Online glass bottle cleaning device and method

Abstract

The invention provides an online glass bottle cleaning device. A flexible side-face bottle clamping and conveying mechanism and a blowing and dust collecting device are oppositely arranged on a main body bracket. The flexible side-face bottle clamping and conveying mechanism comprises a conveying device and a power device, the conveying device is provided with a flexible clamping surface, and an air outlet of the blowing and dust collecting device faces the conveying device. According to the online glass bottle cleaning device, in the stacking process of glass bottles, an automatic stacking device for long-distance transport is arranged, and the blowing and dust collecting device and a shell are arranged in the online glass bottle cleaning device, so that dust and particle contamination of the glass bottle in the transport process is effectively eliminated, labor intensity of working staff is lowered, and cleanliness of the glass bottles is guaranteed; the online glass bottle cleaning device is easy to operate, safe, free of pollution and long in service life and has extremely high commercial value.

Description

technical field [0001] The invention relates to the technical field of light industry, and mainly relates to an on-line conveying device and method for packaging containers, in particular to an on-line cleaning device and method for glass bottles and cans. Background technique [0002] Glass bottles and jars are widely used in all aspects of human production and life. The production process usually includes: raw material preparation, glass melting, bottle forming, product annealing, product inspection, product packaging and other stages. [0003] Glass bottle and can production lines with small production scale and low degree of automation generally adopt manual inspection and manual packaging in the inspection and packaging section. The main equipment involved are bottle unloaders, bottle conveyors, visual screens and manual packaging discs, or directly At the end, the manual inspection and packaging work is completed. The average energy consumption of this type of product...

AI Technical Summary

Problems solved by technology

However, the traditional automated cold-end conveying system is about 100 meters long, which is very inconvenient for personnel passage, equipment transportation and maintenance.

In the current automated cold-end conveying system, stairs are often used for the passage of personnel between various production lines, and equipment transportation often requires long-distance detours, which increases the labor intensity of personnel and brings a lot of inconvenience to normal production and equipment maintenance. And there are security risks

[0005] In addition, the process of bottles and cans from the forming die to automatic palletizing has to be transported over a long distance. During this process, the mouth of the bottles and cans is always facing upwards, and the inside of the bottles and cans is likely to be polluted by dust and particles.

Many production lines do not deal with this, and use direct palletizing and packaging, which brings troubles to the later use of bottles and cans and cannot meet the requirements of high-end customers; some production lines adopt the method of installing dust covers in the forming section and cold end. It plays a certain role in dust prevention, but the annealing section is a blind area of ​​this dust prevention method. In addition, the installation of a dust cover is not conducive to personnel monitoring the product delivery process, and at the same time affects the rapid maintenance of equipment, posing safety hazards

[0006] At present, there is no method that can effectively solve the related problems encountered in the automatic cold end conveying system of the current large and medium-sized glass bottle production line, and there is no online cleaning device and method for glass bottles

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