JP2005270083A - Water purification apparatus for supplying oxygen and mineral - Google Patents

Water purification apparatus for supplying oxygen and mineral Download PDF

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JP2005270083A
JP2005270083A JP2004124833A JP2004124833A JP2005270083A JP 2005270083 A JP2005270083 A JP 2005270083A JP 2004124833 A JP2004124833 A JP 2004124833A JP 2004124833 A JP2004124833 A JP 2004124833A JP 2005270083 A JP2005270083 A JP 2005270083A
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water
tank
mineral
hydroponic
plants
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Akitoshi Osawa
皓年 大澤
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Abstract

<P>PROBLEM TO BE SOLVED: To relieve deterioration of water quality by exhausted waste matter, attack on growth of decorative plants by propagation of anaerobic bacteria, and causation of withering of the plants, or the like, in hydroponic culture of the plants. <P>SOLUTION: In a water purification apparatus, water in a hydroponic water tank is pumped up by a submerged pump, and the water is passed through a transparent inner cylindrical mineral tank, then through a transparent outer cylindrical tank 1, and repeatedly through other tanks each having a similar head, and further the water is poured down in an inner water tank 5. The water for the hydroponic culture is supplied to plants through automatic water supply pipes 9, and excessive water is gathered and poured down in the outer hydroponic tank 1. Thus, the water is always circulated by the submerged pump, so that purification of the water, supply of minerals/trace elements/dissolved oxygen, or the like, and elimination of the anaerobic bacteria are conducted. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

発明の詳細な説明Detailed Description of the Invention

産業上の利用分野Industrial application fields

本発明は簡単な装置で観賞用水耕槽の水の浄化・ミネラル補給・溶存酸素の増量をなし、水耕植物を順調に育成することができる。設備も容易にでき、滝や池・噴水その他の造形の装置の外装を変えて観賞価値を上げて楽しむことができる酸素ミネラル補給水浄化装置に関するものである。  The present invention makes it possible to purify hydroponic plants smoothly by purifying water in an ornamental hydroponic tank, replenishing minerals, and increasing dissolved oxygen with a simple device. The present invention relates to a device for purifying oxygen mineral water that can be easily installed and can be enjoyed with increased appreciation value by changing the exterior of waterfalls, ponds, fountains, and other shaped devices.

従来の技術及びその課題Conventional technology and its problems

家庭用の水耕栽培装置はベランダ・屋外で使用する目的で野菜のトマト・キュウリの栽培が主でした。完全な装置でマニアル通りに行えば良いものが栽培できましたが、トマトは毎日のように芽かき・誘引・着花ホルモンと手間がかかり、また培養液のコントロールPHのアップダウンと大変な手間を要した関係で消費が伸びず現在はほとんど皆無の状態です。ヨーロッパから普及したハイドロカルチャーは室内を中心に観葉植物をハイドロボールで礫耕栽培し、大小のプランターに寄せ植え等にしてインテリアグリーンとして世界各国に普及していますが丈夫な植物だけを選定しているので、バラエティに欠け普及の伸びは止まっています。原因は水質の浄化対策が悪く、イオン交換体を入れるだけで効果は多少あるが皆無に近い。植物の根から出す多くの酸を解消しなければ、多種類の品種を栽培することができない現状です。本発明はこれらの問題点を解消することのできる 酸素ミネラル補給水浄化装置を提供する目的としている。  Hydroponic cultivation equipment for home use was mainly for vegetable tomatoes and cucumbers for use on the veranda and outdoors. Although it was possible to cultivate what would be good if it went to Mani-dori with a complete device, tomatoes would take time and trouble with sprouting, attracting and flowering hormones every day, and raising and lowering the control pH of the culture broth As a result, the consumption has not increased and there is almost nothing at present. Hydroculture spread from Europe is popular in the world as an interior green by planting foliage plants with hydroballs mainly in the room, planting them on large and small planters, etc., but selecting only durable plants As a result, the growth of widespread use has stopped. The cause is poor water purification measures, and there is some effect just by inserting an ion exchanger, but it is almost none. It is the present situation that many kinds of varieties cannot be cultivated without removing many acids from the roots of plants. An object of the present invention is to provide an oxygen mineral makeup water purification device capable of solving these problems.

本発明が解決しようとする課題Problems to be solved by the present invention

室内環境緑化が今後ますます普及する中、従来の土植え植物を室内に置く事が国際的に禁止の状況にあります。太陽光線のない室内では鉢内の土から多種多様の悪性菌が発生し、人体に悪影響を及ぼすことが医学的に判明し、先進国では土植えの植物の持ち込みは排除されつつあります。日本でも病院は排除しています。美しい花や緑が室内から排除されないように土を使用しない方法と室内の花や緑を水耕システムで室内ガーデンに利用すれば悪性菌や不快虫の心配もなく、安心して花や緑が楽しめます。植物を室内に置くことは観賞する目的が主でしたが今日では空気浄化・室内で発生するさまざまな悪性ガスを植物が同化吸収して室内を浄化して生活環境を良好にすることが重要とされます。本発明は室内に大型水槽を設置して観葉植物・花物・洋ラン・多肉植物・その他を六面体培地で水耕栽培されたものを大型水槽内に寄せ植えし、その水槽内の水を循環させミネラル・酸素を補給して溶存酸素を高め、またミネラル・イオン石で常に微量要素を補給して水の浄化をはかり、植物の生育を良好にする方法である。本発明はこれらの課題の解決である。  As indoor environmental greening becomes more widespread in the future, it is internationally prohibited to place conventional soil planted plants indoors. In a room without sunlight, a wide variety of malignant bacteria are generated from the soil in the pot, and it has been found medically that it has an adverse effect on the human body. In Japan, hospitals are excluded. You can enjoy flowers and greenery without worrying about malignant bacteria and unpleasant insects if you use indoor flowers and greenery in indoor gardens with a hydroponic system so that beautiful flowers and greenery are not excluded from the room. The Placing plants in the room was mainly for the purpose of viewing, but today it is important to improve the living environment by purifying the room by assimilating and absorbing various malignant gases generated in the air and indoors. Will be. In the present invention, a large aquarium is installed in a room, and planted plants, flowers, orchids, succulents, etc. that are hydroponically cultivated in a hexahedral medium are planted in a large aquarium and the water in the aquarium is circulated. It is a method to improve the growth of plants by supplementing minerals and oxygen to increase dissolved oxygen, and always supplementing trace elements with minerals and ion stones to purify water. The present invention is a solution to these problems.

問題点を解決するための手段Means to solve the problem

上記の目的を達成するためには、図1に示すように1は外筒槽で水が上部までたまり4の排出口を設けている。2は内筒ミネラル槽でミネラルイオン石が入り筒の下部に穴があり、水が抜けて1に入るようになっている。図2のように2−1ミネラルイオン石を2に詰めて設置する。5の内水槽は4から流落する水が一度にたまり浄化され、オーバー水として8の外水耕槽に入る。8の水耕槽で多種類の植物をグループプランツとして育成しますが、植物が排出する老廃物・蟻酸・酢酸・修酸を初めその他多くの酸が水耕槽内で植物に悪影響を及ぼすので8内の水を7のポンプで吸い上げて、2に送り込み2−1を通って1に入り2と1内が水平に上登しながらミネラルイオン石でイオン交換されて、4の排出口から次の2に流落し、1に入り4から5の内水槽に流落して川の濁流効果を生み、外気より酸素を取り込み溶存酸素率を高めると共に酸化還元作用で水質を良好にする。また1と2が透明筒で嫌光性菌の発生が制御できる。2−1のミネラルイオン石は時々取り出し太陽光線に当たるだけで永久に効力を発揮します。  In order to achieve the above-mentioned object, as shown in FIG. 2 is an inner cylinder mineral tank in which mineral ion stones enter and there is a hole in the lower part of the cylinder so that water can escape and enter 1. As shown in FIG. 2, 2-1 mineral ion stones are packed in 2 and installed. In the 5 inner water tank, the water flowing down from 4 is collected and purified at a time, and enters the 8 outer hydroponics tank as over water. Many types of plants are grown as group plants in 8 hydroponic tanks, but many other acids such as waste, formic acid, acetic acid, and oxalic acid discharged by plants have an adverse effect on plants in hydroponic tanks. The water in 8 is sucked up by the pump of 7 and sent to 2 and enters 1 through 2-1 and is ion-exchanged with mineral ion stone while the inside of 2 and 1 rises horizontally. It flows into No. 2 and flows into the internal water tanks of 4 to 5 by entering 1, producing a turbulent flow effect of the river, taking in oxygen from the outside air, increasing the dissolved oxygen rate, and improving the water quality by redox action. Moreover, 1 and 2 are transparent tubes, and the generation of anaerobic bacteria can be controlled. The mineral ion stones of 2-1 are taken out from time to time and are effective only by hitting sunlight.

作用Action

室内水耕栽培の植物育成を良好にする方法として水の浄化を簡単な方法で行うために小型水中ポンプで水耕槽の水を循環させると共にミネラルの補給とイオン交換による浄化水に光を通し、嫌光性菌の除外や水の落水による濁流効果で水に溶存酸素補給で活性化をはかり、室内植物水耕育成が良好に行える。またシステムの外観の形を岩や噴水・池・その他バラエティーにして雰囲気が楽しめる。室内環境緑化等が今後ますます進むなかマンション・オフィス・レストラン・ホテル・デパート・スーパー・その他屋内に美しい室内ガーデンが手軽に楽しむ事ができ、永続的に植物が良好に育つ水耕システムに効果をもたらす作用がある。  In order to purify water in a simple way as a way to improve plant cultivation in indoor hydroponics, the water in the hydroponic tank is circulated with a small submersible pump and light is passed through the purified water by mineral replenishment and ion exchange. In addition, water can be activated by supplementing dissolved oxygen in the water due to the turbulent flow effect due to the exclusion of anaerobic bacteria and the falling of water. You can also enjoy the atmosphere by changing the appearance of the system to rocks, fountains, ponds, and other variety. As indoor environmental greening continues to progress, condominiums, offices, restaurants, hotels, department stores, supermarkets, and other indoor indoor gardens can be easily enjoyed. There is an effect to bring.

以下 図面を参照して本発明の酸素ミネラル補給水浄化装置を使用した実施例で説明すると、図2の1は外筒槽で2の内筒ミネラル槽が中心に入り、7の水中ポンプで8の外水耕槽の水をくみあげて3の送水管を通って2−1の内筒ミネラル槽へ流れ込み、1と2が水平に水が上登して4の排出口から次の2に流落して図3のように5の内水槽に流落して11の水が9の自水管を通って10の各植物へ水を送り、余った5の水は8へとオーバーホールして循環を繰り返して水の総合的浄化をはかり、水耕栽培を良好に保持する。図4は8に10を植え水耕栽培の斜視図で、13の石組で池を作り本発明をオブジェを兼ねて景観を良くしている。図4をユニット化して植物の品種や形を変えて組み合わせれば大型屋内庭園が手軽に完成されていき、室内水耕育成方法で多種多様のガーデニングが完成されます。なお本発明の素材はプラスチック・ガラス・木・金属・ウレタン・布・セラミック・不織布・竹・スチロール・紙等である。  Referring to the drawings, an embodiment using the oxygen mineral replenishing water purifying apparatus of the present invention will be described below. 1 in FIG. 2 is an outer cylinder tank, 2 inner cylinder mineral tanks are in the center, 7 submersible pumps are 8 The water from the outside hydroponic tank is pumped up and flows into the inner cylinder mineral tank of 2-1 through the water pipe of 3, and the water rises horizontally from 1 and 2, and falls from the outlet of 4 to the next 2 Then, as shown in FIG. 3, 11 water flows down to 9 plants through the 9 self-water pipes, and the remaining 5 water overhauls to 8 and repeats circulation. To maintain a good hydroponic culture. FIG. 4 is a perspective view of hydroponics planted with 10 in 8, and a pond is formed with 13 stone assemblies to improve the landscape by using the present invention as an object. By unitizing Figure 4 and combining plant varieties and shapes, large indoor gardens can be easily completed, and a wide variety of gardening can be completed using indoor hydroponic cultivation methods. The material of the present invention is plastic, glass, wood, metal, urethane, cloth, ceramic, non-woven fabric, bamboo, polystyrene, paper and the like.

作用Action

室内で水耕栽培システムで観葉植物を大型プランターで寄せ植えして楽しみますが、ヨーロッパから輸入されたハイドロカルチャーシステムではごくわずかな品種でしかなかった寄せ植えグループプランツはできなかった。原因は水の腐敗や嫌気性菌の発達です。プランターの水が流動する事がないため根ぐされをおこし、枯死も多くでました。一般にドラセナ類・サトイモ科の20〜30種前後がどうやら使用されています。本発明を使用すれば水の浄化とミネラル補給・溶存酸素を高め、酸化還元作用・イオン交換による活性化で水耕栽培を正常化して品種も光量ルックスを高めるだけで多品種の植物を手軽に育てることができる。なお六面体培地を使用した植物を利用すればより良い植物の水耕育成を完全にすることができる。このような本発明を利用する事により室内水耕植物育成を良好にする作用がある。  We enjoyed planting houseplants with a large planter using a hydroponic system in the room, but we couldn't create group plantings that had only a few varieties in the hydroculture system imported from Europe. The cause is water decay and the development of anaerobic bacteria. The planter's water did not flow, so it was rooted and there were many deaths. Generally around 20-30 species of Dracaenas and Araceae are apparently used. Using the present invention, water purification and mineral supplementation, increased dissolved oxygen, normalization of hydroponics through activation by redox action and ion exchange, and varieties of plants can be easily increased simply by increasing the light intensity looks. Can be brought up. If plants using a hexahedral medium are used, it is possible to complete better hydroponic cultivation of plants. By utilizing such the present invention, there is an effect of improving indoor hydroponic plant growth.

本発明の一分組合せ斜視図1-minute combination perspective view of the present invention 本発明にミネラルイオン設置斜視図Mineral ion installation perspective view in the present invention 本発明で水循環と植物自水斜視図Water cycle and plant self-water perspective view in the present invention 本発明で水耕植物育成の斜視図Perspective view of hydroponic plant cultivation in the present invention

符号の説明Explanation of symbols

1. 外筒槽
2. 外筒ミネラル槽
2−1.ミネラル石
3. 送水管
4. 排出管
5. 内水槽
6. 電気配線
7. 水中ポンプ
8. 外水耕槽
9. 自水管
10. 植物
11. 水
12. 六面体鉢
13. 影石池
1. Outer cylinder tank Outer cylinder mineral tank 2-1. Mineral stone Water pipe 4. Drain pipe 5. Inner water tank 6. Electrical wiring Submersible pump 8. Outside hydroponic tank 9. Self-water pipe 10. Plant 11. Water 12 Hexahedral bowl 13. Kageishi Pond

Claims (1)

観賞用植物の水耕システムで水槽内の寄せ植えの水質の浄化と酸素ミネラルが補給できる簡単な方法として、透明で太目の外筒・槽内に細目で透明の内筒ミネラル槽を設け、水耕水槽内の老化した水を水中ポンプで内筒ミネラル槽に流し込みミネラル石内を老化した水が通過しながらイオン交換等で水質が浄化されてミネラル微量要素が補給される。内筒ミネラルの底部から外筒槽へと水が流れ込み内筒・外筒を水平に水が上昇し、外筒水槽上部の複数の排出口より落差のある複数の内筒ミネラル槽に落とし込み、外筒へと流し込み上部排出口より内水槽へと落とし込み、濁流効果を生みそれによって外気より多くの酸素を取り込み、水耕槽に溶存酸素率を高めて浄化活性化された水で植物を良好に水耕成育することができる。なお透明の外筒・内筒内を水が通る時に光りによって嫌光性菌の除去や水の流落で嫌気性菌ピシチューム菌の繁殖を防げる。また透明の筒内の水の流動や滝落・噴水・池等が装飾として造形でき観賞価値を高める。簡単な装置で大型プランター水耕栽培等が手軽にできる 酸素ミネラル補給水浄化装置。  As a simple method to purify the water quality of the group planting in the aquarium and replenish oxygen minerals with the ornamental plant hydroponic system, a transparent and thick outer cylinder and a small and transparent inner cylinder mineral tank are installed in the tank. The aged water in the cultivating tank is poured into the inner cylinder mineral tank with an underwater pump, and the water quality is purified by ion exchange or the like while the aged water passes through the mineral stone, and mineral trace elements are replenished. Water flows from the bottom of the inner cylinder mineral into the outer cylinder tank, the water rises horizontally in the inner cylinder / outer cylinder, drops into multiple inner cylinder mineral tanks with drops from the multiple outlets at the top of the outer cylinder tank, and Pour into the pipe and drop into the inner water tank from the upper discharge port, producing a turbid flow effect, thereby taking in more oxygen than the outside air, increasing the dissolved oxygen rate in the hydroponic tank and watering the plant well with purified activated water Can be cultivated. In addition, when water passes through the transparent outer cylinder / inner cylinder, it is possible to prevent the growth of the anaerobic bacterium Piscium by removing the anaerobic bacteria by shining with water or by flowing water. In addition, the flow of water in a transparent tube, waterfalls, fountains, ponds, etc. can be shaped as decorations, increasing the value of the ornament. Oxygen-mineral replenishment water purification device that makes it easy to carry out large-scale planter hydroponics with a simple device.
JP2004124833A 2004-03-24 2004-03-24 Water purification apparatus for supplying oxygen and mineral Pending JP2005270083A (en)

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JP2004124833A JP2005270083A (en) 2004-03-24 2004-03-24 Water purification apparatus for supplying oxygen and mineral

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