Transfer device for full-automatic hollow glass gumming machine

Abstract

The invention provides a transfer device for a full-automatic hollow glass gumming machine. The transfer device for the full-automatic hollow glass gumming machine comprises a transfer chain, a rectangular transfer tube, a drive assembly, a driven assembly and a gum removal assembly, wherein the transfer chain is arranged on the upper surface of the rectangular transfer tube; the drive assembly and one end of the transfer chain are in coaxial transmission, and the driven assembly and the other end of the transfer chain are also in coaxial transmission; the gum removal assembly is fixedly connected with the rectangular transfer tube; and the transfer chain comprises a plurality of V-shaped gum blocks, a chain body and L-shaped connecting pieces, the multiple V-shaped gum blocks are arranged on the chain body sequentially, and each V-shaped gum block is connected with the chain body through the corresponding L-shaped connecting piece. According to the transfer device for the full-automatic hollow glass gumming machine, chain transmission replaces belt transmission, so that transmission stability is improved; and as the V-shaped gum blocks are arranged on the chain and have the self-recovery function, abrasion to a transfer belt is reduced, and the production cost and the maintenance cost are reduced.

Description

technical field [0001] The invention relates to the field of conveying devices for gluing machines, in particular to a conveying device for a fully automatic hollow glass gluing machine. Background technique [0002] During the working process of the glass gluing machine, the unglued glass is transported to the gluing device through the conveyor belt. The gluing device gluing the glass, and the glass after gluing is output along with the conveyor belt. The current conveyor belt is conveyed by a flat belt. In the case of long-term continuous operation, the flat belt will cause serious wear and tear, and because the flat belt has no self-repair function, it will lead to unstable glass transmission. The conveyor belt needs to be checked and replaced regularly, which is time-consuming and labor-intensive. Increased maintenance costs and production costs. [0003] Chinese invention patent (201210409195.6: Self-cleaning conveyor belt for glass gluing machine) discloses a self-cle...

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Problems solved by technology

[0008] The self-cleaning conveyor belt of the glass gluing machine disclosed in the first invention patent mentioned above changes the angles of the two conveyor belts so that a colloid discharge port is formed at the outlet end, and the colloid is automatically discharged into the colloid with the operation of the conveyor belt. The automatic cleaning is completed at the discharge inlet. This patent is to reduce the instability of the conveyor belt through the self-cleaning function of the conveyor belt. However, the conveyor belt will still be worn for a long time after running for a long time; The glue machine uses a front-end conveyor, an intermediate conveyor, and a rear conveyor to transport unglued glass, but the above-mentioned invention does not mention how to overcome the wear phenomenon of the conveyor belt in the conveyor.

To sum up, neither of the above two invention patents can achieve

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