| 摘要 |
The present invention relates to a drone used as a learning tool for circuit assembly and program learning. The drone enables a user to design a program and directly control a drone, employing the structure and program designed by the user accordingly, in order to obtain deeper understanding of the drone designs and develop the drone designs. The drone includes: a hexagonal body frame (10) which has an empty space therein; four branches (20) which have a mount unit (25) arranged on an end; a reinforcing frame (15) which is installed on the lower part of the branches (20) and the body (10); a flight vehicle (30) which includes front wings (35) and is coupled to the mount units (25) of the branches (20); a lower support (40) which buffers the impact applied to the body frame (10) during the takeoff and landing; and a control device (50) which is fitted and coupled to the upper part of the body frame (10). The control device (50) includes: an upper substrate (51) which has a program chip installed thereon for learning and education; a lower substrate (52) which includes a sensor and a motor drive circuit for driving the motor of the flight vehicle (30) and is mounted on the body frame (10); multiple connector pins (53) which connect the circuits on the upper substrate (51) and the lower substrate (52) supported by a pair of connector supports (55) installed on the lower substrate (52); and a connection circuit (54) which is installed on a side of the lower surface of the lower substrate (52) in order to connect to a circuit of the body frame (10). |
