33results about How to "Fast steady state" patented technology

The present invention provides a semiconductor device which can prevent a current from flowing into a display element at a signal writing operation, without increasing power consumption and without changing a potential of a power supply for supplying a current to a load in each row. When a predetermined current is supplied to a transistor to set a gate-source voltage of the transistor, a potential of a gate terminal of the transistor is adjusted so as to prevent a current from flowing into a load which is connected to a source terminal of the transistor. Thus, a potential of a wire connected to the gate terminal of the transistor is made different from that of a wire connected to a drain terminal of the transistor. At that time, an operation of a transistor is shifted so as to allow a large amount of current to flow, and influences by intersection capacitance parasitic to a wire or the like or wire resistance are hardly caused, and a set operation is conducted quickly.

The present invention relates to a micro-power source for successfully implementing a microgrid and to a control method for realizing smooth reconnection between the microgrid and an upper electric power system and smooth switching between the control modes of the micro-power source. A micro-power source sectionalizes an electric power system into an upper electric power system and a lower electric power system, and enables the lower electric power system to be independently operated in an island mode and to smoothly switch between a grid-connected mode and the island mode. As a result, a hierarchical microgrid is implemented with sectionalized sub-microgrids. One of the merits of the hierarchical microgrid is that each consumer group can be supplied with high quality power regardless of the power quality of the other consumer groups, and various types of services independently.

A method for adapting an upper headlight beam boundary of a light cone of at least one headlight of a vehicle. The method includes detecting a time curve of a pitch rate of the vehicle or a value that is dependent on the pitch rate and/or of a roll rate of the vehicle or a value that is dependent on the roll rate. The method also includes ascertaining an envelope curve and/or an amplitude of the time curve and/or an average value of the time curve. The method also includes providing a control signal for adapting the upper headlight beam boundary of the headlight beam.

A communication timing control apparatus for use in the nodes of a communication system includes a signal communication unit that transmits a state variable signal to neighboring nodes and receives state variable signals from those nodes. An external control signal, such as a beacon signal transmitted by a control node, is also received. The state variable signals indicate internal operating sates or timings of the nodes; the control signal indicates a basic transition rate. A timing decision unit causes internal state or timing transitions to occur at timings responsive to the basic transition rate and the received state variable signals, adjusting the transition timings so as to avoid signal collisions and to adapt to changing system conditions. Use of the control signal enables a steady timing state to be reached quickly.

The present invention discloses a micro gyroscope adaptive high-order super-twist slip form control method. The micro gyroscope adaptive high-order super-twist slip form control method adopts a methodof combining the equivalent slip form control and the super-twist control to design an adaptive high-order super-twist slip form controller and design the adaptive laws of which the parameters are not determined of a micro gyroscope system, and then adopts an Lyapunov function to analyze the stability of the micro gyroscope system, thereby guaranteeing the asymptotic stability of the system. Themethod of the present invention combines the advantages that the high-order super-twist slip form control can effectively suppresses the buffeting, etc., controls to improve the performances of the system, enables the robustness of the micro gyroscope system to the indeterminacy and the external interference to be improved, and guarantees the stability of the system.

Disclosed are a switching regulator and a control circuit and a control method therefor. In one embodiment, the control circuit generates a supplementary signal varying with a state parameter of the power stage in a first mode and keeps the supplementary signal substantially unchanged in a second mode with respect to the value thereof at the moment of switching from the first mode to the second mode so that the supplementary signal at the moment of mode switching is maintained substantially constant, therefore, a steady state can be achieved quickly, and ripples in the output voltage are restrained.

A method for generating a write clock of a constant angular velocity compact storage device and the device thereof. The compact storage device has a counter for generating a count number by a reference clock counting a wobble signal, and a phase detector for generating an adjustment value by comparing a phase shift between an ATIP synchronization signal and an encoded subcode frame synchronization signal. According to the count number and the adjustment value, a rectification value is found, and the rectification value and the reference clock is used for generating a reference write clock to modify the encoded subcode frame synchronization signal. If the phase shift between an ATIP synchronization signal and an encoded subcode frame synchronization signal is smaller than a predetermined value, the reference write clock is the write clock used by the compact storage device.

The invention provides a blockchain method and system based on storage proof. The method comprises the following steps: a storage data generation step: each new miner newly joining a network generatesdata needing to be stored by using the new miner; and a spatial declaration transaction broadcasting step: the new miner newly joining the network generates a Merkel commitment according to the stored data, the new miner regenerates and broadcasts a spatial declaration transaction, and the size of a hard disk space put into the new miner and the Merkel commitment for the stored data are declaredto the whole network. The invention provides a blockchain scheme based on storage proof. The problems existing in conventional block chain schemes based on PoW, PoS and the like are effectively solved, through ingenious design of a reasonable block scoring function, the probability that a miner successfully excavates a legal block is in direct proportion to the space size of a hard disk into whichthe miner inputs, and therefore competition fairness of the miner is guaranteed.

The invention discloses a method of using an SMA wire to drive an active part to move, which comprises steps: the temperature of a first SMA wire rises to a first temperature, the temperature of a second SMA wire rises to a second temperature, the first temperature is higher than an SMA wire deformation critical temperature, the second temperature is lower than or equal to a deformation critical temperature, the first SMA wire at the first temperature and the second SMA wire at the second temperature are located at a first contraction position and a second stretching position after stabilization, and the active part moves to a desired position corresponding to the first contraction position and the second stretching position under drive of the first SMA wire and the second SMA wire.

The invention discloses a shock absorption and adjustment mechanism of a plane mirror. The plane mirror is suspended on a main structure through a thin steel strip and a half-thread bolt, and the functions of shock absorption and high-precision adjustment for the plane mirror are achieved through a lateral threaded adjusting rod, a back adjusting mechanism, a back threaded adjusting rod and a bottom threaded adjusting rod of the plane mirror. The shock absorption and adjustment mechanism has the advantage that under the condition that the plane mirror deforms slightly, the plane mirror can be stable fast through the high-precision adjusting mechanism.

A substrate etching method and a substrate processing device, the substrate etching method includes: S1: placing a substrate to be processed into a reaction chamber; S2: supplying etching gas into the reaction chamber; S3: turning on an excitation power supply to generate plasma in the reaction chamber; S4: turning on a bias power supply to apply bias power to the substrate; S5: turning off the bias power supply, and meanwhile, starting to supply deposition gas into the reaction chamber; S6: stopping supply of the deposition gas into the reaction chamber, and meanwhile, turning on the bias power supply; S7: repeating steps S5-S6, until the etching process is completed. In the whole etching process, the etching operation is always performed, and the deposition operation is performed sometimes. Therefore, during the deposition operation, the plasma in the reaction chamber can etch away at least a part of deposited polymers formed by the deposition operation on a sidewall of an etched section, so that the sidewall of the etched section of the substrate is smooth.

A rapid combustion type industrial powder combustion system is characterized by comprising a gas-solid premixing combustor, a heat-resistant steel hearth and a high-temperature air preheater. By means of the system, pulverized coal is rapidly ignited, stably combusted and thoroughly combusted in an industrial boiler. A combustion method is provided for clean utilization of coal in the field of the industrial boiler.

The invention relates to the technical field of thermal power generating unit coal quantity instruction optimization methods, and concretely relates to a coal quantity instruction optimization method for a supercritical frequency modulation and peak regulation thermal power generating unit. Adynamic coal quantity instruction is obtained according to the following method: when k is less than or equal to 1, a dynamic coal quantity instruction D2 is a pulse coal quantity instruction g plus a coal quantity instruction c; and when k is greater than 1, the dynamic coal quantity instruction D2 is the sum of the trapezoidal coal quantity instruction and the coal quantity instruction c. According to the dynamic coal quantity instructions obtained through the optimization method, when k is smaller than or equal to 1, the pre-coaling instruction is a pulse coal quantity instruction g, when k is larger than 1, the pre-coaling instruction is a trapezoidal coal quantity instruction, the step amount of the pre-coaling instruction is reduced, the coal quantity instruction of the frequency modulation and peak regulation thermal power generating unit reaches a target value in an optimal mode, and the unit can quickly enter a stable state.