Autogyro using Mars Atmospheric Circulation Random Detection and Its Application Method

Abstract

The invention discloses a self-rotating rotorcraft using the random detection of Martian atmospheric circulation and its use method, which includes a rotor shaft and a rotor hub, and also includes a wind sensor, a foldable blade, a propeller, a fuselage and a rudder surface, the The wind sensor is set on the top of the rotor hub to monitor the wind direction and wind speed on the surface of Mars. The foldable blade is installed on the top of the rotor shaft through the rotor hub. It is in a folded state when launching, and the blade unfolds after reaching the surface of Mars. The number of the propellers is 4, which are arranged in the shape of a "ten" at the root of the rotor shaft; the rudder surface is symmetrically arranged on the upper surface of the fuselage, and the upper surface of the fuselage is also provided with solar cells; the inside of the fuselage A storage battery connected to the solar cells is provided. The present invention is different from the current scientific detection forms of Mars orbiter and landing patrol device, and utilizes Martian atmospheric circulation to carry out random on-site detection, which can be applied to the "Mars Green Home" project, and has a broad application prospect in the field of deep space detection.

Description

technical field [0001] The invention relates to the field of aeronautical devices, in particular to an autogyro that utilizes random detection of Martian atmospheric circulation and a method for using the same. Background technique [0002] Mars has always been the most important detection object in deep space exploration. Since the 1990s to the present, Mars probes have been launched in almost every launch window. Six orbiters have entered Mars orbit and four have landed on Mars. NASA announced in 2015 that it had found evidence of liquid flowing water on the surface of Mars. In order to further detect and search for signs of life such as water ice and obtain more detailed scientific data, it is necessary to carry out in-situ detection on a large scale. The Mars orbiter conducts a full-scale detection of Mars on a large scale, which lacks precision; the patrol speed and range of activities of the landing patrol are limited, and the launch cost is high, so it is impossible...

AI Technical Summary

Problems solved by technology

The Mars orbiter conducts a full-scale detection of Mars on a large scale, which lacks precision; the patrol speed and range of activities of the landing patrol are limited, and the launch cost is high, so it is impossible to achieve full coverage of large areas and multiple areas in a short time

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