Working structure of eight-planet brush

Abstract

The invention discloses a working structure of an eight-planet brush. The working structure of the eight-planet rush comprises a bottle poking-in wheel and an in-bottle guiding plate, wherein the bottle poking-in wheel and the in-bottle guiding plate are arranged at the tail end of an incoming bottle conveyer belt, and are used for poking bottles to be cleaned into a cleaning process, moving trajectory of the bottles in the working structure of the eight-planet brush is circular, a practical moving trajectory of one bottle from start to end is not smaller than 3 / 4 of the entire circular trajectory, and a out-bottle guiding plate is arranged at a position where the bottles walk out of the trajectory, and is used for guiding the bottles to walk out of the circular trajectory. According to the working structure of an eight-planet brush provided by the invention, as direction of rotating force exerted on the bottle by the brush is opposite to a moving direction of the bottle, frictional force of the bottles exerted by the brush is increased, and clean degree and clean efficiency of cleaning bottles are improved.

Description

technical field [0001] The invention relates to a mechanism for cleaning the outer body of an empty bottle containing drinking water, in particular to a high-efficiency, small-space eight-planet brush working structure. Background technique [0002] In recent years, with the improvement of people's living standards, people's requirements for drinking water have also increased accordingly, so the demand for bottled pure water and mineral water has also increased. The biggest problem with bottled drinking water at present is the control of water quality in bottling production, especially the control of water hygiene indicators. In order to ensure the qualified rate of bottled drinking water, manufacturers of bottled drinking water are forced to implement automatic production without human contact in the production process. In the past, the bottled water industry has made a lot of improvements to the pre-filling process, which has greatly improved the automation of bottled wat...

AI Technical Summary

Problems solved by technology

[0003] However, in the external bottle cleaning process of empty bottles containing drinking water, such as the traditional manual washing method, not only the labor intensity is high, but also the cleaning efficiency is low, the cleaning quality is not high, and it is difficult to ensure cleaning hygiene, so it has been eliminated. No longer use

In the later stage, there is a linear cleaning line, which is to install multiple rotating bottom brush heads that touch the bottom of the bottle on a straight conveyor belt; then set multiple pairs of rotating bottle side brush heads on the left and right sides of the conveyor belt corresponding to the direction of travel of the bottle , because the bottle needs to be driven forward by the friction of the rotation of the bottle-side brush heads on the left and right sides, so the direction of travel of the bottle is the same as the direction of rotation and push of the bottle-side brush heads on the left and right sides, resulting in the need for a longer conveyor belt to ensure the bottle The entire periphery can be cleaned once, which results in long cleaning time, long equipment conveyor belt, high cost, huge floor space, average cleaning quality, and cannot meet the high-speed production requirements of the current bottled water automatic assembly line of 1500 barrels per hour

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