Annular layout for producing tubular piles

Abstract

The invention discloses an annular layout for producing tubular piles. The annular layout has the structure that a workshop is separated into a left region and a right region, wherein the left region is orderly separated into a front cloth region, a centrifuging region and a steaming and curing region from front to back; the right region is orderly separated into a form stripping region and a front cloth region from front to back; and the form stripping region and the front cloth region are distributed at two ends of the right region. The invention improves the traditional production layout, separates the original production workshop operation mode, prevents personnel in the original workshop from avoiding cranes, and reduces the labor intensity of the personnel. In addition, the invention reduces the overall temperature of the workshop, improves the working environment of the personnel, beneficially reduces the work of the personnel in hot days in summer, reduces the work load, enhances the safety and further satisfies the demands for safe production.

Description

technical field [0001] The invention relates to an annular layout for producing pipe piles. Background technique [0002] The production method of pipe piles adopts multiple steps: making steel cages and connecting end plates, and putting them into steel molds, injecting concrete filling materials that meet the national pipe pile preparation standards evenly into the steel molds with a feeding device, and sealing the steel molds; Place the steel mold on the centrifuge, centrifuge, dump the remaining slurry after completion; implement plugging treatment at the bottom of the steel mold; perform secondary filling; place the steel mold on the centrifuge, perform centrifugation, and dump the residual slurry after completion; Put the steel mold in the steam curing pool, steam curing according to the requirements of concrete strength grade; demould, pile out and put it into the storage yard for natural curing. In the production process of pipe piles, for the layout of traditional ...

AI Technical Summary

Problems solved by technology

In the production process of pipe piles, for the layout of traditional workshops, on the one hand, the employees in the cloth and form removal area in front of the stage avoid cranes to increase labor intensity, and the steam curing area of ​​pipe piles increases the overall temperature of the workshop by 10-20 degrees, which is limited. The overall production rhythm is affected, and the safety hazard is great, which also reduces the production efficiency.

Images