Integrated circuit transferring mechanism and transferring method

Abstract

The invention relates to an integrated circuit transferring mechanism. The integrated circuit transferring mechanism comprises a feeding manipulator, a conveying in-place device of which the left endis located on the lower side of the feeding manipulator and a visual inspection detection with cameras; the conveying in-place device comprises a conveying base, two conveying longitudinal electric linear sliding platforms which are arranged in parallel and connected with the upper end of the conveying base separately and two jacking devices connected with sliding blocks of the two conveying longitudinal electric linear sliding platforms in a one-to-one correspondence mode; and lenses of the cameras are opposite to the upper ends of the conveying longitudinal electric linear sliding platforms.According to the integrated circuit transferring mechanism, feeding is achieved through the feeding manipulator, the two conveying longitudinal electric linear sliding platforms and the two jacking devices connected with the sliding blocks of the two conveying longitudinal electric linear sliding platforms in the one-to-one correspondence mode are used for conveying an integrated circuit, the visual inspection detection is used for achieving inspection, and then the transferring efficiency and the in-place precision are high.

Description

technical field [0001] The invention relates to the field of integrated circuit testing and sorting, in particular to an integrated circuit transfer mechanism and transfer method. Background technique [0002] The detection process of integrated circuits is an indispensable link in the integrated circuit industry chain. With the development of the market and technology, the detection technology of integrated circuits has developed rapidly; automatic detection of integrated circuits can improve the detection efficiency of integrated circuits; in automatic detection In the process, it is very important to improve the integrated circuit to transfer the integrated circuit through an efficient and stable mechanism; the transfer of the integrated circuit through a single shuttle mechanism has the disadvantages of low transfer efficiency and low positioning accuracy; therefore, it is necessary to design a transfer efficiency and positioning accuracy. High integrated circuit transfe...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to overcome the shortcomings of low transfer efficiency and positioning accuracy in the current transfer of integrated circuits by single-shuttle mechanisms, and provide an integrated circuit transfer mechanism and transfer method with high transfer efficiency and positioning accuracy

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