Telescopic Landscape Array for Lockable 3D Shape Generation

The patent applies the dynamics principle by transforming fixed landscape creation parts into movable ones equipped with telescopic units. Each landscape creation part can extend or retract along a guide rail, enabling dynamic adjustment of landscape height and shape. This allows the system to generate various stereoscopic landscape configurations adaptively while maintaining a relatively simple overall structure through modular design.

The patent implements the self-service principle through the self-locking mechanism integrated into the telescopic unit. The telescopic unit automatically locks at any position along the guide rail without requiring external locking devices or continuous power input. This self-locking capability enables the landscape creation parts to maintain stable positions autonomously, providing both position flexibility and stability simultaneously.

The patent applies segmentation by dividing the landscape generation system into multiple independent landscape creation parts, each equipped with its own telescopic unit and control mechanism. This modular segmentation allows each part to be controlled and positioned independently with high precision, while collectively forming diverse and complex landscape configurations. The segmentation enables scalable system design where precision is maintained regardless of the number of parts.