Safety transmission device for electric power supply

Abstract

The invention discloses a power supply safety transmission device, which comprises a power base fixedly installed in a wall and a conductive head matched with the power base, slots are arranged symmetrically up and down in the power base, and A sliding cavity connecting the two slots is provided between the two slots. A sliding body is installed in the sliding cavity to slide left and right. Facing the first sliding groove of the slot, a sliding iron block is slidably installed in the first sliding groove, and a power supply block connected to the mains is arranged symmetrically up and down in the left end wall of the sliding cavity, and the power supply block is set There is an opening facing the power supply port of the sliding cavity, a conductive block matching with the power supply port is symmetrically installed on the left end surface of the sliding body, and an elastic output is fixedly arranged on the end surface of the slot away from the sliding cavity. Conductive head.

Description

technical field [0001] The invention relates to the field of power utilization of electric equipment, in particular to a power source safety transmission device. Background technique [0002] The news of electric shock accidents occurs from time to time, and the number of people who die from electric shock accidents every year is very large. Among them, the people who are prone to electric shock are generally the staff who are often exposed to electricity and some people who lack safety awareness. For the use of electrical equipment, we will install many power sockets on the wall. When using, insert the conductive head into the power socket to complete the power supply of the electrical equipment. As we all know, the conductive sheet is almost leaked in the slot, and the slot It is connected to the outside world. Due to the curiosity of young children, they will insert the metal rod into the slot, and the metal rod will contact the conductive sheet, which will lead to electr...

AI Technical Summary

Problems solved by technology

[0002] The news of electric shock accidents occurs from time to time, and the number of people who die from electric shock accidents every year is very large. Among them, the people who are prone to electric shock are generally the staff who are often exposed to electricity and some people who lack safety awareness. For the use of electrical equipment, we will install many power sockets on the wall. When using, insert the conductive head into the power socket to complete the power supply of the electrical equipment. As we all know, the conductive sheet is almost leaked in the slot, and the slot It is connected to the outside world. Due to the curiosity of young children, they will insert the metal rod into the slot, and the metal rod will contact the conductive sheet, which will lead to electric shock accidents, and in severe cases, it will cause casualties to young children. , so the traditional power base has great safety hazards, and when the traditional power base cooperates with the conductive rod, it only relies on the elastic clamping of the input conductive sheet to maintain the power-on state of the electrical equipment, but this state is not stable enough. When someone accidentally touches the power connector or the wire, it will cause the power connector to loosen or fall off. Therefore, it will cause accidental power failure of the electrical equipment, which will easily affect the electrical equipment.

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