Motor Vehicle Container Support with Vibration Damping

The patent introduces elastic support bodies as intermediary elements between the container and the frame. These support bodies serve as a mediator that transmits mechanical loads while dampening vibrations and reducing noise transmission. The elastic material absorbs and dissipates vibration energy, preventing direct sound transmission paths from the container to the vehicle body.

The patent changes the mechanical parameters of the support system by using elastic materials with specific damping characteristics. The support bodies are designed with particular elasticity and vibration-damping properties to optimize the balance between structural stability and noise reduction. This parameter change transforms the support from a rigid connection to a compliant, vibration-absorbing connection.

The patent employs composite support bodies that combine elastic materials with vibration-damping properties. These composite structures integrate materials with complementary characteristics - elasticity for noise reduction and sufficient structural strength for load-bearing. The composite nature allows simultaneous achievement of acoustic isolation and mechanical strength.

The patent applies elastic support bodies specifically at the fastening points where the container connects to the frame, rather than making the entire structure elastic. This localized application maintains structural rigidity in the frame and container while introducing damping only where needed for noise reduction. The local quality approach preserves overall structural strength while addressing noise transmission at critical interfaces.