Abstract: A binding is used for coupling a boot to a sport board. The binding includes a base plate, an instep support, and at least one fixation strap that couples the base plate to the instep support. An adjustment mechanism such as a buckle actuates to move the instep support toward the base plate. The adjustment mechanism can be transitioned into a first locked position wherein the instep support is prevented from moving toward the base plate.

Abstract: A sports board, such as a snow board, has a board core structure that provides desired structural characteristics localized to select regions of the board while maintaining predictable produceability and optimum operating qualities of the board. In an embodiment, the sports board includes a plurality of layered elements or segments, of which certain elements or segments are joined using interlocking elements.

Abstract: The snowboard binding comprises a base plate that can be fastened at a spacing from the surface of the snowboard, a pin plate arranged between the surface of the snowboard and the base plate, from which pin plate several pins project, each of which extends through a recess of the base plate. In addition, it comprises a mounting plate with a central opening and comprises a retention plate comprising openings associated with the pins, which retention plate overlaps the opening of the mounting plate. Each of the pins has an annular groove. A tensioning plate has oblong holes formed as circular ring segments, associated with the pins and whose at least one lateral wall has an oblique run-up surface that engages into the particular annular groove.

Abstract: A sports boot comprising an outer shell and an inner boot, with at least one opening in the outer shell and at least one projection on the inner boot assigned to each opening, where the opening(s) and the projection(s) serve to produce a positive fit connection between the inner boot and the outer shell. The outside of the inner boot is optionally made waterproof such that no water enters the inside of the inner boot, despite the presence of the openings in the outer shell.

Abstract: A snowboard binding includes a base plate and a heel support attached directly or indirectly to this base plate so that it can pivot. Intermediate elements mount the heel support and can be adjusted in the longitudinal direction of the snowboard binding. Thus, the effective length of the snowboard binding can be adapted to the respective boot. Also, through different positioning of the intermediate elements, the heel support can be arranged diagonally relative to the longitudinal axis of the snowboard binding.

Abstract: A snowboard binding having a base element that can be fastened to the top of a snowboard. At least one instep element extends over part of a snowboard boot fastened to the base element. The instep element is movable along at least one arc-like path to improve mobility of the boot in the binding.

Abstract: A snowboard binding includes a base plate and a heel support attached directly or indirectly to this base plate so that it can pivot. Intermediate elements mount the heel support and can be adjusted in the longitudinal direction of the snowboard binding. Thus, the effective length of the snowboard binding can be adapted to the respective boot. Also, through different positioning of the intermediate elements, the heel support can be arranged diagonally relative to the longitudinal axis of the snowboard binding.

Abstract: A laced boot having a boot lace and sections of the boot lace run in a continuous one-piece manner as follows: a first section runs from the metatarsal area of the sole over the instep of the boot; a second section runs from the metatarsal area of the sole around the outside of the upper above a heel area of the boot; and a third section runs from the same position of the upper to the instep and back to the cited position of the upper and the three named sections form a triangle, viewed from the side of the boot that covers the ankle joints of the foot.

Abstract: A snowboard binding having a mounting plate for attachment to a snowboard in spaced-apart relation thereto, a clamping plate arranged between the snowboard and the mounting plate, a peg that projects from the clamping plate and extends through an opening in the mounting plate, a base plate that has an opening over which a hold-down plate extends, and a hold-down plate coupled to the clamping plate by means of a central opening via the peg. The mounting plate opening is substantially larger than the dimension of the peg of the clamping plate in two shift directions (x, y) extending perpendicular to each other, so that the clamping plate and the hold-down plate coupled with it can move, together with the base plate, relative to the mounting plate in the two shift directions. There is a positive-fit connection of the mounting plate to the clamping plate and/or the hold-down plate.

Abstract: A sports boot comprising an outer shell and an inner boot, with at least one opening in the outer shell and at least one projection on the inner boot assigned to each opening, where the opening(s) and the projection(s) serve to produce a positive fit connection between the inner boot and the outer shell. The outside of the inner boot is optionally made waterproof such that no water enters the inside of the inner boot, despite the presence of the openings in the outer shell.

Abstract: A snowboard binding has a support structure with a base plate and side plates that project from the base plate. Tension cables, which hold a single instep element, are attached to the side plates. The instep element extends from a toe region of the boot up to at least its instep region. A single tensioning device for the tension cables is independent of a pivoting position of a heel element.

Abstract: A laced boot having a boot lace and sections of the boot lace run in a continuous one-piece manner as follows: a first section runs from the metatarsal area of the sole over the instep of the boot; a second section runs from the metatarsal area of the sole around the outside of the upper above a heel area of the boot; and a third section runs from the same position of the upper to the instep and back to the cited position of the upper and the three named sections form a triangle, viewed from the side of the boot that covers the ankle joints of the foot.

Abstract: A snowboard binding having a base element that can be fastened to the top of a snowboard. At least one instep element extends over part of a snowboard boot fastened to the base element. The instep element is movable along at least one arc-like path to improve mobility of the boot in the binding.

Abstract: A snowboard binding having a mounting plate for attachment to a snowboard in spaced-apart relation thereto. The binding also has a clamping plate, which is arranged between the snowboard and the mounting plate, wherein a peg projects from this clamping plate and extends through an opening in the mounting plate. A base plate, on which the typical attachment for holding a boot are attached, has an opening over which a hold-down plate extends. The hold-down plate is coupled to the clamping plate by means of a central opening via the peg. The mounting plate opening is substantially larger than the dimension of the peg of the clamping plate in two shift directions (x, y) extending perpendicular to each other, so that the clamping plate and the hold-down plate coupled with it can move, together with the base plate, relative to the mounting plate in the two shift directions. There is a positive-fit connection of the mounting plate to the clamping plate and/or the hold-down plate.

Abstract: A snowboard binding includes a base plate and a heel support attached directly or indirectly to this base plate so that it can pivot. Intermediate elements mount the heel support and can be adjusted in the longitudinal direction of the snowboard binding. Thus, the effective length of the snowboard binding can be adapted to the respective boot. Also, through different positioning of the intermediate elements, the heel support can be arranged diagonally relative to the longitudinal axis of the snowboard binding.

Abstract: A snowboard binding has a support structure with a base plate and side plates that project from the base plate. Tension cables, which hold a single instep element, are attached to the side plates. The instep element extends from a toe region of the boot up to at least its instep region. A single tensioning device for the tension cables is independent of a pivoting position of a heel element.

Abstract: A laced shoe having a shoelace which is conducted along guide elements disposed on opposing flaps of the shoe. The shoe includes spacers, disposed between the flaps, to serve as limiting stops to define the gap between the flaps. In this way, the tightness of the lacing in various sections of the shoe can be individually limited. The spacers may be tubes or helical springs threaded or clipped on sections of the shoelace.

Abstract: A trimming gear on the mast top of a windsurfing rig having an adjusting element that can be connected to the sail top and fixed relative to the mast is arranged on the mast top. The adjusting element is actuated by a reducing gear and can be displaced in the longitudinal direction of the mast. Since the adjusting element is actuated by a reducing gear, it is possible to precisely adjust or trim the sail top with a relatively low expenditure of force, namely also in the tensioned state.

Abstract: The snowboard binding with a pivoting heel element and a movable instep element has, in the area stepped on by the sole of the snowboard boot, a movable tread element that is coupled both to the instep element and to the heel element such that, when the tread element is pressed down in the direction of the snowboard surface, the instep element and the heel element are simultaneously and synchronously forcibly moved into their closed position.