Cold cathode plant growth lamp

Abstract

The invention relates to a cold cathode plate growth lamp which comprises an outer pipe and a cold cathode lamp tube. A reflector is arranged in the outer pipe; phosphor powder used by the cold cathode lamp tube is prepared by mixing special red and blue phosphor powders; the cold cathode lamp tube is arranged on one side of the reflector by a tube clamp; the other side of the reflector is provided with an inverter; the output end of the inverter is electrically connected with the cold cathode lamp tube; and the input end of the inverter is led out to both ends of the outer pipe by lamp caps. The cold cathode plate growth lamp can be connected by sufficiently utilizing an existing lamp holder with the specification of T5 / T8 / T10. Moreover, the cold cathode plate growth lamp has a long service life, is low in maintenance cost and good in light directivity and is very suitable to replace the sunlight to provide a light environment similar to the sunlight for the growth and development of plants.

Description

technical field [0001] The invention relates to a plant lighting lamp, in particular to a cold cathode plant growth lamp. technical background [0002] Traditional plant growth lights have a large difference between the wavelength and the wavelength of sunlight, high power consumption, short life, fast light decay, and low switching times. Long-term lighting and frequent switching will lead to premature aging of the lamp; the stroboscopic is severe, and it takes a few seconds to flicker when it is turned on. After several months of lighting, the brightness of the lamp will be significantly attenuated, and the quality of the lamps currently on the market is uneven. It is uneven, needs to be replaced frequently, the maintenance cost is high, and the life of the ballast is not long. The ballast and the lamp need to be installed separately, which does not save space. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a...

AI Technical Summary

Problems solved by technology

[0002] Traditional plant growth lamps have a large difference between the wavelength and the wavelength of sunlight, large power consumption, short life, fast light decay, and low switching times

Long-term lighting and frequent switching will lead to premature aging of the lamp; the stroboscopic is severe, and it takes a few seconds to flicker when it is turned on. After several months of lighting, the brightness of the lamp will be significantly attenuated, and the quality of the lamps currently on the market is uneven. Irregularity, need to be replaced frequently, high maintenance cost, and the life of the ballast is not long, the ballast and the lamp need to be installed separately, which does not save space

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