Use of Internet of Things platform for employee health management program in large enterprise

Objective To study the application of Internet of Things, wireless health monitor all-in-one machine, health management platform, energy consumption monitoring in employee health management. Methods Enrollment criteria were set based on employees' health examination data, 126 employees were enrolled in this study voluntarily, 97 were male, and 29 were female. The age was from 26 to59 years, the average age was 43.7±6.1 years. Using motion energy consumption monitor, wireless health monitor all-in-one machine and health management platform, employee's exercise, body weight, body mass index, fat and muscle mass, systolic blood pressure, diastolic blood pressure, cholesterol, triglyceride, low density lipoprotein cholesterol (LDL-C), high density lipoprotein cholesterol (HDL-C), uric acid, fasting blood glucose etc. were monitored. Data were collected for before and after 3 months intensive intervention. Results After 3 month of intensive intervention, body weight ((74.90±9.95) kg, (71.77±9.57) kg), body mass index ((25.94±2.65) kg/m2, (24.96±2.55) kg/m2), fat mass ((21.30±4.31) kg, (18.89±4.23) kg), muscle mass (49.78±7.12) kg, (49.07±6.97) kg), systolic pressure ((129.72±11.16) mmHg(1 mmHg=0.133 kPa), (118.32±10.50) mmHg), diastolic blood pressure (89.10±8.28) mmHg, (76.94±7.57) mmHg), cholesterol ((5.16±0.85) mmol/L, (4.96±0.90) mmol/L), triglyceride ((1.72±0.92) mmol/L, (1.43±0.64) mmol/L), uric acid ((353.00±85.33) μmol/L, (345.00±73.01) μmol/L) were decreased with statistical significance (t=10.92, 11.03, 6.75, 5.56, 4.23, 3.99, 4.26, 3.46, 1.98, P 0.05). Conclusion Health Internet of Things can help employees to develop scientific exercise habits, to correct unhealthy diet habits, and improve health. It will provide a new option for enterprise employee health management and can be recommended for health management programs by large enterprises with domestic and abroad projects. Key words: Health; Risk factors; Life style; Internet; Motion