Display apparatus realizing a large image

A touch display apparatus comprising:

• a device substrate including an emission area and a separating area;
• a pixel electrode on the emission area of the device substrate, the pixel electrode being spaced away from the separating area;
• a link wire on the separating area of the device substrate, the link wire being spaced away from the pixel electrode;
• a bank insulating layer on the device substrate, the bank insulating layer including:
• a first opening partially exposing the pixel electrode;
• and
• a second opening partially exposing the link wire;
• a light-emitting layer on a portion of the pixel electrode which is exposed by the first opening;
• an upper electrode on the light-emitting layer, the upper electrode being connected to the link wire through the second opening;
• a separating partition on the bank insulating layer, the separating partition overlapping with the separating area;
• a first intermediate insulating layer between the device substrate and the bank insulating layer, the first intermediate insulating layer including a side toward the second opening between the link wire and the separating partition, the side having a shape of reverse taper;
• and
• an encapsulating element on the upper electrode and the separating partition,
• wherein the second opening is disposed between the emission area and the separating area,
• wherein the separating partition is disposed close to a side wall of the second opening, and
• wherein the side of the first intermediate insulating layer having the shape of reverse taper overlaps the link wire.

A touch display apparatus, comprising:

• a first link wire on a device substrate;
• a second link wire on the device substrate, the second link wire being spaced away from the first link wire;
• an upper planarization layer on the device substrate, the upper planarization layer including a first link contact hole partially exposing the first link wire, and a second link contact hole partially exposing the second link wire;
• a bank insulating layer on the upper planarization layer, the bank insulating layer including:
• a first opening in an emission area;
• a second opening overlapping with a portion of the first link wire;
• and
• a third opening overlapping a portion of the second link wire, the first opening being disposed between the second opening and the third opening;
• a light-emitting device in the emission area, the light-emitting device including a pixel electrode, a light-emitting layer and an upper electrode, which are sequentially stacked on the upper planarization layer;
• a separating partition on the bank insulating layer, the separating partition having a side that is reverse tapered and overlaps a side wall of the second opening, the second opening being disposed between the first opening and the separating partition;
• and
• an encapsulating element on the bank insulating layer, the light-emitting device and the separating partition,
• wherein the upper electrode of the light-emitting device includes an end which is connected to the first link wire in the second opening.