| abstract |
Provided is a flexible and wearable multi-energy electricity-converted intelligent physiological sign monitoring system, the system comprising: an information collection module that takes a wearable device as a carrier, wherein the wearable device is respectively provided with flexible sensors for realizing the real-time collection of heart rate, electrocardiogram, respiration, temperature, blood flow velocity, blood glucose and blood oxygen parameters; an information transmission module for transmitting the collected information to an information processing and feedback module in a wireless mode; and the information processing and feedback module for performing grading processing on received data information, and feeding health conditions corresponding to the data information back to the information transmission module, wherein the information transmission module compares health condition data, that is fed back, with a preset health threshold value to determine whether to perform alarm raising processing. By means of flexible sensors, physiological sign parameters of a user can be better measured; a heat-electricity conversion apparatus is used as the power supply, so that environmental pollution can be reduced; and data transmission and feedback can be performed between a mobile phone and the Internet, and therefore, a user and a mechanism can together act as the Internet of Things, so that real-time data transmission and feedback can be realized. |