Novel six-station disc-type numerical control cloth wheel buffing machine

Abstract

The invention discloses a novel six-station disc-type numerical control cloth wheel buffing machine. The cloth wheel buffing machine comprises a base and a rotating disc arranged in the middle of the base. Five-station double buffing wheel assemblies and an one-station assembly and disassembly station are evenly arranged at the parts, around the rotating disc, of the base, and six-station double workpiece clamp assemblies are evenly arranged at the parts, corresponding to the five-station double buffing wheel assemblies and the assembly and disassembly station, of the rotating disc in an equal-angle mode. Each double buffing wheel assembly comprises a movable stand column and a double buffing wheel structure which is arranged on the stand column and corresponds to one double workpiece clamp assembly. The double workpiece clamp assembly on each station comprises two workpiece chucks matched in a linkage mode. Through rotating the double workpiece clamp assemblies and the double buffing wheel assemblies by one circle each time, twelve workpieces can be buffed, in this way, production efficiency is greatly improved, the application range of buffing complex curved-surface workpieces is enlarged, the stability and uniformity of the quality of workpiece buffing are guaranteed, occupied area is reduced, energy consumption is lowered, and the production efficiency and economic benefits are improved by times.

Description

technical field [0001] The invention relates to a cloth wheel polishing machine, which belongs to the technical field of polishing machine equipment, in particular to a six-station disc type new numerically controlled cloth wheel polishing machine. Background technique [0002] At present, among the existing multi-station cloth wheel polishing equipment, the production efficiency of the six-station disc cloth wheel polishing machine is the highest, but the polishing wheel of the existing six-station polishing machine generally moves and rotates in a fixed direction , a single polishing wheel structure is adopted, and the workpiece fixture of each station can only clamp one workpiece to match one polishing wheel at a time. There has not been a structure of synchronous drive of multi-station double fixtures and double polishing wheels. Therefore, each The working cycle disc rotates 60°, and when the disc rotates 360°, only 6 workpieces can be polished after completing all poli...

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Problems solved by technology

[0002] At present, among the existing multi-station cloth wheel polishing equipment, the production efficiency of the six-station disc cloth wheel polishing machine is the highest, but the polishing wheel of the existing six-station polishing machine generally moves and rotates in a fixed direction , a single polishing wheel structure is adopted, and the workpiece fixture of each station can only clamp one workpiece to match one polishing wheel at a time. There has not been a structure of synchronous drive of multi-station double fixtures and double polishing wheels. Therefore, each The working cycle disc rotates 60°, and when the disc rotates 360°, only 6 workpieces can be polished after completing all polishing processes; at the same time, the polishing wheel structure of the existing polishing machine cannot deflect a predetermined angle along the horizontal axis, Moreover, the three-dimensional compensation and adjustment structure of the polishing wheel is complex, difficult to debug and low in precision, which limits the scope of application for polishing workpieces with complex curved surfaces; The energy consumption of the equipment increases, which in turn increases the production cost, so the above-mentioned defects will lead to the inability to improve the economic benefits of the enterprise and limit the further development of the enterprise.

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