Electronically releasable boot for sport-utensils

Abstract

Electronically releasable boot for sport-utensils a bike or ski and more, integrate with a moveable projecting sole profile supported in the boot, working in several directions of force by an electronically frequency-measured semi-rigid roller-locking-telescope, without triggering electronic release signals by stepping in, code-protected against improper use, that the setting radio-controlled electronically transmitted to a display shows to check for correct setting of the boot, and to allow an electronic release for a boot-sole from the connection 5+6 of the sport-utensil, by means of an electronic circuit or remote controlled by order.

Description

[0001]The invention relates to an electronically releasable boot for a sport-utensil bike and more integrated as example shown in the FIGURE in a ski, moveably held by a support in the boot, that can electronically release the boot from the utensil-connection by sensors or by order remote controlled.BACKGROUND OF THE INVENTION[0002]The connection of a boot with a sport-utensil like a bike and more is realized by means of an inelastic plastic boot received by, for example a sprung mechanical ski binding components, so that the boot can be held in the sprung movable binding components during use and can be deflected by dynamic force out of the movable binding components. In case of a accident by bike also by a cardoor, or for example after the end of skiing, such mechanical binding with the fully set force must be opened powerfully, by means of a physical lever system to release a boot. Such boot-connection with a sport-utensil like a ski, is in most cases rigidly mounted with screws ...

AI Technical Summary

Benefits of technology

[0005]The force set according to the body weight, designated as Z-number, which is shown on the transmitter display transmitted controlled over transponder. The electronic device must, just like the remote-controlled cardoor, be designed in such a manner that it is easy to understand for the user and the function is visible, so that the user will buy and use the electronically releasable system for his safety. When carrying skis with a usual mechanical binding, add's 2 kg of weight per ski, 4 kg for a pair, by means over the electronically releasable boot integrated in a unit by ski over the supports 5+6 safe's the weight of the old metal-binding. And an indispensable heightening of the soles of this ski boot provides the further advantage, that the boot reduces an unwanted sticking in the snow in an inclined position. A conventional mechanical binding by ski based on the physical lever principle with movable parts on the front and rear, due to the many movable parts, the friction that is to high, can never be electronically released from the sport-utensil ski, bike and more, as is generally known in physics, without this releasable rollerlocksystem as example in this boot. Also while standing the sensors on the boot-front-side 2 or other products scan a horizontal, vertical and diagonal deflection and decide, about a releasing from or going on with the sport-apparatus 10. The force and electronics setting by 4, 3+2 is electronically transmitted to the dial 4B and shown on a transmitter-display, so that the frequency and / or over an angle from the thigh leg to the foot in the boot is controlled, can measured and transmitted in a protected manner, further knee injury is prevented electronically controlled reduced by 5% less, so that the force set of the DIN / ISO standard can be fulfilled, because you can always open by order electronically, and additional with 5 % more than the force set, the electronically releasable boot will still dynamically released over the the mechanical binding from ski, bikes or other sport-utensil and that in case of a power failure, the locking piece 7A can be released by hand from the locking device 7 by shifting the mechanism 5A-5B extended by 9A as prescribed by TUEV.

Problems solved by technology

In case of danger a binding for bike, ski or a cardoor, the user must be ripped open by a crash or accident with full force of standart to release, which often causes partially fractured bones or ligament to be completely broken.

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