• Journal of Applied Optics
  • Vol. 45, Issue 2, 329 (2024)
Mingyang WU1,2, Qiaofen ZHANG1,*, Guitang WANG1, Liming WU1, and Yaohua DENG1
Author Affiliations
  • 1School of Mechanical and Electrical Engineering, Guangdong University of Technology, Guangzhou 510006, China
  • 2Cangke Intelligent Technology Co.,Ltd., Guangdong Technology University CNC Equipment Cooperative Innovation Institute, Foshan 528225, China
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    DOI: 10.5768/JAO202445.0201008 Cite this Article
    Mingyang WU, Qiaofen ZHANG, Guitang WANG, Liming WU, Yaohua DENG. Optimization research based on LED reflective cup system[J]. Journal of Applied Optics, 2024, 45(2): 329 Copy Citation Text show less
    Schematic diagram of reflective cup
    Fig. 1. Schematic diagram of reflective cup
    Simulation diagram of light source system
    Fig. 2. Simulation diagram of light source system
    Simulation model before optimization
    Fig. 3. Simulation model before optimization
    Illumination diagram and light intensity diagram obtained from receiving surface before optimization
    Fig. 4. Illumination diagram and light intensity diagram obtained from receiving surface before optimization
    Illumination diagram and light intensity diagram obtained from receiving surface after optimization
    Fig. 5. Illumination diagram and light intensity diagram obtained from receiving surface after optimization
    Simulation diagram of spacing optimization of dual-light sources
    Fig. 6. Simulation diagram of spacing optimization of dual-light sources
    Optimization diagram of light source spacing
    Fig. 7. Optimization diagram of light source spacing
    Simulation diagram of rectangular array light source system
    Fig. 8. Simulation diagram of rectangular array light source system
    Illumination diagram and light intensity diagram obtained from receiving surface of rectangular array light source system
    Fig. 9. Illumination diagram and light intensity diagram obtained from receiving surface of rectangular array light source system
    综合评价 函数值光照均匀度 评价函数值能量利用率 评价函数值曲率半径/mm圆锥常数最优曲率 半径/mm最优圆锥常数最优综合 评价函数值
    2.240 92.240 9132−0.932−0.92.240 9
    3.153 93.050 80.896832−0.966 732−0.92.240 9
    3.562 73.370 30.807632−1.033 332−0.92.240 9
    3.865 23.607 20.741932−1.132−0.92.240 9
    2.270 22.268 30.998032.666 7−0.932−0.92.240 9
    3.180 83.066 30.885432.666 7−0.966 732−0.92.240 9
    3.613 73.411 70.797932.666 7−1.033 332−0.92.240 9
    3.906 03.640 20.734132.666 7−1.132−0.92.240 9
    2.322 32.313 10.990833.333 3−0.932−0.92.240 9
    3.200 83.074 60.873933.333 3−0.966 732−0.92.240 9
    3.652 63.441 10.788533.333 3−1.033 332−0.92.240 9
    3.927 23.653 40.726233.333 3−1.132−0.92.240 9
    2.383 82.363 60.979834−0.932−0.92.240 9
    3.246 33.109 10.862734−0.966 732−0.92.240 9
    3.673 83.453 20.779534−1.033 332−0.92.240 9
    3.924 83.643 30.718434−1.132−0.92.240 9
    Table 1. Optimization data statistics
    Mingyang WU, Qiaofen ZHANG, Guitang WANG, Liming WU, Yaohua DENG. Optimization research based on LED reflective cup system[J]. Journal of Applied Optics, 2024, 45(2): 329
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