基于单片机的LED水族光源的设计The Design of LED Aquarium Light Source Based on MCU
杨景发,杜明月,裴志彬,李倩,李一男,刘海燕
Yang Jingfa1 Du Mingyue1 Pei Zhibin1 Li Qian1 Li Yinan1 Liu Haiyan2(1.College of Physics Science and Technology,Hebei University,Baoding 071002, 2.Industrial Commercial College,Hebei University,Baoding 071002)
摘要(Abstract):
基于水生动植物是在全谱太阳光下进化、生长,选择性接收各种平衡光质的事实,确定了智能LED水族光源的光谱主辐射区;采用模组化设计理念,通过主动散热和被动散热设计,完成了LED组合灯具设计;模拟自然阳光的照射规律,基于单片机实现光色、光强和照射时段、时长的分段自动调控;研制出智能LED水族照明光源,用于水族照明,针对性强,光效高,显色性好,市场应用前景广阔。
Based on the fact that Aquatic animals and plants are in the full spectrum of sunlight to evolve and grow,selectly absorb the balance of light quality to determine the main radiation area of the spectrum for intelligent LED aquarium light;Using modular design concept,through active and passive cooling thermal design,we completed the design of a combination of LED lighting;Simulating natural sunlight law,Based on MCU realize the automatic regulation of the light color or intensity and irradiation or duration time.Based on the above,we developed a Intelligent LED Aquarium Light Source.It is targeted,the luminous efficacy is high and the color rendering is excellent,which will make a broad and prospect market.
关键词(KeyWords):
水族照明;选择性吸收光谱;给光模式(连续、间断和闪烁);模拟太阳光;GSM远程控制
the aquarium lighting;selective absorption spectrum;optical model(continuous,intermittent,flicker);simulation of natural light;GSM remote control
基金项目(Foundation): 河北大学2010年大学生科技创新项目(2011054);; 河北省科学技术研究与发展指导计划项目(06220405)
作者(Author):
杨景发,杜明月,裴志彬,李倩,李一男,刘海燕
Yang Jingfa1 Du Mingyue1 Pei Zhibin1 Li Qian1 Li Yinan1 Liu Haiyan2(1.College of Physics Science and Technology,Hebei University,Baoding 071002, 2.Industrial Commercial College,Hebei University,Baoding 071002)
DOI: 10.13223/j.cnki.ciej.2011.06.022
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- 水族照明
- 选择性吸收光谱
- 给光模式(连续、间断和闪烁)
- 模拟太阳光
- GSM远程控制
the aquarium lighting - selective absorption spectrum
- optical model(continuous,intermittent,flicker)
- simulation of natural light
- GSM remote control
- 杨景发
- 杜明月
- 裴志彬
- 李倩
- 李一男
- 刘海燕
Yang Jingfa1 Du Mingyue1 Pei Zhibin1 Li Qian1 Li Yinan1 Liu Haiyan2(1.College of Physics Science and Technology - Hebei University
- Baoding 071002
- 2.Industrial Commercial College
- Hebei University
- Baoding 071002)
- 杨景发
- 杜明月
- 裴志彬
- 李倩
- 李一男
- 刘海燕
Yang Jingfa1 Du Mingyue1 Pei Zhibin1 Li Qian1 Li Yinan1 Liu Haiyan2(1.College of Physics Science and Technology - Hebei University
- Baoding 071002
- 2.Industrial Commercial College
- Hebei University
- Baoding 071002)