Universal Display had 19 patents in metaverse during Q2 2024. Universal Display Corp filed patents in Q2 2024 for compounds, formulations, and devices utilizing compounds with plasmonic materials for enhanced energy transfer in organic emissive layers. Methods for depositing organic emissive materials via OVJP print heads for improved pixel density and resolution were also disclosed. Additionally, a composition comprising a phosphorescent emitter compound for organic light emitting devices at room temperature was provided. Devices with multiple multicomponent emissive layers and organic electroluminescent devices with tandem structures of plasmonic OLEDs were also included in the patents. GlobalData’s report on Universal Display gives a 360-degree view of the company including its patenting strategy. Buy the report here.
Universal Display had no grants in metaverse as a theme in Q2 2024.
Recent Patents
Application: Organic electroluminescent devices (Patent ID: US20240215302A1)
The patent filed by Universal Display Corp. describes compounds, formulations, and devices utilizing compounds for devices with a substrate, first electrode, and an organic emissive layer containing an organic emissive material. The devices also include an enhancement layer with a plasmonic material that non-radiatively couples to the organic emissive material, transferring excited state energy to surface plasmon polaritons. The organic emissive material must have specific decay rate constants and a vertical dipole ratio (VDR) value of 0.33 or greater, with the enhancement layer located within a threshold distance from the organic emissive layer.
The claims of the patent detail the specific configurations and materials used in the device, including the requirement for a VDR value of 0.33 or greater in the organic emissive layer. The patent covers various scenarios such as the use of phosphorescent, fluorescent, or Thermally Activated Delayed Fluorescence (TADF) materials in the organic emissive layer. Additionally, the patent includes claims related to the formation of exciplex within the organic emissive layer, the use of nanoparticles for outcoupling structures, and the coating of nanoparticles with different materials. The patent also extends to consumer products incorporating the described device structure with specific requirements for the organic emissive material and the enhancement layer.
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