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A liquid crystal display apparatus using a thin film transistor, includes first and second substrate sections and a liquid crystal layer provided between the first substrate section and the second substrate section. A supporting spacer extends from the first substrate section. The second substrate s

A liquid crystal display apparatus using a thin film transistor, includes first and second substrate sections and a liquid crystal layer provided between the first substrate section and the second substrate section. A supporting spacer extends from the first substrate section. The second substrate section has a concave section. The tip portion of the supporting spacer engages the concave section to keep a gap from the first substrate section.

대표청구항 ▼

A liquid crystal display apparatus using a thin film transistor, includes first and second substrate sections and a liquid crystal layer provided between the first substrate section and the second substrate section. A supporting spacer extends from the first substrate section. The second substrate s

A liquid crystal display apparatus using a thin film transistor, includes first and second substrate sections and a liquid crystal layer provided between the first substrate section and the second substrate section. A supporting spacer extends from the first substrate section. The second substrate section has a concave section. The tip portion of the supporting spacer engages the concave section to keep a gap from the first substrate section. onics; Apr. 7, 1981; pp 158-159. Niina, T., et al; A Multi-Color GaP LED Flat Panel Display Devices; 1981 SID International Digest of Papers, Apr. 28 to Apr. 29, 1981; Vol XII (1981), pp 140-141; SID; US. Yamaguchi, Takao, et al.; A High Brightness GaP Multicolor LED; IEEE Transactions on Electron Devices; May 31, 1981; Vol ED-28; No. 5; pp 588-592; IEEE; US. Ralphsnyder, William G.; 2-Color LED × 3 Bit = 8 Visual Effects; EDN; Jul. 22, 1981; vol. 26, No. 14; pp 382-383. Gilessen, et al.; A Survey of Interconnection Methods Which Reduce the Number of External Connections for LED Displays; Proceedings of the S.I.D., Dec. 31, 1981; vol. 22/3; pp 181-184; SID; US. Lewis, et al.; MM&T Program for Three Color Light Emitting Diode Display Modules; Defense Technical Information Center; Research and Development Technical Report; Dec. 31, 1981; Semiannual Program Report; Defense Technical Information Center; US. Williams, Gregg; A Closer Look at the IBM Personal Computer; Jan. 31, 1982; pp 36-62; BYTE Publications; US. Rao, V.; Two LEDs Blend and Blink to Indicate Six States; Electronic Design; Aug. 5, 1982; Vol 30, No. 16; p 220. Niina, T., et al.; A Multi-Color LED Flat panel Display Device for Colorful Displays of Letters and Figures; Proceedings of the SID; Dec. 31, 1982; vol. 23, No. 2; pp 73-76; SID; US. O'Mara, P.A., et al.; Micro