A gland-type glass jar capping equipment

Abstract

The invention discloses a gland-type glass jar capping equipment, the structure of which comprises capping equipment, a bottle cap conveying device, a conveying device, a support frame, and an electric controller. The capping equipment consists of a machine body, a motor, a motor shaft, Device, bottle cap guide plate, and capping mechanism. The capping equipment clamps the glass bottle on the inner wall of the capping equipment through the bottle turning device, and the curved splint uses rubber convex balls to clamp glass bottles of different shapes to avoid glass bottles. The shaking of the bottle during capping will affect the quality of work, and it can also avoid the synchronous rotation of the glass bottle and the bottle cap during the cap tightening process. The capping equipment uses magnets to absorb and adjust the position of the bottle cap, and uses ultraviolet germicidal lamps to The bottle cap and the glass bottle outlet are sterilized to improve the hygiene and safety of production, and prevent the bottle cap from being infected and passing it into the glass bottle.

Description

technical field [0001] The invention relates to the field of glass jar capping machinery, in particular to a capping type glass jar capping equipment. Background technique [0002] In the capping process of the capping device of the prior art filling equipment, since the bottle to be capped is not fixed, the can sealing operation is an indispensable basic process, which consists of the filling machine and the capping device It is composed of capping and can be divided into two forms: manual capping and automatic capping. With the continuous improvement of automation level, more and more can sealing operations use automatic capping devices. In the process of pressing the caps tightly Among them, since the current technical devices do not have any restrictions on the freedom of filling bottles, it often happens that the bottle caps are not in the same position during capping, which will lead to unsuccessful capping, and then capping again, so the way of manually fixing the bot...

AI Technical Summary

Problems solved by technology

[0002] In the capping process of the capping device of the prior art filling equipment, since the bottle to be capped is not fixed, the can sealing operation is an indispensable basic process, which consists of the filling machine and the capping device It is composed of capping and can be divided into two forms: manual capping and automatic capping. With the continuous improvement of automation level, more and more can sealing operations use automatic capping devices. In the process of pressing the caps tightly Among them, since the current technical devices do not have any restrictions on the freedom of filling bottles, it often happens that the bottle caps are not in the same position during capping, which will lead to unsuccessful capping, and then capping again, so the way of manually fixing the bottle body is invisible. It increases the labor intensity of the operator, and also reduces the working efficiency of capping, and the bottle cap will be exposed to the air during work, and the speed of the bottle cap passing through the slideway is very fast, which will make the sterilization incomplete and affect the final product. hygienic quality of the product

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