Transparent LED Submount with Phosphor Conversion

The patent employs a encapsulation layer (thin film structure) that covers and protects the LED chip from environmental exposure to humidity and chemicals, while still allowing light to pass through. This flexible protective shell isolates the sensitive LED chip from harmful atmospheric conditions without blocking its light emission function.

The encapsulation layer acts as an intermediary between the LED chip and the external environment. It serves as a protective barrier that mediates the interaction between the LED chip and humidity/chemicals in the atmosphere, preventing direct contact and degradation while maintaining optical transparency for light emission.

The patent extracts and eliminates unnecessary complex packaging components from conventional LED packaging methods. By using a simplified encapsulation layer structure instead of multiple protective layers and components, the design reduces manufacturing complexity and cost while maintaining adequate protection for the LED chip.

The encapsulation layer is designed as a simple, cost-effective protective structure that can be easily manufactured and applied. This affordable protective layer provides sufficient protection for the LED chip without requiring expensive packaging materials or complex assembly processes.

The patent converts the harmful high-intensity blue light into beneficial light by introducing a phosphor conversion layer. This layer absorbs the harmful blue light and converts it to safer, more comfortable wavelengths (yellow-green), transforming the harmful radiation into a beneficial light source that maintains illumination intensity while protecting human eyes.

The phosphor conversion layer acts as an intermediary between the blue LED chip and the human eye. It mediates the interaction by absorbing the harmful blue light and converting it to safer wavelengths, preventing direct exposure to high-intensity blue light while maintaining the lighting function.