INTRAOCULAR PRESSURE MONITORING SYSTEM AND INTRAOCULAR PRESSURE MONITORING METHOD

摘要

An intraocular pressure monitoring system, comprising an in-vivo portion (100) and an in-vitro portion (200). The in-vivo portion (100) is used for monitoring an intraocular parameter in real time, performing signal conditioning, and sending and receiving a signal; and the in-vitro portion (200) is used for wirelessly supplying energy to the in-vivo portion (100), and receiving data transmitted from the in-vivo portion (100) and performing information fusion and processing on same, wherein the in-vivo portion (100) comprises at least one monitoring unit (110), the monitoring unit (110) comprising at least two sensors, and the sensors being used for monitoring an intraocular pressure parameter; and the in-vitro portion (200) comprises at least one multi-sensor information fusion module (221), and performs analysis processing on the received data by means of an information fusion technique. In the intraocular pressure monitoring system, multiple sensors are rationally arranged in the monitoring unit (110) such that the intraocular pressure and other parameters can be obtained by using a multi-sensor information fusion technique, thereby effectively improving the reliability and detection accuracy of intraocular pressure monitoring.