Mounting and positioning structure and method for steel-inlaid guide rail

Abstract

The invention discloses a mounting and positioning structure and method for a steel-inlaid guide rail, and particularly relates to the technical field of mounting of steel-inlaid guide rails. The mounting and positioning structure for the steel-inlaid guide rail comprises a cross beam, the steel-inlaid guide rail and a six-edge wrench. After all bolts are inserted into screw holes, round holes in a steel plate are aligned with steel plugs on the bolts to slide into grooves, the steel plugs and the bolts can slide into the round holes simultaneously along with the fact that the steel plate slides into the grooves completely, and at the moment, the upper end surfaces of the steel plugs and the upper end surface of the steel plate are on the same horizontal line, so that the steel-inlaid guide rail is fixed only by screwing the bolts one by one, the steel plugs do not need to be knocked into to plug the screw holes, and the mounting work of a mounting person is more convenient. The problems that according to an existing mounting and positioning structure for the steel-inlaid guide rail, the steel-inlaid guide rail and the cross beam are locked by screws generally, then knurled steel plugs are knocked into screw counter bores, and thus after the screws are screwed in one by one, the knurled steel plugs need to be knocked into the screw counter bores one by one are solved.

Description

technical field [0001] The invention relates to the technical field of installing steel-inlaid guide rails, in particular to a structure and method for installing and positioning steel-inlaid guide rails. Background technique [0002] The guide rails of machine tools generally exist on relatively large mechanical parts or castings, such as bed columns, etc. The guide rails are formed at the position where each part slides relative to each other, and the other part forms a corresponding guide rail groove, which generally slides relative to each other under the condition of lubrication , and the form of the guide rail is roughly divided into two types, one is directly welded on the structural parts or cast together with the casting, and the other is to inlay the independent guide rail on the mechanical parts or castings, which is the inlaid steel guide rail. . The installation and positioning structure of the traditional inlaid steel guide rail is generally to lock the inlaid...

AI Technical Summary

Problems solved by technology

The installation and positioning structure of the traditional inlaid steel guide rail is generally to lock the inlaid steel guide rail and the beam with screws, and then use the knurled steel plug to snap into the screw counterbore. The plugs are shot into the screw counterbore in turn, which increases the workload of the installer and causes inconvenience to the installer

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