Built-in fine adjustment slipway motion mechanism

Abstract

The invention discloses a built-in fine adjustment slipway motion mechanism. The built-in fine adjustment slipway motion mechanism comprises a slipway fixed seat, a fine adjustment slipway main body, a motion mechanism loading main platform, a driving mechanism main body component, wherein the fine adjustment slipway main body is arranged on the slipway fixed seat; the motion mechanism loading main platform is arranged on the fine adjustment slipway main body; the driving mechanism main body component is arranged on the motion mechanism loading main platform; the slipway fixed seat is internally provided with a fine adjustment device; the fine adjustment device can realize fine adjustment motion of the slipway main body on the slipway fixed seat. Through the above scheme, the built-in fine adjustment slipway motion mechanism disclosed by the invention is used for positioning repeated motion needing accurate alignment fine adjustment, so that the positioning is more flexible and convenient; the built-in fine adjustment slipway motion mechanism is particularly suitable for high-speed cutting main shafts and pneumatic main shafts (high processing precision is needed and impact is prevented), and can effectively reduce the noises caused by motion and the structural abrasion caused by the impact, thus greatly promoting the precision during repeated positioning; the blank on the structural aspect in the prior art is solved.

Description

technical field [0001] The invention relates to the field of electronic product equipment, in particular to a built-in fine-tuning sliding table movement mechanism. Background technique [0002] In the field of PCB, electronic processing and manufacturing, and the field of micro-motion mechanism of automation equipment, it is often necessary to operate closely and accurately, such as fine-tuning some components to make its operation more precise. For example, when cutting circuit boards in the PCB field, it is necessary to adjust the position of the cutting knife accurately before cutting. And this kind of fine-tuning action, due to the function setting or function limitation of the machine itself, not all machines can accurately adjust their own parts as required, so some auxiliary equipment is needed to adjust. As disclosed in the present invention, the built-in fine-adjustment sliding table movement mechanism that can be used for various equipment can position the repeti...

AI Technical Summary

Problems solved by technology

And this kind of fine-tuning action, due to the function setting or function limitation of the machine itself, not all machines can accurately adjust their own parts according to the requirements, so some auxiliary equipment is needed for adjustment.

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