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Electric-shock-proof power socket

A power socket and anti-shock technology, which is applied to circuits, contact parts, electrical components, etc., can solve problems such as electric shock hazards, safety hazards, and children's electric shocks, and achieve the effect of improving safety factors and ensuring life safety

Inactive Publication Date: 2019-01-25
刘冬 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] While convenient and beautiful, it also brings safety hazards
For example, electric shock accidents often happen to children at home. There are infants and young children in the family. Children often put their hands into the socket of the power socket or insert metal parts into the socket of the power socket because they are curious and do not know the danger. hole, electric shock hazard
[0004] There are many ways to prevent children from getting an electric shock. Some adults use tape on the socket and press the baffle, and some buy a power socket with an internal protective plate. With their curiosity, children will still look for opportunities to tear off protective facilities such as tapes and baffles, and put their hands or metal devices into the power socket, causing electric shock hazards.

Method used

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  • Electric-shock-proof power socket
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  • Electric-shock-proof power socket

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0044] In this electric shock-proof power socket, pin one 9 is used as the live wire terminal, and pin two 1-1 is used as the neutral terminal. 5 and the negative battery 6, if it is a two-phase socket, only the positive battery 5 and the negative battery 6 are inserted. Here, the three-phase socket in the attached drawing is used as an example, and the metal part of the plug is inserted into the positive battery 5 and the negative battery 6. Negative electrode cell 6. At this time, the metal part of the plug is inserted into the middle electrode sheet 1 of the positive electrode cell 5 and the middle electrode sheet 2 61 of the negative electrode cell 6 respectively. During the insertion process, the positive electrode sheets on both sides 50 is opened, and the negative electrode sheets 60 on both sides are opened. At this time, the upper side of the positive electrode sheet 50 pushes the conductive sheet 1 7 through the separator 21-1 and inserts the upper part of the inner w...

Embodiment 2

[0047] When a child inserts a finger or a metal device into the positive electrode core 5, although the positive electrode sheets 50 on both sides are opened, the upper side of the positive electrode sheet 50 pushes the conductive sheet 7 through the separator 21-1 and inserts it into the positive electrode. The upper part of the inner wall of the slot 21 is in contact with the pin 2 1-1, and the lower side of the positive electrode sheet 50 is directly in contact with the lower part of the inner wall of the positive electrode slot 21 where the conductive sheet 2 8 is inserted, but no finger or metal is inserted into the negative electrode cell 6. Device, that is, the negative electrode sheets 60 on both sides are not opened, and the conductive sheet 2 8 and the pin 9 are separated by the partition plate 2 22-1. At this time, only the pin 9 is charged, and the conductive sheet 2 8 is not charged. Therefore, the positive battery cell 5 is not charged, so it is safe for children ...

Embodiment 3

[0049] When a child inserts a finger or a metal device into the negative electrode core 6, although the negative electrode sheets 60 on both sides are opened, the upper side of the negative electrode sheet 60 pushes the conductive sheet 2 8 through the separator 22-1 and inserts it into the negative electrode. The upper part of the inner wall of the slot 22 is in contact with the pin one 9, and the lower side of the negative electrode sheet 60 is directly in contact with the lower part of the inner wall of the negative electrode slot 22 where the conductive sheet one 7 is inserted, but the conductive sheet two 8 and the pin one 9 are covered by the separator Two 22-1 are separated, the conductive sheet one 7 and the pin two 1-1 are separated by the separator one 21-1, no finger or metal device is inserted into the positive electrode cell 5, that is, the positive electrode sheets 50 on both sides are not covered Open, now only pin one 9 and conductive sheet two 8 are charged, so...

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PUM

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Abstract

The invention discloses an electric shock-proof power socket, Including bottom shell, a Core seat, an upper cover, a Ground wire ferrule, a positive cell, a cathode cell, a Conductive sheet 1, a Conductive sheet 2, a Pin 1 and a Pin 2. A slot 1 is arrange in that middle above the core seat, A low end surface above that core seat is respectively provided with a clamping groove 1 and a clamping groove 2, A ground core is inserted into slot 1, and is clamped tightly by the limit positions of the clamping groove 1 and the clamping groove 2, A positive electrode slot and a negative electrode slot are symmetrically arranged under the core seat, A positive electrode cell is inserted into the positive electrode slot, A negative electrode cell is inserted into the negative electrode slot, As soon as that conductive sheet is insert into the core holder from the low end face of the core holder, A conductive sheet 2 is inserted into the core holder from the lower end face of the core holder, At that inn wall side of the upper end of the positive electrode slot on the lower end surface of the core seat, At that inn wall side of the upper end of the negative electrode slot on the lower end surface of the core seat, a card slot 4 is arrange, the pin 1 is clamped with the card slot 4, and the pin 2 is clamped with the card slot 3, so that a single finger or a metal device is inserted into thepositive electrode core or the negative electrode core without electric shock accident, and the safety factor of the pow socket is improved.

Description

technical field [0001] The invention belongs to the technical field of power sockets, in particular, the invention relates to an electric shock-proof power socket. Background technique [0002] With the continuous improvement of people's living standards, household appliances continue to increase, and many wall-mounted power sockets are installed in the family. For the sake of beauty and convenience, these power sockets are often installed on the wall at a relatively low position or on the floor. superior. [0003] While convenient and beautiful, it also brings potential safety hazards. For example, electric shock accidents often happen to children at home. There are infants and young children in the family. Children often put their hands into the socket of the power socket or insert metal parts into the socket of the power socket because they are curious and do not know the danger. hole, creating a risk of electric shock. [0004] There are many ways to prevent children ...

Claims

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Application Information

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IPC IPC(8): H01R13/71H01R13/02H01R13/502H01R13/11
Inventor 刘冬朱成富
Owner 刘冬
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