Liquid crystal display device

A liquid crystal display device including a liquid crystal panel in which a liquid crystal is interposed between two substrates on at least one of which drive electrodes for driving the liquid crystal are provided,

• the liquid panel comprising:
• a plurality of electrode-connecting-terminal sections on each of gate and source sides of the panel, each connected to a predetermined number of the drive electrodes and provided with drive mans capable of driving the predetermined number of the drive electrodes;
• and
• a circuit substrate for supplying a drive signal and a drive voltage as liquid-crystal-drive signals to the electrode-connecting-terminal sections,
• wherein:
• connecting wires are provided between a specific pair of adjacent electrode-connecting-terminal sections so as to transmit the drive signal and the drive voltage sequentially from one electrode-connecting-terminal section to a next;
• and
• stabilizer means is provided between at least a pair of adjacent electrode-connecting-terminal sections so as to stabilize the drive voltage transmitted via the connecting wires, and provides the drive voltage as the liquid-crystal-drive signal to two electrode-connecting-terminal sections which are immediately adjacent to the stabilizer means, and also, through transmission via the connecting wires, to the other electrode-connecting-terminal sections which are electrically connected to the stabilizer means.

A liquid crystal display device including a liquid crystal panel in which a liquid crystal is interposed between two substrates on at least one of which drive electrodes for driving the liquid crystal are provided,

• the liquid crystal panel comprising:
• a plurality of electrode-connecting-terminal sections on each of gate and source sides of the panel, each connected to a predetermined number of the drive electrodes and provided with drive means capable of driving the predetermined number of the drive electrodes;
• and
• connecting wires provided, and establishing electrical connection, between predetermined adjacent electrode-connecting-terminal sections so as to transit a liquid-crystal-drive signal sequentially from one electrode-connecting-terminal section to a next,
• wherein,
• circuit substrates, each electrically connected directly to one or two electrode-connecting-terminal sections so as to supply the liquid-crystal-drive signal to other electrode-connecting-terminal sections through transmission via the connecting wires, are provided as stabilizer means for collectively supplying the liquid-crystal-drive signal to electrode-connecting-terminal sections provided along an edge of a peripheral part of the liquid crystal panel so as to stabilize the signal;
• and
• the electrode-connecting-terminal sections and the connecting wires are provided in a peripheral part of the liquid crystal panel.

A liquid crystal display device comprising:

• a liquid crystal panel including liquid crystal material interposed between first and second substrates;
• a plurality of address lines provided on one of the substrates for providing driving signals to the liquid crystal panel;
• a plurality of electrode-connecting-terminal sections, each comprising a circuit provided on a flexible substrate, provided on at least one side of the liquid crystal panel, each of the electrode-connecting-terminal sections being electrically connected to a plurality of said address lines;
• and
• a circuit for supplying liquid-crystal-drive signals to the electrode-connecting-terminal sections,
• a plurality of stabilizer circuits, each located between adjacent electrode-connecting-terminal sections, for stabilizing signals transmitted to the electrode-connecting-terminal section, and wherein the stabilizer circuits are for interconnecting adjacent electrode-connecting-terminal sections, and are not connected to any address lines of the liquid crystal panel, and wherein said stabilizer circuits are not connected to said circuit for supplying liquid-crystal-drive signals to the electrode-connecting-terminal sections.