Independently-targeted hole-free socket

Abstract

An independently-targeted hole-free socket comprises a protection door rotary device and a rotary conducting strip installing device, and is characterized in that a cam is installed below a protection door, a rotary frame is installed on a socket base and is used for carrying out open-closed rotation of the protection door through a rotary frame shaft, the rotary frame shaft is connected with the socket base, a spring is installed on the rotary frame shaft, and the protection door is installed on a protection door shaft which is installed on a protection door shaft frame. When a plug is pressed on the protection door, the protection door rotates downwards, so that plug holes are exposed out, after the plug is plugged into the plug holes, the cam behind the protection door pushes the tail of the rotary frame and enables the tail of the rotary frame to rotate outwards, a rotary frame head with a conducting strip rotates inwards through a lever principle and is tightly clamped on a plug pin of the plug, and phenomena of virtual connection and suspension connection are avoided, the appearance of the socket is like a sealed cube, no plug holes can be seen, security coefficients are greatly improved, phenomena of the virtual connection, the suspension connection, ceaseless spark and enlarged resistance do not occur, and the service life is greatly prolonged.

Description

technical field [0001] The invention relates to a split guide type non-hole socket. Background technique [0002] General sockets have sockets, even sockets with protective doors also have sockets. The protective door is set under the socket cover. Although the protective door is shielded, the socket is still exposed, and iron filings and impurities will inevitably enter the socket. In addition, ordinary sockets use conductive metal sheets to clamp the plug. The conductive metal sheet needs to be made into a bell-shaped shape. The plug and the conductive metal sheet are in point contact, which is likely to cause spark flashover and temperature rise. When the temperature rises, it will gradually lose its elasticity, resulting in virtual connection floating connection, continuous sparks, increased resistance, and increased power consumption. Contents of the invention [0003] The invention provides a split-conductor non-porous socket. The socket of the socket is blocked by ...

AI Technical Summary

Problems solved by technology

[0002] General sockets have sockets, even sockets with protective doors also have sockets. The protective door is set under the socket cover. Although the protective door is shielded, the socket is still exposed, and iron filings and impurities will inevitably enter the socket. In addition, ordinary sockets use conductive metal sheets to clamp the plug. The conductive metal sheet needs to be made into a bell-shaped shape. The plug and the conductive metal sheet are in point contact, which is likely to cause spark flashover and temperature rise. When the temperature rises, it will gradually lose its elasticity, resulting in virtual connection floating connection, continuous sparks, increased resistance, and increased power consumption.

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