Interactive socket without exposed jacks

Abstract

Disclosed is an interactive socket without exposed jacks. The interactive socket comprises a shell, a movable conductive sheet mounting apparatus, a protection door apparatus and an apparatus for preventing a single jack from being opened; the interactive socket is characterized in that a protection door shaft is mounted on the shell; the protection door shaft is provided with a protection door and a shifting rod; withdrawing boxes are arranged on the two sides of a fixed conductive sheet mounting frame in the socket; conductive copper sheets are mounted in the withdrawing boxes; the conductive copper sheets can be made into any special shapes for adapting applications of different countries; when the protection door is pressed by a plug, the protection door rotates downwards to expose the jacks; after the plug is inserted in the corresponding jacks, the shifting rod pushes the two sides of the withdrawing boxes inwardly, and the inserting pin of the plug is tightly clamped by the withdrawing boxes with the conductive sheets; therefore, a phenomenon of virtual connection and suspension connection is avoided; prevention of the single jack from being opened is realized as well; the appearance of the socket looks like a sealed cuboid without exposed jacks and inserting pits, so that the safety coefficient of the socket is greatly improved; and in addition, the phenomena of virtual connection and suspension connection, constant sparks, and increased resistance are avoided, so that the service life of the socket is greatly prolonged.

Description

technical field [0001] The invention relates to an interactive 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. In the case of temperature rise, it will gradually lose its elasticity, resulting in false connection floating, constant sparks, increased resistance, and increased power consumption. Especially after the country releases a new national standard, it is required that all sockets with protective doors must have a single jack to prevent...

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. In the case of temperature rise, it will gradually lose its elasticity, resulting in false connection floating, constant sparks, increased resistance, and increased power consumption. Especially after the country releases a new national standard, it is required that all sockets with protective doors must have a single jack to prevent The function of being opened, to open the protective door, two jacks must be opened at the same time, and a single jack is not allowed to be opened, which is what we call the anti-single voltage function, and the split-type non-porous socket invented by the inventor before Although the above problems have been solved, the 118 socket is obviously too large, the protection door interferes more, there are relatively many production links, and the problem of preventing single voltage is not solved

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