Sounding balloon tethered control device

Abstract

The invention provides a sounding balloon mooring control apparatus and aims to solve the problem that a rope is not easy to control for a conventional apparatus. The provided sounding balloon mooring control apparatus comprises a base; a reeling roller, which is rotatingly arranged on the base; a rope moving module, which comprises a guiding rotation shaft, wherein the guiding rotation shaft is rotatingly arranged on the base to drive a sliding seat to reciprocate along the axis of the guiding rotation shaft, and a hole is arranged in the sliding seat; a driving module, which is used to drive the reeling roller and the guiding rotation shaft to rotate; and a rope regulating module, which comprises a first extending member, wherein the first extending member is pivotally arranged on the base through a pivot part, one end of a second extending member is connected to the first extending member, one rope guiding member is pivotally connected to the other end of the second extending member, and multiple tension pulleys are arranged between two ends of the second extending member.

Description

technical field [0001] The invention relates to a mooring control device for a sounding balloon, in particular to a mooring control device for a sounding balloon that can be used to control the retraction and retraction of the tether of the sounding balloon. Background technique [0002] In recent years, global climate change and natural disasters have been caused by air pollution problems, making the topic of air pollution detection and natural disaster monitoring more and more important. [0003] The most common way to detect the atmospheric environment is to use a sounding balloon. There is a meteorological radiosonde attached to the bottom of the sounding balloon, and a tether is connected to a control device on the ground. The control device controls the retraction of the tether. release, so as to control the lift-off height of the sounding balloon, in order to measure atmospheric pressure, altitude, temperature, humidity, etc. . In addition, small motors and sampling...

AI Technical Summary

Problems solved by technology

[0004] However, since the air-sounding balloon is prone to be moved in an irregular and non-directional manner by the wind force in the air, it is difficult to use the existing tethered control device for the sounded air balloon to control the retraction and retraction of the tether by manual operation alone to maintain the air-sounding balloon. stay at the intended lift-off altitude

In addition, there is no way to accurately judge the exact location of the sampling afterwards, so that the accuracy of the analysis results is not good, and the help for related research is quite limited

[0005] Furthermore, in the process of retracting the tether, because the sounding balloon will directly pull the tether when it is moved by the wind force, the tether cannot be smoothly retracted, so when the tether is extended, the tether often occurs. In the case of being stuck, the operation convenience is not good

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