Production and preparation process of light heat-preservation concrete building block

Abstract

The invention discloses a production and preparation process of a light heat-preservation concrete building block in the technical field of concrete building block production. The process comprises the following specific steps that mixed stone is uniformly mixed and transferred to a processing site, and the processability of the mixed stone is maintained; the mixed stone is quantitatively put into a concrete building block pressing device, the concrete building block pressing device is started, the edge of the mixed stone is pressed, and therefore a concrete building block product is pressed and formed; and the demoulded concrete building block is transferred, then the mixed stone continues to be added into the concrete building block pressing device, work is repeated, and continuous work can be conducted. The problems that when existing equipment is used for manufacturing the concrete building block, a pressing manner is usually adopted for one-time pressing and forming, due to the fact that a sand and stone mixed material is adopted as a concrete building block raw material, direct pressing is prone to causing non-tight pressing, and the phenomenon of cracking is prone to occurring during demoulding are solved.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for easier removal from castings when they are poured or formed on top surfaces without damaging them during their manufacturing process. It achieves this through reducing the amount of force needed while still maintaining good quality casting results. Additionally, there're also an improved method called rotating dowels which helps distribute stress over multiple parts of the apparatus. Overall, these technical improvements improve machine performance and reduce maintenance costs associated with current methods used to remove castings.

Problems solved by technology

The technical problem addressed by this patented technology is how to create strong and durably resistant materials for construction purposes while also being environmentally friendly due to their low weight, lack of cracks caused from compression or poor bond between them after they have been made into walls with other components such as steel bars.

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