Informatization Transformation of Electronic Multifilament Strength Tester
JIANG Kuosheng
WANG Yuhang
WU Songmei
YANG Bo
WU Shuang
Abstract：To address the"information silo problem"of domestic standardized testing instruments,a non-invasive data sharing transformation scheme was implemented based on the HD012 electronic multifilament strength tester,realizing the secondary development and application of a domestic electronic multifilament strength tester.The system constructs a hardware platform using a single-chip microcomputer(MCU),force sensor,and host computer,and combines a human-machine interface developed by LabVIEW to achieve precise measurement and evaluation of raw silk elongation rate.Decoding algorithms are applied to original data to ensure the accuracy of detection results,while real-time force curves are displayed on the host computer.Automated data filling and client uploading enable information-based detection.Experimental results demonstrate that the transformed electronic multifilament strength tester can rapidly collect,process,and automatically upload data,with detection time reduced by approximately 45％.This significantly improves raw silk testing efficiency and meets the standardization and informatization requirements for raw silk detection.
Keywords：electronic multifilament strength testerelongation rate detectioninformatizationLabVIEW
Publication Date：2025-07-20
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：7( 25-31 )