Energy lamp containing ultraviolet light and used for supplementing light for crops

Abstract

The invention discloses an ultraviolet light-containing energy lamp for supplementing light for crops, which is characterized in that through the mutual cooperation of an arc frame, a track, a mounting plate, a connecting shaft, a mounting frame, a driving gear, a gear motor, a driven gear, a lower convex plate, a side sliding rail and a tooth groove in the middle of the track, the mounting frame can move along the track; in the process that the mounting frame moves along the arc frame, the distance between the lampshade and the plant is continuously changed, so that the light supplementing angle is adjusted, and the good light supplementing effect is achieved; and meanwhile, in the process that the mounting frame moves along the arc frame, the distance between the lampshade and the plant is continuously changed. Therefore, the lifting structure comprising the stud, the notch, the gear ring, the upper side plate body, the rotating gear and the clamping block is arranged, the height of the lampshade is changed so as to maintain the good irradiation height and maintain the light supplementing effect, and through the LED red light lamp, the LED blue light lamp and the UVA ultraviolet lamp, the mature period of agricultural products can be shortened, the quality can be improved, and the disease and pest incidence rate of crops can be reduced.

Description

technical field [0001] The invention relates to the technical field of agriculture, in particular to an energy lamp containing ultraviolet light for supplementing light for crops. Background technique [0002] Facility agriculture is dominated by solar greenhouses. With the continuous progress of society, it is also constantly developing and updating. The original agricultural production operations mostly depend on climatic conditions and regional conditions. The regional and seasonal restrictions of production have realized the off-season listing of agricultural products. After more than 30 years of development, facility agricultural technology has developed rapidly. [0003] In the production of solar greenhouses in winter, due to the structure of the facility and the influence of extreme weather, the photosynthesis time of the crops in the facility is short, and the effective light requirements for their growth cannot be obtained at the same time, resulting in the efficie...

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Problems solved by technology

[0003] In the production of solar greenhouses in winter, due to the structure of the facilities and the influence of extreme weather, the photosynthesis time of the crops in the facilities is short, and at the same time, the effective light requirements for their growth cannot be obtained, which leads to the stagnation of the efficiency of crop production and nutrient accumulation. At present, the maturity period of agricultural products is prolonged, and the quality cannot meet the natural flavor that it should have. There are many domestic researches on supplementary light in greenhouses, but there are different opinions on what is the best spectral combination, and the differences are very large.

[0004] Most of the supplementary lights on the market only contain red and blue spectrums, and their use effect is limited. It is relatively weak in shortening the maturity period of agricultural products and reducing the incidence of insect pests. At the same time, the supplementary lights used in general greenhouses When supplementing the light on the planted crops, due to the problem of angle adjustment, it is difficult to fully illuminate the crops from multiple angles, resulting in a mediocre supplementary light effect.

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