201114454 六、發明說明： 【發明所屬之技術領域】 • [0001] 本發明係有關於一種空氣清淨機之臭氧清淨方法， 特別是指於空氣清淨機本體内完成空氣與臭氧混合氣之 氧化作用’並於排出乾淨空氣前消除殘留之臭氧。 【先前技術】 [0002] Ο 098135348 臭氧具有極強之淨化殺菌作用，使得自然界中的細 菌霉菌’無法異常繁殖因而保持平衡狀態，而臭氧的殺 菌力為氣的300 0倍，消毒力則為甲酚原液的30倍，由於 細菌是由多糖類、蛋白質、脂質等構成，病毒則是由蛋 白質、RNA、DNA所構成，要使細菌或病毒死亡以及不活 性化，必須損傷其成分或加以破壞、分_，雨臭氧能滲 透到細菌或病毒中，使其變成酵素，使RNA、溶霉菌等物 質被分解，而DNA則於受損後被擊潰’另外臭氧亦具有分 解異味之功效’臭氧脫臭的構造在於臭㈣構成原子為 氧原子（〇) ’而氧原子帶有負電’氧分子（02)則帶有 正電’當氧料與氧分子結合賴錢則是帶有負電， 若找帶有正電的結合對象，臭氧即會氧化，而惡臭的臭 味多帶有正電，當臭氧與其結合後，即可達到脫臭效: ，此藉㈣化分解後達到脫纽果，並制用臭氧獨特 氣味掩蓋惡臭’而是將臭味根源物質分解’而臭氧在完 成氧化、消毒後，會自行還原成氧氣，而不會產生污= 物，目前普遍將臭氧使用於如空氣處理、淨水處理^ 水處理、食物處理或卫業製程等方面之應用。 而使用於空氣清淨方面如中華民國專利第583991號 「空氣清淨及殺菌機」，兑搞 ’ 第3頁/共1】頁 .單編號々_ *Q〜/)Λ將向壓產生器與臭氧管 0982060622-0 201114454 併置於送風機前之機體内，負電位產生器則置於其前側 ，利用過濾棉裝置於入風口，使送風機啟動後，將過濾 後之空氣吹入臭氧管，即可吹送出臭氧，兼可冷卻高壓 產生器之效果，而能降低成本及耗電之優點，然其缺點 在於： 其係將臭氧吹送至環境中，而臭氧是一種有毒性的 氣體，其高活性亦會傷害人體内之細胞，國内臭氧在空 氣中的濃度是限制在0. lppm以下，當人體長期暴露於高 過此濃度之臭氧環境下，會使眼睛、呼吸道與肺產生刺 激感和頭痛的情形發生，甚至會引起肺部組織受傷。 【發明内容】 [0003] 爰此，有鑑於習知利用臭氧除臭及殺菌方式的缺失 ，故本發明提供一種空氣清淨機之臭氧清淨方法，其步 驟為： A. 導引外部空氣：將一空氣清淨機本體外部之空氣 藉由一氣流導引裝置由該空氣清淨機本體上之進氣口導 引至該空氣清淨機本體内之混合區。 B. 臭氧氧化作用：藉由一臭氧產生單元於該空氣清 淨機本體内之混合區產生臭氧，並與該混合區内之空氣 混合，而臭氧與空氣之混合氣會流至該空氣清淨機本體 内之作用區，並於該作用區產生氧化作用。 C. 排出乾淨空氣：臭氧與空氣之混合氣於作用區作 用完成會流至該空氣清淨機本體内之緩衝區，並藉由一 臭氧消除單元於該緩衝區將殘留之臭氧還原為氧氣，而 由該空氣清淨機本體上之排氣口排出乾淨空氣。 上述氣流導引裝置係為抽氣風扇，並裝設於該進氣 098135348 表單編號AOlOi 第4頁/共11頁 0982060622-0 201114454 口周緣之空氣清淨機本體上。 上述氣流導引裝置係為抽氣風扇，並裝設於該排氣 口周緣之空氣清淨機本體上。 上述氣流導引裝置係為抽氣風扇，並裝設於該進氣 口周緣及該排氣口周緣之空氣清淨機本體上。 上述臭氧產生單元產生臭氧之方法係為高壓電放電 ; 法或以波長為18 4 n in之紫外光照射法。 ' 上述臭氧消除單元將殘留臭氧還原為氧氣之方法係 利用觸媒之觸媒反應法或以波長為2 54nm之紫外光照射法 0 〇 上述觸媒係為奈米金、奈米銀或活性碳其中之一。 本發明具有下列之優點： 1. 臭氧在完成氧化消毒、殺菌及除臭後，會自行還 原成氧氣，而不會污染環境。 2. 本發明利用臭氧消毒殺菌之分解作用，係於空氣 清淨機本體内完成，並於排出乾淨空氣前，消除殘留之 臭氧，使其還原成氧氣，不會排出臭氧至環境中，不會201114454 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to an ozone cleaning method for an air cleaner, in particular to the oxidation of air and ozone mixture in an air cleaner body. Eliminate residual ozone before draining clean air. [Prior Art] [0002] 0002 098135348 Ozone has a strong purification and bactericidal effect, so that the bacteria in nature can't grow abnormally and maintain balance, while the bactericidal power of ozone is 300 times that of gas, and the disinfection power is A. 30 times of the phenol stock solution, because the bacteria are composed of polysaccharides, proteins, lipids, etc., the virus is composed of proteins, RNA, and DNA. To cause the bacteria or viruses to die and become inactive, the components must be damaged or destroyed. _, rain ozone can penetrate into bacteria or viruses, making it an enzyme, so that RNA, lytic bacteria and other substances are decomposed, and DNA is crushed after being damaged. In addition, ozone also has the effect of decomposing odors. The structure is that the odor (four) constitutes an atom that is an oxygen atom (〇) and the oxygen atom carries a negative charge. The oxygen molecule (02) has a positive charge. When the oxygen and oxygen molecules are combined, the money is negatively charged. If there is a positive combination, the ozone will oxidize, and the foul smell will be positively charged. When the ozone is combined with it, the deodorization effect can be achieved: And use the unique smell of ozone to cover up the stench, but to decompose the root substance of the odor. After the ozone is completely oxidized and disinfected, it will be reduced to oxygen by itself without causing pollution. At present, ozone is generally used for treatment such as air. , water treatment ^ water treatment, food processing or health industry applications. For use in air cleaning, such as the Republic of China Patent No. 583991 "Air Purification and Sterilization Machine", the "Page 3 of 1" page. The single number 々 _ *Q ~ /) Λ will be the pressure generator and ozone Tube 0982060622-0 201114454 and placed in the body of the blower, the negative potential generator is placed on the front side, using the filter cotton device at the air inlet, after the blower is started, the filtered air is blown into the ozone tube, which can be blown out Ozone, which can also cool the high-pressure generator, can reduce the cost and power consumption. However, its disadvantages are: it is used to blow ozone into the environment, and ozone is a toxic gas, its high activity will also hurt. In the human body, the concentration of domestic ozone in the air is limited to less than 0.1 ppm. When the human body is exposed to ozone for a long period of time, the eye, the respiratory tract and the lungs may cause irritation and headache. It can even cause lung tissue injuries. SUMMARY OF THE INVENTION [0003] Accordingly, in view of the conventional use of ozone deodorization and the lack of sterilization methods, the present invention provides an ozone cleaning method for an air cleaner, the steps of which are: A. Guide the outside air: a The air outside the air cleaner body is guided by an airflow guiding device from the air inlet on the air cleaner body to the mixing zone in the air cleaner body. B. Ozone oxidation: ozone is generated by an ozone generating unit in a mixing zone of the air cleaner body, and mixed with air in the mixing zone, and a mixture of ozone and air flows to the air purifier body The inner action zone and oxidation in the action zone. C. Exhaust clean air: a mixture of ozone and air is applied to the buffer zone of the air cleaner body in the action zone, and the residual ozone is reduced to oxygen in the buffer zone by an ozone elimination unit. Clean air is discharged from the exhaust port on the air cleaner body. The airflow guiding device is an air exhausting fan and is installed on the air cleaner body of the air inlet 098135348 Form No. AOlOi Page 4 / 11 page 0982060622-0 201114454. The airflow guiding device is an air suction fan and is mounted on the air cleaner body at the periphery of the exhaust port. The airflow guiding device is an air suction fan and is installed on the air cleaner body around the periphery of the air inlet and the periphery of the air outlet. The ozone generating unit generates ozone by a high-voltage electric discharge method or by ultraviolet light irradiation at a wavelength of 18 4 n in. 'The above-mentioned ozone elimination unit reduces the residual ozone to oxygen by a catalyst reaction method using a catalyst or ultraviolet light irradiation at a wavelength of 2 54 nm. The above catalyst system is nano gold, nano silver or activated carbon. one of them. The invention has the following advantages: 1. After completing the oxidative disinfection, sterilization and deodorization, the ozone will be self-reduced into oxygen without polluting the environment. 2. The decomposition effect of the ozone disinfection of the present invention is completed in the body of the air cleaner, and before the clean air is discharged, the residual ozone is eliminated, and the ozone is reduced to oxygen, and the ozone is not discharged to the environment.
D 產生臭氧中毒之疑慮。 【實施方式】 [0004] 請參閱第一圖及第二圖所示，本發明係為一種空氣 清淨機之臭氧清淨方法，其步驟為： A.導引外部空氣：將一空氣清淨機本體（1 )外部之 空氣藉由一氣流導引裝置（2)由該空氣清淨機本體（1 )上之進氣口（11)導引至該空氣清淨機本體（1)内之 混合區（12)，而該氣流導引裝置（2)可為抽氣風扇， 並裝設於該進氣口（11)周緣之空氣清淨機本體（1)上 098135348 表單編號A0101 第5頁/共11頁 0982060622-0 201114454 Β·臭氧氧化作用：藉由一臭氧產生單元（3)於該空 氣清淨機本體（1)内之混合區（12)產生臭氧，並與該 混合區（12)内之空氣混合，且該臭氧產生單元（3)產 生六氧之方法係可為而|電放電法或以波長為184nm之紫 外光照射法，而臭氧與空氣之混合氣會流至該空氣清淨 機本體（1)内之作用區（13)，並於該作用區（13)產 生消毒、殺菌及除臭等氧化作用。 c.排出乾淨空氣：臭氧與空氣之混合氣於該作用區 03)作用完成會流至該空氣清淨機本體（1)内之緩衝 區（14 )，並藉由一臭氧消除單元（4 )於該緩衝區（i 4 )將殘留之臭氧還原為氧氣，而由該空氣清淨機本體^ )上之排氣口（15)排出乾淨空氣，藉此使臭氧消毒 殺菌之氧化作用皆於該空氣清淨機本體（1)内完成，並 於排出乾淨空氣前’消除殘留之臭氧，使其還原成氧氣 ，不會排出臭氧至環境中，不會產生臭氧中毒之疑慮， 而該臭氧祕單S⑷將㈣臭氧騎為減之方法係 可為利用觸媒之觸媒反應法或以波長為254nm之紫外光照 射法。 另外，本發明步驟A之氣流導引裝置（2)除可裝設 於該進氣口（11)周緣之空氣清淨機本體（1)上，亦可 裝叹於4排氣σ (15)周緣之空氣清淨機本體⑴上或 同時IsS:於該進氣口⑴）周緣及該排氣σ (15)周緣 之空氣清淨機本體（1 )上。 【圖式簡單說明】 [0005] 098135348 第一圖係為本發明之流程示意圖。 0982060622-0 表單編號_ 第6頁/共η頁 201114454 第二圖係為本發明構成裝置之平面示意圖。 【主要元件符號說明】 [0006] (1 ) 空氣清淨機本體 ( 1 1 ) 進氣口 (12) 混合區 ( 1 3 ) 作用區 (14) 緩衝區 ( 1 5 ) 棑氣口 (2 ) 氣流導引裝置 (3 ) 臭氧產生單元 (4 ) 臭氧消除單元 〇D Occasion of ozone poisoning. [Embodiment] [0004] Referring to the first and second figures, the present invention is an ozone cleaning method for an air cleaner, the steps of which are: A. Guide the outside air: an air cleaner body ( 1) The external air is guided by a gas flow guiding device (2) from the air inlet (11) on the air cleaner body (1) to the mixing zone (12) in the air cleaner body (1) The airflow guiding device (2) may be an air exhausting fan and installed on the air cleaner body (1) at the periphery of the air inlet (11). 098135348 Form No. A0101 Page 5 of 11 0982060622- 0 201114454 臭氧·Ozone oxidation: ozone is generated by an ozone generating unit (3) in a mixing zone (12) in the air cleaner body (1), and mixed with air in the mixing zone (12), and The method for generating hexaoxide by the ozone generating unit (3) may be an electric discharge method or an ultraviolet light irradiation method with a wavelength of 184 nm, and a mixed gas of ozone and air may flow into the air cleaner body (1). The action zone (13), and in the action zone (13), generates disinfection, sterilization and deodorization Effect. c. Exhaust clean air: the mixture of ozone and air in the active zone 03) is completed and flows to the buffer zone (14) in the air cleaner body (1), and is replaced by an ozone elimination unit (4) The buffer zone (i 4 ) reduces the residual ozone to oxygen, and the exhaust port (15) on the body of the air cleaner body discharges clean air, thereby sterilizing the ozone by oxidizing the air. Completed in the machine body (1), and before the discharge of clean air, 'eliminate the residual ozone, make it reduce to oxygen, will not discharge ozone to the environment, will not cause ozone poisoning doubts, and the ozone secret list S (4) will (4) The ozone riding method may be a catalyst reaction method using a catalyst or an ultraviolet light irradiation method having a wavelength of 254 nm. In addition, the airflow guiding device (2) of the step A of the present invention can be installed on the air cleaner body (1) at the periphery of the air inlet (11), and can also be sighed by the periphery of the exhaust gas σ (15). The air cleaner body (1) or at the same time IsS: on the periphery of the air inlet (1) and the air cleaner body (1) around the exhaust σ (15). BRIEF DESCRIPTION OF THE DRAWINGS [0005] 098135348 The first figure is a schematic flow chart of the present invention. 0982060622-0 Form No. _ Page 6 / Total η page 201114454 The second figure is a schematic plan view of the constituting device of the present invention. [Main component symbol description] [0006] (1) Air cleaner body (1 1 ) Air inlet (12) Mixing zone (1 3 ) Action zone (14) Buffer (1 5 ) Air port (2) Air flow guide Leading device (3) ozone generating unit (4) ozone eliminating unit〇
098135348 表單編號A0101 第7頁/共11頁 0982060622-0098135348 Form No. A0101 Page 7 of 11 0982060622-0