摘要
针对生丝纤度检验效率低、流程复杂、自动化程度低的问题，在QDJ920-11型数控纤度机的基础上开发了一种生丝纤度检验装置。通过测量对应丝锭在纤度丝卷取前后的质量差，间接得到该绞纤度丝的纤度。测量完毕后，纤度数据通过MODBUS总线传输到上位机的纤度信息管理系统中，完成检验单的生成与归档。经现场测试证明，该装置运行稳定可靠，较传统检验方式能节省近55％的工作时间，检验单据的生成、录入、查询等操作方便快捷。
In view of low efficiency, low automation and complex process in the raw silk inspecting process, a device for raw silk inspecting is developed based on QDJ920-Ⅱ numerical control fineness measuring machine. The device indirectly measures the fineness of raw silk by calculating the difference of spindle＇ s weight before and after the process of gathering the raw silk sample. After finishing the measuring, the data are uploaded to the information management system in the host computer by MODBUS. Then the checklists are created and filed. It is proved by field test that the device is stable and reliable and can save nearly 55% of the working time compared with the traditional inspection methods. It is convenient and quick to generate, record and inquire the checklist.
作者
孙卫红
马冠宇
邵铁锋
姚方
SUN Weihong;MA Guanyu;SHAO Tiefeng;YAO Fang(College of Mechanical and Electrical Engineering, China Jiliang University, Hangzhou 310018, China)
出处
《上海纺织科技》
北大核心
2018年第4期46-49,共4页
Shanghai Textile Science & Technology
基金
质检总局科技计划项目(2016QK193)
关键词
生丝
纤度
检测装置
间接测量
信息管理
raw silk
fineness
detecting device
indirect measurement
information management
