Every year, tens of thousands of people around the world lose their lives due to fatigue working and fatigue driving. The protection of workers’ safety is of high importance, especially in some high-risk industries. The multi-dimensional physiological signal sensors of Entertech can be well combined with safety helmets and hats to establish a fatigue operator warning system, monitoring conditions of the operator and providing other services.
Production Safety
Typical Application Scenarios
Fatigue results from various causes such as physical work and the high workload of the brain.
The patented algorithm of Entertech Biosensing Platform comprehensively analyzes EEG and heart rate, considering both physical and mental labor-induced fatigue and generating more accurate fatigue level outcomes.
Fatigue Level
Kenpal Co., Ltd. of Japan combines EEG sensors with caps to analyze the fatigue level of bus drivers
Fatigue driver monitoring cap
User Case
Fatigue driver monitoring cap
Kenpal Co., Ltd. of Japan combines EEG sensors with caps to analyze the fatigue level of bus drivers
User Case
Fatigue Level
Fatigue results from various causes such as physical work and the high workload of the brain.
The patented algorithm of Entertech Biosensing Platform comprehensively analyzes EEG and heart rate, considering both physical and mental labor-induced fatigue and generating more accurate fatigue level outcomes.
Typical Application Scenarios
Every year, tens of thousands of people around the world lose their lives due to fatigue working and fatigue driving. The protection of workers’ safety is of high importance, especially in some high-risk industries. The multi-dimensional physiological signal sensors of Entertech can be well combined with safety helmets and hats to establish a fatigue operator warning system, monitoring conditions of the operator and providing other services.
Production Safety