Anti-electric shock and anti-falling socket

Abstract

An anti-electric shock and anti-falling socket comprises a socket body, a plug, a rotary clamping mechanism and an insertion claw opening mechanism. The socket body and the plug are used in a matched mode, the socket body is a special socket, the plug is a special plug, and a conductive column is hidden in a safety box in the socket body under the condition that a gear A is not rotated, so that when a conductive object is inserted into the socket body, the conductive column cannot be touched. The electric shock prevention function is achieved, the rotary clamping mechanism is installed in the plug, the plug is firmly clamped in the socket, the plug is prevented from falling off from the socket, the insertion claw opening mechanism is installed in the plug, a rotary knob B is rotated after the plug is inserted into the socket, and a conductive block can be opened outwards, so that the conductive column is touched to achieve the effect of circuit connection.

Description

technical field [0001] The invention relates to the technical field of sockets, in particular to an electric shock-proof and fall-off-proof socket. Background technique [0002] The electric shock-proof socket is different from the socket in the traditional sense. Even if the electric shock-proof socket touches the circuit of the socket with human limbs, no electric shock accident will occur under the protection of the electric shock-proof socket intelligent circuit. In order to prevent children from inserting metal objects into live sockets out of curiosity or ignorance to cause electric shock hazards, it can be ensured that each socket has no electricity before it is plugged into an electrical plug when it is powered on. Only when L , The jack will be energized when the N poles are inserted at the same time, so inserting any pole alone will not cause electric shock. The current anti-shock sockets simply set up several protection circuits. The protection circuit can only p...

AI Technical Summary

Problems solved by technology

The current anti-shock sockets simply set up several protective circuits. The protective circuit can only play a role when an electric shock is about to occur or has already occurred. The protective circuit can only reduce the degree of harm to the human body after the electric shock, and cannot Basically avoid electric shock

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