ELECTRIC POWER INDUCTION DISTRIBUTION SYSTEM AND VEHICLE

摘要

PROBLEM TO BE SOLVED: To provide an electric power induction distribution system capable of preventing the situation in which a light-load vehicle blocks electric power from reaching another vehicle, which is located much farther from a primary loop than the light-load vehicle. SOLUTION: This system is provided with a vehicle having an induction pickup means (a pickup coil 14111 and a tuning capacitor 14112) that takes out electric power from magnetic field generated by a primary conducting path to accumulate it in an output capacitor 14115, and an output load 14116 that can be driven by the electric power accumulated in the output capacitor 14115; a comparator 14117 that functions as a controlling mean that controls the electric power accumulated in the capacitor 14115; and a switch 14113 that is driven by the comparator 14117 for controlling the electric power transfer by changing over the pickup means between a connected state, in which the electric power is transferred from the primary conducting path to the capacitor 14115 and a non-connected state in which the electric power transfer is not performed.