Abstract: A longitudinal-adjusting device (1) for a ski-binding part (7) consists of a guide rail (2) fastened on a ski (3), on which an adjusting plate (5) is guided movably and lockably, which adjusting plate carries the ski-binding part (7). A locking part (10) is supported movably transversely with respect to the longitudinal direction of the ski in the adjusting plate (5), which locking part has locking teeth (12) on the underside, which teeth engage locking teeth (13) on the upper side of the guide rail (2). The locking part (10) is loaded by a spring (15) and has an operating member (18) with two surfaces (22, 23), which rest on a lateral section (21) of the adjusting plate (5).

Abstract: A safety ski binding includes a binding member guided in the longitudinal direction of a ski on a guide rail and releasably fixable in different positions therealong by an adjusting arrangement, the binding member being under the influence of at least one pressing spring which acts in the longitudinal direction of the ski and which facilitates compensation for play existing between the binding member and the guide rail. The pressing spring is arranged in a spring cage which has a crosswall and a bottom. To provide a constant pressure, the spring cage is provided with at least two downwardly convex leaf springs, or with at least two longitudinal ribs which extend along the two sides of the bottom and are downwardly convex and resilient in a section of their longitudinal length.

Abstract: A heel holder including a base plate on which is arranged a bearing block which can be pivoted laterally. A swivel head is supported in the bearing block on a transverse axle. Between the base plate and the bearing block there is provided a return spring. A locking mechanism is provided in addition, which locking mechanism holds the bearing block in its centered position. In order to hold the bearing block in the heel holder with pressure, the invention provides that the base plate carries a rectangular projection on its upper side, with which projection is associated a recess in the base of the bearing block, and that above the projection there is arranged the locking mechanism which acts through a frictional connection.

Abstract: The invention relates to a holding unit, in particular a toe unit, for safety ski bindings, which has a sole hold-down arranged on a bolt and two angle levers pivotably mounted about a spindle each, arranged on a supporting member, the angle levers being adapted to swivel out to the side against the force of a spring. The sole hold-down is adapted to move upwards against the force of the spring when there is a force acting vertically upwards on it, via a compensating lever, which bears against one of the angle levers each either directly or with an intermediate lever interposed. The bolt is guided displaceably in the vertical direction and, if there is an overload, is acted on by a wedge element which is guided on the supporting member and against which the ski boot bears.In this arrangement there is a compensation for the frictional forces additionally occuring on the sole hold-down in the event of a twisting fall both backwards and forwards.

Abstract: This ski brake (1) has two wire brake arms (7) which are pivotally mounted on a base plate (2) and whose end sections (7d) are linked together by a connecting spring (8), whereby the ski brake (1), in its standby position, is held against the top of the ski by an actuating treadle (5) pressed down against the force of at least one mounting spring (6), and whereby the free ends (7a) of the wire brake arms (7) are swung in toward the longitudinal axis of the ski (10).In order in this ski brake (1) to improve, during the pressing down of the actuating treadle, the flux of force from the base plate (2) onto the wire brake arms (7), the invention provides that there is hinged to the end sections (7d) a connecting link (9) comprised of a cylindrical sleeve (9a) with an extension (9b) joined thereto, with the latter being braced in the standby position against a supporting surface (2f) of the base plate (2).

Abstract: The present invention relates to a heel-holder for a safety ski binding, the heel-holder comprising a snap-in device and a sole-holder vertically pivotable about a cross-pin disposed in a housing. The housing is horizontally pivotable about a raised pin formed on a base plate which is mounted on a ski. The snap-in device is loaded by a spring. The snap-in device includes a snap-in rocker pivotably mounted on the housing and a control member pivotably mounted on the snap-in rocker. The snap-in rocker engages a control cam formed on the sole-holder, and the control member engages an extension of the base plate. The spring loads the snap-in device and applies a force for releasing the binding. The snap-in device reduces the spring force required for releasing the binding during both the vertical pivoting of the sole-holder and the horizontal pivoting of the housing.

Abstract: A cross-country ski boot sole having a toe end and heel end, the sole comprising a first section including a portion substantially disposed at the toe-end of the sole, the first section formed of hard plastic, a second section substantially formed of plastic material softer than the first section, connecting surfaces connecting the first section and the second section, a hook disposed in and extending from the toe end of the first section for engagement with a cross-country ski binding, and support surfaces disposed on the periphery of the sole for interaction with a cross-country ski binding.

Abstract: The present invention relates to a heel-holder for a safety ski binding, the heel-holder comprising a snap-in device and a sole-holder vertically pivotable about a cross-pin disposed in a housing. The housing is horizontally pivotable about a raised pin formed on a base plate which is mounted on a ski. The snap-in device is loaded by a spring. The snap-in device includes a snap-in rocker pivotably mounted on the housing and a control member pivotably mounted on the snap-in rocker. The snap-in rocker engages a control cam formed on the sole-holder, and the control member engages an extension of the base plate. The spring loads the snap-in device and applies a force for releasing the binding. The snap-in device reduces the spring force required for releasing the binding during both the vertical pivoting of the sole-holder and the horizontal pivoting of the housing.

Abstract: The invention concerns a ski brake consisting of a two-part wire bail of which the individual bail pieces are bent or angled off several times, comprising also two wire brake-arms, said ski brake pivoting against the force of at least one erecting spring from a braking position into a ready position wherein the free ends of the two wire brake-arms are pivoted toward the longitudinal ski axis, i.e. are retracted above the top side of the ski or pivoted-in. The ski brake includes an actuation pedal which is depressed by a ski boot and of which the lower side forms at least in part a guide for segments of both bail pieces, the two mutually facing segments of the wire brake-arms supporting a connecting spring. In the invention, the connecting spring (7) comprises a cross-rod (7c) whereby it rests on or in a guide path (2e) of the base plate (2). In the braking position, the connecting spring (7c) rests at least in part against the front limit wall (4h) of a passage (4b) of the actuation pedal (4 ).

Abstract: This safety ski binding includes a base plate adapted to be fastened to an upper side of the ski and supporting a vertical pivot. A sole plate is pivotably mounted on the vertical pivot and supports at its rear end a heel support having a sole support which is acted upon by a locking spring. The heel support includes a holding jaw at its front end. The sole plate is pushed by the locking spring in the direction of its central position.An additional release of the ski boot is provided by movement of the heel support relative to the sole plate, as in the case of a pure horizontal load. A heel support has a bearing block which is pivotable with its base about a vertical axial member. The vertical axial member of the bearing block is fastened to the sole plate. A further roller is allocated to the bearing block which is pressed by an additional spring against a cam disposed at the base plate.

Abstract: A ski binding includes a base plate adapted to be secured to a ski, a cover plate supported on the base plate for pivotal movement about a vertical axis, and an adjustable release arrangement for yieldably resisting pivotal movement of the cover plate in either direction away from an initial position. The release arrangement can be adjusted from a side of the binding. Front and rear holding mechanisms are provided on the cover plate and releasaly hold a ski shoe on the cover plate, the front holding mechanism including a pivotally supported holding jaw which is controlled by the adjustable release arrangement, and the rear holding mechanism being adapted to release only in response to an upward force component.

Abstract: A device for effecting longitudinal adjustment of ski binding parts includes a guide rail which is adapted to be mounted on a ski and has a longitudinally extending serrated edge, a guide plate slidably supported on the guide rail for longitudinal movement, a locking member having teeth thereon and supported on the guide plate for movement between first and second positions in which the teeth respectively engage and are free of engagement with the serrated edge, a resilient arrangement which yieldably urges the locking member toward its first position, and an arrangement cooperable with the locking member for releasably holding it in its second position.

Abstract: A safety ski binding having a plate which is rotatably supported for movement about a ski fixed vertical axle. The plate has a front and a rear clamping device for a ski shoe thereon. The rear clamping device, namely, a releasing heel holder, is provided with a pair of sole down-holding members. At least one of the two, preferably both, sole down-holding members are pivotally supported for movement in transverse directions of the ski by bearings on a stepping plate hingedly supported on the heel holder. A releasable locking device is provided for fixing the sole down-holding members in their position holding the shoe in the skiing position. The releasable locking device is releasable against the force of at least one spring and is engaged by a control part.

Abstract: A release ski binding comprising a sole plate having thereon a rear jaw for a ski shoe, a central part thereof being pivotal relative to the ski about a vertically upright axis and about a transversely extending axis. The sole plate is held in a skiing position by an elastic holding mechanism on the ski. The holding mechanism is responsive to a swivel movement occurring between the sole plate and the ski and upon reaching of a predetermined angle of traverse effects an opening of a release lock on the rear jaw. The sole plate consists of two parts, of which the one part is pivotally supported for movement about a vertical axis of a sleeve and the other part is hingedly connected to the first part through the transverse axis.

Abstract: A heel holder includes a base plate, a bearing block supported on the base plate, a binding housing pivotally supported on the bearing block, and a down-holding arrangement supported on the binding housing. A locking mechanism can releasably lock the binding housing in a downhill skiing position. A stepping spur is pivotally supported on the binding housing, and a locking member is pivotally supported on the stepping spur and can move to a locking position in which it engages the binding housing and holds the stepping spur in a stepping-in position. An upwardly projecting wall on the base plate engages the locking member as the binding housing moves into its downhill skiing position and pivots the locking member to an ineffective position in which the stepping spur can pivot away from its stepping-in position.