Push type power socket

Abstract

The invention discloses a push type power socket. In order to solve the problems that the traditional power socket wastes labor when being used, is inconvenient and has potential safety hazards, the push type power socket is designed. The push type power socket comprises a substrate, at least two conducting strips, a two-section button structure, an upper cover, a movable frame and at least two conducting clamps, wherein the conducting strips are arranged on the substrate; one ends of the conducting strips are used for being connected to a power supply, and the other ends are used for being connected with the conducting clamps; the two-section button structure is arranged on the substrate; the upper cover is provided with at least two jacks which are used for being inserted by conducting inserted sheets of plugs; the movable frame is connected on the two-section button structure, directly or indirectly bear the push of the plugs to move and presses the two-section button structure; the conducting clamps bear the push of the movable frame to be connected with the conducting strips on the substrate to clamp the conducting inserted sheets of the plugs, and the movable frame returns to the in-situ state; and the conducting clamps return to the in-situ state simultaneously to loose the conducting inserted sheets of the plugs and separate the conducting strips on the substrate. The invention is suitable for serving as various types of power sockets of two-jack power sockets, three-jack power sockets, USS power sockets, EN power sockets, independent power sockets, in-wall type power sockets and the like.

Description

technical field [0001] The invention relates to a power socket, in particular to a push-type power socket. Background technique [0002] Such as figure 1 As shown, the existing power socket 1 is provided with at least two conductive clips 11 . When using the socket 1, you must hold the base 21 of the plug 2 and insert the conductive insert 22 into the jack 12 of the socket 1, and then the user must forcefully overcome the elastic stress and friction of the conductive clip 11 of the socket 1 to make the plug The conductive insert 22 of 2 is inserted into the conductive clip 11 of the socket 1. [0003] When the plug 2 is to be pulled out, the user holds the base 21 of the plug 2 and overcomes the friction force of the conductive clip 11 of the socket 1 with force, so that the plug 2 can be pulled out. If the socket 1 is not fixed on the wall or on the table, but placed on the ground or on the table, the user must press the socket 1 with one hand to pull out the plug 2 with...

AI Technical Summary

Problems solved by technology

If the socket 1 is not fixed on the wall or on the table, but placed on the ground or on the table, the user must press the socket 1 with one hand to pull out the plug 2 with the other hand. The structure brings the disadvantage of inconvenient use

[0004] In addition, the conductive clip 11 of the existing power socket 1 is in a state of continuously maintaining power supply, and it is easy for children to use tools to insert into the socket 12 of the power socket and cause accidents, which poses a safety hazard

[0005] Most of the sockets that have been improved based on safety considerations in the past are provided with push button switches to start or turn off the power supply, or safety devices are provided at the front and back of the socket to avoid accidental touch, but this will increase the inconvenience in use, and still does not eliminate the existing above-mentioned sockets. The defect that the power socket needs to be plugged in and out

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