Automatically-triggered high-voltage electric shock head

Abstract

The invention discloses an automatically-triggered high-voltage electric shock head, and belongs to the technical field of security and protection devices. A positive electric shock electrode, a negative electric shock electrode and a self-resetting switch are fixedly connected to an insulation base plate. The positive electric shock electrode and the negative electric shock electrode are insulated from each other while an electrode insulation installation base and the insulation base plate are fixedly connected. The end face of the positive electric shock electrode and the end face of the negative electric shock electrode are higher than the end face of the electrode insulation installation base, and the end face of the self-resetting switch is higher than the end face of the positive electric shock electrode and the end face of the negative electric shock electrode. The output end of the self-resetting switch is connected with a main switch through a wire, the main switch is connected with the negative electrode of a power source through a wire, the positive electrode of the power source is connected with a high-voltage electric shock circuit through a wire, the high-voltage electric shock circuit is connected with the positive electric shock electrode and the negative electric shock electrode through a wire, and the high-voltage electric shock circuit is connected with the output end of the self-resetting switch through a wire. According to the automatically-triggered high-voltage electric shock head, a discharging circuit is powered on through contact force so that electric shock can be achieved, police officers can eliminate man-made operation errors in anti-terrorist and antiriot combats, and the fighting capacity can be improved.

Description

technical field [0001] The invention relates to security equipment, in particular to a high-voltage electric shock head, which belongs to the technical field of security equipment. Background technique [0002] The functions of the police anti-riot equipment currently equipped in large quantities in my country are too single, such as simple shields, batons, and anti-riot forks. [0003] On March 1, 2014, the appalling Kunming massacre occurred in Kunming, my country. Five thugs with knives killed more than 180 innocent citizens in a relatively short period of time. Among them, a deputy director of a police station died heroically in the process of using a riot fork to resist riots, highlighting the inadequacy of our country's police anti-riot equipment in fighting sudden violent terrorist incidents. [0004] The use of electric shocks to strike mobs and temporarily lose their attack power is currently internationally recognized as a non-lethal and effective anti-riot method...

AI Technical Summary

Problems solved by technology

This kind of operation is most likely to cause in actual combat that when the police equipment collides with the criminal suspect, the electric shock switch cannot be turned on in time, causing the suspect to cause injury to the police officer.

[0006] Increasing the function of anti-riot equipment, especially the high-voltage electric shock function, will complicate the operation of anti-riot equipment, increase the training time of police officers and is not conducive to the operation of police officers in actual combat

At the same time, if you want to add a high-voltage electric shock function to the explosion-proof equipment to form a stable and safe high-voltage electric shock anti-riot product for the police, you cannot use a large number of control switches to operate like the existing multifunctional shields, because a large number of control switches and processes More functions will increase the judgment of police officers and the probability of misoperation, resulting in accidental injury

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