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    • 1. 发明授权
    • Personal hovercraft with stairway climbing
    • 个人气垫船与楼梯攀登
    • US06695084B2
    • 2004-02-24
    • US10073376
    • 2002-02-11
    • Peter J. Wilk
    • Peter J. Wilk
    • B60V100
    • A61G5/061A61G5/068
    • A personal transportation apparatus has a frame defining a surface for supporting a load, and a plurality of air-cushion cells mounted to the frame and depending from a lower side thereof, the air-cushion cells each having a changeable height to accommodate variations in an underlying terrain during a translation of the frame over the terrain. A pressure source is mounted to the frame and is operatively connected to the air-cushion cells for supplying air under pressure to the cells, thereby generating an air-cushion support for the frame. An elevation mechanism is mounted to the frame for lifting the frame from one step to a next higher step of a stairway so that the frame ascends the stairway from a lowermost step to an uppermost step of the stairway.
    • 个人运输装置具有限定用于支撑负载的表面的框架和安装到框架并且从其下侧离开的多个气垫单元,每个气垫单元具有可变高度以适应 在地形翻译过程中的底层地形。 压力源安装在框架上,并且可操作地连接到气垫单元,用于在压力下向空气供应空气,从而为框架产生气垫支撑。 升降机构安装到框架上,用于将框架从楼梯的一步升高到下一个更高的台阶,使得框架从楼梯的最下阶梯升高到阶梯的最上阶。
    • 2. 发明授权
    • Fluid levitated caster integrating external debris scraper
    • 流体悬浮脚轮整合外部碎片刮刀
    • US06585069B1
    • 2003-07-01
    • US10042450
    • 2002-01-09
    • Jason L. Smith
    • Jason L. Smith
    • B60V100
    • B65G7/06
    • An assembly “(42)” including a fluid levitated caster and a debris scraper “(31)” device positioned external to a levitation membrane “(11)”. Assembly “(42)” levitates heavy loads upon a near frictionless pressurized fluid, and also sweeps aside potentially membrane destructive debris “(25)” from a floor “(27)” in the path of movement. The external debris scraper “(31)” function does not noticeably increase movement friction, and does not require increased power air flow or consumption.
    • 包括位于悬浮膜外部的“装置”(42)“包括流体悬浮的脚轮和碎屑刮刀”(31)“装置。 组装“(42)”将重负荷悬浮在近无摩擦的加压流体上,并且在运动路径中从地板“(27)”上扫除潜在的膜破坏性碎片“(25)”。 外部碎屑刮刀“(31)”功能并不明显增加运动摩擦力,不需要增加动力空气流量或消耗。