from the corresponding phase (L1, L2, L3) of the local energy distribution network via the control connection of the power supply network, and - to apply mains-compliant alternating voltage to the at least one separated phase (L1, L2, L3) of the local energy distribution network and thereby to apply power provided by the energy generating device and/or the battery to the at least one separated phase (L1, L2, L3) of the local energy distribution network.
A method, in a mobile base station (1a, 1b, 1c, 1d), of aiding an upper network device in a fixed network to establish multicast backhaul in the fixed network for a mobile user terminal equipment dominated by the mobile base station (1a, 1b, 1c, 1d) to access multicast service of a mobile core network, wherein the method comprises: a. obtaining, from the mobile user terminal equipment, a multicast join message to request for a mobile multicast service; copying the multicast join message and saving a copy of the multicast join message; b. obtaining a feedback message from the mobile core network, the feedback information comprising an information that the mobile core network has already established wireless multicast bearer for the mobile user terminal equipment; c. aiding the upper network device to establish the multicast backhaul in the fixed network for the mobile multicast service according to the multicast join message, finding a corresponding multicast join message from a stored plurality of multicast join messages according to a source address and a destination address in the feedback message from the mobile core network, and c2. sending the multicast join message to the upper network device in the fixed network, so as to aid the upper network device in the fixed network to establish the multicast backhaul in the fixed network. a. obtaining, from the mobile user terminal equipment, a multicast join message to request for a mobile multicast service; copying the multicast join message and saving a copy of the multicast join message; b. obtaining a feedback message from the mobile core network, the feedback information comprising an information that the mobile core network has already established wireless multicast bearer for the mobile user terminal equipment; c. aiding the upper network device to establish the multicast backhaul in the fixed network for the mobile multicast service according to the multicast join message, finding a corresponding multicast join message from a stored plurality of multicast join messages according to a source address and a destination address in the feedback message from the mobile core network, and c2. sending the multicast join message to the upper network device in the fixed network, so as to aid the upper network device in the fixed network to establish the multicast backhaul in the fixed network.
Locking device for a leaf moveably mounted in a frame, preferably locking device for a door in a building, comprising a bolt assembly mountable on the frame and a bolt receiving device mountable on the leaf, wherein it is provided that - the bolt assembly has a moveably mounted bolt element, designed as a latch or a bolt, and an electrically switchable locking-holding device, and the bolt element is lockable in a locking position by means of the electrically switchable locking-holding device, - the bolt receiving device has a bolt receiver receiving the bolt element in the locking position, - the bolt receiving device has a magnet device, - to form the locking position of the bolt element, the bolt receiving device and the bolt assembly are assigned to each other in such a way that the bolt element is movable into the locking position by magnetic force of the magnet device and can be brought into engagement with the bolt receiver, and - to form an unlocking position of the bolt element in the case of a switched-off electrical locking-holding device, the bolt element can be brought out of engagement with the magnet device by the bolt element and/or the magnet device being actuatable, characterised in that - the magnet device of the bolt receiving device is designed as an electromagnet, and - the magnet device is actuatable by the magnet device being moveably mounted and/or electrically switchable. - the bolt assembly has a moveably mounted bolt element, designed as a latch or a bolt, and an electrically switchable locking-holding device, and the bolt element is lockable in a locking position by means of the electrically switchable locking-holding device, - the bolt receiving device has a bolt receiver receiving the bolt element in the locking position, - the bolt receiving device has a magnet device, - to form the locking position of the bolt element, the bolt receiving device and the bolt assembly are assigned to each other in such a way that the bolt element is movable into the locking position by magnetic force of the magnet device and can be brought into engagement with the bolt receiver, and - to form an unlocking position of the bolt element in the case of a switched-off electrical locking-holding device, the bolt element can be brought out of engagement with the magnet device by the bolt element and/or the magnet device being actuatable, characterised in that - the magnet device of the bolt receiving device is designed as an electromagnet, and - the magnet device is actuatable by the magnet device being moveably mounted and/or electrically switchable.