Distributed supplemental-lighting-lamp regulating system

Abstract

The invention discloses a distributed supplemental-lighting-lamp regulating system. The distributed supplemental-lighting-lamp regulating system comprises a motor, a clutch, a winding wheel, steel pipes, a bearing support, a transmission gear rack, a suspension cord, an integrated lamp bracket, supplemental lighting lamps and pull ropes. According to the distributed supplemental-lighting-lamp regulating system, the supplemental lighting lamps are placed on the integrated lamp bracket, the integrated lamp bracket is wound on the winding wheel through the suspension cord, and then, height adjustment is carried out in a manner that the motor controls rotation of the steel pipes; due to the clutch, the supplemental lighting lamps of all cultivation rows can be controlled in a unified manner, and any row can be controlled independently, so that distributed system adjustment is achieved; meanwhile, due to the arranged integrated lamp bracket with two wings, control on irradiation angles is achieved; and the system can also be controlled by a remote PC terminal and a mobile phone terminal through a relay, so that full mechanized management and remote control are achieved, the level of mechanized operation is increased, and the supplemental lighting effect of the supplemental lighting lamps is improved.

Description

technical field [0001] The invention relates to the related field of facility agricultural machinery and equipment systems, in particular to a distributed supplementary light adjustment system. Background technique [0002] Light is closely related to the growth of crops. Capturing light energy to the greatest extent and giving full play to the potential of plant photosynthesis will be directly related to the benefits of agricultural production. In recent years, due to the promotion of market demand, greenhouses are widely used to produce off-season flowers, fruits, vegetables, etc. Due to the short sunshine time in winter and spring, slow crop growth and low output, it is urgent to supplement light; most of China is located in Eastern Asia has a temperate monsoon climate, where low temperature and little sunshine often occur for at least 1-3 days, and continuous cloudy and little sunshine for 7 to 8 days at most. The disaster of continuous shade and little sunshine in wint...

AI Technical Summary

Problems solved by technology

[0003] In recent years, various light sources have begun to be applied to facility agriculture, and LED plant supplementary light has developed rapidly. Domestic technology companies have developed a full-spectrum light that can simulate the color temperature changes of sunlight in different time periods, which can simulate the effects of sunlight. The change of color temperature is sufficient to make plants absorb light of different wavelengths, which is beneficial to plant growth, and the full-spectrum lamp has ultraviolet and far-infrared spectrum, which is beneficial to improve the quality of plants, but the setting method of supplementary light is simple and direct hanging on the plant Nearby, the hanging height and light direction need to be manually set by workers, and the mechanized adjustment management has not been realized

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