Tyrolia Technology Gmbh

Htm Sport- Und Freizeitger&auml;te Aktiengesellschaft

Gernot Jahnel

Alois Himmetsberger

Karl Stritzl

Manfred Baumgartner

Henry Freisinger

Hubert Wuerthner

Helmut Brandt

Marc Roman Humann

Robert Pfaller

Franz Ollinger

Erwin Hoesl

Raimund Premauer

Christoph Wurm

Johann Zotter

Edgar Poellmann

Herwig Schretter

Hubert W&uuml;rthner

Anton Ableidinger

Hubert Würthner

Manfred Tuma

Erwin Hösl

Markus Schleinzer

Edgar Pöllmann

A heel unit for a downhill or a combined downhill and alpine touring ski binding has a vertical-release functional group with a tensioning device with a first spring assembly for holding a ski boot downhill, and a horizontal-release functional group with a base plate to be positioned on the ski and a slide that deflects laterally opposing the ski longitudinal direction against the force of a second spring assembly, on which the vertical-release functional group is arranged, as well as with a compression spring assembly acting on the horizontal-release functional group. The vertical-release functional group rotates on the horizontal-release functional group around an axis running vertically towards the top of the ski or towards the vertical, such that, after a limited lateral deflection of the slide, the vertical-release functional group rotates against the force of the second spring assembly to release of the ski boot into the respective lateral-release direction.

Heel unit for a downhill or a combined downhill and alpine touring ski binding

A ski binding having two ski-binding parts is positioned on a ski, which bears guide devices for arranging the two ski-binding parts for sliding action, it being possible for each ski-binding part to be connected to an, in particular strip-like connecting element, which connecting elements can be secured in relation to the ski, between the two ski-binding parts, by means of a locking device which is fixed relative to the ski and has at least one blocking lever which can be engaged with, and disengaged from, toothing formations provided laterally on the connecting elements. The at least one blocking lever is mounted on a carrier part, which can be connected to the ski and remains connected to the ski when the spacing between the ski-binding parts is changed, such that it can be rotated about an axis running transversely to the longitudinal direction of the ski and in a plane parallel to the top side of the ski, and pivoting allows the blocking lever to be engaged with, and disengaged from, the toothing formations of the connecting elements.

Device for positioning a skibinding on a ski

The invention relates to a sliding board, in particular a ski, which is provided in its central portion with at least one receiving part which is arranged in a recessed fashion in relation to its upper side and is intended for slidably movable arrangement of a binding part, a binding or a supporting part of the binding part or binding which can be fixed in defined positions in the longitudinal direction of the sliding board. The receiving part ('&#x2033;) is incorporated in the ski in such a way that it functionally replaces the core of the ski, and if appropriate reinforcing plies, at least partially.

Sliding board

The invention relates to a sliding board, especially a ski, comprising a treadsole, an upper surface, a lower rib and a core, and at least one element which comprises especially at least one rail-type guiding element, is connected to the body of the sliding board by means of at least one anchoring element, and is used to arrange and guide at least one binding element on the upper side of the sliding board. In order to avoid subsequently fixing guiding elements to the finished ski, the at least one anchoring element () is integrated into the core () during the expansion thereof and is held by the hardened foam material.

Sliding board, especially a ski, and method for producing the same

A sliding board, in particular a ski, includes a running surface, steel edges, an upper cup, a premanufactured core and at least one interface element connected to the sliding-board body by anchoring elements, for the arrangement of at least one binding element on the upper side of the sliding board. The anchoring elements have a head section held on the interface element or connected to the interface element, and have a shaft extending through an opening in the upper cup into the inside of the sliding board. In order to reduce installation operations on the finished sliding board, the interface element has been connected to the core during the building of the sliding board by at least one of the anchoring elements.

Gliding board, in particular a ski

A sliding board, particularly a ski, comprising a sliding surface, an upper shell, optionally, a core, steel edges, an upper belt and a lower belt, and comprising at least one interface element, which is joined to the sliding board body and which is provided for mounting at least one binding element on the top surface of the sliding board. The interface element(s) is/are shaped onto lateral flanks that extend along the longitudinal sides of the ski. These lateral flanks are bound in the sliding board construction during the production of the sliding board.

Sliding board, particularly a ski

The invention relates to an arrangement for a ski binding which can be positioned on a ski, the binding including two parts: a front jaw and a heel holder which can be moved in a sliding manner in the longitudinal direction of the ski in guiding mechanisms which are fixed to the ski, and are connected by a connecting element extending in the longitudinal direction of the ski. The position of one of the parts of the ski binding can be adjusted in relation to the connecting element, and the connecting element can be fixed in relation to the ski. The mutual position of the front jaw and the heel holder can be self-adjusted and fixed on the connecting element in such a way that the front jaw and the heel holder form, together with the connecting element, a pre-assembled unit which is separate from the ski, and which can be slid along the guiding mechanisms which are fixed to the ski.

Arrangement for a ski binding which can be positioned on a ski

An arrangement for longitudinal adjustment of two binding jaws of a ski binding has base parts which are guided for longitudinal displacement on guide elements attached to the ski. Strip-shaped or similar connecting elements extend parallel to one another in the direction of the other binding jaw. A fixing device interacts with the connecting elements. Raised portions of the connecting elements can be brought into and out of engagement with raised portions of the fixing device upon actuation of the fixing device by a relative movement parallel to the upper side of the ski. If the arrangement is blocked with ice or snow, functioning is ensured because the raised portions which can be brought into and out of engagement with one another are oriented essentially vertically in relation to the upper side of the ski.

Arrangement for longitudinal adjustment of two binding jaws of a ski binding

A binding in particular a step-in binding, for retaining a soft boot on a sliding device, in particular a snowboard, having retaining elements for the boot and having a calf support ( ) which can be pivoted into snowboarding and step-in positions and, via a tread element ( ) which is connected to it and is within reach of the boot, can be moved into the snowboarding position, in which the calf support ( ) is secured against accidentally pivoting out of the snowboarding position. In the snowboarding position, with the tread element ( ) subjected to loading, the calf support ( ) can be supported, on binding-mounted supporting parts ( ), against pivoting on its pivoting bolt ( ) into the step-in position. As a result of the tread element ( ) being relieved of loading, in order to eliminate the support, the calf support ( ) can be displaced, in particular automatically, in relation to the bolt ( ).

Growing community of inventors

Katzelsdorf, Austria

Gernot Jahnel