首页> 外国专利> Test dummy for precision transfer position measurement using the semiconductor system or display system and precision transfer position measurement method using the test dummy

Test dummy for precision transfer position measurement using the semiconductor system or display system and precision transfer position measurement method using the test dummy

机译:使用半导体系统或显示系统的用于精确转印位置测量的测试模型,以及使用该测试模型的精确转印位置测量方法

摘要

A precise transfer measurement method using a test dummy for transfer position measurement and a test dummy for transfer position measurement used in the field of semiconductor or display systems is disclosed. And a transfer robot for transferring the detection object of the storage box to the fixing unit is provided. The transfer robot includes a storage unit for storing a detection object, a fixing unit for fixing the detection object, A dummy body which is formed to have the same size as that of the object to be sensed; A pinhole image measuring member capable of recognizing or photographing a plurality of guide pin holes formed in the fixing means; The slots of the storage box disposed at the upper end of the dummy body are measured so that the interval between the slots of the storage box and the dummy body disposed at the upper end of the dummy body is measured while the dummy body is stored in the storage box A slot image measuring member capable of measuring an image; And a central processing unit capable of transmitting the information measured by the pinhole image measuring member or the slot image measuring member to a prepared image processing computer. A precise transfer measurement method using a test dummy for measuring a transfer position includes a target object fixing device including a storage box for storing a detection target object and fixing means for fixing the detection target object, And a plurality of guide pin holes formed in the fixing means are formed on the dummy body and formed in the same size as the size of the detection target body, And a pinhole image measuring member disposed at an upper portion of the dummy body so that a distance between the slot of the storage case disposed at the upper end of the dummy body and the dummy body is measured while the dummy body is stored in the storage case, Of the slot of the RTI ID = 0.0 And a central processing member capable of transmitting the measured information from the pinhole image measuring member or the slot image measuring member to a prepared image processing computer. The method comprising the steps of: (1) placing the test dummy for measuring the transfer position stored in the storage box on the transfer robot; (2) In the step (1), the transfer robot transfers the test dummy for measuring the transfer position to the upper end of the fixing means. (3) In the test dummy for measuring the position of transfer conveyed to the upper end of the fixing means in the step (2), the pin hole image measuring member recognizes or photographs the guide pin hole of the fixing means. (4) transmitting the image recognized or photographed in step (3) to the central processing unit; (5) transmitting the image transmitted to the central processing unit to the image processing computer in step (4); (6) determining whether the test dummy for measuring the transport position can be seated at a predetermined position of the fixing means, with the image transmitted to the image processing computer in the step (5) , The position of the center of the test dummy for measuring the transport position accurately coincides with the center of the guide pin hole can be grasped According to the precision transfer measurement method using the test dummy for the transfer position measurement and the test dummy for the transfer position measurement used in the semiconductor or display system field disclosed in the present invention, a test for checking whether the sensing object can be normally moved The height of the slot can be measured so that the object to be detected does not hit the slot in the storage, and even if a separate reference point is not formed, it is determined whether the object is normally transferred to the position where the object is to be transferred There is an advantage to be able to do.
机译:公开了一种精确的转移测量方法,该方法使用在半导体或显示系统领域中使用的用于转移位置测量的测试假人和用于转移位置测量的测试假人。并且提供了一种用于将收纳盒的检测对象转移到定影单元的转移机器人。移送机器人包括:存储单元,用于存储检测对象;固定单元,用于固定检测对象;伪体,其形成为与被检测对象的尺寸相同;针孔图像测量部件,其能够识别或拍摄在固定装置中形成的多个引导针孔;测量放置在虚拟体的上端处的储物盒的槽,使得在将虚拟体存储在其中的同时测量储物箱的槽与放置在虚拟体的上端处的虚物之间的间隔。所述存储盒是能够测量图像的插槽图像测量部件。中央处理单元能够将由针孔图像测量构件或狭缝图像测量构件测量的信息传输到准备好的图像处理计算机。使用测试假人来测量转印位置的精确的转印测量方法包括:目标物体固定装置,该目标物体固定装置包括用于存储检测目标物体的储物箱;以及用于固定该检测目标物体的固定装置;以及形成在该目标物体固定装置中的多个引导销孔。固定装置形成在虚设主体上,并形成为与检测对象主体的尺寸相同的尺寸;针孔图像测量构件设置在虚设主体的上部,以使收纳盒的狭缝之间的距离被设置。在将虚拟物体存储在存储箱中的同时,在虚拟物体的上端测量虚拟物体的高度,并且在能够从针孔传输所测量的信息的中央处理部件中进行测量。图像测量部件或狭缝图像测量部件至准备好的图像处理计算机。该方法包括以下步骤:(1)将用于测量存储在转移机器人上的存储箱中的转移位置的测试假人放置; (2)在步骤(1)中,转移机器人将用于测量转移位置的测试假人转移到固定装置的上端。 (3)在步骤(2)中用于测量传送到定影装置上端的转印位置的测试假人中,针孔图像测量部件识别或拍摄定影装置的引导针孔。 (4)将步骤(3)中识别或拍摄的图像发送到中央处理单元; (5)在步骤(4)中,将发送到中央处理单元的图像发送到图像处理计算机。 (6)在步骤(5)中将图像传送到图像处理计算机之后,确定是否能够将用于测量运输位置的测试假人坐在定影装置的预定位置处,并将测试假人的中心位置根据精确的传输测量方法,使用在半导体或显示系统中使用的用于测试传输位置的测试假人和用于传输位置测量的测试假人的精确传输测量方法,可以掌握用于精确测量传输位置与导向销孔中心一致的方法在本发明所公开的领域中,一种用于检查感测对象是否可以正常移动的测试。可以测量槽的高度,以使得要检测的对象不会碰到存储器中的槽,并且即使单独的参考点也是如此。如果未形成,则确定是否将对象正常地转移到要转移对象的位置。能够做到。

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