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Innovative Design of Parabolic Reflector Light Guiding Structure

机译:抛物面反射灯引导结构的创新设计

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Due to the idea of everlasting green architecture, it is of increasing importance to guild natural light into indoors. The advantages are multifold - to have better color rendering index, excellent energy savings from environments viewpoints and make humans more healthy ,etc. Our search is to design an innovative structure, to convert outdoor sun light impinges on larger surfaces, into near linear light beam sources, later convert this light beam into near point sources which enters the indoor spaces then can be used as lighting sources indoors. We are not involved with the opto-electrical transformation, to the guild light into to the building, to perform the illumination, as well as the imaging function. Because non-imaging optics, well known for apply to the solar concentrators, that can use non-imaging structures to fulfill our needs, which can also be used as energy collectors in solar energy devices. Here, we have designed a pair of large and small parabolic reflector, which can be used to collect daylight and change area from large to small. Then we make a light-guide system that is been designed by us use of this parabolic reflector to guide the collection light, can pick up the performance for large surface source change to near linear source and a larger collection area.
机译:由于绿色架构永恒的想法,这对户内的公正自然光线越来越重要。优点是多层型 - 具有更好的显色指数,从环境中节省了优势的观点,使人类更健康等。我们的搜索是设计一种创新结构,将户外阳光转换在较大的表面上,进入近线性光束源,后来将该光束转换成近点源,然后进入室内空间,然后可以用作室内照明源。我们不参与光电变换,将公会光进入建筑物,以执行照明,以及成像功能。由于非成像光学器件,众所周知的应用于太阳能集中器,可以使用非成像结构来满足我们的需求,这也可以用作太阳能器件中的能量收集器。在这里,我们设计了一对大型和小抛物面反射器,可用于收集日光并将区域从大到小。然后我们制作一个由我们使用这种抛物面反射器设计的光导系统,以引导收集光,可以拾取大表面源改变的性能与接近线性源和更大的收集区域。

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