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    • 3. 发明授权
    • Thin plate anode
    • 薄板阳极
    • US5344538A
    • 1994-09-06
    • US2596
    • 1993-01-11
    • Jamie H. ChamberlainAdam G. BayRobert D. DeWitt
    • Jamie H. ChamberlainAdam G. BayRobert D. DeWitt
    • C25D17/12C25D17/16
    • C25D17/12
    • An anode adapted to be immersed in an electrolytic solution adjacent a moving cathode. The anode is comprised of an electrical conductive grid which is clad with an insoluble metal. The grid has a plurality of anode mounting surfaces formed thereon; the mounting surfaces being formed of an insoluble, conductive metal and being in electrically conductive engagement with the conductive grid. The mounting surfaces are dimensioned to position and support side-by-side a plurality of relatively thin insoluble metal anode plates. The anode plates are shaped to be mounted to the mounting surfaces by the lateral edges thereof wherein current may be applied to the anode plates through the mounted edges. The anode plates are dimensioned such that they form a generally continuous anode surface which conforms to the moving cathode.
    • 适于浸入与移动阴极相邻的电解液中的阳极。 阳极包括用不溶性金属包覆的导电栅格。 栅格具有形成在其上的多个阳极安装面; 安装表面由不溶的导电金属形成并与导电栅格导电接合。 安装表面的尺寸被定位并且并排地支撑多个相对薄的不溶性金属阳极板。 阳极板被成形为通过其侧边缘安装到安装表面,其中电流可以通过安装的边缘施加到阳极板。 阳极板的尺寸使得它们形成符合移动阴极的大致连续的阳极表面。
    • 5. 发明授权
    • Asymmetric planetary gear variable speed transmission
    • 不对称行星齿轮变速传动
    • US5474504A
    • 1995-12-12
    • US133517
    • 1993-10-07
    • Adam G. BayGabor A. Bay
    • Adam G. BayGabor A. Bay
    • F16H37/08F16H3/68
    • F16H37/084
    • An infinitely variable forward speed mechanical transmission uses asymmetric helical/spur gear trains mounted to rotate within a rotor assembly to reduce the torque output within the rotor assembly through inefficiency of the asymmetric gear trains. The rotor assembly includes integrated input and output hubs having adjacent radially flush outer control surfaces, with the output hub in mesh with the asymmetric helical/spur gear trains in mesh with an output shaft. A transmission speed control device connected to a control gear connected to a control tang of a wrap spring positioned about the control surfaces of the input and output hubs provides infinitely variable control of the relative rotation of the two hubs to selectively control the torque output of the transmission. A planetary gear set in constant mesh with the transmission input through the input hub provides a full-time low-gear ratio, and an attached dual sprague clutch assembly determines the driving output train of the transmission between the planetary gear set and the output shaft.
    • 无限可变的前进速度机械传动装置使用安装成在转子组件内旋转的不对称螺旋/正齿轮系,以通过不对称齿轮系的低效率来减小转子组件内的扭矩输出。 转子组件包括具有相邻的径向冲洗的外部控制表面的集成的输入和输出轮毂,输出轮毂与与输出轴啮合的不对称螺旋/正齿轮系列啮合。 连接到控制齿轮的传动速度控制装置连接到围绕输入和输出轮毂的控制表面设置的卷绕弹簧的控制柄,提供两个轮毂的相对旋转的无级可变控制,以选择性地控制两个轮毂的扭矩输出 传输。 与通过输入轮毂的变速器输入连续啮合的行星齿轮组提供全时低速比,并且附接的双悬架离合器组件确定行星齿轮组和输出轴之间的变速器的驱动输出系列。
    • 10. 发明授权
    • Rotary slip clutch
    • 旋转离合器
    • US5086898A
    • 1992-02-11
    • US605676
    • 1990-10-30
    • Robert J. PattonAdam G. Bay
    • Robert J. PattonAdam G. Bay
    • F16D43/21
    • F16D43/213
    • An adjustable rotary slip clutch comprising a driving portion, a driven portion, an annular cavity defined between the driving portion and the driven portion, a plurality of friction clutch elements of generally conical configuration mounted within the annular cavity, at least one of the friction elements mounted to the driving portion for rotation therewith, an at least one of the friction elements mounted to the driven portion for rotation therewith, and an arrangement for sealing the cavity to maintain lubricant therein.
    • 一种可调节的旋转滑动离合器,包括驱动部分,从动部分,限定在驱动部分和被驱动部分之间的环形空腔,安装在环形空腔内的大致锥形结构的多个摩擦离合器元件,至少一个摩擦元件 安装到所述驱动部分以与其一起旋转,所述摩擦元件中的至少一个安装到所述从动部分以与其一起旋转,以及用于密封所述空腔以在其中保持润滑剂的装置。