Laser projectile simulation launching device and laser projectile simulation launching control method

Abstract

The invention relates to a laser projectile simulation launching device and a laser projectile simulation launching control method. The launching device comprises a laser projectile launcher and a laser projectile projecting screen; a laser launching window is formed in a front panel of the laser projectile launcher; the laser projectile projecting screen is arranged just oppositely to the laser launching window; an insulation board is arranged on the bottom surface inside the laser projectile launcher; an optical element backing plate is arranged on the insulation board; an X-Y laser high-speed scanning galvanometer, a diffraction grating and a laser launcher are sequentially arranged on the optical element backing plate; and the X-Y laser high-speed scanning galvanometer is opposite to the laser launching window. The laser projectile simulation launching device and the laser projectile simulation launching control method disclosed by the invention have the characteristics of economy, lightweight, stable structure, flexible operation and safety in use; and in addition, a simulated projectile has the advantages of wide ranges of firing rate and flying speed and continuous adjustability.

Description

technical field [0001] The invention relates to the field of weapon launch measurement, in particular to a laser projectile simulation launch device and a launch control method. Background technique [0002] The new generation of high-firing weapons is powerful, and its high rate of fire will ensure fire suppression on the spot. Therefore, relevant research has gradually become the current hot spot and focus. As we all know, the rate of fire is an important technical indicator of burst weapons. Therefore, it is necessary to develop a weapon rate of fire tester. [0003] In the development of the rate of fire tester for continuous fire weapons, the performance of the rate of fire tester for continuous fire weapons is generally tested or checked directly with high rate of fire weapons. Such a test or inspection will face many difficulties. First, the cost of high-firing weapons is very expensive, and it is impossible to carry out a large number of tests in unlimited places ...

AI Technical Summary

Problems solved by technology

[0004] There are few researches on high-velocity projectile simulation launching devices at present, and there are mainly devices that use light-emitting diodes to simulate the flight of projectiles, but its frequency is low, and it is not convenient to simulate continuous firing weapon projectiles with changes in flight positions; using two-dimensional rotating The laser transmitter projects light spots to simulate the flight of continuous weapon projectiles. The frequency is also low, and the structure is complex, the load capacity is poor, and there is a problem of centrifugal force.

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