Brake Hydraulic Device Intermediate Wall Heat Dissipation

The patent transitions from changing wall thickness (one dimension) to adding surface features like ribs and protrusions (surface dimension). This allows heat dissipation enhancement through increased surface area without compromising structural strength, as the features are added to the surface rather than increasing overall thickness.

The patent applies local quality by adding heat dissipation features (ribs, protrusions) only to specific areas of the intermediate wall part that require enhanced heat dissipation. This allows differential treatment of different regions - areas needing strength maintain thickness while areas needing heat dissipation gain surface features.

Instead of increasing wall thickness to gain strength, the patent adds three-dimensional surface features (ribs, protrusions) that provide structural reinforcement through their geometry. This allows thin walls to achieve adequate strength while maintaining excellent heat dissipation capabilities.

The patent creates a composite structure by integrating heat dissipation features (ribs, protrusions) into the intermediate wall part. This composite design combines the functions of structural support and thermal management in a single integrated component, achieving both strength and heat dissipation simultaneously.

The patent converts the harmful heat generated by continuous coil operation into a beneficial effect by designing heat dissipation features that actively utilize this heat flow. The ribs and protrusions create controlled thermal pathways that manage heat distribution, preventing localized overheating while enabling continuous operation.

The intermediate wall part with its heat dissipation features acts as a thermal intermediary between the coil and the external environment. It provides controlled thermal management, transferring heat from the coil in a managed manner that prevents temperature buildup while enabling continuous operation.