201117887 六、發明說明： 【發明所屬之技術領域】 ^ -種臭氧水喷m尤其是指—種具能源轉 i 氧水噴灑系統及其臭氡水噴灑裝置。 六 【先前技術】 域=(〇3)是一種具有強大的殺菌力的氣體，應用領 =非吊廣泛’無論是在空氣清淨、水中殺菌、洗滌、 面，都是良好的消秦方案。然而，_般來 X + 大多是應用於家庭或小型工廠箄蛭丨_ °臭虱杈囷 統，而對於二以===的系 於廣域的場所，若採用一㈣自，f"地轉殖場都是屬 規則"^祕，便勢必需要重新 〜電5又細’包括奪引、綑綁更多的配線，以及複雜的 統料’這些設収僅針對_臭氧水，是相當不 量不Γ’卜置需要額外的電力’雖然用電 所能負:，Γγ貴的開銷，並非-般農產畜牧業 的問題，長期下=於统也會產生許多安全與維護 術確實仍有—些值得擔。由此可見，習知技 【發明内容】 ’攻於此本發明所要解決的技術問題在於，提供一 201117887 種結構單純、成本低、架設容易的臭氧水喷灑裝置，並提 供能源轉換裝置來供應該臭氧水喷灑裝置運作所需之電 力，讓使用者無須進行複雜的電源配線設計，降低系統複 雜度與架設成本，並進一步降低安全與維護上的困難度。 為了達到上述目的，根據本發明的一方案，提供一種 臭氧水喷灑裝置，該裝置包括一臭氧產生單元、一混合水 喷灑單元以及一水流偵測單元。其中，臭氧產生單元是用 來產生臭氧；混合水喷灑單元耦接於臭氧產生單元，是用 來將臭氧產生單元所產生的臭氧與水混合形成臭氧水，再 將臭氧水噴灑輸出；而水流偵測單元則是耦接於臭氧產生 單元以及混合水喷灑單元，用來偵測混合水喷灑單是否 有水通過，並依據偵測結果控制臭氧產生單元是否產生臭 氧。另外，臭氧產生單元更可包含一空氣幫浦，用來提供 足夠的空氣壓力，讓臭氧產生單元能將所產生的臭氧傳送 到混合水喷灑單元。 根據本發明的另一方案，提供一種具能源轉換的臭氧 水喷灑系統，包括一臭氧水喷灑裝置以及一能源轉換裝 置。其中，該臭氧水喷灑裝置包括一臭氧產生單元、一混 合水喷灑單元以及一水流偵測單元，而該能源轉換裝置包 含有一電力產生單元、一蓄電單元以及一充電單元。 臭氧產生單元用來產生臭氧；混合水喷灑單元用來將 臭氧產生單元所產生的臭氧與水混合形成臭氧水，再將臭 氧水喷灑輸出；而水流偵測單元則是用來偵測混合水喷灑 單元是否有水通過，並依據偵測結果控制臭氧產生單元是 否產生臭氧。另外，臭氧產生單元更可包含一空氣幫浦， 用來提供足夠的空氣壓力，讓臭氧產生單元能將所產生的 201117887 臭氧傳送到混合水噴麗單元。 . 另外，電力產生單亓θ 十 蓄電單元輕接於充電再生能源轉換成電力； 電力產生單元所產生㈣&，水喷濕裝置’用來健存 置，充電早兀則耦接於電力產生單元和蓄曾：以麗 用以將電力產生單元所產_二^二元之間， 元作儲存。其_，電力彦_ 杨②、傳适至蓄電單 —風力發電單元—料―太陽能發電單元、 之一或其組合，利‘換=早凡、一地熱發電單元其中 運作所需的電力。、再生切、來提供臭氧水噴灑裳置 置，以及架構單純的臭氧水噴灑裝 其使用方與__難度下降，提昇 以上之概述與接下來的實施 本發明之技術手段轉# 為♦〜步說明 僅提_= ί:所敘述之實施例與圖式 ， 亚非用來對本發明加以限制者。 【實施方式】 凊參閱第-®，為臭氧水魏健1()的 方塊圖，包括有-編生單元u、〜混⑽ =及-水流_單元15。其中該純產生單元U是用來 產it’Λ以是接收輸人電力Pln，用電解氣氣的方式 六、氧，產生的臭氡會被傳送至混合水噴灑單&13盥輸 入水源Wm混合形成臭氧水w〇ut，接著，混合水蕈元 13便會將臭氧水Wout噴麗輸出。 、 水流偵測單元15則是轉接於臭氧產生單元u和混合 201117887 水喷灑單7L 13’是用來彳貞測是否有輸人水源win流過混合 水_單元13’藉吨制臭氧產生單元u。當確實有輸入 水源wln流過混合水噴魏單元13時，水流侧單元15才 控制臭氧產生單元11產生臭氧，並由-空氣幫浦111傳送 所產生的臭氧m水麵單元13，如此在沒有水流通過 時才不會發生臭氧外漏的情況。 另外’臭氧產生單凡u的空氣幫浦lu是用以提供足201117887 VI. Description of the invention: [Technical field to which the invention belongs] ^ - Ozone water spray m especially refers to a kind of energy-to-oxygen water spray system and its skunk water spray device. Six [Prior Art] Domain = (〇3) is a kind of gas with strong bactericidal power. The application collar = non-hanging wide ' Whether it is clean air, water sterilization, washing, noodles, is a good solution to eliminate the Qin. However, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The transfer farms are all rules "^ secrets, they will need to be re-~electric 5 and fine 'including smashing, bundling more wiring, and complex materials' these settings are only for _ozone water, it is quite The quantity does not mean that 'the need for extra power', although the electricity can be negative:, Γ γ expensive expenses, not the problem of agro-animal husbandry, long-term = Yu Tong will also produce many safety and maintenance - Some worth it. It can be seen that the technical problem to be solved by the present invention is to provide a 201117887 ozone water spraying device with simple structure, low cost and easy installation, and an energy conversion device for providing The power required for the operation of the ozone water spray device should not require complicated power wiring design, reduce system complexity and installation costs, and further reduce safety and maintenance difficulties. In order to achieve the above object, according to an aspect of the present invention, an ozone water spraying device is provided, which comprises an ozone generating unit, a mixed water spraying unit, and a water flow detecting unit. Wherein, the ozone generating unit is used for generating ozone; the mixed water spraying unit is coupled to the ozone generating unit for mixing ozone generated by the ozone generating unit with water to form ozone water, and then spraying the ozone water to output; The detecting unit is coupled to the ozone generating unit and the mixed water spraying unit for detecting whether the mixed water spraying list has water passing through, and controlling whether the ozone generating unit generates ozone according to the detection result. Alternatively, the ozone generating unit may further comprise an air pump for providing sufficient air pressure to allow the ozone generating unit to transfer the generated ozone to the mixed water spraying unit. According to another aspect of the present invention, an ozone water spraying system with energy conversion is provided, comprising an ozone water spraying device and an energy conversion device. Wherein, the ozone water spraying device comprises an ozone generating unit, a mixed water spraying unit and a water flow detecting unit, and the energy converting device comprises a power generating unit, a power storage unit and a charging unit. The ozone generating unit is used for generating ozone; the mixed water spraying unit is configured to mix ozone generated by the ozone generating unit with water to form ozone water, and then spray the ozone water; and the water flow detecting unit is used for detecting the mixing. Whether the water spray unit passes water and controls whether the ozone generating unit generates ozone according to the detection result. In addition, the ozone generating unit may further comprise an air pump for providing sufficient air pressure to allow the ozone generating unit to transfer the generated 201117887 ozone to the mixed water spray unit. In addition, the power generation unit 亓θ ten power storage unit is lightly connected to the rechargeable renewable energy source and converted into electric power; the power generation unit generates (4) & the water spray device is used for the health storage, and the charging device is coupled to the power generation unit and Chu Zeng: Yili used to store the electricity produced by the unit _ two ^ binary, the yuan for storage. Its _, power Yan _ Yang 2, pass to the electricity storage list - wind power unit - material - solar power unit, one or a combination thereof, profit _ change = electric power, a geothermal power unit operating in it. , regeneration cutting, to provide ozone water spray skirt placement, and the structure of pure ozone water spray installed its use and __ difficulty to reduce, improve the above summary and the following technical means to implement the invention turn # ♦ ~ step description </ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; [Embodiment] 第 Refer to the -®, which is a block diagram of Ozone Water Weijian 1 (), including --forming unit u, ~ mixing (10) = and - water flow_unit 15. Wherein the pure generating unit U is used to produce it's to receive the input power Pln, and the skunk generated by the method of electrolyzing gas is sent to the mixed water spraying single & 13 盥 input water source Wm The ozone water w〇ut is mixed, and then, the mixed water element 13 outputs the ozone water Wout. The water flow detecting unit 15 is switched to the ozone generating unit u and the mixed 201117887 water spraying unit 7L 13' is used to detect whether there is a source of water flowing through the mixed water _ unit 13' to produce tons of ozone Unit u. When it is true that the input water source wln flows through the mixed water spray unit 13, the water flow side unit 15 controls the ozone generating unit 11 to generate ozone, and the generated air m water surface unit 13 is transferred by the air pump 111, so that there is no Ozone leakage does not occur when the water passes. In addition, the ozone pump is used to provide the foot.
句的壓力來將所產生的臭氧傳送至混合水噴灑單元13，使 該混合水魏料—騎與輸人水源心 產 氧水Wout。 、 _ 王早兀u的不意圖，包括有 高壓電路113是用來提供, 據自然原理，當施加高壓電給空氣時， 2部份魏氣时電解形成臭氧〇3。而所產生的臭氧0 /辰又’可依據使用者需求，透過調整施加電壓高低盘進A 空氣量的多寡來進行變更。高壓電路113的電力來源即连 輪入電力Pin提供，至於高壓電路113對電極115施加屬 壓的時機，則可以由前述的水流偵測單元丨5控制。 $ 接著請參照第三圖，為具能源轉換的臭氧水喷灑系统 的種貫施例的方塊圖，包括有一臭氧水噴灑裝置1 〇以及 —能源轉換裝置20。其中，該臭氧水喷灑裴置1〇包括有 —^氧產生單元U、-混合水單元13以及一水 /則早元15;而該能源轉換裝置20包括有〜電力產生單一、 21、一蓄電單元25以及一充電單元23。 疋 同樣的，臭氧產生單元11接收能源轉換裝置 送而來的電力，以產生臭氧迷傳送至混合水喷灑單 7 201117887 接著混合水喷灑單元13便將臭氧與輸入水源w i η結合形成 臭氧水Wout，並將臭氧水w〇ut噴灑輸出。而水流偵測單 元15是用來偵測混合水噴灑單元13是否確實有輪入水源 Win通過’並依據偵測結果控制臭氧產生單元u，以防止 臭氧產生單元11在沒有水流通過混合水喷灑單元13的情 況下傳送臭氧，造成臭氧的外漏。 該能源轉換裝置20是用來產生電力並供應給臭氧水 喷灑裝置10。其中的電力產生單元21可以是太陽能發電 單元風力發電單元、水力發電單元或地熱發電單元等等。 以太陽能發電單元為例，可以是太陽能板，架設在室外， 用來接收太陽光能並轉換為電能，而太陽能才反的架設面積 ，角度，可依據使用需求計算後產生。又，若以風力發電 單元為例，是透過風吹過風車使其轉動，並帶動發雪機產 生電力。 u :產生單元21所產出的電力會傳送至蓄電單元 作儲存’而所儲存的電力會供應給臭氧水噴邋裳置1〇作運 用。在電力產生單元21矛口蓄電單元25之間會輕接充 兀=3，該充電單元23包括有DC/DC轉換器以及穩 等等，用來將電力產生單疋21所產生的電力作電壓大 調變以及提昇㈣的穩定性後，才將電力傳送至蓄電單_ 25作儲存，讓蓄電單元25能夠穩定儲能。 疋 接下來請參照第四圖，為具能源轉換的臭氧水 統的另-種實施例之方塊圖，同樣包括一臭氧水喷灑工 10以及一能源轉換裝置2〇，。 、欢置The pressure of the sentence is to transfer the generated ozone to the mixed water spraying unit 13, so that the mixed water is fed and the water source is supplied with oxygen. _ Wang Zaoyu's intention is not to include a high-voltage circuit 113 for providing. According to the natural principle, when high-voltage electricity is applied to the air, two parts of Wei gas are electrolyzed to form ozone 〇3. The generated ozone 0 / □ can be changed according to the user's demand by adjusting the amount of voltage applied to the amount of A air. The power source of the high voltage circuit 113 is supplied by the wheeled electric power Pin. As for the timing at which the high voltage circuit 113 applies the pressure to the electrode 115, it can be controlled by the aforementioned water flow detecting unit 丨5. $ Next, please refer to the third figure, which is a block diagram of an embodiment of an ozone water spray system with energy conversion, including an ozone water spray device 1 and an energy conversion device 20. Wherein, the ozone water spraying device 1 includes an oxygen generating unit U, a mixed water unit 13 and a water/then element 15; and the energy conversion device 20 includes a power generation unit, 21, one. The power storage unit 25 and a charging unit 23. Similarly, the ozone generating unit 11 receives the electric power sent from the energy conversion device to generate the ozone fan to the mixed water spraying unit 7 201117887. Then, the mixed water spraying unit 13 combines the ozone with the input water source wi η to form the ozone water. Wout, and spray the ozone water w〇ut. The water flow detecting unit 15 is configured to detect whether the mixed water spraying unit 13 does have a wheeled water source Win through and control the ozone generating unit u according to the detection result to prevent the ozone generating unit 11 from spraying through the mixed water without water flow. In the case of unit 13, ozone is delivered, causing leakage of ozone. The energy conversion device 20 is for generating electric power and supplying it to the ozone water sprinkling device 10. The power generation unit 21 therein may be a solar power generation unit wind power generation unit, a hydroelectric power generation unit, a geothermal power generation unit, or the like. Take the solar power unit as an example, it can be a solar panel, which is installed outdoors to receive solar energy and convert it into electric energy, and the solar erection area and angle can be calculated according to the usage requirements. Further, in the case of a wind power generation unit, for example, the wind turbine is blown by the wind to rotate, and the snow blower is driven to generate electric power. u: The power generated by the generating unit 21 is transmitted to the power storage unit for storage' and the stored power is supplied to the ozone water squirting device for use. Between the power generating unit 21, the spear-side power storage unit 25 is lightly charged with 兀=3, and the charging unit 23 includes a DC/DC converter, and the like, for generating power generated by the power generating unit 21 as a voltage. After the large-scale change and the improvement of the stability of (4), the power is transmitted to the power storage unit for storage, so that the power storage unit 25 can stably store energy.疋 Next, please refer to the fourth figure, which is a block diagram of another embodiment of the ozone water system with energy conversion, which also includes an ozone water sprayer 10 and an energy conversion device 2〇. Fantasy
與第三圖不同的地方在於，該能源轉換震置2〇 含了一供電切換單元27，_接於蓄電單元的、臭氧水H 201117887 裝置1 〇以及一市電系統30，用 供電來源切換於蓄電單元25 、:尺喷聽置10的 說，當蓄電單元25所儲存的電力^=3()之間。也就是 統3〇，料能夠正常運作。當然 斤电系 的供電來源切換到; 未:=、;=會 氧水噴灌裝置1〇，讓整體線路更為^走，才會供應給臭 另外，能源轉換裝置20，也 四，麵接於市電系統30以及苦電了 —市電蓄電模組 生單元21所生成的電力太弱;產 29將市電系統3〇所提供的交法 :市包㈣极組 壓的處理，並將電力輸㈣蓄電^元原^流、變壓以及穩 系統30也能夠對蓄電單元25充電 =丁儲存，讓市電 值得-提的是’臭氧水噴亀更 ::元41，用以侦測噴灑環境的溫4=二= 疋成當環境的溫度或濕度到達某特定赵、?〜可以5又 單元41便自動啟動該臭氧水噴壤裝置1〇 I溫：!度監控 自動停止該臭氧水噴m裝置1〇麗衣置1〇進灯賴，或是 料，41所偵測到的溫度與濕度資 濃二進上的考量，臭氧水喷 影像，並樣ι_侧蝴i4L來顯=4的5 Γ Γ· Ί 201117887 作顯不，讓使用者能夠觀察臭氧水噴灑系統的噴灑環境的 情况，甚至是監視進出人員，預防宵小的侵入。當然，使 用者可以依據實際需求增減監控模組，讓臭氧水喷灑系統 的安全維護與管理上更為讀，提升臭氧水m统的實 用價值。 綜上所述，本發明之臭氧水噴灑系統結構單純，架設 困難度低，能夠藉由自給的能源轉換裝置來供應電力，並 透過I控系統作環境安全的維護與管理，能夠達到降低架 。又成本與、、隹濩困難度的目的，進一步提昇臭氧水噴灑系統 的使用方便性與實用價值。 ^以上所述為本發明的具體實施例之說明與圖式，而本 發明之所有權利範圍應以下述之_請專利範圍為準，任何 在本發明之領域中熟悉該項技藝者，可輕易思及之變化或 修飾皆可涵蓋在本騎界定之專職圍之内。 【圖式簡單說明】 圖為本發明臭氧水喷灑裝置的一種實施例之方塊圖； 第=圖為臭氧產生單元的運作示意圖； 第三圖為本發明具能源轉換的臭氧水喷灑系統的—種實施 例之方塊圖；及 第四圖為本發明具能源轉換的臭氧水噴灑系統的另一種實 施例之方塊圖。 【主要元件符號說明】 10臭氧水喷灑裝置 11臭氧產生單元 201117887 111 空氣幫浦 113高壓電路 115 電極 13 混合水喷灑單元 15 水流偵測單元 20、20’ 能源轉換裝置 21電力產生單元 23 充電單元 25 蓄電單元 27 供電切換單元 29 市電畜電核組 30 市電系統 41 溫濕度監控單元 43 影像擷取單元 45 監控顯示單元The difference from the third figure is that the energy conversion device 2 includes a power supply switching unit 27, which is connected to the power storage unit, the ozone water H 201117887 device 1 〇 and a mains system 30, and is switched to the power storage source by the power source. The unit 25 and the ejector are set to say 10 when the electric power stored in the electric storage unit 25 is between ^=3(). That is to say, it is expected to work properly. Of course, the power supply source of the battery is switched to; No:=,;=Oxygen water sprinkler device 1〇, so that the whole circuit will go further, and the supply will be supplied to the odor. In addition, the energy conversion device 20 is also connected to The mains system 30 and the bitter electricity - the electricity generated by the mains storage module unit 21 is too weak; the production 29 provides the delivery method provided by the mains system: the city package (four) pole group pressure processing, and the power transmission (four) storage ^ Yuanyuan flow, pressure transformation and stability system 30 can also charge the storage unit 25 = storage, so that the city power is worth mentioning - 'Ozone water sneeze more:: 41, used to detect the temperature of the spray environment 4 = two = 疋成 When the temperature or humidity of the environment reaches a certain Zhao, ?~5 can be automatically activated by the unit 41, the ozone water spray device 1〇I temperature:! degree monitoring automatically stops the ozone water spray m device 1〇 Li Yi set 1 into the lamp, or material, 41 detected temperature and humidity congested on the second consideration, ozone water spray image, and the same ι_ side butterfly i4L to display = 4 of 5 Γ Γ · Ί 201117887 shows that the user can observe the spraying environment of the ozone water spraying system, even monitoring Personnel, intrusion prevention gangsters. Of course, the user can increase or decrease the monitoring module according to actual needs, so that the safe maintenance and management of the ozone water spraying system can be read more, and the practical value of the ozone water system can be improved. In summary, the ozone water sprinkling system of the present invention has a simple structure and low difficulty in erection, can supply electric power through a self-contained energy conversion device, and can be reduced and maintained by an I-control system for environmentally safe maintenance and management. The purpose of cost and safety is to further enhance the convenience and practical value of the ozone water spraying system. The above description of the specific embodiments of the present invention and the drawings, and all the scope of the present invention should be based on the following claims, and any one skilled in the art of the present invention can easily Any changes or modifications can be covered within the full range of the definition of this ride. BRIEF DESCRIPTION OF THE DRAWINGS The figure is a block diagram of an embodiment of the ozone water spraying device of the present invention; the second figure is a schematic diagram of the operation of the ozone generating unit; and the third figure is the ozone water spraying system with energy conversion of the present invention. A block diagram of an embodiment; and a fourth block diagram of another embodiment of the ozone water spray system with energy conversion of the present invention. [Main component symbol description] 10 ozone water spraying device 11 ozone generating unit 201117887 111 air pump 113 high voltage circuit 115 electrode 13 mixed water spraying unit 15 water flow detecting unit 20, 20' energy converting device 21 power generating unit 23 charging Unit 25 Power storage unit 27 Power supply switching unit 29 Mains electricity core group 30 Mains system 41 Temperature and humidity monitoring unit 43 Image capturing unit 45 Monitoring display unit