Extendible Electronic Holder Frame for Adjustable Viewing Distance

The patent applies the dynamics principle by transforming the fixed frame structure into a dynamic extendible frame structure. The frame includes extending components with sliding mechanisms that allow the viewing distance to be adjusted dynamically. The connection between frame components uses rotating joints and sliding guides, enabling the structure to change its configuration from static to dynamic, thus providing adaptability for different viewing distances while maintaining reasonable device complexity through modular design.

The patent applies the nesting principle by designing the extendible frame with nested components. The extending frame includes inner and outer frame members that can slide within each other, with the inner frame nested inside the outer frame structure. This nesting arrangement allows for compact storage when not in use and smooth extension when needed, providing adaptability without significantly increasing overall device complexity.

The patent applies the self-service principle by designing the extendible frame with spring-loaded mechanisms and friction-based locking systems. The frame components can be extended and locked automatically through user-initiated actions without requiring complex motors or electronic controls. The spring mechanisms provide automatic retraction force, and the friction locks engage passively when the frame reaches desired positions, making the system easy to operate while avoiding excessive complexity.

The patent applies segmentation by dividing the frame into multiple independent extendible sections. Each section has its own sliding mechanism and locking system, allowing individual adjustment of different parts of the frame. This segmentation enables localized adjustment without affecting the entire structure, improving ease of operation while managing complexity through modular, repeatable components.