Pneumatic membrane structure virus detection lab and casing soil virus detection lab

Abstract

The invention provides a pneumatic membrane structure virus detection lab and a casing soil virus detection lab. The pneumatic membrane structure virus detection lab comprises multiple pneumatic membrane structures; each pneumatic membrane structure can form a main space unit used as a main functional area and one or more sub space units used as auxiliary functional areas after being inflated; themain space units communicate with each other through the sub space units; a one-way air inlet is formed in the main space unit in each pneumatic membrane structure; a one-way ventilation port with afiltering device is formed in an internal opening and closing door in each pneumatic membrane structure; and one-way air outlets having filtering devices and used for the air to be exhausted are formed in the side surfaces, adjacent to the internal opening and closing doors, in the sub space units. According to the pneumatic membrane structure virus detection lab and the casing soil virus detection lab, as a pneumatic positive pressure structure is adopted, the building supporting structure is simplified and the whole closeness of the whole system is also guaranteed through combination of a positive pressure pneumatic membrane structure and a prefabricated construction system. Therefore, without foundation construction, the pneumatic membrane structure virus detection lab can be rapidly deployed; and the pneumatic membrane structure virus detection lab is especially beneficial for responding to emergency during epidemic outbreak and can be rapidly placed in needed places.

Description

technical field [0001] The application relates to the field of protective and isolation buildings, in particular to a virus detection laboratory with an inflatable membrane structure and a virus detection laboratory with a soil-covered structure. Background technique [0002] After the outbreak of a large-scale epidemic in my country at the beginning of 2020, in addition to the huge demand for epidemic prevention hospitals, shelter hospitals, and isolation places, virus detection laboratories (or biosafety laboratories) for virus detection and research have also experienced serious shortages. . [0003] A biosafety laboratory is a laboratory constructed through standardized laboratory design, configuration of experimental equipment, and use of personal protective equipment. Whenever there is an outbreak of infectious disease or related events, the relevant samples (including human body, animals, environment, etc.) collected on-site are quickly sent to the biosafety protectio...

AI Technical Summary

Problems solved by technology

[0007] 1. Due to the negative pressure system, the implementation cost is high and the cost is expensive;

[0008] 2. From the construction of the building to the installation of the indoor negative pressure system, the on-site installation is difficult and requires professional workers;

[0009] 3. The construction period is long, it is difficult to dismantle after completion, and it cannot be pre-packaged for storage

[0010] 4. High-level virus detection laboratories such as P4 laboratories are generally single-family buildings, so mobility is poor and site selection is difficult;

[0011] To sum up, when the virus epidemic breaks out on a large scale, the traditional existing virus detection laboratory or biosafety laboratory obviously cannot meet the needs of flexible and timely construction

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