Embedded connector

Abstract

The invention provides an embedded connector. The embedded connector comprises a male connector and a female connector, wherein the male connector comprises a connector body shaped like a circular truncated cone and a guide head shaped like an oval truncated cone, and the upper section of the connector body is connected with the bottom surface of the guide head; the female connector is provided with a containing guide through hole used for containing the male connector, and the shape of the containing guide through hole corresponds to that of the male connector; and the connector body is provided with locking grooves, the side face of the female connector is provided with locking pin through holes which correspond to the locking grooves, and the embedded connector further comprises lockingpins, wherein the locking pins can be inserted into the locking pin through holes and clamped into the locking grooves so as to enable the male connector to be fixedly connected with the female connector. According to the embedded connector, the guide head enters the containing guide through hole of the female connector, and the angle of the guide head shaped like the oval truncated cone is adjusted; and when the guide head shaped like the oval truncated cone correspond to the position of an oval of the containing guide through hole, the male connector can be continuously inserted into the containing guide through hole, and then the male connection is in locking connection with the female connector through the locking pins. Therefore, according to the embedded connector, the butt-joint efficiency of the male connector and the female connector is improved.

Description

technical field [0001] The invention relates to the technical field of mechanical parts, in particular to an embedded joint. Background technique [0002] The rigid conventional connection between dynamic parts often adopts the embedded connection of male and female joints, but the existing connecting parts have the following defects: the tolerance fit between the male joint and the female joint is only about 2mm, and it is often manually docked, which wastes manpower. Low efficiency and high construction cost; in addition, when used in space technology and large-tonnage docking, nuclear environment, underwater, robot, and space dynamic docking, it is often necessary to realize the embedded docking of male and female joints in a state of no one or no support. However, the too small tolerance of the male joint and the female joint in the prior art increases the difficulty of the docking operation, and the efficiency is not high enough. Contents of the invention [0003] In...

AI Technical Summary

Problems solved by technology

[0002] The rigid conventional connection between dynamic parts often adopts the embedded connection of male and female joints, but the existing connecting parts have the following defects: the tolerance fit between the male joint and the female joint is only about 2mm, and it is often manually docked, which wastes manpower. Low efficiency and high construction cost; in addition, when used in space technology and large-tonnage docking, nuclear environment, underwater, robot, and space dynamic docking, it is often necessary to realize the embedded docking of male and female joints in a state of no one or no support. However, in the prior art, the too small tolerance of the male joint and the female joint increases the difficulty of the docking operation, and the efficiency is not high enough.

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