纺织工程视角下双针道二段度目控制机构优化与针织鞋面无缝换接工艺OA
Optimization of dual-needle bar two-stage gauge control mechanism and seamless transition technology for knit upper in the perspective of textile engineering
纺织工业智能化转型推动高端针织鞋面对成型精度与无缝效果要求的提升,而国内设备存在度目调控干扰、换接处留过渡痕迹等问题.本研究以浙江丰帆数控FF-D3电脑针织横编鞋面机为基础,优化双针道二段度目控制机构,开发适配的无缝换接工艺,并搭建数字化控制系统.经试验验证,优化后机构针踵磨损率降低、织针运行更稳定,无缝换接消除过渡痕迹,36英寸以下编幅效率提升,为国产高端鞋面设备升级提供支撑.
The intelligent transformation of the textile industry is driving the demand for higher forming accuracy and seamless effect in high-end knitted shoes.However,domestic equipment has problems such as visual control interfer-ence and leaving transition marks at the joints.This study is based on the Zhejiang Fengfan Numerical Control Machinery FF-D3 computerized knitting and horizontal knitting shoe upper machine,optimizing the dual needle track two-stage mesh control mechanism,developing a suitable seamless splicing process,and building a digital control system.After experimen-tal verification,the optimized mechanism has reduced the wear rate of the needle heel,made the needle operation more sta-ble,and eliminated transition marks through seamless replacement.The weaving efficiency under 36 inches has been im-proved,providing support for the upgrade of domestic high-end shoe upper equipment.
陈德伟
浙江丰帆数控机械有限公司,浙江 湖州 313000
轻工纺织
双针道控制机构优化针织鞋面无缝换接工艺
double needle trackoptimization of control mechanismsknitted shoe upperseamless replacement process
《染整技术》 2026 (4)
32-35,4
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