JP5824122B1 - 液体活性化・電解装置及び液体活性化・電解方法 - Google Patents
液体活性化・電解装置及び液体活性化・電解方法 Download PDFInfo
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- JP5824122B1 JP5824122B1 JP2014160736A JP2014160736A JP5824122B1 JP 5824122 B1 JP5824122 B1 JP 5824122B1 JP 2014160736 A JP2014160736 A JP 2014160736A JP 2014160736 A JP2014160736 A JP 2014160736A JP 5824122 B1 JP5824122 B1 JP 5824122B1
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- liquid
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- electrolyte solution
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- electromagnetic wave
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Abstract
Description
(b)基材(Ti材等)とメッキ金属(触媒)の電気的接合力があること。
(c)メッキ金属(触媒)の物理的な強度があり、剥離、磨耗等の劣化がないこと。
(d)電解触媒の化学的な耐久性があり、電極としての寿命が長いこと。
(e)電極としての製造コストが安価になること(極力薄膜化する技術が必要)。
活性化工程Aは、図7に概略的に示すように、前記図2に示す場合と同様、前記液体活性化装置1Aの液体活性化領域E内を貫通させたパイプP内に前記電解質溶液L(又は水)を流通させて、既述した場合と同様な作用の基にこの電解質溶液L(又は水)液体部分を活性化させるものである。
活性化工程Bは、図8、図9に概略的に示すように、前記液体活性化装置1Aの液体活性化領域E内に、前記電解質溶液L(又は水)を入れた電解用容器42を配置し、既述した場合と同様な作用の基にこの電解質溶液L(又は水)液体部分を活性化させるものである。
活性化工程Cは、図10に概略的に示すように、前記液体活性化装置1Aの液体活性化領域Eに前記電解質溶液L(又は水)を入れた電解用容器42を配置し、かつ、この電解用容器42を、前記液体活性化領域E内を同図に示す矢印方向に移動させて既述した場合と同様な作用の基にこの電解質溶液L(又は水)液体部分を活性化させるものである。
電解電圧5V〜500V
電解質溶液Lの塩分濃度:0.2%(重量比)
液体活性化装置1Aを通過させない未処理水は、図13に示すように、電解電圧が100V、電流計46の指示が31.2mAで電気分解が開始した。
電解電圧5V〜500V
電解質溶液Lの塩分濃度:1.0%(重量比)
液体活性化装置1Aを通過させない未処理水は、電解電圧が20V、電流計46の指示が110mAで電気分解が開始した。
1A 液体活性化装置
2A 組立体
2B 組立体
10 カバー
11 外壁部
12 側壁部
13 固定部
20 液体活性体
21 黒体放射焼結体
22 電磁波収束体
23 磁石
23a 分割磁石
23b 分割磁石
24 非磁性体被覆
25 電磁波通過穴
30 エポキシ樹脂
31 ボルト
32 ボルト
33 ナット
34 ナット
41 電解手段
42 電解用容器
43 マイナス電極
44 プラス電極
46 電流計
51 カップ
52 注入用筒体
61 水車羽根型発電装置
62 可変翼羽根型水車
63 回転体
64 角度調整板
E 活性化領域
L 電解質溶液
P パイプ
Claims (8)
- 黒体放射焼結体と、前記黒体放射焼結体より放射される電磁波を一定の波長に収束させつつ通過させる磁石を用いた電磁波収束体と、を具備する液体活性体と、前記黒体放射焼結体を外側、電磁波収束体を内側とし、電磁波収束体の内側に前記電磁波による液体の活性化領域を形成するように一体化させた組立体と、を備える液体活性化装置と、
マイナス電極としてチタン電極又は白金電極を、プラス電極として白金電極を使用し液体である電解質溶液を入れる電解用容器と、可変直流電圧を前記マイナス電極、プラス電極に印加する電力源と、を備える電解手段と、
を有し、
前記液体活性化装置の液体の活性化領域において前記電解用容器内に入れた電解質溶液の液体部分の活性化を行い、前記電解手段により前記電解用容器内における前記液体活性化装置により液体部分が活性化された電解質溶液の電気分解を行うように構成したことを特徴とする液体活性化・電解装置。 - 複数種類の金属酸化物の粉体を高温で焼結させた黒体放射焼結体と、複数個の磁石をN極とS極を互いに交互配置に積層し、これらの積層された磁石を貫通する電磁波通過穴を形成して、前記黒体放射焼結体より放射される電磁波を一定の波長に収束させつつ通過させる電磁波収束体と、を具備する液体活性体と、前記黒体放射焼結体を外側、電磁波収束体を内側とし、電磁波収束体の内側に前記電磁波による液体の活性化領域を形成するように一体化させた組立体と、を備える液体活性化装置と、
マイナス電極としてチタン電極又は白金電極を、プラス電極として白金電極を使用し液体である電解質溶液を入れる電解用容器と、可変直流電圧を前記マイナス電極、プラス電極に印加する電力源と、を備える電解手段と、
を有し、
前記液体活性化装置の液体の活性化領域において前記電解用容器内に入れた電解質溶液の液体部分の活性化を行い、前記電解手段により、前記電解用容器内における液体部分が活性化された電解質溶液の電気分解を行うように構成したことを特徴とする液体活性化・電解装置。 - 複数種類の金属酸化物の粉体を高温で焼結させた黒体放射焼結体と、複数個の磁石をN極とS極を互いに交互配置に積層し、これらの積層された磁石を貫通する電磁波通過穴を形成して、前記黒体放射焼結体より放射される電磁波を一定の波長に収束させつつ通過させる電磁波収束体と、を具備する液体活性体と、前記黒体放射焼結体を外側、電磁波収束体を内側とし、電磁波収束体の内側に前記電磁波による液体の活性化領域を形成するように一体化させた組立体と、を備える液体活性化装置と、
マイナス電極としてチタン電極又は白金電極を、プラス電極として白金電極を使用し液体である電解質溶液を入れる電解用容器と、可変直流電圧を前記マイナス電極、プラス電極に印加する電力源と、を備える電解手段と、
を有し、
前記液体活性化領域内を貫通させたパイプ内に前記電解質溶液を流通させて前記電解質溶液の液体部分の活性化を行い、
前記電解手段により、前記液体活性化装置によって液体部分が活性化され、前記電解用容器内に入れられた前記電解質溶液の電気分解を行うように構成したことを特徴とする液体活性化・電解装置。 - 前記電解質溶液は、塩化ナトリウム、塩化カリウム、塩化マグネシウムの電解質を重量比で0.1%〜30%水に溶解したものであることを特徴とする請求項1乃至3のいずれか1項に記載の液体活性化・電解装置。
- 塩化ナトリウム、塩化カリウム、塩化マグネシウムの電解質を重量比で0.1%〜30%水に溶解した電解質溶液の液体部分を、黒体放射焼結体から放射され、磁石により収束させた電磁波が作用する液体活性化領域を設けた液体活性化装置内で前記電磁波により活性化する活性化工程と、
マイナス電極としてチタン電極又は白金電極を、プラス電極として白金電極を使用し液体である電解質溶液を入れる電解用容器と、可変直流電圧を前記マイナス電極、プラス電極に印加する電力源と、を備える電解手段を使用し、前記電解用容器に液体部分が活性化された前記電解質溶液を入れた状態で、電力源から前記マイナス電極、プラス電極に可変直流電圧を印加して、前記電解質溶液を電気分解する電気分解工程と、
を含むことを特徴とする液体活性化・電解方法。 - 前記活性化工程は、前記液体活性化領域内を貫通させたパイプ内に塩分濃度1.0%の電解質溶液を流通させて前記電解質溶液の液体部分を活性化させ電離し易くすることを特徴とする請求項5に記載の液体活性化・電解方法。
- 前記活性化工程は、前記電解質溶液を入れた電解用容器を、前記液体活性化領域内に配置して前記電解質溶液の液体部分を活性化させることを特徴とする請求項5に記載の液体活性化・電解方法。
- 前記活性化工程は、前記電解質溶液を入れた電解用容器を、前記液体活性化領域内を移動させて前記電解質溶液の液体部分を活性化させることを特徴とする請求項5に記載の液体活性化・電解方法。
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