A self-starting electric shock anti-riot fork

Abstract

The invention discloses an automatically-starting electric shock antiriot fork, and belongs to the technical field of security, protection and photoelectricity. A fork rod and a tooth fork are fixedly connected to form the antiriot fork. An electric shock head is fixedly installed at the front end of the tooth fork through an insulation installation base. A pressure sensor is installed at the front end of the tooth fork to sense the external touch pressure. A high-voltage electric shock circuit, a control circuit, a power source and an acceleration sensor are installed in the antiriot fork. The power source is connected with the high-voltage electric shock circuit to form a power supply loop. The control circuit is connected with the high-voltage electric shock circuit to form a discharge loop. A main switch is installed at the tail end of the fork rod and controls the on-off of the power supply loop. The sensor is connected with the control circuit through a signal line. According to the automatically-starting electric shock antiriot fork, the discharge loop is started through a rain sensor, and the discharge time is determined through the acceleration sensor and the pressure sensor. Operation of police officers in the combat is effectively reduced, the fighting capacity is improved, and the fighting time is shortened.

Description

technical field [0001] The invention relates to a security device, in particular to an electric shock anti-riot fork, which belongs to the field of security and photoelectric technology. 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 ...

AI Technical Summary

Problems solved by technology

However, in the anti-riot and anti-terrorist battle, the traditional anti-riot fork can hardly play any other role except for pushing, resisting, and blocking the mob's body. The mob can easily break free from the control of the anti-riot fork and even snatch the anti-riot fork.

This will greatly increase the fighting time of anti-terrorism and riot control, and increase the probability of casualties of police officers and the masses

[0006] Adding the function of anti-riot equipment will complicate the operation of anti-riot equipment, increase the training time of police officers and also be unfavorable for police officers to operate in actual combat

At the same time, if a high-voltage electric shock function is to be added to the anti-riot equipment to form a stable and safe high-voltage electric shock anti-riot article for the police, it cannot be operated with a large number of control switches 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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