LED Color Temperature Tuning via Spacing Adjustment

The patent applies dynamics by making the space between LED units adjustable rather than fixed. The second LED unit can be positioned at different distances from the first LED unit, allowing the device to dynamically tune its overall color temperature. This resolves the contradiction by enabling color temperature adaptation without permanently increasing device area, as the space can be optimized for different operating conditions.

The patent changes the physical parameter of spacing between LED units to control the overall color temperature. By varying this spatial parameter, the device can achieve different color temperatures (e.g., from warm white to cool white) without changing the LED units themselves. This allows color temperature tuning while maintaining a compact form factor, as only the spacing parameter needs to be adjusted.

The patent segments the light-emitting function into multiple LED units with different color temperatures (e.g., first LED unit with warm white and second LED unit with cool white). Each unit can be independently controlled, allowing flexible color rendering. This segmentation enables color temperature tuning without requiring complex spectral conversion mechanisms, thereby managing device complexity through functional decomposition.

The patent merges multiple LED units with different color characteristics into a single integrated light-emitting device. By combining units with different color temperatures and controlling their relative positions, the device achieves versatile color rendering. This merging approach simplifies the overall system compared to using single complex LEDs, as it leverages the additive nature of light mixing from simpler components.