Intelligent noise monitoring device and noise monitoring method using the same

A noise monitoring method, comprising:

• setting up a target area or a target location in order to monitor a noise level thereof, based on a predetermined noise reference level;
• operating the self-movable moving module to measure the noise level of the target area or the target location by flying along the target area or the target location;
• and
• generating, when the noise is detected from the target area or the target location, map information for positioning the target area and the target location on a map based on the measured noise level and the detected noise and the predetermined noise reference level,
• wherein the noise monitoring method further comprises:
• controlling a noise monitoring device to enter a target area or a target location, by a driving of a moving module self-moving along a set path stored in a control module of the noise monitoring device that controls the moving module and a noise measurement module, wherein the noise measurement module the control module and a communication module are disposed in the moving module;
• measuring, by the noise measurement module equipped in the moving module, noise level of the target area or the target location or a target disposed in the target area or the target location while moving along the set path, wherein the moving module is configured to move with respect to the target area or the target location;
• creating, by the control module disposed in the moving module, a predetermined noise reference level of the target area or the target location or the target in a normal noise state by periodically measuring the noise level of the target area or the target location or the target for a set time or a set period;
• comparing, by the control module, the predetermined noise reference with a later measured noise level to determine whether the measured noise level is in an abnormal noise state or a normal noise state;
• transmitting the determination to the ground control center when the abnormal state is determined;
• and
• controlling a movement of the noise monitoring device by the control module based upon whether the noise level is in the normal noise state or the abnormal noise state.

An intelligent noise monitoring device, the intelligent noise monitoring device configured to:

• set up a target area or a target location in order to monitor a noise level thereof, based on a predetermined noise reference level,
• operate a self-movable moving module to measure the noise level of the target area or the target location by flying along the target area or the target location, and
• generate, when the noise is detected from the target area or the target location, map information for positioning the target area and the target location on a map based on the measured noise level and the detected noise and the predetermined noise reference level,
• wherein the intelligent noise monitoring device comprises:
• the self-movable moving module;
• a noise measurement module provided in the moving module configured to measure noise level of a target area or a target location or a target which is positioned within the target area or the target location, wherein the self-movable moving module is configured to move with respect to the target area or the target location;
• a control module provided in the moving module and programmed to:
• control the moving module and the noise measurement module;
• communicate with a ground control center,
• predetermine a noise reference level by periodically measuring the noise level of the target area or the target location or the target at a predetermined time or a predetermined period of time,
• store the predetermined noise reference level,
• compare the measured noise level from the target area or the target location or the target with the predetermined noise reference level in order to determine whether or not the measured noise level is in an abnormal state, based upon an abnormal state being determined, transmit the measured noise level to a ground control center.