摘要
可重组制造系统已被列入未来制造的第一位关键技术 ,它要求机床设备有可移动性 ,使这类系统运行性能保障比传统的要求更高。系统运行中的斜升效应 ,劣化效应和其它因素与效应的影响 ,使这类系统的运行性能在寿命期内呈现复杂的状况。为保证系统重组的可行性与有效性 ,过程诊断技术成为实现重组的关键技术。根据现场研究的结果 ,定义了系统的过程质量缺陷和设备故障的可诊断性 ,并提出基于过程能力分散系数 Cps和 Cpe能力偏移系数的系统运行性能测度 ,评价和控制指标体系 ,并完成隐性故障的统计过程控制 (SPC)
Reconfigurable Manufacturing Systems (RMS) will be a primary technology in future manufacturing systems. The portability of the equipment in RMS requires higher quality to maintain operating performance. But the ramp up effect, the degeneracy effect and other elements make the operation of the system rather complex. Therefore, system diagnosis is needed to keep the system reconfigurable. This paper defines the in process diagnosis ability of the quality defects and equipment failures for on line research. In addition, it presents measures of system operating performance by C ps (process scattering capacity coefficient) and C pe (process eccentricity capacity coefficient) to evaluate and further control the system. It also discusses the identification of recessive failures.
出处
《清华大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
2001年第2期34-37,共4页
Journal of Tsinghua University(Science and Technology)
基金
国家自然科学基金资助重点项目!(5 9735 10 0 )
关键词
可重组制造系统
斜升
劣化
可诊断性
运行性能保障
reconfigurable manufacturing system (RMS)
ramp up
degeneracy
diagnosability
