19results about "Ski-brakes" patented technology

Heel part (1) for a ski binding, wherein the heel part (1) comprises: • a base plate (10) adapted to be attached to a ski top (3) of a ski (2), for example by screwing it on, • a base body (20) attached to the base plate (10) which pivotably supports a heel holder (30), and • a ski brake (40) with two brake levers (41, 42), characterized in that • the base plate (10) pivotably supports the brake levers (41, 42) and forms a contact surface (11) for the sole (51) of a ski boot (50).

Cutting device for trimming touring skins (1) by guiding the cutting device along a cutting direction (4) following the edge (2) of a touring ski (3), comprising: - a first guide area (5) which defines a first level (6) for the planar guidance of the cutting device on the skin surface of the touring ski (3), - a second guide area (7) which defines a second plane (8) for guiding and aligning the cutting device along the side edge (2') of the touring ski (3), - wherein the first guide area (5) and the second guide area (7) define a cutting channel (9) extending along the cutting direction (4), - wherein the cutting channel (9) has an L-shaped guide profile (10) composed of the first level and the second level (8), - wherein a blade (11) is provided which projects from the first level (6) into the cutting channel (9), - and wherein a trimming distance (12) is maintained between the blade (11) and the second level (8).

An anti-slip system (10) for skis, in particular for skiing activities, comprises an anti-slip strip (20) comprising a plurality of protruding elements (23) movable relative to the anti-slip strip (20) itself and, moreover, a support panel (30) having a lower face (32) couplable with a base (101) of the ski (100) and an upper face (31) couplable with a main panel (104) of a ski (100), present in which there is a groove (33) adapted to contain the anti-slip strip (20). The groove (33) has a plurality of through holes passing through towards the lower face (32), each of which is adapted to receive a corresponding protruding element (23) of the anti-slip strip (20). The system (10) also comprises a movement means (40) configured to move the anti-slip strip (20) inside the groove (33) between a neutral configuration, in which the protruding elements (23) are arranged outside the holes or only partly inside the holes without protruding from them beyond the lower face (32), and an anti-slip configuration, in which the protruding elements (23) are arranged inside the holes so as to pass through them in a projecting manner relative to the lower face (32) of the support panel (30). The subject matter of the present invention also relates to a method for producing a ski for skiing activities.

The invention relates to an electric assistive skiing device that is used both on climbs and for moving on flat ground. The device comprises two fixed plates (1) fastened to skis (20); two mobile plates (3) fastened to ski boots (21), where the mobile plates slide with respect to the mobile plates (3); traction cables (14) that are connected to the mobile plates (3) and pull said plates, moving them with respect to the fixed plates (1); springs (13) between the mobile plates (3) and the fixed plates (1), which drive the forward movement of the fixed plates (1) with respect to the mobile plates (3) in a forward direction; a motor module (16) connected to the cables (14); and a controller (17) that rotates the motor module (16), pulling the cable (14) of the mobile plate (3) of the ski (20) that moves forward.

The crampon (4), which consists of a single piece of sheet metal and is designed for detachable attachment to a pin toe piece of a touring ski binding, is pivotable around a pivot axis (s) defined at the attachment point by a hinge pin (6) of the crampon (4). It has a footplate (7) that comes into contact with the top of the ski under the influence of a ski boot and two side plates (8) projecting from the footplate (7) and equipped with teeth (8a) for gripping the ground. A raised section (9) with a crown area (10b) forming the bearing surface for the ski boot sole is formed on the footplate (7). The center or highest point of this crown area is located at a vertical distance (h) of 7.00 mm to 12.00 mm from the pivot axis (s) of the crampon (4).

Ski binding with a toe holder which, in a top view of the ski binding, defines a pivot axis for a ski boot held by the toe holder transversely to a longitudinal direction of the ski binding, and a heel holder comprising: a base, a heel holder housing projecting from the base, a first retaining element and a second retaining element, each having an engagement section for a retaining engagement with a ski boot heel, a bearing section and, in the longitudinal direction between the engagement section and the bearing section, a coupling section, a support device which receives the retaining elements in the area of ​​the respective bearing section, an actuating structure which, in an engagement with the coupling section of the first retaining element, defines a pivot axis for the first retaining element and, in an engagement with the coupling section of the second retaining element, a pivot axis for the second retaining element, in a side view, each transversely to the longitudinal direction.and a pre-tensioning device against whose pre-tensioning force the retaining elements can be pivoted out of the holding engagement about the respective pivot axis, wherein the adjusting structure is adjustable to different positioning positions relative to the heel retainer housing and the retaining elements and can be fixed in each of the positioning positions, and wherein the adjustment of the adjusting structure changes the position of the respective pivot axis relative to the retaining elements and preferably also relative to the heel retainer housing, thereby changing a release force required to release the holding engagement.

Heel holder for a combined downhill and touring binding for one ski, including: a base plate (2) which can be attached to the top of the ski, a connection structure (3), a clamping device (4) for securely holding a ski boot in the heel holder (1) with a sole holder (5), a sliding mechanism with which the heel holder (1) can be moved from a driving position to a walking position, and vice versa, and a locking mechanism that locks at least parts of the heel holder (1) in the driving position or in the walking position, wherein the locking mechanism comprises a locking lever (15) that can be operated by hand or with a ski pole, which locks the heel holder (1) at least in the driving position, wherein the parts of the heel holder (1) are linearly displaceable on the base plate (2) for changing from the driving position to the walking position and vice versa, wherein the locking lever (15) to lock the heel holder (1) optionally interacts with a pressure body (13) in either the driving position or the walking position and the pressure body (13) has an engagement element (14) and the locking lever (15) has a counter-engagement element (23) at one end area and, for locking the heel holder (1), the counter-engagement element (23) on the locking lever (15) engages in the engagement element (14) on the pressure body (13), characterized by the fact that the counter-engagement element (23) engages in the engagement element (14) in the driving position and the counter-engagement element (23) is located behind the engagement element (14) in the walking position in the direction of skiing.

The present disclosure relates to a crampon (100) configured to be coupled to a ski boot (200). In particular, the crampon (100) comprises a coupling device (21), which comprises a pivot (22) and is configured to be coupled to the heel of the ski boot (200), and the crampon (100) further comprises an engagement device (11) pivotable around said pivot (22) between an operative position, in which the engagement device (11) can engage the ground, and a raised position, in which the engagement device (11) is raised from the ground. The present disclosure also relates to a method for operating a crampon (100).

Ski binding with a toe holder which, in a top view of the ski binding, defines a pivot axis transverse to a longitudinal direction (X) of the ski binding for a ski boot held by the toe holder, and a heel holder comprising: a base (2), a heel holder housing (3) projecting from the base (2), a first retaining element (4) and a second retaining element (5) which have a bearing section (43, 53), each an engagement section (41, 51) for a retaining engagement with a ski boot heel and, in the longitudinal direction (X) between the engagement section (41, 51) and the bearing section (43), a coupling section (42, 52), a support device (6, 7) which receives the retaining elements (4, 5) in the area of ​​the bearing section (43), and an adjusting structure (8),in an engagement with the coupling section (42) of the first holding element (4) defines a pivot axis (B4) for the first holding element (4) and in an engagement with the coupling section (52) of the second holding element (5) defines a pivot axis (B5) for the second holding element (4) in a side view, each transverse to the longitudinal direction (X), wherein the holding elements (4, 5) are pivotable out of the holding engagement against a preload force (F) about the respective pivot axis (B4, B5), the adjusting structure (8) is adjustable relative to the heel holder housing (3) and the holding elements (4, 5) into different positioning positions and can be fixed in each positioning position, the adjustment of the adjusting structure (8) changes the position of the respective pivot axis (B4, B5) relative to the holding elements (4, 5) and preferably also relative to the heel holder housing (3) and thereby adjusts a release force required to release the holding engagement,and wherein the first retaining element (4) and the second retaining element (5) are parts of a single retaining element body (40), for example a U-bolt.

A rear portion of a ski mountaineering binding (1) is described, comprising: a heel-piece (2) comprising: a base (5); a turret (6); and a heel raiser (7) which is rotatably borne by the turret (6) so as to assume an operating position (OP), in which the heel raiser (7) can restingly receive the heel (8) of a ski boot (9), and a non-operating position (NOP); a brake (3) for a ski which comprises: a first braking portion (11) which is movable to assume a first braking position (21) and a first non-active position (31); first elastic means (41) acting on the first braking portion (11), in order to exert a force tending to bring the first braking portion (11) into the first braking position (21); connecting means (4) which connect the blocking lever (7) to the brake (3) and which are configured in such a way that: when the blocking lever (7) is in the operating position (OP) the connecting means (4) are under tension so that the first braking portion (11) is stably maintained in the first non-active position (31); and when the blocking lever (7) is in the non-operating position (NOP) the connecting means (4) are slackened so that the first braking portion (11) can reach, or remain, in the first braking position (21).

Heel part (1) for a ski binding, wherein the heel part (1) comprises the following: • a base plate (10) adapted to be attached to a ski top (3) of a ski (2), for example by being screwed on, • a base body (20) attached to the base plate (10), which pivotably supports a heel holder (30), and • a ski brake (40) with two brake levers (41, 42), characterized in that • the base plate (10) pivotably mounts the brake levers (41, 42) and forms a contact surface (11) for the sole (51) of a ski boot (50).

A heel piece for a ski binding. The heel piece includes: base plate which is adapted to be fastened, for example screwed, to an upper side of a ski; a base body which is fastened to the base plate and pivotably mounts a heel retainer; and a ski brake including two brake arms. The base plate pivotably mounts the brake arms and forms a contact surface for the sole of a ski boot.

The present disclosure relates to a heel unit for a touring ski binding. In some embodiments, the heel unit, which may include a ski brake lock, may be moved into an entry position, an intermediate position, and a climbing position. In some embodiments, the ski brake lock may include a linearly displaceable, spring-loaded actuating rod connected to the ski brake and a slotted guide located in a heel clamp. The slotted guide may include a locking element aligned along the vertical axis of rotation of the holding body, rotating with the holding body and moving along the axis of rotation, spring-loaded in the direction of the ski plane.