Multilayer Battery Bottom Guard Plate for Impact Resistance

The patent applies composite materials by combining resin layers with reticulated fiber structures to create a bottom guard plate that achieves high impact resistance and deformation resistance without requiring expensive metal alloys. The composite structure provides strength comparable to or exceeding traditional metal plates while significantly reducing material cost and improving energy absorption characteristics during impact events.

The patent implements local quality by creating a reticulated fiber structure within the resin layers, where the fiber distribution and density are optimized in specific regions to enhance impact resistance where needed most. This localized reinforcement allows the guard plate to achieve high strength properties without uniformly increasing material thickness or cost across the entire structure.

The patent employs thin film technology by using resin layers with embedded reticulated fiber structures that provide high deformation resistance in a thin profile. The fiber-reinforced resin composite achieves the mechanical properties of much thicker metal plates while maintaining a thin overall thickness, thereby reducing weight without sacrificing protective capability.

The composite material structure allows for high strength-to-weight ratio by combining lightweight resin with strategically placed fibrous reinforcement. This enables the bottom guard plate to achieve superior deformation resistance compared to solid metal plates of equivalent or greater weight, as the fiber network distributes and absorbs impact energy efficiently throughout the structure.

The patent utilizes thin film technology by implementing a reticulated fiber structure within resin layers that provides exceptional deformation resistance in a minimal thickness. The fiber network creates a three-dimensional reinforcement architecture that achieves the mechanical performance of much thicker materials while maintaining a thin overall profile suitable for modern battery pack designs with space constraints.

The reticulated fiber structure provides localized reinforcement throughout the resin layers, concentrating strength properties where needed without requiring uniform thickness increases. This allows the bottom guard plate to achieve high deformation resistance in specific impact zones while maintaining overall thinness, avoiding the need to increase thickness across the entire component.