Inverted vacuum dehydration device after cleaning and sterilizing open ampoules

Abstract

The invention provides an inverted vacuum dewatering device used after the cleaning and sterilization of an open ampoule bottle. The device comprises a sterilization cabinet main body and a sterilization vehicle and a roll cage frame arranged in the sterilization cabinet main body, wherein the sterilization vehicle is fixed in the roll cage frame; a pressure sensor, a medium water level probe and a lower water level probe are arranged at the outer part of the sterilization cabinet main body; a temperature sensor and a positioning sensor are arranged in the sterilization cabinet main body; a drive motor for driving the roll cage frame to rotate is arranged at the outer part of the sterilization cabinet main body; a circulating water pipeline system is formed at the outer part of the sterilization cabinet main body through a circulating pump; a heat exchanger is mounted in the circulating water pipeline system; the circulating water pipeline system is also connected in parallel with a deionized water inlet valve and a compressed air inlet valve; a vacuum exhaust valve is also arranged at the outer part of the sterilization cabinet main body; a drain valve is also arranged at the bottom of the sterilization cabinet main body. The device provided by the invention realizes dewatering treatment on the open ampoule bottle after cleaning and sterilization with full water, and improves the production efficiency to a great degree.

Description

technical field [0001] The invention relates to the technical field of machinery, in particular to a pharmaceutical machine, in particular to an inverted vacuum dewatering device for cleaning and sterilizing open ampoule bottles. Background technique [0002] After the open ampoule is cleaned and sterilized, the water inside cannot flow out naturally due to the surface tension at the mouth of the open ampoule filled with water. In the traditional process, the water removal after the cleaning and sterilization of the open ampoule is to remove it from the sterilization equipment, place it on a rotating water throwing device, and rely on the centrifugal force generated by the rapid rotation to remove water. Such a process exists The labor intensity of the operators is high, the production efficiency is low, and the open ampoule bottle breakage rate is high, the initial production capital investment is high, and the small water droplets on the inner wall of the open ampoule bott...

AI Technical Summary

Problems solved by technology

[0002] After the open-top ampoule is cleaned and sterilized, the water inside cannot flow out naturally due to the surface tension at the mouth of the open-top ampoule filled with water

In the traditional process, the water removal after the cleaning and sterilization of the open ampoule is to remove it from the sterilization equipment, place it on a rotating water throwing device, and rely on the centrifugal force generated by the rapid rotation to remove water. Such a process exists The labor intensity of the operators is high, the production efficiency is low, and the open ampoule bottle breakage rate is high, the initial production capital investment is high, and the small water droplets on the inner wall of the open ampoule bottle cannot be completely removed after water removal, etc.

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