Anti-electric shock cylinder plug board

Abstract

The invention relates to an anti-electric shock cylinder plugboard, which comprises a plugboard main body, a cylinder plugboard device, an anti-electric shock sleeve group and a wire tube, wherein a barrier plate and a bottom plate are also arranged on the plugboard main body; the blocking plate divides the plugboard main body into a use cavity and a circuit cavity. The blocking plate is also provided with a fixed bottom column. The anti-electric shock sleeve set is composed of a bottom sleeve, a live wire reset contact ring, a reset spring, an insulation isolation plate, a live wire conductive fixing plate and a covering assembly. A fixed inner ring table and a limiting inner ring table are arranged in the bottom sleeve; a fixed outer boss and a limiting outer boss are arranged outside the fixed bottom column; the bottom sleeve is connected to the fixed bottom column in a sleeving mode, a movable inner ring cavity is formed between the fixed inner ring table and the fixed outer boss,and a live wire inner ring cavity is formed between the limiting outer boss and the limiting inner ring table. The live wire reset contact ring, the reset spring and the insulation isolation plate aresequentially arranged in the movable inner ring cavity. The socket has high-grade waterproof and anti-electric shock functions, is light and convenient to use, and can be directly inserted and directly used.

Description

technical field [0001] The invention relates to a plug-in board, in particular to an electric shock-proof torch plug-in board. Background technique [0002] There are many types of sockets on the market, mainly focusing on functions such as electric shock protection, lightning protection, and surge protection. These protection functions also have different levels. Different protection levels have different protection capabilities; and the existing Electric shock prevention mainly achieves the purpose of preventing electric shock by preventing people from protruding into the circuit structure; this kind of electric shock protection level, compared with electric shock protection, is a low-level protection method, and it cannot be moderately specific. High-level anti-splash water and electric shock; it is impossible to achieve high-level waterproof and anti-electric shock; and with the development of the times, low-level anti-electric shock can no longer meet the increasingly c...

AI Technical Summary

Problems solved by technology

[0002] There are many types of sockets on the market, mainly focusing on functions such as electric shock protection, lightning protection, and surge protection. These protection functions also have different levels. Different protection levels have different protection capabilities; and the existing Electric shock prevention mainly achieves the purpose of preventing electric shock by preventing people from protruding into the circuit structure; this kind of electric shock protection level, compared with electric shock protection, is a low-level protection method, and it cannot be moderately specific. High-level anti-splash water and electric shock; it is even more impossible to achieve high-level waterproof and anti-electric shock; and with the development of the times, low-level anti-electric shock can no longer meet the increasingly complex lifestyle

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