The invention relates to the field of unmanned aerial vehicles, in particular to a 5G intelligent AI flight seismograph and a control method. The flight seismograph comprises an unmanned aerial vehicle, a fixing clamp (5) and a seismograph terminal (6) fixed through the fixing clamp (5), a pushing power part (9) is installed on an unmanned aerial vehicle body (4) of the unmanned aerial vehicle downwards, a fixing clamp (5) is fixed to the end of a pushing power shaft (12) of the pushing power part (9) through a power shaft end clamp (11), a fixing clamp fixing hole (8) is formed in the fixing clamp (5), and a hole is formed in the middle of the fixing clamp (5) and used for allowing a seismograph terminal (6) to penetrate through. A shell of the seismograph terminal (6) also comprises a threaded hole used for being matched with the fixing card fixing hole (8), and a screw penetrates through the threaded hole and the fixing card fixing hole (8) and then is used for fixing the seismograph terminal (6); and the seismograph terminal (6) is downwards provided with spikes (7).
本发明涉及无人机领域,尤其涉及一种5G智能AI飞行地震仪和控制方法。该飞行地震仪包含无人机和固定卡(5),还包含通过固定卡(5)固定的地震仪终端(6);无人机的无人机本体(4)上朝下安装有推动动力部分(9),推动动力部分(9)的推动动力轴(12)端部通过动力轴端部卡子(11)固定着固定卡(5),固定卡(5)上布置有固定卡固定孔(8),在固定卡(5)中部亦包含一孔用于穿过地震仪终端(6)的壳体,地震仪终端(6)的壳体也包含螺纹孔用于和固定卡固定孔(8)配合,螺钉穿过螺纹孔和固定卡固定孔(8)后用于固定地震仪终端(6);地震仪终端(6)朝下布置有尖刺(7)。
5G intelligent AI flight seismograph and control method
一种5G智能AI飞行地震仪和控制方法
2023-06-23
Patent
Electronic Resource
Chinese
IPC: | B64U |
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