Abstract: AT ski binding adaptor for alpine ski touring and downhill, including a floating heel lock assembly and multifunctional rotatable locking arms. Ski bindings are mounted on an adaptor mounting plate, channel or beam assembly that pivots at the toe. The heel lock mechanism “floats” on a rail or rails to accommodate ski flex, and includes a multi-position climbing bar or heel riser. The floating heelblock and locking mechanism are interconvertible for different ski modes: in fixed heel-mode—the locking arms act to firmly secure the heel to the ski for aggressive downhill conditions or riding style, and in free heel mode—the locking arms may be configured to support touring and climbing configurations. The ski binding adaptor with floating heel lock mechanism is optionally compatible with a range of alpine ski touring and downhill bindings.

Abstract: A golf bag stand system is described wherein the legs of the stand system deploy in an arcuate path. The arcuate path permits the legs of the golf bag stand system to be widely deployed to support the golf bag while minimizing entanglement issues during deployment and retraction. The arcuate deployment keeps the legs closer to the center line of the bag during a greater period of the deployment/retraction, with the sideward/outward movement of the legs occurring at the end of leg deployment and at the beginning of leg retraction. This may be achieved by hingedly connecting the legs to the golf bag with an axis of rotation that is inclined toward the center of the golf bag. The legs of the golf bag include a bend or jog that permits the inclined axis of rotation while keeping the legs close to the golf bag when in the retracted position.