Arc-Track Plane Heater Layout for High-Temperature Insulation Gaps

The patent applies local quality by varying the gap between adjacent tracks at different positions along the track length. Specifically, the gap is made larger near the start point and end point where voltage is higher, and smaller in the middle section where voltage is lower. This non-uniform gap distribution ensures adequate insulation throughout the track while maximizing area utilization.

The patent changes the geometric parameter of the track arrangement by transitioning from constant gap to variable gap between adjacent tracks. The gap distance is adjusted as a function of position along the track, with the gap being larger at regions of higher electric potential difference and smaller at regions of lower potential difference, thereby optimizing both insulation and space utilization.

The heating element is segmented into multiple independent tracks that can be selectively activated. Instead of heating a large area uniformly, the system divides the heating zone into discrete segments (tracks) and activates only the necessary portions, thereby reducing heat loss to surrounding areas while maintaining high temperature in the targeted cooking zone.

The patent applies partial action by activating only the specific tracks needed for the current cooking task rather than operating all tracks simultaneously. This allows the system to concentrate heating power precisely where needed, shortening cooking time for the specific area while minimizing unnecessary heat generation and energy loss.