Function Integration Design of Intelligent Wearable Device for Health Status Monitoring of Power Distribution Network System Operators

With the concept of "people-oriented" has been proposed, nowadays, it is generally believed that the safety of power distribution network operators is more important than the safety of equipment in work scenarios like high-altitude and near high-voltage equipments. The safety guarantee for operators should focus on prevention, and this requirement places high demands on real-time monitoring of their work environment and complete health data. Research on intelligent wearable devices suitable for use in power distribution network operation scenarios is of great significance for more reliable and efficient management of the work situation of operators, especially for understanding their health status. Through the above discussion, it can be found that current research based on the combination of "wearable devices" and "power distribution", has mostly focused on how to provide stable power supply for wearable devices to ensure their normal operation. There are few studies discussing the provision of wearable devices for power distribution network operators to monitor their real-time health status. In this paper, functional integration design of intelligent wearable devices for on-site power distribution network operators has been proposed, and the designed system function can achieve effective real-time monitoring of multiple physical indices such as body temperature, heart rate, blood oxygen, fatigue level, etc. of the operators.