Powered Carousel Shelf System for Wall Cabinet Accessibility

The patent applies the dynamics principle by transforming static shelves into movable shelves that can rotate along a circular track. The shelves transition from fixed positions to dynamic positions, allowing users to easily access items at any height without straining or standing on objects. The motorized rotation mechanism enables the shelves to move automatically to accessible positions while maintaining high storage capacity.

The patent implements another dimension principle by adding rotational movement along a circular track, transforming the traditional linear vertical access into a multi-dimensional access system. Users can access shelves not only by reaching upward but also by rotating the shelves into accessible positions, effectively adding a rotational dimension to the access mechanism.

The patent applies universality by designing a multi-functional integrated system where the motor, circular track, guide pins, and shelf structure work together as a unified mechanism. The single motor drives all shelves simultaneously along the circular track, and the guide pins automatically engage with the track geometry to ensure proper movement, reducing the need for separate complex control mechanisms for each shelf.

The patent implements self-service through the automatic engagement of guide pins with the circular track geometry. The mechanical design of the track and guide pins ensures that shelves automatically follow the correct rotational path without requiring external guidance or complex control systems, allowing the system to self-regulate its movement.

The patent applies the intermediary principle by introducing guide pins as mediating elements between the shelves and the circular track. The guide pins act as intermediaries that ensure proper alignment and engagement, preventing misalignment or detachment during movement. The mechanical interaction between guide pins and track geometry provides reliable guidance throughout the rotation path.

The patent implements beforehand cushioning through the mechanical design of the guide pin and track engagement system. The guide pins are designed to automatically engage with the circular track before movement begins, and the track geometry itself provides mechanical constraints that prevent misalignment or detachment, cushioning against potential reliability issues before they can occur.