Triphibious cradle head camera

Abstract

The invention relates to the field of a cradle head camera shooting system, in particular to a triphibious cradle head camera. The camera comprises a cradle head camera main body, a triphibious travelling device and a GPS positioning device; the cradle head camera main body comprises an arc top, a plane bottom, a built-in circuit structure, a reserved external connector and the cradle head camera,wherein the arc top and the plane bottom are cooperatively fixed, a built-in circuit is placed between the arc top and the bottom of the cradle head camera main body, and is connected with the cradlehead camera; the cradle head camera is hung on the plane bottom; the triphibious travelling device is fixedly matched with the cradle head camera main body, and is in communication connection with the GPS positioning device; the built-in circuit and the triphibious travelling device are in communication control connection with a ground control end. The cradle head camera shooting system of the camera can carry out operation in three modes of water, land and air, so that the technical problems such as the use field limitation, the operation delay and the shooting area finiteness of a mountabletype camera in the prior art are solved.

Description

technical field [0001] The invention relates to the field of cloud-tilt camera shooting systems, in particular to a three-dwelling cloud-tilt camera. Background technique [0002] In the daily operation process, it is often necessary to collect the screen information of the relevant environment and record the data of different environments to provide sufficient and reliable material basis for the result analysis. For example, in the process of power inspection, observe the operation of the tower through photography, analyze whether there is any obstacle through data comparison, and save relevant records to provide material information for the next inspection; at the scene of a natural disaster, through photography , which can quickly obtain the size of the disaster area, which is convenient for search and rescue personnel to grasp the disaster situation; at the traffic accident scene, through multi-angle collection of environmental information, it can provide favorable infor...

AI Technical Summary

Problems solved by technology

In the process of power inspection, drones are used to achieve high-altitude shooting, and information acquisition is convenient, but for ground shooting and water information acquisition, drone shooting will be subject to certain restrictions

For example, in the process of shooting at close range in a small space on the ground, the UAV will be limited by space and cannot provide enough space for the UAV to hover; for operations on water, considering whether the UAV has a good Water resistance, and operational flexibility

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