Movable medical epidemic prevention negative pressure isolation cabin

Abstract

The invention provides a movable medical epidemic prevention negative pressure isolation cabin which is light in weight, convenient to move, good in waste gas filtering effect and small in consumable loss. The movable medical epidemic prevention negative pressure isolation cabin comprises a cabin body, a negative pressure assembly, a filter assembly, a liquid disinfection assembly and a heating disinfection assembly, wherein the filter assembly comprises a filter air duct, a filter screen and a sound wave agglomeration device, the sound wave agglomeration device is arranged on the side of the filter air duct, and the filter screen is arranged at the outlet end of the filter air duct and connected with the negative pressure assembly. According to the movable medical epidemic prevention negative pressure isolation cabin, through the arrangement of the filter air duct, the filter screen and the sound wave agglomeration device, PM2.5 micro-dust, aerosol and the like carrying viruses in airflow are agglomerated into large particles and then intercepted by the filter screen, the interception rate of the filter screen on the micro-dust and the aerosol is increased, the movable medical epidemic prevention negative pressure isolation cabin has the filter assembly with better filtering effect compared with the isolation cabin in the prior art, and the filtering efficiency of micro-dust and aerosol is remarkably improved with less material consumption and energy consumption.

Description

technical field [0001] The invention relates to a medical isolation cabin, in particular to a mobile medical epidemic prevention negative pressure isolation cabin. Background technique [0002] Under the current epidemic prevention conditions, hospital medical staff mainly take off their protective clothing in pre-isolated single rooms or isolation rooms. This simple isolation room is not conducive to epidemic prevention. The first reason is that the sealing effect of single rooms or isolation rooms is not good. Ideally, the virus attached to the aerosol may infect the environment outside the single room; second, when the medical staff removes the protective clothing, the aerosol on the surface of the protective clothing may pollute the external environment; Changes are moved quickly and deployed quickly. Therefore, the research and development of a mobile isolation cabin with an independent sealed space, which can filter and sterilize the waste gas containing bacteria or v...

AI Technical Summary

Problems solved by technology

[0006] On the whole, among the existing technical solutions for isolation cabins, the solutions for the filtration of exhaust gas in the cabin are not perfect enough. The existing technical solutions rely on multiple filtering devices for multi-stage filtration. Although satisfactory filtering effects are obtained, the consumables are relatively expensive. Too much energy consumption, large land occupation, and inconvenient movement; or only a small number of filtering devices are installed, but the filtering effect is also greatly reduced, which cannot effectively isolate bacteria and viruses

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