摘要
针对医疗临床检验仪器小型化、智能化的需求,设计了一种新型的占用仪器空间小的可直接对标准样品盘进样的三维自动进样系统.根据几何学和运动学相关原理,建立了适合于该自动进样系统的精密定位算法;并通过累加迭代算法计算出驱动脉冲数,进一步减小了该系统的定位误差.基于VS 2010平台,采用多线程技术开发了该系统的操作软件.研究结果表明,该系统能快速精确地对标准样品盘进样,并能够满足临床检验仪器小型化的需求,将具有很大的市场前景.
Demanding of the clinical laboratory instruments tending to be miniaturization and intel- lectualization, a new 3D automatic sampling system which occupied the instruments＇ small space and could directly sample on the standard sample plate was designed. A precise positioning algo- rithm which was suitable for the automatic sampling system was built according to the relevant principles of geometry and kinematics. For further reducing the positioning error of the system, the number of drive pulses was calculated by the accumulator iterative algorithm. Based on the VS 2010 platform, the system＇s operating software was developed by using the multi-threading technology. The results show that the system can quickly and accurately complete the sampling of the standard sample plate, and meet the need for miniaturization of the clinical testing equip- ments. The automatic sampling system may have a great market prospects.
出处
《工程设计学报》
CSCD
北大核心
2013年第3期185-188,235,共5页
Chinese Journal of Engineering Design
基金
国家高技术研究发展计划(863计划)资助项目(2011AA02A106)
关键词
样品盘
自动进样
精密定位
检验仪器
sample plate
automatic sampling
precise positioning
clinical laboratory
