Digital construction system of crushed stone pile machine

Abstract

The present invention relates to the technical field of piling, in particular to a digital construction system of a gravel pile machine, which includes a metering device for pile driving depth, a pile point positioning device, a statistical device for crushed stone input, a bearing layer current detection device, a data processing module and Data processing terminal. The digital construction system of the gravel pile driver of the present invention can ensure the continuity, accuracy and real-time performance of piling management, and is in line with the development direction of the country in information construction.

Description

technical field [0001] The invention relates to the technical field of piling, in particular to a digital construction system of a gravel pile machine. Background technique [0002] Driven by modern science and technology, digital construction has moved towards a high-speed development path. In the construction process, there have been higher and higher requirements for technology. In the face of construction difficulties and cumbersomeness that cannot be solved manually, digital construction has easily entered engineering construction and development. Its important achievement is the development of infrastructure, especially airport infrastructure, fully understanding the important role of airport construction. Air transportation is an important part of the comprehensive transportation system. The airport is an important infrastructure for the development of air transportation. It has a strong public welfare and is also an important transportation infrastructure for citie...

AI Technical Summary

Problems solved by technology

[0005] The control of the construction monitoring process is not comprehensive, and only the random inspection method can be selected. Even if the frequency of random sampling inspection is increased, the quality of each pile cannot be guaranteed

[0006] 2. All-weather monitoring is not in place

[0007] Manpower consumption is very large, 24-hour control cannot be achieved, and there is always a period of time when monitoring is not in place, which increases the probability of low construction quality

[0008] 3. Monitoring indicators cannot be quantified

[0009] In the traditional construction monitoring, the index value requires a lot of experience and cannot be quantified. It can only rely on experienced construction personnel, which cannot avoid increasing labor costs.

[0010] 4. The accura

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