| 摘要 |
The invention represents a further development of the power supply technology according to the method of inductive coupling, with the novel introduction of eddy-current heating, for use in the case of shoes (boots), especially ski boots. The induction windings cover the entire shoe (boot) (in the form of coils which are pushed into one another) including the external and internal surface and thus distribute the magnetic flux over the maximum possible area. The additional use of induction-amplifying material, which is at the same time suitable for eddy-current heating, achieves a further increase in the transmission efficiency and thus allows rapid recharging of the ski boot accumulator, and rapid and uniformly distributed heating of the shoes (boots). The shoes (boots) and all the electrical devices are accommodated in a carrier bag, the exclusive installation of the electrical parts on the shoe (boot) side in the flexible inner shoe (boot) avoids corrosion-susceptible electrical contacts and control parts on the shoe (boot) itself, and, together with control electronics, ensures absolute freedom of operation, freedom from maintenance and freedom from defects. At the same time, the removable inner shoe (boot) combines a very simple method of production with a very rapid replacement capability in the event of defects.
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