Elastic Antenna Mount Structure for Seismic Vibration Damping

The patent changes the physical state and properties of the mounting structure by introducing elastic members that can deform under vibration loads. The elastic members are configured with specific material properties and geometric parameters (thickness, length, cross-sectional area) that allow them to provide vibration damping while maintaining a lightweight design, thus resolving the contradiction between anti-seismic performance and structure weight

The patent employs composite construction by combining rigid components (mounting bracket, antenna support structure) with elastic damping members. This composite approach allows the rigid parts to provide structural support while the elastic members provide vibration isolation, achieving effective vibration damping without requiring the entire structure to be heavy and rigid

The patent optimizes the parameters of the elastic members (material selection, dimensions, mounting configuration) to achieve effective vibration damping at lower cost. By carefully selecting elastic materials and configuring their geometric parameters, the patent provides vibration protection that maintains transmission quality without requiring expensive heavy reinforcing structures

The patent uses relatively simple and inexpensive elastic members (such as rubber or polymer-based dampers) instead of costly heavy metal reinforcing structures. These elastic components can be easily manufactured and installed, providing cost-effective vibration damping while maintaining antenna performance