Three-point positioning quick-penetrating fixator

Abstract

The invention relates to the field of outdoor sports equipment, and discloses a three-point positioning quick-penetrating fixator which comprises a fixing frame used for being fixed to a snowboard and a fixing plate used for being fixed to the bottom of the snowboard, the fixing frame comprises a bottom plate, a heel and side parts, a front fixing part is arranged at the end, away from the heel, of the upper surface of the bottom plate, two rear fixing parts are arranged at the positions, close to the heel, of the side parts, the fixing plate is provided with a front fixing matching part and a rear fixing matching part which are connected with the front fixing part and the rear fixing parts in a clamped mode respectively, and three-point distribution positioning is formed by connecting the front fixing part and the rear fixing part with the front fixing matching part and the rear fixing matching part in a clamped mode respectively. The three clamping points are matched with one another and act together, so that the fixing device buckles the snowshoe from the two sides of the heel and the front end of the sole, the degree of freedom of the bottom of the snowshoe to the two sides of the ankle and the front end of the sole is limited, stability is better, meanwhile, stress parts are concentrated on the sole, the foot of a person cannot be affected, and comfort is better.

Description

technical field [0001] The invention relates to the technical field of outdoor sports equipment, in particular to a three-point positioning quick-wearing fixer. Background technique [0002] The snowboard binding is crucial in skiing because it forms a connection between the snowboard and the snowshoe, and acts as a link between the skier's body and the snowshoe. All the movements and pressures that the skier puts on the boots are applied directly to the skis through the bindings. [0003] At present, the commonly used anchors on the market include step-in anchors and belt-type anchors. With the existing belt-type anchors, the user's feet cannot be directly and smoothly inserted into the shoe through the opening between the back strap and the heel cushion. In the seat, the more common method is to design the front and rear straps to be connected by adjustment clips, which can be easily loosened and quickly joined. However, when wearing this structure, the front and rear str...

AI Technical Summary

Problems solved by technology

[0003] At present, the commonly used anchors on the market include step-in anchors and belt-type anchors. With the existing belt-type anchors, the user's feet cannot be directly and smoothly inserted into the shoe through the opening between the back strap and the heel cushion. In the seat, the more common method is to design the front and rear straps to be connected by adjustment clips, which can be easily loosened and quickly joined. However, when wearing this structure, the front and rear straps must be loosened first. In order to facilitate the insertion of ski boots, adjust the tightness of the front and rear straps after wearing them in. It is very convenient to use, but there is no such problem with the step-in binding. The process is more convenient, but there are two types of existing step-in type anchors, one is integrated, but this can only be used with boots of the corresponding size, and the mechanism on the anchor must match the mechanism on the boots, so Less versatile; the other is split, consisting of a toe piece and a heel piece, with an adjustable unwinding setting, requiring that the boot must be made rigid in some parts to provide support for the foot and Ankle support, which creates discomfort for the foot and imprecise ski guidance, thus limiting the use of step-in bindings

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