Installing and positioning method of linear guide rail

Abstract

The invention discloses an installing and positioning method of a linear guide rail. The method comprises the following steps of: first determining a reference guide rail and an installation reference surface of the guide rail, flatly placing the guide rail on the installation reference surface of a base so that the guide rail corresponds to the installation reference surface of the base; installing a guide rail screw and enabling the guide rail to be slightly screwed up, and tightly screwing up the guide rail after correcting to ensure that the precision of the guide rail is in a required range; at one side of the guide rail, injecting positioning glue into a gap between the vertical-side reference surface of the base and the corresponding basal plane at the guide rail side to fill the gap; after the positioning glue is cured, placing a wedge block in a positioning groove at the other side of the guide rail and tightly screwing up a welding block screw to compress the guide rail; and regulating and fixing the other linear guide rail according to the same method. The installing and positioning method disclosed by the invention completely replaces the traditional installing and positioning method of the linear guide rail; and by means of the installing and positioning method disclosed by the invention, the requirement for the precision in the process of machining the base reference surface is met, the installation and regulation time of the guide rail is shortened to half a day from original three months, and the requirements on the linear guide rail for all precision levels can be completely met.

Description

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AI Technical Summary

Benefits of technology

In this new way that uses an improved system called Linear Guide Rail (LTR) instead of older methods like straight rails, it allows for precise placement during manufacturing processes while reducing assembly times compared with previous systems.

Problems solved by technology

This patented technical solution describes how improving the movement and alignment between two parts (a guided part called an upper track) used for machining tools helps ensure accurate performance during operation without sacrifices over time due to changes made along the way. However, current methods are limited because they require high levels of labor and may result in errors when attaching the mount bases onto the guide rods themselves.

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