Mass production encapsulation equipment and method for organic light emitting display devices

A mass production encapsulation equipment for organic light emitting display devices, comprising:

• a cover plate supply system, to supply a cover plate to the mass production encapsulation equipment;
• at least one dispensing system, to coat a resin on the panel;
• a turning/storage system, to store the cover plate after it is coated with the resin;
• a panel supply system, to supply a cover plate to the mass production encapsulation system, wherein the cover plate can be optionally coated with the resin;
• a lamination/ultra-violet radiation system, to laminate the panel and the cover plate after they are aligned, and having a first ultra-violet radiation system to perform a first stage exposure;
• a second ultra-violet radiation system, to perform a second stage exposure to cure the resin;
• a transporting system, to transport the cover plate between the cover plate supply system, at least one dispensing system, the turning/storage system, the lamination/ultra-violet radiation system, and the second ultra-violet radiation system, and to transport the panel between the panel supply system, the lamination/ultra-violet radiation system, and the second ultra-violet radiation system;
• and
• an atmosphere control system, to control moisture level and oxygen level of the mass production encapsulation equipment.

A mass production encapsulation method for organic light emitting display devices, comprising:

• providing a panel supply system to supply at least a panel into a transporting system;
• transporting the panel into a turning/storage system for turning over via the transporting system;
• alternately transporting the panel into the first dispensing system and the second dispensing system for coating a resin on the panel;
• transporting the panel coated with the resin by the first and the second dispensing systems into the turning/storage system for storage;
• transporting the panel into a lamination/ultra-violet radiation system by the transporting system;
• transporting a cover plate into the lamination/ultra-violet radiation system by the transporting system, wherein the cover plate is optionally also coated with the resin;
• performing lamination of the cover plate and the panel and performing the first stage exposure by an ultra-violet light;
• and
• transporting the panel laminated with the cover plate to an ultra-violet radiation system to perform the second stage exposure.

A mass production encapsulation method for organic light emitting display devices, comprising:

• providing a cover plate supply system to supply at least a cover plate into a transporting system;
• alternately transporting the cover plate into a first dispensing system and a second dispensing system for coating a resin thereon;
• transporting the cover plate coated with the resin by the first and the second dispensing systems into the turning/storage system for storage;
• transporting the cover plate into a lamination/ultra-violet radiation system by the transporting system;
• transporting a panel into the lamination/ultra-violet radiation system by the transporting system;
• performing lamination of the cover plate and the panel and performing the first stage exposure by an ultra-violet light;
• and
• transporting the panel laminated with the cover plate to an ultra-violet radiation system to perform the second stage exposure.