ABSTRACT
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. Specifically 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 follow in aspect of mechanics, electro-communication and information interaction and the key technology points in system implementation.
Subject(s)
Automation, Laboratory , Computer SystemsABSTRACT
A fully-automated biochemical analysis system is developed, intending for primary medical units. It features high reliability, high usability, strong adaptability, low operation cost, low maintenance cost, and low requirements for operators.