Built-in auxiliary bullet safety socket

Abstract

The invention discloses a built-in auxiliary-bounce type safety socket comprising a live wire plug bush. The live wire plug bush includes a live wire wiring board and a live wire groove bush; a gap is formed between the live wire wiring board and the live wire groove bush; and a safety switch assembly is arranged in the gap. The elastic safety switch assembly consists of a housing and a switch button; the switch button includes a silicone rubber cup and a movable contact; and the housing is provided with a first cavity, a second cavity, a first wiring terminal, and a second wiring terminal. The silicone rubber cup consists of a base plate part, a block mouth part, an accommodating cavity and a stop mouth part; when the silicone rubber cup is not extruded by an external force, the silicone rubber cup has an elastic restoring force, the block mouth part pops up, and the stop mouth part extrudes and seals the accommodating cavity, so that the first cavity and the second cavity are isolated completely and the first wiring terminal is enclosed to prevent water entrance into the first cavity. When a plug is inserted and the safety switch assembly is no pushed, the live wire groove bush of the socket is not electrified; and thus even if the user touches the conductive part of the plug, a high-voltage electric shock accident can be avoided, so that security is high.

Description

technical field [0001] The invention relates to a circuit controller, in particular to a built-in auxiliary bullet type 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 ...

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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