JP2009207476A - Productive agricultural method for life prolongation force of living plant body and non-septic living body - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an agricultural method by which the water-absorbing action of a plant is highly facilitated to promote its photosynthesis action and carbon dioxide fixation and produce a non-rotten vegetable or fruit. <P>SOLUTION: The agricultural method for producing the life prolongation force of the living plant body and a non-rotten vegetable or fruit, includes connecting and applying electricity from a culture medium 2 having a polar electricity (electric field) to the above-ground portion of the living plant body 1 to expand the electric potential between the culture medium 2 and the chest height position 4 (trunk) of the living plant body 1. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  It relates to the relationship between production methods and natural environment by improving plant life.

Plants are oxygen producers, but humans are consumers of oxygen, and all of their diets are plants.
Therefore, the natural environment of the cocoon, which is an everlasting symbiotic relationship that cannot be cut off from the plant, is completely unseen, even though it has been destroyed by human society.
The result is global warming, and the current human society is screaming to reduce oxygen dioxide.
The deterioration of the environment poses a serious problem not only in the natural environment but also in the food industry.
That is, there are “agricultural vegetables and fruits”. This harms human health and harms the brains and growth of children.
In such a living environment, it is difficult to expect a very healthy and long-lived society.

Problems to be solved by the invention

Everyone involved knows that plants are living organisms that have great potential, based on many years of research and research. However, plant organisms are undifferentiated organisms and living organisms have polar electricity. It is unknown to anyone that this potential is related to “growth and biological balance”.
The present invention has developed that all the energy for expanding the bioelectric potential is covered by natural forces and semiconductors, and "improving the growth mechanism and oxidation-reduction of the living body", that is, "electron transfer" By improving the system ", the present invention has been achieved as a productive system of" life extension of plant organisms and non-rotted plants ".

Means for solving the problem

Concept In addition to the reason that it is the only plant organism that has the ability to survive "5,000 to 10,000 years" among living organisms on the earth, it is an undifferentiated organism and therefore "improves biological function and oxidation The energy that believes in the ability of “improvement of reduction” is an idea derived from “expansion of bioelectric potential”.

Outline It has been found that the activation of the living body based on the above knowledge and research is most useful for the activation of the living body by electrical stimulation of undifferentiated cells (stem cells, progenitor cells).
Therefore, promoting the "electron transfer system and biological activation" by unidirectional amplification and amplification of electrons in the semiconductor with the polar potential of the living body is a means for achieving this object.

What is polar electricity (electric field)? Substances with polar electricity that exist in this substance are voltmeter negative and positive measurement leads between plant life, soil, culture medium, and water (hydroponic culture medium). A substance that can measure potential by inserting a rod between two points. That is, it is a free electron existence substance.

What is a semiconductor? In this case, an electrical device semiconductor means a "diode, transistor".

External power supply and converter are dry battery, storage battery, solar electricity, photodiode, phototransistor, all DC power supply. The converter is an electronic expansion device such as a squeeze converter.

Plant life means all plants such as woody plants, herbaceous plants, fruit trees, flowering trees, fruit vegetables, fruits and vegetables. Living organisms refer to plant-related substances such as (stem, stem, branch, vegetable, root, fruit, fruit, flower).

Applications Regardless of woody plants and herbaceous plants, all plants, cuttings, soil cultivation, hydroponics, aquatic plants, seaweeds in general.

What is vitality and non-rotated organisms? The vitality of plant organisms is all about the “water balance” of the organism. Therefore, the water quality in the living body has been improved to "hydrotrophic water" having a reaction of "meniscus" by changing the electronic water accompanying the expansion of the bioelectric potential to active water of "skepticism, capillary force, surface tension". Therefore, it is very easy to absorb water.
Therefore, the “moisture balance” is set and cheap, and this is the driving force for life extension. In addition, the cause of non-rotted mandarin in the experimental fruit of this case is all electronic water in the living body.
Therefore, there is no room for entry of spoilage bacteria. As a proof of this, all the experimental mandarin oranges came to "Mummy, mandarin orange". (Non-rotted mandarin orange)

Application form The polar potential of a plant is the potential generated from the association with the medium. The growth system of the living body raises the nutrient water in the medium from the root hair toward the grafted part, stem, branches, leaves, and tree top, moisturizes all the living body, but conversely stores the production energy from the top of the tree top in the fine root part. . (Life energy) system.
The biggest bottleneck of plant organisms is the quality of water absorption (moisture balance). That is, the occurrence of plants is the reason why “water stress” is said to be a common disease common to plants because of “being born in water and landing on land”.
Therefore, the “water stress” of the living body is the extreme of survival. For this reason, the present invention has developed the greatest water quality technology for “water absorption” of plant organisms.
In other words, the overall system for expanding the biopotential is all about attracting free electrons in the medium by means of a means for improving the medium water by means of the “suspicion and meniscus” phenomenon as described above. It is. That is, all the functions related to each organ of the living body are activated.
Therefore, the water absorption action is greatly facilitated, the daytime cuticle transpiration is reduced (wilt phenomenon), the photosynthetic action is promoted, and the result is that the "biological balance is balanced and constant". ", And the energy that comes with it.
Therefore, since “carbon dioxide fixation” is promoted, “carbon reduction” contributes to the improvement of the natural environment. On the other hand, it is easy to prolong the life of plant organisms and produce non-perishable foods, and healthy and long-lived “non-corrosive vegetables and fruits” are marketed, which can contribute to food life.

The invention's effect

The biggest news of the present invention is the growth data of about 30% of the normal tree of “Kunugi no Oki”, which has stopped growing in the “rice grain” semiconductor. (It is a real thing like a lie.) The current global warming phenomenon is inconspicuous. Therefore, the data of the National Forest Research Institute, which is a consignment agreement between the Ministry of Agriculture, Forestry and Fisheries and the Ministry of the Environment, that is, “Fixed standards for carbon dioxide in Japan”. The average age of the cedar tree 35 years is defined as approximately 68 kg per year. (Average basis)
Contrary to this standard, a control experiment was attempted using the life extension technology which is the technology of the present invention. For 35-year-old grown cedar, 50-year-old cedar similar to the control data was selected, and a hypertrophic growth band was set on each chest height of 2 experimental trees and 3 non-experimental trees. Set the semiconductor between the culture medium and the grafted part, and examined the non-experimental tree about 10 months after the start of the untreated experiment. The result is
Average growth of 3 non-experimental cedar trees 1-2 mm
Average growth of 2 cedar tree
By analogy with the above results, a growth difference of about 30% is judged from experience based on the fixed rate of 68 kg in the country. Therefore, 68 kg × 30% = 88 kg fixed, that is, 20 kg is the technical effect of the present invention. The Kyoto Protocol promises a reduction of 3.9% by forest trees, and this technology is a technology that can be proud of a groundbreaking world unparalleled internationally.

The present invention is an extremely simple means for attracting free electrons in a culture medium with a semiconductor and bypass-connecting to the living body ground part (stem) in order to increase the polar potential of the plant body.
The polar potential of the medium and chest height of the living body such as pine, cedar, and cypress is about 350 mV to 700 mV, but the biological potential immediately increases to 1,100 mV to 1,300 mV when a semiconductor bypass is applied. The reason for this is a future issue in that there are still unknown issues. Therefore, the actual situation will be described as an example.
(1) An experiment was conducted in April with the semiconductor bypass system on several “Kinugi and oak trees” in the miscellaneous forest, and about 30 “Kotake” occurred around the trees on October 10. I was surprised at the fall of the “acorn” that I could n’t imagine. (Big acorn crop)
(2) Pollen disease has become a major social problem. The literature claimed that the cause was “water stress” of plant organisms, and the experiment was conducted because the technology was “water stress improvement”. That is, a semiconductor bypass was set on two experimental trees selected from four cedars on the ground, and non-experiment was compared as a control tree.
The experiment will begin around April in April and will be investigated in January of the following year.
Two of the experimental wood cedars are in a zero flowering state.
The amount of flowering to which the leaves and leaves of both non-experimental tree cedars are attached is the proof of the “moisture balance” technique of the present invention. (Constant homeostasis)
(3) Select 6 cypress trees aged 55 years on the ground, set semiconductor bypass on 3 experimental trees, set hypertrophic growth band at chest height, set hypertrophic growth band on 3 non-experimental trees each January A comparative experiment will be started and will be investigated in December of the same year.
Average enlarged growth of 3 cypress trees
Average growth of 3 cypress non-experimental trees 1,1mm
(4) Comparison experiment of strawberry, a semiconductor was inserted into the fine root part of Baiko Strawberry and waited for ripeness, and a comparison experiment of sugar content was performed.
Experimental treasure strawberry sugar degree 17.5 degree (highest)
Non-experimental treasure strawberry sugar degree 14.5 degree (highest)
(5) Comparison experiment of Chinese cabbage, yellow moon 77 A semiconductor was inserted into the fine root part of Chinese cabbage, and compared with the control yellow moon 77.
Experimental Yellow Moon 77 Sugar Level 6, 0 degrees Non-Experimental Yellow Moon 77 Sugar Level 3, 0 degrees In the current Sakai, it is said that the forest is supposed to cover 3.9% of carbon dioxide reduction based on the Kyoto Protocol for a day. We hope for an early solution and offer this technology widely to the world to improve the global warming phenomenon with all humanity.

Method for Measuring Plant Living Body Normal polar potential is measured with a voltmeter between the breast height of the plant body (about 130 cm above the ground) and the culture medium.
Herbaceous plants measure the voltage between the medium and the stem or leaf or treetop. The measurement method of the semiconductor set in this case is to measure the size before and after the set of the grafted portion of the semiconductor, and the large or small value of the comparison is an effective index. That is, the larger the value, the more effective. This is the basic measurement method. (See Figure 1)

  Inventive embodiments according to the following implementation will be described, but the examples are merely illustrative and do not imply limitations or limitations on the inventive idea.

Example (1)
The biopotential of the cherry tree of the genus Tsurugis disease increases to 1,100 mV when two diodes are applied and connected between the culture medium and the grafted part with respect to 320 mV. After about one month, the signs of recovery began to be confirmed, and after about two months, the disease was completely cured.

Example (2)
The biopotential immediately before the pine withered was 350 mv, but when three diodes were connected between the culture medium and the grafted portion, the biopotential increased to 1,200 mv. Approximately 3 months after contact with the ground, it is almost completely cured.

Example (3)
Two comparative cypress trees of 53 years old cypress trees were selected at the same site, and hypertrophic growth was measured. That is, each chest height band is set in the experiment tree and in the non-experiment, and one transistor is set between the culture medium and the grafted portion with respect to the biopotential of 550 mv in the experiment tree. A non-experimental tree of 570 mv (bioelectric potential) was examined about 10 months after the start of the experiment.
The growth of non-experimental tree is about 1mm
Experimental tree enlargement growth is about 4.5mm
As a result, the experimental tree grows about 3.5 times larger

Example (4)
Two comparison trees of 52-year-old cedar trees were selected at the same location, and the biopotential of the experimental tree was 520 mv for the non-experimental tree, and an electronic bypass was applied between the 480 mv medium and the graft. The experiment was examined 12 months after the start.
The growth of non-experimental tree is 2mm
Experiment tree enlargement growth is 5,3mm Growth difference is 3,3mm
A characteristic result is obtained. In other words, the experimental cedar trees have no cedar nuts, whereas the non-experimental trees are so thick that the branches and leaves are broken. (Abundance vs. bad harvest of flowers)

  Front view (schematic diagram) showing a state in which the diode and transistor of the present invention are set on a plant body in a tree and a culture medium   The front view which shows the state which set the diode of this invention to the citrus tree   The front view which shows the state which set the diode of this invention to the bell pepper   The front view which shows the state which accommodated the diode of this invention in the pot inside, and set the Chinese cabbage on it   The cut-away side view which shows the state which set the cutting to the diode of this invention in the pot of hydroponics   The front view which shows the state which planted the diode of this invention in the strawberry and was set   Sectional drawing which shows the state which set the diode of this invention to hydroponics (water tank)   The side view which shows the upper body which used the diode of this invention for the multiple rows of cherry trees   The top view which shows the state which set the electronic terminal to one side of the diode via three lead wires   Top view showing a state where three lead metals are attached to the bottom of the diode and fixed with a plastic plate   Top view showing the state where two lead metals with ionic metal attached to the tip are attached to the upper transistor with crimp terminals, plastic plate with bolts and nuts   A plan view showing a state in which a plurality of diodes are horizontally arranged and fixed to a porous material, and crimp terminals are attached to the four sides via lead wires, and the crimp terminals are crimped to the porous material.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Plant living body 2 Medium 3 Grafting part 4 Chest height placement 5 Fine root part 6 Root hair 7 Diode 8 Transistor 9 Pot (container)
10 Crimping terminal 11 Tapping 12 Push pin 13 Ground rod 14 Earth ion thrust (metal)
15 Carbon fiber transistor 16 Plastic plate 17 Water (hydroponic medium)
18 Push-pin diode 19 Insertion diode 20 Water tank 21 Fiber diode (see FIG. 12)
22 Floating board (stabilizing board)
23 Crimping terminal 24 Ion metal 25 Porous material (sheet)
26 Lead metal (wiring)
27 Plastic plate 28 Nut 29 Sponge 30 Caulking

Claims (5)

  The potential between the living body's chest (stem) and the medium by applying and connecting “semiconductors” from the medium with polar electricity (electric field) to the above-ground part of the living body of the living body of the body by induction of electrons using a single or a plurality. The life-extending ability of plant organisms and the productive farming of non-rotated organisms, characterized by the expansion of   2. The living body is activated by applying electrical stimulation to the living body by inserting or placing “semiconductors” alone or in plural or directly or indirectly in the vicinity of the living body and the culture medium. Of plant life and productive farming of non-septic organisms.   The potential of the potential between the living body and the medium is increased and stabilized by adding energy of a "converter or an external power source" to the wiring path for expanding the potential between the living body and the medium. Life extension of plant life and productive farming of non-rotated organisms.   The life extension of a plant body according to claim 1, 2 or 3, characterized in that a plurality of metals are connected to "semiconductor lead wires" as means for expanding electron induction in the culture medium to promote induction by an ionization reaction. Productive farming of non-perishable organisms.   The water quality is activated by immersing "semiconductor" in water culture medium water or irrigation water singly or in plural, or infiltrating water in a water-permeable bag or container. Of plant life and productive farming of non-rotated organisms.

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