Skis Rossignol

Arnaud Repa

Adrien Reguis

Vincent Gelin

Jean-Marc Pascal

Nicolas Puget

Johan Vailli

David Bouvier

Adrien Orsicelli

Paco Isoardi

The fastening device () for fastening a boot () to a sliding board () includes a base () intended to be fastened to a sliding board and to surround, at least partially, a sole and lateral sides of a boot, at least one lever () that can move relative to the base and can interact with a retention element (A,B) connected to a boot, the lever () being able to move between a first retention position (P) and a second clamping position (P), the lever being able to retain the boot in the base when it is in its first position, the lever being able to transmit a downward force on the retention element when it is in its second position.

Fastening device for fastening a boot to a sliding board

Sliding board (), whose internal structure has a core () edged with side ski edges (), said core () separating two lower () and upper () reinforcing layers, in which core () includes at least additional component () made of material with greater flexibility than the remainder of the core, characterised in that said additional component is inserted into a slender hollow () shaped to curve inside the core.

Sliding board whose structure includes a very flexible component

The invention relates to a device for retaining the shoe on a gliding board comprising a lower base (E) designed to be secured to the board and receiving the shoe, and at least one upper fastener () ensuring closing of the device while being secured to the base on the one hand, and locked on a central tab () bearing on said shoe on the other hand, in the locked position, characterized in that said central tab comprises an inner part () and an outer part () that are superimposed, said inner part including at least one protruding element () becoming engaged through a corresponding orifice () arranged in the outer part (), this protruding element forming a loop () for said fastener.

Device for retaining a shoe on a gliding board

The present invention relates to a fastening system for a sliding board comprising, respectively, a base delimiting a housing in which a shoe is designed to be immobilized, means for adjusting the position of said base on the board, and a vertical locking pivot cooperating on the one hand with an anchoring element secured to the board, and on the other hand bearing rotational blocking elements supported by a calibrating disc, characterized in that said pivot is made up of an assembly secured to the base comprising a central slug whereof the lower end is designed to be retractably housed in said anchor element and the upper end is connected to at least one rotating maneuvering member ensuring the rotation of said lower end in the anchor element. The invention also relates to a sliding board equipped with said fastening system.

Adjustable fastening system for sliding boards and board equipped with such a system

A fastening device for a sliding board includes a base that defines a housing in which a shoe is designed to be immobilized by a maintaining device. The maintaining device includes a vertical locking pivot cooperating with an anchor element secured to the board on the one hand, and with rotational blocking elements on the other hand. The base includes a lower plate and an upper plate to support the shoe and sliding relative to one another, the pivot ensuring sliding locking of the two plates.

Fastening device for gliding board and board equipped with such a device

A board for snowboarding, having forward and rear contact lines; lines of greater width located beyond the forward and rear contact lines respectively; binding-mounting areas, each including a set of mounting points by which the binding is secured to the board; a non-zero camber (C), measured substantially midway between the forward and rear contact lines; forward and rear shovels; wherein seen from above, the forward and rear contact lines pass through forward and rear areas respectively, each delimited on the one hand, board center side, by an inner transverse line located at a maximum distance (D,D) of 50 mm relative to the central position of the binding-mounting area, and on the other hand, shovel side, by an outer transverse line located at a maximum distance (D,D) of 150 mm relative to the central position.

Board for snowboarding

A snow gliding board, including front and rear lines of maximum width, and having sidecuts including a central area having a curvature directed towards the outside of the board, wherein said central area extends towards the front and/or the back in an adjacent area having a curvature oriented toward the inside, which extends at least all the way to the respective front and/or rear line of maximum width.

Gliding board

A snow gliding board, integrating a structure element incorporated in a raised end of said gliding board, said element having a plurality of hollowed through openings between its upper and lower surfaces, distributed across its surface, wherein said element comprises in said raised end at least one region free of through openings, separating two areas having through openings, the width of said region being greater than the shortest distance between two through openings in the areas separated by said region.

Snow gliding board structure element, and gliding board incorporating such an element

Board for snowboarding, having forward and rear contact lines; binding-mounting areas, forward and rear respectively, each including a set of mounting points by which the binding is secured to the board, each mounting area having a central position; a non-zero camber (C), measured substantially midway between the forward and rear contact lines; wherein, seen from above, the forward and rear contact lines pass through areas, a forward and a rear area respectively, each delimited by two transverse lines, an inner and an outer line respectively, located between the central positions of the binding-mounting areas, the outer transverse line of the forward area being at a distance (D) of at least 100 mm relative to the central position of the forward binding mount, the outer transverse line of the rear area being at a distance (D) of at least 120 mm relative to the central position.

Growing community of inventors

Le Fontanil Cornillon, France

Arnaud Repa