Glass bottle glazing tooling online cleaning device

Abstract

The invention discloses an online cleaning device of a glass bottle glaze spraying tool. The online cleaning device is characterized by comprising a first auxiliary chain wheel, a second auxiliary chain wheel, a main transmission chain wheel, a rotary disc, vertical guiding blocks, vertical moving rods, small bearing blocks, a main transmission shaft, a semicircular track, linear bearings, springs, steel wire brushes and bearings. Glazing paint slag in the glaze spraying tool can be removed, the quality of sprayed products can be guaranteed, and therefore the production cost can be reduced, and the service life of the tool can be prolonged.

Description

technical field [0001] The present invention is mainly applicable to glass bottle on-line automatic glazing production line, in particular to an online cleaning device for glass bottle glazing tooling. Background technique [0002] At present, the working state of the domestic glass bottle spray glaze automatic production line is as follows: Figure 1a with Figure 1b As shown in the figure, it can be seen from the figure that when spraying the glaze product 1 bottle neck position, because there is a certain gap between the bottle mouth and the glaze spraying tool 2, the glaze paint 7 after atomization will inevitably enter into the gap and stick to it. On the inner wall of tooling 2, after a long time, a thick layer of glaze paint will accumulate on the inner wall, eventually forming glaze paint slag. These glaze varnish residues will have two consequences: one is because the gaps are getting smaller and smaller, and the glazed products are sprayed during production. 1 is ...

AI Technical Summary

Problems solved by technology

[0002] At present, the working state of the domestic glass bottle spray glaze automatic production line is as follows: Figure 1a and Figure 1b As shown in the figure, it can be seen from the figure that when spraying the glaze product 1 bottle neck position, because there is a certain gap between the bottle mouth and the glaze spraying tool 2, the glaze paint 7 after atomization will inevitably enter into the gap and stick to it. On the inner wall of tooling 2, after a long time, a thick layer of glaze paint will accumulate on the inner wall, eventually forming glaze paint slag. These glaze varnish residues will have two consequences: one is because the gaps are getting smaller and smaller, and the glazed products are sprayed during production. 1 is more and more difficult to insert into the tooling 2, and it is not easy to take out after spraying the glaze; second, once the glaze paint residue falls off and enters the sprayed glaze product 1, it will bury serious hidden dangers in quality, because the main The ingredients are chemicals, and the spray glaze product 1 is used for food packaging

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