Honeycomb Plastic Inserts in Hollow Metal Vehicle Beams

The patent applies composite materials by combining metal structural elements with plastic reinforcement inserts. The plastic inserts are positioned within the hollow sections of metal components such as pillars, rails, and cross-members, creating a hybrid structure that leverages the strength-to-weight ratio advantages of plastic while maintaining the structural framework of metal. This composite approach allows for reduced metal thickness while preserving overall structural integrity and crashworthiness.

The patent implements local quality by strategically placing plastic reinforcement inserts only in specific critical areas of the vehicle body structure, such as pillars, rails, and cross-members, rather than uniformly throughout the entire body. This localized reinforcement approach optimizes weight reduction by minimizing material usage in non-critical areas while maintaining strength where it is most needed for crashworthiness and structural performance.

The patent utilizes porous materials by employing plastic inserts with honeycomb or cellular structures within the vehicle body components. These honeycomb structures provide high strength-to-weight ratios and effective energy absorption during crashes while occupying minimal space. The porous honeycomb geometry delivers superior structural performance compared to solid plastic, enabling weight reduction without compromising crashworthiness.

The patent applies the nesting principle by placing plastic reinforcement inserts inside the hollow sections of metal structural elements. The plastic inserts are nested within the metal pillars, rails, and cross-members, creating a compact hybrid structure where the plastic core provides reinforcement while the metal外壳 maintains the overall structural framework and connectivity.