Mobile security robot equipped with micro flight device and control method thereof

1. A mobile security robot equipped with a micro flight device, the mobile security robot comprising:

a travelling unit configured to enable the mobile security robot to travel on a ground;

a camera configured to surveil a surrounding of the mobile security robot;

a storage configured to store the micro flight device;

a charger configured to charge a battery of the micro flight device;

a communicator configured to communicate with the micro flight device or a control center; and

a controller including one or more processors and a memory and configured to control a movement of the mobile security robot or a movement of the micro flight device,

wherein the controller is configured to:

determine whether a patrol target location is a location where the mobile security robot is unable to travel based on a map including information related to an area where the mobile security robot is able or unable to travel;

determine whether the micro flight device is able to fly to the patrol target location based on a map including information related to an area where the micro flight device is allowed or prohibited to fly and a status of a battery of the micro flight device, and an available flight time period in which the micro flight device is allowed to fly, and

if determining that the patrol target location is the location where the mobile security robot is unable to travel and the micro flight device is allowed to fly and patrol time of the micro flight device is within the available flight time period in which the micro flight device is allowed to fly, control the micro flight device mounted at the storage to fly to patrol the patrol target location.

2. The mobile security robot according to claim 1 , wherein the traveling unit is a caterpillar track.

3. The mobile security robot according to claim 1 , wherein the camera includes at least one of a PTZ (Pan-Tilt-Zoom) camera, a 360-degree camera capable of omnidirectional shooting, and a thermal imaging camera.

4. The mobile security robot according to claim 1 , wherein the charger is configured to wireless charge the micro flight device.

5. The mobile security robot according to claim 1 , wherein the controller is configured to, if determining that the patrol target location is the location where the mobile security robot is able to travel and the micro flight device is allowed to fly and the patrol time of the micro flight device is within the available flight time period in which the micro flight device is allowed to fly, control the mobile security robot and the micro flight device to jointly patrol the patrol target location.

6. A method for controlling a mobile security robot equipped with a micro flight device, the method comprising:

receiving patrol target location information;

determining whether a patrol target location is a location where the mobile security robot is able to travel;

determining whether the patrol target location is the location where the mounted micro flight device is able to fly if it is determined that the patrol target location is the location where the mobile security robot is not able to travel;

determining whether the micro flight device is able to fly to the patrol target location based on a map including information related to an area where the micro flight device is allowed or prohibited to fly and a status of a battery of the micro flight device, and an available flight time period in which the micro flight device is allowed to fly, and

controlling the micro flight device to patrol if it is determined that the patrol target location is the location where the micro flight device is able to fly and the micro flight device is allowed to fly and patrol time of the micro flight device is within the available flight time period in which the micro flight device is allowed to fly,

wherein the determining of whether the patrol target location is the location where the mobile security robot is able to travel comprises determining whether the patrol target location is the location where the mobile security robot is able to travel based on a map including information related to an area where the mobile security robot is able or unable to travel.

7. The method according to claim 6 , further comprising, after the of the determining of whether the patrol target location is the location where the mobile security robot is able to travel, further determining whether the patrol target location is the location where the micro flight device is able to fly if it is determined that the patrol target location is the location where the mobile security robot is able to travel, and controlling the mobile security robot to patrol the patrol target location and the micro flight device to fly to the patrol target location at the same time.

8. The method according to claim 6 , wherein the determining of whether the patrol target location is the location where the mounted micro flight device is able to fly comprises determining whether the patrol target location is the location where the micro flight device is able to fly based on a status of a battery, an available flight area and the available flight time period of the micro flight device.

9. The method according to claim 6 , further comprising, if determining that the patrol target location is the location where the mobile security robot is able to travel and the micro flight device is allowed to fly and the patrol time of the micro flight device is within the available flight time period in which the micro flight device is allowed to fly, controlling the mobile security robot and the micro flight device to jointly patrol the patrol target location.

10. A system for controlling a mobile security robot equipped with a micro flight device, the system comprising a processor configured to:

receive information related to a patrol target location;

determine whether the patrol target location is a location where the mobile security robot is able to travel;

determine whether the patrol target location is the location where the mounted micro flight device is able to fly if it is determined that the patrol target location is the location where the mobile security robot is not able to travel;

determine whether the micro flight device is able to fly to the patrol target location based on a map including information related to an area where the micro flight device is allowed or prohibited to fly and an available flight time period in which the micro flight device is allowed to fly; and

control the micro flight device to patrol if it is determined that the patrol target location is the location where the mobile security robot is unable to travel and the micro flight device is allowed to fly and patrol time of the micro flight device is within the available flight time period in which the micro flight device is allowed to fly,

wherein the processor is further configured to determine whether the patrol target location is the location where the mobile security robot is unable to travel based on a map including information related to an area where the mobile security robot is able or unable to travel.

11. The system according to claim 10 , wherein the processor is further configured to, after the controlling of the micro flight device to patrol, determine whether the patrol target location is the location where the micro flight device is able to fly if it is determined that the patrol target location is the location where the mobile security robot is able to travel, and control the mobile security robot to patrol the patrol target location and the micro flight device to fly to the patrol target location at the same time.

12. The system according to claim 10 , wherein the processor is configured to determine whether the patrol target location is the location where the micro flight device is able to fly based on a status of a battery, an available flight area and the available flight time period of the micro flight device.

13. The system according to claim 10 , wherein the controller is configured to, if determining that the patrol target location is the location where the mobile security robot is able to travel and the micro flight device is allowed to fly and the patrol time of the micro flight device is within the available flight time period in which the micro flight device is allowed to fly, control the mobile security robot and the micro flight device to jointly patrol the patrol target location.