Semi-automatic fixed die table PC component production system

Abstract

The invention discloses a semi-automatic fixed die table PC component production system. The system comprises a die table, an operation station and a maintenance station, wherein the operation station and the maintenance station are used for placing the die table. The PC component production system further comprises first guide rails and one or more walking trolleys. The walking trolleys are movably arranged along the first guide rails and used for moving the die table between the operation station and the maintenance station in a reciprocating mode. Each walking trolley comprises a jacking carrying mechanism used for carrying the die table. According to the technical scheme, the trolleys with the jacking carrying mechanisms are used for driving the die table to move between the stations in the reciprocating mode, frequent hoisting is avoided, and the labor intensity of an operator is greatly lowered. In addition, the number of hoisting devices can be effectively decreased, the occupied space of the hosting devices is reduced, and the semi-automatic fixed die table PC component production system has giant advantages and good popularization prospects.

Description

technical field [0001] The invention relates to the field of building prefabricated parts production, in particular to a semi-automatic PC component production system with a fixed mold table. Background technique [0002] PC (Precast Concrete) component is the abbreviation of concrete prefabricated parts. Generally, PC components are processed and produced in factories through standardized and mechanized methods. When the PC component production system is in production, there are multiple processes or stations that involve hoisting operations. And other materials are transferred from one process or station to another process or station, and then there are technicians or equipment to carry out related operations in the corresponding process or station. During the hoisting and transfer process of workpieces, molds and other materials, the operation is difficult and the workload is heavy; moreover, huge hoisting equipment is often required, the equipment is expensive, and it t...

AI Technical Summary

Problems solved by technology

During the hoisting and transfer of workpieces, molds and other materials, the operation is difficult and the workload is heavy; moreover, huge hoisting equipment is often required, the equipment is expensive, and it takes up a lot of site resources and consumes a lot of manpower and material resources

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