Electric connector with connecting nut

Abstract

The invention relates to the field of electric connectors, in particular to an electric connector with a connecting nut. The front end of the electric connector is an insertion end. The electric connector comprises a shell and the connecting nut which is rotatably assembled to the shell. A limit structure is disposed on the rear side of an inner flanging. The limit structure is used for limiting the openness of a clamp spring and preventing the clamp spring from dropping out of a clamp spring groove. The limit structure surrounds the clamp spring. During the separation process of the electrical connector and an adapter, when the rotation torque of the connecting nut acts on the clamp spring, even the clamp spring has a trend to open, the clamp spring cannot open optionally under the action of the limit structure, and the clamp spring can be prevented from jumping out of the clamp spring groove and being failed. By the electric connector with the connecting nut, the problem that the clamp spring of an existing electric connector with the connecting nut easily drops out of the clamp spring groove is solved.

Description

technical field [0001] The invention relates to the field of electrical connectors, in particular to an electrical connector with a connecting nut. Background technique [0002] With the development of integration and modularization of communication, electrical and other equipment, electrical connectors have been widely used in corresponding fields. In addition, in daily life, the board sockets and corresponding plugs that we often see are actually simple electrical connectors. Obviously, the common electrical connectors in daily life do not have anti-loosening performance. However, in some special fields, due to factors such as vibration in the use environment of the electrical connector, the electrical connector must have corresponding anti-loosening performance, which requires the electrical connector to have a corresponding anti-loosening locking mechanism. [0003] The connecting nut locking mechanism is one of the most common locking mechanisms in the field of electri...

AI Technical Summary

Problems solved by technology

In most states, the snap spring can prevent the connection nut from falling off from the rear end of the electrical connector housing. However, in the process of separating the electrical connector from the mating connector, when the connection nut When the torque generated by the rotation acts on the circlip, it often causes the circlip to open, fall off and fail

Therefore, there is the problem that the retaining spring is easy to fall off in the current electrical connector with the connecting nut.

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