Automatic cleaning device for glassware

Abstract

The invention discloses an automatic cleaning device for glassware. The cleaning device comprises a cleaning box part, a cleaning part and a control system. An inner wall brush head mechanism of the cleaning device adopts the special controllable six-connecting-rod mechanism design, an inner wall brush head can be efficiently opened and closed in the radial direction, the inner wall brush head canbe well attached to the inner walls of the glassware with various calibers and shapes by combining data of a pressure sensor and a distance sensor, and the cleaning device is suitable for the glassware with various calibers and shapes, particularly the glassware with the diameter of a bottle opening far smaller than that of a bottle body. The cleaning device cleans the inner part and the outer wall of the glassware at the same time, a cleaning process is divided into three stages of washing, rinsing and drying, and the cleaning device is comprehensive in cleaning and good in effect; and automatic control of the cleaning device is completed through the control system, manual intervention is not needed, the operation complexity of cleaning operation is greatly reduced, the cleaning operation is more standard and faster, the work intensity and workload of operators are reduced, time is saved, and meanwhile the work efficiency is improved.

Description

technical field [0001] The invention relates to an automatic cleaning device for glassware, in particular to a glassware automatic cleaning device suitable for various calibers and shapes, in particular to a glassware cleaning device suitable for a bottle mouth whose diameter is much smaller than the bottle body, and belongs to field of automation technology. Background technique [0002] Glassware is closely related to our life. We often use various glassware in our daily life. How to quickly and effectively clean glassware after use for the next use is a problem we need to consider. For example, the beakers, conical flasks, measuring cylinders, etc. used in chemical experiments need to be cleaned for the next use after the experiment is completed. Most of the chemical reagents are harmful to the human body, so they should not be washed by hand, and it is difficult to clean the utensils with ordinary brushes. Every part of the interior is cleaned. If there is residual liqu...

AI Technical Summary

Problems solved by technology

For example, the beakers, conical flasks, measuring cylinders, etc. used in chemical experiments need to be cleaned for the next use after the experiment is completed. Most of the chemical reagents are harmful to the human body, so they should not be washed by hand, and it is difficult to clean the utensils with ordinary brushes. Clean every part of the interior. If there is residual liquid on the outside of the glassware, it is difficult to clean it. These will have a certain impact on the next experiment.

In home life, we use cups to drink tea, coffee, milk, beverages, etc., and use glass bottles with lids to store wine. These glassware will leave stains after use. The large glass container cannot reach the bottom to clean it with hands. It is even more difficult to clean the cups of various shapes that appear in coffee shops such as Starbucks on the market. After a long time of use, the user experience will decline.

If the method on the traditional industrial production line is used: spraying with a high-pressure water gun, it is easy to cause rupture of the inner wall of the glass and pose a safety hazard

At present, there are some invention cases for cup cleaning, but most of them can only clean the inner wall of the cup, and are only suitable for conventional cups with a single caliber and relatively regular shape, and are difficult to use for some special cups and glass containers. less effective

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