ELECTRONIC DEVICE

Smart overview of the Invention

An electronic device is designed to include three display panels supported by a frame and an expansion mechanism. This mechanism allows the first and second display panels to move in a specified direction, enabling the device to alternate between two configurations: a screen stacking state and a screen tiling state. In the tiling state, the panels are arranged side by side, while in the stacking state, they are stacked vertically.

Technical Features

The device's expansion mechanism facilitates movement of the display panels, allowing them to switch between the two states easily. The first direction corresponds to the width or length of the panels, while the second direction pertains to their thickness. A base frame provides support for all components, ensuring stability as the panels move.

Mechanism Details

The expansion mechanism comprises various components such as guide rails, sliders, connecting rods, and a motor. These parts work together to control the movement of the display panels. The motor powers the sliders, which slide along the guide rail, causing the first and second display panels to move away from or towards each other, thus adjusting their overlap.

Display Capabilities

In the screen tiling state, all three panels can display different sections of an image simultaneously. Conversely, in the stacking state, one panel may show an image while the others remain inactive. This configuration allows for enhanced resolution and color representation by utilizing techniques such as layer division and color gradation.

Advantages Over Existing Technologies

This design presents significant advantages over current screen expansion methods that rely on flexible screens. By utilizing conventional screens instead, it reduces reliance on costly flexible materials and technologies while improving display quality. This innovation enhances user experience through versatile screen arrangements without incurring high production costs.