200831832 九、發明說明： 【發明所屬之技術領域】 本發明係細-種使排_機具有安全殺菌除污功能的方法 •及其裝置’尤指-種職魏料人至漏_，时解附著在 雜雜的如分子及耗，同時，並侧臭氧濃度是否在安全 的範圍内者。 【先前技術】 按’臭氧具有鋪的殺g力及氧化能力已是A家所公認的， 其在消除臭味、鱗麵味絲、蔬果殘餘錢洗淨及油潰之分 解上皆能快速達到洗淨、除臭及去油潰等目的。另—方面，臭氧 亦可用於消毒及減少㈣麵所產生_產物例如三鹵甲烧類， 並可氧化錢雜物質，例如鐵、似及氧化有機微㈣物，如 水的臭味物質等。再者，臭氧目前也已經被證實確實可以氧化霉 菌、酵母菌、真菌’有效的消除雪莊、祕的煙臭味，臭氧甚至 可以氧化由地毯、油漆、家俱上所釋出的污染物，臭氧也可以用 來消除寵物異味，消除地毯、家俱__臭味。因此，臭氧在 清潔、消毒上具重要的f獻’可被加以應關人類的生活上。 然，臭氧之殺菌力及氧化能力乃是因為臭氧的構成的氧原子 (〇)帶有負電，氧分子（〇2)帶有正電，臭氧(〇3)則是帶有負電， 因而找到帶有正電的結合對象(如臭味、細菌、油潰），臭氧即會 氧化。簡而言之’臭味、細菌、油潰大多帶正電，而臭氧與其結 合（離子結合）後，會反應成為其它物質，如此即可達到脫臭、 200831832 :殺菌及分解油潰的效果。 雖然臭氧具有上述料之功效，但是錢濃度超過 0· 04ppm 以上’反而對人體會造成傷害。並依據科學家證實，臭氧濃度/卿 空氣污染雜(PSi)對人體健康之影響G.G1〜 g gi5正常者的嗅 覺減質，G.嶋無辟，G. 對於均分的人而言會造成 鼻、咽喉的刺激，〇·3 250長時間暴露其中的勞動者的慢性氣管炎 有增加的機率，0. 5姻減低肺功能，對人體極不良，L 〇 > 5〇〇 咳漱，’疲勞，呼吸阻力增加，對人體有害，1〇. 〇 > 5〇〇肺水腫、 急性細支氣管炎、脈搏微弱、對人體極有害，故，如何在利用臭 氧权菌的同^· ’避免浪度過高而造成人體的傷害，實為一極待解 決之問題。 目前，有-種係利用上述原理所製成的排油煙機，如中華民 國專利公報第__『兼具臭氧清淨以及清洗之排油煙機』，其 係於排油煙機内設臭氧產生器，其分別以管體連接排油煙機之出 =部與外部’使臭氧分別由出氣部散至室内部空氣中，另以延伸 官接至水槽等其他部位以供不同需求。 由於該龍結構之臭氧細管體連接排紐機之域部與外 部之緣故’因此，其僅是具有空氣淨化及製造臭氧水的功能；惟， 分解排油煙機上之油潰分子的效果並不顯著；再加上，該習用結 構並無臭氧濃度债測及臭氧濃度控制裝置的設置，因此，無法 效將臭氧濃度控制在安全的範圍内，以致容易因臭氧濃度過高， 200831832 ： 而造成人體的傷害。 有鑑於此，實有針對上述『兼具臭氧清淨以及清洗之排油煙 機』做進-纟改善之必要，如此以避免造成人體的傷害。 【發明内容】 本發明之第一目的，在於提供一種利用臭氧來分解排油煙機 上的油 > 貝分子及孳生的㈣，並具備臭氧濃度監㈣功能，而可 提升使用的安錄，並可有麟餘潰分子_著，_具有清 洗奋易使用方便而可符合衛生絲等優點之分解排紐機油潰的 方法。 為達成上述功效，本發明係於該淨化機構設定一臭氧濃度之 安全範_基準值，將綠氣體導人至排油煙機，以臭氧氣體分 解附著在賴油_油潰分子，並以侧臭氧濃度，判斷是否超 過口亥基準值’當臭氧濃度超過絲準值時，產生—控制訊號以控 制料化機構的運轉，敍生—麵訊號，俾使魏濃度維持在 安全的範圍内。 本毛月之第—目的’在於提供—種利用臭氧來分解排油煙機 ^的油潰分子及孽生的㈣，並具備臭氧濃度監控的功能而可 ^升使用的安全性，並可分解排油煙機及管路的輯，使其具有 寿洗容易使用方便’且符合衛生絲等優點。 為達成上述功效，本發_以—錄產线置產生臭氧氣體 ’而可分解該排油煙機附著之油潰，其具有—吸人空氣的輸入部 200831832 .以及職臭氧氣體輸㈣輸出部，私-臭氧濃度_器細㈣ 臭氧氣體之濃度喊生-_輯’並以—臭氧濃度控制裳置將 該偵測訊鮮讀理輯，當缝濃度過高時，產生_控制猶 以控制該臭氧產生裝置的運轉，或產生-警示訊號，使臭氧毅 維持在安全的範圍内。 【實施方式】 壹·本發明淨化方法之具體實施 有鑑於猶賴料清洗之缺失，尤級是管路、導風 罩及風扇葉片上的油潰更是難以清洗，因而造成清洗上諸多不便 與困擾，本發明人乃秉持著造雜會大眾的—貫志願，努力投入 研發，經不斷的設計與研究，終得研發討確實改善該習用排油 煙機缺失’以提高使用安全性的本發明。 —請參看第〜至_所示，本發要在設計使排油煙機兼具 提咼油潰清潔有效性以及增進使用安全性之雙重功能其具體的 方法，係包括有： 提供給該排油煙機一組可產生及監測臭氧氣體的淨化機構 (10)，該淨化機構包括有一臭氧產生裝置（11)、一臭氧濃度偵測 裔（12)及一臭氧濃度控制裝置（13); 並於该淨化機構（10)之該臭氧濃度控制裝置上設定一個做為 監測比較之臭氧濃度之安全範圍的基準值； 使該淨化機構之該臭氧產生裝置（11)產生臭氧氣體，並將該 200831832 臭氧氣體導至排油煙機⑽，以該臭氧氣體分解附著在該排油煙 機（20)的油潰分子；及 同時以該_||(12)侧臭氧濃度，判斷是否超過預設的基 準值，當臭氧濃度超過該基準值時，產生一控制訊號予該臭氧濃 度控織置(13)以控制該臭氧產生裝置⑴）之運轉及臭氧的產生 量，使臭氧濃度維持在安全的範圍内。 本發明的一種具體實施例，係於該淨化機構(1〇)提供一臭氧 產生裝置（11)，以該臭氧產生裝置⑴）來產生臭氧纽，再以所 產生之臭氧氣體來分解該排油煙機(2〇)上的油潰，並同時淨化周 遭環境的空氣。 ° 關於臭氧產生裝置的技術方面，本發明具體實施例之中所採 用的臭氧產生裝置（11)是包括有誘電導體，該誘電導體是由二氧 化矽材料及不銹鋼製成，而二氧化矽材料係選自石英玻璃、耐熱 破螭及陶瓷其中一種。當電流通過誘電導體與另一電極接觸時， 便會產生一放電電暈，而將氧分子3〇2分解成臭氧2〇3氣體。 關於臭氧濃度债測的技術方面，本發明具體實施例之中，係 於该淨化機構(10)提供一臭氧濃度偵測器（12)，以該偵測器（12) 來偵測該臭氧氣體之濃度。依照目前所知臭氧濃度對人體的安全 〜響與規範，本發明在該淨化機構(丨0)上之臭氧濃度基準值是設 疋在0· 〇4ppm至〇· 〇6ppm的範圍内。 請參看第二、三、四圖所示，上述具體實施例中之較佳實施 200831832 * 例，係以該淨化機構（10)之一臭氧濃度控制裝置（13)將該偵測訊 號予以處理及比對，當臭氧濃度過高時，產生一控制訊號停止或 控制該臭氧產生裝置（11)的運轉，如此，已確保環境中的臭氧濃 度維持在安全的範圍内，而且前述之臭氧濃度偵測器（12)並可利 用一光聲臭氧偵測器來感測警示該排油煙機(2〇)内或外的臭氧濃 度，而上述臭氧》辰度控制裝置（13)另得以一訊號轉換電路（13〇)將 ^亥臭氧/辰度偵測器（12)的彳貞測訊號轉換成數位訊號，再以一比較 電路（131)之第一輸入端與該訊號轉換電路（13〇)電性連接，第二 輸入端連接一設定有臭氧濃度數值的基準電路(132)，並以一受到 該比較電路（131)之該輸出端控制的驅動電路（133)，產生一驅動 訊號，使該臭氧產生裝置停止或控制臭氧的產生。 本發明於上述具體實施例中之較佳實施例，係可在該排油煙 機加提供-警示裝i ’使該警示裝置⑽)可在_器_到臭氧 濃度過量時產生-警示訊號，其警示訊舰選自語音、音頻及顯 :的其中-種訊號。藉以提醒制者，此_臭氧濃度已超過安 全值，必須加則、心’或是做必要的處置，藉以進—步地確保使 用上的安全。 再者本毛明更可於该排油煙機上提供有一紫外光燈源（圖 中未示）’該紫外光^^、用以產生波長為355 365nm的紫外光由 於紫外光具有誘蚊的作用，平時開啟時可誘使蚊蟲至該排油煙 機，由於臭氧對於小蚊蟲具有一定的殺傷力，因而可將蚊蟲殺死， 200831832 ： 使本發明的排油煙機更具多功能性，可提高其實用性。 貳·本發明淨化機構之具體實施例 請翏看第四至六圖所示，本發明主要應用在排油煙機(2〇)本 體上，該排油煙機（20)本體包括： 一殼體(21)，該殼體（21)一端面設有一導風罩，另一端 面設有供-管體(30)連通的排出口⑽，並於該殼體⑻兩端面 間貫穿設一穿口（24);及 一馬達(25)，連接至少一風扇葉片（26)，且套設於該穿口（24) 上。 請配合參看第二、三、四圖所示，本發明之淨化機構(1〇)包 括有： 一臭氧產生裝置（11)，用以產生臭氧氣體，並可分解該排油 煙機(20)附著之油潰，其具有一吸人空氣的輸人部⑽）以及將該 臭氧氣體輸出的輸出部（1H); 一臭氧濃度偵測器（12)，用以偵測該臭氧氣體之濃度而產生 一偵測訊號；及 一臭氧濃度控制裝置（13)，用以將該偵測訊號予以處理比對 ，當臭氧濃度過高時，產生一控制訊號以控制該臭氧產生裝置（11) 的運轉，或產生一警示訊號，使臭氧濃度維持在安全的範圍内。 本發明上述具體實施例中之一種較佳實施例，該臭氧產生裝 置（11)包括有一石英玻璃或耐熱玻璃或陶瓷與不銹鋼製成的誘電 11 200831832 : 導體’當電流通過誘電導體與另一電極接觸時，便產生一放電電 暈將氧分子(3〇2)分解成臭氧(2〇3)氣體。 請參看第四圖所示，本發明上述具體實施例中之一種較佳實 ， 施例，該排油煙機（20)具有一殼體（21)，該臭氧產生裝置（11)設 於該排油煙機（20)之該殼體（21)内，且該殼體（21)設有至少一的 進氣孔(210)供與該臭氧產生裝置（11)之輸入部（110)連通，上述 具體實施例中之更佳實施例，該臭氧產生裝置（11)之輸入部（11〇) 更包括： 一設於該臭氧產生裝置（11)上的輸入口（110a);及 一導管（110b)，使該排油煙機(2〇)之該進氣孔(21〇)與該臭氧 產生裝置（11)之輸入口（ll〇a)連通。 請參看第四至六圖所示，本發明上述具體實施例中之一種較 佳實施例，該排油煙機(2〇)具有一殼體（21)，該臭氧產生裝置（n) 設於該排油煙機（20)之該殼體（21)内，該殼體（21)設有至少一個 的出氣孔(211)供與該臭氧產生裝置（11)之輸出部（111)連通，上 述具體實施例中之更佳實施例，該臭氧產生裝置（11)之該輸出部 (111)包括： 一設於該臭氧產生裝置（11)上的輸出口（1Ua);及 -導管（111b)，用以連接該臭氧產生裝置⑴）之輸出口⑴⑷ 與該排油煙機(20)之該出氣孔(211)而形成連通。 上述具體實關巾之較佳實補，該臭氧濃度_器⑽係 12 200831832 為光聲臭氧偵測器，用以偵測該排油煙機（2〇)内或外的臭氧濃 度，而且碘化氙準分子的發射光主要波長在253nm，波長寬度約5 nm至8nm ’與臭氧紫外光吸收線的波長及頻寬相當符合，聲光檢 測技術則為具有高準確度及高靈敏度的稀微氣體測技術，配合碘 化氙紫外光源及一聲光偵測腔而成的臭氧濃度偵測器。 請參看第二、三圖所示，上述具體實施例中之較佳實施例， 該臭氧濃度控制裝置（13)包括： 一訊號轉換電路(130)，將該臭氧濃度偵測器（12)的偵測訊號 轉換成數位訊號； 一比較電路(131)，具有第一輸入端、一第二輸入端及一輸出 端，該第一輸入端與該訊號轉換電路(130)電性連接，該第二輸入 端供電性連接一設定有臭氧濃度數值的基準電路(132);及 一驅動電路（133)，受到該比較電路（131)之該輸出端的控 制，而可產生一驅動訊號，用以停止或控制該臭氧產生裝置（11) 的運轉，上述具體實施例中之更佳實施例，該基準電路(132)將臭 氧濃度的基準值設定在〇· 〇4ppm至〇· 〇6ppm的範圍内。 上述具體實施例中之較佳實施例，該臭氧濃度控制裝置（13) 更包括有一警示裝置（134)，用以發出臭氧濃度過量的語音或音頻 或顯示的警示訊號，該警示裝置係由有蜂鳴器或LED或LCD及與 其相應之驅動電路組成。 參·本發明具體實施之安裝與運作 13 200831832 請參看第二及四至六圖所示，本發明於絲時，係於排油煙 機⑽)之殼體⑼内裝設臭氧產生裝置⑽，分別將進氣孔⑵〇) 與出氣孔(211)設在殼體(21)之外部，並以二個導管（11〇1))(1111)) 为別與臭氧產生裝置（11)之輸入部（110)及輸出部⑴D連通，再 將臭氧濃度偵測器（12)設在殼體(21)外部上，並與裝設在臭氧產 生裝置（11)内的臭氧濃度控制裝置（13)電性連接。 請參看第四至六圖所示，本發明於運作時，係先將排油煙機 (20)與臭氧產生裝置（11)予以開啟，於是臭氧產生裝置（I〗）開始 產生六'氧氣體，由於排油煙機（20)之出氣孔與臭氧產生裝置（η) 之輸出部（111)連通，因而可將臭氧氣體導入至排油煙機(2〇)，再 者，臭氧氣體在排油煙機（20)風扇葉片（26)的吸覆作用下，進入 至殼體(21)内面，包括風扇葉片（26)上，由於臭氧（〇3)是帶有負 電。若找帶有正電的結合對象(如臭味、細菌、油潰），臭氧即會 氧化，換δ之，細痛、油潰大多帶有正電，而臭氧與其結合（離 、子結合）後，會反應成為其它物質，如此即可使排油煙機（2〇)達 到脫臭、殺菌及分解油潰的效果。 同時臭氧濃度偵測器（12)於預定時間内偵測臭氧濃度，判斷 疋否超過該基準值，當臭氧濃度超過該基準值時，產生一控制訊 唬以控制臭氧產生裝置（11)，使臭氧產生裝置（11)停止或減少臭 氧的供應，或產生一音頻或語音或顯示的警示訊號，使臭氧濃度 維持在安全的範圍内。 14 200831832 肆.結論 综上所述’本發明係以臭氧氣體來分解排油煙機上的油潰分 子及孳生其上的㈣，並具備臭氧濃度監控的魏，而可提升使 用的安全性，並可有效降低油潰及錢_著，因而具有清洗容 易使用方便*可符合衛生安全規範等之優點。 以上所述’僅為本發明之一可行實施例，並非用以限定本發 明之專利範圍’凡舉依據下列申請專利範圍所述之内容、特徵以 及其精神而為之其他變化的等效實施’皆應包含於本發明之專利 乾圍内。本㈣之方法及其機構，除上述優料，麵具產業之 利祕，可有效改善制所產生之缺失，而歸具體界雜申請 專利祀圍之特徵’未見於嶋物品，故而具實祕與進步性，已 符合發明專财件’銳法具文糾φ請謹請柄依法核予 專利’以維濩本申請人合法之權益。 【圖式簡單說明】 第一圖係本發明淨化方法之示意圖； 第一圖係本發明淨化機構之控制示意圖； 第三圖係本發明臭氧濃度控制裝置之電路控制示意圖； 第四圖係本發明淨化機構裝設在排油煙機之示意圖； 第五圖係本發明淨化機構裝設在排油煙機之另一示意圖 第六圖係本發明將臭氧氣體導入至排油煙機之示咅圖。 【主要元件符號說明】 15 200831832 (10)淨化機構 （11)臭氧產生裝置 (12)臭氧濃度偵測器（13)臭氧濃度控制裝置 (110)輸入部 (111)輸出部 (110a)輸入口 (llObXlllb)導管 (111)輸出部 (111a)輸出口 (130)訊號轉換電路 (131)比較電路 (132)基準電路 (133)驅動電路 (134)警示裝置 (20)排油煙機 (21) 殼體 (22) 導風罩 (211)出氣孔 (23)排出口 (24)穿口 (25)馬達 (30)管體 (26)風扇葉片 16200831832 IX. Description of the invention: [Technical field to which the invention pertains] The present invention is a method for making a row-machine with a safe sterilization and decontamination function and a device thereof, especially Attached to the impurities such as molecules and consumption, at the same time, and the side ozone concentration is within the safe range. [Prior Art] According to 'Ozone has the ability to kill and oxidize, it has been recognized by A family. It can quickly reach the elimination of odor, scales, silk, fruits and vegetables, and oil breakdown. Wash, deodorize and remove oil and other purposes. On the other hand, ozone can also be used for disinfection and reduction of products produced by (4) noodles, such as trihalide, and oxidation of impurities, such as iron, oxidized organic micro (tetra), such as water odor substances. In addition, ozone has also been confirmed to be able to oxidize mold, yeast, and fungi to effectively eliminate snow scent and secret smoke odor. Ozone can even oxidize pollutants released from carpets, paints, and furniture. Can also be used to eliminate pet odor, eliminate carpet, furniture __ odor. Therefore, ozone has an important contribution to cleaning and disinfection, which can be taken into account in human life. However, the bactericidal and oxidizing power of ozone is because the oxygen atom (〇) composed of ozone is negatively charged, the oxygen molecule (〇2) is positively charged, and the ozone (〇3) is negatively charged, thus finding the band. If there is a positive combination of objects (such as odor, bacteria, oil collapse), ozone will oxidize. In short, the odor, bacteria, and oil smash are mostly positively charged, and when ozone is combined with it (ion-bonded), it will react to other substances, so that deodorization, 200831832: sterilization and decomposition of oil collapse can be achieved. Although ozone has the effect of the above materials, the concentration of money exceeds 0.4 ppm above, which may cause harm to the human body. According to the scientists, the ozone concentration/PS air pollution (PSi) affects human health. G.G1~g gi5 normal olfactory reduction, G. 嶋 辟, G. For people with equalization, it will cause Nasal and throat irritation, 〇·3 250 long-term exposure of workers with chronic bronchitis has an increased chance, 0.5 marriage reduced lung function, very poor for the human body, L 〇> 5 〇〇 cough, ' Fatigue, increased respiratory resistance, harmful to the human body, 1〇. 〇> 5〇〇Pulmonary edema, acute bronchiolitis, weak pulse, extremely harmful to the human body, therefore, how to use the same ozone to prevent the waves Too much damage caused by the human body is a problem to be solved. At present, there are some types of range hoods made by the above principles, such as the Republic of China Patent Gazette No. __ "Ozone cleaning and cleaning range hood", which is equipped with an ozone generator in the range hood, The outlets of the range hood are connected to the outside by the pipe body to separate the ozone from the gas outlet into the air in the room, and the extension is connected to other parts such as the sink for different needs. Because the ozone structure of the dragon structure is connected to the domain of the row discharge machine and the outside, therefore, it only has the function of air purification and ozone water production; however, the effect of decomposing the oil collapse molecules on the range hood is not Significantly; in addition, the conventional structure does not have the ozone concentration debt measurement and the ozone concentration control device, so it is impossible to control the ozone concentration within a safe range, so that the ozone concentration is too high, 200831832: s damage. In view of this, it is necessary to improve the above-mentioned "exhaust hood with ozone cleaning and cleaning" so as to avoid causing harm to the human body. SUMMARY OF THE INVENTION A first object of the present invention is to provide an apparatus for utilizing ozone to decompose oil on a range hood, a shell molecule and a twin (4), and having an ozone concentration monitor (IV) function, thereby improving the use of the record, and There may be a lining of the numerator _ _, _ has a cleaning method that is easy to use and can meet the advantages of hygienic silk, etc. In order to achieve the above-mentioned effects, the present invention is to set a safety standard_reference value of the ozone concentration in the purifying mechanism, and guide the green gas to the range hood, and decompose the ozone gas to adhere to the oil-oil colloid, and side ozone Concentration, determine whether the value exceeds the threshold value of the mouth. When the ozone concentration exceeds the wire value, a control signal is generated to control the operation of the materialization mechanism, and the health-to-surface signal is maintained to maintain the Wei concentration within a safe range. The first purpose of this month is to provide a kind of oil-killing molecules and axillary (4) that use ozone to decompose the hood, and have the function of monitoring the ozone concentration, and can be used for safety and can be decomposed. The hood and the series of pipes make it easy to use and easy to use and meet the advantages of hygienic silk. In order to achieve the above-mentioned effects, the present invention is capable of decomposing the oil squirt attached to the hood, which has an input unit for inhaling air, 200831832, and an output unit for ozone gas transmission (four). Private-ozone concentration_small (4) The concentration of ozone gas is shouted - _ _ ' and the ozone concentration control is set to read the detection of fresh information, when the seam concentration is too high, the _ control is still to control The operation of the ozone generating device, or the generation of a warning signal, keeps the ozone in a safe range. [Embodiment] 具体· The specific implementation of the purification method of the present invention is in view of the lack of cleaning of the material, especially the oil collapse on the pipeline, the air hood and the fan blade is difficult to clean, thus causing many inconveniences in cleaning. The present inventor has been adhering to the ambition of the general public, and has devoted himself to research and development. Through continuous design and research, the present invention has been developed to improve the safety of the use of the exhaust hood. - Please refer to the above ~ to _, the specific method of designing the hood to have both the cleaning effectiveness and the safety of the use of the hood, including: providing the hood a purifying mechanism (10) for generating and monitoring ozone gas, the purifying mechanism comprising an ozone generating device (11), an ozone concentration detecting person (12) and an ozone concentration controlling device (13); The ozone concentration control device of the purification mechanism (10) sets a reference value as a safe range for monitoring and comparing the ozone concentration; causing the ozone generating device (11) of the purification mechanism to generate ozone gas, and the 200831832 ozone gas Leading to the range hood (10), the ozone gas is decomposed to the oil collapse molecules attached to the range hood (20); and at the same time, the ozone concentration of the _||(12) side is used to determine whether the preset reference value is exceeded. When the ozone concentration exceeds the reference value, a control signal is generated to the ozone concentration control woven (13) to control the operation of the ozone generating device (1) and the amount of ozone generated, so that the ozone concentration is maintained at a safe level. Inside. In a specific embodiment of the present invention, the purification mechanism (1) provides an ozone generating device (11), and the ozone generating device (1) is used to generate ozone, and the ozone gas is used to decompose the oil. The oil on the machine (2〇) is destroyed, and at the same time, the air in the surrounding environment is purified. Regarding the technical aspect of the ozone generating device, the ozone generating device (11) used in the specific embodiment of the present invention includes an electric attracting conductor made of a cerium oxide material and stainless steel, and the cerium oxide material. It is selected from quartz glass, heat-resistant cracking and ceramics. When a current contacts the other electrode through the attracting conductor, a discharge corona is generated, and the oxygen molecule 3〇2 is decomposed into ozone 2〇3 gas. In a technical aspect of the ozone concentration debt measurement, in the specific embodiment of the present invention, an ozone concentration detector (12) is provided in the purification mechanism (10), and the ozone gas is detected by the detector (12). Concentration. According to the current knowledge of the safety of the ozone concentration to the human body, the ozone concentration reference value of the present invention on the purification mechanism (丨0) is set in the range of 0·〇4 ppm to 〇·〇6 ppm. Referring to the second, third and fourth figures, the preferred embodiment of the above specific embodiment 200831832 * is to treat the detection signal by an ozone concentration control device (13) of the purification mechanism (10). In comparison, when the ozone concentration is too high, a control signal is generated to stop or control the operation of the ozone generating device (11), thus ensuring that the ozone concentration in the environment is maintained within a safe range, and the aforementioned ozone concentration detecting The device (12) can use a photoacoustic ozone detector to sense the concentration of ozone inside or outside the range hood (2〇), and the ozone control device (13) can also be a signal conversion circuit. (13〇) Converting the measurement signal of the ^Ooh ozone/Chenness detector (12) into a digital signal, and then using the first input terminal of the comparison circuit (131) and the signal conversion circuit (13〇) a second connection is connected to a reference circuit (132) having an ozone concentration value, and a drive signal (133) controlled by the output of the comparison circuit (131) generates a drive signal. Ozone generator stop or control Generating oxygen. In a preferred embodiment of the present invention, the hood can be provided with a warning indicator i' to enable the warning device (10) to generate a warning signal when the ozone concentration is excessive. The warning ship is selected from the group consisting of voice, audio and display: In order to remind the system, this _Ozone concentration has exceeded the safety value, and must be added, the heart, or the necessary disposal, so as to ensure the safety of use. In addition, Ben Maoming can provide an ultraviolet light source (not shown) on the range hood. The ultraviolet light is used to generate ultraviolet light with a wavelength of 355 365 nm. When it is opened, it can induce mosquitoes to the range hood. Because ozone has a certain lethality against small mosquitoes, mosquitoes can be killed. 200831832 : The hood of the present invention is more versatile and can be improved. Practicality. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A specific embodiment of the purifying mechanism of the present invention is shown in the fourth to sixth figures. The present invention is mainly applied to a body of a range hood (20), and the body of the range hood (20) comprises: a casing ( 21), an air guiding cover is disposed on one end surface of the casing (21), and a discharge port (10) for communicating with the pipe body (30) is disposed on the other end surface, and a through hole is formed between the end faces of the casing (8) ( 24); and a motor (25) connecting at least one fan blade (26) and sleeved on the opening (24). Please refer to the second, third and fourth figures. The purification mechanism (1〇) of the present invention comprises: an ozone generating device (11) for generating ozone gas and decomposing the range hood (20). The oil collapse has an inhaling portion (10) for inhaling air and an output portion (1H) for outputting the ozone gas; an ozone concentration detector (12) for detecting the concentration of the ozone gas to generate a detection signal; and an ozone concentration control device (13) for processing the detection signal. When the ozone concentration is too high, a control signal is generated to control the operation of the ozone generating device (11). Or generate a warning signal to maintain the ozone concentration within a safe range. In a preferred embodiment of the above specific embodiment of the present invention, the ozone generating device (11) comprises a quartz glass or heat resistant glass or a ceramic and stainless steel inducer 11 200831832: Conductor 'when current passes through the attracting conductor and the other electrode Upon contact, a discharge corona is generated to decompose the oxygen molecules (3〇2) into ozone (2〇3) gas. Referring to the fourth embodiment, in a preferred embodiment of the present invention, the range hood (20) has a casing (21), and the ozone generating device (11) is disposed in the row. The casing (21) of the range hood (20), and the casing (21) is provided with at least one air inlet hole (210) for communicating with the input portion (110) of the ozone generating device (11), In a further embodiment of the specific embodiment, the input portion (11〇) of the ozone generating device (11) further comprises: an input port (110a) provided on the ozone generating device (11); and a conduit (110b) The inlet port (21〇) of the range hood (2〇) is connected to the input port (11〇a) of the ozone generating device (11). Referring to the fourth to sixth embodiments, in a preferred embodiment of the above specific embodiment of the present invention, the range hood (2) has a casing (21), and the ozone generating device (n) is disposed at the In the casing (21) of the range hood (20), the casing (21) is provided with at least one air outlet (211) for communicating with the output portion (111) of the ozone generating device (11), the specific In a further embodiment of the embodiment, the output portion (111) of the ozone generating device (11) comprises: an output port (1Ua) provided on the ozone generating device (11); and a conduit (111b), An output port (1) (4) for connecting the ozone generating device (1) is in communication with the air outlet (211) of the range hood (20). Preferably, the ozone concentration _ (10) system 12 200831832 is a photoacoustic ozone detector for detecting the concentration of ozone inside or outside the hood (2 〇), and iodization The emission wavelength of 氙 excimer is 253nm, and the wavelength width is about 5 nm to 8 nm. It is in line with the wavelength and bandwidth of the ozone ultraviolet absorption line. The acousto-optic detection technology is a rare gas with high accuracy and high sensitivity. The measurement technology is combined with an ultraviolet light source of cesium iodide and an ozone concentration detector. Referring to the second and third embodiments, in the preferred embodiment of the above specific embodiment, the ozone concentration control device (13) comprises: a signal conversion circuit (130) for the ozone concentration detector (12) The detection signal is converted into a digital signal; a comparison circuit (131) having a first input end, a second input end, and an output end, the first input end being electrically connected to the signal conversion circuit (130), the first The two input terminals are electrically connected to a reference circuit (132) having an ozone concentration value; and a driving circuit (133) is controlled by the output end of the comparison circuit (131) to generate a driving signal for stopping Alternatively, the operation of the ozone generating device (11) is controlled. In a more preferred embodiment of the above specific embodiment, the reference circuit (132) sets the reference value of the ozone concentration within a range of 〇·〇4 ppm to 〇·〇6 ppm. In a preferred embodiment of the above specific embodiment, the ozone concentration control device (13) further includes a warning device (134) for emitting a voice or audio with excessive ozone concentration or a warning signal for displaying the warning device. A buzzer or LED or LCD and its corresponding drive circuit. ???Installation and operation of the present invention 13 200831832 Please refer to the second and fourth to sixth figures. When the present invention is applied to the wire, the ozone generating device (10) is installed in the casing (9) of the range hood (10), respectively The air inlet hole (2) 〇) and the air outlet hole (211) are disposed outside the casing (21), and the two conduits (11〇1)) (1111)) are different from the input portion of the ozone generating device (11) ( 110) and the output unit (1)D is connected, and the ozone concentration detector (12) is disposed on the outside of the casing (21), and is electrically connected to the ozone concentration control device (13) installed in the ozone generating device (11). connection. Referring to Figures 4 to 6, the present invention operates by first opening the range hood (20) and the ozone generating device (11), so that the ozone generating device (I) starts to generate the six 'oxygen gas. Since the air outlet of the range hood (20) communicates with the output portion (111) of the ozone generating device (η), the ozone gas can be introduced into the range hood (2〇), and further, the ozone gas is in the range hood ( 20) Under the suction of the fan blade (26), it enters the inner surface of the casing (21), including the fan blade (26), since the ozone (〇3) is negatively charged. If you find a positively coupled object (such as odor, bacteria, oil collapse), the ozone will oxidize, change δ, fine pain, oil collapse mostly positive, and ozone combined with (dissociation, sub-combination) After that, it will react to other substances, so that the range hood (2 〇) can achieve the effects of deodorization, sterilization and decomposition of oil. At the same time, the ozone concentration detector (12) detects the ozone concentration within a predetermined time to determine whether the enthalpy exceeds the reference value. When the ozone concentration exceeds the reference value, a control signal is generated to control the ozone generating device (11). The ozone generating device (11) stops or reduces the supply of ozone, or generates an audio or voice or display warning signal to maintain the ozone concentration within a safe range. 14 200831832 肆.Conclusions In summary, the present invention utilizes ozone gas to decompose the oil-crushing molecules on the range hood and the above-mentioned (4), and has the monitoring of ozone concentration, which can improve the safety of use, and It can effectively reduce oil collapse and money, so it is easy to use and easy to use. * It can meet the advantages of hygienic safety regulations. The above description is only one of the possible embodiments of the present invention, and is not intended to limit the scope of the invention as defined by the following claims. All should be included in the patent enclosure of the present invention. The method and its mechanism of (4), in addition to the above-mentioned superior materials, the secret of the mask industry, can effectively improve the lack of production, and the characteristics of the application for patents in the specific sector are not found in the articles, so they are secret. And the progress, has been in line with the invention of special wealth, 'sharp law has to correct the φ please please handle the patent according to law' to protect the legal rights of the applicant. BRIEF DESCRIPTION OF THE DRAWINGS The first diagram is a schematic diagram of a purification method of the present invention; the first diagram is a schematic diagram of the control of the purification mechanism of the present invention; the third diagram is a schematic diagram of the circuit control of the ozone concentration control apparatus of the present invention; The schematic diagram of the purifying mechanism installed in the range hood; the fifth figure is another schematic diagram of the purifying mechanism of the present invention installed in the range hood. The sixth figure is a schematic diagram of the present invention for introducing ozone gas into the range hood. [Main component symbol description] 15 200831832 (10) Purification mechanism (11) Ozone generating device (12) Ozone concentration detector (13) Ozone concentration control device (110) Input portion (111) Output portion (110a) input port ( llObXlllb) conduit (111) output (111a) output port (130) signal conversion circuit (131) comparison circuit (132) reference circuit (133) drive circuit (134) warning device (20) exhaust hood (21) housing (22) Air hood (211) air outlet (23) discharge port (24) port (25) motor (30) tube body (26) fan blade 16