PC (poly carbonate) wall board production system

Abstract

The invention discloses a PC (poly carbonate) wall board production system, which comprises an operation region, a casting region and a caring region, wherein the caring region is in parallel arrangement with the operation region and the casting region, the operation region comprises an operation rail, the casting region comprises a conveying rail and a casting device, the casting device is arranged above the conveying rail and is used for casting a PC wall board, the caring region comprises at least one caring rail and a steam caring kiln, the caring rail supports a cast PC wall board mold to move on the caring rail, and the steam caring kiln is arranged at the front section of the caring rail. When the technical scheme is implemented, through the parallel arrangement of the operation region, the casting region and the caring region and through the flowing of the PC wall board mold in the operation region, the casting region and the caring region, the flow line production is formed, so that during the still caring of the PC wall board, the casting region can still carry out casting operation, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of building material production, in particular to a PC wallboard production system. Background technique [0002] PC (Precast Concrete) wall panel is the abbreviation of concrete precast wall panel. The biggest feature of the traditional PC wall panel production method is that the PC wall panel mold is fixed, and all processes must be completed in one place. This has resulted in the concrete, steel skeleton and other accessories must be hoisted to the same place, and the hoisting equipment must continuously transport various materials to each mold station over a long distance. [0003] There are following problems in this traditional production method: [0004] Each mold is fixed. Since a certain working space and safety distance are required, there must be enough space between the molds to ensure the operation. This will inevitably occupy a large amount of effective area, and the utilization rate of the workshop is...

AI Technical Summary

Problems solved by technology

[0007] Poor safety, not conducive to scientific management, a large amount of materials flow in the air, and there is no way to separate people and things, there must be certain hidden safety hazards, which is not convenient for production safety management;

[0008] Low mold utilization;

[0009] Since the mold is fixed, the entire workshop needs to be used as a steam curing kiln. This kind of curing room is not sealed, the heat insulation effect is poor, and the energy consumption is high;

[0010] After the mold is poured and before steam curing, it is necessary to carry out air resting. During this time, no work can be carried out, which is a waste of time and low efficiency.

Images