Tyrolia Technology Gmbh

Hewlett-packard Development Company, L.p.

Marc Roman Humann

Karl Stritzl

Paul W Poorman

Lawrence A Hansen

Gernot Jahnel

Robert Pfaller

Henry Freisinger

Alois Himmetsberger

Johann Zotter

Manfred Baumgartner

Edgar Poellmann

Helmut Brandt

Raimund Premauer

Herwig Schretter

Erwin Hoesl

Manfred Tuma

Markus Schleinzer

Anton Ableidinger

Edgar Pöllmann

A flexible circuit having a first end attached to a clamping mechanism and a second end attached to a carriage to move, a magnetic head to read a tape. The clamping mechanism has a curved surface to allow the flexible circuit to maintain an S-shape when the magnetic head moves with respect to the magnetic tape.

Flexible circuit for use with a magnetic head

Various embodiments are disclosed for a flexible circuit. In one embodiment, the flexible circuit bends on a curved surface to form a partial loop.

Tape drive with a clamping mechanism coupled to a flexible circuit

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

The invention relates to an arrangement for the lengthwise adjustment of a ski binding part arranged on a rail, which is fixed to the ski, so as to slide in the lengthwise direction of the ski by means of a base-plate or the like, wherein a locking part, which is subject to the action of at least one spring and can be locked on the rail in different positions, is mounted on the base-plate, this locking part being actively connected to an actuation lever, which is arranged so as to rotate on the base-plate, in order to release the locking, and being lockable on the rail which is fixed to the ski, in the lengthwise direction of the ski, by means of this actuation lever. The actuation lever () is pressed against the rail () while being pretensioned in the locked position of the locking part ().

Arrangement for the lengthwise adjustment of a ski binding part

Growing community of inventors

Breitenbrunn, Austria

Marc Roman Humann