JP3103152U - Deionizer for metal ion water using PET bottle containers - Google Patents

Deionizer for metal ion water using PET bottle containers Download PDF

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JP3103152U
JP3103152U JP2004000388U JP2004000388U JP3103152U JP 3103152 U JP3103152 U JP 3103152U JP 2004000388 U JP2004000388 U JP 2004000388U JP 2004000388 U JP2004000388 U JP 2004000388U JP 3103152 U JP3103152 U JP 3103152U
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electrodes
electrode
container
water
power supply
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明 松浦
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明 松浦
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Abstract

【課題】広く身近にある容器で密閉性、保存性、携帯性に優れ容器の入手が容易なペットボトル容器を金属イオン水の造水に利用するとともに、金属イオン水の造水が済んだ後は他の容器に移し替えることなくそのまま保存容器としても利用できるようにする。また金属イオン水の微量金属作用の対象となる細菌などの範囲を広げるために、同一の装置を以って複数の金属イオン水の造水を可能とすることである。
【解決手段】U字型に成型された長短の電極1および2を互いに90度の角度で配置した電極部を電極と電源との接合部を収納するケース部3に強固に固定してペットボトル容器10の狭小なネック部への挿入と抜き出しを容易とした。電極の消耗の均等化を図るためと複数の種類のイオン水を得ることを目的とする電極の極性切り替え手段としてケース部3に外部電源用の電源ジャック4,5を設けた。
【選択図】 図2
An object of the present invention is to use a PET bottle container, which is widely used and has excellent sealability, preservability, and portability, and is easily available, for producing metal ionized water, and after the metal ionized water is produced. Is to be used as a storage container without transfer to another container. Another object of the present invention is to make it possible to produce a plurality of metal ion waters using the same apparatus in order to widen the range of bacteria and the like that are subject to the action of trace metal ions of metal ion water.
A plastic bottle in which a long and short electrodes (1 and 2) formed in a U-shape are arranged at an angle of 90 degrees to each other and firmly fixed to a case (3) for accommodating a joint between the electrodes and a power supply. The container 10 can be easily inserted into and extracted from the narrow neck portion. Power supply jacks 4 and 5 for an external power supply are provided in the case section 3 as means for switching the polarity of the electrodes for the purpose of equalizing the consumption of the electrodes and obtaining a plurality of types of ionized water.
[Selection] Figure 2

Description

本考案は市販のペットボトル容器を利用できることを特徴とする簡易で安価な金属イオン水の造水装置に関するものである。   The present invention relates to a simple and inexpensive metal ionized water producing apparatus characterized in that a commercially available plastic bottle container can be used.

銅イオン水や銀イオン水はその優れた微量金属作用による殺菌効果、殺藻効果が認められており、工業や一般生活面で広く実用に供されている。
現在実用されている金属イオン水の造水装置は工業用途や大型施設用途のもの、又は小型ではあっても
特開2000−153278における携帯用殺菌水生成器のように専用の容器に組み込まれており、またペットボトル容器の利用には適さない電極形状たとえば電極板を使用したものなどであって、身近にある容器で密閉性、保存性、携帯性に優れ容器の入手が容易なペットボトル容器の利用には実用上不十分であった。
Copper ion water and silver ion water have been recognized as having a bactericidal effect and an algicidal effect due to their excellent trace metal action, and are widely used in industry and general daily life.
Currently produced metal ion water desalination equipment is used for industrial purposes, large facilities, or small
It is incorporated in a dedicated container such as a portable sterilized water generator in Japanese Patent Application Laid-Open No. 2000-153278, and has an electrode shape that is not suitable for the use of a PET bottle container, for example, an electrode plate. Some containers are not practically sufficient for use of PET bottle containers which are excellent in hermeticity, preservability, and portability and are easily available.

しかしペットボトルを金属イオン水の造水装置の実用に供するためには電極をペットボトルの狭小なネック部から挿入・抜き出しを容易に行える形状とするとともに電極の実用的な機械強度と電解能率を考慮した電極配置とする必要がある。電極板を使用した装置ではペットボトルのようなネック部が狭小な容器への電極の挿入・抜き出しと電極の清掃が容易でないという欠点があった。   However, in order to put the plastic bottle into practical use as a metal ionized water generator, the electrode must be shaped so that it can be easily inserted and removed from the narrow neck of the plastic bottle, and the electrode must have a practical mechanical strength and electrolytic efficiency. It is necessary to consider the electrode arrangement. An apparatus using an electrode plate has a drawback that it is not easy to insert / extract the electrode into / from a container having a narrow neck such as a PET bottle and to clean the electrode.

この改善策として棒状の電極を用いる方法がある。しかしながら、電極棒を使用した装置でも電極の機械的強度の確保と電解能率すなわち異電位電極との対向面積の確保が容易でないという欠点がある。多数の電極棒を使用する方法もあるがペットボトルのネック部のような限られた面積の中に多数の電極を配置することは構造が複雑となりかつ電極部の汚れの清掃も困難となる。また筒状の電極の内側に棒状の電極を配置することは電極部の汚れの清掃が困難となる。 As a remedy, there is a method using a rod-shaped electrode. However, there is a disadvantage that it is not easy to secure the mechanical strength of the electrode and the electrolytic efficiency, that is, the area facing the different potential electrode, even in an apparatus using an electrode rod. Although there is a method of using a large number of electrode rods, arranging a large number of electrodes in a limited area such as a neck portion of a plastic bottle requires a complicated structure and makes it difficult to clean the electrode portion. Further, disposing the rod-shaped electrode inside the cylindrical electrode makes it difficult to clean the electrode portion.

ペットボトルを使用できるイオン生成器ではあっても
特開2003−024956におけるアルカリイオン水の製造方法及び水改質器ではマグネシウムを水と接触させる方法であり、金属電極に電位差を与えて強制的に金属イオン水を造水する手段ではない。
Even if it is an ion generator that can use PET bottles
The method for producing alkaline ionized water and the water reformer disclosed in Japanese Patent Application Laid-Open No. 2003-024956 are methods in which magnesium is brought into contact with water, and are not means for forcibly producing metal ionized water by applying a potential difference to a metal electrode.

金属電極に電位差を与えて強制的に金属イオン水を造水する手段においては陽極側の電極がイオンとして消耗されてゆくため電極の使用期間は陽極側の電極の消耗できまる。この対策として陰極側と陽極側の双方を同じ材料で作成し電極の極性を切り替えて電極の消耗を均等化する手段が考えられるが、たとえば
実開平06−021795における金属イオン水の製造装置では極性切り替えを電気的反極性の不純物の付着防止を目的としており、電極の消耗を均等化するための手段とはしていない。
In the means for applying a potential difference to the metal electrode to forcibly produce metal ion water, the anode electrode is consumed as ions, so that the anode electrode can be consumed during the use period of the electrode. As a countermeasure, there is a method of making both the cathode side and the anode side of the same material and switching the polarity of the electrodes to equalize the consumption of the electrodes.
In the apparatus for producing metal ionized water in Japanese Utility Model Application Laid-Open No. 06-021795, the purpose of polarity switching is to prevent the adhesion of electrically opposite polar impurities, and is not a means for equalizing the consumption of electrodes.

また、銅イオン水や銀イオン水はその優れた微量金属作用が認められているが微量金属作用の対象については細菌などの種類などにより異なるといわれている。銅イオン水と銀イオン水を同時に得る方法としては
特開平05−245478における冷却塔の冷却水の処理方法及びその装置のように銅材と銀材の金属電極をともに陽極として別に設けた陰極との間に電圧を印加するものもあるが装置が大掛かりなものとなる。
Copper ion water and silver ion water have been found to have excellent trace metal action, but it is said that the target of the trace metal action varies depending on the type of bacteria and the like. As a method to obtain copper ion water and silver ion water at the same time,
There is also a method and apparatus for treating cooling water in a cooling tower disclosed in Japanese Patent Application Laid-Open No. 05-245478, in which a voltage is applied between a copper electrode and a silver electrode, both of which are separately provided as anodes. It's a big deal.

身近にある容器で密閉性、保存性、携帯性に優れ容器の入手が容易なペットボトル容器を金属イオン水の造水に利用するとともに、金属イオン水の造水が済んだ後は他の容器に移し替えることなくそのまま保存容器としても使用できるようにすることである。 Use PET bottle containers that are close to the container, have excellent storage properties, and are easy to obtain, and are easily accessible. That is, it can be used as a storage container without being transferred to a storage container.

また、造水装置の陰極側と陽極側の電極の消耗を均等化して造水装置の電極がより長く使用できるようにすることである。   Another object of the present invention is to equalize the consumption of the electrodes on the cathode side and the anode side of the fresh water generator so that the electrodes of the fresh water generator can be used longer.

更には、造水されたイオン水の微量金属作用の対象となる細菌などの範囲を広げるために、同一の装置を以って複数の金属イオン水の造水を可能とすることである。   Further, in order to widen the range of bacteria and the like that are subjected to the action of trace metal action of the produced ionized water, it is possible to produce a plurality of metal ionized waters using the same device.

本考案は、電極部をペットボトルのようなネック部の狭小な容器への挿入はもちろん、抜き出し、電極部の汚れの清掃も容易にするとともに、電極部の機械的強度の確保と電解能率にかかわる電極間の対向長さを確保することを特徴とする。   The present invention facilitates not only the insertion of the electrode into a container with a narrow neck such as a plastic bottle, but also the removal and cleaning of the electrode, as well as ensuring the mechanical strength of the electrode and improving the electrolytic efficiency. A feature is to ensure a facing length between the electrodes concerned.

U字型に成型された電極を用いることにより電極単体の機械強度を確保するとともに2本の電極を互いに90度をなす角度で配置することにより、片方のU字型電極の強度の低い方向に対して他方のU字型電極の強度の高い方向の部位が機械的な保護の機能を発揮することとなり、結果としてU字型電極2本の組み合わせよりなる造水装置としての電極部をより強固なものとする。   By using a U-shaped electrode, the mechanical strength of the electrode alone is ensured, and by arranging the two electrodes at an angle of 90 degrees to each other, the strength of one U-shaped electrode is reduced. On the other hand, the part of the other U-shaped electrode in the direction of higher strength exerts a function of mechanical protection, and as a result, the electrode part as a fresh water generator composed of a combination of two U-shaped electrodes is further strengthened. It is assumed that

更には、U字型に成型した電極を互いに90度をなす角度で配置することにより、それぞれの電極は互いに相手側の電極の平行部と90度の角度をなして2方向で相対することとなり、結果として電極の対向長さがU字型電極を互いに平行配置した場合に比べ約2倍に相当することとなり電解能率が大幅に向上する。   Furthermore, by arranging the U-shaped electrodes at an angle of 90 degrees to each other, each electrode is opposed to the parallel portion of the partner electrode at an angle of 90 degrees to each other in two directions. As a result, the facing length of the electrodes is about twice as large as the case where the U-shaped electrodes are arranged in parallel with each other, and the electrolytic efficiency is greatly improved.

また、電極部はそれらを支持し電極と電源との接合部を収納するケース部に強固に固定されており造水容器であるペットボトル容器から容易に抜き出すことができ、かつ電極そのものが2本のU字型電極よりなる簡単な構造であるので電極部の汚れの清掃が容易となる。   In addition, the electrode part is firmly fixed to the case part which supports them and stores the joint part between the electrode and the power supply, can be easily extracted from the plastic bottle container which is a fresh water container, and has two electrodes themselves. Because of the simple structure of the U-shaped electrode, it is easy to clean the electrode portion.

ケース部には市販のACアダプターから電源を得るための外部電源用の電源ジャックを2つ設けてあり、電源ジャックの選択でU字型電極の間に印加する直流電圧の極性を切り替える。電極の極性の切り替えにより、双方の電極が同じ材料の場合には電極消耗の均等化ができ、また一方が銅材で他方が銀材の場合には銅イオン水と銀イオン水を造水できる。   The case portion is provided with two power supply jacks for an external power supply for obtaining power from a commercially available AC adapter, and the polarity of the DC voltage applied between the U-shaped electrodes is switched by selecting the power supply jack. By switching the polarity of the electrodes, electrode wear can be equalized when both electrodes are made of the same material, and copper ion water and silver ion water can be produced when one is a copper material and the other is a silver material. .

本考案の金属イオン造水装置はペットボトル容器を金属イオン水の造水容器に利用するとともに、造水が済んだ後は他の容器に移し替えることなくそのまま保存容器として使用できるので、必要量に応じた容量のペットボトル容器で金属イオン水を造水し必要量に応じたペットボトル容器の本数で金属イオン水の保存と利用ができるという利点がある。   The metal ion desalination device of the present invention uses a PET bottle container as a metal ion water desalination container, and can be used as a storage container without transfer to another container after water desalination is completed. There is an advantage that the metal ion water can be stored and used in the number of the PET bottle containers according to the required amount by producing the metal ion water in the PET bottle container having a capacity corresponding to the required amount.

また、本考案の金属イオン造水装置は電極部とそれらを支持し電極と電源との接合部を収容するケース部より成っており、外部電源およびペットボトル容器とは分離独立しているので構造が簡単で日常の保管と手入れが容易な金属イオン水の造水装置を安価に提供することを可能とする。   In addition, the metal ion desalination apparatus of the present invention is composed of an electrode part and a case part that supports them and accommodates a joint part between the electrode and the power supply. It is possible to provide an inexpensive metal ionized water producing apparatus which is simple and easy to store and care for everyday.

ケース部に設けた2つの電源ジャックの選択により電極の間に印加する直流電圧の極性を切り替えて電極の消耗を均等化するので長期間にわたる安定した使用ができるという利点がある。   The polarity of the DC voltage applied between the electrodes is switched by selecting the two power jacks provided in the case portion, and the electrodes are equally consumed, so that there is an advantage that stable use can be performed for a long period of time.

更には、電極の一方を銅材とし他方を銀材とした場合には直流電圧の極性を切り替えることで銅イオン水と銀イオン水を造水することができるという利点がある。   Furthermore, when one of the electrodes is made of a copper material and the other is made of a silver material, there is an advantage that by switching the polarity of the DC voltage, copper ion water and silver ion water can be produced.

ペットボトルのようなネック部の狭小な容器への挿入はもちろん、抜き出しも容易な曲げ半径で成型した長短2本のU字型電極を互いに90度をなす角度で配置して、電極と電源との接合部を収納するケース部に強固に固定するとともに、ケース部に外部電源用の電源ジャックを2つ設けて電源ジャックの選択により電極への直流印加電圧の極性を切り替えるようにすることで実現した。   Two long and short U-shaped electrodes molded with a bend radius that allows easy insertion and withdrawal as well as insertion into a narrow container such as a PET bottle with a neck part are arranged at an angle of 90 degrees to each other, and the electrode and power supply are connected. This is realized by firmly fixing to the case part that stores the joint part of, and providing two power supply jacks for the external power supply in the case part and switching the polarity of the DC applied voltage to the electrode by selecting the power supply jack did.

図1は本考案装置の1構造例であって、1,2はそれぞれ長いU字型電極、短いU字型電極であって、互いに90度の角度を以って3の電極と電源との接合部を収納するケース部に強固に固定されている。ケース部は硬質塩化ビニル(通称PVC)などの絶縁物で製作されており4、5は外部電源用の電源ジャックであって、ケース内で1,2の電極と電線6,7および8,9を介して電極への極性が互いに逆になるように接続されている。   FIG. 1 shows one structural example of the device of the present invention, wherein reference numerals 1 and 2 denote a long U-shaped electrode and a short U-shaped electrode, respectively. It is firmly fixed to the case that stores the joint. The case is made of an insulating material such as hard vinyl chloride (commonly known as PVC). Reference numerals 4 and 5 denote power supply jacks for an external power supply, and one or two electrodes and electric wires 6, 7 and 8, 9 in the case. Are connected so that the polarities to the electrodes are opposite to each other.

電極1と2がともに銅材の場合には銅イオン水を、電極1と2がともに銀材の場合には銀イオン水を造水するもので、電極1と2の一方が銅材で他方が銀材の場合には銅材を陽極として銅イオン水を、また銀材を陽極として銀イオン水を造水する。 When both electrodes 1 and 2 are made of copper, copper ion water is produced. When both electrodes 1 and 2 are made of silver, silver ion water is produced. One of electrodes 1 and 2 is made of copper and the other is made of copper. When silver is used, copper ion water is produced using the copper material as the anode, and silver ion water is produced using the silver material as the anode.

U字型の単体の電極は直径2mmから6mm程度の素材を用いており、電極の先端がU字型に繋がっているためペットボトル容器への挿入が容易であり、かつ同一素材の棒材(または線材)を単体で使用の場合に比べて機械的強度に優れている。特にU字型の断面に直角方向の強度に優れるという利点を有している。また、U字型の電極の長さLはペットボトル容器の大きさにより選定するが、10cmから30cm程度の長さのものが使いやすい。   The U-shaped single electrode is made of a material having a diameter of about 2 mm to 6 mm. Since the tip of the electrode is connected to a U-shape, it can be easily inserted into a PET bottle container, and a rod material of the same material ( Or wire) is superior in mechanical strength as compared to the case of using the wire alone. In particular, there is an advantage that the strength in the direction perpendicular to the U-shaped cross section is excellent. The length L of the U-shaped electrode is selected according to the size of the PET bottle container, but a length of about 10 cm to 30 cm is easy to use.

更に、U字型の2本の電極を互いに90度をなす角度で配置することにより、片方のU字型電極の強度の低い方向に対して他方のU字型電極の強度の高い方向の部位が機械的な保護の機能を発揮することとなり、結果としてU字型電極2本の組み合わせよりなる造水装置としての電極部をより強固なものとする。   Further, by arranging the two U-shaped electrodes at an angle of 90 degrees to each other, a portion in a direction in which the strength of the other U-shaped electrode is high with respect to the direction in which the strength of one U-shaped electrode is low. Exerts the function of mechanical protection, and as a result, the electrode portion as a fresh water generator composed of a combination of two U-shaped electrodes is made stronger.

また、U字型に成型した電極を互いに90度をなす角度で配置することにより、それぞれの電極は互いに相手側の電極の平行部と90度の角度をなして2方向で相対することとなり、結果として電極の対向長さがU字型電極を互いに平行配置した場合に比べ約2倍に相当することとなり電解能率が大幅に向上する。   Also, by arranging the U-shaped electrodes at an angle of 90 degrees to each other, the respective electrodes will face each other in two directions at an angle of 90 degrees to the parallel portion of the partner electrode, As a result, the facing length of the electrodes is about twice as large as the case where the U-shaped electrodes are arranged in parallel with each other, and the electrolytic efficiency is greatly improved.

図2は本考案装置の1実施例であって、1〜5は、図1と同様である。また、10は市販飲料などの入っていたペットボトル、11は本考案装置の電源たる市販の汎用ACアダプター、12はペットボトル容器中の水位である。   FIG. 2 shows one embodiment of the device of the present invention, and 1 to 5 are the same as those in FIG. Reference numeral 10 denotes a plastic bottle containing a commercially available beverage, 11 denotes a commercially available general-purpose AC adapter serving as a power source of the present invention, and 12 denotes a water level in the PET bottle container.

因みに、直径約4.1mmの銅材を素材とした電極の長さ約18cmの本考案装置で2.7リッター容量のペットボトル容器に満たした水道水を使用して銅イオン水を造水したところ、電極への直流印加電圧が13ボルトで35ミリアンペア程度の電流が流れて、約5分後には目視で明らかに確認できる銅イオン独特の緑青色を呈した銅イオン水が得られた。   In this connection, copper ion water was produced using tap water filled in a 2.7 liter PET bottle container with a device of the present invention having a length of electrode of about 18 cm and made of a copper material having a diameter of about 4.1 mm. However, a current of about 35 mA was applied at a DC applied voltage of 13 volts to the electrode, and after about 5 minutes, copper-ion water having a green-blue color unique to copper ions, which could be clearly confirmed visually, was obtained.

銅イオン水や銀イオン水はその優れた微量金属作用による殺菌効果、殺藻効果が認められており、工業や一般生活面で広く実用に供されている。本案装置を使用して、家庭において使用済みのペットボトル容器を利用して銅イオン水や銀イオン水などの金属イオン水を造水することで、家庭での衣料繊維類の抗菌・坑ウイルス処理、防カビ・雑菌防除、浴用温泉水、また園芸用途のナメクジ防除など、金属イオン水の微量効果による殺菌効果、坑ウイルス効果を小規模な目的で広い範囲に活用することができる。   Copper ion water and silver ion water have been recognized as having a bactericidal effect and an algicidal effect due to their excellent trace metal action, and are widely used in industry and general daily life. Antibacterial and antiviral treatment of clothing fibers at home by producing metal ionized water such as copper ionized water and silver ionized water using PET bottle containers that have been used at home using the proposed device The microbial disinfection effect and the anti-virus effect can be utilized in a wide range for small-scale purposes, such as fungicide / fungus control, bathing hot spring water, and slug control for horticultural use.

ペットボトル容器を利用する金属イオン水の造水装置の構造例を示した図面である。It is the figure which showed the structural example of the fresh water generator of metal ion water using a PET bottle container. ペットボトル容器を利用する金属イオン水の造水装置の実施例を示した図面である。It is the figure which showed the Example of the fresh water generator of metal ion water using a PET bottle container.

符号の説明Explanation of reference numerals

1 U字型電極のうち長いほうの電極
2 U字型電極のうち短いほうの電極
3 電極を固定し電源との接合部を収納するケース
4 外部電源用の電源ジャック
5 外部電源用の電源ジャック
6 電極と電源ジャックを接続する電線
7 電極と電源ジャックを接続する電線
8 電極と電源ジャックを接続する電線
9 電極と電源ジャックを接続する電線
10 市販飲料などの入っていたペットボトル容器
11 市販の汎用ACアダプター
L U字型の電極のうち長いほうの電極の長さ
1 Longer electrode of U-shaped electrode 2 Shorter electrode of U-shaped electrode 3 Case for fixing electrode and housing junction with power supply 4 Power supply jack for external power supply 5 Power supply jack for external power supply 6 Wire connecting the electrode and the power jack 7 Wire connecting the electrode and the power jack 8 Wire connecting the electrode and the power jack 9 Wire connecting the electrode and the power jack 10 PET bottle container containing commercially available beverages 11 Commercial General-purpose AC adapter L The length of the longer of the U-shaped electrodes

Claims (3)

市販のペットボトル口径に挿入と抜き出しができる寸法のU字型の長短2本の銅材や銀材などの電極を直交させて配置した電極部と、それらを支持し電極と電源との接合部を収容するケース部よりなる、市販のペットボトル容器を造水容器として利用できることを特徴とする金属イオン水の造水装置。   An electrode section in which two long and short U-shaped electrodes made of copper or silver are placed perpendicular to each other so that they can be inserted and withdrawn from the diameter of a commercially available plastic bottle, and a junction between the electrode and the power supply that supports them A commercially available plastic bottle container comprising a case portion for accommodating metal ion can be used as a fresh water container. 電極の双方を銅材もしくは銀材などとして、電極間に印加する直流電圧の極性を切り替えることで電極の消耗を均等化することを特徴とする金属イオン水の造水装置。   A metal ionized water freshening apparatus characterized in that both electrodes are made of a copper material or a silver material and the polarity of a DC voltage applied between the electrodes is switched to equalize the consumption of the electrodes. 電極の一方を銅材とし他方を銀材として、電極間に印加する直流電圧の極性を切り替えることで銅イオン水と銀イオン水を造水することを特徴とする金属イオン水の造水装置。   A metal ion water producing apparatus characterized in that copper ion water and silver ion water are produced by switching the polarity of a DC voltage applied between the electrodes by using one of the electrodes as a copper material and the other as a silver material.
JP2004000388U 2004-02-03 2004-02-03 Deionizer for metal ion water using PET bottle containers Expired - Fee Related JP3103152U (en)

Priority Applications (3)

Application Number Priority Date Filing Date Title
JP2004000388U JP3103152U (en) 2004-02-03 2004-02-03 Deionizer for metal ion water using PET bottle containers
TW93218125U TWM273389U (en) 2004-02-03 2004-11-12 Water making device for metal ionized water using PET bottle
CN 200420117404 CN2761625Y (en) 2004-02-03 2004-11-29 Device for making metal ion water using small bottle container

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2004000388U JP3103152U (en) 2004-02-03 2004-02-03 Deionizer for metal ion water using PET bottle containers

Publications (1)

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JP3103152U true JP3103152U (en) 2004-07-29

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JP (1) JP3103152U (en)
CN (1) CN2761625Y (en)
TW (1) TWM273389U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2009119572A1 (en) * 2008-03-25 2009-10-01 有限会社ターナープロセス Portable hardness regulating device for regulating hardness of potable water

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114380361B (en) * 2021-12-10 2023-06-30 中国科学院生态环境研究中心 Method for recycling uranium in uranium-containing wastewater and groundwater through electrochemical reduction enrichment in coexistence of nitrate

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2009119572A1 (en) * 2008-03-25 2009-10-01 有限会社ターナープロセス Portable hardness regulating device for regulating hardness of potable water
JPWO2009119572A1 (en) * 2008-03-25 2011-07-28 有限会社ターナープロセス Portable hardness adjustment device for adjusting the hardness of drinking water

Also Published As

Publication number Publication date
CN2761625Y (en) 2006-03-01
TWM273389U (en) 2005-08-21

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