A hydraulically driven lifting medical ozone disinfection cabinet device

Abstract

A medical ozone disinfection cabinet device driven by hydraulic pressure, including an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) includes an annular inner layer part with a cylindrical disinfection gas chamber (50) inside (53) and an integrally formed annular shell portion (54) surrounding the annular inner layer portion (53), the annular inner layer portion (53) is provided with multi-circle blowing air channel groups distributed along the axial direction , a plurality of blowing air passages (51) in the radial direction are evenly distributed in the circumferential direction in each circle of blowing air passage group to input the airflow along the radial direction of the cylindrical disinfection air chamber (50), the annular An annular air distribution chamber (540) is formed between the shell portion (54) and the annular inner layer portion (53).

Description

technical field [0001] The application relates to the field of medical equipment, specifically a hydraulically driven lifting medical ozone disinfection cabinet device. Background technique [0002] In the medical field, there are hygienic requirements for medical wearables in various aspects such as disinfection. For these articles, such as outerwear, gloves, glasses, and reusable masks, etc., it is difficult to disinfect these articles due to the need to use them at any time and the high frequency of use. For a special industry such as medical care, the disinfection of personal belongings is particularly important. [0003] Therefore, there is a need for a simple disinfection device that is easy to operate and convenient to configure in each department. This demand is often carried out through non-mechanical methods such as ozone and ultraviolet disinfection, so that it can be disinfected and used at any time. [0004] However, for ozone disinfection, as the number of a...

AI Technical Summary

Problems solved by technology

[0004] However, for ozone disinfection, with the increase of the air flow channels and the reduction of the channel diameter, the blockage of the air flow channels is more likely to occur.

[0005] Due to the characteristics of the high-speed operation of the airflow and the large number of airflow channels, the blockage of the airflow channel is often not easy to be found and it is not easy to overcome or correct it immediately.

This brings defects to all-round and multi-angle disinfection

Downtime for maintenance reduces efficiency and incurs additional costs

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