Image-enhancing plant lamp

Abstract

The invention discloses an image-enhancing plant lamp. The image-enhancing plant lamp is used for providing a light source required by the growth of plants, and is used for collecting the images of natural light. The image-enhancing plant lamp comprises a semiconductor light source module and an image collector, wherein the transmitting light spectrum of the semiconductor light source module has afirst peak value within a first wavelength and a second peak value within a second wavelength; the vision angle of the image collector is approximately positioned in the vision angle of the semiconductor light source module, the image collector is provided with an inner filter, and the received light spectrum passing through the inner filter has a third peak value within a third wavelength and afourth peak value within a fourth wavelength; the third wavelength and the fourth wavelength are used as a main wavelength and a complementary main wavelength, and the difference between the third peak value and the fourth peak value is controlled within 50%. The image-enhancing plant lamp has the advantages that by arranging the inner filter which is specially designed for the plant lamp, the color display function of natural light is realized; the health conditions of the plants radiated by different light spectra can be conveniently observed.

Description

technical field [0001] The invention relates to the technical field of plant lamps, in particular to an image-intensified plant lamp capable of capturing images close to natural light. Background technique [0002] In order to solve the food problem caused by severe climate change and improve the productivity and nutritional content of food, US Patent No. 5012609 discloses a LED lamp suitable for plant growth. Through the matching of LED chips of different colors, it can provide chlorophyll (chlorophyll) ) the maximum absorption light source (for example: 620-680nm), and the starting light source for plant photomorphogenesis and phototropic requirement (for example: 700-760nm and 400-450nm). In the 30 years since the disclosure of the above technology, many plant spectrums have been produced successively for different plant growth needs. [0003] Spectrum patterns required for different plant growth requirements, such as: leaf enlargement, stem length, starch storage in und...

AI Technical Summary

Problems solved by technology

However, if the intensity of the added green light cannot match the intensity of other plant growth lights (such as red light and blue light), you will only see red or purple leaves in the end, and the color of the leaves cannot be faithfully represented

Or increase the intensity of green light to red light, but still have the problem of dark blue

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