M290052 八、新型說明： 【新型所屬之技術領域】 本創作係、關於-種内吸式空氣過濾、殺㈣置，特㈣_判 用液體吸附方式過濾、线中的塵粒，更以電㈣菌技術消滅空氣 中的細菌，以得到無塵、無菌空氣輸出的裝置。 【先前技術】 在目前無塵、無菌室的空間管理技術中，室内空間有與室外 春環境的空氣做循環交換是無法達到無塵無菌之管理目標，現今所 使用濾材無論是HEPA或ULPA等級濾網或濾心仍無法達到百分之 一百完全過濾，因此在電子科技業中，即使以最高等級的無塵室 '標準應用在倉儲空間中，必需藉由氮氣或其它惰性氣體充填，使 • 空間維持正壓，而室内空氣無法與室外交換，否則達不到完全無 塵要求。一般生產線之無塵空間等級多在CLASS 1,〇〇〇〜1 之間，表示其室内落塵量仍相當大。 籲 而對於培養微生物的發酵槽而言，即使是CLASS 1等級之無 塵室標準，仍容許每一立方呎有〇·5微米之粉塵一個存在，由於 : 粉塵是細菌的載體，若以此方法做進入發酵槽之空氣過滤，極有 可能提高槽内之”雜菌，，感染，假設以每秒鐘一立方尺之流量，一 分鐘就有六十立方尺，一小時3,60〇立方尺就可能有3,6〇〇個塵 粒或細菌進入槽内。 很久以前，人類老祖先抽煙時就懂得利用水煙斗過渡香煙中 的尼古丁和其它致癌物，水是最好的吸附與過濾物質；當空氣通 5 M290052 過HEPA或ULPA渡材後仍會有少許細菌或塵粒為漏網之魚，進 入無塵無菌空間後造成污染，因此將過濾後的空氣利用「水煙斗 原理導入水槽中，利用水將漏網之塵粒吸附在水中，並配合紫外 線的照射殺菌過程，可確保輸出的空氣是絕對無塵和無菌的。 進一步而s ’電衆（Plasma)技術現在廣泛應用在滅菌、消 .毒，在電漿產生器中導入高電壓，使通過的物質吸收能量，分子 . 開始游離化而且和離子共同存在的狀態，所以又稱為等離子體。 鲁 前述電漿效應其所應用的殺菌原理是利用被激化的電子所 釋放的電子磁場，干擾微生物的細胞膜、核甘酸及酶的作用，以 達到殺菌的效果，經過此電漿產生程序的殺菌效果有分單重和雙 -·重兩種；單重效果為物質（或細菌）通過高壓電產生的電子磁場 : 後，原先的化學形態（或細胞膜、DNA、RNA被破壞），形成殺菌 效果。雙重效果為單重效果之外，通過電漿產生裝置後之產物也 對存在環境中之細菌和病毒有滅除效果，最典型例子如臭氧 _ (0〇。 臭氧在空氣中殺菌效力是受到肯定的，但在各國安全規範中 -室内臭氧濃度不可超過〇·1ρριη，否則對人體容易形成危害，雖 然在此濃度可以殺死大多數的細菌，但對於部份較頌強的菌種或 病毒是宅無效果的。 根據多數學者的研究顯示，臭氧濃度在0 3_時可以消滅 所有細菌，濃度在G.4卿時可以殺光所有病毒，絕對值在〇.5卿 時’目前已知的各種細菌與病毒是無法在此臭氧濃度下存活。以 6 M290052 此高濃度臭氧在密閉空間㈣毒，人員須離開，待完成消毒且將 ，空間臭氧排出後，人員始得進入，使用上非常不便尤其在人 員出入頻繁空間’無法遂行消毒程序失去消毒之原意。 内M290052 VIII. New description: 【New technical field】 This creation department, about-type internal suction air filtration, kill (four), special (four) _ use liquid adsorption method to filter, dust particles in the line, more electricity (four) Bacterial technology eliminates bacteria in the air to obtain a dust-free, sterile air output device. [Prior Art] In the current space management technology of dust-free and sterile rooms, the indoor space has a circular exchange with the air in the outdoor spring environment, which is unable to achieve the management goal of dust-free and aseptic. The filter materials used today are either HEPA or ULPA-grade filters. The net or filter is still unable to achieve 100% complete filtration, so in the electronic technology industry, even if the highest level of clean room 'standard application in the storage space, it must be filled with nitrogen or other inert gas, so The space maintains a positive pressure, and indoor air cannot be exchanged with the outside, otherwise it will not meet the complete dust-free requirements. The dust-free space level of the general production line is mostly between CLASS 1, 〇〇〇~1, indicating that the indoor dust collection is still quite large. For the fermentation tank that cultivates microorganisms, even the CLASS 1 clean room standard allows for the presence of dust of 5 μm per cubic , because: Dust is the carrier of bacteria, if this method It is very possible to increase the air filtration into the fermentation tank. It is very likely to increase the "bacteria, infection" in the tank. Assume that there is a flow of one cubic foot per second. There is sixty cubic feet in one minute and three, 60 cubic feet in one hour. There may be 3,6 dust particles or bacteria entering the tank. A long time ago, when human ancestors smoked, they knew how to use the water pipe to convert nicotine and other carcinogens in cigarettes. Water is the best adsorption and filtering substance; When the air passes 5 M290052 through the HEPA or ULPA, there will still be a little bacteria or dust particles as the fish in the net. After entering the dust-free and sterile space, it will cause pollution. Therefore, the filtered air is introduced into the water tank using the principle of water pipe. The water absorbs the dust particles from the net and absorbs it in the water, and cooperates with the ultraviolet ray sterilization process to ensure that the output air is absolutely dust-free and sterile. Further, s 'Plasma technology is now It is widely used in sterilization, detoxification, introduction of high voltage into the plasma generator, so that the passing material absorbs energy, and the molecule begins to dissociate and coexist with the ions, so it is also called plasma. The bactericidal principle applied is to use the electromagnetic field released by the excited electrons to interfere with the action of the microbial cell membrane, nucleotide and enzyme to achieve the bactericidal effect. The bactericidal effect of the plasma generation program is divided into single weight. And double--heavy; single-effect is the electron magnetic field generated by high-voltage electricity of matter (or bacteria): After the original chemical form (or cell membrane, DNA, RNA is destroyed), the bactericidal effect is formed. The double effect is In addition to the single-effect, the product after passing through the plasma generating device also has the effect of killing bacteria and viruses in the environment. The most typical example is ozone _ (0〇. The effectiveness of ozone in air sterilization is affirmative, but In national safety regulations - the indoor ozone concentration should not exceed 〇·1ρριη, otherwise it will easily form a hazard to the human body, although at this concentration it can kill most Bacteria, but for some of the more stubborn strains or viruses, it is ineffective. According to most scholars' research, ozone can kill all bacteria at 0 3_, and the concentration can kill all in G.4. The virus, the absolute value is in the case of 〇.5 Qing's various bacteria and viruses currently known to be unable to survive at this ozone concentration. With 6 M290052 this high concentration of ozone in the confined space (four) poison, personnel must leave, to be disinfected and will be After the space ozone is discharged, the personnel have to enter, and it is very inconvenient to use, especially in the frequent space of personnel entering and exiting.
臭氧本身具有大量的自由基，自由基在許多研究中是造成動 :老化的因子之一 ’接觸過量的自由基，間接影響身體器官的正 常功能或病變，因此盡量避免曝露在大量的自由基環境中是維 持健康的方法之-，所以經電漿系統所產生物質，若應用在室 空間，在完成殺菌程序後需將它還原，避免危害人類健康。 而臭氧電漿是藉由高頻高壓之交流電將通過電漿產生器的 空氣所含的氧氣（〇2)激化成臭氧（〇3)，同時間通過高壓電臭氧電 漿產生器的細菌和病毒也會被高壓電場所破壞；若直接將產出氣 體導入發酵槽則臭氧會破壞槽内菌類生長，因此必須將臭氧還原 為氧氣；若在室内空氣滅菌使用，則因產出物臭氧濃度過高，容 易為害室内人體呼吸道組織，因此最安全的方法是再將臭氧電漿 還原成氧氣後排出，不僅完全滅菌，同時兼顧到使用安全。 若將此技術與前述水吸附過濾技術相互搭配，讓無菌室*氣 過;慮裝置或發酵槽進氣裝置結合’則空氣先通過濾材過渡再進入 電漿產生器，藉由高壓電破壞細菌與病毒後，同時也產生了臭氧 電聚’臭氧與水混合成高濃度臭氧水’不但將殘餘細菌、病毒殺 光，也利用水將漏網之塵粒吸附在水中，出來後之臭氧再藉加熱 或紫外線吸收方式還原成氧氣排入環境中，即可確保進入無菌室 和發酵槽空氣的空氣是絕對無塵和無菌的。 M290052 因此，藉由本創作之技術，可解決上列的各項問題，同時可 廣泛應用在錄空間之消毒與㈣，不但不會對^㈣人料 所危害’更能將通過電漿產生器的細菌、病I… 届毋元全消滅；並加上 吸附過濾槽之溶液將空氣中塵粒吸附，使空 卫曰J運到無塵、無菌之 狀態。 另外，在負壓空間之使用例如隔離病房或較高等級之實驗 室，其原理是空氣抽出壓力大於吸入壓力，所抽出之空氣經由過 濾、及紫外線殺ϋ處理，使空間⑽持負壓防止病原或細菌溢出到 一般環境m壓裝置的過濾裝置僅有渡除或無絕對殺菌效 果，極有可能造成環境的污染，傳染源的擴散。因此，内吸式電 漿空氣過濾殺菌裝置可使用在負壓隔離裝置之空氣處理，防止病 原或細菌流出。 【新型内容】 本創作之目的即在於提供一種内吸式空氣過濾殺菌裝置，其 # 係藉由液體吸附方式過濾空氣，以提高空氣潔淨品質。 本創作之另一目的在於提供一種内吸式空氣過濾殺菌裝 ； 置，其中更藉由電漿殺菌方式降低空氣中的細菌量，以得到無 塵、無菌的裝置。 可達成上述創作目的之内吸式空氣過濾殺菌裝置，主要先啟 動抽（鼓）風機電源’將空氣吸入，空氣先經由若干道渡心、渡 網過滤，過慮後附著在濾材上的過濾物由紫外線燈管進行殺菌； 過濾後空氣進入電漿產生器中，高頻高壓電使空氣游離化形成臭 M290052 氧電漿，這時細菌和病毒已被破壞殆盡，但臭氧電漿不宜直接排 入空氣中；混合臭氧電漿後氣體再進入吸附過濾槽之水或溶液 中，槽中可裝設紫外線光源對吸附在水或其它溶液之細菌進行殺 菌；再由抽（鼓）風機將過濾後空氣抽出，進入空氣過濾除油乾 燥裝置中，去除空氣中的溼氣，製成無塵、無菌、乾燥之空氣進 入室内空間中，如對無菌之要求較高，從空氣過濾除油乾燥裝置 • 出來後之空氣進入紫外線燈管和活性碳過濾後再進入室内空間 • 中。 【實施方式】 請參閱圖一所示，為本創作之第一實施例，其所述之一種内 '吸式水吸附之空氣無塵殺菌機，包括一空氣過濾器1，可為一般 :性濾網，用來將空氣進行一般性過濾；該空氣過濾器丨輸出之空 氣經過一進氣管路21，用來傳輸已一般性過濾的空氣；該進氣 管路21將空氣導入一液態吸附過濾槽3，該液態吸附過濾槽3 馨内存放有供吸附塵粒用的水，或視特殊使用需求改用其它液體， 其功能主要為吸附沒被空氣過濾器丨過濾之殘餘塵粒，若因後述 .電漿的混入或加入消毒藥劑，也具有殺菌能力，可接受該進氣管 路21所傳輸的空氣’利用液體吸附线中的塵粒；該進氣管路 21出口端可連接有一氣液混合裝置22,該氣液混合裝置a可增 加空氣與液體接觸面積與時間，且該氣液混合裝置22可為沉水 式或非沉水式，本範例以沉水式為主，其出口端可包覆濾網 μ、祠之主要功此是將空氣切割成較小氣泡，增加接觸面積；在 9 M290052 該液態吸附過遽槽3外照射有-紫外線光源4,用來照射該液態 吸附過_ 3巾㈣液料行殺該液態錢㈣槽3另一 端設置有一出氣管路23，用來傳輪該液態吸附過滤槽3處理後 的空氣，該出氣管路23入口媳由费士 +上 八口端包覆亦有濾網24，用來濾除和吸 附空氣中夾帶之水氣；該出氣管路23連接有一抽(鼓)風機5來 進订吸（运）空氣的動作，該抽（鼓）風機5裝置在裝置管路的任何 位置；該出氣管路23末端連接有_空氣過濾除油乾燥裝置6, 賺用來對該出氣管路23傳輸的空氣進行除油乾燥，得到潔淨的空 氣；最後該^氣通過-紫外線燈管7，以進行最後的殺菌工作， 該紫外線燈管7除對通過的空氣進行殺菌，亦可以適當波長的紫 外線對殘餘電漿進行分解，和對管外空間進行殺菌，且若在配置 時根據延伸線a將紫外線燈管7放置到可照射到空氣過濾器i 的位置，亦可強化空氣初步過濾殺菌效果。 前述該液態吸附過濾槽連接有一循環過濾或進、排水裝置 • 31，可循環水流以維持該液態吸附過濾槽3内的液體為潔淨可用 狀態；該液態吸附過濾槽3内可增設多層濾材32以強化過濾和 吸附空氣中夾帶的水氣；而該液態吸附過濾槽3内可視需要裝設 吸取液體之海棉或其它化合物，或多層有孔隙之隔板（圖未示 出），將液體阻隔在特定空間中，避免因空氣流量太大時，水花 四’賤衫響到後續空氣乾燥之處理。又該空氣過濾除油乾燥裝置6 與紫外線燈管7後連接有一活性碳過濾裝置8，以進一步過濾。 另外，前述内吸式空氣過濾殺菌裝置以一電源驅動電力程序控制 M290052 板ίο來對各裝置進行操作，此為習見的方法，在此不予贅述。 藉由上述完成的内吸式水吸附之空氣無塵殺菌機，其動作包 括： 1 ·啟動抽（鼓）風機5電源，將空氣吸入，空氣先經由空氣 4濾、器1的若干道濾心、濾網過濾，過濾後附著在濾材上的過濾 物由紫外線燈管7進行殺菌； 2·過渡後氣體再進入液態吸附過濾槽3之水或溶液中，槽中 可裝設紫外線光源4對吸附在水中（或其它溶液）之細菌進行殺 菌； 3·再由抽（鼓）風機5將過濾後空氣抽出，進入空氣過濾除 油乾燥裝置6中，去除空氣中的溼氣，製成無塵、無菌、乾燥之 空氣進入室内空間中； 4·如對無菌之要求較高，從空氣過濾除油乾燥裝置6出來後 之空氣進入紫外線燈管7和活性碳過濾8後再進入室内空間中。 請參閱圖二，為本創作之第二實施例，其係提供一種内吸式Ozone itself has a large number of free radicals. Free radicals are the cause of movement in many studies: one of the factors of aging 'contact with excessive free radicals, indirectly affecting the normal function or pathology of body organs, so try to avoid exposure to a large number of free radicals. Medium is a way to maintain health - so if the substance produced by the plasma system is applied to the room space, it needs to be restored after the sterilization process is completed to avoid harming human health. Ozone plasma is a process in which the oxygen contained in the air of the plasma generator is excited into ozone (〇3) by high-frequency high-voltage alternating current, while the bacteria and the high-voltage electric ozone plasma generator are passed through. The virus will also be destroyed by high-voltage electricity; if the produced gas is directly introduced into the fermentation tank, the ozone will destroy the growth of the bacteria in the tank, so the ozone must be reduced to oxygen; if it is used indoors for air sterilization, the ozone concentration due to the output Too high, it is easy to harm indoor airway tissue, so the safest method is to reduce the ozone plasma to oxygen and discharge it. It is not only completely sterilized, but also safe to use. If this technology is matched with the aforementioned water adsorption filtration technology, the sterile room will be ventilated; if the device or the fermentation tank inlet device is combined, then the air first passes through the filter material and then enters the plasma generator to destroy the bacteria by high voltage electricity. After the virus, it also produces ozone electricity. 'Ozone and water are mixed into high-concentration ozone water.' Not only will the residual bacteria and viruses be killed, but also the water will be used to adsorb the dust particles in the water. Or the reduction of ultraviolet light into oxygen into the environment ensures that the air entering the sterile room and the fermentation tank air is absolutely dust-free and sterile. M290052 Therefore, with the technology of this creation, the above problems can be solved, and at the same time, it can be widely applied to the disinfection of the recording space and (4), not only will it be harmed by ^(4) human materials, but will pass the plasma generator. Bacteria, disease I... The 毋 毋 全 全 全 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; In addition, the use of negative pressure space, such as isolation wards or higher-level laboratories, is based on the principle that the air extraction pressure is greater than the suction pressure, and the extracted air is treated by filtration and UV killing, so that the space (10) is under negative pressure to prevent pathogens. Or the filtration device that overflows the bacteria into the general environment m pressure device only has the effect of eliminating or no absolute sterilization, which is very likely to cause environmental pollution and the spread of the infection source. Therefore, the internal suction type plasma filter sterilizing device can be used for air treatment in a vacuum isolation device to prevent the outflow of pathogens or bacteria. [New content] The purpose of this creation is to provide an internal suction type air filter sterilization device, which filters air by liquid adsorption to improve air cleanliness quality. Another object of the present invention is to provide an internal suction type air filter sterilization apparatus which further reduces the amount of bacteria in the air by means of plasma sterilization to obtain a dust-free and sterile apparatus. The internal suction air filter sterilization device can achieve the above-mentioned creation purpose, mainly starting the pumping (drum) fan power supply to suck the air, and the air is first filtered through a plurality of roads and crossings, and the filter attached to the filter material after the care is The ultraviolet lamp is used for sterilization; after filtering, the air enters the plasma generator, and the high-frequency high-voltage electricity causes the air to be free to form the odorous M290052 oxygen plasma. At this time, the bacteria and the virus have been destroyed, but the ozone plasma should not be directly discharged. In the air; after mixing the ozone plasma, the gas enters the water or solution of the adsorption filter tank, and the ultraviolet light source may be installed in the tank to sterilize the bacteria adsorbed in the water or other solution; and then the filtered air is filtered by the pump (drum) fan. Take out, enter the air filter degreasing and drying device, remove the moisture in the air, and make the dust-free, sterile and dry air into the indoor space. If the requirements for aseptic are high, from the air filter degreasing and drying device • After that, the air enters the UV lamp and the activated carbon is filtered and then enters the indoor space. [Embodiment] Please refer to FIG. 1 , which is a first embodiment of the present invention. The air-pneumatic dust-free sterilizing machine of the present invention includes an air filter 1 , which can be general: a screen for generalizing the air; the air output from the air filter passes through an intake line 21 for conveying the generally filtered air; the intake line 21 directs the air into a liquid adsorption The filter tank 3, the liquid adsorption filter tank 3 stores therein water for adsorbing dust particles, or uses other liquids according to special use requirements, and its function is mainly to adsorb residual dust particles not filtered by the air filter ,, if As described later, the mixing of the plasma or the addition of the disinfecting agent also has a sterilizing ability, and the air transported by the intake line 21 can be accepted to utilize the dust particles in the liquid adsorption line; the outlet end of the intake line 21 can be connected a gas-liquid mixing device 22, which can increase the contact area and time of air and liquid, and the gas-liquid mixing device 22 can be submerged or non-submersible, and the present example is mainly submerged. The outlet end can be coated with a filter The main function of the crucible is to cut the air into smaller bubbles and increase the contact area; in 9 M290052, the liquid adsorption through the gutter 3 is irradiated with an ultraviolet light source 4 for illuminating the liquid adsorbed _ 3 towel (four) liquid material. Killing the liquid money (4) The other end of the tank 3 is provided with an outlet line 23 for conveying the air treated by the liquid adsorption filter tank 3. The inlet of the outlet line 23 is covered by the Fence + upper eight ends. There is a filter screen 24 for filtering and adsorbing the water gas entrained in the air; the air outlet line 23 is connected with a pumping (drum) fan 5 for ordering the action of sucking (air) air, and the pumping (drum) fan 5 device At any position of the device pipeline; the end of the outlet conduit 23 is connected with an air filtration degreasing and drying device 6, which is used to degrease and dry the air transmitted from the outlet conduit 23 to obtain clean air; The gas passes through the ultraviolet lamp tube 7 for performing the final sterilization work, and the ultraviolet lamp tube 7 can sterilize the passing air, and can also decompose the residual plasma by ultraviolet rays of appropriate wavelength, and sterilize the space outside the tube, and If configured according to the extension line a Place the UV lamp 7 to a position where it can be irradiated to the air filter i, and also enhance the initial filtration effect of the air. The liquid adsorption filter tank is connected to a circulating filter or inlet and drain device 31, and the circulating water flow is used to maintain the liquid in the liquid adsorption filter tank 3 in a clean and usable state; the liquid adsorption filter tank 3 can be provided with a plurality of layers of filter material 32. Intensifying filtration and adsorption of moisture entrained in the air; and the liquid adsorption filter tank 3 may be provided with a sponge or other compound for taking liquid, or a multi-layered porous separator (not shown) to block the liquid In a specific space, avoid the treatment of the subsequent air drying when the air flow is too large. Further, the air filter degreasing device 6 and the ultraviolet lamp tube 7 are connected to an activated carbon filter unit 8 for further filtration. In addition, the above-mentioned internal suction type air filter sterilizing device operates the device by a power source driving power program control M290052 board ίο, which is a conventional method, and will not be described herein. The air dust-free sterilizing machine with the above-mentioned completed internal suction type water adsorption includes the following steps: 1) Starting the pumping (drum) fan 5 power supply, inhaling the air, and the air first filtering through the air 4, the filter 1 of the filter 1 Filtered by the filter screen, filtered and adhered to the filter material by the ultraviolet lamp tube 7; 2. After the transition, the gas enters the water or solution of the liquid adsorption filter tank 3, and the tank can be equipped with an ultraviolet light source 4 for adsorption. The bacteria in the water (or other solution) are sterilized; 3. The pumped air is extracted by the pump (drum) fan 5, and then enters the air filter degreasing and drying device 6, and the moisture in the air is removed to make the dust-free, Sterile, dry air enters the indoor space; 4. If the requirements for aseptics are high, the air from the air filter degreasing and drying device 6 enters the ultraviolet lamp tube 7 and the activated carbon filter 8 and then enters the indoor space. Please refer to FIG. 2 , which is a second embodiment of the present invention.
:氧電聚或其它氣體電漿殺菌裝置，找進氣管路21 ±裝置一電 漿產生器9，該電漿產生器 9以一電漿電源處理器91控制: Oxygen polymerization or other gas plasma sterilization device, looking for the intake line 21 ± device a plasma generator 9, the plasma generator 9 is controlled by a plasma power processor 91
氣；而藉由原來的紫外線燈管 細胞膜或病毒之DNA、RNA，同時 聚也具有殺菌之效果；而後在出氣 ’以將輸出空氣中的臭氧還原為氧 7亦可產生將臭氧還原為一般氧氣 π M290052 的功能。 前述内吸式水吸附（常溫型）電漿空氣殺菌機，其動作包括： 1 ·啟動抽（鼓）風機5電源，將空氣吸入，空氣先經由空氣 . 過濾器1的若干道濾心、濾網過濾，過濾後附著在濾材上的過濾 物由紫外線燈管7進行殺菌； 2.過濾後空氣進入電漿產生器9中，高頻高壓電使空氣游離 化形成臭氧電漿或其它氣體電漿，這時細菌和病毒已被破壞殆 •盡； 3·為避免漏網之魚，以及吸附空氣中粉塵，將電漿氣體導入 液態吸附過滤槽3的水中（或其它液體），利用氣液混合器22 - 將電漿與水充份混合，這時含臭氧電漿之液體也具有殺菌能力， : 並且可將空氣中的塵粒吸附； 4·將空氣抽出，這時的空氣是完全無塵和無菌的，僅有少部 伤臭氧電漿殘留在空氣中，因此藉由熱源如加熱器92將臭氧電 春聚還原為氧氣； 5 ·還原後之空氣再進入紫外線燈管7中，利用特定波長做殘 餘電漿之分解和殺菌； 6·視需要在空氣出口處加裝活性碳過濾裝置8過濾。 睛參閱圖三，為本創作之第三實施例，其係根據第二實施例 所私行的變化，形成一種内吸式水吸附（熱液型）電漿空氣殺菌 機，其主要在該液態吸附過濾槽3下增設加熱器93，利用高溫 加熱來分解臭氧電漿或其它.氣體電漿，同時亦能以熱能增加殺菌 12 M290052 功能；而配合加熱器93需在出氣管路上設置有冷凝器94與前述 空氣過濾除油乾燥裝置6，可將無塵的熱蒸氣冷卻後再行乾燥’ 該冷凝器所產生的凝結水可由管路b流回液態吸附過濾槽3中使 用。 前述内吸式水吸附（熱液型）電漿空氣殺菌機，其動作包括： 1 ·啟動抽（鼓）風機5電源，將空氣吸入，空氣先經由空氣 過濾器1的若干道濾心、濾網過濾，過濾後附著在濾材上的過濾 φ 物由紫外線燈管7進行殺菌； 2·過濾後空氣進入電漿產生器9中，高頻高壓電使空氣游離 化形成臭氧電漿，這時細菌和病毒已被破壞殆盡； 3·為避免漏網之魚，以及吸附空氣中粉塵，將電漿氣體導入 液態吸附過濾槽3的水中（或其它液體或熱蒸氣），利用熱水的 熱能來分解臭氧電漿，用氣液混合器22加速臭氧電漿之分解， 若有殘餘之微生物也將在熱水中被破壞，塵粒會被吸附在水中； 裝設紫外線光源4 4·可在水中或容器外（容器需為透明） 增加殺菌力；Gas; while the original UV lamp cell membrane or virus DNA, RNA, and the same concentration of bactericidal effect; and then in the venting 'to reduce the ozone in the output air to oxygen 7 can also produce ozone to reduce oxygen to general oxygen The function of π M290052. The above-mentioned internal suction type water adsorption (normal temperature type) plasma air sterilization machine includes the following actions: 1) Start pumping (drum) fan 5 power supply, inhale air, and air first through air. Filter 1 several filter cores, filter The net filter, the filter adhered to the filter material after filtration is sterilized by the ultraviolet lamp tube 7; 2. The filtered air enters the plasma generator 9, and the high frequency and high voltage electricity dissociates the air to form ozone plasma or other gas electricity. Pulp, when the bacteria and viruses have been destroyed. 3. In order to avoid the fish in the net and to absorb the dust in the air, the plasma gas is introduced into the water (or other liquid) of the liquid adsorption filter tank 3, and the gas-liquid mixer is used. 22 - Mix the plasma with water, when the liquid containing ozone plasma also has sterilizing ability: and can absorb the dust particles in the air; 4. Take out the air, then the air is completely dust-free and sterile Only a small amount of ozone-depleting plasma remains in the air, so the ozone is reductively reduced to oxygen by a heat source such as a heater 92; 5. The reduced air is then re-entered into the ultraviolet lamp tube 7, and is broken by a specific wavelength. Decomposition and sterilization of residual plasma; 6. Add activated carbon filter unit 8 at the air outlet as needed. Referring to FIG. 3, a third embodiment of the present invention is a privacy-inducing (hydrothermal type) plasma air sterilizer according to the second embodiment, which is mainly in the liquid state. A heater 93 is added under the adsorption filter tank 3, and the ozone plasma or other gas plasma is decomposed by high temperature heating, and the function of sterilizing 12 M290052 can be increased by heat energy; and the heater 93 is provided with a condenser on the gas outlet line. 94 and the aforementioned air filter degreasing and drying device 6, the dust-free hot steam can be cooled and then dried. The condensed water generated by the condenser can be used by the pipe b to flow back to the liquid adsorption filter tank 3. The above-mentioned internal suction type water adsorption (hydrothermal type) plasma air sterilization machine comprises the following actions: 1) Starting the pumping (drum) fan 5 power supply, sucking the air, and the air first passes through several filters of the air filter 1, filtering The net filter, the filtered φ substance attached to the filter material after filtration is sterilized by the ultraviolet lamp tube 7; 2. The filtered air enters the plasma generator 9, and the high frequency and high voltage electricity dissociates the air to form ozone plasma, at which time the bacteria And the virus has been destroyed; 3) In order to avoid the fish in the net, and to absorb the dust in the air, the plasma gas is introduced into the water (or other liquid or hot steam) of the liquid adsorption filter tank 3, and the heat energy of the hot water is used to decompose. Ozone plasma, using gas-liquid mixer 22 to accelerate the decomposition of ozone plasma, if there are residual microorganisms will be destroyed in hot water, dust particles will be adsorbed in water; installed ultraviolet light source 4 4 · can be in water or Outside the container (the container needs to be transparent) to increase the bactericidal power;
冷凝後再將空氣乾燥； 這時的空氣是完全無塵和無菌的 器94和空氣過濾除油乾燥裝置 ，但會有水 6，將蒸氣After condensing, the air is dried; the air at this time is completely dust-free and sterile 94 and the air filter degreasing device, but there will be water 6, steam
餘電漿之分解和殺菌； 入紫外線燈管7中，利用特定波長做殘 7·視需要在空氣出 處加裝活性碳過濾裝置 8過濾。 13 M290052 請參閱圖四，為本創作的第四實施例，其係在特定情況下， 無需以該液態吸附過濾、槽3加強過液，僅以電漿殺菌為主的内吸 式電漿空氣殺菌機，其中待殺菌空氣經由該空氣過濾器1的多層 粗渡網1 1與細濾網1 2初步過濾，經由電漿產生器g進行電漿殺 菌，然後經過加熱器95還原成氧氣，殘餘的臭氧可經由紫外線 燈管7照射以得到乾淨無菌的空氣。 前述的内吸式電漿空氣殺菌機，其動作包括： 1·啟動抽（鼓）風機5電源，將空氣吸入，空氣先經由空 氣過濾、器1的若干道濾心、、濾、網過濾，過濾後附著在濾材上的過 濾物由紫外線燈管7進行殺菌； 2·過濾後空氣進入電漿產生器9中，高頻高壓電使空氣游離 化形成臭氧電襞’這時細菌和病毒已被破壞殆盡，但臭氧電浆不 宜直接排入空氣中； •臭氧電水再進入加熱器g 5或其它熱源中，以熱分解臭氧 還原為一般空氣； 4·還原後之空氣再進人紫外線燈管7中，湘特定波長做殘 餘電水之刀解和殺g ’可將該紫外線燈管7 ^置在照射空氣過遽 器1位置，以同步進行進氣殺菌； 氺也可視杈菌與分解臭氧電漿不同紫外線波長，在入口處和 出口處分設兩個紫外線光源。 5.視需要在空翕屮 _ 工乳出口處加裝活性碳過濾裝置8過濾。 刖述工作方式可想# 獨立運作，做空氣無塵、無菌之處理，也可 14 M290052 與空調裝置搭配，形成A塵、盔益^ 珉，、、、塵纟囷之空調裝置，可在特定空間内 達到溫度、濕度調節和無塵、無菌 W玉間g理，例如與冷氣空調 裝置結合内吸式空氣殺菌裝置，冷 乳二調裝置將内吸式空氣殺菌 裝置處理過之潔淨空氣，再進入冷 7乳卫调裝置中，可做無塵無菌 之空調裝置；換言之，可將内吸式 、二虱裝置融入在冷氣空調 裝置中，做各種不同空間之無塵無H调應用。 本創作亦可配合發酵槽使用，Decomposition and sterilization of the residual plasma; into the ultraviolet tube 7, using a specific wavelength to do the residual 7 · If necessary, add an activated carbon filter device 8 at the air outlet. 13 M290052 Please refer to FIG. 4 , which is a fourth embodiment of the present invention. In a specific case, it is not necessary to use the liquid adsorption filter, the tank 3 to strengthen the liquid, and the internal suction type plasma air mainly composed of plasma sterilization. a sterilizer in which the air to be sterilized is initially filtered through the multi-layer coarse mesh 1 1 and the fine filter 12 of the air filter 1, plasma-sterilized by the plasma generator g, and then reduced to oxygen by the heater 95, and remains. The ozone can be irradiated through the ultraviolet lamp 7 to obtain clean and sterile air. The above-mentioned internal suction type plasma air sterilizing machine includes the following actions: 1. Start the pumping (drum) fan 5 power supply, and take in the air, and the air is first filtered through the air filter, the filter core of the device 1, the filter, the net filter, The filter adhered to the filter material after filtration is sterilized by the ultraviolet lamp tube 7; 2. The filtered air enters the plasma generator 9, and the high frequency and high voltage electricity dissociates the air to form an ozone sputum. At this time, the bacteria and the virus have been Destruction is exhausted, but ozone plasma should not be discharged directly into the air; • Ozone water enters the heater g 5 or other heat source to reduce the ozone by thermal decomposition; 4·The restored air enters the UV lamp again In the tube 7, the specific wavelength of the residual electric water is used to solve the problem of killing and killing the residual electric water. The ultraviolet lamp tube 7 can be placed in the position of the irradiated air passing device 1 to synchronously carry out the sterilization of the intake air; The ozone plasma has different ultraviolet wavelengths, and two ultraviolet light sources are arranged at the inlet and the outlet. 5. Add the activated carbon filter unit 8 at the outlet of the work milk as needed.刖 工作 工作 工作 # # # # # # # 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立 独立In the space, the temperature and humidity are adjusted, and the dust-free and sterile W-jad is combined. For example, the air-cooling air-conditioning device is combined with the internal air-sterilizing device, and the cold-milk second-conditioning device treats the clean air with the internal air-sterilizing device. Into the cold 7 milk Guardian device, it can be used as a dust-free and sterile air-conditioning device; in other words, the internal suction type and the second-inch device can be integrated into the air-conditioning system to make dust-free and H-free applications in various spaces. This creation can also be used in conjunction with the fermentation tank.
J蜂保進入發酵槽空氣的純 淨，無任何雜菌進入，維持良好的發酵品質與良率。 又如圖五所示’當空氣需要維持―定之濕度時（包括加入味 道)，可將空氣過滤除油乾燥裝置6關閉或去除，或在最後的輸 氣管内以無菌純水喷霧加濕和超音波加溼裝置25處理，增加輸 出空氣之濕度，此方法可由一濕度控制裝置（圖未示出）控制。 另外，前述任一裝置，均可視實際使用需求做多個連結，以 及前後順序之對換，以達成無塵、無菌的工作目的，並視實際使 用需要增加風壓、風量等控制裝置。 如圖六Α所示為雙空氣過濾除油乾燥裝置6型，此設計之目 的是先以第一套空氣過濾除油乾燥裝置6增加空氣乾燥度，以增 加電漿產生器9之效能，第二套空氣過濾除油乾燥裝置6處理通 過液態吸附過濾槽3後之空氣，增加輸出空氣之乾燥度。（當使 用需求是重視空氣入口乾燥度，僅使用第一套空氣過濾除油乾燥 裝置6即可） 圖六B所示為雙液態吸附過濾槽3型，此設計之目的在增加 15 M290052 .空氣中塵粒吸附效果；或錢流量大時，以此方法增加空氣塵粒 之吸附功能。 圖六C所示為雙抽（鼓）風機5型’此設計之目地在增加對空 氣之抽（吸）之能力，尤其有多重液態吸附過渡槽3日寺，以此設 '計可避免因其它裝置所增加之阻力，影響空氣之流量。 • 圖六D所示為雙電漿產生器9型，若處理大量之空氣，而單 -電漿產生器9已難以負荷如此之流量或為了增加殺菌效果，可 _以以多個電漿產生器9串聯或併聯方式處理。] 圖六E所示為調壓型，當空氣處理之空間需依賴本裝置維持 在負壓狀態，在裝置中增加調壓裝置及風n 26，使輸出之空氣 :流量小於進入之空氣流量，讓該空間保持在負壓狀態。 : 圖六F所示為雙進氣型，當需要處理大流量之空氣，同時兼 具節能之考#，可採用此種設計方式。#第一道進氣管路以之 肇工氣I電名產生器9後’所產生的電襞’其濃度在液態吸附過濾 槽3中已達到元全的滅函濃度，這時任何進入液態吸附過滤槽 3之含菌空氣，都將在此被吸附並且滅除；因此，第二道進氣管 "21a之王氣，雖未經電漿產生器9，但此空氣進入液態吸附過濾 •槽3後，空t十所含之微生物也都將被液態吸附過滤槽3之高濃 度電漿溶液所吸附和消滅，以及系統中的紫外線也有滅菌效果。 上述主要裝置以雙裝置做為範例，但在實際使用時可視實際 需要做同一裝置若干數量之連結。 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 16 M290052 °亥實施例亚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。 【圖式簡單說明】 明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； 有關該實施例之附圖為： 圖為本創作的内吸式水吸附之空氣無塵殺菌機的裝置架 參構圖； > 圖二為本創作的内吸式水吸附（常溫型）電漿空氣殺菌機的 裝置架構圖； • 圖二為本創作的内吸式水吸附（熱液型）電漿空氣殺菌機的 : 裝置架構圖； 圖四為本創作的内吸式電漿空氣殺菌機的裝置架構圖； ^ 圖五為本創作增加濕度控制的裝置架構圖； 圖六Α為本創作採雙空氣過濾除油乾燥裝置型的裝置架構 圖； - 圖六B為本創作採雙液態吸附過濾槽型的裝置架構圖； > 圖六C為本創作採雙抽（鼓）風機型的裝置架構圖； 圖六D為本創作採雙電漿產生器型的裝置架構圖； 圖六Ε為本創作採調壓型的裝置架構圖；以及 圖六F為本創作採雙進氣型的裝置架構圖。 【主要元件符號說明】 17 M290052 1 空氣過濾器 11粗濾網 12細濾網 21 ，21 a進氣管路 22氣液混合裝置 23出氣管路 24濾網 25無菌純水喷霧加濕和超音波加溼裝置 26調壓裝置及風門 3 液態吸附過濾槽 31循環過濾或進、排水裝置 3 2滤、材 4 紫外線光源 5 抽（鼓）風機 6 空氣過濾除油乾燥裝置 7 紫外線燈管 8 活性碳過濾裝置 10電力控制板 a 延伸線 b 管路 9 電漿產生器 91電漿電源處理器 92加熱器 93加熱器 94冷凝器 9 5加熱器 18J bee keeps the air in the fermentation tank pure, without any bacteria entering, maintaining good fermentation quality and yield. As shown in Figure 5, when the air needs to maintain a certain humidity (including the added taste), the air filter degreasing device 6 can be turned off or removed, or sprayed with sterile pure water in the final gas pipe. The ultrasonic humidifying device 25 processes to increase the humidity of the output air, and the method can be controlled by a humidity control device (not shown). In addition, any of the above devices can perform multiple connections according to the actual use requirements, and the order of the front and back can be replaced to achieve dust-free and aseptic work purposes, and the wind pressure, air volume and other control devices are required depending on the actual use. As shown in Fig. 6 is a double air filter degreasing and drying device type 6, the purpose of this design is to increase the air dryness by the first air filter degreasing and drying device 6 to increase the efficiency of the plasma generator 9. The two sets of air filter degreasing and drying device 6 treats the air passing through the liquid adsorption filter tank 3 to increase the dryness of the output air. (When the use requirement is to pay attention to the dryness of the air inlet, only the first air filter degreasing and drying device 6 can be used.) Figure 6B shows the double liquid adsorption filter tank type 3. The purpose of this design is to increase 15 M290052. The dust particle adsorption effect; or when the money flow is large, the adsorption function of the air dust particles is increased by this method. Figure 6C shows the double-drum (drum) fan type 5 'The purpose of this design is to increase the ability to pump (suck) air, especially the multi-liquid adsorption transition tank on the 3rd temple, so as to avoid the cause The increased resistance of other devices affects the flow of air. • Figure 6D shows a dual plasma generator type 9. If a large amount of air is handled, and the single-plasma generator 9 has difficulty loading such a flow or to increase the sterilization effect, it can be generated by multiple plasmas. The device 9 is processed in series or in parallel. Figure 6E shows the pressure regulation type. When the space for air treatment depends on the device to maintain the negative pressure state, the pressure regulating device and the wind n 26 are added to the device so that the output air: the flow rate is less than the incoming air flow. Keep this space under negative pressure. : Figure 6F shows the dual-intake type. When it is necessary to handle a large flow of air, and at the same time it has the energy-saving test #, this design can be used. #第一的气管道。 After the work gas I electric generator 9 after the 'electric enthalpy generated' its concentration in the liquid adsorption filter tank 3 has reached the elemental extinction concentration, then any liquid adsorption The bacteria-containing air in the filter tank 3 will be adsorbed and destroyed here; therefore, the second air intake pipe "21a king gas, although not the plasma generator 9, but the air enters the liquid adsorption filter • After the tank 3, the microorganisms contained in the empty ten are also adsorbed and destroyed by the high-concentration plasma solution of the liquid adsorption filter tank 3, and the ultraviolet rays in the system also have a sterilization effect. The above-mentioned main devices are exemplified by dual devices, but in actual use, it is possible to make a certain number of connections of the same device as needed. The detailed description above is a detailed description of one of the possible embodiments of the present invention, but the scope of the patent is not limited to the equivalent implementation or modification of the present invention. Both should be included in the scope of the patent in this case. BRIEF DESCRIPTION OF THE DRAWINGS Referring to the following detailed description of a preferred embodiment of the present invention and its accompanying drawings, the technical content of the present invention and its purpose will be further understood. The drawings of the embodiment are as follows: The device of the internal suction type water adsorption air dust sterilizer is constructed as follows; > Fig. 2 is the device structure diagram of the internal suction type water adsorption (normal temperature type) plasma air sterilization machine; For the creation of the internal suction type water adsorption (hydrothermal type) plasma air sterilization machine: device structure diagram; Figure 4 is the device architecture diagram of the internal suction type plasma air sterilization machine; ^ Figure 5 is the creation Figure Α Α Α Α Α Α 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度 湿度Six C is the device architecture diagram of the double-drum (drum) fan type; Figure 6D is the device architecture diagram of the double-plasma generator type; Figure 6Ε is the device structure diagram of the production-regulating type And Figure 6 F is the creation A dual-intake type of device architecture diagram. [Main component symbol description] 17 M290052 1 Air filter 11 coarse filter 12 fine filter 21 , 21 a Intake line 22 gas-liquid mixing device 23 outlet pipe 24 filter 25 sterile pure water spray humidification and super Sound humidification device 26 Pressure regulating device and damper 3 Liquid adsorption filter tank 31 Circulating filter or inlet and drain device 3 2 Filter, material 4 Ultraviolet light source 5 Pumping (drum) fan 6 Air filter degreasing and drying device 7 UV lamp 8 Active Carbon filter device 10 power control board a extension line b line 9 plasma generator 91 plasma power processor 92 heater 93 heater 94 condenser 9 5 heater 18