Snowboard binding
The invention relates to a snowboard binding for soft boots. The fixing straps can be pivoted by means of a joint from a closed position to an open position close to the opening for entry. The straps are kept in an open position by means of a holding device. The holding power of the holding device stems from the resistance of the joint.
1. A snowboard binding comprising: a base attachable to a snowboard, the base having an entry opening for a snowboard boot; and at least one fastening strap affixed to the base with an articulated joint that renders the strap pivotable from a closed position over the entry opening into an open position next to the entry opening, in which open position the strap is held by a holding device with a holding force that must be overcome to pivot the fastening strap into the closed position, such that the holding force is created by a frictional resistance produced by opposed rigid surfaces of the articulated joint which generates an increasing frictional force when turning into the open position of the fastening strap, which frictional resistance must be overcome when the fastening strap is pivoted from the closed position into the open position.
2. Snowboard binding as described in claim 1 , the articulated joint being attached to the base so it pivots around an axis running transversely to a longitudinal direction of the binding.
3. Snowboard binding as described in claim 1 , the increased frictional force being provided for in a swiveled position of the articulated joint which is before the final open position of the fastening strap.
4. A snowboard binding comprising:
a base attachable to a snowboard, the base having an entry opening for a snowboard boot; and
at least one fastening strap affixed to the base, the strap having an articulated joint that renders the strap pivotable from a closed position over the entry opening into an open position next to the entry opening, in which open position the strap is held by a holding device with a holding force that must be overcome to close the fastening strap, such that the holding force is created by a resistance of the articulated joint which resistance must be overcome when the fastening strap is swiveled from the closed position into the open position, the articulated joint being formed by a hinged joint defined between articulated joint parts, the resistance being produced by an increased frictional force exerted by the articulated joint when turning into the open position, and the increased frictional force being created by a cam on one of the articulated joint parts which acts upon a mating-surface of the other articulated joint part.
5. Snowboard binding as described in claim 1 , the hinged joint being attached with one articulated joint part to the base in such a way that it swivels around an axis running transversely to a longitudinal direction of the binding.
6. A snowboard binding comprising:
a base attachable to a snowboard, the base having an entry opening for a snowboard boot; and
at least one fastening strap affixed to the base, the strap having an articulated joint that renders the strap movable from a closed position over the entry opening into an open position next to the entry opening, in which open position the strap is held by a holding device with a holding force that must be overcome to close the fastening strap, such that the holding force is created by a resistance of the articulated joint which resistance must be overcome when the fastening strap is swiveled from the closed position into the open position, the articulated joint being formed by an elastic strip with a convex cross section which buckles when the fastening strap is moved into the open position after the resistance to deformation is overcome.
7. Snowboard binding as described in claim 6 , the elastic strip being attached to the base so it swivels around an axis running transversely to a longitudinal direction of the binding.