锻压技术

冲压高速自动化模具首调共线联动

英文标题：The first adjustment and collinear linkage for stamping highspeed automation die

分类号：TH181;TH186;TP-9

出版年,卷(期):页码：2021,46(6):188-202

摘要：

为了提高汽车冲压制造企业的生产效率、降低制造成本，研究了冲压模具首调快速共线联动生产。通过对冲压新模具回厂后首调共线联动生产过程中所涉及的机械手端拾器设计与组装、自动化轨迹参数仿真、模具气源参数标准化、模具成形工艺参数的选用、调试用工序件准备等必要工作进行研究，制订了一套完整、高效、有序的冲压模具，其入厂后首调共线联动调试的标准化流程很重要。经过研究发现：当汽车冲压模具首调共线联动调试工作按照标准化流程进行实施时，调试流程中的每个环节按照标准规范落地，可完成冲压汽车外覆盖件单套模具8 h自动化线体联动共线课题。

In order to improve the production efficiency of automotive stamping manufacturing enterprises and reduce manufacturing costs, the first adjustment and rapid collinear linkage production of stamping dies were studied, and the necessary work such as the design and assembly of manipulator end picker involved in the first adjustment and collinear linkage production process, the simulation of automatic trajectory parameters the standardization of die air source parameters, the selection of die forming process parameters and the preparation of process parts for debugging etc. was researched after the new stamping die was returned to the factory. Then, a complete, efficient and orderly stamping die was formulated, and the standardization process for the first adjustment and collinear linkage debugging after the stamping dies entered the factory was very important. The results show that when the first adjustment and collinear linkage debugging of automobile stamping die is implemented in accordance with the standardized process, each link in the debugging process is implemented in accordance with the standard specifications, and the 8-hour automatic line-body collinear linkage subject of stamping a single set of die for automobile outer panels can be completed.

基金项目：

杨清涛（1990-），男，学士，工艺工程师 E-mail：403707198@qq.com

参考文献：

[1]谢文才, 张文波, 徐明琦,等. 国内汽车企业冲压发展现状及冲压资源规划[J]. 锻造与冲压, 2020, (2):11，13-15.

Xie W C, Zhang W B, Xu M Q, et al. Current status of stamping development and stamping resource planning of domestic auto companies[J]. Forging & Metalforming, 2020, (2):11，13-15.

[2]李风华, 王治富, 徐秋梁. 机器人冲压自动化生产线技术改造的研究与应用[J]. 锻造与冲压, 2007, (3):35-39.

Li F H, Wang Z F, Xu Q L. Research and application of technical transformation of robot stamping automation production line[J]. Forging & Metalforming, 2007, (3):35-39.

[3]李宁. 机械自动化技术在汽车控制中的应用初探[J]. 科研:289-289.

Li N. Preliminary Study on the application of mechanical automation technology in automobile control[J]. Scientific Research:289-289.

[4]刘庆华. 模拟仿真技术在自动化冲压生产线零件搬送中的应用[J]. 模具工业, 2010,(9):10-14.

Liu Q H. The application of simulation technology in automatic stamping production line parts transportation[J]. Die & Mould Industry, 2010,(9):10-14.

[5]胡小军. 高速自动化冲压线模具改造技术[J]. 锻造与冲压, 2013, (14):32-36.

Hu X J. Die transformation technology of highspeed automatic stamping line[J]. Forging & Metalforming,2013, (14):32-36.

[6]张海丹, 石朋飞, 肖贺. 自动冲压生产线模具运动仿真研究与应用[J]. 模具制造, 2015, 15(1):19-23.

Zhang H D, Shi P F, Xiao H. Research and application of mould motion simulation for automatic stamping production line[J]. Die & Mould Manufacture, 2015, 15(1):19-23.

[7]刘娟娟, 韦联锋. 模具调试流程及成形性基本问题[J]. 装备制造技术, 2014,(10):155-157,164.

Liu J J, Wei L F. Basic issues of mold debugging process and formability[J]. Equipment Manufacturing Technology, 2014,(10):155-157,164.

[8]杨玻. 冲压自动化生产中端拾器的选择与应用[J].模具制造,2019,19(1):19-21.

Yang B. Selection and application of end pickers in stamping automation production [J]. Die & Mould Manufacture，2019,19 (1):19-21.

[9]甄久军，杨战民，王晓勇. 一种智能真空吸盘装置的设计[J].真空科学与技术学报，2017，37（11）：1038-1043.

Zhen J J, Yang Z M, Wang X Y. Design of an intelligent vacuum suction cup device[J]. Chinese Journal of Vacuum Science and Technology, 2017, 37(11): 1038-1043.

[10]张明树, 李强,迟永刚,等. 一种基于可摆动吸盘的多用途高效真空吸取器设计[J].制造业自动化,2015,(16): 84-88.

Zhang M S, Li Q, Chi Y G, et al. Design of a multipurpose highefficiency vacuum suction device based on swingable suction cup[J].Manufacturing Automation,2015,(16): 84-88.

[11]方芳, 谢玉颖. 端拾器在冲压自动化生产线的应用[J]. 金属加工：热加工, 2013,（17）:83-85.

Fang F，Xie Y Y. Application of end picker in automatic stamping production line [J]. MW Metal Working, 2013, (17): 83-85.

[12]肖小亭, 肖可畏, 陈康. 用于确定冲压生产线自动拾取工件最佳位置的装置[P]. 中国：CN204524055U, 2015-08-05.

Xiao X T, Xiao K W, Chen K. Device used to determine the best position for automatically picking up workpieces on a stamping production line[P].China: CN204524055U, 2015-08-05.

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