JP2005058847A - Foreign matter removing and purifying and sterilizing device in water or air - Google Patents

Foreign matter removing and purifying and sterilizing device in water or air Download PDF

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JP2005058847A
JP2005058847A JP2003289526A JP2003289526A JP2005058847A JP 2005058847 A JP2005058847 A JP 2005058847A JP 2003289526 A JP2003289526 A JP 2003289526A JP 2003289526 A JP2003289526 A JP 2003289526A JP 2005058847 A JP2005058847 A JP 2005058847A
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foreign matter
air
purification
water
outer cylinder
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Tetsuo Kando
哲男 貫洞
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Kyoshin Kogyo KK
Rhythm Kyoshin Co Ltd
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Kyoshin Kogyo KK
Kyoshin Kogyo Co Ltd
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<P>PROBLEM TO BE SOLVED: To provide a compact device to remove foreign matter and to purify and sterilize introduced water or air without using electric power. <P>SOLUTION: Polluted water or air containing foreign matter is introduced from an inlet port 7 into an outer cylinder 2 to separate and remove the foreign matter by a cyclone action of the outer cylinder 2. The purifying object (water or air) with the foreign matter removed therefrom is introduced into a filter 3, being kept at a proper temperature by a coil-like cooling/heating means 5, to remove fine foreign matter in the filter 3 at the time of introduction, and purified and sterilized by an ionization action in the filter 3. The purifying object is further purified and sterilized by an ozone lamp 6. The treated purifying object (water or air) comes into contact with a purifying and sterilizing body 4, is further sterilized by ionization action and discharged from a discharge pipe 8 to the outside. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

本発明は、一般汚水及び汚染空気や沼，湖等の異物混在汚水等の異物除去と浄化細菌を行う装置に係り、特に、電力を使用せず省エネルギ化に寄与すると共に、浄化殺菌効率の高い水・空気内の異物除去と浄化殺菌装置に関する。   The present invention relates to a device for removing foreign substances such as general sewage and contaminated air, foreign matter mixed sewage such as swamps and lakes, and purifying bacteria, and in particular, contributes to energy saving without using electric power, and also provides purification and sterilization efficiency. The present invention relates to high water / air foreign matter removal and purification sterilization equipment.

水・空気の異物除去や浄化殺菌を行う装置としては各種のものがあるが、効率的な装置としては同一出願人による「特許文献１」がある。
特開２００２−４５８６０ There are various types of apparatuses for removing foreign substances such as water and air and purifying and sterilizing, and as an efficient apparatus, there is "Patent Document 1" by the same applicant.
JP2002-45860

前記の「特許文献１」の特開２００２−４５８６０の「異物除去浄水装置」は、接線方向の導入管から導入された異物含有汚水が筒体の旋回して異物除去が行われると共に、プラス帯電されている内筒とマイナス帯電されている中心筒体とによる電気的作用により異物分類が行われ、更に、水のクラスタ化の促進により浄水作用が行われる。また、中心部に設けられているイオン発生金属に触れて殺菌が行われる。以上のように、この「異物除去浄水装置」は効果的な異物除去や殺菌が行うことができるが、電力を必要とし、省エネルギ化に反する問題点がある。また、導入される異物含有汚水の温度はまちまちであり、異物除去浄化処理を効率的に行うには汚水の温度コントロールが必要であるが、この手段が設けられていない。また、殺菌手段についてもより積極的な殺菌が不十分であり、十分の浄化殺菌が不足する問題点があった。   The “foreign matter removal water purifier” disclosed in Japanese Patent Application Laid-Open No. 2002-45860 in “Patent Document 1” described above is a method in which foreign matter-containing sewage introduced from a tangential introduction pipe swirls around a cylindrical body to remove foreign matter and is positively charged. Foreign matter classification is performed by the electrical action of the inner cylinder and the negatively charged central cylinder, and water purification is performed by promoting the clustering of water. Further, sterilization is performed by touching an ion generating metal provided in the center. As described above, this “foreign substance removing water purifier” can perform effective foreign substance removal and sterilization, but requires electric power and has a problem against energy saving. Moreover, the temperature of the introduced foreign material-containing sewage varies, and it is necessary to control the temperature of the sewage in order to efficiently perform the foreign matter removal and purification process, but this means is not provided. Further, the sterilization means has a problem that more aggressive sterilization is insufficient and sufficient purification sterilization is insufficient.

本発明は、以上の問題点を解決するもので、電力を用いずに異物除去や浄化，殺菌が行われ、効果的の浄化，殺菌が可能な水・空気内の異物除去と浄化殺菌装置を提供することを目的とする。   The present invention solves the above-described problems. A foreign substance removal / purification sterilization apparatus in water / air that can be effectively purified and sterilized by removing foreign substances, purifying and sterilizing without using electric power. The purpose is to provide.

本発明は、以上の目的を達成するために、請求項１の発明は、異物を含有し汚染されている水や空気の前記異物の除去と清浄化及び殺菌を行うための装置であって、該装置は、浄化対象物の導入管と浄化後の前記浄化対象物を排出する排出管とを有し下方側に向かって縮径するテーパ状中空筒体を有する筒体状の外筒と、該外筒内の上方側に収納されているフィルタ体と、該フィルタ体の内部に配置されて前記排出管に連結される浄化殺菌体と、前記外筒と前記フィルタ体との間に配設され内部に冷加温体を流通させるコイル状冷加温手段と、前記テーパ状中空筒体の下方に連結され異物処理手段側に連結される異物排出部とを有するものからなり、前記フィルタ体は、複数のスリットを形成する筒体と、この外周に巻回されるコイル状線とからなり、前記浄化殺菌体が、塩ビ筒の内部に複数のチタン管又は銅管とステンレス管等多種類の殺菌効果のある金属電極材とを同心状に多数配置したものからなることを特徴とする。   In order to achieve the above object, the present invention is an apparatus for removing, purifying and sterilizing the foreign matter containing contaminated water and air, The apparatus has a cylindrical outer cylinder having a tapered hollow cylindrical body having an introduction pipe for purification object and a discharge pipe for discharging the purification object after purification, the diameter of which decreases toward the lower side; A filter body housed on the upper side in the outer cylinder, a purification sterilization body disposed inside the filter body and connected to the discharge pipe, and disposed between the outer cylinder and the filter body The filter body comprising: a coiled cooling / heating means for circulating a cooling / warming body therein; and a foreign matter discharge section connected to the foreign matter processing means side connected to the lower side of the tapered hollow cylindrical body. Is a cylindrical body forming a plurality of slits, and a coiled wire wound around the outer periphery. The purification sterilized body is characterized in that a plurality of titanium tubes or copper tubes and a plurality of metal electrode materials having a sterilizing effect such as stainless steel tubes are concentrically arranged inside a polyvinyl chloride tube. To do.

また、請求項２の発明は、前記フィルタ体の内部にはオゾンランプが配設されることを特徴とする。   The invention according to claim 2 is characterized in that an ozone lamp is disposed inside the filter body.

また、請求項３の発明は、前記コイル状冷加温手段は導入される高温排水や高温排風による熱量摂取や送風に対する潜熱効果を上げるためのものであり、温度をコントロールする温度調節手段に連結されることを特徴とする。   According to a third aspect of the present invention, the coiled cooling and heating means is for increasing the latent heat effect on the intake of heat and the ventilation by the introduced high-temperature drainage or high-temperature exhaust air. It is characterized by being connected.

異物を含有し、汚染されている水・空気は導入管から導入され旋回作用を受けて異物を分離すると共に、外筒内で適温に冷却又は加温されてフィルタ体の外部からその内部に進入する。フィルタ体はコイル状線によって巻回されている浄化手段からなり、微細異物の除去分離と濾過が行われる。また、フィルタ体の本体とコイル状線との間のイオン効果により浄化，殺菌が行われる。フィルタ体内に導入された水や空気は浄化殺菌体内のイオン化効果により電解されて浄化殺菌が積極的に行われる。以上により、電力を用いることなく、異物除去と浄化殺菌が行われる。また、分離された異物は下方の異物排出部を介して異物処理手段に送られて処理される。   Contaminated water / air containing foreign matter is introduced from the inlet pipe and swirled to separate the foreign matter, and cooled or heated to an appropriate temperature in the outer cylinder and entered the filter body from the outside. To do. The filter body is composed of a purification means wound around a coiled wire, and performs removal and separation of fine foreign substances and filtration. Further, purification and sterilization are performed by an ionic effect between the main body of the filter body and the coiled wire. Water and air introduced into the filter body are electrolyzed by the ionization effect in the purification sterilization body, and the purification sterilization is actively performed. As described above, foreign matter removal and purification sterilization are performed without using electric power. Further, the separated foreign matter is sent to the foreign matter processing means via the foreign matter discharge section below and processed.

また、フィルタ体内にオゾンランプを設けることにより、特に空気のオゾン化が行われて、その浄化，殺菌がより効果的に行われる。   In addition, by providing an ozone lamp in the filter body, particularly, the ozonization of the air is performed, and the purification and sterilization is performed more effectively.

また、導入された水・空気の温度はまちまちであるが、適温の場合が異物除去と浄化効率がよい。よって、導入対象物はコイル状冷加温手段の温度コントロールにより適温に保持されて下流側に進む。これにより、より効果的の異物除去と浄化，殺菌が行われる。   Moreover, although the temperature of the introduced water / air varies, the removal of foreign matter and purification efficiency are good when the temperature is appropriate. Therefore, the introduction object is held at an appropriate temperature by the temperature control of the coiled cooling and heating means and proceeds downstream. Thereby, more effective foreign matter removal, purification, and sterilization are performed.

図１により、本発明の水・空気内の異物除去と浄化殺菌装置１の全体構造を説明する。外筒２は、上方側が中空円筒状の中空筒体２ａからなり、下方にこの中空筒体２ａと一体的構造で下方に向かって縮径するテーパ状中空筒体２ｂを形成するものからなる。また、前記中空筒体２ａには図６に示すようにその接線方向に沿って導入管７が連結され、中央筒体２ａの上部には排出管８が連結される。勿論、外筒２の上面は蓋体９により密閉される。また、テーパ状中空筒体２ｂの下方には異物排出部１０が設けられ、この異物排出部１０は弁１１等を介して異物処理手段１２側に連結される。以上の構造により、導入管７から導入された水・空気等の異物や汚染物を含む浄化対象物は外筒２内で旋回作用を受けて異物分離が行われ、分離された異物は異物排出部１０側に導入されて排出されて処理される。   With reference to FIG. 1, the entire structure of the water / air foreign matter removal and purification sterilization apparatus 1 of the present invention will be described. The outer cylinder 2 is formed of a hollow cylinder 2a having a hollow cylindrical shape on the upper side, and is formed with a tapered hollow cylinder 2b whose diameter is reduced downward with an integral structure with the hollow cylinder 2a. As shown in FIG. 6, the hollow tube 2a is connected with an introduction tube 7 along the tangential direction, and a discharge tube 8 is connected to the upper portion of the central tube 2a. Of course, the upper surface of the outer cylinder 2 is sealed by the lid 9. Further, a foreign matter discharge portion 10 is provided below the tapered hollow cylindrical body 2b, and the foreign matter discharge portion 10 is connected to the foreign matter processing means 12 side via a valve 11 and the like. With the above-described structure, the object to be purified including foreign matter and contaminants such as water and air introduced from the introduction pipe 7 is subjected to the swirling action in the outer cylinder 2 to separate the foreign matter, and the separated foreign matter is discharged as a foreign matter. It is introduced into the unit 10 side, discharged and processed.

外筒２内部には、同心状にフィルタ体３が設けられ、フィルタ体３の内部には、同心に浄化殺菌体４が設けられている。また、フィルタ体３と外筒との間には、浄化対象物の温度コントロールを行うためのコイル状冷加温手段５が設けられている。フィルタ体３や浄化殺菌体４により浄化、殺菌された水や空気は排出管８から外部に排出される。   A filter body 3 is provided concentrically inside the outer cylinder 2, and a purification sterilization body 4 is provided concentrically inside the filter body 3. In addition, a coiled cooling and heating means 5 for controlling the temperature of the object to be purified is provided between the filter body 3 and the outer cylinder. Water and air purified and sterilized by the filter body 3 and the purification sterilization body 4 are discharged from the discharge pipe 8 to the outside.

次に、本発明の各部の詳細構造を説明する。外筒２は、前記のように、接線方向に導入管７を連結した中空筒体２ａとこの下方に連結されるテーパ状中空筒体２ｂと、筒体２ａの上面を閉止する蓋体９と、蓋体９の中心に連結され、内部に連通する排出管８等とからなる。また、テーパ状中空筒体２ｂの下方には分離された異物を処理するための異物排出部１０やこれに連通する異物処理部１２等が設けられている。なお、外筒２はステンレス材から形成されているが、これに限定するものでなく、アルミ材でもよい。接線方向の導入管７とテーパ状中空筒体２ｂにより、外筒２の内部ではサイクロン運動が生じ、異物の分離除去が効率的に行われる。   Next, the detailed structure of each part of the present invention will be described. As described above, the outer cylinder 2 includes the hollow cylinder 2a connected to the introduction pipe 7 in the tangential direction, the tapered hollow cylinder 2b connected to the lower side, and the lid 9 that closes the upper surface of the cylinder 2a. The exhaust pipe 8 is connected to the center of the lid body 9 and communicates with the inside. Further, a foreign matter discharge unit 10 for processing the separated foreign matter and a foreign matter processing unit 12 communicating with the foreign matter discharge unit 10 are provided below the tapered hollow cylindrical body 2b. In addition, although the outer cylinder 2 is formed from the stainless steel material, it is not limited to this, An aluminum material may be sufficient. Due to the tangential introduction pipe 7 and the tapered hollow cylinder 2b, a cyclone motion is generated inside the outer cylinder 2 and the separation and removal of foreign matters is performed efficiently.

図２及び図３に示すように、フィルタ体３は、筒状の筒体１３と、この外部に密に巻回されているコイル状線１４とからなる。なお、図示のように、フィルタ体３の外周にはコイル状冷加温手段５が適宜間隙を介して配置される。筒体１３はたとえば、ステンレス材からなり、多数のスリット１５が軸線方向に伸延し周方向に隣接して配置される。このスリット１５の大きさや数等は浄化対象物に対応して適宜決められるが、その幅寸法はかなり狭いものからなる。また、コイル状線１４は細線からなり、材質としてはステンレス材と異なる材料、例えば、銅線等とから形成される。筒体１３とこれと材質の異なる細線状のコイル状線１４との間のイオン効果により、水や空気は浄化されると共に、筒体１３のスリット１５により、異物の積極的除去が行われる。なお、このフィルタ体３内に導入される水や空気はコイル状冷加温手段５により適温に温度コントロールされる。   As shown in FIGS. 2 and 3, the filter body 3 includes a cylindrical tube body 13 and a coiled wire 14 that is tightly wound around the outside. As shown in the figure, a coiled cooling and heating means 5 is appropriately disposed on the outer periphery of the filter body 3 via a gap. The cylinder 13 is made of, for example, a stainless material, and a large number of slits 15 extend in the axial direction and are arranged adjacent to each other in the circumferential direction. The size, number, etc. of the slits 15 are appropriately determined according to the object to be purified, but the width dimension is considerably narrow. The coiled wire 14 is made of a thin wire and is made of a material different from stainless steel, such as a copper wire. Water and air are purified by the ion effect between the tubular body 13 and the thin coiled wire 14 made of a different material, and foreign substances are positively removed by the slits 15 of the tubular body 13. The water and air introduced into the filter body 3 are temperature-controlled by the coiled cooling and heating means 5 to an appropriate temperature.

次に、図４，図５により、本発明に使用されている浄化殺菌体４の詳細構造を説明する。図示のように、浄化殺菌体４は大きさの異なる円筒体を同心状に配置したものからなる。本実施例では最外方の円筒体として塩ビ管１６が用いられ、この内部にまずチタン管１７が設けられ、更に、その内部に順次ステンレス管１８、チタン管１９、ステンレス管２０及び最内部の中心にチタン管２１が夫々隣接して配置される。材質の異なる管を隣接して配置することにより、管間にイオンが発生し、このイオン効果により浄化対象物の浄化殺菌がより積極的に行われる。なお、本実施例では、図示のような６重の筒構造を採用したが、これに限定するものではない。また、材質もステンレス及びチタンに限定するものではない。   Next, the detailed structure of the purification sterilization body 4 used in the present invention will be described with reference to FIGS. As illustrated, the purification sterilization body 4 is formed by concentrically arranging cylindrical bodies having different sizes. In this embodiment, a polyvinyl chloride pipe 16 is used as the outermost cylindrical body, and a titanium pipe 17 is first provided therein, and further, a stainless pipe 18, a titanium pipe 19, a stainless pipe 20 and an innermost pipe are sequentially provided therein. Titanium tubes 21 are arranged adjacent to each other in the center. By arranging the pipes of different materials adjacent to each other, ions are generated between the pipes, and purifying and sterilization of the object to be purified is more actively performed by this ion effect. In the present embodiment, a six-layered cylinder structure as shown in the figure is adopted, but the present invention is not limited to this. Further, the material is not limited to stainless steel and titanium.

図１に示すように、浄化対象物が空気の場合、フィルタ体３の内部にオゾンランプ６を配置することにより浄化殺菌がより効果的に行われる。本実施例のオゾンランプ６は図示のように細長の筒状のランプからなり、軸線方向に伸延するものからなり、円周方向に沿って多数本配置される。なお、オゾンランプ６は外筒２の蓋体９により上部を保持され、下方に向かって伸延して配置されるものからなる。その能力や本数等は浄化対象物の内容に対応して適宜設定される。   As shown in FIG. 1, when the object to be purified is air, the sterilization is more effectively performed by arranging an ozone lamp 6 inside the filter body 3. The ozone lamp 6 of the present embodiment is formed of an elongated cylindrical lamp as shown in the drawing, extends in the axial direction, and is arranged in a large number along the circumferential direction. The ozone lamp 6 is configured such that the upper part is held by the lid body 9 of the outer cylinder 2 and is extended downward. The capacity, number, etc. are appropriately set according to the contents of the object to be purified.

図１及び図３に示すように、コイル状冷加温手段５は前記のようにフィルタ体３の外周に巻回して配置されるコイル管２２と、コイル管２２の出入口間に介設される温度コントロール部２３等とからなる。浄化対象物の種類と導入温度により温度コントロール部２３を調節し、コイル管２２の内部の媒体温度をコントロールする。なお、導入される浄化対象物の温度はまちまちであるが、周囲温度とほぼ同一温度がこれより低温で装置内に導入されることが異物除去や浄水殺菌効果に対して効果的であることは実証されている。   As shown in FIGS. 1 and 3, the coiled cooling and heating means 5 is interposed between the coil tube 22 wound around the outer periphery of the filter body 3 as described above and the entrance / exit of the coil tube 22. It consists of a temperature control unit 23 and the like. The temperature control unit 23 is adjusted according to the type of the purification object and the introduction temperature, and the medium temperature inside the coil tube 22 is controlled. In addition, although the temperature of the purification target to be introduced varies, it is effective for the removal of foreign matter and the water purification sterilization effect that the temperature substantially the same as the ambient temperature is lower than this is introduced into the apparatus. Proven.

以上の水・空気内の異物除去と浄化殺菌装置１の構造により、導入管７から導入された浄化対象物は、コイル状冷加温手段５により適温に温度調節されて外筒２内に入り、サイクロン作用により異物を分離される。この浄化対象物はフィルタ体３内に入り、微細異物を除去されながら濾過され、かつイオン効果を受けて浄化殺菌されてフィルタ体３の内部に導入される。導入された浄化対象物は浄化殺菌体４に接触し、イオン効果により積極的な浄化、殺菌が行われ、また、オゾンランプ６により、浄化殺菌されて排出管８に進み、排出される。   By the structure of the foreign substance removal and purification and sterilization apparatus 1 described above, the object to be purified introduced from the introduction pipe 7 is adjusted to an appropriate temperature by the coiled cooling and heating means 5 and enters the outer cylinder 2. The foreign matter is separated by the cyclone action. The object to be purified enters the filter body 3, is filtered while removing fine foreign matters, is purified and sterilized by receiving an ionic effect, and is introduced into the filter body 3. The introduced purification object comes into contact with the purification sterilization body 4 and is positively purified and sterilized by the ionic effect, and is purified and sterilized by the ozone lamp 6, proceeds to the discharge pipe 8, and is discharged.

本発明の水・空気内の異物除去と浄化殺菌装置１は、異物除去や浄化殺菌を必要とするすべて浄化対象物に対して適用され、その利用範囲は広い。よって、単に沼や湖の汚水処理に限らず、生活排水のすべての場所に採用される。   The water / air foreign matter removal and purification sterilization apparatus 1 according to the present invention is applied to all objects to be purified that require foreign matter removal and purification sterilization, and has a wide range of uses. Therefore, it is used not only for sewage treatment in swamps and lakes but also in all places where domestic wastewater is discharged.

本発明の水・空気内の異物除去と浄化殺菌装置の全体構造を示す軸断面図。The axial sectional view which shows the whole structure of the foreign material removal and purification sterilization apparatus of the water and air of this invention. 本発明の水・空気内の異物除去と浄化殺菌装置の主要構成要素であるフィルタ体とこれを囲むコイル状冷加温手段を示す正面図。The front view which shows the filter body which is a main component of the foreign material removal and purification sterilization apparatus of water and air of this invention, and the coil-shaped cooling and heating means surrounding this. 図２のＡ−Ａ線断面図。FIG. 3 is a cross-sectional view taken along line AA in FIG. 2. 本発明の水・空気内の異物除去と浄化殺菌装置の主要構成要素である浄化殺菌体の構造を示す正面図。The front view which shows the structure of the purification | cleaning sterilization body which is a main component of the foreign material removal and purification | cleaning sterilization apparatus of water / air of this invention. 図４のＢ−Ｂ線断面図。BB sectional drawing of FIG. 外筒とこれに連結されている導入管及び排出管との連結状態を示す上面図。The top view which shows the connection state of an outer cylinder, the introduction pipe | tube connected to this, and the discharge pipe.

符号の説明Explanation of symbols

１ 水・空気内の異物除去と浄化殺菌装置
２ 外筒
２ａ 中空筒体
２ｂ テーパ状中空筒体
３ フィルタ体
４ 浄化殺菌体
５ コイル状冷加温手段
６ オゾンランプ
７ 導入管
８ 排出管
９ 蓋体
１０ 異物排出部
１１ 弁
１２ 異物処理手段
１３ 筒体
１４ コイル状線
１５ スリット
１６ 塩ビ管
１７ チタン管
１８ ステンレス管
１９ チタン管
２０ ステンレス管
２１ チタン管
２２ コイル管
２３ 温度コントロール部 DESCRIPTION OF SYMBOLS 1 Foreign matter removal in water and air, and purification sterilization apparatus 2 Outer cylinder 2a Hollow cylinder 2b Tapered hollow cylinder 3 Filter body 4 Purification sterilization body 5 Coiled cooling and heating means 6 Ozone lamp 7 Introducing pipe 8 Discharge pipe 9 Lid Body 10 Foreign matter discharge part 11 Valve 12 Foreign matter processing means 13 Tube 14 Coiled wire 15 Slit 16 PVC pipe 17 Titanium pipe 18 Stainless steel pipe 19 Titanium pipe 20 Stainless steel pipe 21 Titanium pipe 22 Coil pipe 23 Temperature control part

Claims (3)

異物を含有し汚染されている水や空気の前記異物の除去と清浄化及び殺菌を行うための装置であって、該装置は、浄化対象物の導入管と浄化後の前記浄化対象物を排出する排出管とを有し下方側に向かって縮径するテーパ状中空筒体を有する筒体状の外筒と、該外筒内の上方側に収納されているフィルタ体と、該フィルタ体の内部に配置されて前記排出管に連結される浄化殺菌体と、前記外筒と前記フィルタ体との間に配設され内部に冷加温体を流通させるコイル状冷加温手段と、前記テーパ状中空筒体の下方に連結され異物処理手段側に連結される異物排出部とを有するものからなり、前記フィルタ体は、複数のスリットを形成する筒体と、この外周に巻回されるコイル状線とからなり、前記浄化殺菌体が、塩ビ筒の内部に複数のチタン管又は銅管とステンレス管等多種類の殺菌効果のある電極材とを同心状に多数配置したものからなることを特徴とする水・空気内の異物除去と浄化殺菌装置。   An apparatus for removing, cleaning, and sterilizing the foreign matter containing contaminated water or air, which discharges the purification target introduction pipe and the purification target after purification. A cylindrical outer cylinder having a tapered hollow cylindrical body having a diameter that decreases toward the lower side, a filter body accommodated in the upper side of the outer cylinder, and A purification sterilization body disposed inside and connected to the discharge pipe, a coiled cooling and heating means disposed between the outer cylinder and the filter body for circulating a cooling heating body therein, and the taper The filter body includes a cylindrical body that forms a plurality of slits and a coil that is wound around the outer periphery of the cylindrical body. And the purified sterilized body has a plurality of titanium tubes inside a PVC tube. Foreign substance removal and purification sterilizer water within the air, characterized in that it consists of those arranging a large number of the electrode material with a variety of bactericidal effect, such as copper pipe and stainless steel pipe concentrically in. 前記フィルタ体の内部にはオゾンランプが配設されることを特徴とする請求項１に記載の水・空気内の異物除去と浄化殺菌装置。   The apparatus for removing and purifying sterilization of water and air according to claim 1, wherein an ozone lamp is disposed inside the filter body. 前記コイル状冷加温手段は導入される高温排水や高温排風による熱量摂取や送風に対する潜熱効果を上げるためのものであり、温度をコントロールする温度調節手段に連結されることを特徴とする請求項１又は２に記載の水・空気内の異物除去と浄化殺菌装置。   The coil-like cooling and heating means is for increasing the latent heat effect on the intake of heat and the blowing by high-temperature drainage and high-temperature exhaust air that are introduced, and is connected to a temperature adjustment means that controls the temperature. Item 3. A foreign substance removal and purification sterilization apparatus according to item 1 or 2.
JP2003289526A 2003-08-08 2003-08-08 Foreign matter removing and purifying and sterilizing device in water or air Pending JP2005058847A (en)

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