The invention comprises: a fixed fixture to support the processing object; a brush rotating driving part arranged in a fixed fixture to rotate the brush for grinding the processing object; an X-axis driving part to move the brush rotating driving part along the X-axis direction; a Y-axis driving part to move the brush rotating driving part along the Y-axis direction; and a Z-axis driving part to move the brush rotating driving part along the Z-axis direction. Moving to press the surface of the processing surface, so as to grind the processing surface of the object on the deformed end and side of the brush; the coating part of the processing material is arranged in the rear adjacent to the rotating driving part of the brush and moves forward and backward, and the processing material of the same material as the processing object is slightly coated on the surface of the brush. According to the present invention, when polishing the processing surface of carbon fixture/carbon mould, the inclined part of the pre-processing is pressed on the processing surface under the condition that the surface of the grinding component is coated with the same carbon and other processing substances as the grinding fixture, the processing surface is polished by using the deformed end side, which prevents the scratches caused by the contact between the end of the grinding component and reduces the scratches along with the original surface of the carbon material. The initial fixture oxidation phenomenon caused by the formation of oxygen absorption partially offset prolongs the service life, and the quality of roughness and flatness is excellent. The surface gloss that can not be reflected in the manual work products can be realized, and the work can be carried out without the shape constraints of the processed object.
【技术实现步骤摘要】
【国外来华专利技术】便携设备玻璃生产用碳夹具/碳模具的抛光机
本专利技术涉及便携设备玻璃生产用碳夹具/碳模具的抛光机,更详细而言,涉及一种改善包括智能手机等在内的便携设备玻璃生产用碳夹具/碳模具的收尾工序,提高制品生产效率,在能够实现超精密抛光作业的同时缩短加工时间的抛光机。
技术介绍
一般而言,手机中使用的显示屏使用价格低廉、制作简便的丙烯酸树脂,但最近随着基于触摸的手机功能执行方法逐渐普及,诸如丙烯酸的合成树脂材质,由于具有划痕问题(强度问题)、热脆弱性、低透过率、保持亮度所需的电池消耗量问题等而无法进一步使用,因而钢化玻璃正在用于触摸面板。钢化玻璃将原料玻璃截断成具有视窗玻璃的外观后,经过研磨外角、其他孔加工及倒角加工、研磨孔内面、外形加工的工序。接着,对视窗玻璃的两面进行表面研磨,经过水洗步骤及钢化过程等后续工序后,完成视窗玻璃的制造。在钢化玻璃的制造工序中,对视窗玻璃两面的表面研磨,在板(plate)状玻璃的情况下,可以以比较单纯的工序收尾,但在视窗玻璃的表面为曲面的情况下,无法有效进行的表面研磨。如上所述用于表面研磨的现有技术1的移动设备的曲面视窗玻璃外径研磨机,使用研磨材料研磨曲面视窗玻璃的外径,包括:玻璃夹具部,其由使将研磨的玻璃固定的夹具部、使所述夹具部能够倾斜运动地进行倾斜运动的夹具运动部构成;玻璃研磨部,其由包括研磨治具的研磨治具部、使所述研磨治具部沿Z轴方向进行上下升降运动的研磨治具升降运动部、使所述研磨治具部在X轴方向正面沿左右方向往复运动的研磨治具左右运动部构成;研磨材料循环部,其供应所述玻璃研磨部在研磨时需要的研磨材料,使研磨材料循环,以便使用后 ...
【技术保护点】
1.一种便携设备玻璃生产用碳夹具/碳模具的抛光机,其中,包括:固定夹具,其用于支撑加工对象物;刷子旋转驱动部,其配置于所述固定夹具上,使刷子旋转以便研磨所述加工对象物;X轴方向驱动部,其使所述刷子旋转驱动部沿X轴方向移动;Y轴方向驱动部,其使所述刷子旋转驱动部沿Y轴方向移动;Z轴方向驱动部,其使所述刷子旋转驱动部沿Z轴方向移动,以对加工面表面进行加压,从而使所述刷子的被变形的端部侧面研磨所述加工对象物的所述加工面;及加工物质涂覆部,其配置于与所述刷子旋转驱动部相邻的后方,进行前进和后退,用于在所述刷子的表面细微涂覆与所述加工对象物相同材质的加工物质。
【技术特征摘要】
【国外来华专利技术】2016.08.08 KR 10-2016-01005471.一种便携设备玻璃生产用碳夹具/碳模具的抛光机,其中,包括:固定夹具,其用于支撑加工对象物;刷子旋转驱动部,其配置于所述固定夹具上,使刷子旋转以便研磨所述加工对象物;X轴方向驱动部,其使所述刷子旋转驱动部沿X轴方向移动;Y轴方向驱动部,其使所述刷子旋转驱动部沿Y轴方向移动;Z轴方向驱动部,其使所述刷子旋转驱动部沿Z轴方向移动,以对加工面表面进行加压,从而使所述刷子的被变形的端部侧面研磨所述加工对象物的所述加工面;及加工物质涂覆部,其配置于与所述刷子旋转驱动部相邻的后方,进行前进和后退,用于在所述刷子的表面细微涂覆与所述加工对象物相同材质的加工物质。2.根据权利要求1所述的便携设备玻璃生产用碳夹具/碳模具的抛光机,其中,所述刷子通过研磨丝被所述加工对象物的加工面加压而变形的端部侧面,对所述加工面进行研磨。3.根据权利要求1所述的便携设备玻璃生产用碳夹...
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