US2010059969A1PendingUtilityA1
Magnetic easy step in/out snow board binding
Est. expirySep 11, 2028(~2.1 yrs left)· nominal 20-yr term from priority
Inventors:Alan J. ScharmanTimothy M. SmithAlana Marie PrinosCatherine Elizabeth HughesJustin Staart RiceZachary John AtanasoffJeremy Pace Gygi
A63C 10/12A63C 10/28A63C 9/0802
47
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Claims
Abstract
This invention describes a magnetic boot binding for snowboards. The magnetic boot binding secures a person onto a snowboard by magnetically holding the persons snowboard boots onto the snowboard. The magnetic binding utilizes hard magnets, electromagnets and/or other magnetic materials imbedded into or physically attached to the snowboard and/or the boots. If an electromagnet is used it can be electronically controlled by a remote controller to apply magnetic force, apply varying amount of magnetic force, and to release the magnetic force for quick releasing.
Claims
exact text as granted — not AI-modified1 . This invention describes a magnetic snowboard binding to magnetically hold a snowboard boot onto the snowboard while the boarder is boarding down the incline. A step-in and step-out snowboard binding. A holding means using magnets to hold boot onto snowboard. A quick release magnetic snowboard binding. Snowboard boots with imbedded magnets. Snowboard boots with physically attached magnets. Snowboards with imbedded magnets. Snowboards with physically attached magnets. Snowboard boots with imbedded electromagnets that use a portable source of electricity like a battery or solar cell but not exclusively a battery or solar cell. Snowboard boots with physically attached electromagnets that use a portable source of electricity like a battery or solar cell but not exclusively a battery or solar cell. Snowboards with imbedded electromagnets that use a portable source of electricity like a battery or solar cell but not exclusively a battery or solar cell. Snowboards with physically attached electromagnets that use a portable source of electricity like a battery or solar cell but not exclusively a battery or solar cell. An electronically operated and controlled electromagnetic snowboard binding system. An electronically operated electromagnet attached to a snowboard boot. An electronically operated electromagnet attached to a snowboard. A wireless remotely operated electromagnet that is attached to the snowboard and/or snowboard boot. A boot binding system that utilizes magnetic forces to hold the boot onto the snowboard.
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