Organic electroluminescence panel

An organic electroluminescence panel, comprising a substrate including organic electroluminescence elements arranged in a matrix and a plurality of thin film transistors for driving the organic electroluminescence elements, wherein

• a sealing panel covering an area above a display area in which the organic electroluminescence elements are disposed is connected to the substrate in the peripheral portion of the substrate,
• the plurality of thin film transistors are covered with a planarization film,
• the organic electroluminescence elements are formed above the planarization film,
• a first moisture blocking layer is provided under the planarization film and above the thin film transistors,
• a second moisture blocking layer is provided over the planarization film,
• the second moisture blocking layer is bonded to the sealing panel using a sealing member, thereby connecting the substrate with the sealing panel, and
• the first moisture blocking layer and the second moisture blocking layer are directly connected with each other in the peripheral region of the substrate, so that a side portion of the planarization film is enclosed by the first and second moisture blocking layers.

An organic electroluminescence panel, comprising a substrate including organic electroluminescence elements arranged in a matrix and a plurality of thin film transistors for driving the organic electroluminescence elements, wherein

• a sealing panel covering an area above a display area in which the organic electroluminescence elements are disposed is connected to the substrate in the peripheral portion of the substrate,
• the plurality of thin film transistors are covered with a first planarization film,
• the organic electroluminescence elements are formed above the first planarization film,
• a moisture blocking layer is provided over the first planarization film,
• each of the organic electroluminescence element comprises a lower electrode, an upper electrode and an organic layer including an organic emissive material,
• a second planarization film covers edge portions of the lower electrode and is formed in a non-emissive region of the display region,
• in a region where a sealing member is bonded to the moisture blocking layer, the first planarization film extends under the moisture blocking layer,
• the second planarization film terminates at a point which is further inside the panel with respect to the region where the moisture blocking layer is bonded to the sealing member, and
• the moisture blocking layer is bonded to the sealing panel using the sealing member, thereby connecting the substrate with the sealing panel.