Sandwich plate full-automatic dual-machine production line

Abstract

The invention discloses a sandwich plate full-automatic dual-machine production line. The production line comprises a single plate I vertical splicing transverse splicing mechanism, a finished productvisual angle detecting mechanism, a single plate I defective product separating mechanism, a 90-degree steering mechanism I, a single plate II vertical splicing mechanism, a single plate II transverse splicing mechanism, a 90-degree steering mechanism II, a single plate II defective product separating mechanism, a single plate automatic gluing mechanism, a rubber plate assembly mechanism, a stacking mechanism, an automatic transport mechanism and a full-automatic cold pressing mechanism. Assembly line production is achieved from single plate arranging to assembly cold pressing, the sandwich plate traditional production process flow can be greatly simplified, the produced single plate product quality can be improved, the problems of cavities, jointing, chromatic aberration and the like existing in single plate production can be solved, through layout of two single plate gluing manners, the production line can meet different production needs, and during producing machining, the more optimizing adjusting manners can be obtained.

Description

technical field [0001] The invention belongs to the technical field of plate production, and in particular relates to a fully automatic two-machine production line for multilayer plates. Background technique [0002] At present, most of the multi-layer board production lines are designed for the whole veneer, which has extremely high requirements on raw materials. Therefore, for many years, the multi-layer board production process has been using the traditional manual paving process, especially the domestic veneer raw materials have small diameters. Small sheets of veneer made of rotary-cut wood and fast-growing wood are prone to the following problems: 1) There are many problems such as cavities, flattery, and color difference of the veneer; 2) It needs to be sorted and sorted before it can be assembled and produced. Domestic plywood production has always been manual paving, which has low production efficiency and unstable quality; 3) In the production of veneer, it is nece...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the multi-layer board production lines are designed for the whole veneer, which has extremely high requirements on raw materials. Therefore, for many years, the multi-layer board production process has been using the traditional manual paving process, especially the domestic veneer raw materials have small diameters. Small sheets of veneer made of rotary-cut wood and fast-growing wood are prone to the following problems: 1) There are many problems such as cavities, flattery, and color difference of the veneer; 2) It needs to be sorted and sorted before it can be assembled and produced. Domestic plywood production has always been manual paving, which has low production efficiency and unstable quality; 3) In the production of veneer, it is necessary to increase the intermediate transportation link, which slows down the work efficiency and cannot meet the needs of billet formation. speed requirements

Images