Convenient one-handed socket

Abstract

The invention relates to a socket, in particular to a convenient one-handed socket, and belongs to electrical products. At least one window for placing a movable platform is formed in an upper cover of the socket, the movable platform can move up and down in the window, and plugholes are formed in the movable platform; a spiral spring is arranged on a base plate, the center line of the spiral spring is overlapped with that of the movable platform in positions, and the top of the spiral spring is in contact with the movable platform. The convenient one-handed socket is provided with the movable platform capable of lifting up and down, when a plug is inserted in the socket, the plug is pressed together with the platform, the plug is maintained at the lower limiting position of the platform together with the platform while switching on a power supply, and when the plug needs to be pulled out, the plug is held with only one hand to be pressed downwards, the platform can be bounced, so that the purpose of pulling out the plug with one hand is realized, and other tools are not needed; particularly, the convenient one-handed socket has higher practical value for inserting and pulling-out of the plug on the socket placed at a narrow spatial position, and the problem of electrification in inserting and pulling processes is avoided to realize safe operation.

Description

technical field [0001] The invention relates to a socket, in particular to a convenient one-handed socket, which belongs to electrical products. Background technique [0002] The drag line sockets widely used at present mainly have the following problems: [0003] 1) Inserting and pulling out the plug of the drag line socket, especially when pulling out the plug, you must use both hands to pull out the plug. The reason is that the drag line socket is not fixedly placed, and pulling out the plug with one hand will bring up the socket, and the plug cannot be pulled out smoothly; [0004] 2) The contact between the insert on the plug and the phosphor copper sheet of the socket should be in planar contact, but in fact it is in point or linear contact, resulting in excessive local current, causing the contact sheet to heat and anneal and lose its elasticity, and the socket will loosen and contact after a period of use. bad; [0005] 3) When the plug is inserted into or pulle...

AI Technical Summary

Problems solved by technology

The reason is that the drag line socket is not fixedly placed, and pulling out the plug with one hand will bring up the socket, and the plug cannot be pulled out smoothly;

[0004] 2) The contact between the insert on the plug and the phosphor copper sheet of the socket should be in planar contact, but in fact it is in point or linear contact, resulting in excessive local current, causing the contact sheet to heat and anneal and lose its elasticity, and the socket will loosen and contact after a period of use. bad;

[0005] 3) When the plug is inserted into or pulled out of the socket, it is necessary to pull out the plug for a certain distance before the claws can be completely separated from the socket. Before the claws are completely separated from the socket, the claws are charged, and the claws of the exposed socket exist Safety hazard of electric shock

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