All-terrain scientific investigation vehicle

Abstract

The invention belongs to the field of field scientific investigation, and particularly relates to an all-terrain scientific investigation vehicle which is a vehicle suitable for auxiliary scientific research and sample collection of various terrains and comprises a chassis driving system, a vehicle body and an unmanned aerial vehicle module. The chassis driving system consists of a chassis, frontwheels, wheel-track combined rear wheels and a wind power generation module, the vehicle body consists of a living quarter module, a laboratory module, a sample storage chamber and a sample collectionmodule, and the sample collection module comprises a replaceable exploring and drilling module; a solar panel is arranged on the surface of the vehicle body. The invention aims to improve the adaptability to complex terrains by matching a wheel-track combined advancing device with a lifting system; different detection equipment and laboratories are carried, and data and samples are collected andanalyzed; and sustainable development is realized by utilizing wind energy and solar energy.

Description

technical field [0001] The invention belongs to the field of field scientific investigation, and in particular relates to an all-terrain scientific investigation vehicle, which is a vehicle for auxiliary scientific research and sample collection adapted to various terrains. Background technique [0002] From ancient times to the present, people have never stopped exploring nature. With the development of science and technology, human footprints are all over the world. Most of the scientific research tasks are to go deep into the nature to investigate, measure and collect first-hand information. The working environment is mostly in inaccessible areas such as glaciers, deserts, plateaus, etc., with difficult conditions and inconvenient transportation. Most of the existing means of transportation for scientific investigations are scientific investigation ships in the marine environment. The scientific investigation vehicles for the land environment are small in size and are onl...

AI Technical Summary

Problems solved by technology

Most of the scientific research tasks are to go deep into the nature to investigate, measure and collect first-hand information. The working environment is mostly in inaccessible areas such as glaciers, deserts, plateaus, etc., with difficult conditions and inconvenient transportation.

Most of the existing means of transportation for scientific investigations are scientific investigation ships in the marine environment. The scientific investigation vehicles for the land environment are small in size and are only used as vehicles for transporting scientific research equipment and scientific research personnel, and it is difficult to complete sample analysis in the field. , nor can it carry out relatively long-term scientific research tasks

At the same time, the land environment is quite different, which increases the difficulty for the inspection vehicle to pass.

[0003] In order to solve the problem of complex and extreme terrain, a special walking device chassis can be designed. For example, the invention patent application publication number CN110525533A discloses "a large-span anti-subsidence polar scientific research vehicle" to increase the overall span through long-distance poles and set anti-subsidence. Trapping claws, to solve the problem that scientific research vehicles are easy to fall into ice crevasses in polar environments and realize self-rescue

However, this kind of walking mechanism is limited by the terrain, so it is not easy to apply to scientific research tasks in other environments, and the traveling speed is relatively slow

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