[System Integration of Infant Incubators' Quality Control Testing Based on MCU]

Area of Science:

• Biomedical Engineering
• Medical Device Technology
• Quality Control Systems

Background:

• Incubators are critical medical devices requiring stringent quality control.
• Existing quality control methods may lack comprehensive multi-parameter testing capabilities.
• Ensuring incubator performance is vital for patient safety, especially in neonatal care.

Purpose of the Study:

• To design and develop a novel testing system for multiple incubator parameters.
• To establish a robust data collection and processing model using a microcontroller unit (MCU).
• To create host computer software for efficient data analysis and quality control plan implementation.

Main Methods:

• Development of a specialized testing apparatus for incubators.
• Implementation of a microcontroller unit (MCU) based system for real-time data acquisition.
• Programming of host computer software for data analysis and reporting.
• Validation of the system's accuracy and stability through rigorous testing protocols.

Main Results:

• The designed testing system demonstrated high accuracy and stability in evaluating incubator parameters.
• The MCU-based data collection and processing model proved efficient and reliable.
• The host computer software facilitated convenient data analysis, supporting quality control.
• The system effectively complements existing quality control measures for incubators.

Conclusions:

• The developed testing system offers a practical and valuable tool for incubator quality control.
• Implementation of this system can significantly improve medical device safety.
• This approach aids in reducing the incidence of adverse events related to incubator malfunction.
• The system provides a foundation for enhanced quality assurance in medical equipment.