DLCDs and FrenLCDs : Noi's Ark for future LC Flood

摘要

The basic conclusions from the resulted sources the following: 1. 0n the main ergonomic parameters: brightness, viewing angles, contrast, purity of colors, times of switching and power consumption offered DLCDs and FrenLCDs, at least, are not worse than widely widespread LCDs, and on many parameters surpass them. So, the EFFICIENCY of use of light energy can make up to 60 % whereas in widely known displays it makes 1-5 %. It allows to reduce consumption of energy by BLU and/or to lower cost of its manufacturing. Thermal loading will simultaneously decrease at illumination through end faces of screens by CCFL or roughly developing technique of illumination by LEDs. 2. At manufacturing DLCDs and FrenLCDs it is not required any essentially new processes or materials, including LC materials. Two of three expensive components: a matrix of color filters and polarizes are excluded from the display in general. Operations on their installation are excluded also. Moreover, cheap industrial lines for manufacture of black-and-white displays can be adapted for manufacture of more expensive color displays. It will salutarily affect decrease in the cost price and will promote profitability. In conditions continuous( and under forecasts) landslide falling the prices manufacturer DLCDs and FrenLCDs can keep profitableness of manufacture. Whether it the Noi's Ark? 3. Especially significant economic benefit of manufacture DLCDs and FrenLCDs will be received for screens of the big size Gen6-Gen8. First, because by manufacture DLCDs and FrenLCDs the number of technological operations and movings of substrates with the subsequent exact overlapping with position of a substrate during performance of the previous operation, are much less. And for substrates with a diagonal up to 100" it is rather essential factor. Secondly, the increase in EFFICIENCY of use of energy for illumination will allow to lower consumption of energy and to use cheaper lamps or LEDs of smaller power at preservation or even increase in brightness of images. Thirdly, design of LC module becomes simpler and reduced the price because from space between substrates the polymeric micro color filters, the leveling layer, a contrasting mask are removed. Manufacturing of these elements in an essential degree makes the manufacture more expensive.