Full-automation rhinestone grinding and polishing machine

Abstract

The invention relates to a full-automation rhinestone grinding and polishing machine. The full-automation rhinestone grinding and polishing machine comprises a rack, a grinding and polishing wheel and a fixture. The grinding and polishing wheel and the fixture are arranged on the rack. A rhinestone is positioned in a station of the fixture. The grinding and polishing wheel is provided with grinding and polishing wheel forward and backward moving tracks which enable the grinding and polishing wheel to be close to the fixture and away from the fixture, and the grinding and polishing wheel moves forwards or backwards along the grinding and polishing wheel forward and backward moving tracks. The grinding and polishing wheel abuts against the rhinestone and acts on the rhinestone in a grinding and polishing mode. The grinding and polishing wheel and the fixture swing relative to each other, the relative swinging track between the grinding and polishing wheel and the fixture is in the shape of an arc, and a swinging surface formed by the arc-shaped swinging track is parallel with a surface, wherein grinding and polishing processing is conducted by the rhinestone on the surface, and the surface is a cutting surface finally formed by the rhinestone. A flat cutting surface can be provided by the full-automation rhinestone grinding and polishing machine, and therefore quality of the rhinestone is improved.

Description

technical field [0001] The invention relates to a fully automatic rhinestone grinding and polishing machine. Background technique [0002] Existing full-automatic rhinestone grinding and polishing machine comprises frame, grinding and polishing wheel and fixture, and grinding and polishing wheel and fixture are all arranged on the frame, and grinding and polishing wheel is the general term of grinding wheel and throwing wheel wherein, and grinding wheel is used for grinding Cutting rhinestones, the polishing wheel is used to polish the surface of the ground rhinestones, the rhinestones are positioned in the fixture station, the grinding and polishing wheels touch and act on the rhinestones, the grinding and polishing wheels have positions close to the fixture and away from the fixture The grinding and polishing wheel advances and retreats track, and the grinding and polishing wheel advances and retreats along the grinding and polishing wheel's advancing and retreating track....

AI Technical Summary

Problems solved by technology

[0003] The existing defects of the existing fully automatic water drill grinding and polishing machine are: (1), when the grinding and polishing wheel contacts the surface of the water drill, a grinding and polishing line will be formed, and the grinding and polishing line is a straight line parallel to the axial direction of the grinding and polishing wheel, and then the grinding and polishing There will be a relatively linear movement between the polishing wheel and the fixture along the grinding and polishing line to expand the polishing area of ​​the rhinestone surface to form a cut surface. Since the polishing wheel is in a cylindrical shape, it is inevitable A concave grinding and polishing cut surface will be formed on the surface of the diamond, which will reduce the quality of the diamond; (2), the existing grinding and polishing wheel advance and retreat trajectory is a straight line perpendicular to the grinding and polishing line. The defect of excessive impact at the end point

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