Design and Practice of Ventilator Quality Control Information System Based on Internet of Things
LI Menga
, GUO Daweib
, WANG Huiyub
, WANG Shuangc
, HE Jingc
, WANG Haiyana
, WANG Fanga
a. Department of Neurology; b. Department of Clinical Medical Engineering; c. Department of Nursing, Beijing Shijitan Hospital,
Capital Medical University, Beijing 100038, China
Abstract：Objective To collect and analyze the ventilator ventilation parameters in real time and ensure the accuracy and authenticity
of the collected data, we set up a ventilator quality control data information system based on the internet of things technology.
Methods From the device layer, perception layer, network layer, application layer and display layer, the information system was
designed to use the internet of things technology. The collected data was automatically calculated and analyzed by the system
according to the set algorithm. Results The ventilator quality control data was collected, analyzed and retrieved in real time.
The collected quality control data was accurate and realized, which saved 50% of time and labor cost and improved the detection
efficiency. Conclusion The establishment of ventilator quality control data information system provides automatic, unchangeable,
real and objective ventilator quality control data for hospital performance evaluation.
李萌a
，郭大为b
，王慧宇b
，王爽c
，何菁c
，王海燕a
，王芳a. 基于物联网的呼吸机质控信息系统设计与实践[J]. 中国医疗设备, 2020, 35(5): 122-124.
LI Menga
, GUO Daweib
, WANG Huiyub
, WANG Shuangc
, HE Jingc
, WANG Haiyana
, WANG Fanga. Design and Practice of Ventilator Quality Control Information System Based on Internet of Things. China Medical Devices, 2020, 35(5): 122-124.
