Small vehicle-mounted mobile sterile room and working method thereof

Abstract

The invention relates to a small vehicle-mounted mobile sterile room. The small vehicle-mounted mobile sterile room comprises a cab and a compartment, the compartment comprises a clean room, a buffer changing room, a preparation room and a space expansion device, and an air purification system is arranged in the compartment. The invention further relates to a working method of the small vehicle-mounted mobile sterile room. The small vehicle-mounted mobile sterile room is compact in spatial arrangement and convenient to move due to the small size, is provided with complete equipment and has the function of carrying out various kinds of biological sampling and pathogenic microorganism detection in outbreak fields of remote rural areas or cities; as the sterile room is provided with the space expansion device, space can be expanded according to actual needs, the space can be expanded to a size at least two times the original size, the expanded space can be used for rest of personnel or temporary work or raw material pretreatment, and thus the problem of space insufficiency of a small mobile sterile laboratory is solved; the small vehicle-mounted mobile sterile room has broad application prospects.

Description

technical field [0001] The invention relates to a small vehicle-mounted mobile aseptic room and a working method thereof. Background technique [0002] At present, there are three main methods for rapid sampling and detection of pathogenic microorganisms at the scene of suspected infectious disease epidemics or public health emergencies. The equipment is single and the detection ability is not strong; second, after the relevant personnel take samples on the spot, they send the samples to professional laboratories for various microbiological testing and identification. The disadvantage is that they cannot make a quick report at the scene of the incident; three. It is to use special sampling and testing vehicles to move to the scene of the accident to carry out rapid detection and inspection, and use various devices such as early warning, sampling, inspection, identification, and on-site information data processing in the vehicle to complete the detection and inspection tasks....

AI Technical Summary

Problems solved by technology

[0002] At present, there are three main methods for rapid sampling and detection of pathogenic microorganisms at the scene of suspected infectious disease epidemics or public health emergencies. The equipment is single and the detection ability is not strong; second, after the relevant personnel take samples on the spot, they send the samples to professional laboratories for various microbiological testing and identification. The disadvantage is that they cannot make a quick report at the scene of the incident; three. It is to use special sampling and testing vehicles to move to the scene of the accident to carry out rapid detection and inspection, and use various devices such as early warning, sampling, inspection, identification, and on-site information data processing in the vehicle to complete the detection and inspection tasks. From biological protection and detection efficiency Look, the third method is the best, it is the best combination system for on-site detection and early warning, detection and identification of severe infectious disease pathogens

However, the existing equipment cannot meet the tasks of rapid detection on the spot, and has great limitations

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