Die conveying system for aerated concrete block delaying curing stage and operating method

Abstract

The invention relates to a die conveying system for an aerated concrete block delaying curing stage. The system comprises a multi-pushing drawing mechanism, the multi-pushing drawing mechanism comprises a plurality of drawing devices which can move in a reciprocation mode and are mutually connected linearly in a rigidity mode; the drawing devices move along a first rail, and each of the drawing devices is provided with an unidirectional turnover mechanism correspondingly; the unidirectional turnover mechanisms are matched with contacting baffles arranged on to-be-cured dies; second rails are arranged at two sides of the multi-pushing drawing mechanism, and the to-be-cured dies move along the second rails; and the unidirectional turnover mechanisms provide unidirectional thrust to the contacting baffles in the conveying direction of the to-be-cured dies, cross the contacting baffles when the drawing devices return and do not generate acting force to the contacting baffles. The die conveying system for the aerated concrete block delaying curing stage and an operating method can achieve the casted die conveying effects of being automatic, free of impacting, simple in process layout and low in energy consumption.

Description

technical field [0001] The invention relates to a mold conveying system and a working method in the static stop maintenance stage of an aerated concrete block, and belongs to the field of aerated concrete block production. Background technique [0002] The production principle of aerated concrete blocks is to use siliceous materials, calcareous materials, and in addition, add appropriate amount of regulating materials and a small amount of gas-generating materials. These raw materials are processed, mixed with ingredients, poured into the mold for gas-generating initial setting; Cut and put into the autoclave for curing until it comes out of the autoclave and stacked for loading. [0003] In the production process of aerated concrete blocks, the mold with slurry needs to be moved to the static parking room for static maintenance and molding after pouring. This process stage requires the mold to be transported smoothly without impact, otherwise the interior of the body will...

AI Technical Summary

Problems solved by technology

[0004] 1. Relying on manual push is not only time-consuming and labor-intensive, but also difficult to control the acceleration and deceleration, and the molds are easy to collide with each other, forming an impact;

[0005] 2. The machine is directly pushed, and there is also the problem that the mold and the mold are easy to collide during the conveying process, forming an impact;

[0006] 3. The friction wheel system conveys relatively large energy consumption and complex layout

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