Medium and small drainage basin treatment construction system and method thereof

Abstract

The invention provides a medium and small drainage basin treatment construction system which comprises a detection device, a sensing device, a supporting device, an adjusting device, a processing device, a vibration reduction device and a processor, and is characterized in that the detection device is configured to collect data of a river channel; the sensing device is configured to sense data of river water; the supporting device is configured to support the whole system; the adjusting device is configured to adjust the posture of the supporting device; the processing device is configured to process data of the detection device and the sensing device; and the vibration reduction device is configured to correct or adjust the deviation of the supporting device. The adjusting device and the supporting device cooperate with each other, and the posture of the supporting device is adjusted based on the adjusting device, so that detection can be performed at multiple positions through different postures in the process of collecting data of the river channel, and the detection precision of the detection device or the sensing device is ensured.

Description

technical field [0001] The invention relates to the technical field of river course regulation, in particular to a small and medium-sized watershed regulation construction system and a method thereof. Background technique [0002] In the prior art, if the surrounding environment is open in the silt reclamation area, for the case of relatively shallow river excavation, generally after filling the silt with rocks, a gravity retaining wall or reinforced concrete retaining wall is built on it. However, due to the weakness of the silt and the large settlement after construction, the use is affected, and the maintenance cost during use is high; [0003] Such as CN109056631A prior art discloses a kind of river course management system, in the river course, a large amount of silt will be accumulated on the bottom surface of the riverbed, and these silts will have a very large impact on the river course, and the silt will cause the passing ships to run aground, reducing the depth of ...

AI Technical Summary

Problems solved by technology

If the excavation of the river channel is deep, the bank slope and the silt below the channel are deep, and the surrounding environment is complex, the support structure during the excavation period of the channel and the revetment structure during the use period should be combined into one, generally using a cantilever pile row structure. There are following problems in the construction method of this revetment structure: (1) after row pile construction, after the excavation of the earthwork above the design elevation of the pile top, excavate foundation groove again, construction crown beam, because the temporary slope self-stabilization above the crown beam bottom Poor capacity, especially the silt layer is prone to slip flow, so that the crown beam cannot be constructed, which has a great impact on the safety of surrounding underground pipelines, roads and even existing buildings

Therefore, temporary support measures must be taken, such as single row (or multiple rows) of steel sheet piles or other support measures. During the excavation of the foundation trench of the crown and beam, the steel sheet piles tilted seriously into the pit, which may cause the steel sheet piles to be unable to be pulled out; this not only increases the cost but also cannot ensure safety; The deformation of the support structure of cantilever piles is still relatively large even if the rocks are thrown and filled, even if it does not affect the stability, it still affects the river landscape

[0005] In order to solve the common problems in the field of inaccurate data sampling, lack of river construction, large error of river bottom data and unreasonable vibration reduction means, etc., the present invention is made

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