Electric flying saucer
A flying saucer and electric technology, applied in the field of aircraft, can solve problems such as difficulty in manufacturing, complex structure of flying saucer, and failure to implement successfully
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[0026] specific implementation plan
[0027] See Figure 6 , Figure 7 : Figure 6 With figure 1 Front sectional view of the lower disc fin in the same viewing direction. The lower disc fins work smoothly Figure 7 Rotate in the direction of the arrow. The lower disc fin is clamped and fixed to the disc fin plate 17 by the inner yoke ring 22 and the outer yoke ring 16 . Disc-fin plate 17 has an obvious horizontal upward inclination (see Figure 7 Sectional view), this inclination forms an elevation angle 31 upwards when the disc wing rotates, and the elevation angle 31 can make the disc wing obtain lift when it rotates around the axis, and also the flying saucer can obtain lift, so that the flying saucer can be lifted or lifted. Lateral forward and reverse flight. The upper disc-fin structure is basically the same as the lower disc-fin structure. Space holes 27 are also provided in the trailing arrangement of the dish fin plates 17 .
[0028] See figure 1 , figure...
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