Full-automatic production equipment for building prefabricated parts and manufacturing process of building prefabricated parts

Abstract

The invention provides full-automatic production equipment for building prefabricated parts. The full-automatic production equipment comprises a mounting frame, a spiral mixing device, a forming compacting device and a supporting plate connecting and rotating device; the supporting plate connecting and rotating device comprises a conveying frame; the two ends of the conveying frame are provided with transmission rollers; a conveying crawler belt is connected between the transmission rollers; a transmission groove is formed in the conveying crawler belt; a conveying motor is connected with thetransmission rollers; a supporting plate bin is arranged above the transmission rollers; a plate outlet opening is formed in the left side surface of the supporting plate bin; supporting plates are stacked in the supporting plate bin; conveying support plates are mounted on the lower surfaces of the supporting plates; transmission protrusions are arranged at the bottoms of the conveying support plates; two mounting grooves are formed above the supporting plates; and sliding sleeves are mounted in the mounting grooves. Continuous automatic production of the building prefabricated parts is achieved through the four processes of raw material preparation, mold assembly, product molding and product output, the production cost of building prefabricated parts is reduced, and the production efficiency of the building prefabricated parts is improved while the quality of the building prefabricated parts is improved.

Description

technical field [0001] The invention relates to the field of building manufacturing, in particular to a fully automatic production equipment for building prefabricated parts and a manufacturing process thereof. Background technique [0002] In the modern construction industry, it is a common method to use prefabricated parts to splice wall columns or beams. Common prefabricated parts include two types, one with reserved sleeves and the other with reserved steel bars. When splicing, a piece of The steel bars on the prefabricated part are butted with the reserved sleeves on the other prefabricated part, so as to connect the two prefabricated parts into one. [0003] The emergence of building prefabricated parts shortens the completion period of building construction and plays an important role in modern architecture. With the widespread use of building prefabricated parts, a lot of energy has been invested in the research and development of building prefabricated parts produc...

AI Technical Summary

Problems solved by technology

[0005] (1) The building prefabricated part production equipment in the prior art relies on operators, and the degree of automation is not high. When carrying out the production of building prefabricated parts, more operators are required to participate, which not only increases the production cost of building prefabricated parts, but also greatly Reduce the production efficiency of building prefabricated parts, and there are certain defects;

[0006] (2) In the process of using the building prefabricated parts production equipment in the prior art, the raw materials produced by the building prefabricated parts cannot be fully mixed evenly, which makes the distribution of various components in the building prefabricated parts production raw materials uneven, reducing the cost of building prefabricated parts. production quality of parts

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