医疗照明设备的智能热管理

M. Vorobyov, I. Galkin
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引用次数: 4

摘要

在现代世界,有效和方便的照明是非常重要的。特别是在一个危险的环境中,情况变化很快。这尤其适用于道路、有活动部件的工作场所,以及设备可能因转移而受到化学或生物材料污染的地方。特别是在医学领域。理想情况下,灯具应该在不接触的情况下通过控制来改变其参数。现在这些灯被用于娱乐行业。该项目的目的是创造一个可控的灯具来照亮手术台。为了提高灯具的效率,它是建立在LED的基础上的。为了确保照明点的变化,灯具改变其几何形状,强度由驱动器调暗。苔藓状的ice会散发出大量的热量,这些热量必须从房间里移走。本文对该灯具的散热系统进行了计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Thermal Management of Medical Lighting Equipment
In the modern world, effective and convenient lighting is very important. Especially in a hazardous environment where the situation changes very quickly. In particular, this applies to roads, workplaces with moving parts, in places where equipment can be contaminated with chemical or biological material by transfer. In particular, the field of medicine. Ideally, the luminaire should change its parameters with the help of control without touching. Now these lamps are used in the entertainment industry. The aim of the project is to create a controllable luminaire to illuminate the surgical table. To improve the efficiency of the luminaire, it is built on the basis of LED. To ensure a change in the illumination spot, the luminaire changes its geometry, for the intensity it is dimmed by the driver. Mossy ICEs emit an enormous amount of heat, which must be removed from the room. In this work, the calculation of the heat removal system for the luminaire is shown.
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