Abstract: A method of a wireless communication device comprised in a cluster of devices is disclosed. The devices of the cluster are associable with a cluster subscription identifier of a subscription providing communication between a network node and the cluster (based on a single identifier associated with the cluster) when one or more of the devices are in a cluster communication mode. The wireless communication device may have one of a cluster communication gateway role and a cluster internal communication role. The cluster communication gateway role comprises transmitting a cluster communication beacon signal, maintaining a communication link to the network node, and maintaining peer-to-peer communication links to the other devices of the cluster. The cluster internal communication role comprises maintaining at least a peer-to-peer communication link to a specific device having the cluster communication gateway role.

Abstract: A stator assembly includes a stator core. The stator core includes a yoke and teeth. Each of the teeth includes a neck and a tip. The neck includes a first stacking portion, a second stacking portion, a first plane and a second plane. The first stacking portion and the second stacking portion are arranged opposite to each other, and the first plane and the second plane are arranged opposite to each other. The first stacking portion and the second stacking portion are formed by stacking silicone steel sheets of the neck, and the first plane and the second plane are outer surfaces of silicone steel sheets at two terminal ends of the neck in a stacking direction.

Abstract: A method in a base station for adapting link adaptation of a transmission between a user equipment and the base station is provided. The link adaptation relates to an initial value of a Block Error Rate, BLER, related to the transmission. The base station decides that the user equipment is in congestion responsive to a scheduling bit rate for the transmission in relation to a rate of data packets arriving to or being sent by the user equipment being below a first threshold. Responsive to the user equipment being in congestion, the base station adapts the link adaptation by increasing the value of the BLER of the link adaptation in relation to the initial value, until the user equipment is out of congestion or until the base station detects that any one of the user equipment and the base station tries to send high priority data.

Abstract: A shift register unit and a method for driving the shift register unit, a gate drive circuit and a display device are provided. The shift register unit includes a driving signal generating module and a selecting module. The driving signal generating module generates a driving signal for driving n rows of gate lines to be turned on, a duration of the driving signal being equal to a duration spent on scanning the n rows of gate lines, and n is equal to or greater than 2. The selecting module, connected to the driving signal generating module and input terminals of the n rows of gate lines, selects the n rows of gate lines sequentially and connects each selected gate line to the driving signal generating module, such that the driving signal is inputted to the n rows of gate lines sequentially.

Abstract: A file processing method applied to an operating system, includes: packaging a first package file which supports a plurality of language versions into a plurality of first single-language package files, wherein the plurality of first single-language package files correspond to the plurality of language versions, respectively; and adding the plurality of first single-language package files to a plurality of language packages, respectively.

Abstract: Impedance matching circuits and methods for radio frequency (RF) transmission coil are disclosed. An example impedance matching circuit includes a coil matching circuit, a RF power detection circuit, and a spectrometer. The spectrometer outputs an output voltage reversely applied on a varactor diode of the coil matching circuit. An impedance of the coil matching circuit is changed based on the output voltage. The spectrometer outputs a RF transmission signal to the RF power detection circuit, receives a power of a RF reflected signal corresponded to the output voltages. The spectrometer receives powers of different RF reflected signals corresponded to different output voltages, and assigns an output voltage corresponded to a minimum power of the RF reflected signals as an impedance matching voltage, where an equivalent impedance of the coil matching circuit and the RF transmission coil matches with an impedance of RF transmission lines.

Abstract: A cutting machine includes a cutting element for cutting material, a motor for driving the cutting element to rotate and a housing for containing the motor. The motor includes a rotor sleeve being formed with a receiving chamber, a motor shaft being capable of rotating together with the rotor sleeve, a stator core at least partially contained in the receiving chamber, stator coils wound around the stator core, and a stator bracket for fixing the stator core. The stator core is formed with a through hole for the motor shaft to pass there through, the stator coils are located outside the through hole and, the motor shaft is capable of rotating relative to the stator core.

Abstract: A method (200) for a controlling node of a cell (110) in a cellular system, the method comprising (205) the use of Radio Link Control Acknowledged Mode, RLC AM, and scheduling (210) transmissions in the downlink and uplink directions to/from User Equipments, UEs (115, 120, 125), in the cell (110). The scheduling comprises taking into account a priority which each UE has for its transmissions, and counting (215) the number of scheduled transmissions for a UE in a first of said directions since its latest scheduled transmission in the other of said directions. If (220) the count has reached a predetermined value, the priority of the UE in the other of said directions is increased (225), and when (230) the UE has been scheduled for a transmission in said other direction, the counting in said first direction is restarted (235) from an initial value.

Abstract: The disclosure relates to a method 10 performed in a scheduling device 3 for scheduling communication resources to a wireless device 4 configured for wireless communication within a communication system 1. The method 10 comprises detecting 11, within a group of wireless devices of a first priority class, a first wireless device 4 to be scheduled; determining 12 a cluster time for the first wireless device 4; and scheduling 13, for the duration of the determined cluster time, consecutive communication resource units to the first wireless device 4.

Abstract: Methods and devices to improve the efficiency of uplink scheduling among user equipment (UEs) are disclosed. In one aspect, a base station with a scheduler utilizes a notional or holding “LCG,” in addition to LCGs that correspond to an LCG to which a UE maps one or more logical channels. This notional LCG is a dedicated LCG for maintaining temporary priority information based on the receipt of a scheduling request (SR) from the UE.

Abstract: The embodiments of disclosure disclose a method and device for transmitting and receiving wireless power. The method includes: switching a state of a resonance element used for transmitting and receiving electromagnetic waves to an electromagnetic wave transmission state; boosting a first direct current output by a mobile device to a second direct current having a predetermined voltage; inverting the second direct current to an alternating current; converting the alternating current into an electromagnetic wave and transmitting the electromagnetic wave, wherein the electromagnetic wave is used for charging a to-be-charged device. The embodiments of the disclosure provide a solution for wirelessly charging peripherals through a terminal and thus solves a problem that there is no solution provided to wirelessly charge peripherals through the terminal in the related art.

Abstract: A method performed in a network node of a cellular network that also includes a wireless device, the wireless device being in a discontinuous reception mode having receiving periods and idle periods. The method involves transmitting a first control signal to the wireless device during a receiving period for the wireless device; determining that a first control signal is likely to have failed to be correctly received by the wireless device; and determining that a second control signal needs to be transmitted to the wireless device, the second control signal corresponding to the first control signal. When the wireless device is in an idle period, the method further involves postponing any transmission of the second control signal until the wireless device is in a receiving period; and transmitting the second control signal to the wireless device when the wireless device is in the receiving period.

Abstract: The present invention provides a method of producing transgenic plants which are drought resistant, plants obtainable by the method and uses thereof.

Abstract: A method and base station (600) of a first cell (602), for—controlling inter-cell interference in a cellular network when Discontinuous Reception, DRX, is applied for User Equipments, UEs. The base station selects a DRX scheme with active periods that are separated in time from active periods of a DRX scheme used for UEs in DRX mode in a neighboring second cell (806). The selected DRX scheme is then used for a first UE (604) in DRX mode in the first cell to avoid interference between transmissions of signals in the active periods to the first UE in the first cell and transmissions of signals in active periods to the UEs in the neighboring second cell.

Abstract: The present disclosure concerns radio communication. In one of its aspects, the technology presented herein concerns a method for selecting the most suitable secondary carrier for carrier aggregation when employing a combined radio cell including multiple radio sectors A—1, A—2, A—3 of a first Cell (Cell A) and multiple radio sectors B_x, B_y, B_z of a second cell (Cell B).

Abstract: The present disclosure relates to the field of communication technologies, and more particularly, to an adjustable coupling device and a radio frequency communication device. The adjustable coupling device includes a coaxial transmission line for transmitting signals across the two terminals thereof and a coupling body for sampling the signals via coupling. The adjustable coupling device further includes a coupling cavity formed on the outer surface of the coaxial transmission line; a printed circuit board on which the coupling body is disposed, the printed circuit board capping the coupling cavity to seal the coupling body within the coupling cavity; a tuner, disposed through the printed circuit board, where the lower end of the tuner extends into the coupling cavity, and the tuner can be moved up and down to change the depth thereof extended into the coupling body so as to change the electromagnetic field distribution within the coupling cavity.

Abstract: A method of a wireless communication device comprised in a cluster of devices is disclosed. The devices of the cluster are associable with a cluster subscription identifier of a subscription providing communication between a network node and the cluster (based on a single identifier associated with the cluster) when one or more of the devices are in a cluster communication mode. The wireless communication device may have one of a cluster communication gateway role and a cluster internal communication role. The cluster communication gateway role comprises transmitting a cluster communication beacon signal, maintaining a communication link to the network node, and maintaining peer-to-peer communication links to the other devices of the cluster. The cluster internal communication role comprises maintaining at least a peer-to-peer communication link to a specific device having the cluster communication gateway role.

Abstract: A method in a base station for adapting prioritization of a service of a user equipment over services of other user equipments is provided. The prioritization relates to a transmission between the base station and the user equipment at a scheduling occasion. The prioritization relates to an initial value. The base station decides (302) that the user equipment is in congestion, when an instant scheduling bit rate for the transmission in relation to a bit rate related to the service is below a first threshold. When the user equipment is in congestion, the base station adapts (304) the prioritization by down prioritizing the service of the user equipment in relation to the initial value, until a timer has expired.

Abstract: Methods and arrangements for mitigating or avoiding inter cell interference on a control channel on which scheduling request are transmitted from UEs to a serving base station. The solution relates to classifying the UEs based e.g. on the type of services applied by the UEs, and allocating resources on the control channel based on the classification.

Abstract: A communications apparatus and multi-window display method are provided. The multi-window display method is applied for a communication device, wherein the multiple windows include a first display window configured to display a first application. The multi-window display method includes: obtaining first configuration information of the first application to determine whether a first display mode corresponding to the first application has been set in the first configuration information; setting a first display configuration of the first application according to the first display mode when the first display mode has been set in the first configuration information, or setting the first display configuration according to a first default display configuration when the first display mode has not been set in the first configuration information; configuring the first display window of the first application according to the first display configuration, and displaying the first display window.