Electric shock automatic disconnection socket with alarm

Abstract

The invention discloses an electric shock automatic disconnection socket with an alarm. The socket comprises a a main body box. Induction boxes are fixedly connected to the right end surface of the main body box in longitudinal symmetry. A pull ring cavity with an upward opening is formed in the upper side induction box. A reset pull ring is connected into the pull ring cavity in a sliding fit mode. A sliding block cavity which is provided with an inward opening and extends leftwards into the main body box is formed in the induction box. The inner side of the sliding block cavity is communicated with a sliding plate cavity which is positioned in the main body box and is opened rightwards. Whether a user gets an electric shock during plug-in and plug-out of the plug can be sensed at any time through the conductive plate. Meanwhile, the current-conducting plate can play a certain role in preventing water and dust when not in use. When an electric shock occurs, the current-conducting plate enables current to flow into the electromagnet to start the electromagnet and disconnect the upper side contact from the plug, the motor is started, the plug is pushed out of the plug cavity throughthe sliding plate to be powered off thoroughly, and meanwhile an alarm is given out to remind people around to pay attention.

Description

technical field [0001] The invention relates to the technical field of electrical emergency protection devices, in particular to an electric shock automatic disconnect socket with an alarm. Background technique [0002] As a terminal connected to the circuit, the socket is very common in people's daily life. The current socket is usually only equipped with a plastic shell for draining water in places such as bathrooms and kitchens. In most cases, there is no protective device. When an accident occurs or children play There may be a potential safety hazard of electric shock. On the other hand, when an electric shock occurs, it is necessary to disconnect the electric shocker from the power supply immediately, and if the disconnection method is improper, there is a possibility that the helper will also get an electric shock. At the same time, the electric shock will cause great harm to the human body. The person who may be electrocuted by an outsider's assisted disconnection ha...

AI Technical Summary

Problems solved by technology

[0002] As a terminal connected to the circuit, the socket is very common in people's daily life. The current socket is usually only equipped with a plastic shell for draining water in places such as bathrooms and kitchens. In most cases, there is no protective device. When an accident occurs or children play There may be a potential safety hazard of electric shock. On the other hand, when an electric shock occurs, it is necessary to disconnect the electric shocker from the power supply immediately, and if the disconnection method is improper, there is a possibility that the helper will also get an electric shock. At the same time, the electric shock will cause great harm to the human body. The person who is assisted by an outsider to disconnect may be electrocuted and has suffered great injury or even died

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