Resilient Clamp Mounting for Flexible Device Cradling

The clamp assembly incorporates resilient clamps with spring-loaded fingers that can dynamically adjust to different device sizes and shapes. The clamps are biased by resilient urging portions to maintain constant contact pressure, allowing the mounting apparatus to adapt to various devices while ensuring secure attachment. This dynamic adjustment mechanism improves both reliability and efficiency compared to fixed-position mounting platforms.

The mounting apparatus uses adjustable clamp positions along the frame, allowing the clamping force and position to be varied according to the specific device being mounted. The resilient clamps can be positioned at different locations on the frame members, and the spring pressure can be adjusted to accommodate different device weights and dimensions, thereby improving mounting efficiency for various pocket-sized devices.

The mounting apparatus is divided into modular components: a frame with multiple clamp assemblies, where each clamp consists of separate resilient fingers and urging portions. The frame members contain passages that allow clamps to be positioned at different locations. This segmentation allows versatility through configuration variation while keeping individual components simple and easy to manufacture.

The clamp assembly is designed as a universal component that can accommodate multiple device types and sizes. The same basic clamp structure, with its resilient fingers and urging portions, can be positioned at different locations on the frame to secure various pocket-sized devices including cellular telephones, personal computers, and other mobile electronic devices, thereby achieving versatility without proportionally increasing complexity.