Release date: 2014-11-06
In response to the Ebola epidemic in West Africa, the Institute of Health Equipment of the Academy of Military Medical Sciences has successfully developed equipment such as positive pressure protective hoods, positive pressure protective clothing, negative pressure isolation disposal tents, negative pressure isolation transport cabins, etc., and invested in Sierra Leone and Mali-affected areas in Africa. Use to build a life barrier for the Chinese Aid Medical Medical Inspection Team and the peacekeeping medical team.
It is understood that the researchers have tackled key technologies such as high-efficiency filtration, ventilation purification, dirt sterilization, negative pressure micro-environment control monitoring and human body tightness, successfully completed the demonstration and development and trial production tasks, and timely filled the domestic high-grade organisms. Protective equipment is blank.
Researcher Yan Jiancheng of the research group said that the series of protective equipment developed this time are all independently developed, fully meeting the Ebola epidemic situation on-site emergency prevention and control and protection requirements, and the main performance indicators meet or exceed the level of international similar products. Among them, the positive pressure protective hood and the positive pressure protective clothing are mainly used for the head and face and high-level protection of the person who is in contact with or may be exposed to the virus. The structure is cleverly designed, the wearing comfort is high, the use is flexible and convenient, and the life of the medical staff can be effectively guaranteed. Safety. The negative pressure isolation disposal tent and the negative pressure isolation transport compartment are mainly used for emergency treatment and isolation transportation of patients infected with Ebola virus. The unique pressure difference real-time monitoring system can accurately maintain the negative pressure environment, effectively prevent virus spread and filter. The efficiency can reach 99.99%.
Source: Chinese Journal of Science
critical patient care system
Critical Care,Intensive Care,Critical Care Nursing,Critical Care Medicine
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