초록 ▼

A simple and lightweight, quick action snowboard binding securing device allows continuous rotational adjustment of the orientation of the binding with respect to the snowboard without the need for the removal of the rider's boot and without requiring the use of any tools. A clamping mechanism stiff

A simple and lightweight, quick action snowboard binding securing device allows continuous rotational adjustment of the orientation of the binding with respect to the snowboard without the need for the removal of the rider's boot and without requiring the use of any tools. A clamping mechanism stiffens the binding and allows the rider's boot to rest directly on the binding for optimum performance. The device can be used with all bindings which have a central aperture to receive a securing disk or hold down plate.

대표청구항 ▼

[ What is claimed is:] [1.] A rotationally adjustable binding for binding a user's boot to a top surface of a snowboard, said binding anchorable to the snowboard by a securing member that is attached to the snowboard, said binding comprising:a base plate configured to be supported by the top surface

[ What is claimed is:] [1.] A rotationally adjustable binding for binding a user's boot to a top surface of a snowboard, said binding anchorable to the snowboard by a securing member that is attached to the snowboard, said binding comprising:a base plate configured to be supported by the top surface of the snowboard and to receive thereat the user's boot, said base plate having an aperture therein and an outer edge with said aperture configured for receipt therethrough of the securing member, a continuous slot being formed between said aperture and said outer edge thus defining first and second base plate portions at each side of said slot, said slot having a width between said base plate portions; androtational release and securement means connected with said base plate adjacent to said continuous slot and including a manipulable portion, said rotational release and securement means for selectively governing said width of said slot and thereby relationship of said aperture to the securing member by user movement of said manipulable portion between rotational release and rotationally secure positions, said base plate being rotatable relative to the securing member when said manipulable portion is moved to said rotational release position and secured from rotation relative to the securing member when said manipulable portion is moved to said rotationally secure position.