Connecting device

Abstract

The invention discloses a connecting device. The connecting device comprises a first half shell and a second half shell, wherein the first and the second half shells can be mutually locked together in a detachable way to form a complete shell, a first elastic buckle is arranged at the first end of the shell formed by the first and the second half shells, and a first part is inserted from the first end of the shell and is locked and buckled with the first elastic buckle together; and furthermore, a second elastic buckle is arranged at the second end of the shell formed by the first and the second half shells, and a second part is inserted from the second end of the shell and is locked and buckled with the second elastic buckle together. Therefore, in the connecting device disclosed by the invention, the first and the second parts do not need to be aligned with the buckles on the first and the second half shells, and the mechanical connection between the first and the second parts can be realized by only respectively inserting the first and the second parts into the whole shell formed after locking, so that the operation is convenient.

Description

technical field [0001] The present invention relates to a mechanical connection device, in particular to a connection device capable of mechanically connecting two different parts together. Background technique [0002] In the prior art, there is a connecting device capable of mechanically connecting two parts together, the connecting device has two half shells, the two half shells can be interlocked together in a detachable manner to form a For a complete shell, a rigid (non-elastically deformable) first buckle is formed inside one end of the shell, and a rigid (non-elastically deformable) second buckle is formed inside the other end of the shell. When connecting two parts, the two half-shells must be opened first, and the rigid protrusion on the insertion end of the first part must be aligned with the rigid first buckle on the two half-shells, and the second part The rigid projections on the insertion end align with the rigid second snaps on the two half-shells, and final...

AI Technical Summary

Problems solved by technology

[0003] One of the biggest disadvantages of existing attachments is the need to align the protrusions of each part with the rigid snaps on each half-shell

Therefore, the operation of the existing connecting device is time-consuming and laborious

[0004] In view of the difficulty in the connection operation of the existing connecting devices, it is indeed necessary to propose a mechanical connecting device that can easily realize the interconnection of multiple components

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