An Atmospheric Parameter Measuring Device for Sounding

Abstract

The invention discloses an atmospheric parameter measuring device for sounding, which includes a cone top, a balance pole, an upper propeller, a lower propeller, a transmission module, a speed-up module, a DC generator, a load case, an inertial power generation module, a wireless portable Functional communication module, sensor carrier, base, airbag, low power consumption sensor. Through the technical solution of the present invention, wind energy, microwave, inertia, and solar energy can be used to generate electric energy in four ways to ensure the energy supply of the low-power sensor installed, so that the measuring device can generate electric energy day and night, and ensure the low-power sensor carried. Working state, in order to measure the temperature, humidity, wind speed, pressure, and cloud water particle shape parameters of the atmosphere at the current location; the lift provided by the rotation of the two propellers makes the measuring device fly in the air, small in size and light in weight, convenient to carry low-power sensors Carry out a large-scale sounding atmospheric parameter measurement experiment, and at the same time realize the reverse control of the floating flight state of the measurement device.

Description

Technical field [0001] The invention belongs to the technical field of atmospheric parameter measurement, and particularly relates to an atmospheric parameter measurement device for sounding with a self-power generation function. Background technique [0002] Generally defined, the area below 20 kilometers from the ground is called aerospace; the area above 100 kilometers from the ground is called aerospace; and the area 20-100 kilometers from the ground is called adjacent space, which is the space between aerospace and aerospace. The transition area is a blank area that has not been developed on a large scale by mankind, and has very important strategic significance and utilization value. This area is higher than the flight airspace of commercial aircraft, but lower than orbiting satellites. Although some airplanes, satellites, and spacecraft can technically reach the adjacent space, they must consume a lot of fuel to stay for a long time. [0003] With the rapid development of ...

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Problems solved by technology

[0004] In the existing atmospheric parameter measurement devices used for sounding, the energy supply usually adopts the method of carrying lithium batteries and solar panels, but this will increase the weight of the aerostat, and at the same time, it cannot be used at night due to the need for solar charging. Work

In addition, in the existing atmospheric parameter measurement devices used for sounding, their working space and position have certain limitations, and it is not convenient to adjust them in time according to the needs

Furthermore, in the existing atmospheric parameter measurement devices used for sounding, the cost of the device is usually high, and if the atmospheric parameters are to be measured on a large scale, the cost of measurement is also higher

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