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    • 44. 发明申请
    • Underwater Man-powered Mechanical Propeller
    • 水下人力机械螺旋桨
    • US20140338583A1
    • 2014-11-20
    • US14366263
    • 2012-12-27
    • Zhanluo XIN
    • Zhanluo Xin
    • A63B35/10B63H5/07B63H16/08
    • A63B35/10B63H5/07B63H16/08
    • An underwater man-powered mechanical propeller includes a screw propeller arranged on a screw propeller shaft, the screw propeller is provided with a first bevel gear arranged at the back part thereof, and is provided with a concentric protective ring on the outer side; one side of the protective ring is provided with a supporting plate; the supporting plate is provided with a first gear and a second gear meshed with each other, and a transitional gear is also arranged thereon and forming a meshing pair together with the second gear; the drive shaft of the transitional gear penetrates through the supporting plate, and one end thereof located in the protective ring is provided with a second bevel gear. The first gear is connected to a first connecting rod, the second gear is connected to a second connecting rod; and the screw propeller shaft is provided with a one-way flywheel thereon. The present invention utilizes the mechanical drive principle to convert the physical power into high-efficiency driving motion powers, and realizes a high swim speed without excessive consumption of physical energy.
    • 一种水下人力机械螺旋桨,包括设置在螺旋桨轴上的螺旋桨,螺旋桨在其后部设置有第一锥齿轮,并在外侧设有同心保护环; 保护环的一侧设有支撑板; 支撑板设置有第一齿轮和彼此啮合的第二齿轮,并且过渡齿轮也布置在其上并与第二齿轮一起形成啮合对; 过渡齿轮的驱动轴穿过支撑板,其一端位于保护环中,设置有第二锥齿轮。 第一齿轮连接到第一连杆,第二齿轮连接到第二连杆; 螺旋桨轴在其上设置有单向飞轮。 本发明利用机械驱动原理将物理动力转换为高效驾驶动力,实现高游泳速度,而不会过度消耗物理能量。
    • 45. 发明授权
    • Personal water craft to enable a user to walk on water
    • 个人水上工艺使用户能够在水面上散步
    • US07607959B2
    • 2009-10-27
    • US11757538
    • 2007-06-04
    • James Warren DeMint
    • James Warren DeMint
    • B63B35/81
    • B63B35/83B63B35/85B63H16/08
    • A water craft allows a user to travel across a surface of water utilizing a natural walking motion, which employs arms and legs for propulsion similar to cross-country snow skiing. The water craft includes a pair of skis adapted to fit on the user's feet. The skis can be coupled together by semi-elastic tethers. Each ski can include a foot well for receiving the user's foot. The foot well is designed to simulate the natural walking motion of the user. The user can propel the water craft using tail paddles and ski poles. The tail paddles are coupled to the rear of the skis. The tail paddles are configured to float on the water and to rotate about a transverse axis of the skis. The tail paddles are shaped to grip or “dig in” the water in response to the user moving the skis in a direction opposite the direction of motion of the water craft. The tail paddles provide resistance to propel the water craft when the ski is moved backward and slide along the water when the skis move forward. The ski poles include a paddle shaped to grip or “dig in” in response to the user pushing backwards on the ski poles. The paddle provides resistance to the backwards motion to propel the water craft forward. When the user pulls the ski poles forward, the paddles surface and slide across the water as the water craft moves forward.
    • 水上工艺允许使用者通过自然的步行运动穿过水面,该运动使用类似于越野滑雪的推进臂和腿。 水上工艺包括一对适合于使用者脚部的滑雪板。 滑雪板可以通过半弹性系绳联接在一起。 每个滑雪板可以包括用于接收用户脚的足部井。 足部设计用于模拟用户的自然走路动作。 用户可以使用尾桨和滑雪杖推动水上工艺。 尾桨连接到滑雪板的后部。 尾桨被构造成漂浮在水面上并围绕滑雪板的横向轴线旋转。 尾桨被成形为响应于使用者沿着与水上工艺的运动方向相反的方向移动滑雪板来抓握或“挖入”水中。 当滑雪板向前移动时,当滑雪板向后移动并沿着水滑动时,尾桨提供阻力以推动水上工艺。 滑雪杖包括一个形状适于握住或“挖入”的桨叶,以响应于用户在滑雪杖上向后推动。 桨提供抵抗向后运动以推动水上运动。 当用户将滑雪杖向前拉时,水桅杆向前移动时,桨叶表面滑过水面。
    • 46. 发明申请
    • PERSONAL WATER CRAFT TO ENABLE A USER TO WALK ON WATER
    • 个人水手可以使用户在水上玩耍
    • US20080299851A1
    • 2008-12-04
    • US11757538
    • 2007-06-04
    • James Warren DEMINT
    • James Warren DEMINT
    • B63B35/81B63H16/08
    • B63B35/83B63B35/85B63H16/08
    • A water craft allows a user to travel across a surface of water utilizing a natural walking motion, which employs arms and legs for propulsion similar to cross-country snow skiing. The water craft includes a pair of skis adapted to fit on the user's feet. The skis can be coupled together by semi-elastic tethers. Each ski can include a foot well for receiving the user's foot. The foot well is designed to simulate the natural walking motion of the user. The user can propel the water craft using tail paddles and ski poles. The tail paddles are coupled to the rear of the skis. The tail paddles are configured to float on the water and to rotate about a transverse axis of the skis. The tail paddles are shaped to grip or “dig in” the water in response to the user moving the skis in a direction opposite the direction of motion of the water craft. The tail paddles provide resistance to propel the water craft when the ski is moved backward and slide along the water when the skis move forward. The ski poles include a paddle shaped to grip or “dig in” in response to the user pushing backwards on the ski poles. The paddle provides resistance to the backwards motion to propel the water craft forward. When the user pulls the ski poles forward, the paddles surface and slide across the water as the water craft moves forward.
    • 水上工艺允许使用者通过自然的步行运动穿过水面,该运动使用类似于越野滑雪的推进臂和腿。 水上工艺包括一对适合于使用者脚部的滑雪板。 滑雪板可以通过半弹性系绳联接在一起。 每个滑雪板可以包括用于接收用户脚的足部井。 足部设计用于模拟用户的自然走路动作。 用户可以使用尾桨和滑雪杖推动水上工艺。 尾桨连接到滑雪板的后部。 尾桨被构造成漂浮在水面上并围绕滑雪板的横向轴线旋转。 尾桨被成形为响应于使用者沿着与水上工艺的运动方向相反的方向移动滑雪板来抓握或“挖入”水中。 当滑雪板向前移动时,当滑雪板向后移动并沿着水滑动时,尾桨提供阻力以推动水上工艺。 滑雪杖包括一个形状适于握住或“挖入”的桨叶,以响应于用户在滑雪杖上向后推动。 桨提供抵抗向后运动以推动水上运动。 当用户将滑雪杖向前拉时,水桅杆向前移动时,桨叶表面滑过水面。
    • 50. 发明授权
    • Muscle-powered watercraft
    • 肌肉动力的船只
    • US5816871A
    • 1998-10-06
    • US500947
    • 1995-11-17
    • Rodolphe Proverbio
    • Rodolphe Proverbio
    • B63H1/36B63H16/00
    • B63H1/36B63B1/26B63H16/08B63H2016/005
    • A muscle-powered watercraft includes flotation and propulsion structure having at least two blades which remain rigid under the stresses that are subjected to. The front edges of the blades are hinged about respective axes transverse to the watercraft's axis of propulsion, spaced from one another along the axis of propulsion on either side of the watercraft's center of gravity. Each of these blades extends symmetrically from the axis of propulsion. Abutment structure limits the angle of freedom of each blade about its hinging axis, and the volume of water displaceable by immersion of the flotation structure is selected to correspond to 1 to 2 times the total laden weight of the watercraft. The flotation structure has feet-supporting surfaces distributed about the craft's center of gravity, whereby a driver may impart to the watercraft a sinusoidal movement in and out of the water by pitching the craft and hence making the blades operate in opposition to one another between the abutments.
    • PCT No.PCT / FR94 / 01412 Sec。 371日期:1995年11月17日 102(e)日期1995年11月17日PCT 1994年12月5日PCT PCT。 公开号WO95 / 15882 日期1995年6月15日,一种肌肉动力的船舶包括具有至少两个叶片的浮选和推进结构,其在受到的应力下保持刚性。 叶片的前边缘围绕横向于船舶的推进轴线的相应轴线铰接,沿着船舶重心两侧的推进轴线彼此间隔开。 这些叶片中的每一个从推进轴线对称地延伸。 基台结构限制了每个叶片围绕其铰接轴线的自由度,并且通过浸入浮选结构可移动的水的体积被选择为对应于船舶总负载重量的1至2倍。 浮选结构具有围绕工艺重心分布的脚部支撑表面,由此驾驶员可以通过俯仰工艺而使船只进入和流出水中的正弦运动,并且因此使得叶片在彼此之间相互作用 基台