Power plug assembly

Abstract

The invention discloses a power plug assembly. The power plug assembly comprises a socket shell and a plug device. The socket shell is internally provided with a left motion groove, and a right motion groove is arranged at the right side of the left motion groove in the socket shell. The right end surface of the socket shell is provided with an insert groove communicated with the right motion groove. The left wall of the right motion groove is provided with a power supply groove opposite to the insert groove. The right motion groove is provided with a first motion block capable of sliding left and right. The whole structure of the power plug assembly is simple, and power supply connection is safe and stable, so that electric shock accidents in life are prevented, and people are protected; and a power connection operation between the plug and the power supply groove is completed automatically through work of a first motor, power connection between the socket shell and the plug device is easy, and electric shock accidents are prevented in power connection, so that the power plug assembly meets existing use requirements and is applicable to promotion.

Description

technical field [0001] The invention relates to the field of electric power, in particular to an electric power plug assembly. Background technique [0002] Nowadays, the power-on use of electrical equipment is to directly insert the plug connected to the electrical equipment into the power supply slot of the socket to plug in the power supply, but the power connection between the socket and the power supply will always be in the power-on state. It is convenient, but the wire between the plug and the electrical equipment is long, and there is no other component to lock the plug after the plug is inserted into the power supply tank. In the event of an accidental collision, it is easy to cause the plug to be detached from the power supply tank, resulting in a sudden power failure of the electrical equipment, and even a reduction in the service life of the electrical equipment. In severe cases, it will directly cause the electrical equipment to burn. There is a risk of unstabl...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, the power-on use of electrical equipment is to directly insert the plug connected to the electrical equipment into the power supply slot of the socket to plug in the power supply, but the power connection between the socket and the power supply will always be in the power-on state. It is convenient, but the wire between the plug and the electrical equipment is long, and there is no other component to lock the plug after the plug is inserted into the power supply tank. In the event of an accidental collision, it is easy to cause the plug to be detached from the power supply tank, resulting in a sudden power failure of the electrical equipment, and even a reduction in the service life of the electrical equipment. In severe cases, it will directly cause the electrical equipment to burn. There is a risk of unstable power supply connection between the plug and the power supply slot. In addition, when the electrical equipment is not in use, the plug is often pulled out from the power supply slot, which will cause the power supply slot to be exposed on the ground. Outside, if there is a child in the family who inserts a finger or a metal rod directly into the power supply groove of the socket, it will cause an electric shock accident for the child, and even cause life danger to the child. Therefore, there is a greater potential safety hazard

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