基于水分散失量分析的切丝含水率预测与稳定性研究OA

In response to the problem of low inter-batch stability caused by prediction deviation of cut moisture content,this study aims to systematically analyze the laws of water loss in key processes before cutting,explore the intrinsic mechanism that affects the fluctuation of water loss,and stabilize key processes.Water loss to improve the stability of cut moisture content.The optimal process water temperature setting was obtained through experiments and the equipment was optimized and modified for the"stepped temperature control system"to stabilize the water loss.The results show that the optimization and transformation significantly improve the prediction accuracy of cut wire moisture content and inter-batch stability,providing an effective solution for lean and intelligent control of silk production.