The key point of the above electronic ink technology is that it has the same contrast and infinite viewing angle as the black and white printing paper, and the image stability is very good, but the electric energy or the control system is only used when the image content needs to be changed. This means that the electronic ink is subjected to image control processing of the electronic ink through an electrostatically charged imaging head (using a desk-type device or a portable device). In addition, the display material can also be coated on a soft plastic active matrix circuit to produce the same digital control display screen as the liquid crystal display screen, and the cost is low, the thickness is thin, and the power consumption is small. Existing radio network technology can be used to remotely update the displayed advertisement or tag content in a timely manner.
The development of plastic printed circuit technology enables laptops, PDA computers or simple logic chip battery packs to have flexible display functions.
Gyricon's smart paper Gyricon Materials, founded in 2000, is an independent operating company of Xerox Corporation. Gyricon introduced smart paper called SmartPaper, and Xerox claimed it as Electronic Paper.
Xerox has been involved in the development of this new display material as early as 20 years ago. At the time, Nicholas Sheridan, a senior researcher at the Xerox Palo Alto Research Center, showed the industry a prototype of a new material he called Gyricon. In the same way as many of the company’s new inventions appeared, Xerox showed several primary samples after public announcements. Nothing more than that. In the mid-1990s, Xerox renewed its interest in Gyricon materials. Obviously this is also a corresponding countermeasure taken by E Ink Electronic Ink Company after it started to develop electronic ink. Sheridan works for Gyricon.
In 1993 Xerox commissioned 3M to manufacture SmartPaper smart paper, using a common coil coating equipment with paper or plastic as the basic substrate. The maximum paper size can reach 1220×1220mm, but the actual supply specification so far is 457×711mm.
Gyricon now offers SmartPaper smart paper to users in the form of a Maestro Sign display system. Since June 2001, the display system has been tested in the domestic retail chain of Messi Department Store. The MaestroSign display system is small, with a thickness of 19mm, with brackets, and a display system used in stores. There are two types. One is a fixed image display device with a size of 63×125mm, priced at about 14 pounds; the other is a programmable graphic display system with specifications of 178×280mm, 266×280mm, and 280×356mm, starting at sales. About 70 pounds. Both types of MaestroSign display systems can be controlled using a portable controller. The displayed content is a monochrome pattern with variable text characters (25 mm in size), fixed information displayed as 25 pound (pt) characters, and resolution of 100 lpi (lines per inch) to reach 300 lpi in the future. In addition, price tags used on store shelves made from SmartPaper smart paper with refreshable display content will be launched later this year.
Sending various images to the programmable display system settings can be done using the WaestroWare PC software via wireless without a network. MaestroWare software can also control the same network-related LCD and plasma display.
According to Gyricon, SmartPaper's new display materials are durable and do not fade for years. Its outdoor optimum temperature range is 0-50 degrees Celsius.
E Ink R&D Progress E Ink Electronic Ink's electronic ink technology was invented in 1995 by Mr. Jacobson of the MIT Material Laboratory. The ultimate goal of E Ink is to introduce a new type of reading display material called RadioPaper. This material has both the readability of paper ink and the ability to use digital technology to download news headlines according to user instructions or An entire best-selling novel, which provides anyone with the information needed anywhere, is planned to be launched in 2005. At the same time, E Ink is also preparing to develop advertising materials and data display systems designed for original equipment manufacturers (OEMs).
In 1999, E Ink Company had conducted an on-site advertising signage field demonstration test with strong support from related parties. The display materials used for the display were called Immedia. These advertisement signboards use AC power. At that time, the customer suggested that the speed of change should be accelerated and the resolution should be increased. Therefore, the above products were eventually withdrawn and remodeled. Now E Ink's product switching speed has increased 300-fold, and the company also introduced a small-sales advertising display material (named dynamic ink, Ink-In-Motion) using batteries, specifications from 106 × 300mm to 222 × 180mm Ranging from the original equipment manufacturers. These new Ink-In-Motion display materials are used with pre-printed fixed image mats (the latter can be printed with clear ink), or the display pattern has a skylight, and can see the electronic ink animation display.
E Ink is more willing than Gyricon to disclose its future display materials R&D plans and cooperation. The company adopted Lucent Technologies' plastic semiconductor technology and launched a 256 × 256-pixel soft display material in November 2000. Six months later, in collaboration with the IBM Institute, a 12.1-inch monochrome computer monitor (with a resolution of 83 dpi) was demonstrated, with a viewing angle greater than the TFT LCD screen.
Toppan Printing Company invested £17.8 million in E Ink recently, based on the £3.5 million invested in the previous year. E Ink has successfully introduced a new display material sample with 4,096 colors using Toppan Printing's color filter array technology. Flipura has signed an exclusive contract with E Ink for the production of E Ink displays for PDA computers. In February of this year, E Ink Corporation announced the launch of a series of new segmented display media. Its appearance is similar to that of light-emitting diodes/LCD arrays. It will be used by original equipment manufacturers in electronic devices, with a large contrast and low power consumption. monitor.
E Ink currently operates a joint development project with VST in Germany. VST develops electronic technologies for the railways, companies and the air travel market, and integrates display components on display systems. E Ink's display products consume 500 times less power than other display products today. They are thin, lightweight and yet have the readable effect of printed signs. (To be continued)
The development of plastic printed circuit technology enables laptops, PDA computers or simple logic chip battery packs to have flexible display functions.
Gyricon's smart paper Gyricon Materials, founded in 2000, is an independent operating company of Xerox Corporation. Gyricon introduced smart paper called SmartPaper, and Xerox claimed it as Electronic Paper.
Xerox has been involved in the development of this new display material as early as 20 years ago. At the time, Nicholas Sheridan, a senior researcher at the Xerox Palo Alto Research Center, showed the industry a prototype of a new material he called Gyricon. In the same way as many of the company’s new inventions appeared, Xerox showed several primary samples after public announcements. Nothing more than that. In the mid-1990s, Xerox renewed its interest in Gyricon materials. Obviously this is also a corresponding countermeasure taken by E Ink Electronic Ink Company after it started to develop electronic ink. Sheridan works for Gyricon.
In 1993 Xerox commissioned 3M to manufacture SmartPaper smart paper, using a common coil coating equipment with paper or plastic as the basic substrate. The maximum paper size can reach 1220×1220mm, but the actual supply specification so far is 457×711mm.
Gyricon now offers SmartPaper smart paper to users in the form of a Maestro Sign display system. Since June 2001, the display system has been tested in the domestic retail chain of Messi Department Store. The MaestroSign display system is small, with a thickness of 19mm, with brackets, and a display system used in stores. There are two types. One is a fixed image display device with a size of 63×125mm, priced at about 14 pounds; the other is a programmable graphic display system with specifications of 178×280mm, 266×280mm, and 280×356mm, starting at sales. About 70 pounds. Both types of MaestroSign display systems can be controlled using a portable controller. The displayed content is a monochrome pattern with variable text characters (25 mm in size), fixed information displayed as 25 pound (pt) characters, and resolution of 100 lpi (lines per inch) to reach 300 lpi in the future. In addition, price tags used on store shelves made from SmartPaper smart paper with refreshable display content will be launched later this year.
Sending various images to the programmable display system settings can be done using the WaestroWare PC software via wireless without a network. MaestroWare software can also control the same network-related LCD and plasma display.
According to Gyricon, SmartPaper's new display materials are durable and do not fade for years. Its outdoor optimum temperature range is 0-50 degrees Celsius.
E Ink R&D Progress E Ink Electronic Ink's electronic ink technology was invented in 1995 by Mr. Jacobson of the MIT Material Laboratory. The ultimate goal of E Ink is to introduce a new type of reading display material called RadioPaper. This material has both the readability of paper ink and the ability to use digital technology to download news headlines according to user instructions or An entire best-selling novel, which provides anyone with the information needed anywhere, is planned to be launched in 2005. At the same time, E Ink is also preparing to develop advertising materials and data display systems designed for original equipment manufacturers (OEMs).
In 1999, E Ink Company had conducted an on-site advertising signage field demonstration test with strong support from related parties. The display materials used for the display were called Immedia. These advertisement signboards use AC power. At that time, the customer suggested that the speed of change should be accelerated and the resolution should be increased. Therefore, the above products were eventually withdrawn and remodeled. Now E Ink's product switching speed has increased 300-fold, and the company also introduced a small-sales advertising display material (named dynamic ink, Ink-In-Motion) using batteries, specifications from 106 × 300mm to 222 × 180mm Ranging from the original equipment manufacturers. These new Ink-In-Motion display materials are used with pre-printed fixed image mats (the latter can be printed with clear ink), or the display pattern has a skylight, and can see the electronic ink animation display.
E Ink is more willing than Gyricon to disclose its future display materials R&D plans and cooperation. The company adopted Lucent Technologies' plastic semiconductor technology and launched a 256 × 256-pixel soft display material in November 2000. Six months later, in collaboration with the IBM Institute, a 12.1-inch monochrome computer monitor (with a resolution of 83 dpi) was demonstrated, with a viewing angle greater than the TFT LCD screen.
Toppan Printing Company invested £17.8 million in E Ink recently, based on the £3.5 million invested in the previous year. E Ink has successfully introduced a new display material sample with 4,096 colors using Toppan Printing's color filter array technology. Flipura has signed an exclusive contract with E Ink for the production of E Ink displays for PDA computers. In February of this year, E Ink Corporation announced the launch of a series of new segmented display media. Its appearance is similar to that of light-emitting diodes/LCD arrays. It will be used by original equipment manufacturers in electronic devices, with a large contrast and low power consumption. monitor.
E Ink currently operates a joint development project with VST in Germany. VST develops electronic technologies for the railways, companies and the air travel market, and integrates display components on display systems. E Ink's display products consume 500 times less power than other display products today. They are thin, lightweight and yet have the readable effect of printed signs. (To be continued)
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