Electric-shock-preventive wall socket

Abstract

The invention relates to an electric-shock-preventive wall socket. The wall socket comprises a pedestal, a panel, a first electric-shock-preventive assembly and an electric connection assembly; the first electric-shock-preventive assembly and the electric connection assembly are installed in the pedestal; the panel is provided with first jack group into which a plug can be extended, and the firstjack group is in power supply cooperation with the electric connection assembly; and the first electric-shock-preventive assembly comprises a first jack protective door, a first mobile track and a first reset piece, the first jack protective door separates the electric connection assembly from the first jack group and can move reciprocally along the first mobile track, part corresponding to the first jack group of the first jack protective door is provided with a first extruding inclined surface which moves far from the first jack group along the protective track under extrusion of the plug, the first jack group comprises a zero line jack and a live wire jack, and the first mobile track is arranged in parallel with a connecting line of the zero line jack and the live wire jack. Via the scheme, the electric-shock-preventive wall socket which utilizes space of an installation cavity reasonably and improves the assembling convenience is provided.

Description

technical field [0001] The invention relates to the technical field of sockets, in particular to an electric shock-proof wall socket. Background technique [0002] Socket refers to the insertable seat of one or more circuit connections, by which various connections can be inserted. The wall socket is a socket installed in the wall, which can meet the electricity demand of different heights and save indoor space at the same time. [0003] The traditional wall socket includes a base, a panel, an electric shock-proof component and an electric connection component. The electric connection component and the electric shock-proof component are installed in the base. It includes a socket protection door, a moving track and a reset piece. The socket protection door is blocked between the electrical connection component and the socket group and moves back and forth along the moving track. The corresponding part of the socket protection door and the socket group is provided with a Aw...

AI Technical Summary

Problems solved by technology

[0004] The moving track of traditional anti-shock components is often set along the direction perpendicular to the connection between the live wire socket and the neutral wire socket. When the combination of socket groups), it is necessary to set two moving tracks between the socket groups for the movement of different socket protection doors, which causes the structure of the installation cavity space between the double socket groups to be too crowded, which not only limits the Due to the range of movement of the door, too many parts (especially deformation reset components such as springs) cause inconvenience in assembly

Images