WO1983002044A1 - Anion generating air cleaner - Google Patents

Anion generating air cleaner Download PDF

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Publication number
WO1983002044A1
WO1983002044A1 PCT/JP1981/000359 JP8100359W WO8302044A1 WO 1983002044 A1 WO1983002044 A1 WO 1983002044A1 JP 8100359 W JP8100359 W JP 8100359W WO 8302044 A1 WO8302044 A1 WO 8302044A1
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WO
WIPO (PCT)
Prior art keywords
anion
voltage
capacitor
electrode
high voltage
Prior art date
Application number
PCT/JP1981/000359
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French (fr)
Japanese (ja)
Inventor
Shigeyuki Shimizu
Original Assignee
Shigeyuki Shimizu
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 Shigeyuki Shimizu filed Critical Shigeyuki Shimizu
Priority to PCT/JP1981/000359 priority Critical patent/WO1983002044A1/en
Publication of WO1983002044A1 publication Critical patent/WO1983002044A1/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/66—Applications of electricity supply techniques
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02M—APPARATUS FOR CONVERSION BETWEEN AC AND AC, BETWEEN AC AND DC, OR BETWEEN DC AND DC, AND FOR USE WITH MAINS OR SIMILAR POWER SUPPLY SYSTEMS; CONVERSION OF DC OR AC INPUT POWER INTO SURGE OUTPUT POWER; CONTROL OR REGULATION THEREOF
    • H02M7/00—Conversion of ac power input into dc power output; Conversion of dc power input into ac power output
    • H02M7/02—Conversion of ac power input into dc power output without possibility of reversal
    • H02M7/04—Conversion of ac power input into dc power output without possibility of reversal by static converters

Definitions

  • Ions are invisible particles that are charged with electricity. Positively charged particles are called positive (positive) ions, and negatively charged ones are called negative (negative) ions.
  • the reason that the body condition changes when anions in the human body decrease is that the human body is made up of countless cells, each of which is wrapped in a cell membrane, and the cells pass through the membrane.
  • OMPI It is produced by absorbing and discharging waste products.
  • Fine particles in the air create an electric charge on the particles due to collisions between the particles or between the particles and other objects.
  • Uncharged particles also have positive or negative charges due to collisions with ions in the air.
  • the concentration of anions present in the air varies depending on the location and environment.
  • the 'clean place' of air such as plateaus and coasts is high, and low in urban areas. .
  • the anions in the sealed and air-conditioned room are extremely low.
  • the indoor air in the artificial environment is polished!
  • the particles are positively charged by the movement, and the fine particles contained therein also tend to have a positive charge.
  • Inazuma is said to generate a large amount of anions, which is why the air after Kaminari is newly felt.
  • the thing of the present invention is like a small caterpillar generator, and ionized oxygen is generated by the generated anions, and an environment similar to fresh air just after the fin is created.
  • FIG. 1 shows an embodiment of the present invention.
  • FIG. 1 is a diagram showing an example of a circuit
  • FIG. 2 is a half sectional view of an anion generating electrode
  • FIG. 3 is a diagram showing a wall-mounted anion generator. Shown, Fig. 4 shows dirt prevention
  • FIG. 5 is a view showing a wall plate having ridges
  • FIG. 5 is a view showing an anion generator having hanging ridges.
  • 1 is a neon lamp 2, 3 is a diode 4, 5 is a capacitor 6, 7 is a resistor, 7 is a capacitor, 8 is a capacitor, 9 is a pulse transformer, 10 is a high voltage diode, 12, 1 is a high voltage diode, and 1 is a capacitor.
  • 1 5 is an insulating fixing ring 1 6 and 1 7 is a cylindrical lattice metal fitting 1 8 is an electrode made of metal wool 1 9 is a wall-mounted anion generator 2 0 is an ion generating hole 2 1 is a wall play 2 2 is not received '2 3 is a suspended anion generator 2 4 is a protective grid 2 5 is not received.
  • Fig. 1 shows an example of a circuit, and when input power is applied to this circuit, a voltage double of diodes 2, 3 and capacitors 1, 4, 5 The circuit charges both ends of capacitors 4 and 5 with a voltage that is twice the peak value of the input voltage.
  • This voltage charges the capacitor 8 through the resistor 6.
  • the sidak 7 breaks down and the electric charge of the capacitor 8 is discharged through the primary of the pulse transformer 9.
  • the pulse high voltage boosted by the pulse transformer 9 is further boosted to a DC high voltage of twice the peak value by the voltage doubler circuit of the high voltage diodes 10 and 11 and the capacitors 12 and 13 and this negative high voltage To the electrode 18 made of metal wool at the anion generating portion.
  • Fig. 2 shows the electrodes.
  • the electrodes 18 made of metal wool are inserted into the metal fittings 16 and 17 of the cylindrical grid fixed up and down by the insulating ring 15. It efficiently generates anions in the air.
  • FIG. 3 shows a wall-mounted anion generator 19, in which 1 is a neon lamp, 20 is an ion generation hole, and an electrode 18 is fixed inside the hole.
  • the negative electrode is attracted to the ground or floor from the air by taking a negative charge, so that the wall surface and the floor are soiled. Therefore, a plate 21 having a receiver 22 shown in FIG. 4 is used.
  • FIG. 5 shows a suspended-type anion generator, in which a main body 23 has a neon lamp 1 and an electrode 18, and a receiver 25 is provided below the protective grid 24.
  • Both the wall-mounted type 19 receiver 22 and the hanging type 23 receiver 25 can be freely removed, and the interior is sometimes cleaned and used.
  • the air conditioner of the present invention is a closed and air-conditioned room where the amount of anions is extremely reduced, especially the indoor air where the human environment is favorable in urban areas is brought closer to clean air such as plateaus and coasts, and polluted fine particles having a positive charge. Is attracted by receiving a negative charge to clean the indoor air.

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Electrostatic Separation (AREA)

Abstract

Electric power input from a voltage doubler circuit composed of diodes (2), (3) and capacitors (4), (5) is converted into pulsating high voltage by use of a resistor (6), a capacitor (8), a thydac (7) and a pulse transformer (9), and the high voltage is further converted into a DC high voltage through a voltage double circuit composed of diodes (10), (11) and capacitors (12), (13). The minus high voltage thus obtained is connected to a cylindrically formed electrode (18) made of metal wool through metal fittings (16), (17). The air cleaner is usable in such a form as a wall-type (19) having a saucer (22) and a wall-contamination preventing plate (21) or a hanger-type (23) having a saucer (25).

Description

明 細 書  Specification
発明の名称  Title of invention
陰イオン発生空気清浄器 -.  Anion generating air purifier-.
技術；  Technology;
近年生活様式が進歩すると共に土の無いァスフアルトゃコンクリートでさえぎられた生 活環境となり、 人工の空調、 人工繊維により空気中の陰イオンを消費することが多くなつ ている。  In recent years, as the lifestyle has progressed, the living environment has been interrupted by asphalt concrete without soil, and anions in the air have been increasingly consumed by artificial air conditioning and artificial fibers.
市部における大気汚染は微粒子の増加はもとより陰ィォンを大量に減少させてしまう。 、人間は毎日^ . 0りリットルの空気を吸って生きており、 同時にその中に舍まれる微粒 -子ゃ陽イオンにさらされた空気を吸っているわけである。 ， - この吸はれる空気の質が人間の感情及び調子の良し惡しに影響を及ぼすのは当然であり、 それゆえ陰イオンの発生装置は現代の生活環境には必需品である。  Air pollution in urban areas reduces not only the amount of fine particles but also the amount of yin. Every day, humans breathe ^ .0 liters of air, and at the same time, breathe air exposed to the fine-particle cations contained therein. ,-It is natural that the quality of the air that can be absorbed affects the quality of human emotions and tone, and therefore anion generators are a necessity for modern living environment.
背景技術  Background art
イオンとは電気を帯びた目に見えない微粒子で、 プラスの電気を帯びたものをプラス （ 陽） イオン、 マイナスの電気を帯びたものをマイナス （陰） イオンという。  Ions are invisible particles that are charged with electricity. Positively charged particles are called positive (positive) ions, and negatively charged ones are called negative (negative) ions.
空気中にもイオンがあり酸素や炭酸ガス、 窒素、 水素などいろいろ涯じっているが、 それ ぞれ陽イオンの形で存在している。  There are ions in the air, and oxygen, carbon dioxide, nitrogen, hydrogen, etc., have been around for many years, but each exists in the form of cations.
空気イオンは気象条件によって変化がみられ、 不連続線、 寒冷前線、 低気圧の通過の際 は陽イオンが増加し、 これに影響されて人体内の陰イオンが減少し陽イオンの増加現象が 見られ、 神経痛、 ぜんそく、 脳卒中の発生率が高くなるといはれている。  Air ions change depending on the weather conditions, and cations increase when passing through discontinuous lines, cold fronts, and low pressures.As a result, anions in the human body decrease and cations increase. It is said that the incidence of neuralgia, asthma and stroke will increase.
陽イオン、 陰イオンは自然の中ではパランスよく保たれている。 しかし人工環境は両 イオンのバランスを著しくくずしてしまう。 Cations and anions are well-balanced in nature. However, the artificial environment can severely disrupt the balance of both ions.
人体内の陰イオンが減少すると体調に変化を生する理由は、 人体は無数の細胞から形成 されており、 その一つ一つの細胞は細胞膜で包まれていて、 細胞はその膜を通し'  The reason that the body condition changes when anions in the human body decrease is that the human body is made up of countless cells, each of which is wrapped in a cell membrane, and the cells pass through the membrane.
OMPI 吸収したり、 老廃物を排出したりして生ている。 OMPI It is produced by absorbing and discharging waste products.
この細胞は外側が陽イオン、 内側が陰イオンの電子を帯び、 陰イオンが少なくなり陽ィォ ンが多くなると、 栄養分の吸収や老廃物の排出が困難になる現象が起き、 その現象が新陳 代謝を惡くし、 生理機能の衰えの原因になる。  These cells take on cations on the outside and electrons on the inside anions, and when the number of anions decreases and the number of cations increases, it becomes difficult for nutrients to be absorbed and waste products to be discharged. It deteriorates metabolism and causes deterioration of physiological functions.
空気中の微粒子は、 粒子同志または粒子と他の物体との衝突が要因となって粒子上に電 荷を生する。  Fine particles in the air create an electric charge on the particles due to collisions between the particles or between the particles and other objects.
gた電荷をもたない粒子も空気中のイオンとの衝突によりプラスまたはマイナスの電荷を 持つようになる。  Uncharged particles also have positive or negative charges due to collisions with ions in the air.
,空気中に存在する陰イオンの濃度は場所や環境によって異なり、 高原や海岸などの空気の 'きれいな場所て'は高く、 都市部では低い。 .  , The concentration of anions present in the air varies depending on the location and environment. The 'clean place' of air such as plateaus and coasts is high, and low in urban areas. .
また密閉され空調された室 の陰イオンは極端に少なくなる。 人工瑗境の室内空気は 摩^！動によってプラスに帯電され、 その中に含まれる微粒子もまたプラスの電荷を帯び る傾向がある。  In addition, the anions in the sealed and air-conditioned room are extremely low. The indoor air in the artificial environment is polished! The particles are positively charged by the movement, and the fine particles contained therein also tend to have a positive charge.
またこのような環境でほ陰イオンの数も極端に減少している。  In such an environment, the number of anions is also extremely reduced.
このように雨イオンのパランスがくすれると、 空気の自然 匕作用が失なわれ、 微粒子を 空気中に浮遊させておく傾向がある。 一  When the balance of rain ions is reduced in this way, the natural dangling action of the air is lost, and the particles tend to float in the air. One
発明の開示 '  DISCLOSURE OF THE INVENTION ''
ィナズマは多量の陰イオンを発生させるといわれ、 カミナリの後の空気が新 に感じら れるのもその為である。  Inazuma is said to generate a large amount of anions, which is why the air after Kaminari is newly felt.
本発明のものは小型イナズマ発生器のようなもので、 発生した陰イオンでイオン化酸素 を作り、 丁度カミナリの後の新鮮な空気と同じような環境を作り出すものである。  The thing of the present invention is like a small caterpillar generator, and ionized oxygen is generated by the generated anions, and an environment similar to fresh air just after the fin is created.
図面の簡単な説明 BRIEF DESCRIPTION OF THE FIGURES
図は本発明の実施例を示すものであって、 第 1図は回路の一例を示す図、 第 2図は陰ィ オン発生電極の半断面図、 第 3図は壁掛け式陰イオン発生器を示す図、 第 4図は汚れ防止  FIG. 1 shows an embodiment of the present invention. FIG. 1 is a diagram showing an example of a circuit, FIG. 2 is a half sectional view of an anion generating electrode, and FIG. 3 is a diagram showing a wall-mounted anion generator. Shown, Fig. 4 shows dirt prevention
" ;;ί"ΓΓつ - . . 一 受ざらを有する壁面プレートを示す図、 第 5図はつり下げ式の受ざらを有する陰イオン発 生器を示す図である。 ";;ί" FIG. 5 is a view showing a wall plate having ridges, and FIG. 5 is a view showing an anion generator having hanging ridges.
1はネオンランプ 2、 3はダイオード 4、 5はコンデンサー 6は抵抗 7はサイダ ヅク 8はコンデンサー 9はパルストランス 1 0、 1 1は高圧用ダイオード 1 2、 1 3はコンデンサー 1 4はマイナス高圧出力 1 5は絶縁固定リング 1 6、 1 7は筒 型格子金具 1 8は金属ウールよりなる電極 1 9は壁掛け式陰イオン発生器 2 0はィ オン発生穴 2 1は壁面プレー 2 2は受ざら ' 2 3はつり下げ式陰イオン発生器 2 4は保護格子 2 5は受ざら。 _  1 is a neon lamp 2, 3 is a diode 4, 5 is a capacitor 6, 7 is a resistor, 7 is a capacitor, 8 is a capacitor, 9 is a pulse transformer, 10 is a high voltage diode, 12, 1 is a high voltage diode, and 1 is a capacitor. 1 5 is an insulating fixing ring 1 6 and 1 7 is a cylindrical lattice metal fitting 1 8 is an electrode made of metal wool 1 9 is a wall-mounted anion generator 2 0 is an ion generating hole 2 1 is a wall play 2 2 is not received '2 3 is a suspended anion generator 2 4 is a protective grid 2 5 is not received. _
、 発明を実施するための最良の形態 BEST MODE FOR CARRYING OUT THE INVENTION
' 次いで図によって本発明を説明すれば、 第 1図は回路の一例を示すものであってこの回 路に入力電源が印加されると、 ダイオード 2、 3、 コンデンサ一 4、 5、 の倍電圧回路に よりコンデンサー 4、 5、 の両端に入力電圧ピーク値の =2倍の電圧が充電される。  'Next, the present invention will be described with reference to the drawings. Fig. 1 shows an example of a circuit, and when input power is applied to this circuit, a voltage double of diodes 2, 3 and capacitors 1, 4, 5 The circuit charges both ends of capacitors 4 and 5 with a voltage that is twice the peak value of the input voltage.
この電圧が抵抗 6を通してコンデンサー 8に充電される。 コンデンサー 8の電圧が、 サイダヅク 7のプレークオ一バー電圧以上になると、 サイダック 7はブレークダウンして コンデンサー 8の電荷はパルストランス 9の一次を通して放電する。  This voltage charges the capacitor 8 through the resistor 6. When the voltage of the capacitor 8 becomes equal to or higher than the pre-overvoltage of the sidak 7, the sidak 7 breaks down and the electric charge of the capacitor 8 is discharged through the primary of the pulse transformer 9.
パルストランス 9で昇圧されたパルス高圧をさらに高圧用ダイオード 1 0、 1 1、 コンデ ンサー 1 2、 1 3の倍電圧回路でさらにピーク値の =2倍の直流高圧に昇圧させ、 このマイ ナス高圧を陰イオン発生部の金属ウールよりなる電極 1 8に 01加する。  The pulse high voltage boosted by the pulse transformer 9 is further boosted to a DC high voltage of twice the peak value by the voltage doubler circuit of the high voltage diodes 10 and 11 and the capacitors 12 and 13 and this negative high voltage To the electrode 18 made of metal wool at the anion generating portion.
第 2図はその電極を示すもので、 絶縁リング 1 5により上下を固定した筒型格子の金具 1 6と 1 7の中に金属ウールよりなる電極 1 8をそう入し、 全体を に形成せるもので 効率良く空気中に陰イオンを発生するものである。  Fig. 2 shows the electrodes.The electrodes 18 made of metal wool are inserted into the metal fittings 16 and 17 of the cylindrical grid fixed up and down by the insulating ring 15. It efficiently generates anions in the air.
第 3図に示すものは壁掛け式の陰イオン発生器 1 9であって、 1はネオンランプ、 2 0 はイオン発生穴でこの内部に電極 1 8が固定されている。  FIG. 3 shows a wall-mounted anion generator 19, in which 1 is a neon lamp, 20 is an ion generation hole, and an electrode 18 is fixed inside the hole.
このままではプラスの電荷を持った汚染微粒子が陰イオンにふれると、 電気的に中性も  In this state, if the positively charged contaminant particles touch the anions, they become electrically neutral.
OMPI IPO しくはマイナスの電荷を帯びて空気中から地面、 床等に引き寄せられるので壁面、 床が汚 れるので、 第 4図に示す受ざら 2 2を有するプレート 2 1を使甩する。 OMPI IPO Alternatively, the negative electrode is attracted to the ground or floor from the air by taking a negative charge, so that the wall surface and the floor are soiled. Therefore, a plate 21 having a receiver 22 shown in FIG. 4 is used.
第 5図はつり下げ式の陰イオン発生器を示すもので、 本体 2 3にはネオンランプ 1、 と 電極 1 8を有し、 受ざら 2 5は保護格子 2 4の下部に有する。  FIG. 5 shows a suspended-type anion generator, in which a main body 23 has a neon lamp 1 and an electrode 18, and a receiver 25 is provided below the protective grid 24.
壁掛け式 1 9の受ざら 2 2とつり下げ式 2 3の受ざら 2 5は共に自由に取り外しが出来る もので、 時々内部を洗淨して使用する。 Both the wall-mounted type 19 receiver 22 and the hanging type 23 receiver 25 can be freely removed, and the interior is sometimes cleaned and used.
産業上の利用可 性 Industrial applicability
本発明のものは陰イオンの極端に少なくなる密閉され空調された室 、 特に都市部の人 ェ環境の恵い室内空気を高原や海岸などのきれいな空気に近づけ、 又プラス電荷を持った 汚染微粒子をマイナス電荷を帯びさせることで受ざらに引き寄せ、 室内の空気をクリーン にするものである。  The air conditioner of the present invention is a closed and air-conditioned room where the amount of anions is extremely reduced, especially the indoor air where the human environment is favorable in urban areas is brought closer to clean air such as plateaus and coasts, and polluted fine particles having a positive charge. Is attracted by receiving a negative charge to clean the indoor air.
特に ^者の多い室内、 車中等で效果的である。 It is especially effective in rooms with many people and in cars.
O PI ' O PI '

Claims

請求の範囲  The scope of the claims
/) ダイオード （2) (3) コンデンサー （4) (5) の倍電圧回路よりの直流電源を 抵抗 (6) を通してコンデンサー （8) に充電させ、 このコンデンサー （8) の電圧によ りサイダック （7) 及びパルストランス （9) の一次を通して放電させ、 二次側に発生し たパルス高圧を、 さらにダイオード （10) (11) コンデンサー （12) (13) の倍 電圧回路により直流高圧を取出し、 このマイナス高圧を陰イオン発生電極 （18) に印加 するようになしたる、 陰イオン発生空気清铮器。  /) Diode (2) (3) Capacitor (4) The DC power from the voltage doubler circuit of (5) is charged to the capacitor (8) through the resistor (6), and the voltage of this capacitor (8) causes the Sidac ( 7) and discharge through the primary of the pulse transformer (9), and the high voltage of the pulse generated on the secondary side is taken out by the double voltage circuit of the diode (10) (11) condenser (12) (13). An anion generating air purifier that applies this negative high pressure to the anion generating electrode (18).
2) 金属ウールよりなる鼋極 （18) を、 筒型格子の電極保持金具 （16) (17) に て筒型を形成し、 上下を絶縁固定リング （15) にて固定せる陰イオン発生用鼋極。  2) For anion generation, an electrode (18) made of metal wool is formed into a cylindrical shape using the cylindrical grid electrode holding brackets (16) and (17), and the top and bottom are fixed with insulating fixing rings (15).鼋 pole.
3) 壁掛け式の陰イオン発生器 （19) にお て、 壁面の汚ごれ防止プレート （21) 及びその下部に床污ごれ防止受ざら （22) を有する、 陰イオン発生空気清浄器。  3) An anion-generating air purifier comprising a wall-mounted anion generator (19) having a dirty-prevention plate (21) on a wall surface and a floor-dirt prevention plate (22) below the plate.
I ) つり下げ型の陰イオン発生器 （23) において、 電極 （ 8) の下部に床よごれ防 止受ざら （25) を有する、 陰イオン発生空気清浄器。  I) An anion-generating air purifier comprising a suspended-type anion generator (23) and a floor-slip-preventing receiver (25) below the electrode (8).
O PI WIPO O PI WIPO
PCT/JP1981/000359 1981-11-30 1981-11-30 Anion generating air cleaner WO1983002044A1 (en)

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Application Number Priority Date Filing Date Title
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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4914369A (en) * 1972-06-02 1974-02-07
JPS52115807U (en) * 1976-02-28 1977-09-02

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4914369A (en) * 1972-06-02 1974-02-07
JPS52115807U (en) * 1976-02-28 1977-09-02

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