JPH10276597A - Solution culture system using active water and raising system - Google Patents

Solution culture system using active water and raising system

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Publication number
JPH10276597A
JPH10276597A JP9108186A JP10818697A JPH10276597A JP H10276597 A JPH10276597 A JP H10276597A JP 9108186 A JP9108186 A JP 9108186A JP 10818697 A JP10818697 A JP 10818697A JP H10276597 A JPH10276597 A JP H10276597A
Authority
JP
Japan
Prior art keywords
water
cultivation
arc
raising
multiarc
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP9108186A
Other languages
Japanese (ja)
Inventor
Ryoda Sato
亮拿 佐藤
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP9108186A priority Critical patent/JPH10276597A/en
Publication of JPH10276597A publication Critical patent/JPH10276597A/en
Pending legal-status Critical Current

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Classifications

    • Y02P60/216

Abstract

PROBLEM TO BE SOLVED: To provide a solution culture system and a raising system with which healthy foods can be efficiently and stably supplied. SOLUTION: Multiarc water is used as one part or the whole part of water for cultivation to be circulated over a cultivation bed 10 for solution culture or water for raising to be circulated over a farm for raising fishes and sheelfishes. The multiarc water is water provided by generating multiarcs underwater. The multiarcs are very high temperature plasma arcs generated by impressing the voltages of different phases to plural electrode bars symmetrically inclined and arranged around a center line while making top ends closer mutually, and are accompanied with electromagnetic vibrations, rotary magnetic fields, light or impulse waves as well. The multiarc water provided by generating such muitiarcs underwater is healthy water having both extremely high activity and power for excluding factors bad for lives. By using such multiarc water for solution culture or raising, nutritive and strong foods to be hardly rotten are speedily grown.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【0001】[0001]

【発明の属する技術分野】本発明は活性水、特にマルチ
アーク水を用いる水耕栽培システム及び養殖システムに
関する。
The present invention relates to a hydroponic system and aquaculture system using activated water, particularly multi-arc water.

【0002】[0002]

【従来の技術】近年、地球規模で人口増加、砂漠化、都
市化が急激に進行している。更に、異常気象や地震等の
自然災害も頻発している。そのため、遠くない将来、食
料危機が到来することが心配されている。
2. Description of the Related Art In recent years, population growth, desertification, and urbanization have been rapidly advancing on a global scale. Furthermore, natural disasters such as abnormal weather and earthquakes occur frequently. For this reason, it is feared that the food crisis will come in the near future.

【0003】このような時代に備え、都市の中でも食物
栽培や養殖の可能性についての実績を積んでおくことが
大変重要であると考えられる。例えば、ビルの屋上やベ
ランダ、更には屋内で、しかも冬季でも食物の水耕栽培
や養殖を行うわけである。
In preparation for such an era, it is considered very important to build up a track record of the possibility of food cultivation and aquaculture even in cities. For example, food is cultivated hydroponically or cultivated on the roof of a building, on a veranda, or even indoors, even in winter.

【0004】水耕栽培とは、土を使用せず、植物の生育
に必要な養分を水溶液の形で栽培床に循環させて、その
植物を育てる栽培法であり、生産効率が高いことから、
ビルの屋上やベランダ等での食物栽培には不可欠の技術
である。また、タンクを用いた養殖もビルの屋上やベラ
ンダ等での魚類の育成方法として利用可能である。
[0004] Hydroponic cultivation is a cultivation method in which nutrients necessary for plant growth are circulated through an cultivation bed in the form of an aqueous solution without using soil, and the plants are grown.
It is an indispensable technique for food cultivation on the roof of a building or on the veranda. Also, aquaculture using tanks can be used as a method for growing fish on the roof of a building or on a veranda.

【0005】そして、水耕栽培の栽培床に循環させる栽
培用水としては、これまでは水道水に化学肥料を混ぜた
ものが多用されてきた。また、タンクからなる養殖場に
循環させる養殖用水としては、水道水に塩分と共に化学
飼料を加えることが行われてきた。
[0005] As cultivation water circulated through a cultivation bed for hydroponics, a mixture of tap water and a chemical fertilizer has been frequently used. In addition, as aquaculture water circulated to an aquaculture farm comprising a tank, tap water and chemical feed together with salt have been used.

【0006】[0006]

【発明が解決しようとする課題】しかし、水道水に化学
肥料を混ぜて行う水耕栽培や化学飼料を用いる養殖で
は、循環用水の温度が微生物の繁殖に適した温度である
ことから、時として悪性の細菌が大量発生し、1日で全
ての産品が枯れて落ちるとか魚類が死滅すると言うよう
なことがしばしば発生する。これは実際の食物栽培や養
殖では大きな問題であり、この問題を解決しない限り、
食料危機に備えた都市内での食物栽培や養殖は現実のも
のとならない。
However, in hydroponics or aquaculture using chemical feed, in which tap water is mixed with a chemical fertilizer, the temperature of the circulating water is sometimes suitable for the propagation of microorganisms. Malignant bacteria abundantly occur, and it often happens that all products die and fall or fish die in one day. This is a big problem in actual food cultivation and aquaculture, and unless you solve this problem,
Food cultivation and aquaculture in cities in preparation for a food crisis is not a reality.

【0007】また、食料危機に備えた都市内での食物栽
培や養殖では、栽培面積や養殖面積が極端に限られるた
め、生育速度を今以上に高めることも、これからの大き
な課題である。
Further, in food cultivation and aquaculture in a city in preparation for a food crisis, the cultivation area and the aquaculture area are extremely limited, and therefore, increasing the growth rate even further is a major challenge in the future.

【0008】本発明はかかる事情に鑑みて創案されたも
のであり、防腐剤を使わずに腐らず、しかも栄養豊富で
健康に良い食物を効率よく安定に供給できる水耕栽培シ
ステム及び養殖システムを提供することを目的とする。
The present invention has been made in view of the above circumstances, and provides a hydroponic cultivation system and an aquaculture system capable of efficiently and stably supplying nutrient-rich and healthy foods that do not rot without using a preservative. The purpose is to provide.

【0009】[0009]

【課題を解決するための手段】本発明に係る水耕栽培シ
ステムは、水耕栽培の栽培床と、栽培床に栽培用水とし
て、水中でマルチアークを発生させて生成したマルチア
ーク水又はマルチアーク水を含む水を循環させる循環系
とを具備する。また、本発明に係る養殖システムは、魚
貝類を養殖する養殖場と、養殖場に養殖用水として、水
中でマルチアークを発生させて生成したマルチアーク水
又はマルチアーク水を含む水を循環させる循環系とを具
備することを特徴とする。
SUMMARY OF THE INVENTION A hydroponic cultivation system according to the present invention comprises a multi-arc water or a multi-arc water generated by generating a multi-arc in water as a cultivation floor for hydroponics and cultivation water on the cultivation floor. A circulation system for circulating water containing water. Further, the aquaculture system according to the present invention is a cultivation farm for cultivating fish and shellfish, and a circulation for circulating water containing multi-arc water or multi-arc water generated by generating a multi-arc in water as aquaculture water in the farm. And a system.

【0010】マルチアークとは本出願人が開発した超高
温の熱源であり、先端同士を接近させて中心線の周囲に
対称的に傾斜配置した複数本の電極棒(通常は炭素棒)
に位相が異なる電圧を印加することにより発生させるこ
とができる。対極なしで自立発生するこのマルチアーク
は、4000℃以上、中心部では10000℃に達する
超高温を伴い、更には激しい電磁振動や回転磁界、各種
の光、衝撃波、イオン化現象等をも伴う高密度のエネル
ギーを生じ、更には後述するようにこれらのエネルギー
を持った活性水を生じる。
A multi-arc is an ultra-high-temperature heat source developed by the present applicant, and a plurality of electrode rods (usually carbon rods) arranged with their tips close to each other and arranged symmetrically around the center line.
Can be generated by applying voltages having different phases. This multi-arc, which is self-sustaining without a counter electrode, involves an extremely high temperature of 4000 ° C. or higher, reaching 10,000 ° C. in the center, and a high density accompanied by intense electromagnetic vibration, a rotating magnetic field, various types of light, shock waves, and ionization phenomena. And active water having these energies is generated as described later.

【0011】このマルチアークは、空気中は勿論のこ
と、水中や真空中でも安定に発生し、水中でこのマルチ
アークを発生させて得た水はマルチアーク水として知ら
れる活性水である。このマルチアーク水は、クラスター
が極めて小さく、また電極棒として炭素棒を使用するこ
とにより炭素の微粒子が水中に溶け込み、更にはマルチ
アークに伴う前述の電磁振動や回転磁界、各種の光、衝
撃波、イオン化現象等を受けることにより、非常に高い
交番性の酸化還元力をもつ特徴がある。これらの特徴は
飲食品業界で数多く実証されている。
The multi-arc is generated stably not only in the air but also in water or vacuum, and the water obtained by generating the multi-arc in water is active water known as multi-arc water. This multi-arc water has extremely small clusters, and carbon particles are dissolved in water by using a carbon rod as an electrode rod.Furthermore, the aforementioned electromagnetic vibration and rotating magnetic field, various lights, shock waves, Due to the ionization phenomenon and the like, it has a feature of having a very high alternating redox power. Many of these features have been demonstrated in the food and beverage industry.

【0012】本発明にかかる水耕栽培システム及び養殖
システムでは、水耕栽培の栽培床・養殖場に循環させる
栽培用水・養殖用水の一部又は全部としてマルチアーク
水を用いることにより、悪性細菌の大量発生がなくな
り、1日で全ての産品が枯れて落ちるとか魚貝類が死滅
するというような事態か回避される。また、栽培植物の
生育が速くなり、且つ虫を寄せつけない生命力が得られ
る実績がある。更に、この活性水を用いた養殖では、魚
貝類が大変元気に育ち、味も良くなるという実績があ
る。
In the hydroponic cultivation system and the aquaculture system according to the present invention, multi-arc water is used as part or all of the cultivation water and the cultivation water circulated on the cultivation floor and the cultivation farm for hydroponic cultivation, whereby malignant bacteria can be eliminated. Elimination of mass outbreaks will prevent all products from withering and falling in a single day, or fish and shellfish to die. In addition, the cultivated plants grow faster and have a proven track record of obtaining vitality that repels insects. Furthermore, in the culture using this activated water, there is a track record that fish and shellfish grow very well and have a good taste.

【0013】即ち、従来の水耕栽培やタンク養殖では、
循環水として水道水が使用されてきたが、水道水は塩
素、苛性ソーダ、その他、健康に悪い物質を多く含んで
いる。測定結果でも、全ての検査値が毒性値を示す程に
健康に悪い水となっている。人間の体に悪いものは植物
にも悪い。そこで本発明ではこの循環水としてマルチア
ーク水を使用する。
That is, in conventional hydroponics and tank culture,
Tap water has been used as circulating water, but tap water contains a lot of chlorine, caustic soda, and other unhealthy substances. Even in the measurement results, the water is bad for health so that all the test values show toxic values. What is bad for the human body is bad for plants. Therefore, in the present invention, multi-arc water is used as the circulating water.

【0014】マルチアーク水は極めて健康によく、且つ
生命に悪いもの対しては抗体のように大きな殺菌力と解
毒力を発揮するというように、生命力に大きなパワーを
与えることができる。このマルチアーク水を使用する
と、防腐剤を使わずに腐らず栄養のあるビールや酒がで
き、豆腐やおからも腐らない実績がある。また、魚は大
変元気になる。メダカの実験では餌が少ないと共食いす
るほどの旺盛な活力をもつデータが出でいる。魚だけで
なく、鼠でも同じような結果が出ている。当然、人間で
は食欲が増進し、術後の回復にも効果がある。このよう
なマルチアーク水を使用することにより、本発明では健
康に良い食物や非常食、保存食が効率よく安定に生育す
るのである。
[0014] Multi-arc water is extremely healthy and can give great power to vitality, such as exerting a large bactericidal and detoxifying power like antibodies against those that are bad for life. When this multi-arc water is used, there is a proven record of beer and liquor that does not rot without the use of preservatives, and that does not rot even tofu or okara. Also, the fish will be very well. In medaka experiments, there are data that are so vigorous that eating small amounts of food cannibalize them. Similar results have been obtained for mice as well as fish. Naturally, humans increase appetite and are also effective in postoperative recovery. By using such multi-arc water, in the present invention, healthy foods, emergency foods, and preserved foods grow efficiently and stably.

【0015】本発明で使用する栽培用水・養殖用水とし
ては、マルチアーク水をミネラル元素の多い天然水で5
00〜3000倍に希釈し、これに栽培・養殖に適した
栄養剤及び微生物を加えたものが特に好ましい。この栽
培用水・養殖用水は大変活性な栄養水であり、美味しい
野菜や果物、魚貝類をより一層速く大量に育てることが
できる。ここで使用する微生物は0M菌、EM菌等の発
酵菌である。これらの発酵菌がマルチアーク水と相性が
良いのは次のような事例からも理解される。
As the cultivation water / aquaculture water used in the present invention, multi-arc water is a natural water rich in mineral elements.
It is particularly preferable to dilute it by a factor of 00 to 3000 and add nutrients and microorganisms suitable for cultivation and aquaculture. This cultivation water / culture water is a very active nutrient water, and can grow large quantities of delicious vegetables, fruits, fish and shellfish more quickly. The microorganism used here is a fermentation bacterium such as a 0M bacterium or an EM bacterium. The good compatibility of these fermentation bacteria with multi-arc water can be understood from the following cases.

【0016】マルチアーク水は、クラスターが極めて小
さく、また電極棒として炭素棒を使用することにより炭
素の微粒子が水中に溶け込み、更にはマルチアークに伴
う前述の電磁振動や回転磁界、各種の光、衝撃波、イオ
ン化現象等を受けることにより、非常に高い交番性の酸
化還元力をもつ。そのため、例えば酒、ビール、その他
アルコール飲料の発酵力を高める作用があり、今までの
長時間をかけた熟成と異なり、極めて短期間で発酵が進
行し、しかも味が良くなるという現象が確認されてい
る。また、浸透力が高く、例えば高温で長時間かけて霊
芝をつくっていたものが、マルチアーク水では短時間で
5倍の濃度となって出てくる実績がある。畜産業ではマ
ルチアーク水を使用することにより糞尿の臭いが無くな
り、異臭を感じないまでになったという報告もある。こ
の他、高い抗菌力により殺菌、殺虫について優れた効力
のあることも多くの事例で確認されている。
The multi-arc water has an extremely small cluster, and carbon particles are dissolved in water by using a carbon rod as an electrode rod. Further, the above-mentioned electromagnetic vibration and rotating magnetic field, various lights, Due to shock waves, ionization phenomena, etc., it has very high alternating redox power. Therefore, for example, it has the effect of increasing the fermenting power of alcohol, beer, and other alcoholic beverages, and unlike the long-term aging, fermentation progresses in a very short period of time, and the phenomenon that the taste is improved has been confirmed. ing. In addition, there has been a record of multi-arc water having a concentration five times higher in a short time, for example, which has a high penetrating power, for example, a long time at a high temperature for making a reishi. In the livestock industry, there is also a report that the use of multi-arc water eliminated the smell of manure and did not cause any odor. In addition, it has been confirmed in many cases that the antibacterial activity has an excellent effect on sterilization and insecticidal activity.

【0017】マルチアーク水は又、各種のミネラルを含
んだ健康に良い水となっている。マルチアーク水中のミ
ネラルは非常に高い活性を示す。これは、水中で発生さ
せるマルチアーク炎の下に石等を置くと、従来のように
機械的に粉砕しなくても、その石等に含まれているカル
シウムやその他のエキスが水の中に効率よく滲み出して
くることによる。この現象は電子レベルのものと考えら
れる。同様に、クルミ、その他の殻や種、根、皮等に対
してもエキスを効率よく滲出させる作用がある。また、
鉄イオンの微粒子も発生するデーターが出でいる。これ
は常温核融合の実験成功を示唆しており、その鉄イオン
の微粒子は人間の血液に栄養を与えるように、水耕栽培
や養殖での養分にプラスに働く。
[0017] Multi-arc water has also become a healthy water containing various minerals. Minerals in multi-arc water show very high activity. This is because, when a stone or the like is placed under a multi-arc flame generated in water, calcium and other extracts contained in the stone and the like can enter the water without mechanical grinding as in the past. Due to efficient oozing. This phenomenon is considered to be at the electronic level. Similarly, walnuts and other shells, seeds, roots, skins and the like have an effect of efficiently exuding the extract. Also,
Some data show that iron ion particles are also generated. This suggests the success of cold fusion experiments, and the fine particles of iron ions work for nutrients in hydroponics and aquaculture, as well as nourish human blood.

【0018】このようなマルチアーク水は、非常に高い
活力と生命に悪い因子を排除する力を合わせもつ健康に
よい水であり、これを単体、或いは希釈して、更には微
生物や栄養剤を加えて水耕栽培・養殖に使用することに
より、健康に良い食物を効率よく安定に生育させること
ができる。
Such multi-arc water is healthy water having a very high vitality and the ability to eliminate factors that are bad for life, and it is used alone or diluted to further remove microorganisms and nutrients. In addition, by using it for hydroponics and aquaculture, it is possible to efficiently and stably grow healthy foods.

【0019】本発明では、厳寒地でも温度管理を適正に
すれば、冬季の栽培や養殖も可能となる。その水耕栽培
は例えば都会の中の屋上やベランダ、屋内等での実施に
有効であるが、これらに限定されるものではない。例え
ば川や池、海等でも実施できる。また、水耕栽培以外で
も、空き地を利用し、その土壌としてヘドロやゴミ焼却
灰を用いた栗や柿、梨、ブドウ等の大型栽培に、マルチ
アーク水を散布しても有効である。更に、稲作において
も、マルチアーク水にモミ種を漬けたものを蒔くことに
より、大変美味しい米が多く採取される。同様に、養殖
においても、このマルチアーク水を用いた場合、卵の孵
化に良く、元気に稚魚が育つ実績がある。
According to the present invention, cultivation and cultivation in winter can be performed if temperature management is properly performed even in an extremely cold region. The hydroponic cultivation is effective, for example, on a rooftop in a city, on a veranda, indoors, or the like, but is not limited thereto. For example, it can be implemented in a river, a pond, the sea, or the like. In addition to hydroponic cultivation, it is also effective to use multi-arc water for large-scale cultivation of chestnuts, persimmons, pears, grapes, etc. using sludge or incineration ash as soil for vacant land. Furthermore, in rice cultivation, a lot of very delicious rice is collected by sowing fir seeds in multi-arc water. Similarly, in the case of aquaculture, when this multi-arc water is used, hatching of eggs is good, and there is a record of vigorously growing fry.

【0020】[0020]

【発明の実施の形態】以下に本発明の実施の形態を図面
に基づいて説明する。図1は本発明の実施の形態に係る
水耕栽培システムの概念図である。
Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a conceptual diagram of a hydroponic cultivation system according to an embodiment of the present invention.

【0021】水耕栽培に使用されるタンク式の栽培床1
0には、図示されないポンプを用いて栽培用水が循環す
る。栽培床10に循環する栽培用水は用水生成槽20で
生成される。即ち、栽培床10から還流する使用後の栽
培用水にマルチアーク水とミネラル元素の多い天然水と
を加えて、500〜3000倍のマルチアーク希釈水を
つくり、これに更に栄養剤としての有機肥料と微生物を
加えて、新しい栽培用水を生成する。微生物としては0
M菌、EM菌等の発酵菌を用いる。
Tank type cultivation floor 1 used for hydroponics
At 0, cultivation water is circulated using a pump (not shown). Cultivation water circulating through the cultivation floor 10 is generated in a water generation tank 20. That is, multi-arc water and natural water rich in mineral elements are added to the cultivation water after use that is refluxed from the cultivation bed 10 to create a multi-arc dilution water 500-3000 times, and furthermore, an organic fertilizer as a nutrient. And microorganisms to produce new cultivation water. 0 as a microorganism
Fermentation bacteria such as M bacteria and EM bacteria are used.

【0022】用水生成槽20で新しく生成された栽培用
水は、液室管理槽30で攪拌、空気混合、温度管理等の
処理を受けて、栽培床10に送られる。
The cultivation water newly generated in the water generation tank 20 is subjected to processing such as stirring, air mixing, and temperature control in the liquid chamber management tank 30, and is sent to the cultivation bed 10.

【0023】図2は本発明の別の実施形態に係る栽培シ
ステムの概念図である。この栽培システムは、マルチア
ーク水生成槽40を有し、ここでマルチアーク水を自家
生成する点が図1の栽培システムとは異なる。
FIG. 2 is a conceptual diagram of a cultivation system according to another embodiment of the present invention. This cultivation system is different from the cultivation system of FIG. 1 in that the cultivation system has a multi-arc water generation tank 40 and generates multi-arc water in-house.

【0024】即ち、栽培床10から還流する使用後の栽
培用水は、マルチアーク水生成槽40に送られる。マル
チアーク水生成槽40は、先端を接近させて中心線の周
囲に対称的に傾斜配置された複数本の電極棒41を有す
る。各電極棒41は炭素棒からなり、位相が異なる電圧
を印加されることにより、マルチアークを発生する。そ
して、栽培床10から還流する使用後の栽培用水の中で
マルチアークを発生させることにより、これをマルチア
ーク水となす。
That is, the used cultivation water refluxed from the cultivation bed 10 is sent to the multi-arc water generation tank 40. The multi-arc water generation tank 40 has a plurality of electrode rods 41 symmetrically arranged around the center line with their tips approaching each other. Each of the electrode rods 41 is made of a carbon rod, and generates a multi-arc by applying voltages having different phases. Then, the multi-arc water is generated in the used cultivation water refluxed from the cultivation bed 10 to form multi-arc water.

【0025】マルチアーク水生成槽40で生成されたマ
ルチアーク水は、用水生成槽20に送られ、ここでミネ
ラル元素の多い天然水と有機肥料と微生物を加えられ
て、新しい栽培用水となる。そして、この新しい栽培用
水は、液室管理槽30で攪拌、空気混合、温度管理等の
処理を受け、更に必要に応じて微生物や栄養剤の添加等
の処理を受けて、栽培床10に送られる。
The multi-arc water generated in the multi-arc water generation tank 40 is sent to the irrigation water generation tank 20, where natural water rich in mineral elements, organic fertilizer and microorganisms are added to become new cultivation water. Then, the new cultivation water is subjected to processing such as stirring, air mixing, temperature control, and the like in the liquid chamber management tank 30 and further subjected to processing such as addition of microorganisms and nutrients as necessary, and is then sent to the cultivation bed 10. Can be

【0026】いずれの栽培システムにおいても、活性で
かつ殺菌力のあるマルチアーク水が栽培床10に循環す
ることにより、1日で全ての産品が枯れて落ちるという
ような事態か回避される。また、栽培植物の生育が速く
なり、且つ虫を寄せつけない生命力が得られる。
In any of the cultivation systems, active and germicidal multi-arc water is circulated to the cultivation bed 10 to avoid a situation in which all products wither and die in one day. In addition, the growth of the cultivated plant becomes faster, and vitality that repels insects is obtained.

【0027】上記の実施の形態はいずれも栽培システム
であるが、養殖システムの場合は栽培床10がタンク式
の養殖場に代わるだけで、基本的な構成は同じである。
養殖システムの場合も、活性でかつ殺菌力のあるマルチ
アーク水が養殖場に循環することにより、多くの養殖場
のように魚介類(真珠も含む)が死滅し再利用できない
死の養殖場と化してしまうことがなく、その上、従来よ
りも栄養があって美味しい活魚や貝類が得られ、且つ長
持ちのする保存食が得られる。
Although the above embodiments are all cultivation systems, in the case of a cultivation system, the basic configuration is the same except that the cultivation floor 10 is replaced with a tank type cultivation farm.
In the case of aquaculture systems, multi-arc water that is active and sterilizing circulates through the aquaculture farms, where fish and shellfish (including pearls) die and cannot be reused like many aquaculture farms. It is possible to obtain live fish and shellfish which are more nutritious and delicious than conventional ones, and obtain a long-lasting preserved food.

【0028】[0028]

【発明の効果】以上、本発明にかかる水耕栽培システム
及び養殖システムによる場合には、活性でかつ殺菌力の
あるマルチアーク水が使用されることにより、健康に良
い食物を効率よく安定に供給される。近年、地球規模で
人口増加、砂漠化、都市化が急激に進行している。更
に、異常気象や地震等の自然災害も頻発している。その
ため、遠くない将来、食料危機が到来することが心配さ
れている。このような時代に備え、都市の中でも食物栽
培や養殖の可能性についての実績を積んでおくことが大
変重要であると考えられる。本発明による場合には、強
い植物や魚介類が速く生育するので、食料危機に備えた
都市の中での食物栽培や養殖の実現に大きな成果がもた
らされる。
As described above, in the case of the hydroponic cultivation system and the cultivation system according to the present invention, the use of multi-arc water having an active and bactericidal power enables efficient and stable supply of healthy food. Is done. In recent years, population growth, desertification, and urbanization have been rapidly progressing on a global scale. Furthermore, natural disasters such as abnormal weather and earthquakes occur frequently. For this reason, it is feared that the food crisis will come in the near future. In preparation for such an era, it is very important to build up a track record of the potential of food cultivation and aquaculture even in cities. According to the present invention, since strong plants and seafood grow quickly, a great result is achieved in realizing food cultivation and aquaculture in a city prepared for a food crisis.

【図面の簡単な説明】[Brief description of the drawings]

【図1】本発明の実施の形態に係る水耕栽培システムの
概念図である。
FIG. 1 is a conceptual diagram of a hydroponic cultivation system according to an embodiment of the present invention.

【図2】本発明の別の実施の形態に係る水耕栽培システ
ムの概念図である。
FIG. 2 is a conceptual diagram of a hydroponic cultivation system according to another embodiment of the present invention.

【符号の説明】[Explanation of symbols]

10 栽培床(又は養殖場) 20 用水生成槽 30 液質管理槽 40 マルチアーク水生成槽 41 電極棒(炭素棒) DESCRIPTION OF SYMBOLS 10 Cultivation floor (or farm) 20 Water generation tank 30 Liquid quality control tank 40 Multi-arc water generation tank 41 Electrode rod (carbon rod)

Claims (6)

【特許請求の範囲】[Claims] 【請求項1】 水耕栽培の栽培床と、栽培床に栽培用水
として、水中でマルチアークを発生させて生成したマル
チアーク水又はマルチアーク水を含む水を循環させる循
環系とを具備することを特徴とする活性水を用いた水耕
栽培システム。
1. A cultivation floor for hydroponics, and a circulating system for circulating water containing multi-arc water or multi-arc water generated by generating a multi-arc in water as cultivation water on the cultivation floor. A hydroponic cultivation system using activated water.
【請求項2】 マルチアーク水をミネラル元素の多い天
然水で希釈し、これに微生物を加えたものを栽培用水と
して循環させることを特徴とする請求項1に記載の水耕
栽培システム。
2. The hydroponic cultivation system according to claim 1, wherein the multi-arc water is diluted with natural water rich in mineral elements, and a mixture obtained by adding microorganisms to the diluted water is circulated as cultivation water.
【請求項3】 栽培床の近傍でマルチアーク水を自家生
成することを特徴とする請求項1又は2に記載の水耕栽
培システム。
3. The hydroponic cultivation system according to claim 1, wherein the multi-arc water is generated in-house near the cultivation bed.
【請求項4】 魚貝類を養殖する養殖場と、養殖場に養
殖用水として、水中でマルチアークを発生させて生成し
たマルチアーク水又はマルチアーク水を含む水を循環さ
せる循環系とを具備することを特徴とする活性水を用い
た養殖システム。
4. A fish farm for culturing fish and shellfish, and a circulating system for circulating water containing multi-arc water or multi-arc water generated by generating a multi-arc in water as aquaculture water in the farm. A culture system using activated water, characterized in that:
【請求項5】 マルチアーク水をミネラル元素の多い天
然水で希釈し、これに微生物を加えたものを養殖用水と
して循環させることを特徴とする請求項4に記載の養殖
システム。
5. The cultivation system according to claim 4, wherein the multi-arc water is diluted with natural water rich in mineral elements, and the mixture obtained by adding microorganisms to the diluted water is circulated as aquaculture water.
【請求項6】 養殖場の近傍でマルチアーク水を自家生
成することを特徴とする請求項4又は5に記載の養殖シ
ステム。
6. The culture system according to claim 4, wherein the multi-arc water is generated in-house in the vicinity of the farm.
JP9108186A 1997-04-09 1997-04-09 Solution culture system using active water and raising system Pending JPH10276597A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP9108186A JPH10276597A (en) 1997-04-09 1997-04-09 Solution culture system using active water and raising system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP9108186A JPH10276597A (en) 1997-04-09 1997-04-09 Solution culture system using active water and raising system

Publications (1)

Publication Number Publication Date
JPH10276597A true JPH10276597A (en) 1998-10-20

Family

ID=14478192

Family Applications (1)

Application Number Title Priority Date Filing Date
JP9108186A Pending JPH10276597A (en) 1997-04-09 1997-04-09 Solution culture system using active water and raising system

Country Status (1)

Country Link
JP (1) JPH10276597A (en)

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Publication number Priority date Publication date Assignee Title
KR100417732B1 (en) * 2001-08-20 2004-02-11 이득권 The preparation method of functional fertilizer for growing the lawn grass and the functional fertilizer utilizing thereof
WO2006075358A1 (en) * 2005-01-11 2006-07-20 Hamamatsu Photonics K.K. Method and device for activating vapor, liquid or solid surface, and vapor, liquid or solid activated by them
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