Amphibious unmanned surveying and mapping boat and surveying and mapping method thereof
An amphibious and hull technology, applied to unmanned surface ships, amphibious vehicles, surveying, mapping and navigation, etc., can solve the problems of manpower and material resources, low efficiency, etc., to solve low efficiency, improve efficiency, and avoid excessive hull quality big effect
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Embodiment 1
[0029] see Figure 1-Figure 6 , an amphibious unmanned surveying and mapping boat, including a hull 1, a GPS device 3, a communication antenna 4, a control box 6, an unmanned aerial vehicle 5 and a radar 7 are arranged on the deck of the hull; wherein, the GPS device 3 is used for the entire land and water The determination of the position and pose information of the amphibious unmanned mapping boat; the communication antenna 4 is used for the communication between the amphibious unmanned mapping boat and the shore-based workstation and the UAV 5, so that the shore-based staff can fully grasp the location and orientation of the amphibious unmanned mapping boat. Dynamic information and issuing orders; the control box 6 is used to send control commands to all equipment on the amphibious unmanned mapping boat; the unmanned aerial vehicle 5 is used to cooperate with the unmanned mapping boat to realize the integration of sea and air surveying and mapping; the radar 7 is located in ...
Embodiment 2
[0033] A method of using the amphibious unmanned surveying and mapping boat described in embodiment 1 to carry out marine surveying and mapping, comprising the following steps:
[0034] (1) When receiving the surveying and mapping task, the amphibious unmanned surveying and mapping boat travels from the land to the water area according to the positioning information of the GPS device 3, and then the engine 18 continues to drive the rear wheel system to drive toward the water. When the camera 13 monitors the bottom of the hull 1 When both are submerged in water, turn off the engine 18, and at the same time shrink the hydraulic telescopic cylinder 10, and recover the front wheel system and the rear wheel system into the front wheel system recovery cavity 14 and the rear wheel system recovery cavity 15 respectively;
[0035] (2) The control box 6 controls the engine 18 to provide power to the water jet propeller 2, starts the engine 18, and the engine 18 drives the water jet prope...
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