Electroluminescence display unit and method of fabricating the same

A method of fabricating an electroluminescence display unit formed by connecting a plurality of electroluminescence display panels to each other, comprising steps of:

• forming said plurality of electroluminescence display panels by providing a plurality of emission parts arranged along a first direction at a first pitch;
• and
• connecting opposite ends of said electroluminescence display panels adjacent to each other along said first direction through a width adjusting member so adjusted that emission parts opposed to each other through the junction between said electroluminescence display panels adjacent to each other along said first direction are arranged at a second pitch equal to said first pitch.

An electroluminescence display unit formed by connecting a plurality of electroluminescence display panels to each other;

• wherein each of said plurality of electroluminescence display panels is formed with a plurality of emission parts arranged along a first direction at a first pitch, and the plurality of emission parts opposed to each other through a junction between said electroluminescence display panels adjacent to each other along said first direction are arranged at a second pitch equal to said first pitch;
• wherein each of said plurality of emission parts includes a plurality of color emission parts emitting light of different colors, said color emission parts are arranged in said emission part along said first direction at a third pitch, and the distance between said emission parts opposed to each other through the junction between said electroluminescence display panels adjacent to each other along said first direction is set to multiple times of said third pitch.

An electroluminescence display unit formed by connecting a plurality of electroluminescence display panels to each other;

• wherein each of said plurality of electroluminescence display panels is formed with a plurality of emission parts arranged along a first direction at a first pitch, and the plurality of emission parts opposed to each other through a junction between said electroluminescence display panels adjacent to each other along said first direction are arranged at a second pitch equal to said first pitch;
• wherein said plurality of emission parts include a plurality of blue emission parts emitting blue light and a plurality of red emission parts emitting red light, and the junction between said electroluminescence display panels adjacent to each other along said first direction is arranged between said blue emission parts and said red emission parts.

An electroluminescence display unit formed by connecting a plurality of electroluminescence display panels to each other;

• wherein each of said plurality of electroluminescence display panels is formed with a plurality of emission parts arranged along a first direction at a first pitch, and the plurality of emission parts opposed to each other through a junction between said electroluminescence display panels adjacent to each other along said first direction are arranged at a second pitch equal to said first pitch;
• wherein the junction between said electroluminescence display panels adjacent to each other along said first direction is located closer to an emission part having lower luminance in white emission among said emission parts opposed to each other through said junction.

An electroluminescence display unit formed by connecting a plurality of electroluminescence display panels to each other;

• wherein each of said plurality of electroluminescence display panels is formed with a plurality of emission parts arranged along a first direction at a first pitch, and the plurality of emission parts opposed to each other through a junction between said electroluminescence display panels adjacent to each other along said first direction are arranged at a second pitch equal to said first pitch;
• wherein a width adjusting member adjusting the width of the junction between said electroluminescence display panels adjacent to each other along said first direction is arranged on said junction.

An electroluminescence display unit formed by connecting a plurality of electroluminescence display panels to each other;

• wherein each of said plurality of electroluminescence display panels is formed with a plurality of emission parts arranged along a first direction at a first pitch, and the plurality of emission parts opposed to each other through a junction between said electroluminescence display panels adjacent to each other along said first direction are arranged at a second pitch equal to said first pitch;
• wherein said width adjusting member includes spherical particles having a constant particle size mixed into an adhesive bonding said electroluminescence display panels adjacent to each other along said first direction to each other.

An electroluminescence display unit formed by connecting a plurality of electroluminescence display panels to each other;

• wherein each of said plurality of electroluminescence display panels is formed with a plurality of emission parts arranged along a first direction at a first pitch, and the plurality of emission parts opposed to each other through a junction between said electroluminescence display panels adjacent to each other along said first direction are arranged at a second pitch equal to said first pitch;
• wherein each of said plurality of electroluminescence display panels includes a plurality of first electrode layers and a plurality of second electrode layers arranged on a first substrate to intersect with each other, said emission parts are provided on intersections between said plurality of first electrode layers and said plurality of second electrode layers, said plurality of first electrode layers are made of a metal oxide, said plurality of second electrode layers are made of a metal, and end surfaces of said plurality of second electrode layers are inwardly separated from a side edge of said first substrate closer to the junction between said plurality of electroluminescence display panels on the side of the junction.