An easy-to-pull safety plug

Abstract

The invention discloses an easy-to-pull safety plug, which includes a plug. The plug includes a base body and three male joints uniformly embedded in the bottom end of the base body in the circumferential direction. The inner walls of each of the gaps are glued with pressing capsules. The advantage is: intermittently pressing the pressing capsule, under the automatic reset action of the memory foam, the air in the pressing capsule is filled into the sealed space in the pressing part through the connecting channel 2, and the external air is circulated to the connecting channel through the external connection tube under atmospheric pressure 1. Press the capsule body until the pressing part is fully stretched. During this process, multiple rings are detached in sequence. The ring at the lowest end is in contact with the socket and generates a resisting force. After the resisting force is generated, the pressing part The height value of the plug is continuously increased, and under the double action of the resisting force and the increasing distance between the base body and the socket, multiple male joints in the plug can be pulled out of the socket safely and effortlessly.

Description

technical field [0001] The invention relates to the technical field of plugs, in particular to an easy-to-pull safety plug. Background technique [0002] The connectors of general electronic products and the plugs of electrical appliances are called plugs. Household AC power plugs and sockets have rod-like or copper-plate-shaped protruding male connectors that physically insert into female connector-type power outlets with slots or recesses. The plugs in the prior art are frequently used in daily life, but during use, it is found that the clamping force between the plug and the socket is relatively large, and the user often needs to spend a lot of effort to pull it out of the socket to complete the power off of the device. When the plug is forcibly pulled out, the fingers are more likely to accidentally come into contact with the female connector, causing an electric shock, which poses a potential safety hazard, especially when the fingers are sticky with moisture. [0003...

AI Technical Summary

Problems solved by technology

The plugs in the prior art are frequently used in daily life, but during use, it is found that the clamping force between the plug and the socket is relatively large, and the user often needs to spend a lot of effort to pull it out of the socket to complete the power off of the device. When the plug is pulled out forcefully, the fingers are more likely to accidentally touch the female connector, causing electric shock, which poses a safety hazard, especially when the fingers are sticky with moisture.

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