Anti-electric shock plug for data cable

Abstract

The invention discloses an anti-electric shock plug for a data cable. The anti-electric shock plug comprises a plug and an anti-electric shock glue sheath, wherein the anti-electric shock glue sheathis arranged at a head end of the plug and fixed to the plug; the plug comprises an outer shell, a socket, protective tubes, a fixed seat and a data wire; the socket is arranged on the one end, fixed to the folded glue sheath, of the outer shell and is fixed to the outer shell; the protective tubes are arranged in the outer shell and connected with the socket; the fixed seat is arranged at the other ends of the protective tubes and is fixed to the outer shell; and the data wire is arranged at the other end of the fixed seat. When the anti-electric shock plug is used, a hand of a user can be protected through the anti-electric shock glue sheath, an electric shock caused by contact of a finger on the surface and copper pins is avoided, furthermore, the damage to the data cable or even a firecaused by overload during energization can be avoided through the protective tubes arranged in the plug, and the anti-electric shock plug can be fused to cut off current when the current abnormally rises to a certain height and temperature, thereby playing a role in protecting safe operation of a circuit. Therefore, the anti-electric shock plug for the data cable has the advantages of being simplein structure, good in anti-electric shock effect, safe and reliable.

Description

Technical field [0001] The invention relates to a data cable anti-shock plug. Background technique [0002] With the vigorous development of electronic products, its supporting products also prosper. As a special tool for information transmission, data cables are widely used for data transmission and charging, but more are used for mobile phone charging. Furthermore, with the progress of the times, smart phones are widely used in people's daily lives. With smart phones, users can surf the Internet, search for items, and take photos anytime and anywhere. However, long-term use of the phone will cause the phone’s battery to run out quickly. Therefore, users need to carry the charger and charging data with them. line. [0003] The plugs of the existing mobile phone charging data cables are simply block-shaped and have no protective structure. Therefore, when using the data cable charging plugs without protective structures, the users often get electric shocks. Furthermore, the exist...

AI Technical Summary

Problems solved by technology

With smartphones, users can surf the web, search for items, and take pictures anytime and anywhere. However, using the mobile phone for a long time will cause the battery power of the mobile phone to run out quickly. Therefore, users need to carry the charger and charging data with them. Wire

[0003] The plugs of the existing mobile phone charging data lines are all simple block-shaped configurations without protective structures. Therefore, when using, users often suffer from electric shocks because the charging plugs of the data lines do not have protective structures. Furthermore, the existing The charging plug of the data line has no overload protection device, and it is easy to burn out when the voltage is too high, which will further affect the service life of the mobile phone, so there are problems of poor anti-shock effect and insufficient safety and reliability.

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