45results about How to "Easy power control" patented technology

The invention provides a method for controlling uplink control channel power in a multi-point cooperative system according to an implement method. The method includes that under the condition that a single receiving point receives an uplink control channel, on the basis of measured loss of a path from the single receiving point to user equipment, uplink control channel power control is conducted; and under the condition that multiple receiving points receive the uplink control channel, disturbance among cells caused by the fact that the multiple receiving points receive and combine gain is reduced by reducing uplink control channel transmission power of the user equipment, and uplink control channel power control is conducted. An implement method of the invention further provides a device for controlling the uplink control channel power in the multi-point cooperative system and a corresponding base station device.

The invention provides a power chip type LED light source for an LCD backlight module, which is formed by a plurality of grid-shaped semiconductors, and at least two LED semiconductors are arranged in each grid. The LED light source comprises a printed circuit board (PCB), an LED chip arranged at the upper side of the PCB and a light-emitting lens arranged at the light-emitting surface of the LED chip; a radiator is arranged under the PCB, PCB leads are distributed around the radiator, and the radiator is assembled with electrical connection structure and a corresponding control circuit; and the radiator and the PCB are fixed into a whole by a mechanical fastening part and the same extended light source. The power chip type LED light source has stable and shockproof structure, good color rendition and heat dissipation effect, no incomplete shadow, electricity conservation and long service life, and can remarkably improve the color expressive force of liquid crystal display.

The invention provides a method, which overlay connects axially track rings (11), (12), (13) in order, to make the rings has the same axis with a shaft line (P). Arranging axially each claw-like induced poles (22), (24), (26). When the axial end-face of A phase rear yoke (21) contacts with the other axial end-face of B phase rear yoke (23), the base ends of claw-like induced poles (22), (24) arranged along the axis with proper interval, axially grip alpha phase ring winding (14) and fixed the winding. When the other axial end-face of B phase rear yoke (23) contacts with the axial end-face of D phase rear yoke (25), the base ends of claw-like induced poles (242), (26) arranged along the axis with proper interval, axially grip beta phase ring winding (15) and fixed the winding.

The invention discloses an elastic operation control method for an AC/DC hybrid distribution network. By establishing a distribution network elastic evaluation index, an energy storage model, a wind power and photovoltaic output model, and constructing a AC/DC distribution network timing sequence transfer model, overall modeling is performed. Since the model is a nonlinear mixed integer programming model and is difficult and inefficient to solve by an artificial intelligence algorithm or enumeration method. Therefore, the invention provides a greedy search algorithm for solving and optimizingthe model. When a fault occurs in the AC/DC hybrid distribution network, the provided model takes account of the transfer and control capabilities of the energy storage, transfers the loads in the faulted distribution network area in cooperation with distributed power sources such as wind power and photovoltaic power in the distribution area and the standby power supply capacity of an adjacent tieline, calculates the elastic index according to a transfer result, optimizes the output of each energy storage period by an improved particle swarm optimization algorithm to obtain an optimal energystorage output mode, and finally achieves the maximum elastic operation of the distribution network in the fault area.

A high-temperature nano-electrothermal film of a double-film structure is composed of a quartz substrate, an alloy film electrode and a silicon carbide and molybdenum disilicide composite film layer. By means of a method of magnetron sputtering, first the alloy film electrode is arranged on the quartz substrate in a mask sputtering mode, then a silicon carbide film layer and a molybdenum disilicide film layer sequentially deposit; finally, high temperature annealing is conducted, and the surface of the molybdenum disilicide film layer is oxidized into a thin silicon dioxide protective layer. The alloy film electrode is a platinum alloy film electrode or a cobalt-base alloy film electrode. Two types of high temperature nanometer materials including silicon carbide and molybdenum disilicide with the purity of 99.950% are adopted in the electrothermal film, the surface of the film layer is oxidized to a silicon dioxide polycrystalline structure, oxygen is isolated, the service life of the electrothermal film is effectively prolonged, and the safety factor is effectively improved. The advantages of the two materials are utilized by the high-temperature nano-electrothermal film, work temperature is as high as 1000 DEG C, meanwhile heat efficiency is 98% or so, and the high-temperature nano-electrothermal film can be widely applied to the technical field of high temperature heating and the like.

It is proposed to use a Raman laser with a new optical resonant cavity for the Roman radiation λ_RR. Such resonant cavity is made out of an unpaired reflector r_RR with a reflecting wavelength corresponding to said Raman radiation λ_RR. The second reflector at the output needed to build an optical resonant cavity is advantageously defined by Rayleigh scattering to take place at least at a portion of the optical fiber between the reflector r_RR and the output of that Raman laser. With the use of the Rayleigh scattering as a complementary reflector to be associated with the unpaired reflector, it is then possible to obtain an optical resonant cavity for the Raman radiation λ_RR with an output reflectivity of less than 1% i.e. with optimized Raman radiation. Such Raman laser is particularly appropriated to be used as a second order Raman laser.

The embodiment of the invention provides a power determination method, an information sending method, a device, network equipment and a storage medium. The method comprises the steps of determining power information through the first communication node according to the signaling information and/or agreed rules, wherein the power information comprises at least one of the following: first type powerinformation associated with a first type channel or signal, second type power information associated with a second type channel or signal, and third type power information associated with the first type channel or signal; wherein the acquisition parameters of the first type of power information include the second type of power information, and the acquisition parameters of the third type of powerinformation do not include the second type of power information; wherein the first type of channel or signal is a channel or signal between the first communication node and the second communication node; the second type of channel or signal is a channel or signal between the first communication node and one or more third communication nodes, and the associated power information is determined by the channels and signals between the communication nodes, so that better power control can be realized, and the power utilization efficiency is improved.

Receiving signal transmitted by user device, base station determines an index N based on empirical value or test value of previous signals. Using the index N, the method carries out operation of amplification, attenuation or maintenance for signal transmitted by user device, calculates value of lose of amplified, attenuated or maintained signals for average route in multiple frames to make the value of lose for average route is located at range of data specified by system. Then, using the said value N restores actual lose value for route in use for power control. Later, the index N can be kept unchanged, or can be updated once every certain number of frames.

The invention discloses an underwater mobile wireless sensor network power control method based on non-cooperative game theory, comprising the steps of determining a target node to be optimized; establishing an underwater mobile wireless sensor network model oriented to an underwater complex environment, including a node mobility limited model and an end-to-end delay model; according to the established underwater mobile wireless sensor network model, establishing a non-cooperative game model and a utility function; subjecting the established utility function of step 2 to Nash equilibrium analysis to obtain whether Nash equilibrium of the utility function is present or not, if yes, executing step 4, and if not executing step 2; judging whether the Nash equilibrium is unique or not, if yes, executing step 5, and if not executing step 2; solving the Nash equilibrium of step 3 to obtain a Nash equilibrium point. The single-hop end-to-end delay is reduced, and fluctuation amplitude of average power due to water flow is partly reduced.

The invention relates to an automatic lifting device for an ultra short base line transducer. The automatic lifting device comprises a transducer, a gate valve, a repair box, a vertical stem casing, a vertical stem frame, a chain, a transducer shaft and a motor; the motor is fixedly arranged at the upper end of the vertical stem frame, the chain is arranged in the vertical stem frame, an output shaft of the motor drives the chain to rotate, the transducer shaft is arranged in the vertical stem frame and connected with the chain, the chain drives the transducer shaft to perform vertical lifting, the vertical stem casing is fixedly arranged at the lower end of the vertical stem frame, a first through hole is formed in the vertical stem casing, the repair box is fixedly arranged at the lower end of the vertical stem casing, the gate valve is fixedly arranged at the lower end of the repair box, a second through hole is formed in the repair box and the gate valve, the transducer shaft can vertically move and penetrate through the first through hole and the second through hole, the transducer is arranged at the lower end of the transducer shaft, and the transducer shaft can drive the transducer to vertically move and stretch into the repair box in the second through hole for maintaining. Compared with the prior art, the automatic lifting device has the advantages of stability in operation, high positioning precision, low cost and convenience in maintenance.

The invention discloses a wind power collection flexible direct current sending-out end participation power grid frequency modulation control method and device. A wind power plant and a flexible direct current sending-out end are equivalent to a flexible direct current virtual unit; the power grid frequency modulation control model inputs two types of data to a provincial power grid master stationin real time through a flexible direct-current virtual unit, and the provincial power grid master station outputs three control modes to the virtual unit; the provincial power grid master station outputs different control modes according to different input data and power grid regulation and control requirements; and when the control mode of the flexible direct-current virtual unit is set to be aprimary frequency modulation mode, when the control mode of the flexible direct-current virtual unit is set to be a secondary frequency modulation mode, and when the control mode of the flexible direct-current virtual unit is set to be a local mode, the provincial power grid master station issues different power control instructions to the flexible direct-current virtual unit. The new energy sending-out end integrally participates in primary and secondary frequency modulation control of the power grid, power grid frequency adjustment resources are expanded, and the frequency control quality ofthe power grid is improved.

The embodiment of the invention discloses a transmission method and a device of HS-SICH information. By applying the technical scheme of the transmission method and the device of the HS-SICH information, recommended modulation fashion (RMF) information is removed from the HS-SICH information fed back by a terminal device, and an HS-SICH information loss mark is added. A base station can judge the quality of an information channel simply according to recommended transport block size (RTBS) reported by the terminal device, so that feedback of the RMF can be omitted, the added HS-SICH information loss mark enables the base station to accurately judge error probability of HS-SICH and HS-SCCH, and accordingly the base station can perform optimized power control according to statistical results of corresponding error probability.

The invention discloses an uplink data transmission method, user equipment and a readable storage medium. The method comprises the steps of receiving uplink scheduling information, the uplink scheduling information comprises indication information of TPMIs corresponding to all sub-bands used for uplink data transmission, and the indication information of the TPMIs corresponding to all the sub-bands corresponds to indication information of the same rank; determining a precoding matrix corresponding to each sub-band based on the indication information of the TPMI corresponding to each sub-band;and pre-coding and sending uplink data to be transmitted on each sub-band based on the pre-coding matrix corresponding to each sub-band. By applying the method, the reliability of the uplink data canbe improved.