JP2004217496A - Method of manufacturing fermented liquid for accelerating growth of cultivated plant - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method of manufacturing a fermented liquid having an effect to accelerate the growth of plant using leaves, stems, and seeds of plants as raw materials. <P>SOLUTION: A ground plant and unrefined sugar are put into a translucent polymer tank through which the sunlight transmits and water of about 75% of the capacity of the polymer tank is added. The tank is sealed and kept at 30°C for 3-4 days in a bright room for fermentation. For leaf spraying, leaves, stems, or seeds of the plant cultivated are used, and for soil spraying, leaves, stems, or seeds of a rapidly growing plant are used as raw materials, where microbes living with the plant are increased to be used for fermentation. <P>COPYRIGHT: (C)2004,JPO&NCIPI

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention ferments microorganisms that inhabit the leaves, stems and seeds of a plant, sprays the fermented solution onto the leaves of the plant to improve the photosynthetic ability of the leaves, thereby accelerating the growth of the plant faster. This is a technology that can greatly grow. The present invention also relates to a method for producing a fermentation broth serving as a nutrient for plant roots. There is a feature in changing the type of plant used for each cultivation target plant during production.
[0002]
[Prior art]
A fermentation liquid which is a liquid intended to promote plant growth and which is capable of spraying microorganisms alive on leaves is not manufactured.
Moreover, a method of selecting plants for each plant to be grown and using them as materials has not been found in conventional methods. No method has been used in which leaves, stems and seeds of the same plant species of the plant to be grown are used as nutritional materials.
In order to enhance the photosynthetic ability of a plant leaf, the use of a fermented liquid of a microorganism that inhabits the leaf, stem and seed has not been performed so far. Further, no method has been used in which the fermentation liquid of microorganisms of the leaves of a rapidly growing large plant is sprayed on the foliage to promote the growth of the plant.
The fermentation method is a fermentation method in which sunlight is introduced and fermentation is performed in a closed state, which is an unconventional method. It is a different ingredient from plant growth promoters as chemicals.
[0003]
[Problems to be solved by the invention]
Plant leaves grow by producing nutrients through photosynthesis. Improving the photosynthetic capacity of the leaves of the plant will result in faster plant growth.
Plant leaves inhabit microorganisms necessary for the growth of such plants, tomatoes inhabit microorganisms required for tomato growth, and cucumber inhabits microorganisms required for cucumber growth.
Microorganisms that inhabit tomato leaves are produced by the fermentation method of the present method, and the fermented solution is diluted and sprayed onto the tomato leaves to grow the tomato approximately twice as large. This is because the photosynthetic ability of tomato leaves has increased correspondingly, and the fact that the photosynthetic ability is enhanced is caused by microorganisms (aerobic bacteria) living in the leaves. Spreading fermentation solution of microorganisms of leaves of fast-growing plants (such as turtles, corobokkurufuki, metasequoia, giant kelp, etc.) onto the leaves and stems of cultivated plants will enhance and promote plant growth and fruitfulness. There is a function to make it. This method eliminates the need to use chemical growth promoters.
The more microorganisms inhabit the soil where plants grow, the faster they grow. Spreading a fermentation solution of microorganisms of the leaves and stems of a fast-growing natural plant on the soil promotes plant growth.
As a production method for increasing microorganisms by fermentation, a method is used in which a leaf, stem and seeds of a plant are minced so as not to kill the microorganisms and fermented with water using a white plastic tank that allows sunlight to pass through. If there is a temperature of 30 ° C., fermentation is completed in 3 to 4 days. Fermentation costs are very low.
[0004]
[Means for solving the problem]
This fermentation liquid is easy to remove microorganisms, and leaves, stems and seeds of a plant are fermented without killing the microorganisms. By rotating the mixer gear and crushing it, the microorganisms are killed by hand and minced by hand like a stone mill to enable the microorganisms to be used alive.
Fermentation tanks use white plastic tanks that transmit light because the leaves are mainly aerobic bacteria that are active only in the presence of sunlight. Since fermentation is performed with the tank closed, gas is generated by fermentation and the pressure inside the tank increases. Therefore, the fermentation speed increases.
When living microorganisms are given to the leaves of the plant and the soil to be cultivated, the growth of the plant becomes two to three times as large.
[0005]
DETAILED DESCRIPTION OF THE INVENTION
In the fermented solution of the present invention produced as described above, the solution for promoting the growth of plant leaves is diluted 50 times with natural water and sprayed onto the leaves of the plant.
The fermentation solution for soil is diluted 50 to 500 times and sprayed on the soil. When the concentration is increased, vegetable cultivation requires only one application.
[0006]
【Example】
FIG. 1 is a perspective view showing the contents of the present invention, in which leaves, stems and seeds of the same kind of plants as those cultivated inside a container 10 are minced. 70% of the resulting material, and 30% of minced natural plants (such as ears and leaves) of fast growing plants are blended and placed in a container. Place 30% of the brown sugar in the blended minced plant in the container and pour water to about 75% of the container. Blend the container well, keep the temperature around 30 ° C, and put it indoors. Close container lid. Open the lid in the morning and evening and vent the gas inside. Fermentation is completed in 3-4 days.
Use a plastic tank that allows sunlight to pass through. Keep the tank still in a relatively bright place indoors. This allows plants to photosynthesize.

Claims (1)

A method of producing a fermentation solution that is sprayed on the leaves of the plant with a liquid that promotes plant growth and a method of producing a fermentation solution that is sprayed on the soil.
The leaves, stems or seeds of the plant to be cultivated are used for the fermentation solution sprayed on the leaves. The leaves, stems or seeds of fast growing plants are used for the fermentation solution to be sprayed on the soil.
The method for producing the fermentation solution is to conduct aerobic fermentation in water using a polytank that allows sunlight to pass therethrough. If there is a temperature of 30 ° C., the fermentation is completed in 3 to 4 days. Anaerobic bacteria are also fermented by this fermentation method.

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