Full-automatic ultrasonic communication pipe cleaning machine

Abstract

The invention discloses a full-automatic ultrasonic communication pipe cleaning machine. The full-automatic ultrasonic communication pipe cleaning machine comprises a base, an outer barrel, an inner barrel, a casing pipe, a bottom hole, a water drainage pipe, a vibrator, a water inlet pipe, an electric control device and a basket. Since the cleaning and disinfecting means is lacked in the prior art for appliances with narrow pipe holes, the defects that cost is high, the resource is wasted, and the solid waste pollutes the environment exist. According to the provided full-automatic ultrasoniccommunication pipe cleaning machine, through an ultrasonic empty bubble vibration and laminar flow washing manner, contaminated glass and plastic communication pipe are cleaned, disinfected and reutilized, and production of biological vaccines achieves the purposes that the cost is reduced, the resource is saved, and the solid waste is reduced.

Description

technical field [0001] The invention relates to a cleaning device, in particular to an ultrasonic fully automatic connecting pipe cleaning machine used for cleaning poisoned glass and plastic connecting pipes in the production of biological preparations. Background technique [0002] In the production and testing of biological agents, such as vaccines, a batch of contaminated containers and utensils will be produced each time. These contaminated utensils and utensils can be reused after being thoroughly disinfected and cleaned. The "disinfection" mentioned here refers to Kill pathogenic microorganisms, and chemical disinfectants also have the effect of decontamination. According to the new version of GMP and biosafety regulations, the disinfection of equipment should be carried out "in situ" at the work site. In poisoning equipment, glass and plastic connecting pipes are not easy to clean and disinfect because of narrow or bent tube holes. Therefore, the existing technology...

AI Technical Summary

Problems solved by technology

In poisoning equipment, glass and plastic connecting pipes are not easy to clean and disinfect because of narrow or bent tube holes. Therefore, the existing technology mostly uses disposable utensils, and the glass and plastic connecting pipes contaminated after use are first sterilized "in situ". Then carry out harmless destruction treatment. Therefore, the existing technology lacks the cleaning and disinfection means for the narrow and narrow utensils, so that the production of biological vaccines has the disadvantages of high cost, waste of resources and environmental pollution by solid waste.

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