Self-propelled biosafety laboratory

Abstract

The invention discloses a self-propelled biosafety laboratory. The self-propelled biosafety laboratory comprises a van-type vehicle body; the van-type vehicle body comprises an experiment room, a power distribution room and a temperature control ventilation equipment room; the experiment room is arranged in the van-type vehicle body, and the experiment room comprises a reagent preparation room, aspecimen preparation room and an amplification analysis room which are sequentially arranged and mutually sealed and independently arranged. A first generator is connected with an engine and a low-voltage distribution box of the van-type vehicle body separately; a 220V inverter is connected with the low-voltage distribution box and a vehicle-mounted UPS separately; a second generator is connectedwith the vehicle-mounted UPS; the vehicle-mounted UPS is connected with a high-voltage distribution box, and the high-voltage distribution box is used for supplying power to the reagent preparation room, the specimen preparation room, the amplification analysis room and the temperature control ventilation equipment room separately; a first fresh air system for introducing air into or discharging air out of the reagent preparation room, a second fresh air system for introducing air into or discharging air out of the specimen preparation room and a third fresh air system for introducing air intoor discharging air out of the amplification analysis room are arranged in the temperature control ventilation equipment room.

Description

technical field [0001] The invention relates to the technical field of medical testing laboratories, in particular to a self-propelled biosafety laboratory. Background technique [0002] Nucleic acid testing plays an important role in the control and prevention of major infectious diseases, but nucleic acid testing rooms are generally located in fixed places such as major hospitals and research institutes, lacking rapid and flexible response capabilities; and mobile testing rooms rebuilt in China are mostly square cabins , which is refitted by a large tractor and a trailer, has poor mobility, high requirements for auxiliary equipment and personnel, long preparation time, and is not suitable for remote cities, counties and townships with narrow roads and many bends. Moreover, the existing shelter-type testing room has poor ventilation conditions, which is easy to cause cluster infection. Most of the traditional shelter-type testing rooms are selected in places that can be di...

AI Technical Summary

Problems solved by technology

[0002] Nucleic acid testing plays an important role in the control and prevention of major infectious diseases, but nucleic acid testing rooms are generally located in fixed places such as major hospitals and research institutes, lacking rapid and flexible response capabilities; and mobile testing rooms rebuilt in China are mostly square cabins , modified by a large tractor and a trailer, poor mobility, high requirements for auxiliary equipment and personnel, long preparation time, and not suitable for remote cities, counties and townships with narrow roads and many bends.

Moreover, the existing shelter-type testing room has poor ventilation conditions, which can easily lead to cluster infection

Most of the traditional shelter-type testing rooms are selected in places that can be directly connected to 220V mains power, which cannot meet the power supply requirements for mobility testing related equipment.

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