Glass automatic edge grinding machine for camera protection lens

Abstract

The invention discloses a glass automatic edge grinding machine for a camera protection lens. The glass automatic edge grinding machine comprises a rack and further comprises a rotating station, a glass feeding device, a grinding wheel assembly, a driving grinding wheel set radial feeding device, a driving grinding wheel set axial feeding device, a suction rod device, a suction rod advancing and retreating driving device, a suction rod vertical moving driving device, an on-line measuring device, a water spraying device, a finished product collection device and a control box which are arrangedon the rack. The automatic feeding function is achieved, gluing is not needed, corresponding limit work can be completed directly through two baffles of the glass feeding device, the work flow is simplified, repeated carrying of a jig is omitted, and the labor intensity of operators is relieved; through the one-time clamping effect of a glass supporting plate of the glass feeding device, multi-layer glass blanks can be clamped at a time to be grinded, and thus the edge position yield is increased; and on-line detection is adopted, automatic compensation is conducted through data of on-line detection, the dimension precision is within + / - 0.01 mm, and the detection accuracy can be improved to a large extent.

Description

technical field [0001] The invention relates to the technical field of glass processing, in particular to an automatic glass edger for camera lens protection. Background technique [0002] The camera protection lens is a round or square or irregular flat glass, which is used on electronic products with cameras such as mobile phones, computers or cars to protect the camera and enhance the visual effect. [0003] In the current production process, the cut glass is first placed in the corresponding size pit of the positioning jig, and then stacked on the engraving jig coated with invisible glue. After being cured by ultraviolet light, the positioning jig is removed. The glass is glued to the engraving jig, and it is brought to the engraving machine for edging processing. After completion, it is soaked in hot water to make the glue invalid and the lens is removed. The process of the above method is labor-intensive, moving the jig back and forth is labor-intensive, and the power...

AI Technical Summary

Problems solved by technology

The process of the above method is labor-intensive, moving the jig back and forth is labor-intensive, and the power of the Jingdiao electromechanical spindle is generally about 2kW, which consumes electricity, and indirect positioning during the process will cause many defects.

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