All-Sea Deep Landing Vehicle

Abstract

The invention relates to the technical field of whole sea depth exploration equipment, specifically an all-oceanic depth landing vehicle, including a vehicle frame and track pulley systems, the two track pulley systems are respectively arranged on both sides of the vehicle frame, and a driving device for driving the crawler pulley system is arranged in the vehicle frame, A primary ballast assemblyis provided in the front of the vehicle frame, A two-stage ballast assembly is arranged at the rear end of the vehicle frame, A first-stage ballast assembly includes a first-stage electromagnet and first-stage ballast iron, The first-stage electromagnet discard first-stage ballast iron when that vehicle body lands on the seafloor, The secondary ballast assembly comprises a second-stage electromagnet and second-stage ballast iron, wherein the second-stage electromagnet discards the second-stage ballast iron when the vehicle body starts to float upward, a buoyancy material is arranged on the upper side of the vehicle frame, a lifting assembly is arranged in the middle of the buoyancy material, the lifting assembly is provided with a propeller, and the propeller is started when the vehiclebody lands or floats upward on the seabed. The invention can complete scientific investigation on the seafloor, has strong adaptability to the seafloor complex operation environment, and creates a newmode of the seafloor landing equipment at the same time.

Description

technical field [0001] The invention relates to the technical field of full-ocean depth detection equipment, in particular to an all-ocean depth landing vehicle. Background technique [0002] Since the 20th century, researchers from various countries have set their sights on the unknown areas of human beings, and have continuously challenged the limits, such as using space exploration vehicles, polar scientific research vehicles and beach crawler vehicles to gradually uncover the mysterious veil of the world. For the field of marine scientific investigation, the tools commonly used at present are mainly unmanned submersibles, manned submersibles and other devices. These devices have the following disadvantages: easy to lose, high cost, low safety, weak operating ability, etc. . In addition, for the existing seabed detection equipment, the landing mobile detection equipment only stays in relatively shallow sea areas, and has not been developed for deep sea areas, and landers...

AI Technical Summary

Problems solved by technology

For the field of marine scientific investigation, the tools commonly used at present are mainly unmanned submersibles, manned submersibles and other devices. These devices have the following disadvantages: easy to lose, high cost, low safety, weak operating ability, etc.

In addition, for the existing seabed detection equipment, the landing mobile detection equipment only stays in relatively shallow sea areas, and has not been developed for deep sea areas, and landers involving deep sea areas can only complete simple fixed-point operations. Unable to complete mobile complex scientific research missions

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