Single-beam jet flow electric shock device based on distribution parameter coupling

Abstract

The invention discloses a single-beam jet flow electric shock device based on distribution parameter coupling. The single-beam jet flow electric shock device comprises a pulse high-voltage generator, a spraying nozzle and electrification jet flow liquid. The pulse high-voltage generator is arranged inside a body device, a plurality of lines are arranged on the pulse high-voltage generator, a closed switch is arranged on the first line, a battery is arranged on the second line, a trigger outside the body device is respectively connected with the closed switch and a mechanical device on a spraying nozzle pipe, the third line serves as a high voltage output end, the fourth line serves as a low voltage output end, the high voltage output end is connected with the spraying nozzle, the electrification jet flow liquid guided by protection gas is jetted out from the spraying nozzle to hit a living target object, a distributed capacitor between the living target object and the ground is coupled with a distributed capacitor between the ground and the low voltage output end, and a closed serial discharging circuit is formed. Strong but non-fatal-wound electric shock is generated to the living target object. The single-beam jet flow electric shock device is small in size, light in weight and capable of being held with one person, close-range continuous jetting within 7 m is achieved, a criminal suspect can be effectively subdued, or disorderly crowns can be effectively driven, and the single-beam jet flow electric shock device can serve as an updating substitute product of a Taser.

Description

technical field [0001] The invention relates to police high-voltage electric shock equipment, in particular to a single-beam jet electric shock device based on distributed parameter coupling. Background technique [0002] At present, domestic and foreign handheld police electric shock equipment are mainly electric batons and Taser guns. They are all double-electrode, that is, two electrodes need to act on the human body at the same time to produce electric shock effects. [0003] The electric baton is the most commonly used police equipment. It is often used to shock the human body or other living animals. During the electric shock, the two electrodes must touch each other's body at the same time to achieve a strong stimulating effect. It belongs to contact police equipment. Its disadvantage is that before the police officers give electric shocks, the suspect has the opportunity to have a direct physical confrontation with the police officers, and even hurt the...

AI Technical Summary

Problems solved by technology

[0005] 1. After the "dart" is launched, it is difficult to recover, so it cannot be launched continuously

[0006] 2. If a "dart" misses the target and cannot produce an electric shock, it will give the suspect an opportunity to escape or harm the police

[0007] 3. In case of rain or strong wind, the "dart" may swing during the travel and short-circuit the "dart", and the Taser gun will fail

[0008] 4. The dart head of the "dart" is a pointed needle with a barb, and the dart body is a cylindrical

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