Multi-direction full-automatic buffing line

Abstract

The invention discloses a multi-direction full-automatic buffing line which comprises a conveying line extending in a straight line direction, a cartridge holder type loading mechanism and a measuringdevice, wherein the cartridge holder type loading mechanism and the measuring device are in butt joint to the upstream and the downstream of the conveying line respectively; and a upper and lower surface buffing workstation, a side surface buffing workstation and at least one upper and lower groove body buffing workstation are sequentially arranged by the side of the conveying line in a conveyingdirection. According to the multi-direction full-automatic buffing line provided by the invention, multi-direction and multi-feature face assembly line type buffing operation of a workpiece can be realized, the processing quality of a product is improved, workpieces to be buffed can also be screened in the buffing process at the same time, and obviously qualified processed products are rejected,so that the buffing efficiency and the buffing accuracy are greatly improved; and in addition, after buffing is finished, the workpieces can also be measured to judge whether the buffing design requirements are met or not, and the multi-direction full-automatic buffing line has a wide market application prospect.

Description

technical field [0001] The invention relates to the field of non-standard automation, in particular to a multi-directional fully automatic grinding line. Background technique [0002] In the field of non-standard automatic processing, it is often necessary to grind and polish the processed workpiece to meet the surface roughness, flatness and contour required by the design. [0003] The existing grinding lines often have the following problems: First, the existing grinding lines can only be used for grinding and polishing on a certain processing surface or a certain characteristic surface of the workpiece. For surface grinding and polishing, it is necessary to transfer the workpiece to the next grinding line for grinding operation after completing the grinding operation of the previous surface, resulting in low grinding efficiency, and the frequent circulation of workpieces is also easy to scratch or pollute the surface, affecting the final product quality; at the same time...

AI Technical Summary

Problems solved by technology

[0003] The existing grinding lines often have the following problems: First, the existing grinding lines can only be used for grinding and polishing on a certain processing surface or a certain characteristic surface of the workpiece. For surface grinding and polishing, it is necessary to transfer the workpiece to the next grinding line for grinding operation after completing the grinding operation of the previous surface, resulting in low grinding efficiency, and the frequent circulation of workpieces is also easy to scratch or pollute the surface, affecting the final product quality; at the same time, the existing grinding line has a low degree of automation and often requires manual loading, and manual assisted unloading is required after grinding, which further results in low grinding efficiency; Inconsistent workpieces are screened, resulting in low grinding accuracy; finally, the existing grinding line lacks the function of online measurement of the polished workpieces to determine whether the workpieces meet the requirements of grinding and polishing, so that loading-positioning- The grinding-cutting-measuring-screening process is fully automated, requiring more steps of manual assistance, resulting in frequent loading and unloading and secondary positioning, which wastes too much time, resulting in low grinding and measuring efficiency

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