| 主权项 |
1. A wavelength emitting electronic device for manipulating a plurality of plant growth via restricted spectral output of individual wavelengths to target chemical excitation within chlorophyll molecules in chloroplast, the wavelength emitting electronic device comprising:
a supporting frame member comprising a first surface and a second surface, the first surface is detachably attached to the second surface, wherein the second surface is configured to support two or more wavelength emitting electronic device components as a single unit, providing thermal transference via thermal conduction; at least one printed circuit board, comprising an array of light sources, wherein the light sources are light emitting diodes (LEDs), detachably attached to the second surface, wherein the each light source of the array of light receive electrical signals from an external power source mounted to the second surface, wherein the each light source of the array of light sources emits monochromatic light of predetermined wavelengths comprising:
670 nm at 178.55 KJ/mole produced individually by 84 LEDs at 500 mA power supply;485 nm at 246.65 KJ/mole produced individually by 12 LEDs at 500 mA power supply;465 nm at 257.26 KJ/mole produced individually by 12 LEDs at 500 mA power supply, triggering a photomorphogenesis within multiple photoreceptors in the chloroplast to absorb the energy carried within the light for manipulation of a plurality of plants growth at every stage of the life-cycle, and an optically transmittive material fixedly attached to the second surface for transmitting the light emitted by the array of light sources to the plants for manipulating a plurality of plant growth via restricted spectral output of individual wavelengths to target chemical excitation within chlorophyll molecules in the chloroplast. |
