Three-dimensional circular production process for tubular pile

Abstract

The invention discloses a three-dimensional circular production process for a tubular pile. The process is implemented by the following steps of: lifting a bottom die and placing a steel cage into the die; tensioning the steel cage; feeding; covering the die; centrifuging; performing steam curing; and opening the die and taking the pile, wherein the speed for moving a platform is controlled during the feeding; the thickness of concrete laid on the bottom die of the tubular pile by feeding equipment does not exceed the radius of the bottom die of the tubular pile; the temperature of a steam curing tank is 100 to 180 DEG C; and the steam curing time of the tubular pile die after feeding is 6 to 8 hours. The process has the advantages that: the flow and the spatial layout are rationally arranged by using mechanical automatic equipment; the labor intensity is reduced; meanwhile, the working efficiency is improved and accident work injury is avoided.

Description

【Technical field】 [0001] The invention relates to the technical field of production technology of construction pipe piles, in particular to the technical field of three-dimensional circulation production technology of pipe piles. 【Background technique】 [0002] As we all know, with the construction needs of large-scale projects such as modern urban real estate, bridges, and ports, the application fields of pipe piles are becoming wider and wider. The existing pipe pile production process is not highly automated, and more labor is used. Pipe piles and pipe pile molds weigh dozens of tons, which are likely to cause work-related accidents when they are transported. When pipe piles need steam curing , the temperature of the steam pool is as high as 180 degrees. After the pipe piles are put in, the hoisting device needs to be removed manually. die. At the same time, because more manpower is used in the production process, its work efficiency is low, and the storage of items inc...

AI Technical Summary

Problems solved by technology

The existing pipe pile production process is not highly automated, and more labor is used. Pipe piles and pipe pile molds weigh dozens of tons, which are likely to cause work-related accidents when they are transported. When pipe piles need steam curing , the temperature of the steam pool is as high as 180 degrees. After the pipe piles are put in, the hoisting device needs to be removed manually. die

At the same time, because more manpower is used in the production process, the work efficiency is low, and the storage of items increases the space of the delivery room.

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