FLYING BATTLE GAME SYSTEM USING MULTIROTOR-TYPE FLYING ROBOTS, AND FLYING BATTLE GAME METHOD USING THEREOF
First Claim
1. A flying battle game system using multirotor-type flying robots, the system wherein each multirotor-type flying robot runs a flying battle game, and the robot comprises:
- a body in which a battery is equipped;
a propulsion unit that comprises a plurality of propellants that receive power supply to move from the battery;
an infrared (IR) transmitting/receiving unit that transmits and receives IR signals;
an illumination unit that flickers in different patterns according to the robot'"'"'s flying motion; and
a control unit that receives control signals from a wireless manipulator and then controls the IR transmitting/receiving unit, the illumination unit or movements of the propellants,wherein the propulsion unit lets the multirotor-type flying robot have flying motions by rotary propellers'"'"' motion according to a rotation of a motor that works by power supply from the battery.
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Accused Products
Abstract
A flying battle game system using multirotor-type flying robots, and a flying battle game method using thereof are disclosed. In some embodiments, under the system, each multirotor-type flying robot runs an offline flying battle game, and the robot contains a body in which a battery is equipped; a propulsion unit that comprises a plurality of propellants that receive power supply to move from the battery; an infrared (IR) transmitting/receiving unit at the body that transmits and receives IR signals; an illumination unit at the body that flickers in different patterns according to the robot'"'"'s flying motion; and a control unit at the body that receives control signals from a wireless manipulator and then controls the IR transmitting/receiving unit, the illumination unit and movements of the propellants, wherein the propulsion unit lets the multirotor-type flying robot have flying motions of perpendicular ascent and drop by rotary propellers'"'"' motion according to a rotation of a motor that works by power supply from the battery.
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Citations
10 Claims
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1. A flying battle game system using multirotor-type flying robots, the system wherein each multirotor-type flying robot runs a flying battle game, and the robot comprises:
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a body in which a battery is equipped; a propulsion unit that comprises a plurality of propellants that receive power supply to move from the battery; an infrared (IR) transmitting/receiving unit that transmits and receives IR signals; an illumination unit that flickers in different patterns according to the robot'"'"'s flying motion; and a control unit that receives control signals from a wireless manipulator and then controls the IR transmitting/receiving unit, the illumination unit or movements of the propellants, wherein the propulsion unit lets the multirotor-type flying robot have flying motions by rotary propellers'"'"' motion according to a rotation of a motor that works by power supply from the battery. - View Dependent Claims (2, 3, 4, 5, 6)
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7. A flying battle game system using multirotor-type flying robots, the system comprising:
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a configuration step S110, where actual battle items and firmware provided by a web server are provided from a user PC and stored in a storage medium, the storage medium is bound with the multirotor-type flying robots, and various battle modes (1;
1, 2;
2 or one-to-many, etc.), and after that, operation difficulty and control modes are configured through a radio control;a flying battle step S120, where, after the step S110, a flying battle is performed according to predetermined battle rules; and a result displaying step S130, where the result of the step S120 is displayed through a display and a vibration motor equipped with the radio control to visually and tactually display the result to a user. - View Dependent Claims (9)
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8. A flying battle game method using multirotor-type flying robots, the method comprising:
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a configuration step S110, where a smart device receives actual battle items and firmware provided by a web server, and after that, they are delivered to a multirotor-type flying robots, and battle modes (1;
1, 2;
2 or one-to-many, etc.), operation difficulty and control modes are configured through a screen of the smart device;a flying battle step S120, where a flying battle is performed according to predetermined battle rules; and a result displaying step S130, where the result of the step S120 is displayed on a screen of the smart device. - View Dependent Claims (10)
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Specification