Rotary Electric Machine Temperature Detection via Localized Resin

The patent applies local quality by providing resin filling only in specific localized regions where temperature detection is critical, rather than filling the entire circumference. The temperature detection element is positioned in contact with the coil end portion at a specific location, and resin is applied only in that local area to ensure thermal contact and accurate measurement, thereby reducing material costs and manufacturing complexity while maintaining detection reliability.

The patent extracts the resin filling process from being a comprehensive circumferential operation and reduces it to only the necessary localized areas. By identifying and isolating the specific regions where temperature measurement is most critical, the invention removes unnecessary resin application from other areas, thus lowering manufacturing costs and simplifying the production process while preserving the essential function of accurate temperature detection.

The patent implements local quality by concentrating resin filling only in the specific localized regions where the temperature detection element contacts the coil end portion. This localized approach ensures adequate thermal contact for accurate measurement without requiring complex circumferential filling structures, thereby reducing device complexity while maintaining necessary thermal contact quality.

The patent segments the resin filling operation from being a continuous circumferential process into discrete localized applications. By dividing the filling task into specific segments only where needed for temperature detection, the invention simplifies the overall structure and reduces manufacturing complexity while still achieving the required thermal contact performance in the critical measurement zones.