Abstract:
A rear entry snowboard binding (2) comprising a leg support (3) which is pivotably hinged on a binding base plate (5) on the right side and on the left side which can be swivelled between a rear entry position in which a boot to be accommodated in the snowboard binding (2) can be inserted from back to front into the snowboard binding (2), and a front travel position, wherein locking means are provided for blocking the leg support (3) in the travel position, which comprise a locking lever (6) pivotably hinged on the rear side of the leg support (3), wherein at least in the travel position relative to a centre plane (11) of the binding (2) which runs in the longitudinal direction of the binding base plate (5) and stands vertically on the binding base plate (5) centrally between the two lateral hinge points (9) of the leg support (3), the leg support (3) projects further outwards to a first side (12R) than to the opposite second side (12L), and wherein the locking lever (6) hinged pivotably on the rear side of the leg support (3) extends with a free activation region (14) laterally away from the leg support (3).
Abstract:
The invention relates to a snowboard binding with a sole-plate which is to be fastened on the surface of a snowboard and to which, firstly, an instep element is fastened or coupled, which instep element can be adjusted between a clamping position and a release position and by means of which the upper side of a shoe, which can be accommodated in the snowboard binding can be partially embraced, and to which, secondly, a leg support is pivotably coupled, which leg support can be pivoted between a rear entry position and a front travelling position with control means provided by means of which a pivoting movement of the leg support into the entry position is coupled at least in some sections to an adjustment movement of the instep element from the clamping position into the release position.
Abstract:
A rear entry snowboard binding (2) comprising a leg support (3) which is pivotably hinged on a binding base plate (5) on the right side and on the left side which can be swivelled between a rear entry position in which a boot to be accommodated in the snowboard binding (2) can be inserted from back to front into the snowboard binding (2), and a front travel position, wherein locking means are provided for blocking the leg support (3) in the travel position, which comprise a locking lever (6) pivotably hinged on the rear side of the leg support (3), wherein at least in the travel position relative to a center plane (11) of the binding (2) which runs in the longitudinal direction of the binding base plate (5) and stands vertically on the binding base plate (5) centrally between the two lateral hinge points (9) of the leg support (3), the leg support (3) projects further outwards to a first side (12R) than to the opposite second side (12L), and wherein the locking lever (6) hinged pivotably on the rear side of the leg support (3) extends with a free activation region (14) laterally away from the leg support (3).
Abstract:
The invention relates to a snowboard binding (1) with a sole-plate (2) which is to be fastened on the surface of a snowboard and to which, firstly, an instep element (6) is fastened or coupled, which instep element can be adjusted between a clamping position (S) and a release position (L) and by means of which the upper side of a shoe, which can be accommodated in the snowboard binding (1), can be partially embraced, and to which, secondly, a leg support (5) is pivotably coupled, which leg support can be pivoted between a rear entry position (E) and a front travelling position (F), wherein control means (9) are provided by means of which a pivoting movement of the leg support (5) into the entry position (E) is coupled at least in some sections to an adjustment movement of the instep element (6) from the clamping position (S) into the release position (L), and wherein the control means are designed in such a manner that the adjustment movement of the instep element (6) that is brought about during the pivoting of the leg support (5) back into the entry position (E) is greater than the adjustment movement of the instep element (6) that is brought about when pivoting the leg support (5) forward into the travelling position (F). The control means are preferably designed in such a manner that they bring about a coupling to the adjustment movement of the instep element (6) only during pivoting of the leg support (5) back into the entry position (E), and that the pivoting of the leg support (5) forward into the travelling position (F) is not coupled to an adjustment movement of the instep element (6).