Safe electric socket

Abstract

The invention provides a safe electric socket which comprises a housing, wherein a slide way is formed in the housing, a fixed seat is arranged at a rear half part of the slide way and provided with a fixed panel facing to a front side of the slide way, a pair of fixed jacks are formed in the fixed panel, and a pair of fixed spring pieces are correspondingly arranged in the fixed jacks and electrically connected with neutral and live wire connectors in the fixed seat; a front end of the slide way penetrates through the housing and a slide seat is arranged in a front half part of the slide way; the slide seat is provided with a front panel facing to the front side of the slide way, a pair of front jacks are formed in the front panel, and a pair of front spring pieces are correspondingly arranged in the front jacks and electrically connected to connecting pins fixed to a rear side of the slide way and matched with the fixed jacks; when the slide seat slides to the front end of the slide way, the connecting pins are completely pulled out of the fixed jacks. According to the safe electric socket, an electric shock accident cannot be caused even if the pins of a plug are falsely touched in an inserting or pulling process, so that the safety is relatively high.

Description

technical field [0001] The invention relates to the field of electric facilities, in particular to an electric socket. Background technique [0002] The socket is the power infrastructure, which is the power-taking interface of the terminal electrical equipment; the current power socket adopts the direct plug-in structure, that is, after the plug of the electrical appliance is inserted into the socket, it is directly connected to the metal spring in the socket and connected to the zero live wire. In order to make the plug not easy to fall off, the plug and the reed must be closely matched; however, due to the tight fit between the plug and the reed, it usually takes a lot of effort during the plugging and unplugging process. Especially in the process of pulling out the plug, in order to avoid the plug wire being torn, it is usually necessary to tighten the plug base to pull out the plug, and when the plug pins are partially pulled out, the fastened fingers can easily touch t...

AI Technical Summary

Problems solved by technology

[0002] The socket is the power infrastructure, which is the power-taking interface of the terminal electrical equipment; the current power socket adopts the direct plug-in structure, that is, after the plug of the electrical appliance is inserted into the socket, it is directly connected to the metal spring in the socket and connected to the zero live wire. In order to make the plug not easy to fall off, the plug and the reed must be closely matched; however, due to the tight fit between the plug and the reed, it usually takes a lot of effort during the plugging and unplugging process. Especially in the process of pulling out the plug, in order to avoid the plug wire being torn, it is usually necessary to tighten the plug base to pull out the plug, and when the plug pins are partially pulled out, the fastened fingers can easily touch the pins by mistake. At this time, because the pins are still in electrical contact with the zero live wire, it is very likely to cause an electric shock accident. Therefore, the current socket is not safe.

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