Patent ID: 9083090
Filing Date: 2015-07-14
Classification: H01R

Abstract:
1. A plug-in wire connection terminal structure comprising: a main body having an internal receiving space, lateral sides of the receiving space being respectively formed with an arched guide slot in communication with the receiving space and a stopper block; a holding plate having a receiving section in a middle thereof, the receiving section being positioned in the receiving space of the main body, lateral sides of the receiving section being respectively formed with a wire entrance and a conductive contact section in which an external member can be conductively plugged, a connection section being formed on the receiving section, the connection section extending outwardly and toward the arched guide slot, extending to the arched guide slot, the conductive contact section extending from the holding plate, the conductive contact section being formed with a socket, the main body being formed with a channel at one end thereof for receiving the conductive contact section and a wire inlet at another end thereof corresponding to the wire entrance, the channel having an opening in communication with an outer side of the main body; and a leaf spring having a curved bight section in a middle thereof, the bight section being received in the arched guide slot of the main body, a connected section being formed at one end of the bight section, the connected section being latched with the connection section of the holding plate, the stopper block being cooperatively engaged with the connected section, whereby the holding plate and the leaf spring are securely connected with each other without easy detachment, an abutment end being disposed at the other end of the bight section, when the leaf spring is assembled with the main body, the abutment end obliquely extending from the wire entrance of the holding plate to the receiving section, the abutment end having such a length that the abutment end is just engaged in the receiving section inside a guide edge.