Atmospheric environment monitor for municipal roads

Abstract

The invention discloses an atmospheric environment monitor for municipal roads. The atmospheric environment monitor comprises an atmospheric monitoring device, and a bearing device is arranged at the bottom end of the atmospheric monitoring device; through cooperation of the positioning device and the limiting device, people can rapidly adjust the inclination angle of the power generation device, the applicability is better, the power generation capacity of the power generation device can be improved, and through cooperation of the positioning device, the limiting device and the triggering device, the power generation device can rapidly move to the horizontal position in the strong wind environment; strong wind is guaranteed to be blown on the narrow side face of the power generation device, the stress area of the power generation device is reduced, then wind force borne by the power generation device in the strong wind is reduced, the load of the bearing vertical pipe is further reduced, the wind is shunted through the triangular wind guide strips, the load of the bearing vertical pipe can be reduced again, the force borne by the bearing vertical pipe is obviously reduced, the bearing vertical pipe cannot be damaged in strong wind, and the practicability of the atmospheric environment monitor for the municipal road is improved.

Description

technical field [0001] The invention relates to the field of atmospheric environment monitors, in particular to an atmospheric environment monitor for municipal roads. Background technique [0002] Environmental monitoring instrument is a general term for instruments used to monitor various parameters of indoor and outdoor environments. It determines the environmental quality and its changing trend by measuring the representative values ​​of factors affecting environmental quality. The environmental monitoring instrument installed on the side of the municipal road is called The atmospheric environment monitoring instrument for municipal roads is mainly composed of a base, a vertical pole, a display screen, a solar panel, and an atmospheric monitoring micro-station. The atmospheric monitoring micro-station is equipped with a data transmission host, various atmospheric environment monitoring sensors, and a wind vane, etc. Composition, atmospheric environment monitoring is clos...

AI Technical Summary

Problems solved by technology

[0003] The solar panels on the existing atmospheric environment monitors for municipal roads are directly fixed and installed on the top of the vertical poles. It is inconvenient to adjust their inclination angle and orientation, the applicability is poor, the power generation capacity is weak, and the solar panels, the atmosphere The front area of ​​the monitoring micro-station and the display screen is larger, which will make the solar panel, the atmospheric monitoring micro-station, and the display screen bear greater wind force in a windy environment, and the wind resistance is weak. When encountering strong winds, the solar energy The solar panels, atmospheric monitoring micro-stations, and display screens are subjected to extremely strong winds and transmit the force to the vertical rods, causing the vertical rods to bear too much force, causing the vertical rods to bend, break, and topple over. Therefore, it is urgent to design a Atmospheric environment monitor for municipal roads

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