Paper feeding mechanism of a cardboard laminating machine

Abstract

The invention relates to a paper feeding mechanism of a paperboard pasting machine. The paper feeding mechanism comprises a frame. At least two conveying belts driven by a power source are arranged on the frame and are separated from each other. Conveying outlets of the conveying belts face a main unit of the paperboard pasting machine. Retainers capable of moving up and down are arranged in the space between the conveying belts, and up and down movement routes of the retainers pass through conveying planes of the conveying belts. The retainers are connected with transmission control devices for driving the same to move up and down. The transmission control devices are arranged below the conveying planes of the conveying belts. The conveying belts and the transmission control devices cooperate with the main unit of the paperboard pasting machine in working, and paper on the conveying belts is prevented from moving by up and down movements of the retainers. As the up and down movements of the retainers are controlled by the transmission control devices which cooperate with the main unit of the paperboard pasting machine in working, released paper on the conveying belts continue to move into the main unit to reach a working station rightly. The paper feeding mechanism has the advantages of convenience and flexibility and high stability in paper feeding.

Description

technical field [0001] The invention relates to a paper feeding mechanism of a cardboard laminating machine. Background technique [0002] In the prior art, the paper feeding mechanism of the cardboard laminating machine plays an important role in the cardboard laminating machine, which determines the difficulty and speed of the machine operator's operation of the machine, thus affecting the performance of the cardboard laminating machine. Mounting speed. [0003] In the previous manual laminating machine design, the paper was always controlled by the operator and directly fed into the working area of ​​the laminating machine. The operator not only had to control the speed of paper placement, but also sent the paper into the working area smoothly. There is a little difficulty in the operation of the manual cardboard laminating machine, and is affected by the proficiency of the operator, so the production efficiency of the cardboard laminating machine is affected to a certai...

AI Technical Summary

Problems solved by technology

[0003] In the previous manual laminating machine design, the paper was always controlled by the operator and directly fed into the working area of ​​the laminating machine. The operator not only had to control the speed of the paper placement, but also sent the paper into the working area smoothly. It is a little difficult to operate the manual cardboard laminating machine, and it is affected by the proficiency of the operator, so the production efficiency of the cardboard laminating machine is affected to a certain extent

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