Steel pipe concrete sleeper production method

Abstract

The invention discloses a steel pipe concrete sleeper production method. The steel pipe concrete sleeper production method comprises two production processes, namely, a low-cost manual operation steelpipe concrete sleeper production process and a high-efficiency robot operation steel pipe concrete sleeper production process. The steel pipe concrete sleeper production method comprises a mode of placing a steel pipe concrete component and a reinforcement cage separately into a mold and performing combining in the mold, and also comprises a process of combining the steel pipe concrete componentand the reinforcement cage to form an integrated structure and then placing the integrated structure into the mold. The difficulty of placing a framework of a steel pipe concrete sleeper into a mold is solved. Meanwhile, due to the automatic robot streamline production process, quality stability in the sleeper production process can be guaranteed, and the production efficiency is greatly improved.The technical guarantee is improved for high efficiency and stability in the sleeper production and manufacturing process. The batch production of sleepers can be realized, it is ensured that the sleeper manufacturing process is correct, and the process is smooth. At the same time, it is ensured that the produced sleepers are reliable in quality, good in durability and suitable for rail traffic construction.

Description

technical field [0001] The invention belongs to the field of ballastless track construction, and in particular relates to a method for producing a steel pipe concrete sleeper. Background technique [0002] In the production of existing prefabricated sleepers, there are mainly short sleepers, long sleepers, double-block sleepers, etc. The main production process of the existing double-block concrete sleepers is divided into two main lines, one of which is the assembly and molding process of concrete, and the other The main line is steel bars. [0003] The production process of the truss. The sleeper production process mainly goes through concrete mixing, pouring into the mold (the mold has been assembled and sprayed with release agent), vibration molding, steam curing, impact demoulding and other processes. The processing of steel bars serves the assembly process, making the forming process of the sleeper a complete cycle. [0004] Traditional double-block sleepers need to...

AI Technical Summary

Problems solved by technology

[0004] Traditional double-block sleepers need to use assembly line machinery for the production and processing of truss steel bars, and process the purchased steel bar raw materials into designed truss steel bars. The processed truss steel bars are expensive

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