Intelligent water retaining system for drainage port of dredging cofferdam

Abstract

The invention discloses an intelligent water retaining system for a drainage port of a dredging cofferdam, and relates to the technical field of hydraulic engineering. The intelligent water retaining system comprises a box body, a drainage port box body, a water baffle storage and recovery system, a water baffle lifting system, a monitoring system, a display system and a microcontroller; a drainage pipeline of the drainage port box body is buried in the dredging cofferdam, one end of the drainage pipeline is used for draining water towards the outer side of the cofferdam, and the other end of the drainage pipeline is fixedly connected with the box body; and the water baffle storage and recovery system is used for providing a water baffle needed when the water level in the cofferdam rises or storing the water baffle removed when the cofferdam needs to be drained, and the water baffle lifting system comprises a linear sliding table mechanism and a lifting hook. The intelligent water retaining system for the drainage port of the dredging cofferdam has the beneficial effects that the intelligent water retaining system for the drainage port of the dredging cofferdam realizes automatic intelligent control on the drainage process by utilizing the combination of software and hardware, so that the operation conditions of constructors can be effectively improved, and secondary pollution of silt in the construction process of the cofferdam can be reduced.

Description

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AI Technical Summary

Benefits of technology

This invention relates to an improved way that keeps rainwater from entering underground pipes during excavation operations while reducing environmental concerns associated with traditional methods such as draining them manually or mechanically. It uses advanced technology like computerized systems combined with software and physical tools to automate this process automatically without requiring manual interventions. Overall, it improves safety measures for workers involved when constructing new roads around drilling sites.

Problems solved by technology

Technological Problem: Different methods are used when disposing sludge from sea cleanup operations such as dumpings that result in excessive amounts of soil being left behind after removal due to poorly designed ditch systems. Additionally, there exists concerns over potential damage caused through environmental contamination with heavy metals released along with leaks made while excavating new lands on dry surfaces.

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