Polishing device capable of achieving multi-axis switching

Abstract

The invention belongs to the technical field of glass processing, and discloses a polishing device capable of achieving multi-axis switching. The polishing device comprises a transmission shaft, polishing wheel units, driving gears and a rotating cross beam, wherein each polishing wheel unit comprises at least two polishing wheel assemblies, and each polishing wheel assembly comprises a driven gear; the driving gears sleeve the transmission shaft and are connected with the driven gears in a matched mode; and the polishing wheel units are connected to the rotating cross beam. The rotating crossbeam rotates to drive the polishing wheel units to revolve, the types and the sizes of the polishing wheel assemblies in each polishing wheel unit can be different, the driving gears are connected with the driven gears in a matched mode, and under the driving of the driving gears, the different polishing wheel assemblies are switched for polishing processing, so that one main shaft drives the multiple sets of polishing wheel assemblies, different processing requirements can be met by combining the polishing wheel assemblies with different types, the expansibility is high, the polishing efficiency is high, and the device is compact in layout, tight in protection, convenient and fast to install and maintain, high in gear transmission precision, low in noise and long in service life.

Description

technical field [0001] The invention belongs to the technical field of glass processing, and relates to a polishing device, in particular to a multi-axis switching polishing device. Background technique [0002] Polishing is an important process in the glass processing process. It is a process of using mechanical surface grinding and chemical corrosion of polishing liquid to achieve a smooth and smooth glass surface. After polishing, the glass surface is smooth and bright, with a high aesthetic feeling, and the brightness of polishing directly affects the appearance quality of the product. [0003] Traditional polishing equipment is mostly single or double polishing wheel equipment, and the polishing wheels cannot be switched or turned over, which has the following technical problems: (1) The speed of the polishing wheel is low (only 0-50rpm), the polishing time is long, and the production capacity is low; (2) The polishing wheel cannot be switched according to the process ...

AI Technical Summary

Problems solved by technology

[0003] Traditional polishing equipment is mostly single or double polishing wheel equipment, and the polishing wheels cannot be switched or turned over, which has the following technical problems: (1) The speed of the polishing wheel is low (only 0-50rpm), the polishing time is long, and the production capacity is low; (2) The polishing wheel cannot be switched according to the process needs, the process path is single, the combination cannot be expanded, and the polishing efficiency is low; (3) The size of the polishing wheel is too large (the size of the polishing wheel is generally about 900mm), the processing is difficult, and the flatness is difficult to guarantee. When the polishing wheel rotates, the jump will be larger, which will further lead to uneven force, resulting in poor polishing effect; (4) The center and edge of the polishing wheel have different motion trajectories, and the linear speed is also inconsistent, resulting in inconsistent polishing effects; (5) The polishing wheel can only rotate in a plane and cannot be turned over, so it cannot be used for profiling polishing on curved surfaces

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