A self-regulating system and method for internal water regulation of a wading structure

Abstract

The invention discloses an internal water self-adjusting system of a wading structure. The system comprises an external blending module, an external flexible sucking module, a front water mixing module, a bottom dissociating module, an internal interaction module and an internal expansion gathering module; the external flexible sucking module is connected with the front water mixing module through a transverse support; the front water mixing module is connected with the bottom dissociating module through a bottom loading box; the bottom dissociating module is connected with the internal interaction module through a tooth plate bottom column; the internal interaction module is connected with the external blending module through a control table and a transfer control wire; the external blending module is connected with the internal expansion gathering module through an extension valve; and the internal expansion gathering module is connected with the internal interaction module through an external adjusting column. The internal water self-adjusting system of the wading structure can be used for adjusting and storing water currents, can guarantee desilting of internal water, guarantees safe and effective construction and operation of the wading structure, greatly reduces the construction cost, guarantees the construction and operation quality, is convenient in operation and use and high in automation degree, and greatly improves the internal water control efficiency energy of the wading structure.

Description

technical field [0001] The invention relates to an internal water self-regulation system and an adjustment method of a wading structure, belonging to the field of hydraulic structure safety monitoring. Background technique [0002] At present, with the increasing construction height and scale of dams, embankment projects and various water-related structures, there are more and more unfavorable working conditions in the surrounding environment, and the development and utilization of hydropower energy have also encountered unprecedented difficulties and bottlenecks. From the current As far as the current situation of my country's existing water-related structures is concerned, there are serious problems such as the increasing risks of their construction and operation and service, as well as the relative lack of relevant risk assessment and regulation theories, technologies and regulations; The construction of wading structures is basically over. How to build and ensure the safe ...

AI Technical Summary

Problems solved by technology

[0002] At present, with the increasing construction height and scale of dams, embankment projects and various water-related structures, and the increasing number of unfavorable working conditions in the surrounding environment, the development and utilization of hydropower energy have also encountered unprecedented difficulties and bottlenecks. From the current As far as the current situation of my country's existing water-related structures is concerned, there are serious problems such as the increasing risks of their construction and operation and service, as well as the relative lack of related risk assessment and regulation theories, technologies and regulations; The construction of wading structures is basically over. How to build and ensure the safe operation of wading structures in extremely harsh environments has become extremely difficult, which seriously affects the efficient construction and long-term service of wading structures. The mismatch between enhanced technology application and scientific research innovation in the field is a major key area that urgently needs to be enhanced

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