Cement Mixing Pile Quality Monitoring System

Abstract

The invention relates to a cement mixing pile body quality monitoring system. The cement mixing pile body quality monitoring system comprises a rotation pouring type cement pile construction machine. The rotation pouring type cement pile construction machine comprises a rack. The rack is vertically provided with multiple rotary grouting pipes. The top ends of the rotary grouting pipes are connected with the tail end of a cement paste conveying pipe. The cement paste conveying pipe is provided with a cement paste flow meter. A meter counting wheel is closely attached to the peripheral side of the rotary grouting pipes and connected with a fixing frame arranged on the rack. A quality monitoring processor is further included and electrically connected with the meter counting wheel and the cement paste flow meter. The quality monitoring processor judges whether a cement mixing pile body is qualified or not according to the rotary grouting pipe feeding length collected by the meter counting wheel and the cement usage amount collected through the cement paste flow meter. The cement mixing pile body quality monitoring system automatically judges whether the cement mixing pile body is qualified or not according to the collected information so that remedial measures can be taken before curing of the cement mixing pile body, and benefits of customers are guaranteed.

Description

technical field [0001] The invention relates to a quality monitoring system for cement mixing piles. Background technique [0002] The quality of cement mixing piles directly affects the service life and safety of the entire building. Therefore, the quality inspection of cement mixing piles is very important. Cement mixing piles have a large construction volume and a wide range, and they are hidden projects. Existing cement mixing pile construction equipment cannot automatically and accurately control the construction quality of cement mixing piles, and they are all post-event sampling inspection techniques, which makes detection more probable. The quality of cement mixing piles cannot be accurately measured. Once the inspection fails, After the piles have been solidified, because of the large number, wide area, and strong bearing capacity, rework has already been done to fix the problem, and it is impossible for the builder to pull out all the piles in the ground and start ...

AI Technical Summary

Problems solved by technology

Existing cement mixing pile construction equipment cannot automatically and accurately control the construction quality of cement mixing piles, and they are all post-event sampling inspection techniques, which makes detection more probable. The quality of cement mixing piles cannot be accurately measured. Once the inspection fails, After the piles have been solidified, because of the large number, wide area, and strong bearing capacity, rework has already been done to fix the problem, and it is impossible for the builder to pull out all the piles in the ground and start construction again! Even if it is possible, it will be twice the result with half the effort.

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