Embedded type wall power supply inserting-connecting socket assembly

Abstract

The invention discloses an embedded type wall power supply inserting-connecting socket assembly. The embedded type wall power supply inserting-connecting socket assembly comprises an inserting-connecting socket fixedly mounted in the wall and an inserting-connecting plug connected with electrical equipment; a hollow groove with a rightward opening is formed in the inserting-connecting socket; inserting-connecting grooves which extend left and right and are symmetrical up and down, and a transverse sliding groove positioned between the two inserting-connecting grooves are formed in the left end wall of the hollow groove; a longitudinal sliding groove which runs through the inserting-connecting grooves and the transverse sliding groove is formed in the inserting-connecting socket; a telescopic groove is also formed between the transverse sliding groove and the inserting-connecting grooves; a sliding block which can slide left and right is mounted in the transverse sliding groove; a through groove which runs through up and down is formed in the left end of the sliding block; a first acting inclined plane which is symmetrical up and down is on the left end plane of the sliding block; a telescopic arm is glidingly mounted in the telescopic groove; a power supply sheet connected with the mains supply is fixedly arranged on the end plane, far from the transverse sliding groove, of the telescopic arm; a first extruding-pushing inclined plane matched with the first acting inclined plane is arranged on the end plane, towards the transverse sliding groove, of the telescopic arm; and sliding arms which are symmetrical up and down are glidingly mounted in the longitudinal sliding groove.

Description

technical field [0001] The invention relates to the field of power supply for electrical equipment, in particular to an embedded wall power socket assembly. 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 use. , Embedded wall power socket, cabinet power socket, desktop power socket, smart power socket, etc., while the embedded wall power socket is most used in the family, the traditional embedded wall power supply In the receptacle, the conductive sheet protrudes from the socket slot, and when the conductive sheet is inserted into the socket slot, it can be in contact with the conductive sheet, so as to realize the energization of the electrical equipment, but this conductive sheet is also easily damaged by metal When the metal sheet or rod is inserted into the socket, it can also contact the cond...

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., while the embedded wall power socket is most used in the family, the traditional embedded wall power supply In the receptacle, the conductive sheet protrudes from the socket slot, and when the conductive sheet is inserted into the socket slot, it can be in contact with the conductive sheet, so as to realize the energization of the electrical equipment, but this conductive sheet is also easily damaged by metal When the metal sheet or rod is inserted into the socket, it can also contact the conductive sheet, so it is prone to electric shock accidents; and the traditional plug joint and socket use the gap between the two However, this locking method is extremely unstable. When accidentally touching or kicking the plug connector, it is easy to separate or loosen the plug connector and the socket socket. Therefore, it is easy to cause the electrical equipment to be disconnected. the phenomenon of electricity,

Images