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    • 1. 发明申请
    • Bicycle wheel
    • 自行车轮
    • US20050242658A1
    • 2005-11-03
    • US10836009
    • 2004-04-30
    • Lawrence CarlsonDrew KrahBradly Hunter
    • Lawrence CarlsonDrew KrahBradly Hunter
    • B60B1/04B60B21/06
    • B60B21/062B60B1/041B60B1/042B60B1/048B60B21/025B60B21/04B60B21/064
    • The present disclosure includes a bicycle wheel having a hub, a plurality of spokes, and a rim. The spokes are connected to the hub, each spoke having two ends and a major axis. The ends of each spoke are substantially aligned with the major axis of such spoke. The rim provides a plurality of fixed spoke mounts secured to the spokes. The spoke mounts provide stress grading, in one preferred embodiment by decreasing in section as they extend away from the main body of the rim toward the hub. The spoke mounts are formed integrally with the rim and avoid the use of holes through the wall of the rim that seats the tube. Spoke adjustment mechanisms for straight spokes attached to such spoke mounts are also provided. The disclosure also includes a method of constructing a wheel.
    • 本公开包括具有轮毂,多个轮辐和轮辋的自行车车轮。 轮辐连接到轮毂,每个辐条具有两个端部和一个长轴。 每个辐条的端部基本上与这种辐条的长轴对齐。 轮辋提供固定在轮辐上的多个固定辐条安装座。 轮辐安装件提供应力分级,在一个优选实施例中,当它们从轮缘的主体朝着轮毂延伸时减小截面。 轮辐安装件与轮辋一体地形成,并且避免使用穿过安置管的轮辋的壁的孔。 还提供了用于附接到这种辐条座的直辐条的轮辐调节机构。 本公开还包括构造车轮的方法。
    • 4. 发明授权
    • Klop skate having pushing and pulling capabilities
    • US06736412B1
    • 2004-05-18
    • US09679035
    • 2000-10-04
    • Drew Krah
    • Drew Krah
    • A63C100
    • A63C17/065A63C1/28
    • A klop skate with pushing and pulling capabilities. In one alternate, the skate includes a glide member (110) for traversing a surface. The skate includes a shoe portion (112) for receiving a skater's foot. The skate has a base secured to the shoe portion (112) and underlying the received foot. The skate has a base lever (114) secured to the shoe portion base. The base lever (114) has a forward end portion and a forward base attachment structure (124) defined by the forward end portion. The base lever (114) has a longitudinal base lever axis aligned with a longitudinal axis of the received foot. The skate also includes an elongate frame (116) for mounting the glide member (110). The frame has a longitudinal axis, a forward end portion, and a forward frame attachment structure (136). The skate has a canted hinge (126) for connecting the forward end portion of the base lever (114) to the forward end portion of the frame (116). Upon pivoting of the base lever (114) with respect to the frame (116), a plane passing through the longitudinal axis of the base lever (114) defines an angle of canting with respect to a frame plane that extends vertically upward through the longitudinal frame axis. In another alternate, the skate includes a flexible connector (422) coupled to a cuff (420) and the forward end of the frame (406). The cuff (420) is attached to the lower leg of the skate wearer and the forward end attachment point is forward of the frame pivoting axis (410). Tensioning the connector (422) by flexing the foot distally causes the frame (406) to open relative to the base (402) which allows the skate-wearer to selectively hold the frame (406) in the open position. In another alternate, the skate includes a base (502) having a forefoot region (504) with an integral spring having a flex region (520) of zero bias strength, which allows the skate-wearer to hold the skate frame (508) open. In another alternate, the skate can include a biasing device 612 to bias the frame 604 away from the base 602.