Design of a Z-pin transitional implantation mechanism with high reliability and efficiency

doi:10.19936/j.cnki.2096-8000.20221028.011

Abstract

Abstract: In order to solve the technical problems of poor reliability, poor precision and low efficiency of the current Z-pin transitional implantation, a novel method of Z-pin transitional implantation is proposed. The Z-pin was implanted into the basic foam board in two steps, and the allocation principle of the two implantation depths, how action models work, and the enhancement principle of implant effect were analyzed, and finally a completed Z-pin transitional implantation process was got. According to the process flow, a set of high-performance Z-pin transitional implantation mechanism integrating the functions of conveying, pressing and cutting is designed, using this mechanism and the implantation process method. The process experiment of Z-pin transitional implantation that used typical matrix was carried out, and the data were recorded. The test results show that the implantation mechanism runs smoothly, the automatic action is smooth, and it is reliable and efficient, the length, implantation depth, angle and other technical indicators of the Z-pin meet the expected requirements,the correctness and rationality of the institutional structure scheme and the implantation method are proved.

Key words: Z-pin, implantation, process method, efficiency, reliability

CLC Number:

TB332

DUAN Xue-jun, WU Qing-tang, ZOU Yang, WEI Wei, YING Yu-xiang, XIU Dong, WU Huan. Design of a Z-pin transitional implantation mechanism with high reliability and efficiency[J]. COMPOSITES SCIENCE AND ENGINEERING, 2022, 0(10): 70-75.

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