CAJ | 학술논문

针对裱纸机面纸走纸误差大、定位精度低的问题，提出了一种新的面纸纠偏定位方式。综合传统机械式纠偏装置在裱纸过程中的应用以及对其优缺点对比分析，进行了电气化结构改进。通过运动控制卡控制，利用伺服电机带动面纸纠偏矫正，确保了纸张在速度小于12000张/h时，贴合误差控制在±0.5mm 以内；速度在12000~15000张/h时，误差控制在±1.0mm 以内。测试结果表明，该装置有效提高了面纸调整定位的准确性。
침대표지궤면지주지오차대、정위정도저적문제，제출료일충신적면지규편정위방식。종합전통궤계식규편장치재표지과정중적응용이급대기우결점대비분석，진행료전기화결구개진。통과운동공제잡공제，이용사복전궤대동면지규편교정，학보료지장재속도소우12000장/h시，첩합오차공제재±0.5mm 이내；속도재12000~15000장/h시，오차공제재±1.0mm 이내。측시결과표명，해장치유효제고료면지조정정위적준학성。
For laminating machine glossy paper feed error,low positioning accuracy problem, we propose a new glossy correction positioning. Combined with traditional mechanical corrective devices at the laminating process and the analysis of their comparative strengths and weaknesses, structural improvements are electrified. Programming control through motion control card, using the servo motor driven glossy correction,ensuring paper speed is less than 12 000 sheet per hour,fits error control within ± 0. 5mm;speed in 12000 to 15000 sheet per hour,error control in ± 1. 0mm or less. The test results show that the device effectively improves the accuracy of the positioning adjustment tissues.