会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • AUXILIARY APPARATUS FOR SWIMMING
    • 辅助装置
    • WO2007145444A1
    • 2007-12-21
    • PCT/KR2007/002763
    • 2007-06-07
    • KIM, Tae Soo
    • KIM, Tae Soo
    • A63B31/18
    • A63B31/18A63B25/00A63B2225/605
    • Provided is a swimming auxiliary apparatus. The swimming auxiliary apparatus include two hollow and separable poles disposed at a right side and a left side; air units connected to the poles respectively and containing air, each of which includes an air unit coupling member and an air unit fixing member for connecting the air units to the poles and enabling the air unit to move vertically parallel and to move vertically; a pair of handle-wing units each having wing strings for allowing wings to be unfolded and folded by water pressure, wings for reducing fractional force made by water, and a handle for enabling a swimmer to hold; and sandal binders formed at each of the poles to be bound or unbound with sandals worn by a swimmer, wherein each of the air units includes a buoyancy member made of material having strong buoyancy.
    • 提供游泳辅助装置。 游泳辅助设备包括设置在右侧和左侧的两个中空和可分离杆; 空气单元分别连接到磁极并且包含空气,每个空气包括空气单元联接构件和用于将空气单元连接到磁极的空气单元固定构件,并且使得空气单元能够垂直平行地移动并垂直移动; 一对手柄翼单元,每个手柄翼单元均具有用于允许翼被水压展开和折叠的翼弦,用于减少由水产生的分力的翼和用于使游泳者保持的手柄; 以及通过游泳者穿着的凉鞋在每个极上形成的绑定或未绑定的凉鞋粘合剂,其中每个空气单元包括由具有强浮力的材料制成的浮力构件。
    • 2. 发明申请
    • APPARATUS FOR SWIMMING
    • 游泳设备
    • WO2006075834A1
    • 2006-07-20
    • PCT/KR2005/002192
    • 2005-07-08
    • KIM, Tae-Soo
    • KIM, Tae-Soo
    • A63B31/00
    • A63B31/10A63B25/00A63B31/18
    • An apparatus for swimming is disclosed. The swimming apparatus of the present invention includes a pair of hollow pipes (120), an air injection unit (100) which is coupled to an end of each of the pipes (120), a plurality of side fin parts which are mounted in pairs to the pipes (120), a grip (130) which is provided on each of the pipes (120), and a direction changing handle (160) which is coupled to each of the side fin parts to rotate a fin (150a), (150b) of each of the side fin parts. The swimming apparatus further includes a movement range adjusting ring (170) which is fastened to each of the pipes (120) by a locking screw (170a), and a sandal coupling part (180) which is provided on each of the pipes (120) to removably couple a sandal (190), worn by a user, to each of the pipes (120).
    • 公开了一种游泳装置。 本发明的游泳装置包括一对中空管(120),与每个管(120)的一端连接的空气注入单元(100),多个安装成成对的侧翼部 设置在每个管道(120)上的把手(130)和与每个侧翼部件相连接以使翅片(150a)旋转的方向改变手柄(160)的管道(120) (150b)。 游泳装置还包括通过锁定螺钉(170a)固定到每个管道(120)的运动范围调节环(170)和设置在每个管道(120)上的凉鞋联接部件(180) )以可拆卸地将由使用者佩戴的凉鞋(190)联接到每个管道(120)。
    • 3. 发明申请
    • REVERSIBLE PROPULSION SYSTEM
    • 可逆推进系统
    • WO2008001404A1
    • 2008-01-03
    • PCT/IT2007/000427
    • 2007-06-15
    • PORTUESI, AntonioPORTUESI, TonioMAZZOLA, Salvatore
    • PORTUESI, AntonioPORTUESI, TonioMAZZOLA, Salvatore
    • B63H1/32B63H19/02A63B31/04
    • A63B31/18A63B31/04A63B31/14B63H19/00
    • The "Reversible Propulsion System" is a system that, taking advantage of som principles of the mechanics of fluids, allows to give to the body to which the system i applied a directional mechanical thrust with a good mechanical efficiency, using variously alternated or random motion of the fluid in which the body in submerged. It is manufactured with a series of valves, passive or active that offer an extremely different resistance according to the direction and the way of the relative motion between the body to which they are applied and the liquid in which the body is submerged. The system can be also applied as small motor using the functional feature of the "shape memory alloys or polymers" or of some nano-material or biotechnological material producing a directional mechanical trust, using electrical signal coming from externa driving source.
    • “可逆推进系统”是一种利用体液力学原理的优点,允许使用各种交替或随机的运动给予系统我以机械效率良好的方向机械推力应用的身体 的身体淹没的液体。 它被制造成一系列被动或主动的阀,根据施加的身体与身体被浸没的液体之间的相对运动的方向和方式,提供极其不同的阻力。 该系统还可以使用“外形记忆合金或聚合物”的功能特征或使用来自外部驱动源的电信号产生定向机械信号的一些纳米材料或生物技术材料作为小型电动机应用。