首页> 外国专利> AUTOMATIC REFERENCE POSITION TEACHING METHOD, AUTOMATIC POSITIONING METHOD, AND AUTOMATIC CARRYING METHOD FOR DISK-LIKE OBJECT, AUTOMATIC REFERENCE POSITION TEACHING DEVICE, AUTOMATIC POSITIONING DEVICE, AND AUTOMATIC CARRYING DEVICE FOR DISK-LIKE OBJECT USING THESE METHODS, AND AUTOMATIC SEMICONDUCTOR MANUFACTURING EQUIPMENT

AUTOMATIC REFERENCE POSITION TEACHING METHOD, AUTOMATIC POSITIONING METHOD, AND AUTOMATIC CARRYING METHOD FOR DISK-LIKE OBJECT, AUTOMATIC REFERENCE POSITION TEACHING DEVICE, AUTOMATIC POSITIONING DEVICE, AND AUTOMATIC CARRYING DEVICE FOR DISK-LIKE OBJECT USING THESE METHODS, AND AUTOMATIC SEMICONDUCTOR MANUFACTURING EQUIPMENT

机译:针对对象的自动参考位置教学方法,针对对象的自动定位方法和自动携带方法,针对对象的自动参考位置教学设备,自动定位设备以及针对此类对象的自动携带设备,其使用方法和目的如下:

摘要

In order to automate the positioning at respective ports at the start-up of an equipment in a semiconductor manufacturing equipment equipped with a positioning device and a carrying robot and enhance productivity, 2 points W1 and W2 at which the circumference of a disc-like object 47 such as a wafer and the locus 43 of a detection means cross are detected, and the center position A of a disc-like object is calculated using the specific point O on the perpendicular bisector 42 of the section of a line combining 2 points with these and the radius r of the disc-like object. Thereby, the carrying robot could carry out the positioning work and not only the correction of a carrying route but also the reference position teaching at the start-up of equipment could be automated using the result.
机译:为了使装备有定位装置和搬运机器人的半导体制造设备中的设备启动时的各端口处的定位自动化,并提高生产率,将圆盘状物体的周向的点W1,W2设为2点。检测诸如晶片的47和检测装置的轨迹43的交叉点,并使用将2个点组合成直线的线的截面的垂直平分线42上的特定点O来计算盘状物体的中心位置A。这些和圆盘状物体的半径r。从而,搬运机器人可以进行定位工作,不仅可以利用该结果使搬运路线的校正而且在设备启动时的基准位置教导自动化。

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