Multilayer plate full-automatic double-machine production line

Abstract

The invention discloses a multilayer plate full-automatic double-machine production line comprising a single plate vertical splicing transverse-splicing mechanism, a finished product visual angle detection mechanism, a 4-4 dimension single plate reject separation mechanism, a 90-degree steering mechanism I, a 4-8 dimension single plate vertical splicing mechanism, a 4-8 dimension single plate transverse splicing mechanism, a 90-degree steering mechanism II, a 4-8 dimension single plate reject separation mechanism, a single plate automatic gluing mechanism, a glue plate assembly mechanism, a stacking mechanism, an automatic conveying mechanism and a full-automatic cold pressing mechanism. Through the multilayer plate full-automatic double-machine production line, assembly line production from single plate arrangement to assembly cold pressing is achieved, the traditional multilayer plate production technological process is simplified greatly, product quality of produced single plates isimproved, holes, knots, color difference and other problems existing in single plate production are solved, the production line can meet different production requirements through the layout in two single plate gluing modes, and more optimization adjustment modes can be obtained during production machining.

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 manually paved, with low production efficiency and unstable quality; 3) In the production of 4-8 size veneers, inte...

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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 manually paved, with low production efficiency and unstable quality; 3) In the production of 4-8 size veneers, intermediate transportation links need to be added, which slows down work efficiency and is not very good Meet the speed requirements of billet assembly

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