The mobile remote control and automatic water level adjustment functions of the intelligent Shield Rubber DShield Rubber Dam are not two independent technical systems, but two core interactive modes of an integrated intelligent control system. Built on a full closed-loop technical architecture of "perception collection – intelligent decision-making – equipment execution", the entire system combines the flexibility of manual operation with the stability of automatic operation, forming an efficient and reliable dam operation and regulation system.
As the core means of manual intervention for intelligent Shield Rubber DShield Rubber Dams, mobile remote control relies on PLC controllers in on-site control boxes and 4G wireless communication modules as its core hardware, providing solid technical support for long-distance scheduling.
In daily operation and maintenance, managers can issue control commands such as dam lifting and lowering, and equipment start-stop through a dedicated mobile APP. The command signals are transmitted to the on-site PLC control system in real time via the 4G wireless network. After receiving the commands, the system accurately drives the air compressor unit to complete inflation and deflation operations, so as to control the expansion and contraction of the dam air bag, realize the stable lifting and lodging of the shield plate, and complete the working condition switching of river water storage, flood discharge and water regulation.
This control mode completely breaks the geographical and temporal restrictions of traditional dam operation and maintenance. It eliminates the need for on-site personnel duty, enables cross-regional and long-distance real-time scheduling, greatly reduces manual operation and maintenance costs, and improves the response efficiency of emergency disposal.
Serving as the core capability for the normal operation of intelligent Shield Rubber DShield Rubber Dams, automatic water level adjustment realizes unattended precise adaptive regulation through the linkage of front-end sensing equipment and cloud algorithm logic.
Front-end sensing devices including water level sensors and pressure sensors mounted on the dam can collect core data such as upstream water level, water pressure and equipment operating conditions around the clock, and upload the data to the PLC core controller synchronously. The system is embedded with preset water level thresholds and regulation logic. When the real-time water level deviates from the standard range and fluctuates beyond the limit, it will automatically trigger inflation and deflation execution actions without manual intervention, quickly adjust the dam height, and stabilize the water level within a reasonable range.
The advanced intelligent system can be connected to the cloud big data platform, integrate multi-dimensional information such as upstream hydrological flow, meteorological forecasts and historical operating data, and generate optimal operation strategies through algorithm modeling. It completely gets rid of the limitation of traditional equipment that only "passively responds to water level changes", and realizes predictive scheduling and forward-looking regulation, enabling dam operation to adapt to dynamic changes in river hydrology.
The two modes of remote manual control and automatic water level adjustment share the same set of hardware systems for perception, transmission and execution. They are deeply integrated and mutually complementary, constructing an intelligent operation mechanism of automatic priority with manual backup and solving the core pain points of traditional dam regulation.
Under conventional working conditions, the system takes automatic water level adjustment as the core, and realizes all-weather precise water control through an intelligent closed loop, ensuring the stability of daily water storage, water retention and flow stabilization, and avoiding deviations and delays caused by manual operation. In complex scenarios such as extreme weather, sudden flood disasters and special scheduling requirements, mobile remote control can intervene quickly to complete the regulation of special working conditions through accurate manual intervention, making up for the scenario limitations of automatic programs.
The in-depth integration of dual control logic enables the intelligent Shield Rubber DShield Rubber Dam to possess both efficient flood response capability and refined water storage regulation capability, achieving multiple breakthroughs in safety, accuracy and flexibility. It boasts incomparable core technical advantages over traditional water conservancy dams and provides a brand-new solution for intelligent river water conservancy management.
