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    • 4. 发明授权
    • Attachment system for snowboards
    • 滑雪板附件系统
    • US5713587A
    • 1998-02-03
    • US514122
    • 1995-08-11
    • Robert J. MorrowNeil E. Morrow
    • Robert J. MorrowNeil E. Morrow
    • A63C10/08A63C10/10A63C10/14A63C10/24A63C9/00
    • A63C10/08A43B3/0073A63C10/10A63C10/103A63C10/145A63C10/24
    • A snowboard binding system employs a frame system which substantially encloses the boot and includes at least two attachment points for engagement by a corresponding binding portion mounted to the snowboard. Mounts engage the corresponding binding cables on the board. The binding system includes anchor straps for adjusting snugness of the boot to the binding frame and adjustable toe contact cable which in conjunction with a forward-lean slide and adjustment member enables variable pivot point selection at the front of the binding system. An adjustable highback pivotally mounts to the binding frame. The adjustment straps enable control of tension for medial and lateral leaning to further provide a variation of the binding system control as desired by the rider. Further, the boot sole remains flexible, since no rigid plate or the like is employed.
    • 滑雪板装订系统采用基本上包围该罩的框架系统,并且包括至少两个附接点,用于通过安装到滑雪板上的对应的装订部分进行接合。 安装座接合电路板上相应的绑扎电缆。 装订系统包括锚带,用于将靴子的紧贴度调节到装订框架和可调节的脚趾接触电缆,其与前向倾斜的滑动件和调节构件结合使得能够在装订系统的前部进行可变的枢轴点选择。 一个可调节的highback可旋转地安装到绑定框架上。 调节带能够控制内侧和外侧倾斜的张力,以进一步提供骑乘者所期望的装订系统控制的变化。 此外,靴底保持柔性,因为不使用刚性板等。
    • 5. 发明授权
    • Snowboard
    • 滑雪板
    • US5769445A
    • 1998-06-23
    • US533917
    • 1995-09-26
    • Neil E. Morrow
    • Neil E. Morrow
    • A63C5/03A63C9/00A63C5/14
    • A63C9/00A63C5/03A63C5/126
    • A composite torsion box core for a snowboard comprises a center core member of lightweight wood or foam enveloped within a composite of a seamless, large diameter tubular sock. By expanding or compressing the length of the large diameter tubular sock during fabrication, the alignment of fibers within the sock is adjusted for programming a desired longitudinal and torsional rigidity relationship for the snowboard. Furthermore, side members, comprising separate composite torsion box cores having smaller diameter tubular socks, are disposed on opposite sides of the center core member and provide increased side strength for the overall torsion box core for enhancing the snowboard's edging strength without compromising torsional flexibility. Plural side members of various materials, sizes and spacing relative to each other are employed to provide snowboards having differing ride characteristics.
    • 用于滑雪板的复合扭转箱芯包括轻质木材或泡沫的中心芯部件,其包围在无缝大直径管状袜子的复合材料内。 通过在制造过程中扩大或压缩大直径管状袜子的长度,调整袜子内的纤维的对准以编程滑雪板的期望的纵向和扭转刚度关系。 此外,包括具有较小直径的管状袜子的单独的复合扭转箱芯的侧部构件设置在中心芯构件的相对侧上,并且为整体扭转箱芯提供增加的侧向强度,以增强滑雪板的边缘强度而不损害扭转柔性。 使用各种材料,尺寸和间隔的多个侧构件来提供具有不同行驶特性的滑雪板。