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JP4326767B2 - Vaporizer - Google Patents
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JP4326767B2 - Vaporizer - Google Patents

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JP4326767B2
JP4326767B2 JP2002243056A JP2002243056A JP4326767B2 JP 4326767 B2 JP4326767 B2 JP 4326767B2 JP 2002243056 A JP2002243056 A JP 2002243056A JP 2002243056 A JP2002243056 A JP 2002243056A JP 4326767 B2 JP4326767 B2 JP 4326767B2
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water
ionized
ions
ionization
vaporization
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JP2003148775A (en
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良臣 高坂
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Panasonic Ecology Systems Co Ltd
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Panasonic Ecology Systems Co Ltd
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Description

【0001】
【発明の属する技術分野】
本発明は、還元性を持つ負イオン微小水クラスターを気化し、皮膚への保湿効果、肌、のどへの潤い、活性酸素中和機能、鮮魚等の水産物の鮮度維持、花の寿命維持、青果物の鮮度維持、洗浄・空気浄化、または加湿、あるいは治療等に使用される気化器に関する。
【0002】
【従来の技術】
従来、この種の気化器について図9を参照しながら説明する。
(例えば、特許文献1参照)。
【0003】
図に示すように、本体101には加熱釜102が設けられ、加熱釜102は底部で水槽103と連通管104により連通されている。水槽103には給水タンク105から水が補給される。加熱釜102の側周部には発熱体106が設けられ、加熱釜102内の水が発熱体106により加熱され気化される。送風機107により気流が108から送られ、気化した水蒸気が吹出し口109から供給される。
【0004】
【特許文献1】
特開平07−190424号公報(第3−5頁、図1)
【0005】
【発明が解決しようとする課題】
このような従来の水の霧化、または噴霧を含む気化では、気化水中の水クラスターが大きく、気化水の肌等の物体への浸透性に劣るという課題があり、また、気化水が電離していないため還元性を持つ負イオンOH-(H2O)n、n=1、2、3・・が生成しておらず、皮膚、肌等での活性酸素中和機能、リラクゼーション効果に劣るという課題があり、霧化、または噴霧を含む気化水中の水クラスターを微小化させ、負イオンを多量に生成させ、浸透性に優れ、活性酸素中和機能、リラクゼーション効果のある負イオン微小水クラスターを気化することが要求されている。本発明は、このような従来の課題を解決するものであり、還元性のある多量の負イオン微小水クラスターを気化、霧化、または噴霧することができ、効率良く、簡便なコンパクトな機構で、省エネルギーで、負イオン微小水クラスターを気化、霧化、または噴霧することができる気化方法あるいは気化器を提供することを目的としている。
【0026】
【課題を解決するための手段】
本発明は上記目的を達成するために、本発明の第一の手段は、水を電離する水電離手段と、前記水電離手段により電離した水の表面水を気化させる表面水気化手段を備え、前記表面水気化手段が、電離した表面水の上澄みの表面水を集水する表面水集水手段と前記表面水集水手段により集水された電離した表面水の上澄みの表面水を超音波気化させる超音波気化手段を備えてなる気化器としたものである。また本発明の第二の手段は、水電離手段が、磁石で水に磁場を与える、電磁石で水に電磁場を与える、あるいは電気石を水に浸漬することであることを特徴とする請求項1記載の気化器としたものである。
【0027】
本発明によれば、小型化でき簡便で効率良く、多量の負イオン微小水クラスターを気化することのできる気化器が得られる。
【0045】
【発明の実施の形態】
本発明は、水を電離する水電離手段と、前記水電離手段により電離した水の表面水を気化させる表面水気化手段を備え、前記表面水気化手段が、電離した表面水の上澄みの表面水を集水する表面水集水手段と前記表面水集水手段により集水された電離した表面水の上澄みの表面水を超音波気化させる超音波気化手段を備えてなる気化器としたものであり、また、水電離手段が、磁石で水に磁場を与える、電磁石で水に電磁場を与える、あるいは電気石を水に浸漬することであることを特徴とする請求項1記載の気化器としたものであり、簡便で効率良く、水の対流を起すことなく、水面付近の微小水クラスター、負イオンOH−(H2O)n、n=1、2、3・・を効率良く選択的に空気中に気化させることができるという作用を有する。
【0049】
なお、電気2重層に関しては、新版静電気ハンドブック(静電気学会、株式会社オーム社、平成10年11月25日)の1060頁の第4行目〜第11行目の「水と空気の界面では、図21・35に示すように、水分子の配向双極子が負電荷を外側に、正電荷を水の内部に向けて配列する。液面付近には配向双極子の正電荷に負イオンが引き付けられ、固体/液体界面での特異吸着の場合のように、水/空気界面に負イオンの一部が束縛される。正イオンは比較的自由で、水の内部に拡散して界面に電気2重層を形成する」の記載がある。本願は、pH7〜8.6の弱アルカリ水、あるいは電離により生じた水面付近の微小水クラスター、負イオンOH-(H2O)n、n=1、2、3・・を、効率的に、正イオンに比べて、負イオンを多く気化させるという作用を有する。
【0050】
以下、本発明の実施例について図面を参照しながら説明する。なお、従来例と同一部分については、同一番号を附し、詳細な説明は省略する。
【0051】
【実施例】
(実施例1)
図1および図2に示すように、水槽103内に水道水の水質基準値であるpH7〜8.6の弱アルカリ水が設けられ、水槽103の上方には、水槽内の表面水を気化させる赤外ランプ1が設けられている。
【0052】
上記構成において、負イオン2であるOH-(H2O)n、n=1、2、3・・が水面付近に一種の単分子膜的に形成され、水面を赤外ランプ1で照射すれば、微小水クラスター、負イオン2であるOH-(H2O)n、n=1、2、3・・が空気中に気化し、正イオン3に比べて負イオン2リッチな空気雰囲気環境が形成される。飲料水の基準である水道水質基準値のpH7〜8.6の弱アルカリ水が良く、ミネラル分であるNa、K等を含む水であれば、Na、K等のミネラル分も気化され、肺からの吸収が期待でき、健康に良い。また、負イオン2であるOH-(H2O)n、n=1、2、3・・は還元性持ち、体内、あるいは体表面の活性酸素を中和する。表面水でなく、pH7〜8.6の弱アルカリ水を噴霧、あるいは全体加熱により気化させて、負イオン2であるOH-(H2O)n、n=1、2、3・・リッチな空気環境を形成しても良い。
【0053】
なお、気化は、表面水を効率的に空気中に移行できれば良く、霧化、噴霧、微細水滴あるいは超微細水滴等によるの空気中への蒸散、移行、放出等を含む。
【0054】
図3に示すように、水槽103内に正電極4と負電極5が設けられ、正電極4と負電極5に通電する直流電源6が設けられている。水槽103の上方には、水槽内の表面水を気化させる赤外線ランプ1が設けられている。
【0055】
上記構成において、直流電源6より正電極4と負電極5間に通電させると水槽103内の水が電離し、水素イオンH+(ヒドロニウムイオンH3+)と水酸イオンOH-(H2O)n、n=1、2、3・・が発生する。
【0056】
なお、水を電離し還元性を持つ負イオン微小水クラスターを発生できれば、直流電圧印加の変わりに交流電圧印加でも良く、水は水溶液でも良い。
【0057】
水が電離あるいは、水の電気分解電解圧以下で電離した電離水中には水酸イオンOH-(H2O)n、n=1、2、3・・が生成し、水/空気界面での電気2重層により、水と空気との境界面、すなわち水の表面一面に集まり、水面に一種の単分子膜を構成する。水面下では、水が電離した正イオンと負イオンとが混在して存在する。電離した場合、負イオンと正イオン同数存在するが、水面付近は負イオン濃度が正イオン濃度に比べてより高濃度に存在するため、表面水を気化すれば、効率的に微小水クラスター、負イオンが得られる。なお、水酸イオンOH-(H2O)n、n=1、2、3・・のnの値が小さいほど、水分子、水クラスターは小さくなり、浸透力が増大する。
【0058】
水が電離した表面水に赤外ランプ1により熱線を照射すると、表面水が温められ、水面一面に形成された水膜状の負イオンである水酸イオンOH-(H2O)n、n=1、2、3・・を気化、すなわち、還元性を持ち、水クラスターの小さい負イオン2を選択的に効率的に気化することができ、正イオン3に比べて、負イオン2を多量に選択的に気化させることができる。負イオンである気化した水酸イオンOH-(H2O)n、n=1、2、3・・は還元性、活性酸素中和機能を持ち、またクラスターが小さいため、浸透性が良く、肌、あるいは髪の毛等の生体に浸透し肌あるいはのどにうるおいを持たせ、保湿し、または、肌、髪の毛等の生体にとって大敵である酸化性物質、ラジカル性物質、ガン要因性物質等の酸化反応物質を中和、除去し、健康な状態を維持、増進することができる。一般的に負イオンは副交感神経を刺激し、リラクゼーションをもたらし、他方、正イオンは交感神経を刺激し、緊張感をもたらすと言われている。なお、気化の概念には、蒸発、霧化、噴霧等による水の大気中への移行、気化も含む。電離した水のpHは中性付近から略9あるいは略9.5程度、望ましくは水道水の水質基準であるpH5.8から8.6程度が良い。電離する水の対象は水溶液でも良く、電離により安全な負イオンを発生できれば良い。
【0059】
水を電離、あるいは水の分解電圧以下に水を電離させる方法としては、異電極間通電の他に、磁場、電磁場、電場、電気石の浸漬、超音波照射、水の噴霧等、水にエネルギーを供給し、電離させる方法がある。なお、水は水溶液でも良い。
【0060】
磁石、あるいは電磁石等で水に磁場、あるいは電磁場を与えると、フレミング則により水分子の運動方向および磁場の直角方向に電流が流れ、水が電離する。水の電離により、負イオン2である水酸イオンOH-(H2O)n、n=1、2、3・・が生成する。
【0061】
図4に示すように、電気石7を水槽103内の水に浸漬すると、微弱通電、あるいは微弱電場等により、水が微弱に電離し、負イオン2である水酸イオンOH-(H2O)n、n=1、2、3・・が生成する。
【0062】
電場を与えての電場を作用、あるいは超音波作用、水噴霧作用等の水にエネルギーを印加しても、これらの作用後の水面に、同様に負イオン2である水酸イオンOH-(H2O)n、n=1、2、3・・等の水膜が生成する。電場の一例として、絶縁した電極を水に浸漬し交流電圧を印加して電場を与え水を電離し負イオンを発生させる方法があり、また水にエネルギーを印加する方法の一例として、水中でポンプ等により噴流を起し水の摩擦等で水溶液を電離させ負イオンを生成させる方法がある。水噴流、水噴霧等水分子同士、あるいは水分子と他の物質とを摩擦し負イオンを発生させる場合は、水溶液は純水に近い方がより負イオンを発生し易い。
【0063】
図5に示すように、電離した表面水を不織布等の吸水性の布8を布8の一端9を水槽103内の水面付近に設け、他端10を水槽上部の空気中に設けた状態で、吸水性の布8をエンドレスに回転させることにより、不織布等の吸水性の布8が電離した表面水である負イオンの水酸イオンOH-(H2O)n、n=1、2、3・・等を吸水し、吸水した不織布が回転で上部に上がり、そこに通気すれば、通気により吸水した不織布から負イオンである水酸イオンOH-(H2O)n、n=1、2、3・・が気化する。正イオンに比べて、負イオンを多く、多量に気化させることができる。布8の一端9を浮き等で適宜設計すれば、一端9を常に水槽103内の水面付近に設けることができる。
【0064】
図6に示すように、電離した表面水を堰11で上澄みの表面水を集水槽12に集水し、集水により多量の負イオンを含む表面水が得られ、その高濃度の負イオンを含む水を超音波振動子13を作動させて、気化、霧化、噴霧することにより、負イオン2である水酸イオンOH-(H2O)n、n=1、2、3・・が気化、霧化、あるいは噴霧されることとなる。正イオン3に比べて、負イオン2を多く、多量に気化させることができる。超音波振動子13は図示はしていないが、超音波発信回路により駆動される。
【0065】
図4に示すように、水を電離させる手段である電気石を水の表面付近に設けると、電離した負イオンである水酸イオンOH-(H2O)n、n=1、2、3・・の生成する場が水面付近のため、効率良く短時間で、水の対流を起すことなく水の表面付近に負イオンを集めることができ、高濃度の負イオを含む表面水を赤外線等で加熱すれば、負イオンを高濃度で気化することができる。
【0066】
参考例として、図7に示すように、水を気化させる手段として、超音波振動子13を水槽103内に設け、超音波振動子13を作動させると水が気化、噴霧される。霧化した水は電磁石14により生成した電磁場内15を通過時に、フレミング則により磁場と霧化水運動方向との直角方向に電流が流れ、霧化水が電離する。電離により、負イオン2である水酸イオンOH-(H2O)n、n=1、2、3・・が生成し、送風(矢印)により空気中に供給される。超音波振動子13は図示はしていないが、超音波発信回路により駆動される。電磁石14は永久磁石、磁石等磁場を発生できるのもであれば良い。電磁石14は絶縁されている。
【0067】
電磁場の発生に併せて、簡便な方法で自在に、水クラスターが小さく、還元性を持つ負イオンが空気中に供給される。
【0068】
参考例として、図8に示すように、水槽103内の水に医薬品16を溶解させ薬液としその医薬品溶解液である薬液を微細水滴、超微細水滴化し、電磁場内15を通過させれば、薬液の液滴17が電離し、薬液の液滴17の外周側が負イオン2となり、薬液の内側に医薬品16がおさまり、薬液の外周側が負イオン、アルカリのため、体内もアルカリであり、肺胞への途中で体内に吸着されることなく、肺まで送られ肺での吸収の収率が高められることとなる。医薬品としては抗がん剤等、血液経由で治療対象領域に送られる場合、本法によれば、注射針を使用することなく、肺から吸収され血液を通って途中で吸着されることなく、対象ガン局所領域での血管の孔、透過経路から、効率の良いガン細胞への投与が可能となる。抗がん剤等の医薬品、あるいはその薬物キャリアの表面が疎水性、あるいは正電荷を持つ場合、体内がアルカリ、負イオンであるためか、途中での吸着現象が起こり、目標領域での薬物の取り込みが減少し、投薬効率が悪くなるとともに、体内の健康部位での薬物吸着による副作用の一因ともなる。本法では、投薬の薬物液滴の外周囲が負イオン化しており、体内途中での吸着防止がなされ、治療対象部位での薬物の投与収率が向上し、効率の良い投薬が可能となる。
【0069】
抗がん剤等の医薬品をpH7〜8.6の弱アルカリ水に混合し、その混合液、あるいは表面水混合液を気化させると、電気2重層により、医薬品水溶液の液滴の外側周囲が負イオンとなり、アルカリ質である体内での吸着が防がれ医薬品が簡便で効率良く、肺からの吸収が可能となる。
【0070】
なお、気化は微細水滴あるいは超微細水滴の霧化、噴霧等による水あるいは液体の空気中への蒸散、放出等を含む。
【0071】
【発明の効果】
以上の実施例から明らかなように、本発明によれば、水を電離する水電離手段と、前記水電離手段により電離した水の表面水を気化させる表面水気化手段を備え、前記表面水気化手段が、電離した表面水の上澄みの表面水を集水する表面水集水手段と前記表面水集水手段により集水された電離した表面水の上澄みの表面水を超音波気化させる超音波気化手段を備えることにより、また、水電離手段が、磁石で水に磁場を与える、電磁石で水に電磁場を与える、あるいは電気石を水に浸漬することであることを特徴とする請求項1記載の気化器とすることにより、水クラスターの小さい、還元性のある負イオンを効率良く多量に気化させることができるという効果のある気化器を提供できる。なお、水は水溶液でも良い。
【0072】
また、浸透性に優れ、活性酸素中和機能、肌あるいはのどに潤いを持たせることができ、あるいはリラクゼーション効果のある負イオンを多量に生成、気化させることができるという効果のある気化器を提供できる。
【0073】
また、気化した水を電離させることにより、水クラスターが小さく、還元性のある負イオンを効率良く多量に、空気中に供給することができるという効果のある気化器を提供できる。
【0074】
参考例として、薬液の外周側を負イオン化し、肺胞への途中で体内に吸着されることなく、肺での吸収の収率が高めれる気化器を提供できる
【図面の簡単な説明】
【図1】 本発明の実施例1の構成図
【図2】 同電気2重層モデル図
【図3】 同実施例1の構成図
【図4】 同構成図
【図5】 同表面水気化構成図
【図6】 同表面水気化構成図
【図7】 参考例の気化電離構成図
【図8】 参考例の薬液の液滴の電離状態のモデル図
【図9】 従来の気化構成図
【符号の説明】
1 赤外線ランプ
2 負イオン
3 正イオン
4 正電極
5 負電極
6 直流電源
7 電気石
8 布
9 一端
10 他端
11 堰
12 集水槽
13 超音波振動子
14 電磁石
15 電磁場
16 医薬品
17 薬液の液滴
[0001]
BACKGROUND OF THE INVENTION
The present invention vaporizes a negative ion micro-water cluster having reducibility, moisturizes skin, moisturizes skin and throat, neutralizes active oxygen, maintains freshness of marine products such as fresh fish, maintains flower life, fruits and vegetables The present invention relates to a vaporizer used for maintaining freshness, cleaning / air purification, humidification, or treatment.
[0002]
[Prior art]
Conventionally, this type of vaporizer will be described with reference to FIG.
(For example, refer to Patent Document 1).
[0003]
As shown in the figure, the main body 101 is provided with a heating pot 102, and the heating pot 102 communicates with a water tank 103 and a communication pipe 104 at the bottom. Water is supplied to the water tank 103 from the water supply tank 105. A heating element 106 is provided on the side periphery of the heating pot 102, and water in the heating pot 102 is heated and vaporized by the heating element 106. Airflow is sent from the blower 107 from 108, and vaporized water vapor is supplied from the blowout port 109.
[0004]
[Patent Document 1]
JP 07-190424 A (page 3-5, FIG. 1)
[0005]
[Problems to be solved by the invention]
In the conventional atomization of water or vaporization including spraying, there is a problem that the water cluster in the vaporized water is large and the permeability of the vaporized water to an object such as the skin is poor, and the vaporized water is ionized. Negative ions OH (H 2 O) n, n = 1, 2, 3,... Are not formed and are inferior in the active oxygen neutralization function and relaxation effect in the skin, skin, etc. A negative ion micro-water cluster with atomization or atomization or atomization or atomization, which generates a large amount of negative ions, and has excellent permeability and neutralization function and relaxation effect. It is required to vaporize. The present invention solves such a conventional problem, and is capable of vaporizing, atomizing, or spraying a large amount of reducing negative ion micro-water clusters with an efficient, simple and compact mechanism. An object of the present invention is to provide a vaporization method or vaporizer capable of vaporizing, atomizing, or spraying negative ion micro water clusters with energy saving.
[0026]
[Means for Solving the Problems]
In order to achieve the above object , the first means of the present invention comprises water ionization means for ionizing water, and surface water vaporization means for vaporizing the surface water of water ionized by the water ionization means, the surface moisture of means, ionized surface water surface water ultrasonic vaporizing the surface water of the supernatant of the ionized surface water, which is collecting the surface water catchment means for collecting the surface water collecting water means the supernatant is obtained by the vaporizer ing provided with an ultrasonic vaporizer means for. The second means of the present invention is that the water ionization means is to apply a magnetic field to water with a magnet, to provide an electromagnetic field to water with an electromagnet, or to immerse tourmaline in water. It is what was described as a vaporizer.
[0027]
According to the present invention, it is possible to obtain a vaporizer that can be reduced in size, can easily and efficiently vaporize a large amount of negative ion micro water clusters.
[0045]
DETAILED DESCRIPTION OF THE INVENTION
The present invention comprises water ionization means for ionizing water, and surface water vaporization means for vaporizing the surface water of the water ionized by the water ionization means, wherein the surface water vaporization means is the surface water of the surface of the ionized surface water. those with vaporizer surface water of the supernatant of surface water that ionization is collecting ing provided with an ultrasonic vaporization unit for ultrasonic vaporized by a surface water catchment means for collecting the surface water collecting water means The vaporizer according to claim 1, wherein the water ionization means is to apply a magnetic field to water with a magnet, to provide an electromagnetic field to water with an electromagnet, or to immerse tourmaline in water. are those were conveniently in efficiently, without causing a convection of water, the water surface around the micro-water cluster, negative ions OH- (H2O) n, efficiency n = 1, 2, 3 · · may selectively air It has the effect that it can be vaporized inside.
[0049]
In addition, regarding the electric double layer, in the fourth edition to the eleventh row on page 1060 of the new edition of electrostatic handbook (Statistics Society of Japan, Ohm Co., Ltd., November 25, 1998) 21 and 35, the orientation dipoles of water molecules are arranged with the negative charge on the outside and the positive charge on the inside of the water, and negative ions are attracted to the positive charge of the orientation dipole near the liquid surface. As in the case of specific adsorption at the solid / liquid interface, some of the negative ions are bound to the water / air interface, and the positive ions are relatively free and diffuse into the water to be electrically connected to the interface. There is a description of “forming a multilayer”. In the present application, weak alkaline water having a pH of 7 to 8.6, or a minute water cluster near the water surface caused by ionization, negative ions OH (H 2 O) n, n = 1, 2, 3,. Compared with positive ions, it has the effect of vaporizing more negative ions.
[0050]
Embodiments of the present invention will be described below with reference to the drawings. The same parts as those in the conventional example are denoted by the same reference numerals, and detailed description thereof is omitted.
[0051]
【Example】
Example 1
As shown in FIGS. 1 and 2, weak alkaline water having a pH of 7 to 8.6, which is a water quality standard value for tap water, is provided in the water tank 103, and the surface water in the water tank is vaporized above the water tank 103. An infrared lamp 1 is provided.
[0052]
In the above structure, negative ions 2 OH (H 2 O) n, n = 1, 2, 3,... Are formed as a kind of monomolecular film near the water surface, and the water surface is irradiated with the infrared lamp 1. if, small water clusters, OH is a negative ion 2 - (H 2 O) n , n = 1,2,3 ·· evaporates into the air, negative ions 2 enriched air atmosphere environment compared to positive ions 3 Is formed. If the alkaline water with a pH of 7 to 8.6, which is the standard value of tap water, which is the standard for drinking water, is good and contains water, such as Na and K, which are minerals, the minerals such as Na and K are also vaporized, and the lungs Can be expected to be absorbed, and is good for your health. Moreover, OH (H 2 O) n, n = 1, 2, 3... Which is a negative ion 2 has a reducing property and neutralizes active oxygen in the body or on the body surface. It is rich in OH (H 2 O) n, n = 1, 2, 3,..., Which is negative ion 2, by spraying weak alkaline water having a pH of 7 to 8.6 instead of surface water or vaporizing it by overall heating. An air environment may be formed.
[0053]
It should be noted that vaporization is sufficient if surface water can be efficiently transferred into the air, and includes evaporation, spraying, transpiration, transfer, release, etc. into the air due to fine water droplets or ultrafine water droplets.
[0054]
As shown in FIG. 3, a positive electrode 4 and a negative electrode 5 are provided in a water tank 103, and a DC power source 6 that supplies electricity to the positive electrode 4 and the negative electrode 5 is provided. Above the water tank 103, an infrared lamp 1 is provided for vaporizing the surface water in the water tank.
[0055]
In the above configuration, when the DC power source 6 is energized between the positive electrode 4 and the negative electrode 5, the water in the water tank 103 is ionized, and hydrogen ions H + (hydronium ions H 3 O + ) and hydroxide ions OH (H 2 O) n, n = 1, 2, 3,.
[0056]
In addition, as long as it can ionize water and generate | occur | produce the negative ion micro water cluster which has reducibility, an alternating current voltage may be applied instead of a direct current voltage application, and water may be aqueous solution.
[0057]
Hydroxide ions OH (H 2 O) n, n = 1, 2, 3,... Are formed in ionized water that is ionized or ionized below the electrolysis electrolysis pressure of water, and is generated at the water / air interface. The electric double layer collects on the boundary surface between water and air, that is, on the entire surface of the water, and forms a kind of monomolecular film on the water surface. Under the surface of the water, there are a mixture of positive ions and negative ions which are ionized by water. When ionized, there are the same number of negative ions and positive ions, but the concentration of negative ions is higher in the vicinity of the water surface than the positive ion concentration. Ions are obtained. Incidentally, hydroxide ion OH - as the value of (H 2 O) n, n = 1,2,3 ·· of n is small, the water molecules, the water clusters is reduced penetration force increases.
[0058]
When the surface water that has been ionized is irradiated with heat rays by the infrared lamp 1, the surface water is warmed, and hydroxide ions OH (H 2 O) n, n, which are water film-like negative ions formed on the entire surface of the water surface. = 1, 2, 3,... Vaporizes, that is, has a reducing property, and can selectively vaporize negative ions 2 with small water clusters selectively. A larger amount of negative ions 2 than positive ions 3 Can be vaporized selectively. The vaporized hydroxide ion OH (H 2 O) n, n = 1, 2, 3,... Which is a negative ion has a reducing property, a function of neutralizing active oxygen, and a small cluster. Oxidation reaction of oxidizing substances, radical substances, cancer-causing substances, etc., which penetrates the living body such as skin or hair, moisturizes the skin or throat, moisturizes, or is a major enemy to the living body such as skin and hair It can neutralize and remove substances to maintain and improve health. It is generally said that negative ions stimulate parasympathetic nerves and provide relaxation, while positive ions stimulate sympathetic nerves and cause tension. The concept of vaporization includes water transfer to the atmosphere and vaporization by evaporation, atomization, spraying, and the like. The pH of the ionized water is about 9 or about 9.5 from near neutrality, and preferably about pH 5.8 to 8.6, which is the quality standard of tap water. The water to be ionized may be an aqueous solution as long as safe negative ions can be generated by ionization.
[0059]
As a method of ionizing water or ionizing water to below the decomposition voltage of water, in addition to energization between different electrodes, magnetic energy, electromagnetic field, electric field, tourmaline immersion, ultrasonic irradiation, water spraying, etc. There is a method of supplying and ionizing. The water may be an aqueous solution.
[0060]
When a magnetic field or electromagnetic field is applied to water with a magnet, an electromagnet, or the like, a current flows in the direction of movement of water molecules and the direction perpendicular to the magnetic field by Fleming's law, and water is ionized. Water ionization produces hydroxide ions OH (H 2 O) n, n = 1, 2, 3,.
[0061]
As shown in FIG. 4, when the tourmaline 7 is immersed in the water in the water tank 103, the water is weakly ionized by a weak current or a weak electric field, and the hydroxide ions OH (H 2 O, which are negative ions 2). ) N, n = 1, 2, 3,.
[0062]
Even if energy is applied to water such as ultrasonic action, water spray action, etc., by applying an electric field by applying an electric field, hydroxide ions OH (H 2 O) A water film of n, n = 1, 2, 3,. As an example of an electric field, there is a method in which an insulated electrode is immersed in water and an AC voltage is applied to give an electric field to ionize the water to generate negative ions, and an example of a method of applying energy to water is a pump in water For example, there is a method of generating a negative ion by causing a jet flow by ionizing the aqueous solution by water friction or the like. When water ions such as water jets and water sprays or friction between water molecules and other substances to generate negative ions, the aqueous solution is more likely to generate negative ions when it is closer to pure water.
[0063]
As shown in FIG. 5, in a state where the ionized surface water has a water-absorbing cloth 8 such as a nonwoven fabric, one end 9 of the cloth 8 is provided near the water surface in the water tank 103, and the other end 10 is provided in the air above the water tank. , By rotating the water-absorbent cloth 8 endlessly, negative ion hydroxide ions OH (H 2 O) n, n = 1, 2, which are surface waters that the water-absorbent cloth 8 such as a nonwoven fabric is ionized. 3... Absorbs water, and the nonwoven fabric that has absorbed water rises to the upper part by rotation, and if it is vented there, hydroxide ions OH (H 2 O) n, n = 1, which are negative ions from the nonwoven fabric absorbed by ventilation Two, three ... vaporize. Compared with positive ions, there are more negative ions and they can be vaporized in large quantities. If one end 9 of the cloth 8 is appropriately designed by floating or the like, the one end 9 can always be provided near the water surface in the water tank 103.
[0064]
As shown in FIG. 6, the ionized surface water is collected by the weir 11 and the supernatant surface water is collected in the water collection tank 12, and the surface water containing a large amount of negative ions is obtained by the water collection. By operating the ultrasonic vibrator 13 to vaporize, atomize, and spray water containing water, the hydroxide ions OH (H 2 O) n, n = 1, 2, 3,. It will be vaporized, atomized or sprayed. Compared to the positive ions 3, the negative ions 2 are more and can be vaporized in a large amount. Although not shown, the ultrasonic transducer 13 is driven by an ultrasonic transmission circuit.
[0065]
As shown in FIG. 4, when tourmaline, which is a means for ionizing water, is provided near the surface of water, hydroxide ions OH (H 2 O) n, n = 1, 2, 3 which are ionized negative ions. .. Since the place where the water is generated is near the water surface, negative ions can be collected near the surface of the water efficiently and in a short time without causing water convection. If it heats by, a negative ion can be vaporized by high concentration.
[0066]
As a reference example, as shown in FIG. 7, as a means for vaporizing water, an ultrasonic vibrator 13 is provided in the water tank 103, and when the ultrasonic vibrator 13 is operated, water is vaporized and sprayed. When the atomized water passes through the electromagnetic field 15 generated by the electromagnet 14, a current flows in a direction perpendicular to the magnetic field and the direction of motion of the atomized water according to the Fleming law, and the atomized water is ionized. By ionization, hydroxide ions OH (H 2 O) n, n = 1, 2, 3,..., Which are negative ions 2, are generated and supplied into the air by blowing air (arrows). Although not shown, the ultrasonic transducer 13 is driven by an ultrasonic transmission circuit. The electromagnet 14 only needs to generate a magnetic field such as a permanent magnet or a magnet. The electromagnet 14 is insulated.
[0067]
Along with the generation of the electromagnetic field, negative ions having small water clusters and reducing properties are supplied to the air freely by a simple method.
[0068]
As a reference example, as shown in FIG. 8, if the medicine 16 is dissolved in the water in the water tank 103 to form a medicine solution, the medicine solution, which is the medicine solution, is converted into fine water droplets and ultrafine water droplets and passed through the electromagnetic field 15. The liquid droplet 17 is ionized, the outer peripheral side of the chemical liquid droplet 17 becomes negative ions 2, the medicine 16 is contained inside the chemical liquid, and the outer peripheral side of the chemical liquid is negative ions and alkali. It is sent to the lungs without being adsorbed in the body, and the yield of absorption in the lungs is increased. When the drug is sent to the treatment area via blood, such as an anticancer drug, according to this method, without using an injection needle, it is absorbed from the lung and adsorbed through the blood, Efficient administration to cancer cells becomes possible from the pores and permeation pathways of blood vessels in the target cancer local region. If the surface of a drug such as an anticancer drug or its drug carrier is hydrophobic or has a positive charge, an adsorption phenomenon occurs in the middle of the body due to alkali or negative ions in the body, and the drug in the target area Incorporation is reduced, administration efficiency is deteriorated, and a side effect due to drug adsorption at a healthy site in the body is caused. In this method, the outer periphery of the drug drop is negatively ionized, preventing adsorption in the middle of the body, improving the drug administration yield at the site to be treated, and enabling efficient dosing. .
[0069]
When a drug such as an anticancer drug is mixed with weak alkaline water having a pH of 7 to 8.6 and the mixed liquid or the surface water mixed liquid is vaporized, the outer periphery of the liquid droplet of the pharmaceutical aqueous solution is negatively caused by the electric double layer. It becomes an ion and is prevented from adsorbing in the body, which is alkaline, so that the medicine can be easily and efficiently absorbed from the lung.
[0070]
The vaporization includes atomization of fine water droplets or ultrafine water droplets, evaporation or discharge of water or liquid into the air by spraying or the like.
[0071]
【The invention's effect】
As is clear from the above embodiments, according to the present invention, water ionization means for ionizing water, and surface water vaporization means for vaporizing the surface water of water ionized by the water ionization means, the surface water vaporization is provided. Means for collecting the surface water of the ionized surface water supernatant and ultrasonic vaporization for ultrasonically vaporizing the surface water of the ionized surface water collected by the surface water collecting means 2. The apparatus according to claim 1, wherein the water ionization means is to apply a magnetic field to water with a magnet, to provide an electromagnetic field to water with an electromagnet, or to immerse tourmaline in water. the vaporizer and to Rukoto, small water clusters, can provide a carburetor that is effective in that the negative ions with a reducing efficiently can be a large amount of vaporized. The water may be an aqueous solution.
[0072]
In addition, it provides a vaporizer that is highly permeable, has an active oxygen neutralization function, can moisturize the skin or throat, or can generate and vaporize a large amount of negative ions with a relaxation effect. it can.
[0073]
In addition, by ionizing the vaporized water, it is possible to provide a vaporizer that is effective in that the water cluster is small and a large amount of reducing negative ions can be efficiently supplied in the air.
[0074]
As a reference example, it is possible to provide a vaporizer that can increase the yield of absorption in the lung without negatively ionizing the outer peripheral side of the drug solution and adsorbing it in the body on the way to the alveoli [Brief description of the drawings]
FIG. 1 Configuration diagram of Embodiment 1 of the present invention FIG. 2 Electric double layer model diagram FIG. 3 Configuration diagram of Embodiment 1 FIG. 4 Configuration diagram FIG. 5 Surface water vaporization configuration Fig. 6 Surface water vaporization configuration diagram [Fig. 7] Reference example vaporization ionization configuration diagram [Fig. 8] Reference example chemical liquid droplet ionization state diagram [Fig. 9] Conventional vaporization configuration diagram Explanation of]
DESCRIPTION OF SYMBOLS 1 Infrared lamp 2 Negative ion 3 Positive ion 4 Positive electrode 5 Negative electrode 6 DC power source 7 Tourmaline 8 Cloth 9 One end 10 Other end 11 Weir 12 Catch tank 13 Ultrasonic vibrator 14 Electromagnet 15 Electromagnetic field 16 Pharmaceutical 17 Liquid drop of liquid medicine

Claims (2)

水を電離する水電離手段と、前記水電離手段により電離した水の表面水を気化させる表面水気化手段を備え、前記表面水気化手段が、電離した表面水の上澄みの表面水を集水する表面水集水手段と前記表面水集水手段により集水された電離した表面水の上澄みの表面水を超音波気化させる超音波気化手段を備えてなる気化器。 Water ionization means for ionizing water and surface water vaporization means for vaporizing the surface water of the water ionized by the water ionization means, the surface water vaporization means collects the surface water of the surface of the ionized surface water surface water catchment means and vaporizer ing provided with an ultrasonic vaporization unit for ultrasonic vaporize surface water of the supernatant of surface water that ionization is collecting by the surface water collecting water means. 水電離手段が、磁石で水に磁場を与える、電磁石で水に電磁場を与える、あるいは電気石を水に浸漬することであることを特徴とする請求項1記載の気化器。The vaporizer according to claim 1, wherein the water ionization means is to apply a magnetic field to water with a magnet, to apply an electromagnetic field to water with an electromagnet, or to immerse tourmaline in water.
JP2002243056A 2001-08-29 2002-08-23 Vaporizer Expired - Fee Related JP4326767B2 (en)

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