This raises an issue that the heating through inductive heating and the heating through non-contact power transmission are not independently controllable.
OFFICE 365 APPLICATIONS DIAGRAM INNER OUTER LOOP SERIES
This raises an issue that inductive heating with the inductive heating coil and heating with electric power received from the power feeding coil through non-contact power transmission are not simultaneously executable.įurther, in the conventional high-frequency inductive heating cooker, the inductive heating coil and the power feeding coil are connected in series to supply power to the inductive heating coil and the power feeding coil from the single power supply unit. That is, in the conventional high-frequency inductive heating cooker, a coil switching relay alternately switches between supply of power to the inductive heating coil from the power supply unit and supply of power to the power feeding coil from the power supply unit. The conventional high-frequency inductive heating cooker uses the same power supply unit to supply power to the heating coil and the power feeding coil. Patent Literature 1: Japanese Unexamined Patent Application Publication No.BACKGROUND ARTĪ high-frequency inductive heating cooker including an inductive heating coil that inductively heats a cooking container, a power receiving coil that is electromagnetically induced by a power feeding coil, and a heating unit that is supplied with power by the power receiving coil, and in which the inductive heating coil and the power feeding coil share a power supply unit has been proposed (see Patent Literature 1, for example). The present invention relates to a heating cooker system, an inductive heating cooker, and an electric apparatus using inductive heating and heating through non-contact power transmission.