Background
We also have independent research and development capabilities for conducts development, structures, hardware and software.With the improvement of living standards, people are investing more in personal health maintanence. Our work centers on wearable devices enhanced with health technology, such as a medical-grade smart watch that provides intelligent health management. This product is designed for people with chronic diseases, middle-aged people suffering stress, and senior citizens. It aims to improve medical outcomes and reduce expenses by enabling self-monitoring.
Design Conce
Yanhe (YHE) medical-grade intelligent blood pressure watch pursues minimalist and exquisite at the design level with efficient and professional at the product level. In design, we pursue the most natural design, remove the limitations of the styling itself to impressing the users with the long-lasting exquisite and instant blooming. The simplest geometric elements are also employed to enhance design aesthetics. On the product level, the device providing clinically accurate monitoring data with its delicate appearance. High-quality appearance and efficient interactive experience are our pursuits of product aesthetics. The design of our device involved medical-grade sensors and hardware combining innovation with practicality to help users take charge of their health.
Functions
The watch uses an AI-optimized, air pump blood pressure detection system with medical-grade sensors. The detection system includes an extra airbag attached to the inside of the watch band. Users can measure blood pressure through a measurement interface, or by pressing and holding the watch’s side button. When the measurement begins, the air pump in the body inflates the airbag, allowing the watch to obtain accurate blood pressure values through oscillometric measurement.
Core Innovation Point
This is China’s first smart watch to offer air pump blood pressure testing along with photoelectric heart rate and blood oxygen monitoring. It combines an air pump blood pressure detecting module and a PPG module. The former ensures the blood pressure detection reaches medical precision through the oscillometric method; the latter uses a photoelectric sensor to obtain pulse data and provide reliable readings of heart rate and blood oxygen, allowing both precision and continuous monitoring.
