Safe power energizing assembly

Abstract

A safe power energizing assembly includes a plug and a socket, the lower end of the plug is fixedly provided with conducting rods, the lower ends of the conducting rods are provided with tapered parts and narrowing parts located at the lower ends of the tapered parts, horizontal extending locking grooves are arranged in the narrowing parts, a sliding cavity is arranged in the socket, upper sliding grooves are symmetrically arranged at a left side and a right side in upper end walls of the sliding cavity, insertion slots communicating with outer ends are arranged in the upper end walls of the upper sliding groove, a sliding block is mounted in the sliding cavity in a vertically slidable manner, the upper end of the sliding block is symmetrically provided with sliding arms at a left side and a right side, the sliding arms are slidably mounted in the upper sliding groove, tapered grooves are arranged in the sliding arms, through grooves communicating the tapered grooves are symmetrically arranged in the sliding block at a left side and a right side, the lower end of the sliding block is provided with a conducting block, a lower sliding groove is arranged in the bottom wall of the sliding cavity and located under the conducting block, and a sliding plate is mounted in the lower sliding groove in a vertically slidable manner.

Description

technical field [0001] The invention relates to the field of electricity usage of electric appliances, in particular to a safe power energization component. Background technique [0002] The electrical appliance can only be operated after it is powered on, and the plug connector and the socket socket can be energized. The power is directly connected to the socket, but the insertion of the general metal plug connector of this socket socket into the socket socket will cause an electric shock accident, and the traditional plug connector and socket socket use the friction between the two to achieve the inserted state. However, this locking method is extremely unstable. When working in the power supply state of the electrical equipment, if the plug connector is accidentally kicked, the plug connector will be easily disengaged from the socket, resulting in damage to the electrical appliance. A power outage will easily affect the electrical appliances, and also easily cause damage...

AI Technical Summary

Problems solved by technology

[0002] The electrical appliance can only be operated after it is powered on, and the plug connector and the socket socket can be energized. The power is directly connected to the socket, but the insertion of the general metal plug connector of this socket socket into the socket socket will cause an electric shock accident, and the traditional plug connector and socket socket use the friction between the two to achieve the inserted state. However, this locking method is extremely unstable. When working in the power supply state of the electrical equipment, if the plug connector is accidentally kicked, the plug connector will be easily disengaged from the socket, resulting in damage to the electrical appliance. A power outage will easily affect the electrical appliances and damage the plug connectors. In serious cases, it will cause heavy losses to the users.

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