LED Lamp Lens Plate Angle Adjustment via Segmented Control

The LED lamp panel is divided into multiple independently controllable light emitting elements (first, second, third, and fourth lamp beads) arranged in a matrix pattern. Each light emitting element can be controlled separately through the controlling device, allowing selective activation to achieve different light distribution directions without moving the entire lens panel, thus improving adaptability while maintaining structural simplicity.

The controlling device dynamically controls the illumination state of different light emitting elements based on received control signals. The system can switch between different lighting modes (first, second, third lighting modes) by activating specific combinations of lamp beads, enabling intelligent adaptation to varying user requirements while maintaining a relatively simple device structure through electronic control rather than mechanical complexity.

Different light emitting elements are activated based on specific lighting modes to create non-uniform brightness distribution. The controlling device selectively turns on or off individual lamp beads (first, second, third, fourth) to achieve different illumination patterns, allowing bright areas to be concentrated where needed while reducing energy consumption in areas where full illumination is not required, thus achieving both brightness flexibility and energy efficiency.