Socket electric shock prevention method and electric shock protection socket thereof

Abstract

An electric shock preventing method for a socket and an electric shock preventing socket. The electric shock preventing socket comprises a socket body (1), a socket mounting base (2), a shielding cover body (3), a temperature control switch (7), a rotation trigger switch (4) and a press trigger switch (5). The electric shock preventing method is simple in steps and is easy to implement. Energization is conducted only when the socket body is covered by the shielding cover body, and the socket is unable to be inserted or pulled under the condition of energization; when the shielding cover body is opened, the socket body is in a power-off condition, which performs an electric shock preventing function well to guarantee electricity safety; moreover, a press trigger switch is also added to form double protection, such that the security is better and the possibility of the occurrence of electric shock is prevented; and in addition, inserting and pulling actions are conducted only in the event of power off, such that a socket plug will not be burnt out by an electric arc generated at the moment of contact in the case where there is a load, and the service life is prolonged. The electric shock preventing socket has the advantages of good electric shock preventing effect, high security, is easy to manufacture and has low costs.

Description

technical field [0001] The invention relates to socket technology, in particular to a method for preventing electric shock of a socket and the socket for preventing electric shock. Background technique [0002] A socket is a common electrical device used to connect household appliances to the grid. At present, the socket has become an indispensable part of people's life now. It is plugged with a plug to realize the transmission of electric energy, and people connect their personal electrical equipment to the power grid through the socket. [0003] Generally, the electrodes of the socket are designed with copper sockets. When the plug terminals of this socket device are not fully inserted into the socket device, the plug terminals of the plug have contacted the electrodes of the socket device to achieve electrical conduction. Inadvertently, the user may get an electric shock by touching the terminals of the plug. [0004] Moreover, the jacks of this socket are all exposed t...

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Problems solved by technology

[0003] Generally, the electrodes of the socket are designed with copper sockets. When the plug terminals of the plug are not fully inserted into the socket device, the plug terminals of the plug have contacted the electrodes of the socket device to achieve electrical conduction. Inadvertently, the user may get an electric shock by touching the mating terminals of the plug

[0004] Moreover, the jacks of the socket are all exposed, and there are no related shielding parts. People can easily touch the live parts and cause electric shock accidents. Children, especially, are very interested in small holes and will use fingers or iron nails, hairpins, etc. Metal-like materials are in contact with electrodes, which is very prone to electric shock accidents, so there is no safety guarantee

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