The invention provides an environment-friendly atmosphere monitoring unmanned aerial vehicle capable of monitoring environment pollution concentration. The environment-friendly atmosphere monitoring unmanned aerial vehicle structurally comprises a solar power generation panel, an electrifying groove, a main vehicle body, wings and a monitoring structure, after the monitoring structure is further improved, the multi-azimuth monitoring body at the edge of the information processing module can perform coverage monitoring around the lower part of the main machine body, so that the situation that the strength and the integrity of large-azimuth monitoring are reduced due to single-azimuth monitoring can be avoided, and the position of a parallel plate can be determined by utilizing a solid plate of a dynamic balance structure; the positions of the two vertical gravity blocks can be determined through the two sliding rails on the parallel plate, and then the vertical gravity blocks are combined with the conductive module to be controlled by the main machine body and the information processing module, so that when the main machine body tilts due to the influence of airflow at any position on the left and right in the flying process of the wings; and the vertical gravity module slides to an upward tilting position through the sliding rail, so that the weight of one side of the main machine body is increased to counteract the influence of airflow.

    本发明提供一种可监测环境污染浓度的环保大气监测无人机,其结构包括:太阳能发电板、通电槽、主机体、机翼、监测结构;本发明由监测结构进一步改进后,通过信息处理模块边缘的多方位监测体能在主机体下方周围进行覆盖监测,因此可避免了单方位监测而降低了大方位监测的强度及完整性,进而利用动平衡结构的实心板能确定平行板位置,使得平行板上的两条滑轨能让两块垂直重力块位置进行确定,然后垂直重力块将结合导电模块被主机体、信息处理模块进行控制,使得主机体通过机翼飞行过程受左右任意一处气流影响产生的倾斜情况时,垂直重力模块将通过滑轨滑动至向上翘起的位置,从而增加主机体的一侧重量来抵消气流的影响。


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    Title :

    Environment-friendly atmosphere monitoring unmanned aerial vehicle capable of monitoring environmental pollution concentration


    Additional title:

    一种可监测环境污染浓度的环保大气监测无人机


    Contributors:
    WANG YAN (author) / HUANG YUYING (author) / XIE YUN (author) / HUANG HUIMIN (author)

    Publication date :

    2024-12-06


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64U



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