Drum rinser

Abstract

The invention discloses a drum rinser. A cross-pin is arranged in a sleeve, the sleeve and the cross-pin are provided with a switch, a brush shaft enters a bucket from a bucket mouth, the bucket mouth is pressed against the switch, the cross-pin moves in the sleeve toward the more inside part of the sleeve, a brush-holder stud stands up under the action of a brush-holder stud groove, and the upper end of the brush-holder stud is provided with a brush holder. A brush is fixed on the brush holder, two ends of a spring are connected with the brush holder and the brush-holder stud, the brush holder is pulled by the spring to press downward on the brush-holder stud and moves straightly upward when the brush-holder stud rises up under the drive of the cross-pin, the angle between the brush holder relative to the brush-holder stud is changed when the brush holder is pressed against the wall of the bucket, the angle between the brush holder and the brush-holder stud reaches 90 degrees when the angle between the risen brush-holder stud and the sleeve reaches 90 degrees, and a water pipe is arranged between the sleeve and the cross-pin to fill water in the bucket. After the rinsing is finished, the bucket or the cross-pin is pulled to allow the bucket and the cross-pin to move in opposite direction, the switch slips out of the mouth part of the bucket and is turned on to allow the cross-pin to pull the brush-holder stud to move back till the brush-holder stud moves to the brush-holder stud groove and is stopped by the sleeve from moving back, and then the brush-holder stud is pushed forward and laid down horizontally and the brush holder combines with the brush-holder stud under the action of the spring to move the drum rinser out of the bucket.

Description

Technical field [0001] The invention relates to a cleaning tool, in particular to a device for cleaning dirt in buckets and other appliances such as water buckets and chemical industry buckets. Background technique [0002] At present, there are various types of pure water barrels and barrels for chemical materials, etc., and there are no ideal cleaning tools. The pure water cleaning devices produced by some manufacturers can only clean a small part of the barrel, and cannot clean all the inside of the barrel. The dirt is cleaned, especially the oil and scale cannot be removed, which makes many pure water plants feel helpless about this situation. There is no choice but to use manual labor to clean the bucket. Put sand, detergent, water, etc. into the bucket, and shake the bucket manually. One person can only clean a few buckets a day. The speed is slow and the cost is high, which is not ideal. The cleaning effect is better, and it is easier to rub the inner wall of the bar...

AI Technical Summary

Problems solved by technology

[0002] At present, there are various types of pure water barrels and barrels for chemical materials, etc., and there are no ideal cleaning tools. The pure water cleaning devices produced by some manufacturers can only clean a small part of the barrel, and cannot clean all the inside of the barrel. The dirt is cleaned, especially the oil and scale cannot be removed, which makes many pure water plants feel helpless about this situation

There is no choice but to use manual labor to clean the bucket. Put sand, detergent, water, etc. into the bucket, and shake the bucket manually. One person can only clean a few buckets a day. The speed is slow and the cost is high, which is not ideal. Cleaning effect, it is easier to rub the inner wall of the bucket, wasting too much manpower and material resources

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