| 摘要 |
The present invention relates to a paraglider using heat capable of expanding a canopy using the variation of internal air density to rise upward by blowing heat into the canopy of a paraglider formed with a principle of wings of an airplane, flying at variable speeds by adjusting the angle of attack and the angle of bank depending on air currents, and flying without a burner by continuously expanding the canopy using wind at flight altitudes where the paraglider can fly safely. The present invention comprises the canopy having multiple cells arranged at regular intervals and communicating each other to be filled with the air, and capable of forming lift by allowing the bottom surface to have relatively faster speed and lower pressure of the wind than the top surface by Beroulli′s law; a harness which is connected to the canopy by multiple suspension wires, and on which a pilot can seat to fly at the altitudes where the canopy can fly by steering the angle of attack and the angle of bank with steering wires; an air inlet protruding from the center of the bottom surface of the canopy to communicate with at least one cell; and a burner arranged under the air inlet so that the canopy can be floated at the flyable altitudes by blowing the heat into the cells to have lower air density than atmosphere. |
