A method for realizing a through-wall joint capable of adapting to the inclination angle of a mounting surface

Abstract

The invention discloses a method for realizing a through-wall joint capable of adapting to the inclination angle of a mounting surface. The technical points of the invention are as follows: a through-wall joint flange is replaced by a pin, the pin is mounted in the diameter direction of the end face of the through-wall joint, and the pin axis is perpendicular to and intersects with the axis of thethrough-wall joint. When the through-wall joint passes through the mounting wall, the pin of the through-wall joint is pressed against the inclined mounting surface of the mounting wall, the through-wall joint can slightly rotate about the contact line between the through-wall joint and the inclined mounting surface of the mounting wall, and when the through-wall joint is rotated to the directionthat the axis of the through-wall joint is perpendicular to the inclined mounting surface of the other side, the nut and the inclined mounting surface of the other side are in plane contact, and thethrough-wall joint can be reliably fastened. The method provided by the invention has the advantages that the mounting of the through-wall joint is not influenced by the inclination angle of the mounting wall surface, and the through-wall joint can adapt to the mounting of the mounting wall surface at various inclination angles.

Description

technical field [0001] The invention is mainly applied to the design technical field of wall-mounted connectors and wall-mounted joints in electronic equipment, and particularly relates to a method for realizing a wall-mounted joint that can adapt to the inclination angle of the installation surface, and is suitable for wall-mounted connectors, When the installation wall of the through-wall connector is a sloped wall. Background technique [0002] In electronic equipment, the internal and external communication cables of the equipment shell usually need to be transferred and fixed by using wall-mounted connectors. Such as figure 1 As shown, the equipment casing (installation wall 2 of the through-wall joint 1) needs to set the draft angle during mold manufacturing, and the installation surface of the installation wall 2 of the through-wall joint 1 is usually an inclined surface, and there are inclined installation surfaces of the installation wall Angle of inclination θ, w...

AI Technical Summary

Problems solved by technology

like figure 1 As shown, the equipment casing (the installation wall 2 of the through-wall joint 1) needs to set the draft angle during the mold manufacturing, and the installation surface of the installation wall 2 of the through-wall joint 1 is usually an inclined surface, and there is an inclined installation surface of the installation wall Angle of inclination θ, when the through-wall joint 1 passes through the installation wall 2 and locks the nut 3, the end face of the lock nut 3 and the flange 1 of the through-wall joint 1- At least one of the end faces of 2 cannot completely fit the installation wall 2, so that the through-wall joint 1 cannot be effectively fastened

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