Moisture-proof self-bouncing safety socket

Abstract

The invention discloses a damp-proof self-ejection safety socket comprising jacks and a live wire plug bush. Waterproof plug membranes are arranged in the jacks, the live line plug bush comprises a live wire connection plate and live wire groove sleeves, gaps are reserved between the live wire connection plate and the live wire groove sleeves, and safety switching assemblies are arranged in the gaps; the safety switching assemblies are located on the bottom faces of the live wire connection plate; when a plug is inserted and the safety switching assemblies are not pushed, the insides of the live wire groove sleeves of a socket are not powered on, at the time, even if toughing a conductive part of the plug, a user cannot be shocked by high-voltage electricity, and safety is high. The safety switching assemblies are located on the bottom faces of the live wire connection plate, the whole socket is powered on only when the plug is completely inserted to the bottom, at the time, the conductive metal part of the plug cannot be exposed outside the socket, the user is effectively prevented from making contact with the conductive part, and electric shock is avoided. The waterproof plug membranes can effectively prevent water from entering the socket, and sealing performance and safety of the socket are improved.

Description

technical field [0001] The invention relates to a circuit controller, in particular to a moisture-proof self-bounce safety socket. Background technique [0002] The socket is a device used to provide power for electrical appliances, but because the socket is basically in a state of being energized (that is, the voltage is maintained on the live wire), so when the socket is not in use, the circuit in the socket still has electricity, and when the liquid enters the socket At the same time, because the live line still maintains voltage, the moment the liquid enters, the circuit in the socket will be short-circuited, causing the socket to burn out, which has a higher safety problem. [0003] When the plug is inserted into the socket, because the live wire maintains a high voltage, when the user's fingers grasp the plug, it is easy to cause the user to get an electric shock; or when the plug is not inserted completely, the exposed metal conductive part will also bring There is h...

AI Technical Summary

Problems solved by technology

[0002] The socket is a device used to provide power for electrical appliances, but because the socket is basically in a state of being energized (that is, the voltage is maintained on the live wire), so when the socket is not in use, the circuit in the socket still has electricity, and when the liquid enters the socket When the voltage is still maintained on the live line, the moment the liquid enters, the circuit in the socket will be short-circuited, causing the socket to burn out, which has a high safety problem.

[0003] When the plug is inserted into the socket, because the live wire maintains a high voltage, when the user's fingers grasp the plug, it is easy to cause the user to get an electric shock; or when the plug is not inserted completely, the exposed metal conductive part will also bring There is high-voltage electricity, which is highly dangerous

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