Safe power source socket assembly structure

Abstract

The invention discloses a safe power source socket assembly structure. The safe power source socket assembly structure comprises a socket fixedly mounted on a wall and a plug connector connected with electrical equipment, wherein the socket is provided with a sliding chamber having an opening rightwards, the sliding chamber is equipped with a sliding rack capable of sliding left and right, a left end surface of the sliding rack is symmetrically equipped with power supply blocks up and down, a left end wall of the sliding chamber is symmetrically provided with power supply grooves matched with the power supply blocks up and down, upper and lower end walls of the sliding chamber are symmetrically provided with locking grooves, the sliding rack is symmetrically provided with plugging grooves having openings rightwards up and down, left end walls of the plugging grooves are fixedly provided with fixing columns, outer end walls of the plugging grooves are symmetrically provided with mounting grooves, the mounting grooves are equipped with conductive blocks in a sliding mode, the sliding rack is symmetrically provided with a first sliding groove communicated with the plugging grooves and a second sliding groove at a left side of the first sliding groove between the two plugging grooves up and down, the sliding rack is further equipped with a third sliding groove which is communicated with the second sliding groove and the sliding chamber and extends up and down, and the first sliding groove is equipped with sliding blocks in a sliding mode.

Description

technical field [0001] The invention relates to the field of power supply for electrical equipment, in particular to a safe power socket assembly structure. Background technique [0002] In people's daily life, electrical equipment is powered by the combination of plug connectors and power sockets. Power sockets are divided into mobile power sockets according to their structure and purpose. , Embedded wall power socket, cabinet power socket, desktop power socket, smart power socket, etc. In the traditional power socket, the elastic conductive sheet protrudes from the socket, and the elastic conductive sheet protrudes from the socket. When the conductive sheet is inserted into the socket, it can contact the elastic conductive sheet, so as to realize the power supply to the electrical equipment, but this elastic conductive sheet is also easily contacted by the metal sheet or rod. When the metal sheet or rod is inserted into the It can also be in contact with the elastic condu...

AI Technical Summary

Problems solved by technology

[0002] In people's daily life, electrical equipment is powered by the combination of plug connectors and power sockets. Power sockets are divided into mobile power sockets according to their structure and use. , Embedded wall power socket, cabinet power socket, desktop power socket, smart power socket, etc. In the traditional power socket, the elastic conductive sheet protrudes from the socket, and the elastic conductive sheet protrudes from the socket. When the conductive sheet is inserted into the socket, it can contact the elastic conductive sheet, so as to realize the power supply to the electrical equipment, but this elastic conductive sheet is also easily contacted by the metal sheet or rod. When the metal sheet or rod is inserted into the It can also be in contact with the elastic conductive sheet when it is inserted into the socket. Therefore, electric shock accidents are prone to occur, and casualties may be caused in severe cases. Therefore, the traditional power socket has a great potential safety hazard

Images