Salomon S.a.

Salomon S.a.s.

Zedel

Eric Girault

Paul Arnulf

Thierry Donnadieu

Francois Girard

Grégory Martin

Jean-Francois Paris

The adjustment device for a portable element includes: a first and second pair of first and second wire-shaped elements; a first adjustment unit mounted mobile on the first pair of wire-shaped elements and configured to: define two deviation paths of the first pair of wire-shaped elements and to separate the first and second wire-shaped elements of the first pair by a first distance X, and define a first mechanical coupling means with the second pair of wire-shaped elements; and a second adjustment unit mounted mobile on the second pair of wire-shaped elements and configured to: define two deviation paths of the second pair of wire-shaped elements and to separate the first and second wire-shaped elements of the second pair by a second distance X, and define a first mechanical coupling means with the first pair of wire-shaped elements.

Adjustment device for a portable element comprising wire-shaped elements

A pole/wearable article assembly that includes a pole, a handle for the pole, and a wearable article designed to at least partially cover a user's hand. The wearable article includes an element for fastening to the handle. The handle includes the following: a body having a housing to receive the fastening element; a retaining element cooperating with the fastening element when the latter is within the rear housing; and a latch. The retaining element is movable in relation to the body between a position for retaining the fastening element and a position for releasing this fastening element. The latch is movable between a locking position in which the latch cooperates with the retaining element so as to maintain the retaining element in its retaining position, and an unlocking position in which the latch no longer cooperates with the retaining element to maintain it in its retaining position. The handle of the assembly includes a return mechanism biasing the latch towards its locking position.

Pole/wrist strap assembly

An end piece for a pole and a pole including such end piece, the end piece including a basket including a housing for receiving a distal end of a shaft of the pole, as well as a locking ring for surrounding at least a portion of the housing. The housing is demarcated by a wall supporting at least one catch provided, at a first end, with a nub configured to extend within the housing, the catch being capable of assuming a plurality of configurations corresponding to various radial positions of the nub. The ring is shaped to limit the radial displacement of the first end of the catch outward of the housing when the ring is assembled to the basket.

Removable end piece for a pole and a pole equipped with such an end piece

The adjustment device for a portable element comprises two elementary strands and two adjustment units each comprising a slide path for one of the elementary strands and a fixing system for one of the ends of the other of the elementary strands, the slide path of one of the elementary strands being laterally offset with respect to the fixing system of the other of the elementary strands.

Adjustment device for a portable element

A sport boot sole of the type having on its lower surface two connecting members, offset one with respect to the other in the longitudinal direction of the boot, and arranged substantially transversely, wherein the first connecting member is arranged in the area of the front end portion, and the second connecting member is arranged behind the first connecting member, and substantially in front of the metatarsophalangeal articulation zone (&Dgr;). Advantageously, the first connecting member is arranged in the area of the front end portion of the toes or right in front of this end portion.

Sole for a sport boot and a sport boot including such sole

A sport boot sole having at least one arrangement for connecting the boot to a sport article along an axis substantially transverse to the longitudinal axis of the boot, this connecting arrangement having an anchoring device in the sole, wherein the anchoring device is arranged along a plane essentially perpendicular to the longitudinal axis of the sole and is independent. Advantageously, each connecting arrangement is constituted by a substantially U-shaped buckle having a transverse arm defining the articulation axle and two lateral arms, and each lateral arm is anchored along a substantially vertical direction inside the sole.

A sports boot, especially intended for the practice of gliding sports, made from an external sole adapted to be affixed onto a glide member and including an upper equipped with a stiff rear portion on which is laterally journalled a collar adapted to surround the lower part of the user's leg, such collar extending upwardly from its lateral journal. The collar is capable of pivoting towards the rear about its journal against the energizing return device interspersed between the collar and the upper, wherein the return device includes a substantially semi-circular upper arm, anchored laterally by each of its ends on the collar, and a lower portion connected to the upper arm and in abutment against a lower abutment of the upper.

Sports boot having an energizing device

Binding for holding the front of a ski boot (3) in position on a cross-country ski (2), comprising a binding body (8), a locking piece which fastens to the ski an element (5) unitary with the front of the boot, a control device (10) for the locking piece, spring-force means (35) which, in the absence of any external force exerted on the control device (10), draw this control device into the locked position, there being associated with this control device (10) an element (36) connecting with the locking piece and a guide (64) for this control device (10) during its displacement. The position maintenance of the control device (10) on the binding body (8) is achieved by the element (36) connecting with the locking piece and the guide (64, 49) of this control device (10).

Binding for cross-country ski boot

Mounting device for a cross-country ski boot having, at its front end, a transverse hinge pin (1) which, while being allowed to rotate, is locked in position between a stationary jaw (10) of the device (30) and a sliding movable jaw (20) biased longitudinally by spring force toward the stationary jaw. The movable jaw (21) has, in transverse section, the shape of a hook designed to clasp the pin of the boot at least longitudinally and vertically, and this hook comprises a horizontal arm (21) having, in longitudinal section, a ramp-shaped profile (21a) which increases in size as it extends toward the stationary jaw (10). The horizontal arm (21) of the hook (20) can also have, at each of its lateral ends extending transversely, a ramp-shaped profile (21b) which increases in size as it extends from the interior to the exterior of the arm (21).

Mounting device for cross-country ski boot

A binding apparatus for affixing a cross-country ski shoe to a ski, for a shoe having at a front end a transverse hinge pin, and a bearing insert for the hinge pin. The apparatus includes a bearing housing having an inner surface and an opening positioned upwardly with respect to the ski for receiving the hinge pin. A member is provided which is movable from a retracted position to a position above the opening of the housing for retaining the hinge pin within the housing, and an insert affixed to the housing inner surface for increasing the area of the housing inner surface against which forces from the hinge pin are transmitted during skiing. Particular forms of the insert are provided and the insert includes shapes which particularly adapt the insert for being embedded within the housing.

Ski binding apparatus and bearing insert therefor

Cross-country ski binding for a shoe or boot having a transverse journal axle includes a latch which is longitudinally and rotationally movable between latching and insertion positions. A biasing element biases the latch in a longitudinal direction towards the latching position and rotationally towards the insertion position. The arrangement of the elastic element allows the biasing force to overcome in the vertical direction to be less than that in the longitudinal direction.

Cross-country ski binding with automatic closure

The device comprises two jaws (10, 20) designed to lock the hinge pin of the ski boot while leaving this pin free to rotate. One of the jaws (10l ) is stationary and the other jaw (20) is movable and displaceable toward the stationary jaw (10) in order to grip the hinge pin, and the stationary jaw (1) delimits a slide track which guides a guide piece (23) connected to the movable locking jaw (20). The guide rail (12) is positioned between two screws (5) for mounting the device on the ski and extends transversely under at least one part of the support area of each screw head (5).

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Annecy, France

Eric Girault