一种安全测量致癌UV-C二极管的测试系统,通过快速成型以简单和经济的方式生产

M. Heinrich, Hannes Jacobs, M. Di Vona, R. Pizzoferrato, A. Foitzik
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引用次数: 0

摘要

新技术带来了更好更高效的发光二极管。发射的辐射达到较高的能量水平和较低的波长,特别是在UV-C光谱中。UV-C光对人体细胞有致癌作用。因此,必须以安全的方式使用这些设备。这项工作的重点是一个开源的解决方案,用于快速3D打印一个安全的UV-C辐射测量装置。特别是对于研究小组或大学,不能负担大的安全实验室。在建模和打印原型后,一系列测试显示了该UV-C二极管测试系统的功能。采用黑色印刷长丝,填充率超过50%,可以防止光的透射,系统运行良好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Test System for Safely Measurements of Cancer-Inducing UV-C Diodes Produced in a Simple and Cost-Effective Way by Rapid Prototyping
New technologies leading to better and more efficient light emitting diodes. The emitted radiation reaches higher energy levels and lower wavelengths especially in the UV-C spectrum. UV-C light has a cancer inducing effect on human cells. Therefore it is necessary to work in a safe way with those devices. This work is focused on an open-source solution for rapid 3D printing of an safe UV-C radiation measuring device. Especially for research groups or universities which can not afford big safety labs. After modeling and printing the prototype, a series of tests has shown the functionality of that UV-C Diode test system. By using black printing filaments and infill rates over 50 %, the transmission of light could be prevented and the system worked well.
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