Anti-electric-shock self-bouncing and self-locking socket device

Abstract

Provided is an anti-electric-shock self-bouncing and self-locking socket device. The device is a high-safety socket mainly composed of a linkage mechanism, a self-locking structure, a clamping structure and a spring. The clamping device is built in the bouncing device which can change looseness with the up-down movement of a plug. Sealing plates (15, 16) are arranged at the jacks of the socket. The sealing plates are locked or opened artificially or forcibly by means of the linkage mechanism and the spring. The alternate cooperation between the tightening and popping-up of the plug and the sealing and opening of the sealing plates is realized through key matching. The device has a built-in power connection device, can prevent electric shock during plugging and pulling of the plug, and hashigh safety performance. The device is convenient to use, waterproof and anti-electric-shock.

Description

technical field [0001] The invention belongs to the technical field of electric sockets, and relates to an automatic spring-up, self-lock and electric shock prevention structure of a plug, in particular to an electric shock-proof self-spring self-locking socket device. Background technique [0002] The socket is a kind of daily necessities closely related to people's life, and it is also an indispensable household appliance in our life. With the development of society, various electrical appliances have poured into the market, making people's demand for sockets constantly increasing. The annual socket electric shock accidents also increase with the increase of socket types, functions and quantities on the market. [0003] Although there are many types and functions of sockets, there are still many problems today: electric shock caused by young children inserting their hands or conductive objects into the socket; accidental electric shock (cleaning or accidentally touching t...

AI Technical Summary

Problems solved by technology

[0003] Although there are many types and functions of sockets, there are still many problems today: electric shock caused by young children inserting their hands or conductive objects into the socket; accidental electric shock (cleaning or touching the iron piece of the plug by mistake during the process of plugging in and out, etc.); plugs are repeatedly inserted and pulled out Destroy the socket and reduce the service life; during the use of ordinary sockets, local heating and arcing may occur due to poor contact; electronic anti-shock sockets are expensive, and mechanical sockets generally have low safety.

Images