CAJ | 학술논문

实验室自动化系统技术在近年来得到了极大的发展，目前限制其取得更广泛地应用的主要瓶颈是其高昂的成本与低兼容性，具体体现在一次性初始设备投入大、实验室原有仪器设备难以兼容复用。该文提出了一种系统实现思路，通过支持渐进式升级来降低初始应用成本，通过开放式架构和接口来实现对不同仪器设备的无缝连接。在此思路下，该文详细探讨了开放式架构设计所需遵循的机械、电气通信、信息交互等方面的标准，及系统实现过程中涉及到的关键技术点。
실험실자동화계통기술재근년래득도료겁대적발전，목전한제기취득경엄범지응용적주요병경시기고앙적성본여저겸용성，구체체현재일차성초시설비투입대、실험실원유의기설비난이겸용복용。해문제출료일충계통실현사로，통과지지점진식승급래강저초시응용성본，통과개방식가구화접구래실현대불동의기설비적무봉련접。재차사로하，해문상세탐토료개방식가구설계소수준순적궤계、전기통신、신식교호등방면적표준，급계통실현과정중섭급도적관건기술점。
Recent years have witnessed great development of TLA (Total Laboratory Automation) technology, however, its application hit the bottleneck of high cost and openess to other parties' instruments. Specifical y speaking, the initial purchase of the medical devices requires large sum of money and the new system can hardly be compatible with existing equipment. This thesis proposes a new thought for system implementation that through incremental upgrade, the initial capital investment can be reduced and through open architecture and interfaces, the seamless connection of different devices can be achieved. This thesis elaborates on the standards that open architecture design should fol ow in aspect of mechanics, electro-communication and information interaction and the key technology points in system implementation.