Self-driving type rain speeding bullet

Abstract

The invention discloses a self-driving type rain speeding bullet. A diversion trench is formed in the outer wall of a bullet head part, a water inlet is formed in a bullet body part, and a condensate bin is arranged in the bullet head part. The interior of the bullet body part is divided into a ventilation chamber and a dry ice bin, the ventilation chamber and the dry ice bin are isolated through an inner tube, and a water outlet is formed in the end of the bullet body part. The dry ice bin is divided into multiple partition bins, and each partition bin corresponds to one explosion opening. A telescopic inclined wing is arranged in each partition bin. Compared with the prior art, low-temperature matter is placed in the condensate bin, when the rain speeding bullet is launched, the bullet head part absorbs heat to condensate water vapor into water drops, the water drops pass the diversion trench to flow into the water inlet to enter the ventilation chamber, the water drops flow through the inner tube and, heat of the water drops continues to be absorbed by the dry ice bin with lower temperature, the water drops are finally exhausted from an air outlet, dry ice catalyst solids in the dry ice bin are decomposed into gas, the high-pressure gas expands to squeeze a rupture film to enter external air to achieve rain speeding, safety is achieved, and troubles and large losses caused by reshaping after explosion recovery are avoided.

Description

technical field [0001] The invention relates to a rain reminder bomb, in particular to a rain reminder bomb with a high safety factor, belonging to the field of meteorological environment management. Background technique [0002] The principle of artificial rain reminder is actually to shorten the original process of rainfall: when the cloud layer is observed to have a suitable thickness and degree, the shells filled with solid dry ice are shot into the cloud layer, and the rain reminder bomb explodes in the cloud layer. Dry ice absorbs heat in the cloud layer, condenses the fog in the cloud, and makes it accelerate to condense into raindrops. However, the rain bombs generally used now need to be exploded in the cloud layer to disperse the internal catalyst. Therefore, there are potential safety hazards in the usual manufacturing, transportation and storage. Moreover, when the rain bomb is shot into the cloud layer, it will also be disturbed by moisture or electric current, ...

AI Technical Summary

Problems solved by technology

The cost of the bomb is much lower than that of the existing anti-hail and rain-increasing rockets. Although the rocket does not use high explosives, the safety hazards are relatively reduced, but the small-scale self-destruction and decomposition will still bring great harm to the later reorganization and repair. more troublesome processing

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