Abstract:
A ski boot, comprising: a rigid ski boot shell; and a sole of the ski boot which comprises a free upper side, which protrudes forwards in the longitudinal direction of the boot and/or laterally beyond the ski boot shell, and a lower side, wherein the ski boot comprises a front attaching region which co-operates with a front part of a ski binding in order to secure the ski boot, and a front region of the ski boot stands upright on a planar base via the front attaching region, wherein the upper side of the sole exhibits a distance, orthogonally with respect to the base, of at least 25 mm at a front end of the sole of the ski boot, and the upper side of the sole has a distance from the lower side of the sole, measured perpendicular to the base, of 19 mm±2 mm at a distance from the front end of the sole, measured in the longitudinal direction, of at least 28 mm, and wherein, with the ski boot standing upright on the base, the lower side of the sole has a distance from the base of at least 5 mm throughout, up to a distance of 40 mm±10 mm from the front end of the sole, as measured in the longitudinal direction.
Abstract:
A base (1) is provided for a ski boot (2) and comprises a sole (4) and an outsole element (8, 9) that is positioned in a predetermined position relative to a longitudinal axis (L). The outsole element (8, 9) is positioned on the sole (4) by using two projections (25, 26) that are carried by one or other of the sole (4) and the outsole element (8, 9) and that locate in holes or cavities (22, 23) defined by the other. Preferably, the projections (25, 26) are carried by the outsole element (8, 9) and locate in holes or cavities (22, 23) defined by the sole (4). The projections (25, 26) may be integrally formed with the outsole element (8, 9) or the sole (4). Alternatively, they may be formed by injected pins, rivets, fasteners, t-nuts, or screws.
Abstract:
A binding (1) for disengagebly fixing a boot (20) into a cross-country ski (10), where the boot has a sole (22) with an outer surface (23) adapted to positioning towards a top surface (13) of the ski. The binding has a cleat (30) including a flange (31) at a lock distance (S1) from the outer surface of the sole, and a base (24) extending from the flange, whereupon the base has a smaller base cross-section (A2) than a flange cross-section (A1) of the flange. The binding further includes a single frame plate (9) having a frame opening (14) with an opening cross-section (A3) larger than the base cross-section (A2) and larger than the flange cross-section (A1); and a lever (8) or a slide (7) movable in directions (P1 or P2) parallel to the top surface (13) of the ski. The lever/slide is between the outer surface and the flange.
Abstract:
A ski boot comprises a sole portion (2) that is attached to one or more separate outsole elements (3, 4, 5) for location between the sole portion (2) and a ski binding. At least one of the outsole elements (3, 4, 5) is adjustably mounted on the sole portion (2) prior to a secure fixing of said outsole element (3, 4, 5) to the sole portion (2) by at least one fastener (13) so as to be adjustable in forward, rearward, lateral and medial directions relative to the sole portion (2) and so as to be rotatable clockwise and counter clockwise relative to a centerline of the boot. Preferably, at least one of the outsole elements (5) is adapted for attachment to the ski binding. Advantageously, a plurality of outsole elements (3, 4, 5) is provided that are adjustably mounted on the sole portion (2) independently of the other outsole elements.
Abstract:
A flexible sole for a cross-country ski boot and a cross-country ski boot having such sole. The sole includes at least two members for connecting the boot to a binding device, the connecting members including portions anchored in the sole, the connecting members being fixed to a common anchoring element, the anchoring element being affixed to a predetermined section of the sole, the anchoring element including two anchoring zones, each connecting member being fixed to one of the anchoring zones, and the anchoring element including a central zone extending between the two anchoring zones, such central zone of the anchoring element being sufficiently flexible to enable, during the use of the boot, the bending of the predetermined section of the sole to which the anchoring element is affixed.
Abstract:
The invention relates to an outsole for a cross-country ski boot or telemark boot, consisting of a rear portion 11, which comprises a shoe heel 13, and a front portion 12, which is of slightly dish-shaped configuration, the outsole 10 being produced so as to be continuously of relatively hard material, especially plastics, and being provided on the tread side, in the region of the front portion 12 and/or in the region of the rear portion 11, with a tread layer 14 of relatively soft, especially rubber-like, material. An improvement of the bending flexibility is obtained in that the thickness d of the front portion 12 which is to be attached to the upper of the boot in a skin-like manner, at least in the region of the metatarsophalangeal zone M is significantly reduced relative to the remaining region of the outsole 10, especially relative to a region 30 adjacent to the metatarsophalangeal zone M which extends towards the rear of the outsole 10 such that the bending elasticity, about an axis substantially transverse to the longitudinal direction of the outsole 10 in the metatarsophalangeal zone M, is at a maximum.
Abstract:
A Nordic ski boot support and attachment mechanism (100) having a toe piece 102 that slidably engages a ski 90, a lever (106) that is pivotably attached to the toe piece, a rigid forefoot support 110 that is fixedly attached to the lever, a heel support (120) that is pivotably attached to the forefoot support, and an ankle support (130) that is pivotably attached to the heel support. The lever engages the toe piece at the left and right side, including a moment arm therebetween that is at least one half inch long. The lever may include a recess 107 that engages a rearward projection on the toe piece. A heel piece (140) is also slidably disposed on the ski providing a second projection (141). The heel support includes an engagement member (122) that engages the second projection when the lever is in the down position.
Abstract:
A device for binding a boot to a sports article allowing the heel of the boot to be raised with respect to the sports article, of the type in which the boot has a first connecting zone positioned at the front of the boot, and a second connecting zone positioned rearward of the first connecting zone. The device includes an attachment arm having a fixed length, the attachment arm being articulated to the base of the device at a first of two fixed points of the attachment arm and adapted to be joined to the second connecting zone of the boot at a second of the two fixed points of the attachment arm. A guiding mechanism slidably guides the first boot connecting zone relative to the base of the device.
Abstract:
A device for binding a boot to a sports article, of the type having a retaining system whereby the boot is fixed to the ski with a possibility of moving in relation to the sports article, between a low position and a high position, of the type having a system for the elastic return of the boot to its low position, and of the type in which the retaining system is independent of the elastic return system. The elastic return system includes at least an elastic member that is connected to the sports article, and a flexible linkage that connects the elastic member directly or indirectly to the boot, and which cooperates with at least one return member.
Abstract:
Sole for a cross-country, touring or Telemark ski shoe the front section of which comprises, for the purpose of binding a shoe of this type onto a cross-country, touring or Telemark binding between ball area and rear end, in particular at its rear end, means for engaging a clamping element so that the front sole section can be clamped between its front definition and the aforementioned engaging means. Into the front section of the sole is embedded a reinforcing element. The latter extends between the front definition of the sole and the engaging means for the clamping element in such a manner that the resulting tensional load vector lies above the zero line of the reinforcing element, which extends approximately parallel thereto.