Expansion Card Assembling Structure with Movable Support

The supporting structure employs a movable supporting component that can slide along the longitudinal direction within a guiding slot and rotate around a pivot point. This dynamic mechanism allows the supporting structure to adapt to different expansion card lengths while maintaining stable support, resolving the contradiction between fixed structural stability and adaptability to varying card sizes.

The supporting structure is designed with universal functionality to accommodate multiple types of expansion cards (PCIe cards, graphics processing cards, etc.) of different sizes. The movable supporting component can be positioned at various locations along the guiding slot to provide appropriate support for each card type, making the structure universally applicable while maintaining stability.

The supporting structure uses a simple dynamic mechanism where the supporting component can slide along a linear guiding slot and rotate around a fixed pivot point. This dynamic capability provides adaptability to different card sizes without requiring complex adjustable mechanisms, motors, or sensors. The movement is constrained to simple geometric paths that are easy to implement.

The supporting structure is segmented into distinct functional components: the frame body with guiding slot, the movable supporting component with pivot point, and the locking mechanism. This segmentation allows each component to perform its specific function independently, simplifying the overall design while maintaining adaptability. The guiding slot and pivot point separate the movement function from the support function.