多层柔性材料输送装备的优化设计与研制北大核心

研制一种具有匀速和恒张力的多层柔性材料输送装备。通过放卷机构与恒张力控制,经自动纠偏器进行微调和精准定位,实现多层柔性材料的组合;运用伺服电机牵引组合后的多层柔性材料,采用编码器进行跟踪检测,有效地将多层材料在匀速、恒张力的情况下精准地输送到加工位。结果表明:机械传动、气压装置、电气控制及伺服电机驱动模块的有机配合,使得多层柔性材料输送更加稳定可靠。研究结果为抗疫物资生产装备创新优化和生产工艺优化提供参考。

Optimal Design and Development of Multilayer Flexible Material Transportation Equipment

A multilayer flexible material conveying equipment with uniform speed and constant tension was developed. Through the unwinding mechanism and constant tension control, and by using the automatic deviation rectifying device to realize fine-tuning and precise positioning, the combination of multilayer flexible materials was realized; the servo motor was used to tract the multilayer flexible material, and the encoder was used for tracking and detection in the process so the multi-layer material could be effectively transported to the working position accurately with uniform speed and constant tension.The results show that the organic coordination of mechanical transmission, pneumatic device, electrical control and servo motor drive module makes the transportation of multi-layer flexible materials more stable and reliable.The research results provide reference for the optimization of production equipment innovation and production process of anti-epidemic materials.