LED light source capable of promoting fruit fullness

A LED light source, full technology, applied in the direction of electrical components, circuits, semiconductor devices, etc., can solve the problems of narrow spectral range of LED plant growth light source, lack of mature 730nm band of melons and fruits, and can not meet the needs of plants, so as to achieve effective absorption by plants , Expand the blue spectral range, the effect of broad spectrum

Inactive Publication Date: 2017-05-31
GUANGDONG IGREEN BIO TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The peak spectrum of the LED plant growth light source does not really meet the needs of plant growth, and the spectral range of the LED plant growth light source is narrow, lacking the 730n

Method used

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  • LED light source capable of promoting fruit fullness
  • LED light source capable of promoting fruit fullness
  • LED light source capable of promoting fruit fullness

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] An LED light source for promoting fruit fullness, which is obtained by co-packaging a near-ultraviolet light chip and phosphor powder, the phosphor powder is coated on the outer surface of the near-ultraviolet light chip, and the phosphor powder includes red phosphor powder and blue phosphor powder , near-infrared phosphors and green phosphors.

[0024] In parts by mass, weigh 100 parts of red fluorescent powder, 100 parts of blue fluorescent powder, 10 parts of near-infrared fluorescent powder, 25 parts of green fluorescent powder and 4 parts of silica gel, mix them uniformly, and coat them on the near-ultraviolet fluorescent powder. The outer surface of the optical chip is packaged to obtain a full-bodied LED light source.

[0025] The emission wavelength of the near ultraviolet light chip is 394nm.

[0026] After the red phosphor powder is excited, the emission wavelength range is 620-680nm, and the peak wavelength is 630nm.

[0027] After the blue fluorescent powd...

Embodiment 2

[0034] An LED light source for promoting fruit fullness, which is obtained by co-packaging a near-ultraviolet light chip and phosphor powder, the phosphor powder is coated on the outer surface of the near-ultraviolet light chip, and the phosphor powder includes red phosphor powder and blue phosphor powder , near-infrared phosphors and green phosphors.

[0035] In parts by mass, weigh 400 parts of red fluorescent powder, 100 parts of blue fluorescent powder, 10 parts of near-infrared fluorescent powder, 25 parts of green fluorescent powder and 10 parts of silica gel, mix them uniformly, and coat them on the near-ultraviolet fluorescent powder. The outer surface of the optical chip is packaged to obtain a full-bodied LED light source.

[0036] The emission wavelength of the near ultraviolet light chip is 394nm.

[0037] After the red phosphor powder is excited, the emission wavelength range is 620-680nm, and the peak wavelength is 630nm.

[0038] After the blue fluorescent pow...

Embodiment 3

[0046] An LED light source for promoting fruit fullness, which is obtained by co-packaging a near-ultraviolet light chip and phosphor powder, the phosphor powder is coated on the outer surface of the near-ultraviolet light chip, and the phosphor powder includes red phosphor powder and blue phosphor powder , near-infrared phosphors and green phosphors.

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Abstract

The invention discloses an LED light source capable of promoting fruit fullness. The LED light source is obtained by jointly packing a near ultraviolet chip and fluorescent powder coated on the surface of the near ultraviolet chip, the fluorescent powder includes red fluorescent powder, blue fluorescent powder, near ultraviolet fluorescent powder and green fluorescent powder according to a mass ratio of (1-4):(0.5-1):(0.1-0.5), and mass of the green fluorescent powder is 0.25-0.5 time that of the red fluorescent powder. The LED light source which is a plant growth light source is high in excitation efficiency and light efficiency, wide in light spectrum and conducive to plant absorption, and absorbing effectiveness to the light spectrum can be adjusted according to light elements needed by plants in the fruiting period to meet special needs of the plants on light in the fruiting period.

Description

technical field [0001] The invention belongs to the technical field of LED light sources for promoting plant growth, and in particular relates to an LED light source for promoting fruit fullness. Background technique [0002] People hope to irradiate plants with artificial light sources to meet the energy needed for the special purpose of plant growth. The specific types can be divided into: supplementing the intensity of natural light, prolonging the time of natural light irradiation, and completely replacing natural light. The light environment is one of the important physical environmental factors that are indispensable for the growth and development of plants. During the cultivation of agricultural greenhouses, due to climate change or poor light transmission of the greenhouses, the light intensity in the greenhouses cannot meet the requirements. The phenomenon required for plant growth, and plants have different requirements for light of different wavelengths in differe...

Claims

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Application Information

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IPC IPC(8): H01L33/50
CPCH01L33/504
Inventor 王忆廖海田浩薛燕陈光彩
Owner GUANGDONG IGREEN BIO TECH CO LTD
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