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    • 51. 发明申请
    • CONTROL SYSTEM FOR ARCHITECTURAL COVERINGS WITH REVERSIBLE DRIVE AND SINGLE OPERATING ELEMENT
    • 具有可逆驱动和单个操作元件的结构覆盖物控制系统
    • US20060272783A1
    • 2006-12-07
    • US11420274
    • 2006-05-25
    • Stephen SmithJames Miller
    • Stephen SmithJames Miller
    • E06B9/08
    • E06B9/324E06B9/262E06B9/322E06B9/34E06B9/42E06B2009/2627
    • The present invention provides for retractable coverings for architectural openings utilizing a control system having a single operating element allowing a user to move a retractable covering between extended and retracted positions by imparting a repetitive motion to the operating element. The control system may include an input assembly, a transmission, and an output assembly cooperatively engaging to convert linear movement of the operating element into rotational movement of a head roller in the required direction to provide movement of the covering in the desired direction and distance. The input assembly may convert linear movement of the operating element into rotational movement imparted to the transmission. The input assembly may also engage the transmission to effect the direction of rotational output from the transmission. The transmission imparts rotational movement to the output assembly, which interfaces with the head roller to rotate the head roller and to provide a braking feature.
    • 本发明提供了一种用于建筑开口的可收缩覆盖物,其利用具有单个操作元件的控制系统,该操作元件允许使用者通过向操作元件施加重复运动来在伸展位置和缩回位置之间移动可缩回的覆盖物。 控制系统可以包括输入组件,变速器和输出组件,其协作地接合以将操作元件的线性运动转换成所需方向上的头辊的旋转运动,以提供覆盖物在期望的方向和距离上的移动。 输入组件可以将操作元件的线性运动转换为传递给传动装置的旋转运动。 输入组件还可以接合变速器以实现变速器的旋转输出的方向。 变速器将转动运动传递到输出组件,该输出组件与头辊相接触以旋转头辊并提供制动特征。
    • 60. 发明申请
    • Axial field electric machine
    • 轴流电机
    • US20060012263A1
    • 2006-01-19
    • US11012870
    • 2004-12-14
    • Stephen SmithYuval Shenkal
    • Stephen SmithYuval Shenkal
    • H02K1/22
    • H02K3/04H02K1/02H02K1/182H02K1/27H02K1/2793H02K3/26H02K3/28H02K3/47H02K15/03H02K15/165H02K16/00H02K21/24H02K29/08H02K2203/03H02K2203/09
    • An axial field electric machine having an improved efficiency includes a number of magnetic elements (e.g., as a rotor) as annular disks magnetized to provide multiple sector-shaped poles. Each sector has a polarity opposite that of an adjacent sector, and each sector is polarized through the thickness of the disk. The poles of each disk are aligned with opposite poles of each adjacent magnet. Metal members adjacent the outermost disks contain the flux; The axial field electric machine also includes one or more conductor elements (e.g., as a stator) which include a number of conductor phases that traverse the flux emanating between poles of axially adjacent magnetic elements. The design of the axial field electric machine including the gap spacing between adjacent magnetic elements, the transition width between adjacent poles on each magnetic element, the number of poles, the number and width or conductor phases in the conductor element is based on the physical characteristics of the magnetic elements to increase efficiency.
    • 具有改进的效率的轴向场电机包括多个磁性元件(例如,作为转子),作为被磁化以提供多个扇形极的环形盘。 每个扇区具有与相邻扇区的极性相反的极性,并且每个扇区通过盘的厚度极化。 每个磁盘的磁极与每个相邻磁体的相反极对齐。 与最外面的盘相邻的金属构件包含助焊剂; 轴向场电机还包括一个或多个导体元件(例如,作为定子),其包括穿过在轴向相邻的磁性元件的极之间产生的磁通的多个导体相位。 包括相邻磁性元件之间的间隙,每个磁性元件上的相邻磁极之间的转变宽度,极数,导体元件中的数量和宽度或导体相位的轴向场电机的设计基于物理特性 的磁性元件以提高效率。