From backlighting to "wallpaper lighting"
From backlighting to wallpaper lighting, in the 21st century, the most meaningful and exciting discovery is the electroluminescence of polymers. This miracle can be used to replace cathode ray tubes, liquid crystal displays, and improve virtual reality. The use of the illuminator material, which ultimately led to the generation of wallpaper illumination, was initially used only in the backlighting of mobile phones and consumer electronics, and its use was extended to markers and television flat screens. It can also be used in the field of photovoltaics, such as regional detectors and optoelectronics. Many international companies began to explore this discovery in depth. They can use LEDs to make LEDs like traditional semiconductor materials. Among them are polymer manufacturing companies such as Duhuant and Dow Chemical Company bulb manufacturers, such as Osram and Philips, team and electronic equipment manufacturers such as Philips, Panasonic and 16111. However, all these companies are full of gratitude to the small British companies. The 3 good is that Cambridge Display Technology is their first initial target market to obtain discoveries and obtain global patents and give others the right to develop. It is a display and dot matrix display in the field of backlighting and consumer electronics. The long-term goal is to enter the graphical indicator market. Cambridge Display Technologies is based on the 1616 laboratory led by the University of Cambridge physics professor Blood Mountain 688. The two teams found that when the phenylene polymer is sandwiched in the middle of the counter electrode, it will be issued. At the beginning of the yellow-green, there was not much practical value because of insufficient light efficiency. Yue. But when they changed the chemical composition of the polymer and the structure of the device, its light efficiency reached a swim. The research team established Cambridge Display Technology after obtaining the main patents for polymer technology, and commercialized the discovery. The company has attracted a wide range of investors, including the creation of the bridge and it is always home without manufacturing and Pure research and development of marketing behavior By transferring patents and technology, Cambridge Display Technologies has enabled manufacturers to maintain the latest level of development of polymeric illuminators. To develop products for the market, for example, Philips has established a pilot plant in the Netherlands in 1660 to produce polymer light-emitting diodes for backlighting mobile phones and portable electronic devices. Among the bulb manufacturers, both Philips and Osram are interested in the application of polymeric illuminators, which in some cases outperform conventional LEDs. The polymer light-emitting diodes have all the monochromatic light in the visible spectrum, which can drive light at low voltage and low current density, and its service life exceeds 100. The sample of the polymerized light-emitting diode developed by Philips can make the calculator screen of 82 reach the original of 10064/1 under 3.5V electric 5A/piece, and its typical life is 3000 sun-emitting OLED color, or called polymer illuminator. Color development depends on the polymer material used. A slight change in the chemical structure of the polymer produces a new color from red. complete. It is possible to produce a variety of different colors. The white and black-and-white monochromatic organic light-emitting diodes are fabricated on a glass or plastic substrate coated with a transparent copper-tin oxide electrode. Thin gland In the process of rotating forging film, the anode is in the middle of the rotating silver thin semiconductor material. The polymer material dissolved in the solution can even shake the surface of a large substrate to form a uniform coating under the action of force, and finally, the process of spraying the cathode material synthesized by various metals into the forged film by mechanical elasticity is completed. After the end, the thickness of the final product is less than 500. The organic light-emitting diode has achieved almost the same benefits as the inorganic similar products. The organic light-emitting diode display also has many attractive advantages, and its reaction speed is fast, and it can be started at a low voltage of 5VW. The light intensity is proportional to the current. If the two electrodes are orthogonal along the xy line, the light will be emitted from the faces they form. In this way, the polymerized illuminator can produce a very small spot and can illuminate the billboards and warning signs that are difficult to make with large-area LEDs. The organic joint manufacturer can wet the Af self-brewed dragon 塾 page k oil i5 pole Tube h county lv.http://ww.nki.net LCD and plasma display to be different from the forging film on the two glass plates, the polymer illuminator can be shaken on the block glass or plastic sheet forging gland, in addition to this The flexible substrate can also be shaken to meet the special application requirements of the device for the special application of organic light-emitting diodes. H German joint venture company produces a credit card that can continuously report the remaining amount to the owner. Although the credit card consists of a microprocessor and a thin battery. The input keys and the display are composed, but it is still very thin, and can be shaken like a traditional credit card. The life of the credit card is one year, and it has the ability to resist general mechanical pressure. The research team of Cambridge Display Technology Company can produce red, green and blue. Polymer materials of different visible light. Currently, they are developing electronic actuators for pictorial color display displays. To produce dark flat-panel displays such as televisions and computer monitors, it is necessary to combine the blue-green dots into a fixed form. The traditional lithography technology is complicated and expensive. Cambridge Display Technology Co., Ltd. cooperates with 3 companies from 8 companies. New methods based on inkjet printing are now the best inkjet printers that can achieve their desired clarity and uniformity due to the fact that polymeric substances are extremely sensitive to contaminants. Organic molecules are in contact with water or oxygen. After that, it will be decomposed. Therefore, it is necessary to prepare materials in the laboratory. GeoIgWittan, the engineer responsible for material processing at the research institute of Xikou Subsidiary, said that the necessary process for producing organic light-emitting diode materials is not easy to make all materials in mass production. The manufacture is carried out in a chamber, sometimes in a closed chamber filled with an inert gas or a vacuum. The organic light-emitting diode and the inorganic light-emitting diode can achieve the light effect of the traditional crane light, so they can be used for illumination. And display field today, medium-efficiency LEDs can achieve brightness at low voltages compared to white and smart lights. Yes, this kind of brightness seriously restricts its life, partly because of the high temperature and relatively low light efficiency. Before the commercial success of lighting products, it is necessary to improve the light efficiency and reduce the heat. Theoretically, the light efficiency can reach 2 Stupid or higher OSRAM President Wolf4eteIBopst Bo± said that once the weeping seed improves the shake, there is no doubt that the polymer light-emitting diode will change the world's lighting method. As Uax said, wallpaper lighting will become possible while organic light The main market for diodes and polymer light-emitting diodes will be estimated in the consumer electronics industry, with a market forecast of $2 for the 200-sea market and up to $3 for the 200-unit model. However, Professor 611 of Cambridge Display Technologies said that although LEDs have developed rapidly over the past two years, but the market acceptance of such products will also depend on their performance and cost. Most of the conditions for such products to go to market are available. For example, Philips has worked for thousands of sustainable jobs. Hours of light-emitting diodes, however, Professor Friend stressed that polymerized LEDs must reduce the cost, which points to it In the field of applications, such as the use of printing instead of lithographic graphic displays, it will be particularly important. FIiend believes that the use of polymeric light-emitting diodes in the future will be broader than imagined, but to achieve his predictions, but also in technology and market Two aspects of large-scale development and a large amount of capital investment from the British £76 Ruhua 1 editorial editor Bao Baofang Anhui Yinruilin Investment Co., Ltd. welcomes cooperation and joint development of Hefei Dafa Lighting Appliance Co., Ltd., which is controlled by Anhui Yinruilin Investment Co., Ltd. The company has introduced an annual production of 9 spleen generation international advanced level 3 Xie Qiao only 40 ¥, 32 Brigade 22 ¥ ring smart light automatic production line, with advanced quality testing equipment and perfect quality assurance system, product quality has reached international ratio [ 8 Qiaori State 6, 10682 8 prefabricated ring-shaped light is a nationally promoted green lighting engineering product, which has the advantages of high luminous efficiency, power saving, long life, uniform illumination and beautiful appearance. Style lighting, suitable for families. office. Factory, shopping mall. The electronic ballasts produced by the company, such as the hotel, are used in conjunction with the ring lights, which can be instantaneously moved at low voltage, and the energy saving effect is remarkable. Hefei Dafa Lighting Co., Ltd. is now relocated. It is located in Shuangfeng Industrial Zone, Hefei City. The new factory and advanced equipment are specially sought from the community for joint ventures, partner leasing, contracting operations. The company warmly welcomes domestic and foreign merchants for consultation and inspection. Welcome the partner with the preferential policy. Linnai Tel: Mr. Chen Zhaojun 0551 5549776 Mr. Wang Guangjin 0139001993 Address: 25 Rongshida Avenue, Hefei City, Zip Code: 230041
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