20240032168. LIGHTING APPARATUS AND LIGHTING SYSTEM INCLUDING THE SAME simplified abstract (SEOUL SEMICONDUCTOR CO., LTD.)
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LIGHTING APPARATUS AND LIGHTING SYSTEM INCLUDING THE SAME
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LIGHTING APPARATUS AND LIGHTING SYSTEM INCLUDING THE SAME - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240032168 titled 'LIGHTING APPARATUS AND LIGHTING SYSTEM INCLUDING THE SAME
Simplified Explanation
The abstract describes a lighting apparatus that includes a controller and an LED luminaire capable of producing a color temperature ranging from 3,000K or lower to 5,000K or higher. The LED luminaire consists of at least three light emitters, and the color coordinates of these emitters form a triangle region on the Planckian locus. The maximum and minimum color temperatures within this region are 5,000K or higher and 3,000K or lower, respectively. In the CIE-1931 coordinate system, the color coordinates of the first light emitter are closer to 5,000K than the second and third light emitters, while the color coordinates of the third light emitter are closer to 3,000K than the first and second light emitters.
- The lighting apparatus includes a controller and an LED luminaire.
- The LED luminaire can produce a color temperature ranging from 3,000K or lower to 5,000K or higher.
- The LED luminaire consists of at least three light emitters.
- The color coordinates of the light emitters form a triangle region on the Planckian locus.
- The maximum and minimum color temperatures within this region are 5,000K or higher and 3,000K or lower, respectively.
- In the CIE-1931 coordinate system, the color coordinates of the first light emitter are closer to 5,000K than the second and third light emitters.
- The color coordinates of the third light emitter are closer to 3,000K than the first and second light emitters.
Potential applications of this technology:
- Lighting systems that can adjust color temperature within a wide range.
- Indoor lighting solutions that mimic natural daylight.
- Lighting for photography or film production that can replicate various lighting conditions.
Problems solved by this technology:
- Limited color temperature options in traditional lighting systems.
- Inability to accurately reproduce natural daylight conditions.
- Lack of flexibility in lighting setups for different purposes.
Benefits of this technology:
- Enhanced control over lighting conditions.
- Improved visual comfort and productivity in indoor environments.
- Versatile lighting solutions for various applications.
- Energy efficiency through the use of LED technology.
Original Abstract Submitted
a lighting apparatus including a controller and an led luminaire to implement a color temperature from a minimum of 3,000k or less to a maximum of 5,000k or more, the led luminaire including at least one first light emitter, at least one second light emitter, and at least one third light emitter, in which a triangle region defined by color coordinates of the light emitters includes at least a region on a planckian locus, and the maximum and minimum color temperatures in the triangle region are 5,000k or more, and 3,000k or less, respectively, and in the cie-1931 coordinate system, the color coordinates of the first light emitter is closer to 5,000k than those of the second and third light emitters, and the color coordinates of the third light emitter is closer to 3,000k than those of the first and second light emitters.
