Bottle washing apparatus for pilot scale production

Abstract

The invention relates to a bottle washing apparatus for pilot scale production, and the bottle washing apparatus comprises a conveying mechanism and a washing mechanism. The conveying mechanism comprises a bottle straightening machine and a bottle conveying track. The washing mechanism comprises a cabinet and an injection water tank. A first water outlet trough, an ultrasonic washing trough, a second water outlet trough, a purified water washing trough, an injection water rinsing trough, and a blow-drying trough are sequentially formed at the top of the inner cavity of the cabinet. Sprinklers are arranged in the purified water washing trough and the injection water rinsing trough, respectively. The injection water pot is communicated with the sprinkler arranged in the injection water rinsing trough. An air outlet pipe is arranged in the blow-drying trough. The bottle conveying track is of an unclosed structure. The output end of the bottle straightening machine is connected to the input end of the bottle conveying track. The bottle conveying track comprises a straight-line type conveying portion and a screw-type conveying portion. A transition trough is arranged behind the blow-drying trough. A connecting plate is arranged in the transition trough. A vibrator is arranged on the connecting plate. The bottle washing apparatus for pilot scale production of the invention is high in cleaning efficiency, low in possibility of producing secondary pollution and forming scratches on glass bottles, low in noises and high in automation degree.

Description

technical field [0001] The invention relates to a cleaning device, in particular to a bottle washing equipment for pilot production. Background technique [0002] Controlled glass bottles are widely used in the production of various pharmaceuticals as a packaging bottle. Before filling the pharmaceuticals into the controlled glass bottles, the manufacturer needs to clean them to prevent them from polluting the pharmaceuticals. Existing devices for cleaning controlled glass bottles include a bottle washer, which mainly utilizes water from a needle to backwash and clean the inner wall of the bottle. During specific cleaning, the operator first buckles the controlled antibiotic glass bottle upside down on each stainless steel needle tube and covers the bottle washer cap, then connects the power supply of the sanitary pump, and the sanitary pump outputs the purified water in the bottle washing tank to the filter After the purified water is filtered, it is poured into the bottle...

AI Technical Summary

Problems solved by technology

[0003] 1. The manual operation is cumbersome. Each cleaning requires the operator to manually turn the control glass bottle upside down on the stainless steel needle tube. After washing, the operator needs to take out the control glass bottle and put it in sterile water for injection. After finishing, the control glass bottles have to be manually arranged in the stainless steel tray, and finally put into the oven, the cleaning speed is low and the efficiency is slow;

[0004] 2. Regulated glass bottles are vulnerable to secondary pollution

Since the entire process of cleaning the controlled glass bottles is manually operated, personnel need to have frequent contact with the bottles, and the controlled glass bottles are directly exposed to the air, thus increasing the risk of secondary pollution of the controlled glass bottles;

[0005] 3. When the purified water recoils the bottle, the friction of the stainless steel metal needle against the inner wall of the bottle makes the inner wall of the controlled glass bottle prone to scratches, thereby reducing the qualified rate of the product;

[0006] 4. When cleaning, the control glass bottle will collide with the cover of the bottle washing machine under the impact of the water column, resulting in noise;

Images