Manufacturing method and application of superlarge, superlong and superflat continuous bearing motion table-board

Abstract

A manufacturing method and application of an ultra-large, ultra-long, and ultra-flat continuous load-carrying tabletop, which is characterized in that: a large annular (or circular) floating body is placed in a liquid tank, and liquid is added to the liquid tank to make it float , make it centered and rotate slowly, and use the counterweight method to adjust the buoyancy imbalance caused by the uneven mass of the floating body along the circumference, so that the outer wall of the ring-shaped (or circular) floating body can be engraved along the circumference with a laser, etc. Then, cooperate with the laser leveling instrument, etc., adjust the ring-shaped precision limit guide rail and the limit wheel horizontally and fix them on the outer wall of the floating body; then continue to add liquid to make the floating body generate greater buoyancy, so that it can withstand loads The workpiece will not settle when it is under load and pressure; then rotate the floating body, and use milling, milling, grinding and other processing techniques to manufacture a super-large, super-long, super-flat, continuous bearing motion table that is located on the upper plane of the floating body and performs circular rotation.

Description

technical field [0001] The invention discloses a manufacturing method and application of a continuous bearing dynamic plane, belonging to the field of equipment manufacturing. Background technique [0002] In the field of industrial production and transportation, it is often necessary to have an ultra-large, ultra-long, ultra-flat, continuous bearing motion table, which is used for high-precision, continuous, large-scale processing of the workpiece plane (such as milling, milling, grinding), high-precision plate, continuous , Large-scale molding (such as glass plate, ceramic plate forming), large-load continuous transportation of workpieces (such as workpiece transportation in tunnel kilns), large-scale transportation of personnel and materials (such as automatic transportation roads), etc. But for a long time, the research and development of this kind of ultra-large, ultra-long, ultra-flat, continuous load-carrying motion table is not only very difficult and costly, but als...

AI Technical Summary

Problems solved by technology

But for a long time, the research and development of this kind of super-large, super-long, super-flat, continuous load-bearing moving table is not only very difficult and costly, but also difficult to realize the processing and manufacturing of super-large, super-long, super-flat continuous load-bearing moving table

Images