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以某中小钢企热轧型钢生产线上人工打码效率低下为切入点,在分析国内外热钢端面打码工艺和技术的基础上,采用TRIZ理论的矛盾矩阵和计算机辅助设计对热钢在线自动打码装置进行创新设计。针对热轧型钢端面打码的技术需求,结合TRIZ理论的工程参数,建立了10×10的矛盾矩阵,通过对创新原理结合生产实际的详细分析,构建了以龙门架为主体结构、字头组合、气动冲击打码、滚珠丝杠横向运动、丝杠螺母纵向运动的机电一体化热轧型钢端面打码系统的方案,极大地提高了热钢在线打码效率,降低了工人劳动强度。
Based on the analysis of domestic and foreign hot steel end surface coding process and technology, using contradiction matrix of TRIZ theory and computer aided design, the hot steel online automatic Coding device for innovative design. According to the technical requirements of the hot-rolled steel end-face code, combined with the engineering parameters of TRIZ theory, the 10 × 10 contradictory matrix was established. Based on the innovative principle combined with the actual production detailed analysis, a gantry-based structure, , Pneumatic Impact Coding, Lateral Ball Screw Movement, Longitudinal movement of the screw nut mechatronic hot-rolled steel end coding system program, which greatly improves the hot steel online coding efficiency, reducing labor intensity.