M278406 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種臭氧消毒殺菌喷霧器，特別是指一種臭氧 消毒殺菌喷霧器。 【先前技術】 按，一般病菌或病毒之去除，所經常使用之化學消毒劑可約 略歸納為五大類及醇類如下： (一） 肥息或清潔劑（Soap and detergents): 1 ·表面劑（surf actants )，含陰性、中性、陽性者； 2·陰性肥皂（線性曱烷基苯基磺酸鹽；linear alkyl benzene sulphonates ) i 3.陽性肥息（四級胺化合物；guan ter nary ammonium compounds );以及 4·清潔劑，含有如多苯化合物，氯化苯等。 (二） 氧化劑（Oxidising agents ;廣效性）： 1·次氣化納（Sodium hypochloride); 2·次氣化約（Calcium hypochloride);以及 3·過氧化合物，如Virkon pe。 (三） 酸類（Aldehydes;廣效性）： 1·戊二搭（glutaraldehyde ); 2·福馬林（40% w/v);以及 3·甲酸氣體（fornialdehyde gas )。 M278406 (四） 鹼類（Alkal is): 1 ·氫氧化鈉；以及 2·碳酸氫鈉（無水 Na2C03 或 Na2C03、10H2O)。 (五） 酸類（Acids ): 1·鹽酸（hydrochloride acid);以及 2·擰檬酸（citric acid)。 (六） 醇類（Alcohols ): 1 · 80% ( w/w )酒精；以及 2.60-80% (v/v)異丙醇（isopropyl alcohol )。 以上7、大類疋目刖最常用的化學消毒劑，雖然這些藥劑都有 其不同的藥效，但在環境中都會殘留一些對環境或人體有害的消 毒後副產物（如··漂白水消毒後會產生氣胺類、三鹵甲烷等有毒 物質）；目前環境中之消毒殺菌，多以上述化學藥劑加入消毒器 或消毒車中做喷灑消毒，依病毒和病原選擇適當藥劑投入，但是 既價昂、不經濟，又會有消毒後副產物產生，形成環境與人體第 二次危害，再者，經常使用，則病菌會逐漸產生抗藥性，且化學 毒劑多屬有機物，其致毒之根源主要在於其具有特殊之原子、原 子團或特殊之分子結構，當改變其化學結構即能降低或完全消除 毒劑之毋性，當消除藥劑消除化學毒劑毒性時，基本上產生之化 學反應有加成反應、取代反應及消去反應三類。 另外，化學毒劑大多數選擇化學性質並不十分活潑的物質 C亦即穩定性高），當其釋放出來之後可以維持一段時間；如果 M278406 攸種種化學毒劑的化學性質 貝砰納出來，較重要的可能是毒劑與 水、酸、鹼、氧化劑、還馬 ’、劑專各種的不活潑性，且化學毒劑的 抗酸、抗鹼以及對氧化劑、 疋原劑具有不同的反應，大多數的毒 劑之抗酸性較抗鹼性強，有此 於 一則對虱化劑十分敏感，因此在選擇 消除藥劑上，經常使用漂白粉及氣。 最常見的化學性食物中毒， | 疋以農樂殘餘為主，其中又以有 機磷農藥為多，其潛伏期相當 々日田短為最大特色，大多數人在食後約 數分鐘内即發生噁心、嘔吐、 .^ ^ u 股’舄、腹痛、流口水、呼吸困難、 痰多等症狀，很少超過_個 性：毒，反之量少長期食入可能導致慢性中毒尤其是素食者 農藥喷灑職業農民及農藥薇工人最容易發生。 而慢性農藥誤食對健康的影響，逐漸受到大家重視，對心 理、智商、人格、行為、大腦皮層的影響，都有報告出現初步 的研究結果都是呈現有相關性存在，在動物實驗上，許多農藥是 致畸及致癌的藥物，如何避免食用到有殘餘農藥的食物也是目 前公共衛生的一大挑戰。 個j時才發生的，殘餘農藥多會引起急 因此，目前市面上出現有以臭氧作為消毒殺菌之方式，因為 臭氧在氧化還原中會破壞農藥的碳鍊鍵結，分解農藥的化學式， 進而達到分解農藥的效果；但是目前使用臭氧之方法，須接固定 式電源，因此僅利用於定點或敎小區域之水或空氣或環境消毒 殺菌，如1氧空氣清淨機或臭氧水處理機，不具長距移動性和 大範圍使用性，對於室外空間、大範圍之處所，如醫院（各種病 M278406 類所造成的植物疾病）、畜牧場所 傳染病感染地區，無法做有效之 菌，如SARS)、農田（各種菌 (禽流感、口蹄疫、霍亂等）、 使用。 由此可見，上述習用消毒殺菌方式仍有諸多缺失，實非一良 善之設計者，而亟待加以改良。 本案創作人㈣上述習用方,切衍生的各項缺點，乃亟思加 以改良創新，並經多年苦心㈣潛心研究後，終於成功研發完成 本件臭氧消毒殺菌喷霧器。 【新型内容】 本創作之目的即在於提供一種免加任何藥劑便可達到環境 和器物消毒、殺菌及除臭之臭氧消毒殺菌喷霧器。 本創作之次一目的係在於提供一種僅以清水和空氣便可消 毒的臭氧消毒殺菌喷霧器。 本創作之另一目的係在於提供一種省錢、方便且兼具衛生之 優點的臭氧消毒殺菌喷霧器。 本創作之又一目的係在於提供一種更具消毒殺菌效果的臭 氧消毒殺菌噴霧器。 本創作之再一目的係在於提供一種不會再環境中留下任何 有害殘留物的臭氧消毒殺菌喷霧器。 可達成上述創作目的之臭氧消毒殺菌喷霧器，包括有： 一儲液桶； 一驅動器’該驅動器係由一引擎及一發電盤所構成； M278406 一幫浦； 一送液開關； 若干喷管 頭； 各喷管之末端連接有 一個或一個以上的霧狀喷 一臭氧產生器；以及 一氣液混合器； 該驅動器藉由μ運轉後由發電盤發電，並將電力供應予臭 氧產生器製造臭氧及驅動幫浦由儲液桶抽取清水 ，再由氣液混合 器將臭氧及清水混合為臭氧水後，以幫浦將臭氧水自霧狀喷頭喷 出。 【實施方式】 μ參閱® 本創作所提供之臭氧消毒殺菌喷霧器，主要包 括有： 一儲液桶1，該儲液桶1裝設有清水； 一驅動器2，該驅動器2係由一引擎及一發電盤所構成； 一幫浦3，該幫浦3為與驅動器2及氣液混合器6相接； 一送液開關4，該送液開關4係連接幫浦3與喷管5 ; 若干喷管5，各喷管5之末端連接有一個或一個以上的霧狀 喷頭51 ; 一臭氧產生器6’該臭氧產生器6為可製造臭氧；以及 一氣液混合器7，該氣液混合器7為與驅動器2及儲液桶1 相連接； M278406 該驅動器2藉由引擎運轉後由發電盤發電，並將電力供應予 臭氧產生器6製造臭氡1該引擎則驅動幫浦3由儲液桶i抽取 清水，並由氣液混合器6將臭氧及清水混合為臭氧水後，再以幫 浦3加壓後由送液開關4控制輸出，自嘴f 5經過霧狀喷頭51 喷出臭氧水霧，在欲消毒的空間或物體上，再者，該送液開關4 另以一回流加壓管4i與儲液桶i相接，當送液開關4輸出量小 或關閉時，多餘之臭氡水藉由回流加壓管41回流到儲液桶i中 循環使用’另外’该引擎亦可由馬達、空氣壓縮機或高壓氣瓶代替， 做為動力或壓力輸出（如圖四所示）代替，又，該驅動器2亦可以發電 機、蓄電裝置、運輸載體所提供之電源（如汽車、船舶、航空器） 或其他電源供應器代替。 請參閱圖二，本創作所提供之臭氧消毒殺菌喷霧器中，該幫 浦3亦可以妓風機31或喷槍（如圖四所示）代替；另外，本創 作所提供之臭氧消毒殺菌噴霧器亦可不設儲液桶丨，而該氣液混 合器6則與一水龍頭11相接（如圖三所示），當本創作所提供之 臭氧消毒殺菌喷霧器使用時，該驅動器2藉由引擎運轉後由發電 盤發電，並將電力供應予臭氧產生器6製造臭氧，然後打開水龍 頭11，由氣液混合器7將臭氧及清水混合為臭氧水後，使臭氧 水自喷管5經過霧狀噴頭51喷出臭氧水霧，在欲消毒的空間或 物體上。 請參閱圖五，本創作所提供之臭氧消毒殺菌喷霧器可將霧狀 喷頭51裝設在固定的物體或區段範園，如門四周、大門入口處、 10 M278406 消毒物或建築物四周，由手動、感應裝置啟動或定時開關啟動， 在固疋消毒區域達到消毒之目的；其中’本創作所提供之臭氧消 毒殺菌噴霧器亦可外接一感應裝置8 (如圖五a所示），當被消 毒物在感應區域被感應到時，立即由驅動器2啟動臭氧產生器6 和引擎，將臭氧與水混合由霧狀喷頭51喷成臭氧霧在消毒區域 或物艘上；再者，本創作所提供之臭氧消毒殺菌噴霧器亦可另接 -時間控制開關9 (如圖五B所示），當所設定時間到時，驅動 器2就啟動臭氧產生器6和引擎之電源，將臭氧與水混合由霧狀 喷頭51喷成臭氧霧在消毒區域或物體上；另外亦可於送液開 關4後加一電磁閥1〇，電磁閥】。電路連接到電力控制箱弓 動㈣臭氧製造並無停止，電磁閥10未開時，臭氧水經回液加 =二回流至儲液桶i t，當感應裝置8感應到被消毒物進入 >“區域’立即啟動電磁閥i。將臭氧 ^ ^ a± «a 被洎毒物離開或 ——θ丨寺，電力控制板關閉電磁閥，臭氧霧停止噴 請參閱圖五C所示，本創作所提供之臭氧消毒中， 狀噴頭裝設於門上(運用 霧器中的霧 備或其它進出時需要進杆、 母殺菌之場所），當人員或 要進仃4 生之鱼、“⑥ 門時，即可藉由本創作所產 臭乳水霧進行消毒或殺菌之動作。 產 請參閱圖六，本創作所提供之臭氧。 動式’其主要如下所示： /ι固％霧器亦可為移 一、人員背負型（或手提）： 將储液桶裝滿清水’手持噴搶朝環境或欲消毒 M278406 物喷漢臭氧霧，適用於小面積、有角落之消毒殺菌以及車輛不易 到達之消毒環境。 二、 手推車型： 將水箱+喷霧機置於推車上，人員推行至消毒區喷灑，適用 於中小型區域，通道暢行區域之消毒殺菌。 三、 航空器喷灑（如飛機或直升機 將臭氧消毒殺菌喷霧器裝載於航空器，於空中做大面積、大 範圍之喷霧殺菌消毒。 四、 消毒車型： 將臭氧消毒殺菌喷霧器與大型儲液桶置於汽車上，形成消毒 車’用於長距離、大面積之殺菌消毒。 五、 消毒船 將臭氧消毒殺菌喷霧器裝載於船舶上，用於河流或海洋水中 和水面之水質淨化、除污、殺菌消毒，可以以喷霧和水中氣曝方 式進行。 上列詳細說明係針對本創作之一可行實施例之具體說明，惟 該實施例並非用以限制本創作之專利範圍，凡未脫離本創作技藝 精神所為之等效實施或變更，均應包含於本案之專利範圍中。 綜上所述，本案不但在技術思想上確屬創新，並能較習用物 品增進上述多項功效，應已充分符合新穎性及進步性之法定創作 專利要件I依法提出巾請，懇冑貴局核准本件新型專利申請 案’以勵創作，至感德便。 M278406 【圖式簡單說明】 β月參閱以下有關本創作一較佳實施例之詳細說明及其附 圖，將可進一步瞭解本創作之技術内容及其目的功效丨有關該實 施例之附圖為： 圖一為本創作臭氧消毒殺菌噴霧器之架構圖； 圖一為该臭氧消毒殺菌喷霧器第一實施例之架構圖； 圖三為該臭氧消毒殺菌喷霧器第二實施例之架構圖； 圖四為該臭氧消毒殺菌喷霧器第三實施例之架構圖； 圖五為該臭氧消毒殺菌喷霧器第四實施例之使用狀態圖； 圖五Α為該臭氧消毒殺菌喷霧器第五實施例之使用狀態圖； 圖五β為該臭氧消毒殺菌喷霧器第六實施例之使用狀態圖； 圖五C為該臭氧消毒殺菌喷霧器第七實施例之使用狀態圖； 圖六為該臭氧消毒殺菌喷霧器之應用圖。 【主要元件符號說明】 1 賭液桶 11 水龍頭 2 驅動器 3 幫浦 4 送液開關 41 回流加壓管 5 噴管 51 霧狀喷頭 6 臭氧產生器 7 氣液混合器 8 感應開關 9 時間開關 10 電磁閥 13M278406 8. Description of the new type: [Technical field to which the new type belongs] This creation is about an ozone disinfection and sterilization sprayer, especially an ozone disinfection and sterilization sprayer. [Previous technology] According to the removal of general germs or viruses, the commonly used chemical disinfectants can be roughly classified into five major categories and alcohols as follows: (1) Soap and detergents: 1 · surface agents ( surf actants), including negative, neutral, positive; 2. negative soap (linear alkyl benzene sulphonates) i 3. positive fat (quaternary amine compounds; guan ter nary ammonium compounds ); And 4. Cleaners containing, for example, polybenzene compounds, chlorinated benzene and the like. (2) Oxidizing agents (wide-effect): 1. Sodium hypochloride; 2. Calcium hypochloride; and 3. Peroxy compounds such as Virkon pe. (3) Acids (Aldehydes; broad-spectrum): 1. glutaraldehyde; 2. formalin (40% w / v); and 3. formicaldehyde gas. M278406 (4) Alkal is: 1 · sodium hydroxide; and 2 · sodium bicarbonate (anhydrous Na2C03 or Na2C03, 10H2O). (5) Acids: 1 · hydrochloride acid; and 2 · citric acid. (6) Alcohols: 1. 80% (w / w) alcohol; and 2.60-80% (v / v) isopropyl alcohol. 7. The most commonly used chemical disinfectants for the above 7 categories of caterpillars. Although these agents have different efficacy, they will still leave some by-products harmful to the environment or the human body after disinfection (such as after bleaching water disinfection). Will produce toxic substances such as gas amines, trihalomethanes, etc .; At present, the disinfection and sterilization in the environment, most of the above-mentioned chemical agents are added to the sterilizer or disinfection vehicle for spray disinfection, according to the virus and pathogen to choose the appropriate pharmaceutical investment, but the price It is too expensive and uneconomical, and by-products will be produced after disinfection, which will cause a second harm to the environment and human body. Furthermore, if used frequently, the germs will gradually develop resistance, and chemical agents are mostly organic substances. The main cause of their toxicity The reason is that it has a special atom, atomic group or special molecular structure. When its chemical structure is changed, the necessity of the poison can be reduced or completely eliminated. When the agent is eliminated to eliminate the toxicity of the chemical agent, the chemical reaction basically produced has an addition reaction, There are three types of substitution reactions and elimination reactions. In addition, most of the chemical poisons choose the substance C that is not very reactive (that is, high stability), and it can be maintained for a period of time after it is released; if the chemical properties of M278406 various chemical poisons are begun, it is more important Possibly the inertness of poisons with water, acids, alkalis, oxidants, and horses' agents, and the chemical poisons have different reactions to acids and alkalis, and have different reactions to oxidants and prions. Most of the poisons Acid resistance is stronger than alkali resistance. In this case, it is very sensitive to lice agents. Therefore, bleach powder and gas are often used in the selection of elimination agents. The most common chemical food poisoning, | 疋 mainly consists of Nongle residues, of which organophosphorus pesticides are the most, and its incubation period is quite short. Hita has the shortest characteristic. Most people have nausea, vomiting, . ^ ^ u Symptoms such as thighs, abdominal pain, drooling, dyspnea, and more sputum rarely exceed _ Personality: Poisonous, conversely, long-term ingestion may cause chronic poisoning, especially for vegetarians. Pesticide spraying for professional farmers and pesticide Wei workers are most likely to happen. The effects of chronic pesticide ingestion on health have gradually received attention. The effects on psychology, intelligence quotient, personality, behavior, and cerebral cortex have been reported. Preliminary research results have been shown to be relevant. In animal experiments, Many pesticides are teratogenic and carcinogenic drugs. How to avoid eating foods with residual pesticides is also a major challenge for public health at present. Occurred at a time, most of the residual pesticides will cause emergency. Therefore, ozone is used as a disinfection method in the market, because ozone will destroy the carbon chain bonds of pesticides in redox and decompose the chemical formula of pesticides. The effect of decomposing pesticides; however, the current method of using ozone requires a fixed power supply, so it is only used for disinfection and sterilization of water or air or the environment in a fixed location or a small area, such as an oxygen air cleaner or ozone water treatment machine, which is not long Distance mobility and large-scale usability, for outdoor spaces, large-scale places, such as hospitals (plant diseases caused by various diseases M278406), infected areas infected by livestock pastures, can not be effective bacteria, such as SARS, farmland (Various types of bacteria (avian influenza, foot-and-mouth disease, cholera, etc.), use. It can be seen that the above-mentioned conventional disinfection and sterilization methods still have many shortcomings. They are not a good designer and need to be improved. The author of this case is the above-mentioned conventional method. The various shortcomings that have been derived are eager to improve and innovate, and after years of painstaking research, they have finally successfully researched Complete this ozone disinfection and sterilization sprayer. [New content] The purpose of this creation is to provide an ozone disinfection and sterilization sprayer that can achieve the disinfection, sterilization and deodorization of the environment and utensils without adding any medicine. The second one of this creation The purpose is to provide an ozone disinfection and sterilization sprayer that can be disinfected with only water and air. Another purpose of this creation is to provide an ozone disinfection and sterilization sprayer that saves money, is convenient, and has the advantages of hygiene. Another purpose of the creation is to provide an ozone disinfection and disinfection sprayer with more disinfection and sterilization effect. Another purpose of this creation is to provide an ozone disinfection and disinfection sprayer that does not leave any harmful residue in the environment. The ozone disinfection and sterilization sprayer that achieves the above-mentioned creative goals includes: a liquid storage barrel; a driver 'The driver is composed of an engine and a power generator; M278406 a pump; a liquid delivery switch; several nozzle heads ; The end of each nozzle is connected with one or more mist spraying ozone generators; and a gas-liquid mixer; After the driver runs by μ, it generates electricity from the power generation panel, and supplies electricity to the ozone generator to produce ozone and drive the pump to extract clean water from the liquid storage tank, and then mix the ozone and clean water into ozone water by the gas-liquid mixer to help The Pu spray ozone water from the spray nozzle. [Embodiment] μSee® The ozone disinfection and sterilization sprayer provided by this creation mainly includes: a liquid storage tank 1, which is equipped with fresh water A driver 2 which is composed of an engine and a power generator; a pump 3 which is connected to the driver 2 and a gas-liquid mixer 6; a liquid-feeding switch 4 which sends liquid The switch 4 is connected to the pump 3 and the nozzle 5; a plurality of nozzles 5, each of which is connected with one or more foggy nozzles 51 at the end; an ozone generator 6 'which can be manufactured Ozone; and a gas-liquid mixer 7 which is connected to the driver 2 and the liquid storage tank 1; M278406 The driver 2 generates electricity from a power generation panel after the engine is operated and supplies power to the ozone generator 6 The stinking 1 is produced. The engine drives the pump 3 and is pumped by the storage tank i. Water, and ozone and water are mixed into ozone water by the gas-liquid mixer 6, and then pressurized by pump 3 and controlled by the liquid feed switch 4 to output ozone water mist from the nozzle f 5 through the mist nozzle 51 In the space or object to be sterilized, the liquid-feeding switch 4 is connected to the liquid storage tank i with a return pressure pipe 4i. When the output of the liquid-feeding switch 4 is small or closed, the extra odor The water is returned to the storage tank i through the return pressure pipe 41 for recycling. In addition, the engine can also be replaced by a motor, air compressor, or high-pressure gas cylinder as power or pressure output (as shown in Figure 4). In addition, the driver 2 can also be replaced by a power source (such as a car, a ship, an aircraft) or other power supply provided by a generator, a power storage device, a transportation carrier. Please refer to Figure 2. Among the ozone disinfection and sterilization sprayers provided by this creation, the pump 3 can also be replaced by a prostitute fan 31 or spray gun (as shown in Figure 4). In addition, the ozone disinfection and sterilization sprayers provided by this creation It is also possible not to set a liquid storage bucket 丨 and the gas-liquid mixer 6 is connected to a faucet 11 (as shown in Fig. 3). When the ozone disinfection and sterilization sprayer provided by this creation is used, the driver 2 is used by After the engine runs, the generator generates electricity and supplies electricity to the ozone generator 6 to produce ozone. Then, the faucet 11 is turned on, and the gas-liquid mixer 7 mixes ozone and clean water into ozone water, and then the ozone water passes through the nozzle 5 through the mist. The spray head 51 sprays ozone water mist on the space or object to be disinfected. Please refer to Figure 5. The ozone disinfection and sterilization sprayer provided by this creation can be installed in a fixed object or section fan garden, such as around the door, at the entrance of the door, 10 M278406 disinfectant or building Around, it is activated by manual, induction device or timer switch to achieve disinfection in the solid sterilization area. Among them, the ozone disinfection and sterilization sprayer provided by this creation can also be connected with an induction device 8 (as shown in Figure 5a). When the object to be disinfected is sensed in the sensing area, the ozone generator 6 and the engine are immediately started by the driver 2, and the ozone is mixed with water and sprayed by the spray nozzle 51 into an ozone mist on the disinfection area or the ship; furthermore, The ozone disinfection and sterilization sprayer provided by this creation can also be connected with a time control switch 9 (as shown in Figure 5B). When the set time is up, the driver 2 starts the power of the ozone generator 6 and the engine, and connects the ozone with The water mixture is sprayed into the ozone mist on the disinfection area or object by the spray nozzle 51; in addition, a solenoid valve 10 can be added after the liquid supply switch 4]. The circuit is connected to the power control box. The ozone production is not stopped. When the solenoid valve 10 is not opened, the ozone water is returned to the liquid storage tank through the liquid return plus = two. When the induction device 8 senses that the disinfectant enters the "> area, 'Immediately start the solenoid valve i. Remove the ozone ^ ^ a ± «a Leaving poison or — θ 丨 Temple, the power control board closes the solenoid valve, and the ozone mist stops spraying. Please refer to Figure 5C, provided by this creative In ozone disinfection, the sprinkler is installed on the door (using the mist preparation in the mister or other places that need to enter the rod when entering and exiting, and the place where the mother must be sterilized). Can be disinfected or sterilized by the stinky milk mist produced by this creation. Please refer to Figure 6 for the ozone provided by this creation. The action type is mainly as follows: / ι solid% nebulizer can also be mobile one, person carrying type (or hand-held): Fill the liquid storage bucket with clean water 'hand spray to grab the environment or to disinfect M278406, spray ozone Fog is suitable for small area, corner disinfection and disinfection environment where the vehicle is not easy to reach. 2. Trolley type: Put the water tank + sprayer on the trolley, and the personnel push it to the disinfection area for spraying, which is suitable for disinfection and sterilization in small and medium-sized areas and free passage areas. 3. Aircraft spraying (such as aircraft or helicopter loading ozone disinfection and sterilization sprayer on the aircraft to do large area and large-scale spray sterilization and disinfection in the air.) 4. Disinfection models: Ozone disinfection and sterilization sprayer and large-scale storage The liquid bucket is placed on the car to form a sterilization vehicle 'for long-distance and large-area sterilization and disinfection. 5. The sterilization boat is equipped with ozone sterilization and sterilization sprayers on ships for water purification of rivers or ocean waters and water, Decontamination, sterilization and disinfection can be carried out by spraying and air exposure in water. The detailed description above is a specific description of one of the feasible embodiments of this creation, but this embodiment is not intended to limit the scope of patents for this creation. Equivalent implementations or changes that deviate from the spirit of this creative technique should be included in the scope of patents in this case. In summary, this case is not only technically innovative, but also can enhance the above-mentioned multiple effects over conventional items. The statutory creation patent elements that are fully in line with novelty and advancement, I filed a request in accordance with the law, and sincerely ask your office to approve this new patent application. M278406 [Brief description of the drawings] Please refer to the following detailed description of a preferred embodiment of the creation and its accompanying drawings, which will further understand the technical content of the creation and its effects The drawings of this embodiment are: FIG. 1 is a structural diagram of an ozone disinfection and disinfection sprayer; FIG. 1 is a structural diagram of the first embodiment of the ozone disinfection and sprayer; FIG. The structure diagram of the second embodiment; Figure 4 is the structure diagram of the third embodiment of the ozone disinfection sprayer; Figure 5 is the use state diagram of the fourth embodiment of the ozone disinfection and sprayer; Figure 5A is the ozone The fifth embodiment of the disinfection and sterilization sprayer use state diagram; Figure five β is the use of the ozone disinfection and sterilization sprayer sixth embodiment diagram; Figure five C is the seventh embodiment of the ozone sterilization and disinfection sprayer Use state diagram; Figure 6 is the application diagram of the ozone disinfection and sterilization sprayer. [Description of the main component symbols] 1 Bet bucket 11 Faucet 2 Driver 3 Pump 4 Liquid supply switch 41 Return pressure tube 5 Spray 6 mist nozzle 51 ozone generator gas-liquid mixer 7 8 9 Time switch sensor switch 10 solenoid valve 13