Long-Distance Aerial LED Signage for Outdoor Use With AIRR Optics Utilizing a Fresnel Lens

S. Sakane;K. Yoshikawa;S. Suyama;H. Yamamoto
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Abstract

We study aerial displays for outdoor digital signage with aerial imaging by retro-reflection (AIRR) that can be used to provide traffic information. A major challenge for providing outdoor information by means of aerial displays was to ensure brightness. We have developed a light source to form aerial images that meet the luminance requirements for outdoor use. The problems with the light source were insufficient power and optimizing the light distribution angle. These two problems were solved to form an aerial image that could meet the standards for outdoor use. We have tested whether the aerial images are visible outdoors using a prototype with this light source. As a result, the aerial image can be seen with the naked eye from a distance of 100 m away. In addition, we also conducted experiments with artificial sunlight to investigate the effects of direct exposure to the western sunlight. This paper discusses what has emerged from these experiments.
使用菲涅耳透镜的AIRR光学用于户外的长距离空中LED标牌
我们研究了用于户外数字标牌的空中显示,该显示采用了可用于提供交通信息的空中反射成像(AIRR)技术。通过空中显示提供户外信息的一个主要挑战是确保亮度。我们开发了一种光源,可以形成符合户外使用亮度要求的航拍图像。光源存在功率不足、配光角度优化等问题。解决了这两个问题,形成了符合室外使用标准的航拍图像。我们已经用这种光源的原型机测试了空中图像在户外是否可见。因此,在100米的距离上,肉眼就可以看到航拍图像。此外,我们还进行了人造阳光实验,以研究直接暴露在西方阳光下的影响。本文将讨论从这些实验中得出的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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