Improved electricity utilization plugging component

Abstract

An improved electricity utilization plugging component comprises a bayonet socket fixedly arranged in a wall and a connecting plug connected to electric equipment. The bayonet socket is provided witha rotation hole whose opening faces towards the right. The rotation hole is rotatably provided with a rotation component. The rotation component is vertically and symmetrically provided with plug grooves connected to left and right portions. Elastic conducting strips are fixedly installed in the plug grooves. A center of a left end surface of the rotation component is fixedly provided with a rubber sheet. A left end surface of the rubber sheet is provided with a concave hole. A left end of the bayonet socket, which is located at the rotation hole, is provided with a circular groove. A center of a left end of the circular groove is provided with a center groove. A slide component which can slide horizontally is installed in the center groove. A center of a right end surface of the slide component is fixedly provided with a pin. An end wall of the circular groove is provided with arc rotation grooves which are located in an upper portion behind the slide component and in a lower portionin front of the slide component. The end wall of the circular groove is vertically and symmetrically provided with telescopic grooves which are extended vertically. The telescopic grooves are connected to the arc rotation grooves. Power supply blocks are slidingly arranged in the telescopic grooves.

Description

technical field [0001] The invention relates to the field of power supply for electrical equipment, in particular to an improved plug-in component for electrical use. Background technique [0002] Electrical equipment generally needs to be powered on to operate, and electrical equipment is powered by the use of plug connectors and socket sockets. Traditional plugs and socket sockets use the gap between the two. Friction achieves the locking of the state when inserted, but this locking method is extremely unstable. When the plug connector is accidentally touched or kicked, it is easy to separate or loosen the plug connector and the socket socket. Therefore, power failure is prone to occur. , and in the traditional socket, the elastic conductive sheet is almost leaking, and can be touched by a metal sheet or a rod. Since the elastic conductive sheet is generally directly connected to the mains, once the metal sheet or rod It can be charged when it touches the elastic conducti...

AI Technical Summary

Problems solved by technology

[0002] Electrical equipment generally needs to be powered on to operate, and electrical equipment is powered by the use of plug connectors and socket sockets. Traditional plugs and socket sockets use the gap between the two. Friction achieves the locking of the state when inserted, but this locking method is extremely unstable. When the plug connector is accidentally touched or kicked, it is easy to separate or loosen the plug connector and the socket socket. Therefore, power failure is prone to occur. , and in the traditional socket, the elastic conductive sheet is almost leaking, and can be touched by a metal sheet or a rod. Since the elastic conductive sheet is generally directly connected to the mains, once the metal sheet or rod It can be charged when it touches the elastic conductive sheet. If some people (such as young children) lack safety awareness, insert iron rods, keys and the like into the slot and touch the elastic conductive sheet, there will be a safety hazard of electric shock. Accidents can cause human death in severe cases. Therefore, there are great potential safety hazards in traditional power supply sockets.

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