Design of mobile containerized negative pressure chamber
10.19745/j.1003-8868.2023177
- VernacularTitle:移动式集装箱负压舱的设计
- Author:
Zhang-Xia REN
1
;
Jin-Cheng GUO
;
Xian-Gang TIAN
;
Yan-Rui DING
;
Jing CHEN
;
Ning YANG
Author Information
1. 广安市人民医院,四川广安 638000
- Keywords:
container;
negative pressure chamber;
mobile treatment platform;
respiratory infectious disease;
prevention and control of infectious disease
- From:
Chinese Medical Equipment Journal
2023;44(9):24-28
- CountryChina
- Language:Chinese
-
Abstract:
Objective To design a mobile container-based negative pressure chamber compatible with kinds of carriers to isolate and treat patients with respiratory infectious diseases.Methods A negative pressure chamber with standard container sizes was developed whose enclosure structure involved in 2 mm-thick galvanized steel plate,10 mm-thick high-performance thermal isolation polyurethane foam board,2 mm-thick galvanized steel plate and 10 mm-thick integral inner panel.There were three functional areas included in the chamber for clean office area,semi-polluted passage and polluted ward with toilet.Negative pressure differences between the functional areas were generated by full DC air supply and exhaust system to form directional air flow in the chamber.The patient's exhaled air was purified before emission with the high-efficiency particulate air filtration system.The negative pressure chamber was equipped with a portable life monitoring and support device,a remote consultation and guidance system,a water and electricity support system and etc.Results Air quality tests showed that the negative pressure chamber met the national standards in air cleanliness,static pressure difference,number of dust particles,settled bacteria,microorganisms on the surface of the object and etc.Conclusion The negative pressure chamber compatible with kinds of carriers can be used for the isolation and emergency treatment of patients with respiratory infectious diseases and the long-distance transport of critically ill patients.[Chinese Medical Equipment Journal,2023,44(9):24-28]
