An automatic flood control warning system for building basement based on Internet of Things control

Abstract

The invention relates to the field of flood control systems, in particular to an automatic flood control warning system for a building basement based on IOT (Internet of Things) control. The system comprises a frame, a lifting door, a sealing ring, guide mechanisms, a lifting mechanism, a control system and a control center; the frame is installed on the ground in an embedded mode, a vertically-downward-concave contraction groove is formed in the frame, a door opening horizontally penetrating through the frame is formed in the frame, and the sealing ring is fixedly installed on the face, facing the door opening, of the lifting door. The guide mechanisms are arranged at the two sides of the frame, the lifting mechanism is arranged beside the lifting door, and the working end of the liftingmechanism is fixedly connected with the lifting door. The lifting mechanism is electrically connected with the control system; and the control system is in communication connection with the control center. The flood control warning system can effectively isolate an entrance and an exit of a basement or an isolation area, prevents flood from overflowing, cannot fail in blocking when the system is powered off, and avoids personal injury or property loss during working through various safety means.

Description

Technical field[0001]The invention relates to the field of flood control systems, in particular to an automatic flood control warning system for building basements based on Internet of Things control.Background technique[0002]Buildings often open up several underground floors as basement, mainly used to park vehicles. In the event of heavy rain, the drainage capacity of the sewer pipes is insufficient, and ground water is likely to be poured into the basement along the slope of the entrance and exit of the vehicle, causing property damage.[0003]At present, flood control in the basement mainly involves temporarily stacking flood control sandbags at the entrance and exit, or installing flood control baffles to prevent the backflow of accumulated water. However, if the rain is too strong, flood control sandbags or flood control baffles will still be caused. Moreover, flood control sandbags and baffles are generally stacked manually, with low efficiency, and lack of scientific and infor...

AI Technical Summary

Problems solved by technology

[0006] 1. There is no sealing structure between the flood control door and the wall, and the flood can seep in from the gap between the flood control door and the wall;

[0007] 2. Remote control cannot be realized, and it depends on on-site operation. In case of bad conditions such as typhoon, the operation will not be timely

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