Full-automatic cement brick curing system and curing technological process

Abstract

The invention discloses a full-automatic cement brick curing system and a curing technological process and relates to the technical field of cement brick curing. The full-automatic cement brick curing system comprises a brick making machine body (1). The full-automatic cement brick curing system comprises a stacking zone (2), curing zones (7), an unstacking zone (8), a travelling bogie closed ring track and travelling bogies (3). The stacking zone (2) is located at the outlet end of the brick making machine body (1). The travelling bogie closed ring track connects the stacking zone (2) with the unstacking zone (8) and is located on one sides of the curing zones (7). Each travelling bogie (3) comprises a bogie frame body (30), running mechanisms (31) and an automatic bogie control module. The running mechanisms (31) are installed at the bottoms of the bogie frame bodies (30) and run along the travelling bogie closed ring track. According to the full-automatic cement brick curing system and the curing technological process, transferring, air curing and destacking of unset cement bricks produced by the brick making machine body are automatically conducted, so that personnel allocation is greatly reduced and enterprise personnel cost is reduced.

Description

technical field [0001] The invention relates to the technical field of cement brick maintenance, in particular to a fully automatic cement brick automatic maintenance system and a maintenance process flow. Background technique [0002] At present, the commonly used non-fired bricks are mainly cement bricks. The brick stacks pressed by the brick machine are all transferred to the drying area manually. The reason is that the cement bricks cannot be directly clamped before the bricks are solidified. The boards are transported by code, and the number of layers of brick boards should not be stacked too high. The existing way of placing brick boards leads to higher and higher production costs in the non-fired brick industry that originally had a shortage of labor. Also do not have a kind of machinery to carry out full-automatic transshipment, put to uncured cement brick at present. Contents of the invention [0003] The object of the present invention is to provide a fully auto...

AI Technical Summary

Problems solved by technology

[0002] At present, the commonly used non-fired bricks are mainly cement bricks. The brick stacks pressed by the brick machine are all transferred to the drying area manually. The reason is that the cement bricks cannot be directly clamped before the bricks are solidified. The boards are transported by code, and the number of layers of brick boards should not be stacked too high. The existing way of placing brick boards leads to higher and higher production costs in the non-fired brick industry that originally had a shortage of labor.

At present, there is no machine that can carry out automatic transfer and placement of uncured cement bricks.

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