Installation Part Wall Area Breakout Stiffening

The patent applies local quality by providing reinforcement elements (such as ribs or stiffening structures) specifically in the wall area to be broken out, while the rest of the installation part maintains thin wall thickness. This localized reinforcement enables complete break-out of the wall area by tool manipulation without requiring the entire structure to be thick, thus resolving the contradiction between ease of manufacture and ease of operation.

The patent segments the wall structure into different functional zones: a thin-walled region for ease of manufacture and installation, and a locally reinforced wall area with integration elements for complete break-out capability. This segmentation allows the structure to achieve ease of operation through targeted reinforcement without requiring complex design throughout the entire device, thus resolving the contradiction between ease of operation and device complexity.

The patent employs composite material structures in the wall area, combining base material with integrated reinforcement elements (such as ribs or stiffening structures) that are molded or formed as part of the single component. This composite approach improves force distribution during break-out operations while maintaining relatively simple manufacturing processes, as the reinforcement elements are integrated into the molding process rather than requiring separate precision assembly steps, thus resolving the contradiction between force enhancement and manufacturing precision requirements.