Portable multidirectional atmospheric environment monitoring device

Abstract

The invention relates to a portable multidirectional atmospheric environment monitoring device which comprises a bottom box and a top box connected with the bottom box through a lifting assembly, and when the lifting assembly works, the top box is driven to be away from the bottom box to reach the optimal monitoring height. The portable multidirectional atmospheric environment monitoring device further comprises a monitoring box which is arranged in the top box and used for reacting with air, a monitoring assembly is arranged in the monitoring box, and a dilution assembly which is connected with the monitoring box and used for dissolving and filling potassium hydroxide powder is further installed on one side of the monitoring box. One side, facing the dilution assembly, of the monitoring box is further provided with a warning assembly used for prompting after monitoring does not reach the standard, when air is sucked into the monitoring assembly, a dissolved potassium hydroxide solution is added into the monitoring assembly through the dilution assembly, and in the presence of the warning assembly, and a prompt or no prompt is made according to whether the air reaches or does not reach the standard.

Description

technical field [0001] The invention relates to the field of atmospheric environment monitoring, in particular to a portable multi-directional atmospheric environment monitoring device. Background technique [0002] As an important part of the environmental system, the atmosphere has a significant impact on the environment and the entire ecosystem. In recent years, air pollution has become one of the environmental problems of widespread concern. Among them, trace heavy metal elements and other pollutants adsorbed in atmospheric particulate matter not only affect the health of humans, animals and plants, but also continue to enter the soil in large quantities with the dry and wet deposition of the atmosphere, resulting in the enrichment of heavy metals in the soil. Therefore, the monitoring and research on atmospheric dry and wet deposition can not only clarify the intensity, nature, composition, deposition rate and other appearances of dustfall, but also infer its source, m...

AI Technical Summary

Problems solved by technology

[0004] Existing testing equipment is too bulky to carry, and usually can only be tested at a fixed height, because the needs of different people are different, obviously it cannot achieve the effect that all kinds of people can use

[0005] And when the equipment monitors that the carbon dioxide exceeds the standard, it will not give immediate feedback, which may cause harm to the surrounding people during the period

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