Related Experiment Videos
[Information processing system for the DA240-4 discrete autoanalyser]
Meditsinskaia Tekhnika
|March 1, 1980
Summary
This study introduces an information processing system (IPS) for discrete autoanalyzers. The system enhances measurement accuracy and provides functional control signals for the DA240-4 autoanalyzer.
Area of Science:
- Biomedical Engineering
- Analytical Chemistry
- Computer Science
Context:
- Discrete autoanalyzers require precise data handling.
- Accurate sample identification and measurement are critical in automated analysis.
- Real-time system monitoring ensures reliable operation.
Purpose:
- To develop an advanced information processing system (IPS) for the DA240-4 discrete autoanalyzer.
- To enhance the accuracy and reliability of automated analytical measurements.
- To implement intelligent control and feedback mechanisms within the autoanalyzer.
Summary:
- The described information processing system (IPS) validates sample address codes and optimizes measured values through analog-to-digital conversion with automatic subrange selection.
- It prints sample addresses and results in color-coded formats (red/black) based on operational status and input signals.
- The system also generates control signals to monitor and verify the autoanalyzer's functionality.
Impact:
- Improved accuracy and efficiency in discrete autoanalyzer operations.
- Enhanced diagnostic capabilities through real-time functional checks.
- Potential for broader application in automated laboratory diagnostics and quality control.