FIELD: non-lethal impact on biological targets.
SUBSTANCE: inventions group relates to methods and means of non-lethal impact on biological targets. To implement the method for non-lethal impact on a biological target, a means for remote non-lethal impact is directed towards the target, made in the form of an irritant substance, or a low-dosage substance, or a light-sound charge, or a non-lethal charge, and equipped with a functional projectile made with the possibility of placing it in the launcher or attaching to a launcher. From the launcher, a control projectile is thrown towards the target and at least one said functional projectile is informationally connected to it via a communication channel. Operation of a functional projectile near the target is produced by an initiating signal generated in the control projectile when the control projectile hits the target. On the flight path, the functional projectile lags behind the control projectile by a distance that ensures that, when the functional projectile fires, there is no possibility of causing mechanical injuries or burns to the target. The device for non-lethal impact on a biological target is made with the possibility of placing it in the launcher or attaching it to the launcher and includes at least one functional projectile, made with the possibility of throwing it from the launcher, equipped with an electric igniter electrically interacting with the projectile initiation signal receiver, equipped with means of remote non-lethal impact and made with the possibility of throwing this tool at the target. The control projectile is made with the possibility of throwing it from the launcher and contains a signal source for initiating a functional projectile, equipped with a trigger that is triggered when the control projectile hits the target. The projectiles are informationally linked via a communication channel.
EFFECT: increasing the range of destruction and eliminating the dependence of the effect of exposure on the distance from the launcher to the target.
10 cl, 10 dwg
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Authors
Dates
2023-02-15—Published
2022-05-24—Filed