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    • 20. 发明专利
    • ULLR SNOWBOARD BINDINGS: SNOWBOARD BINDINGS WITH ROTATING AND POSITION LOCKING MECHANISM
    • CA3109829A1
    • 2022-08-22
    • CA3109829
    • 2021-02-22
    • CHU DANIEL
    • CHU DANIEL
    • A63C10/18
    • A snowboard binding equipment characterized by an assembly containing a 1-axis rotatable mechanism with a position locking lever. Intended to be attached between a snowboard and snowboard binding. This equipment allows the user to either rotate their feet freely in the Z-axis at any given time or lock their foot's position at a certain angle via the position locking lever, should they choose. Claims A snowboard binding adapter assembly comprising of a joint to allow free rotation in the Z-axis, and a mechanical assembly to allow the locking of the Z-axis position at a desired angle degree. Fig. 1. A spinning mechanism comprised of a joint to allow rotation in the Z-Axis Fig. 2. A locking mechanism comprised of a clamp lever, wire, locking teeth gear and two adjacent spinning gears Description Snowboard bindings typically only allow the user to lock their foot's position at one angle, typically around 15-degrees, meanwhile other types of snowboard styles such as alpine snowboarding have a more aggressive foot angle to allow for deeper carving, meanwhile during the snowboarder's chairlift ride, the feet position causes awkward and painful movements because the snowboarder has to hang the snowboard longitudinally while their foot is horizontal, all the meanwhile, snowboarders always desire to change or adjust their snowboard angles "on-the-fly" without having to unscrew and remove the bindings every time. Thus, it is practical to have a mechanism which allows free rotation and locking as well. This mechanism also allows snowboarders to transition from typical freestyle, park and alpine snowboarding styles without having to change equipment.