Vehicle Display Energy-Absorbing Structure for Collision Buffering

The patent implements energy-absorbing structures (brittle connecting members and elastic buffer pieces) that are pre-installed in the display screen assembly before collision occurs. These structures are designed to activate automatically upon impact, absorbing collision energy and protecting passengers. This resolves the contradiction by adding safety functionality without requiring complex active control systems or increasing manufacturing complexity significantly.

The patent converts the harmful collision force into beneficial energy absorption through specially designed brittle connecting members that fracture to absorb energy, and elastic buffer pieces that deform to dissipate impact energy. This transforms the harmful kinetic energy from the collision into useful energy dissipation, protecting passengers while maintaining relatively simple device structure.

The energy-absorbing structure is segmented into distinct functional components: brittle connecting members (first and second) that fracture under impact, and elastic buffer pieces (first and second) that deform to absorb energy. This segmentation allows each component to be optimized for its specific function while keeping the overall structure manageable and manufacturable, resolving the contradiction between safety improvement and complexity increase.

The patent utilizes parameter changes in material properties - specifically the brittle connecting members are designed with controlled fracture characteristics and the elastic buffer pieces are designed with specific elasticity parameters. By carefully selecting and controlling these material parameters, the structure achieves effective energy absorption without requiring overly complex designs, thus balancing safety improvement with manufacturing feasibility.