M365780 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種水分子 于細化處理裝置，特別是指-種包括有儲存 槽、馬達以及水分子細化器，廿读 並透過b線使彼此間連接而形成可循環細化 處理之裝置。 【先前技術】 水，是-種存在於自然界的物質，但其易受污染，除少數特殊情況外， 它是不夠鮮的，故雜某獅柄_ 4驗人舰帛紅業上生產 使用。 對於飲用水的淨化處理，常見有利用蒸顧或逆渗透原理而製造出純 水，惟利用上述所得之純水並沒有消4、殺菌，且無一般水該有的礦物質， 長期飲財營養失調之虞，於是近來業者開始著手於水分子細化工程。— 個水分子是由-個氧原子及兩個氫原子所構成，而水分子與水分子間還會 形成氫鍵而彼此鍵結形成水分子團，水分子細化是指施加外能後將氫鍵破 壞，使水分子團體積變小，使具有較小體積而具有較高之滲透力，易於人 體吸收及促進新陳代謝，並且經細化後之水分子團，因具有高還原力、高 界面活性及高氧現象，亦可提高清潔（防垢除鏽）、殺菌的效果。 請參閱第6圖’坊間所見之水分子細化裝置係包括一儲存槽A、_馬 達B以及水分子細化器C ’ s亥儲存槽A内之水係經馬達B輸送至水分子 細化器C作細化處理後輸出使用。然而，該水分子細化裝置具有以下缺點： 一、細化成效並不理想’細化效率不高，二、經細化之水分子團，靜置— 段時間後分子間會再度鍵結，恢復未細化前之狀態，無法維持長久。於是， M365780 如何有效提高細化效率，並能夠使細化後之水分子團維持較長時門，以達 到最大之生產效益，顯然是業者應繼續努力的方向。 有鑑於此，本創作人乃潛心研思、設計組製，期能提供一種細化效率 高、效能持久且方便實施之水分子細化循環處理裝置，藉以降低成本、提 高生產效益，為本創作所欲研創之創作動機者。 . 【新型内容】 > 本創作之主要目的，在於提供一種水分子細化循環處理裝置，藉由馬 ® 達與水分子細化器直接設置於儲存槽中，且該馬達與該水分子細化器連 接，以形成循環細化處理之設計，使具有提高細化效率、效能持久、防垢 除鏽、降低成本、方便實施的效用，進而增加本創作的實用性、進步性和 便利性。 為達上述目的’本創作之水分子細化循環處理裝置係包括一儲存槽、 -馬達以及-水分子細化器。該儲存槽係包括—容置空間，用以容置水溶 _液；該馬義設置於該容置空間中，且該馬達設有—用以供抽取該儲存槽 容置之水溶液的輸人端、以及-用以將抽取之水溶液輸出的輪出端；以及 該水分子細傾餘於該容置空間中，且該水分子細化器之第—端與該馬 —達之輪出端連接’以將該馬達輸出之水雜作細化處理，並由該水分子細 .化器之第二端將細化處理後之水溶液輸送至該儲存槽之容置空間内。藉 此’使具有降低成本、提高細化效率、效能持久、防垢除鏽、方便實施的 效用，確具有實用性、進步性和便利性。 為了能夠更進-步瞭解本創作之特徵、_和技_容，請參閱以下 有關本創作之詳細說明與附圖，惟所附圖式僅提供參考與說明用，非用以 M365780 限制本創作。 【實施方式】 第一實施例 請參閱第1圖所示，為本創作之水分子細化循環處理裂置之第一實施 例之結構示意圖。該水分子細化循環處理裝置係包括一儲存槽1〇〇、一馬達 - 以及一水分子細化器300，以供將進行水溶液之細化處理。 - 該儲存槽1〇〇(如開放式水槽）係設有一容置空間110，用以供容置水溶 ® 液HI，且該儲存槽另設有輸入管線120及輸出管線13〇，以供未經細 化處理之原水（即自本裝置外部引進之未經細化處理之水溶液）藉由該輸 入管線120引入該容置空間110 (實際實施時亦可不用輸入管線12〇，而採 用人工加水方式），並藉由該儲存槽100之輸出管線130將經細化處理後 之水溶液輸出。 該馬達200係設置於該儲存槽100之容置空間110中，且該馬達2〇〇 設有輸入端210及輸出端220 ’該馬達200之輸入端210用以供抽取节儲存 ® 槽100所容置之水溶液11丨’並將其所抽取之水溶液111自該馬達2〇〇之輸 ' 出端220輸出。 .· 該水分子細化器300係設置於該儲存槽1〇〇之容置空間HQ中，其可 - 為分子對撞機、電解水機、遠紅外線水機、生化陶瓷製水機、能量活水機、 磁化器、水分子震盪機、遠紅外線震盪器或超音波震盪器，且該水分子細 化器300之第一端310與該馬達200之輸出端220連接，以將該馬達2〇〇 所輸出之水溶液111作細化處理，並由該水分子細化器300之第二端320 將細化處理後之水溶液111輸送至該儲存槽1〇〇之容置空間11〇内。 M365780 復凊參閱第2圖所示，為本創作之水分子細化循環處理裝置之第一實 施例之使用狀態示意圖，首先，將未經細化處理之水溶液U1引進儲存槽 100之容置空間110内至所需水量，同時，啟動馬達及水分子細化器 300，該馬達200係藉由輸入端210直接抽取該儲存槽之容置空間 所容置之水溶液111，並透過與該馬達200之輸出端22〇所連接之水分子細 化器30G之第-端31〇將水溶液U1輸送至該水分子細化器咖作細化處 理，該細化處理泛指细撞擊、電解、激發、磁化.·.等方式，將水分子團 之氫鍵破壞，而使水分子_積變小之技術，亦即，經由細化處理後而使 水分子團體積變小之水溶液U1再透過該水分子細化器咖之第二端32〇 直接輸送至該儲存槽⑽之容置空間11G内，並再由該馬達抽取該儲 存槽100之容置空間U〇内的水溶液ln，藉由上述步驟以形成循環細化處 理，以提高水之細化鱗，魏触細化後之水分子團轉較長時間，而 達到最大之生產效益’雜使膽欲制或清潔物品時，可透過與該儲存 槽100連设之輪出管、線130將經細化處理之水溶液⑴引出使用。 J二實施你丨 請參閱第3 ®所示’為本鑛之水分子細化觀纽裝置之第二實施 °構示意圖’其中’本實施例係、與第—實施例之内容大致相同，其主 要差別在於進-步包括水處理裝置侧，該水處理裝置棚係與該儲存槽 ⑽之輸4管線13〇連接，該水處理裝置棚可為鋼爐、冷卻水塔或熱交換 H ° …、' 另凊參閱第4圖所示，為本創作之水分子細化循環處理裳置之第二實 細例之使用狀態示意圖，係將未經細化處理之水溶液m引人料槽⑽ M365780 之容置空間110内至所愛氽旦 里’並藉由馬達200之輸入端210直接抽取該 儲存槽100之容置空間11〇所 直之水溶液111，透過與該馬逹200之輪出 端220所連接之水分子細化器物將水溶液⑴輸送至該水 分子細化器3_田化處理，再透過該水分子細化器·之第二端咖直 接輸送至該儲存槽1〇〇之容置办 二間110内，亦即，藉由上述步驟以形成循 環細化處理，以供水溶液n 了及由細化處理使水分子團體積變小，而該 水處理裝置400係與該儲在械1Λη a a 之輸出管線130連接，由於該水處理裝 ^ 400 m 3〇〇 W液111而使财處理裝置4G内較不容驗生鏽蚀、汙垢，而具有防 錯、防垢之效果’達到延县裝番你士 破置使用哥命、降低使用成本的效用。 簋_三實施例 ❼閱第5圖所不’林創作之水分子細化循魏理裝置之第三實施 例之結構示賴，射，本龍_鮮—實關之岐大助同，盆主 要差別在於__⑽可為_式賴，私齡灰顧錢進入，且 該儲存槽100係設有蓋_，以方便人員直接進入容置空間m中，進行 維修、保養等例行維護工作。 綜上所述，本創作之水分子細化循環處理裝置主要係將馬達及水分子 細化器直接設置於儲存槽之容置空間中，且該馬達與該水分子細化器連 接’以供該馬達直接抽取存狀容置空間所容置之水溶輯，可透過 與該馬達所連接之水分子細化器進行細化處理，再透過該水分子細化器之 第二端直接概至存槽之容置空_，齡上述步㈣形成循環細化 處理之設計’使財提高細化效率 '效能持久 '防垢㈣ '降低成本、方 • M365780 便實施的效用，進而増加本創作 、實用性、進步性和便利性。 以上所述僅為本創作之齡 範圍，—如h 雖仰實_，娜本創作之專利 ^ 作說明書及圖式内容所為之等效結構變化，均理同包 於本創作之範_，合予陳明。 .M365780 【圖式簡單說明】 第1圖係為本創作之水分子細化循環處理裝置之第一實施例之結構示意 圖。 第2 _本_之水分子細化循職理裝置n酬之使用狀態示 意圖。 圖 弟3圖為本創作之水分子細化循處 笙… 苐二實施例之結構示意 弟4圖為本創作之水分子細化循環處理 竟圖。 文弟二實施例之使用狀態示 第5圖為本創作之水分子細化循環處理裝置 圖。 第二實施例之使用狀態示 第6圖為習知之結構示意圖。 【主要元件符號說明】 100 儲存槽 110 容置空間 111 水溶液 120 輸入管線 130 輪出管線 140 蓋體 200 馬達 210 輸入端 220 輸出端 300 水分子細化器 M365780 310 第一端 320 第二端 400 水處理裝置 A 儲水槽 B 馬達M365780 V. New description: [New technical field] This creation is about a water molecule refining device, especially the type including storage tank, motor and water molecule refiner, reading and transmitting through b line The devices are connected to each other to form a recyclable process. [Prior Art] Water is a kind of substance that exists in nature, but it is susceptible to pollution. Except for a few special cases, it is not fresh enough, so it is produced on the lion's handle. For the purification treatment of drinking water, it is common to use the principle of steaming or reverse osmosis to produce pure water, but the pure water obtained by the above does not eliminate 4, sterilize, and there is no mineral in general water, long-term drinking and nutrition After the disorder, the recent industry began to work on the water molecule refinement project. — Water molecules are composed of one oxygen atom and two hydrogen atoms, and water molecules and water molecules form hydrogen bonds and bond with each other to form water molecules. Water molecule refinement refers to hydrogen after application of external energy. The bond is broken, so that the volume of the water molecule group becomes smaller, the volume of the water molecule is smaller, the permeability is higher, the body is easy to absorb and promote metabolism, and the refined water molecule group has high reducing power and high interface activity. And high oxygen phenomenon, can also improve the cleaning (anti-scale and rust), sterilization effect. Please refer to Fig. 6 'The water molecule refining device seen in the workshop includes a storage tank A, a motor B and a water molecule refiner C' s. The water in the tank A is transported by the motor B to the water molecule refiner C. After the refinement processing, the output is used. However, the water molecule refining device has the following disadvantages: 1. The refinement effect is not ideal, and the refinement efficiency is not high. Second, the refinement of the water molecule group, after standing for a period of time, the molecules will be re-bonded and restored. The state before the refinement cannot be maintained for a long time. Therefore, how M365780 can effectively improve the refining efficiency and maintain the refinement of water molecules for a long time to achieve maximum production efficiency is obviously the direction that the industry should continue to work hard. In view of this, the creator is devoted to research and design, and can provide a water molecule refining and recycling device with high efficiency, long-lasting performance and convenient implementation, thereby reducing costs and improving production efficiency. Those who want to research and create creative motives. [New Content] > The main purpose of this creation is to provide a water molecule refining and recycling device, which is directly disposed in a storage tank by a Ma® and a water molecular refiner, and the motor is connected to the water molecular refiner. In order to form a cycle refinement design, the utility model has the advantages of improving refining efficiency, lasting effect, anti-scaling and rust-removing, reducing cost and facilitating implementation, thereby increasing the practicability, advancement and convenience of the creation. In order to achieve the above object, the water molecule refining and recycling device of the present invention comprises a storage tank, a motor and a water molecule refiner. The storage tank includes an accommodating space for accommodating the water-soluble liquid, the horse is disposed in the accommodating space, and the motor is provided with an input end for extracting the aqueous solution of the storage tank And a wheel end for outputting the extracted aqueous solution; and the water molecule is finely poured in the accommodating space, and the first end of the water molecule refiner is connected to the horse-end wheel end The water outputted from the motor is refined, and the refined aqueous solution is transferred from the second end of the water molecule to the accommodating space of the storage tank. By virtue of this, the utility of reducing cost, improving refining efficiency, lasting performance, preventing scale and rust, and facilitating implementation is practical, progressive and convenient. In order to be able to further understand the characteristics of this creation, _ and technology, please refer to the following detailed description and drawings for this creation, but the drawings are for reference and explanation only, not for M365780 to limit this creation. . [Embodiment] First Embodiment Referring to Fig. 1, there is shown a schematic structural view of a first embodiment of a water molecule refinement cycle treatment rupture. The water molecule refining cycle processing apparatus includes a storage tank 1 , a motor - and a water molecule refiner 300 for refining the aqueous solution. - The storage tank 1 (such as an open water tank) is provided with an accommodating space 110 for accommodating the water-soluble liquid HI, and the storage tank is further provided with an input line 120 and an output line 13 〇 for the The refined raw water (that is, the unrefined aqueous solution introduced from the outside of the device) is introduced into the accommodating space 110 through the input line 120 (in practice, the input line 12 亦可 can be used instead of artificially adding water. The method further comprises outputting the refined aqueous solution by the output line 130 of the storage tank 100. The motor 200 is disposed in the accommodating space 110 of the storage tank 100, and the motor 2 is provided with an input end 210 and an output end 220. The input end 210 of the motor 200 is used for the extraction section storage slot 100. The aqueous solution 11' is accommodated and the extracted aqueous solution 111 is output from the output terminal 220 of the motor 2〇〇. The water molecule refiner 300 is disposed in the accommodating space HQ of the storage tank 1 , which can be a molecular collider, a water ionizer, a far infrared ray machine, a biochemical ceramic water machine, and energy living water. a machine, a magnetizer, a water molecule oscillator, a far infrared oscillator or an ultrasonic oscillator, and the first end 310 of the water molecule refiner 300 is coupled to the output 220 of the motor 200 to drive the motor The output aqueous solution 111 is subjected to refinement treatment, and the refined aqueous solution 111 is transferred from the second end 320 of the water molecular refiner 300 to the accommodating space 11A of the storage tank 1〇〇. M365780 is a schematic diagram showing the state of use of the first embodiment of the water molecule refinement cycle processing apparatus of the present invention. First, the unrefined aqueous solution U1 is introduced into the accommodation space 110 of the storage tank 100. At the same time, the motor and the water molecule refiner 300 are activated, and the motor 200 directly extracts the aqueous solution 111 accommodated in the accommodating space of the storage tank through the input end 210, and transmits the output to the motor 200. The first end 31〇 of the water molecule refiner 30G connected to the end 22〇 transports the aqueous solution U1 to the water molecule refiner for refinement, which refers to fine impact, electrolysis, excitation, magnetization. In another way, the hydrogen bond of the water molecule group is destroyed, and the water molecule_product is reduced, that is, the aqueous solution U1 which is made smaller by the volume of the water molecule after the refining treatment is passed through the water molecule refiner. The second end 32〇 is directly transported into the accommodating space 11G of the storage tank (10), and the motor further extracts the aqueous solution ln in the accommodating space U 该 of the storage tank 100, and the above steps are used to form a loop refinement. Processing to improve The refinement of the scales, the water molecules after the fine touch is turned over for a long time, and the maximum production benefit is obtained. When the bile is made or cleaned, the round pipe connected to the storage tank 100 can be Line 130 takes the refined aqueous solution (1) out for use. For the implementation of J II, please refer to the second implementation of the water molecule refinement device for the mine as shown in the 3rd ®. The present embodiment is substantially the same as the first embodiment. The difference is that the step further comprises a water treatment device side, and the water treatment device shed is connected to the transmission line 〇 of the storage tank (10), which may be a steel furnace, a cooling tower or a heat exchange H ° ..., ' Please refer to Fig. 4, which is a schematic diagram showing the state of use of the second embodiment of the water molecule refinement cycle treatment of the creation, which is to accommodate the unresolved aqueous solution m introduction tank (10) M365780. The space 111 in the space 110 to the inside of the circle is directly extracted from the input space 210 of the motor 200, and the aqueous solution 111 directly connected to the storage space 100 of the storage tank 100 is connected to the wheel end 220 of the stable 200. The water molecule refining device transports the aqueous solution (1) to the water molecule refiner 3_field treatment, and then passes through the second end coffee of the water molecule refiner to the storage room 1 to accommodate the two rooms 110, That is, by the above steps to form a The refining treatment is performed to supply the aqueous solution n and the volume of the water molecule group is reduced by the refining treatment, and the water treatment device 400 is connected to the output line 130 of the storage device ,η aa, since the water treatment device is 400 m 3〇〇W liquid 111 makes the financial processing device 4G less able to detect the rust and dirt, and has the effect of preventing mistakes and preventing scales. .簋 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The __(10) can be _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In summary, the water molecule refining and recycling device of the present invention mainly places the motor and the water molecular refiner directly in the accommodating space of the storage tank, and the motor is connected with the water molecular refiner for direct use of the motor. The water solute contained in the storage accommodating space can be refined by a water molecular refiner connected to the motor, and then passed through the second end of the water molecular refiner to directly receive the empty space of the storage tank. _, the above step (4) to form the design of the cycle refinement treatment 'to make the financial efficiency and refine the efficiency' lasting effect' anti-scaling (four) 'reduced cost, Fang · M365780 to implement the effect, and then add this creation, practicality, progress and Convenience. The above is only the scope of the age of the creation, such as the fact that h is a _, the equivalent of the structure of the patent and the content of the graphic created by Naben, all of which are included in the scope of this creation. To Chen Ming. .M365780 [Simple description of the drawings] Fig. 1 is a schematic view showing the structure of the first embodiment of the water molecule refining cycle processing apparatus of the present invention. The second _ _ water molecule refinement of the use of the device is the intention of the state of use. Figure 3 shows the water molecule refinement of the creation. 结构... The structure of the second embodiment is shown in Fig. 2, which is the water molecule refinement cycle processing of the creation. The state of use of the second embodiment of the text is shown in Fig. 5. Fig. 5 is a diagram of the water molecule refinement cycle processing device of the present invention. Description of the state of use of the second embodiment Fig. 6 is a schematic view showing the structure of the prior art. [Main component symbol description] 100 Storage tank 110 accommodating space 111 Aqueous solution 120 Input line 130 Pull-out line 140 Cover body 200 Motor 210 Input terminal 220 Output terminal 300 Water molecular refiner M365780 310 First end 320 Second end 400 Water treatment Device A water storage tank B motor
C 水分子細化器C water molecule refiner