如图2所示，光的一部分将被朝向发光装置102反向发射，在此它将被二向色滤光片反射用于再循环。
As shown in FIG. 2, a portion of the light will be emitted back towards the light emitting device 102, where it will be reflected by the dichroic filter for recycling.
根据本实用新型可以以低成本提高将从发光层发出的光向基板和相反侧的电极侧反射的电光学装置的显示性能。
The utility model can enhance, at low cost, the display performance of an electro-optical device to reflect the light emitted from a light-emitting layer to an electrode opposite to a substrate.
二向色滤光片308传递来自发光装置302的光并且反射来自发光装置303的光。
A dichroic filter 308 passes the light from light emitting device 302 and reflects the light from light emitting device 303.
一种背光模块的光源，包括红光发光二极管、绿光发光二极管、蓝光发光二极管、扩散装置、支撑构件以及反射片。
The light source for back light assembly includes red LED, green LED, blue LED, diffusor, support member and reflecting plate.
一种背光模块的光源，包括红光发光二极管、绿光发光二极管、蓝光发光二极管、扩散装置、支撑构件以及反射片。
The light source for back light assembly includes red LED, green LED, blue LED, diffusor, support member and reflecting plate.
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