Artificial weather modification catalytic operation device as well as control system and control method thereof

Abstract

The invention discloses an artificial weather modification catalytic operation device as well as a control system and control method thereof, and belongs to the technical field of artificial weather modification safe operation. The operation device comprises a parachute compartment, an instrument compartment, a control compartment, a battery compartment, a rotor compartment, a catalyst scatteringcompartment and an engine compartment which are arranged in sequence in a rocket body as well as a tail wing arranged at the tail of the rocket body, wherein a control circuit, a navigation circuit and a safe lunch circuit are arranged in the control compartment, and the control circuit controls rocket ignition, device flight and catalyst scattering. The novel catalyst scattering operation deviceis improved and designed by organic combination of a rotor unmanned aerial vehicle and a rocket, and safe lunch of the operation device is carried out through an improved lunch controller; and compared with the prior art, the operation device improves the accuracy, effectiveness and safety of artificial weather modification catalytic operation, realizes reuse and greatly reduces the cost of artificial weather modification operation.

Description

technical field [0001] The invention relates to the technical field of weather modification operations, in particular to a weather modification catalytic operation device, a control system and a control method thereof. Background technique [0002] At present, the main means of artificial weather modification are the use of antiaircraft guns and rocket launchers to launch catalytic bombs on the ground for catalysis, and the use of manned aircraft to carry out artificial weather modification operations by burning and spreading silver iodide flame rods in the air. [0003] There are the following problems in the way of using antiaircraft artillery or rocket launcher to launch catalytic shells or rockets: antiaircraft artillery catalytic shells use a time-delayed fuze, and when the time is up, they will explode and complete the spreading of the loaded catalyst, but the temperature and timing of spreading are not certain It is the best; the catalytic broadcasting time of the roc...

AI Technical Summary

Problems solved by technology

[0003] There are the following problems in the way of using antiaircraft guns or rocket launchers to launch catalytic shells or rockets: the antiaircraft catalytic bombs use a time-delayed fuze, and when the time is up, they will explode and complete the spreading of the loaded catalyst, but the temperature and timing of spreading are not certain It is the best; the catalytic broadcasting time of the rocket is fixed or the broadcasting time is set on the spot according to the radar detection data, which is inconsistent with the actual situation of the cloud layer. sow

Existing antiaircraft artillery catalytic projectiles and rocket catalytic ejection heights are fixed and are disposable products. After use, they are either blown up or parachuted to the ground. They cannot be reused, and the ejection height cannot be adjusted, resulting in high catalytic operation costs. The catalytic effect is not ideal

The catalysis of manned aircraft can be carried out according to the actual situation of the cloud layer, but the manned aircraft is a fixed-wing aircraft, which is not flexible, and the operating cost is also very high, so it is suitable for large-scale operations

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