Improve the performance of the micromirror based laser projection indicator technology

提高基于微镜的激光投影指示技术的性能

• 批准号: 485546-2015
• 负责人: He, Siyuan
• 金额: $ 0.44万
• 依托单位: Ryerson University
• 依托单位国家: 加拿大
• 项目类别: Engage Plus Grants Program
• 财政年份: 2015
• 资助国家: 加拿大
• 起止时间: 2015-01-01 至 2016-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=585037
• 关键词: Improve; performance; micromirror; based; laser

This project is on improving the performance of the micromirror based laser projection indicator technology, which was developed in the original NSERC Engage program. It is a continuation of the original NSERC Engage program. Kangaroo Design Inc. has an availability indicator product, "MyFocus", for increasing productivity in collaborative work environments. "MyFocus" indicator faces the wiring problem, e.g., the installation of each indicator requires a few meters wire to connect the indicator to the toggle and power source. The wiring problem has been a big barrier for broad market acceptance of the MyFocus product. In the original NSERC Engage grant, our team developed a micromirror based laser projection availability indicator technology, with which a dynamic laser pattern is generated and projected to a remote translucent film (> 1 m away) to indicate the availability without any wire connection. Thus it well solved the wiring problem plaguing the product of MyFocus. Kangaroo Design Inc. is very satisfied with the NSERC Engage program. While the new availability indicator technology successfully developed in the original NSERC Engage will replace the company's old LED based indicator, the application of this new technology to occasions where the computers are very close (as close as 0.5 m) to the cubicle wall or door window would be useful in further expanding MyFocus' market. Since the indicator technology was designed for projection distances > 1 m, the projected laser pattern (with a size of 3 cm or bigger for optimal visibility) would reduce to be less than 3 cm in size in short distance applications (e.g., laser pattern size becomes 1.5 cm for a projection distance of 0.5 m). The objective of this NSERC Engage Plus program is to improve the performance of the micromirror based laser projection indicator technology to widen its projection distance range from > 1 m to > 0.5 m, such that this technology will be suitable for applications of short distance between computers and cubicle walls or door windows.

本项目旨在提高基于激光投影指示器技术的性能， 这是在最初的NSERC Engage计划中开发的。它是原始NSERC的延续 启动程序。深圳市创科设计有限公司有一个可用性指标产品“MyFocus”， 协作工作环境中的生产力。“MyFocus”指示灯面临接线问题，例如，的 每个指示器的安装需要几米的电线将指示器连接到开关和电源 源头布线问题一直是MyFocus产品获得广泛市场认可的一大障碍。在 最初的NSERC参与赠款，我们的团队开发了一个基于激光投影可用性指标 技术，利用该技术可生成动态激光图案并将其投射到远程半透明胶片（> 1 m 离开）以指示没有任何有线连接的可用性。从而很好地解决了布线问题 MyFocus的产品。深圳市创科设计有限公司对NSERC的Engage计划非常满意。而 在最初的NSERC Engage中成功开发的新可用性指示器技术将取代 公司的老LED为基础的指示灯，这种新技术的应用场合，电脑 非常接近（接近0.5米）隔间墙或门窗将有助于进一步扩大 MyFocus的市场。由于指示器技术是为投射距离> 1米设计的， 激光图案（具有3厘米或更大的尺寸以获得最佳可见度）将减小到小于3厘米的尺寸， 短距离应用（例如，对于0.5m的投影距离，激光图案尺寸变为1.5cm）。的 美国国家能源研究委员会（NSERC）的“Engage Plus”计划的目标是提高基于激光器的激光器的性能 投影指示器技术，以将其投影距离范围从> 1 m扩大到> 0.5 m， 技术将适用于计算机和隔间墙或门之间距离较短的应用 Windows.