Water vehicle
A technology of aircraft and connecting parts, applied in the direction of propulsion components, ship construction, special-purpose ships, etc., can solve the problems of inability to show beauty, small speed, no beauty, etc., to increase visual beauty and experience, fast sailing speed, elegant effect
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Embodiment 1
[0054] Such as Figure 1 to Figure 8 As shown, a watercraft includes a twisted connection part 120, and both sides of the twisted connection part 120 are connected with wings 160, and the wings 160 can relatively rotate around the axis of the twisted connection part 120;
[0055] Paddles 150 are connected to the wings 160, and the paddles 150 are all located on the underside of the wings 160;
[0056] It also includes an elastic part, and the elastic part is any one of the following forms: the paddle 150 itself, a part of the paddle 150, and a separate elastic torsion mechanism 140;
[0057] When the elastic portion is the paddle 150 itself or a part of the paddle 150, the paddle 150 is directly connected to the wing 160;
[0058] When the elastic part is a separate elastic torsion mechanism 140, the paddles 150 are connected to the corresponding wings 160 through different elastic torsion mechanisms 140;
[0059] When the paddle 150 swings left and right with the correspond...
Embodiment 2
[0074] Such as Figure 1 to Figure 8 As shown, this embodiment is further limited on the basis of Embodiment 1: as an elastic part implementation solution that is convenient for manufacture or assembly, the elastic part is a separate elastic torsion mechanism 140;
[0075] The paddle 150 includes a paddle 151 and a paddle shaft 153 connected to the paddle 151 , and the paddle shaft 153 is connected to the wing 160 through the elastic torsion mechanism 140 . Since the elastic part only needs to produce elastic deformation during the swinging process of the wing 160 to apply a restoring force to the paddle 150, the above scheme can be used to make the paddle 150 as a whole made of lightweight materials. It is difficult to solidify between composite materials; at the same time, because the motion state of paddle 150 and wing 160 determines that elastic torsion mechanism 140 only needs to twist left and right, so the elastic elements in above elastic torsion mechanism 140 adopt co...
Embodiment 3
[0081] Such as Figure 1 to Figure 8 As shown, this embodiment provides a more detailed solution on the basis of the technical solution provided in embodiment 1: as a realization solution that facilitates the user of the aircraft to adjust the standing direction on the aircraft, the feet The pedal assembly 130 includes a foot cover 131 , a rotating shaft 135 and a bearing 134 , the bearing 134 is fixed relative to the wing 160 , the rotating shaft 135 is mounted on the bearing 134 , and the foot cover 131 is fixed on the rotating shaft 135 . The above foot cover 131 is used to embed the operator's foot, and the bearing 134 provided allows the pedal assembly 130 to rotate to match the orientation of the foot according to the operator's standing orientation. The adaptability of the aircraft and the convenience of improving the operation of the aircraft.
[0082] In order to improve the operator's reliability when operating the aircraft, an anti-slip part 137 is also provided in...
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