Collapsible Handheld Stand With Elastic Sheet Angle Adjustment

The stand employs a dynamic linkage mechanism with multiple joints that allows the support surface to be adjusted to different angles and positions. The connected segments can rotate relative to each other, enabling the stand to adapt to various viewing angles and device orientations, resolving the contradiction between simple attachment and versatile positioning.

The stand is divided into multiple connected segments or plates that can move independently relative to each other. This segmentation allows each part to contribute to the overall positioning capability, enabling both easy attachment and flexible angle adjustment simultaneously.

The stand segments are designed to nest within each other when folded, with each plate or segment fitting into the structure of the previous one. This nesting arrangement maintains support stability when deployed while minimizing the overall volume when folded, resolving the contradiction between reliability and compactness.

The collapsible linkage mechanism allows the stand to transition between an extended stable configuration for support and a compact folded configuration for storage, dynamically adapting its structure to meet different spatial requirements while maintaining functional integrity.

The stand utilizes thin plate structures connected by flexible joints instead of bulky metal rings. These thin plates can bend and rotate relative to each other, providing folding capability while maintaining a thin overall profile, thus resolving the contradiction between adaptability and thickness.

The thin plate structure incorporates dynamic hinge joints that enable folding motion without requiring additional thickness. The joints are designed to allow rotation between thin plates, maintaining a slim profile in both folded and extended states while preserving folding functionality.

The stand employs asymmetric plate shapes and joint configurations that are optimized for both functionality and aesthetics. The asymmetric design allows the stand to achieve proper support geometry while the plates themselves can be shaped to provide visual appeal, resolving the contradiction between functional capability and aesthetic appearance.

Different parts of the stand have different shapes and properties optimized for their specific functions. The visible surfaces can be designed with aesthetically pleasing forms, while the structural joints and connection points are optimized for mechanical functionality, allowing both good appearance and functional capability to coexist.