1
Kimura Mutsumi, Matsueda Yojiro, Ozawa Tokuroh, Quinn Michael: Transistor circuit, display panel and electronic apparatus. Seiko Epson, May 24, 2000: EP1003150-A1 (32 worldwide citation)

A transistor circuit (100) including a driving transistor (110) where conductance between a source and a drain is controlled in response to voltage, and a compensating transistor (120) where a gate is connected to one of a source and a drain and wherein the compensating transistor is connected so as ...


2
Kimura Mutsumi, Maeda Hiroshi, Matsueda Yojiro, Kitawada Kiyobumi: Circuit board for luminescent element, electronic equipment and display. Seiko Epson, December 26, 2000: JP2000-357584 (25 worldwide citation)

PROBLEM TO BE SOLVED: To provide a circuit board for a luminescent element capable of preventing voltage drop in a common electrode so as to achieve bright image displaying.SOLUTION: A circuit board for a luminescent element is suitable for forming an electroluminescent element for emitting light wi ...


3
Kimura Mutsumi, Matsueda Yojiro, Ozawa Tokuroh, Quinn Michael: Transistor circuit, display panel and electronic apparatus. Seiko Epson, November 9, 1980: EP1594116-A2 (23 worldwide citation)

A transistor circuit (100) including a driving transistor (110) where conductance between a source and a drain is controlled in response to voltage, and a compensating transistor (120) where a gate is connected to one of a source and a drain and wherein the compensating transistor is connected so as ...


4
Matsueda Yojiro: Display apparatus. Seiko Epson, September 1, 2002: TW501080 (18 worldwide citation)

The present invention relates to a display apparatus. In the invention, layout efficiency and so on are considered in the display apparatus when the peripheral circuits are integrated and formed on a glass substrate. Plural scan lines and plural data lines are formed to have a grid shape, and, for t ...


5
Matsueda Yojiro, Nakanishi Hayato: Electro-optical device, matrix substrate, and electronic equipment. Seiko Epson, May 13, 2004: JP2004-139970 (17 worldwide citation)

PROBLEM TO BE SOLVED: To provide an electro-optical device which has a power supply wiring structure that can supply sufficient power to a common electrode of the electro-optical element.SOLUTION: This is the electro-optical device which constitutes the electro-optical element by a laminated structu ...


6
Matsueda Yojiro: Active matrix type display device.. Seiko Epson, June 27, 1990: EP0375233-A2 (16 worldwide citation)

An active matrix type display device has a plurality of scanning lines (Y1, ... Yn), a plurality of signal lines (X1, ... Xm), and pixels (10, 30, 40, 50, 60) disposed at inter-sections of the scanning lines and the signal lines for providing a display. Each pixel is driven by way of a respective pl ...


7
Matsueda Yojiro, Nakanishi Hayato: Electrooptical device, panel substrate, and electronic apparatus. Seiko Epson, April 15, 2004: JP2004-119219 (16 worldwide citation)

PROBLEM TO BE SOLVED: To propose a panel structure of an electrooptical device realizing an exact assigning intensity levels.SOLUTION: This electrooptical device is provided with a pixel electrode 27, a common electrode, and an electrooptical element driven by electric power supplied via the pixel e ...


8
Matsueda Yojiro C O Seiko Epso: Matrix liquid crystal display device using thin film transistors.. Seiko Epson, July 3, 1991: EP0435101-A1 (13 worldwide citation)

A liquid crystal display device comprises a first insulative substrate having thereon a plurality of signal lines (31) and scanning lines (32), a plurality of thin film transistors (34) ("TFTs") and a plurality of pixel electrodes (39) connected to said TFTs (34), a second insulative substrate havin ...


9
Kimura Mutsumi, Maeda Hiroshi, Matsueda Yojiro, Kitawada Kiyobumi: Display device, circuit substrate, and manufacture of the substrate. Seiko Epson, December 26, 2000: JP2000-356963 (13 worldwide citation)

PROBLEM TO BE SOLVED: To provide the arrangement and manufacturing method of the circuit of a display device in which unevenness of interpixel luminance and of the entire of a screen is not generated.SOLUTION: A thin film transistor 12 is provided between a power supply line 203 constituting the pow ...


10
KIMURA MUTSUMI, MATSUEDA YOJIRO, OZAWA TOKUROH, QUINN MICHAEL: [fr] Circuit à transistors, panneau daffichage, et appareil électronique, [de] Transistorschaltung, Anzeigepaneel, und elektronisches Gerät, [en] Transistor circuit, display panel and electronic apparatus. Seiko Epson, October 6, 2010: EP2237256-A2 (10 worldwide citation)

[en] A transistor circuit (100) including a driving transistor (110) where conductance between a source and a drain is controlled in response to voltage, and a compensating transistor (120) where a gate is connected to one of a source and a drain and wherein the compensating transistor is connected ...



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