A carrying device for an atmospheric detection vehicle

Abstract

The invention relates to the technical field of atmosphere mobile detection, in particular to a carrying device used for an atmosphere detection vehicle. The carrying device comprises a trolley arranged on the rear portion of a bottom plate of a vehicle body. The trolley is arranged in the front-back direction of the vehicle body in a sliding manner. First rolling wheels are arranged at the frontend of the trolley. Second rolling wheels are arranged at the rear end of the trolley. Third rolling wheels are arranged on the middle portion of the trolley. The first rolling wheels, the second rolling wheels and the third rolling wheels are all matched with the bottom plate of the vehicle body in a rolling manner. A self-rebounding joint is arranged on an axle of each second rolling wheel. A reflection unit of an atmosphere infrared spectrum detection system is installed on a lifting cart. A cart releasing mechanism and a cart recycling mechanism are arranged on the trolley. The release scheme of horizontally moving the whole reflection unit to the outer portion of the vehicle body firstly and then horizontally moving the whole reflection unit to the ground in the vertical direction isadopted, and by means of the scheme, it can be ensured that the reflection unit is kept in the upright posture all the time in the unloading process and impact on optical elements in the reflection unit is reduced.

Description

technical field [0001] The technical field of atmospheric movement detection of the present invention particularly relates to a carrying device for an atmospheric detection vehicle. Background technique [0002] In recent years, with the continuous development of my country's industrial production scale, the emission of industrial gases has become an important subject of air quality supervision, and the awareness of environmental protection of most production-oriented enterprises is also gradually increasing. Harmless treatment is carried out, and at the same time, the air quality around the factory area must be closely monitored to ensure that industrial production will not affect the surrounding environment. Therefore, all parties are actively introducing more advanced and reliable air quality testing equipment. The FTIR open optical path detection system is an efficient, stable and reliable new atmospheric detection method that has emerged in recent years. for precise ana...

AI Technical Summary

Problems solved by technology

[0003] The above-mentioned FTIR open optical path detection system can realize rapid and accurate detection of atmospheric components in a certain area, while the above-mentioned equipment in the prior art can only be installed on land, and after the equipment is installed in place, it can only detect air components in a specific area. It is difficult to achieve the goal of flow detection, and it is impossible to maximize the use value of the FTIR open optical path detection system

In addition, the flow detection equipment in the prior art has a single function and cannot realize a series of all-round three-dimensional detection such as portable inspection, emergency telemetry, and emission flux detection.

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