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威海樱花湖LED照明和互动控制的艺术创新项目研究

Research on the Artistic Innovation of Interactive Control Techology and LED Lighting of Cherry Blossom Lake in Weihai
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摘要 节能减碳的观念已受到全世界各国的重视,发光二极管(简称LED)因具备体积小、高光效、耗电量低、安全(低电压)、不含水银、高寿命、反应速度快等优点,已取代传统的钨丝灯成为新一代户外景观照明主流技术。LED可实现无限可能的设计构思,再配上电脑程序和互动控制系统加上传感器的应用,可让LED的优势无限发挥,系统可以通过传感器将采集的数据转化为控制信号,改变灯光的色彩、动感和层次感,让人与光进行互动。文章主要探讨山东威海"樱花湖之恋"项目,威海"樱花湖之恋"环形雕塑以丰富多彩的灯光互动方式,创造出充满活力的照明体验而获得国际照明权威专家的青睐,荣膺全球照明界历史最悠久的IES奖。 Nowadays,the concept of energy saving and carbon reduction has attracted worldwide attention.Therefore,light-emitting diodes(LEDs)or short-term LEDs have replaced traditional tungsten filament lamps and traditional lamp sources for their small size,high light efficiency,low power consumption,safety(low voltage),no mercury,long life,fast reaction speed,140 years since Edison invented incandescent bulbs in 1879.Become a new generation of outdoor landscape lighting mainstream technology.In addition to these advantages,LED can achieve ever-changing colors.In design,it can realize infinite possibilities of design conception and composition.With computer program and interactive control system and sensor application,the advantages of LED can be brought into play infinitely.The system can change the light conversion,motion and its layer by transforming the collected data into control signals by sensors.Secondary sense can make people interact with light.This paper mainly discusses the"Love of Cherry Blossom Lake"project in Weihai,Shandong Province.With outstanding achievements in intelligent interactive control technology,it won the only gold medal of the 45 th IES Illumination Award Distinction.The love ring sculpture of Cherry Blossom Lake in Weihai has won the favor of international lighting authority experts by creating a vibrant lighting experience through rich and colorful lighting interaction.It won the IES award of"the oldest history"in the global lighting industry.
作者 徐海晟 刘腾海 岳建国 Xu Haisheng;Liu Tenghai;Yue Jianguo(Yongdian Intelligent Lighting Research Institute,Hangzhou 311100,P.R.China)
出处 《灯与照明》 2019年第1期45-48,共4页 Light & Lighting
关键词 发光二极管 白炽灯 互动控制技术 控制信号 LED incandescent lamp interactive control technology control signal
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  • 1赵海天,袁磊.论灯光景观的人文回归——青城公园灯光设计[J].建筑学报,2005(1):50-53. 被引量:8
  • 2MS Rea, MG Figueiro and JD Bullough. Circadian photobiology: an emerging framework for lighting practice and research. Lighting Research and Technology. 2002, 34:177 - 190.
  • 3同济大学国家高技术发展计划项目.2010上海世博会城市最佳实践区半导体照明技术的集成应用研究成果报告,2010年3月.
  • 4同济大学国家自然科学基金.人行道路中白光LED光谱能量分布(SPD)对视觉辨认的影响研究申请报告,2009年2月.
  • 5同济大学国家自然科学基金.基于室内健康照明需求的照度与光谱对人体昼夜节律影响研究申请报告,2011年2月.
  • 6同济大学,复旦大学,中国科学院半导体研究所,南京农业大学,中国农业科学院,哈尔滨海格科技公司.国家高技术发展计划项目LED非视觉照明技术研究申请报告,2010年12月.
  • 7美国能源部官方网站:http://www.energy.gov.
  • 8LEDs Magzine, 2011. www. ledsmagazine, com.
  • 9萧辉乾.城市夜景照明技术指南[M].北京:中国电力出版社,2004.
  • 10CIE Technical Report No. 136. Guide to the Lighting of Urban Areas [SJ.

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