Automatic turnover corrugated board stacking device and control method thereof

Abstract

The invention discloses an automatic turnover corrugated board stacking device. The automatic turnover corrugated board stacking device comprises a machine frame, a box body, a turnover mechanism and a batching mechanism. The turnover mechanism is installed on the machine frame in a penetrating mode and is further driven by a turnover motor. The turnover mechanism comprises a carrying frame and two push rod motor rooms fixed to the two sides of the carrying frame. The carrying frame is located inside the box body, and the push rod motor rooms are located outside the box body. Each push rod motor room is internally each provided with an upper push rod motor and a lower push rod motor. The end of a push rod of each upper push rod motor is provided with an upper baffle, and the end of a push rod of each lower push rod motor is provided with a lower baffle. The upper baffles are tightly attached to an upper end opening of the carrying frame, and the lower baffles are tightly attached to a lower end opening of the carrying frame. The batching mechanism comprises two paper distributing push rod motors and two paper stopping push rod motors. The end of a push rod of each paper distributing push rod motor is provided with a paper distributing baffle, and the end of a push rod of each paper stopping push rod motor is provided with a paper baffle. Automatic turnover in the stacking process is achieved, manual intervention is reduced, production efficiency is improved obviously and product quality is guaranteed.

Description

technical field [0001] The invention relates to the field of corrugated cardboard stacking, and more specifically, to an automatic overturning corrugated cardboard stacking device and a control method thereof. Background technique [0002] At present, the carton packaging machinery industry is developing rapidly, and the production of carton boards has formed an automatic, high-speed assembly line operation mode. Cardboard is generally made of corrugated base paper through preheating, corrugating forming, pasting, bonding, cooling, crimping, cutting, collecting and stacking. It is made by a process such as displacement and removal. After the corrugated cardboard is out of the cardboard, it is necessary to bundle the corrugated cardboard with a certain number of sheets (10-40 sheets), and then stack the front and back (200-500 sheets). The above processes are integrated to form corrugated cardboard. In the production line, most of the equipment in the collection and stacking ...

AI Technical Summary

Problems solved by technology

[0002] At present, the carton packaging machinery industry is developing rapidly, and the production of carton boards has formed an automatic, high-speed assembly line operation mode. Cardboard is generally made of corrugated base paper through preheating, corrugating forming, pasting, bonding, cooling, crimping, cutting, collecting and stacking. It is made by a process such as displacement and removal. After the corrugated cardboard is out of the cardboard, it is necessary to bundle the corrugated cardboard with a certain number of sheets (10-40 sheets), and then stack the front and back (200-500 sheets). The above processes are integrated to form corrugated cardboard. In the production line, most of the equipment in the collection and stacking process adopts semi-automatic stacking, which can realize one-way stacking, but the turning process still has to rely on manual turning. Manual intervention greatly reduces production efficiency, and it is easy to cause cardboard to fall when manually turning and stacking. Falling and other damage such as creases will affect product quality

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