| 摘要 |
The present invention provides a state monitoring and battery consumption management system of a radioactive isotope tracking device and a method thereof. The present invention monitors a more specific situation for location tracking by overcoming GPS positioning limits of the tracking device in indoor and weak electric field environment and the disadvantages of unnecessary power consumption. The present invention tracks an exact location for a longer time and monitors surrounding exposure environment by optimal power management of the tracking device itself. The present invention comprises: a tracking device which detects motion information including the motion state, direction, and acceleration of radiation source and detects the motion information for tracking the location of the moving radiation source based on an acceleration sensor and a gyro sensor by being attached to the radiation source; and a monitoring server which requests the motion information of the radiation source in real time from the tracking device, detects the motion of the radiation source based on the collected motion information, controls the tracking device by changing a system operation setting stored in the tracking device, and notifies a manager of the analyzed motion information of the radiation source transmitted from nationwide tracking devices so as to manage the moving radiation source. |
