Spherical crystal polishing device capable of automatically adjusting rotating speed

Abstract

The invention discloses a spherical crystal polishing device capable of automatically adjusting the rotating speed. The spherical crystal polishing device comprises a main body, wherein a working cavity is formed in the main body, a polishing cavity is formed in the right side of the working cavity in a communicating mode, a polishing assembly is arranged in the polishing cavity, a first clamp cavity is formed in the left side of the working cavity in a communicating mode, a second clamp cavity is formed in the left side of the first clamp cavity in a communicating mode, and clamp assemblies are arranged in the first clamp cavity and the second clamp cavity. According to the spherical crystal polishing device, a crystal is clamped by clamps on the upper side and the lower side, a clamp motor is started, the crystal is alternately clamped by the clamps on the front side and the rear side and the clamps on the upper side and the lower side, the crystal is driven to rotate and be polishedwhen the crystal is clamped by the clamps on the front side and the rear side, the crystal is driven to reverse when the crystal is clamped by the clamps on the upper side and the lower side so thateach surface of the crystal can be polished, the surface roughness of the crystal is detected through a friction block during polishing, and the more rough the surface is, the higher the rotating speed of a polishing block is.

Description

technical field [0001] The invention relates to the technical field of crystal processing, in particular to a spherical crystal polishing device capable of automatically adjusting the rotating speed. Background technique [0002] Crystal processing needs to go through cutting, embryo pressing, polishing, drilling, engraving, sandblasting and other processes. The polishing method of spherical crystal is mainly manual polishing, which has high requirements for the operation of the staff. One hand needs to press and rotate the spherical crystal to position it to keep it stable, and the other hand holds the polishing block to adjust the crystal. The surface is polished, but using the above polishing method, the artificial positioning is unstable, and the crystal product may be shifted during polishing, resulting in poor polishing effect of the crystal and low polishing efficiency. Contents of the invention [0003] Aiming at the deficiencies of the above-mentioned technologie...

AI Technical Summary

Problems solved by technology

The polishing method of spherical crystal is mainly manual polishing, which has high requirements for the operation of the staff. It needs one hand to press and rotate the spherical crystal to position it to keep it stable, and the other hand holds the polishing block to adjust the crystal. The surface is polished, but with the above polishing method, the artificial positioning is unstable, and the crystal product may be shifted during polishing, resulting in poor polishing effect of the crystal and low polishing efficiency

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