Gypsum board processing and forming system

Abstract

The invention discloses a gypsum board processing and forming system. The system comprises a first forming conveyor, a second forming conveyor, a detection assembly and a controller, wherein the first forming conveyor is used for conveying an uncured gypsum board, a head end of the second forming conveyor is close to a tail end of the first forming conveyor, the second forming conveyor is used for conveying the uncured gypsum board, the detection assembly is used for detecting conveying speeds of the first forming conveyor and the second forming conveyor, and the controller is electrically connected to the first forming conveyor, the second forming conveyor and the detection assembly. When a paper breaking shutdown signal is received, the controller immediately adjusts a conveying speed of a first conveying belt in real time, so that the conveying speed of the first conveying belt is equal to a conveying speed of a second conveying belt, in this way, the uncured gypsum board can be stably conveyed from the first forming conveyor to the second forming conveyor, in the process, the gypsum board does not deform, and finally the gypsum board can be hardened into a board with a qualified shape.

Description

Technical field [0001] This article relates to gypsum board processing technology, particularly to a gypsum board forming system processing. Background technique [0002] Currently, the gypsum board is gypsum building material as the main raw material. It is a lightweight, high strength, thin, easy processing and good noise insulation and fire performance of building materials and the like, is one of the new current focus on the development of the light sheet. Plasterboard has been widely used in a variety of residential buildings, office buildings, shops, hotels, and other industrial plants within the wall, the wall cladding panel (instead of wall plaster layer), ceilings, sound absorbing panels, floor panels and each of the base layer kinds of decorative panels for indoor easily installed in the bathroom or kitchen. [0003] Gypsum board production line typically have a plurality of molding belt conveyor, the belt conveyor forming a plurality of end to end. These shaped belt co...

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Problems solved by technology

[0004] During the production process, after the molding station shuts down due to various reasons, the gypsum board on the first molding belt conveyor has not yet reached the final setting time, and the first molding belt conveyor and the second molding belt conveyor When there is a speed difference in the conveying speed, for example, when the conveying speed of the first forming belt conveyor is greater than that of the second forming belt conveyor, the tail of the gypsum board passes through the first forming belt conveyor and the second forming belt conveyor. When forming the partition board between the belt conveyors, the unformed gypsum board behind will form a bulge here, which will cause all the 90-meter board tails on the first forming belt conveyor to be useless

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