Foldable Treadmill Laptop Stand With Stable Clamping Adjustment

The patent replaces the soft adjustable strap system with a rigid clamping mechanism featuring a clamping plate and clamping block that directly grip the treadmill handrail. This mechanical substitution eliminates the oscillatory movement inherent in strap-based attachment while maintaining adaptability to different treadmill types through adjustable clamping positions.

The clamping mechanism incorporates a movable clamping block that can be adjusted along the clamping plate to adapt to different handrail diameters and positions. This dynamic adjustment capability allows the rigid structure to accommodate various treadmill configurations while maintaining stable attachment without oscillation.

The patent implements a telescopic bracket with extendable and retractable arms that allow height adjustment. The bracket can be extended to increase laptop viewing height or retracted to minimize space occupation, providing adaptability while maintaining a relatively simple overall structure when in its compact state.

The bracket is divided into multiple telescopic segments that can independently extend or retract. This segmentation allows for flexible height adjustment while keeping the folded configuration compact, resolving the contradiction between structural simplicity and height adaptability.

The patent employs a foldable bracket design where the support arms can be rotated and collapsed into a compact configuration. When deployed, the bracket provides stable support; when folded, it minimizes space occupation. The dynamic transition between states maintains stability during use while reducing volume during storage.

The bracket components are designed to nest within each other when folded, with inner segments fitting into outer segments. This nesting arrangement allows the stand to be compact when not in use while maintaining full structural integrity and stability when deployed for laptop support.