6 results about "Control reconfiguration" patented technology

The invention discloses a robot control reconstruction method and system based on PLC replacement, and relates to the technical field of robot control reconstruction, and the method comprises the steps: S1, periodically collecting communication reconstruction feature data, and carrying out the preprocessing of the communication reconstruction feature data; s2, constructing a field link mapping table, performing time sequence consistency evaluation processing on the instruction fragment, and updating the field link mapping table; s3, triggering time calibration processing, triggering interval adjustment processing and state return correction processing are executed, and the field link mapping table is updated; and S4, a control chain input sequence is constructed based on the latest field link mapping table, the accessibility degree of action execution is evaluated, triggering time fine tuning or instruction fragment splitting processing is executed, and an action execution chain is generated to complete robot control reconstruction. The problem that in the prior art, field updating rhythm drifts and message delay fluctuations are overlapped in the robot control reconstruction process, and consequently instruction fragment trigger mapping and an action execution chain are prone to misalignment is solved.

The invention discloses a software control system and method for a spatial special energy management device. The system comprises a device control system arranged in the spatial special energy management device and a simulation test system interconnected with the spatial special energy management device. The device control system is used for receiving a satellite service platform instruction, performing power supply and distribution management, operation control, reconstruction control, index measurement, state monitoring and communication tasks on the space special energy management device after analysis, synchronously tracking the operation state of the device and information of each equipment state, and performing fault detection and diagnosis; the simulation test system is used for completing demand acquisition, remote control scheduling, telemetering monitoring, data storage and data playback, and outputting a test analysis result and a data archiving file; according to the invention, the software control of the spatial special energy management device can be realized, the real-time performance and reliability of the spatial special energy management device are improved, and the simulation test verification of the spatial special energy management device is realized at the same time.

The invention discloses a two-step reconstruction anti-interference PID control method and a control method of an SCR flue gas denitration system, and the method comprises the steps: carrying out cascade active-disturbance-rejection control reconstruction, decomposing a controlled object of a cascade PID control system into a determined part model and an uncertainty part model containing system disturbance through virtual decomposition, and carrying out the reconstruction of the cascade active-disturbance-rejection control reconstruction on the basis of the determined part model, constructing a cascade active-disturbance-rejection control system of which an inner ring adopts internal model control and an outer ring adopts active-disturbance-rejection control; carrying out anti-interference PID control reconstruction, equivalently reconstructing the cascade active-disturbance-rejection control system to form an anti-interference PID control system by adopting an improved disturbance observer, and decomposing system disturbance into negligible internal disturbance and external disturbance which generates influence on a controlled variable and meets a preset requirement by the improved disturbance observer; and performing two-step reconstructed anti-interference PID control based on the anti-interference PID control system.

This invention relates to the field of robot remote control technology, specifically to a remote-controlled robot system and control method under high-latency intercontinental networks. The system includes: acquiring operator input to generate remote control command data packets and writing them into operator-side perception data to form perception-marked command data packets; receiving the perception-marked command data packets and acquiring robot-side execution data and safety boundary data; calculating the state offset between the operator-side perception data and the robot-side execution data to generate command verification results, and converting them into local control commands according to control reconstruction rules; after executing the local control commands, verifying the consistency between the robot-side feedback data and the operator-side displayed update data, and adjusting the execution permission level of subsequent remote control command data packets accordingly. This invention achieves a technical method for matching remote control commands with the current execution state of the robot in a high-latency intercontinental network environment.

To solve the problems of traditional virtual synchronous generator (VSG) such as insufficient disturbance rejection ability, noise sensitivity and limited dynamic performance under complex working conditions, a control strategy combining linear active disturbance rejection control (LADRC) and improved adaptive filter algorithm is proposed. By establishing the equivalent model of VSG, virtual inertia and droop control are introduced to reconstruct the operation characteristics of inverter synchronous generator. LADRC is used in the voltage loop to estimate and compensate the internal and external disturbances of the system using the extended state observer, thereby improving the robustness of the system. To solve the noise amplification problem caused by the increase of the observer bandwidth, an LMS adaptive filter is introduced to preprocess the error signal, and a variable step-size LMS algorithm based on the optimized Sigmoid function is used to balance the convergence speed and steady-state accuracy. Finally, a "VSG+LADRC+improved LMS" integrated control architecture is constructed. The simulation and experimental results show that the proposed method significantly improves the disturbance rejection ability and dynamic response under off-grid and on-grid switching and load disturbance, and has good engineering application value.

This invention relates to the field of intelligent agricultural automation control and cloud-edge collaborative fault diagnosis technology, specifically to an intelligent agricultural automation control system based on cloud platform monitoring. The system includes: a command timing acquisition unit, which acquires timing stamps sent from the cloud platform, timing stamps received by edge nodes, and actuator operating current and impedance timing signals; an ideal reference reconstruction unit, which constructs an ideal state model and generates an ideal response sequence based on the sent timing stamps and actuator calibration parameters; a parameter injection simulation unit, which injects network degradation parameters and electromechanical degradation parameters to generate a theoretical damaged response set; a dual-track differential extraction unit, which generates actual residual and theoretical residual template libraries; and a coupling decision and control reconstruction unit, which outputs network interference, physical fault, or coupling fault results based on the residual phase space topology characteristics, and switches between cloud-edge control strategies in cloud platform command issuance mode, edge node autonomous mode, and actuator drive compensation mode. This invention improves the operational stability of the equipment.