Glass bottle synchronous tracking glaze spraying equipment

Abstract

The invention discloses a glass bottle synchronous tracking glaze spraying equipment, which is applied to a glass bottle spraying assembly line, and is characterized by comprising: a main transmission mechanism, a main load-bearing mechanism, a spraying mechanism and a top transmission mechanism; The power on the top is synchronously transmitted to the top transmission mechanism through the main bearing mechanism, and the top transmission mechanism drives the spraying mechanism to follow the movement direction of the processed product to synchronously swing, so as to realize the tracking and spraying of the processed product. The invention enables the spray gun to follow the spraying of the glass bottle in the process of spraying and moving, so as to completely solve the phenomenon of waste of glaze paint, reduce the production cost and reduce the environmental pollution.

Description

technical field [0001] The invention is mainly applicable to the glass bottle on-line automatic glaze spraying production line. Background technique [0002] At present, the spray guns G configured in the domestic glass bottle glaze automatic production line are all fixed in a certain position, such as Figure 1a , Figure 1b with Figure 1c As shown in , the spray gun G is 18-24cm away from the bottle body, and the glaze paint is sprayed directly onto the bottle body after atomization. [0003] And the glass bottle is inserted behind the glaze spray tool B, driven by the main transmission chain D, it moves at a constant speed in a certain direction, such as Figure 2a , Figure 2b with Figure 2c As shown in the schematic diagram of the dynamic spray glaze in the middle, since the bottle A starts to rotate around the center line of the bottle before entering the atomization area of ​​the spray gun, and the rotating bottle will inevitably have a small swing, in order to ...

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Problems solved by technology

[0004] Figure 1a In the picture shown, a conventional product is taken, a glass bottle with a diameter of about 84mm (this diameter is still a relatively large glass wine bottle). It can be seen from the figure that the void ratio accounts for 36.7%, that is to say, there are 36.7 % of the glaze paint is wasted in vain, and this ratio is quite large. Before that, some equipment factories had vigorously promoted the use of spot spraying technology in order to save glaze paint, but with the improvement of efficiency per unit time, This technology is no longer suitable (mainly because the spray gun can no longer be turned on and off within 1 second)

[0005] How can we ensure product quality and completely solve the phenomenon of glaze paint waste, thereby reducing production costs and protecting the environment, (because glaze paint itself is also a kind of chemical raw material, which has certain harm to the environment)

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