Intelligent rapid seedling propagation and breeding device which contains crystal energy

Abstract

The invention discloses an intelligent rapid seedling propagation and breeding device which contains crystal energy. The intelligent rapid seedling propagation and breeding device which contains the crystal energy is composed of following modules of a base seat, a cultivation bed, a light hood, a growth information generator, an LED (light emitting diode) plant growth light, a semiconductor refrigeration and heating device, a heat preservation barrel, a nutrient solution barrel, a cool air pipe, a mist spray pipe, a rotary type mist spray head, a water level adjusting mouth and a seedling breeding execution system. The intelligent rapid seedling propagation and breeding device which contains the crystal energy is mainly characterized in that a twelve face crystal in a trigonal crystal system is arranged above the intelligent rapid seedling propagation and breeding device which contains the crystal energy, plant rooting and sprouting information is generated, growth information is conducted into a plant through the polyethylene light hood in a pyramid shape so as to start a rooting and sprouting growth mechanism of the plant, positions of the sun are figured out through sunlight according to sun traces of the LED plant growth light and the seedling breeding execution system, and manual sunlight suitable for plant varieties is intelligently controlled through a Zigbee protocol. The intelligent rapid seedling propagation and breeding device which contains the crystal energy is short in breeding cycle, achieves a developed root system for the plant, and can be widely used in industrialization seedling development and usage.

Description

technical field [0001] The invention relates to an intelligent rapid seedling breeding device containing crystal energy, which belongs to the technical field of intelligent agricultural facilities. [0002] Background technique [0003] Plant non-test tube rapid propagation technology is a new seedling technology that combines computer control technology and biotechnology. Through the computer's precise control of the plant breeding environment, it creates the best temperature, light, heat, nutrition and growth information. The growth hologram of the plant can be expressed as soon as possible, so as to realize the rapid seedling growth and geometric multiplication of the seedlings, and overcome the cumbersome operation and low survival rate of the current test-tube tissue culture. Dense, easy to adapt to the natural environment when transferred to planting, high survival rate, and does not use gene expression cloning, will not change the gene of the plant, is a safe and fas...

AI Technical Summary

Problems solved by technology

[0003] Plant non-test tube rapid propagation technology is a new seedling technology that combines computer control technology and biotechnology. Through the computer's precise control of the plant breeding environment, it creates the best temperature, light, heat, nutrition and growth information. The growth hologram of the plant can be expressed as soon as possible, so as to realize the rapid seedling growth and geometric multiplication of the seedlings, and overcome the cumbersome operation and low survival rate of the current test-tube tissue culture. Dense, easy to adapt to the natural environment when transferred to planting, high survival rate, and does not use gene expression cloning, will not change the gene of the plant, is a safe and fast plant seedling cultivation technology, currently non-test tube rapid propagation Technical devices generally use the control mode of spray head, temperature, humidity, and simple light to carry out rapid propagation of seedlings, but the propagation often fails. How to accurately apply the potential ability of the genetic information of cell division of higher plants through a device Awakening this latent ability, so as to enable the isolated parts of plants with complex structures to start repeated division and reproduction of cells to produce various parts of tissues and organs of the same mother, and to achieve the purpose of rapid reproduction of non-genetically modified plant seedlings. At present, a new research direction in agricultural facility technology

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