Display device having first and second offsetting transfer-connections connected between driving electrodes and wiring lines and bent respectively in different directions to adjust wiring line resistances

A display apparatus comprising:

• a first substrate having a first driving electrode group containing a plurality of driving electrodes and a second driving electrode group containing a plurality of driving electrodes;
• a second substrate having a first wiring line group containing a plurality of wiring lines and a second wiring line group containing a plurality of wiring lines;
• and
• a seal member for facing said first substrate and said second substrate each other with a gap filled with an electro-optical conversion material therein, and said seal member has electrical conductivity, wherein
• said plurality of driving electrodes contained in said first driving electrode group are electrically connected at a plurality of first transfer-connection positions to respective ones of said plurality of wiring lines contained in said first wiring line group,
• said plurality of driving electrodes contained in said second driving electrode group are electrically connected at a plurality of second transfer-connection positions to respective ones of said plurality of wiring lines contained in said second wiring line group, and
• said plurality of driving electrodes contained in said first driving electrode group respectively having bent portions, by which said transfer-connection positions are respectively offset in a first direction from extended lines of said plurality of driving electrodes contained in said first driving electrode group and said plurality of driving electrodes contained in said second driving electrode group respectively having bent portions, by which said transfer-connection positions are respectively offset in a second direction, which is different from said first direction, from extended lines of said plurality of driving electrodes contained in said second driving electrode group so that the wiring resistance of said plurality of wiring lines contained in said first wiring line group and the wiring resistance of said plurality of wiring lines contained in said second wiring line group changes at a substantially constant rate.

A display apparatus comprising:

• a first substrate having a first driving electrode group containing a plurality of driving electrodes and a second driving electrode group containing a plurality of driving electrodes;
• a second substrate having a first wiring line group containing a plurality of wiring lines and a second wiring line group containing a plurality of wiring lines;
• and
• a seal member for facing said first substrate and said second substrate each other with a gap filled with an electro-optical conversion material therein, and said seal member has electrical conductivity,
• wherein said plurality of driving electrodes contained in said first driving electrode group are electrically connected at a plurality of first transfer-connection positions to respective ones of said plurality of wiring lines contained in said first wiring line group,
• said plurality of driving electrodes contained in said second driving electrode group are electrically connected at a plurality of second transfer-connection positions to respective ones of said plurality of wiring lines contained in said second wiring line group, and
• said plurality of driving electrodes contained in said first driving electrode group respectively having bent portions, by which said transfer-connection positions are respectively offset in a first direction from extended lines of said plurality of driving electrodes contained in said first driving electrode group and said plurality of driving electrodes contained in said second driving electrode group respectively having bent portions, by which said transfer-connection positions are respectively offset in a second direction, which is different from said first direction, from extended lines of said plurality of driving electrodes contained in said second driving electrode group so that the wiring resistance of said plurality of wiring lines contained in said first wiring line group and the wiring resistance of said plurality of wiring lines contained in said second wiring line group have substantially the same resistance value.