200806572 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種線上臭氧處理系統，其包括適於在不 利環境中操作之密封箱。 【先前技術】 通常應用臭氧來處理待用於丰導體工業、水產品工業、 游泳池、家庭等的水。在許多情況下，將用臭氧處理水之 系統置放於戶外沒有蔽護的地方。在此情況下，臭氧處理 系統必須安裝於密封箱中以防止其暴露於自然環境，例 如，雨水、灰塵，或將侵入臭氧處理系統或沈積於臭氧處 理系統上之任何其他微粒或污染物，且因此，需要較少維 羞亚可延長系統壽命。可適當地在密封箱中操作之臭氧處 理系統對於居住於不容易進行維護之偏遠地區的用戶而言 尤其有用。 然而，由於需要通常6000伏至30000伏之相對較高電壓來 、、,°動六氧务生管，所以伴隨著用來產生臭氧之高電壓，不 可避免地產生大量熱。顯然，若在密封箱中產生如此大量 熱，則其中溫度將升高至臭氧處理系統之組件無法承受的 ㈣高的程度。在此情況下，臭氧發生設備之壽命將大大 縮短，或臭氧處理系統甚至將很快崩潰。 【發明内容】 =發明揭示之臭氧處理系統主要包括：—或多個臭氧發 生串聯連接；高壓變壓器，其提供高電壓來驅動臭 氧發生管；及注射器，其用於將由臭氧發生管產生之臭氧 I12601.doc 200806572 與自外部水源饋入的水混合。若有必要，提供臭氧破壞器 j吸收可能以通常較低濃度殘留於箱中之臭氧。藉由注射 器將與臭氧混合的水傳送至用戶端。 本發明之目的在於提供—種適於在不利環境中操作之臭 氧處理系統。臭氧處理系統包括密封箱，&而防止系統内 部暴露於自然環境’例如’雨水、灰或否則可能沈積 於箱内部之組件上並在長期操作之後對其造成破壞之任何 其他污染物。 本發明之另-目的在於提供_種併人有冷卻㈣之臭氧 處理系統’從而可將臭氧處理系統操作期間之溫度冷卻至 可操作的範圍。 本發明之目的亦在於用於臭氧處理系統中之冷卻系統具 有成本效益，而沒有大量安裂費用及維護冷卻系統之操作 的電力。 本發明之又-目的在於臭氧處理系統的維護要求非常 低。 為了實現上述目的’本發明揭示—種冷卻系統，其包括 散熱器、熱交換器及空氣循環風扇，其中散熱器具備複數 個散熱片（fin)且與臭氧發生管之表面完全接觸，空氣循環 風扇安裝於箱中，且熱交換器與注射器之表面完全㈣。 利用冷卻系統之配置’由臭氧發生管、高壓變壓器及電子 電路產生之熱發散至由風扇循環之空氣中，從而將熱有效 地傳輸至熱交換器。熱可進-步傳輪至注射器，且由流經 注射裔並離開箱的水帶走而離開箱。 112601.doc 200806572 。月^』在於對於冷卻系統，僅需要散熱器、熱交 、&及空氣循環風扇。除了空氣猶環風扇外，用於冷卻的 所有該等組件均不需要雷六 要電力 ^而空氣循環風扇僅消耗非 帛低的電力。盘笳+ 六、虱處理糸統之總成本相比，安裝 冷卻系統及維護其操作之成本極小。降低成本的優點及降 的效果使得其在待於封閉箱内部操作臭氧處理系統 時非吊合適且有用。 j習此項技術者藉由參看本發明圖式及較佳實施例之以 下评、、，田描述，將瞭解本發明之特徵。 【實施方式】 ::明提供一種包括密封箱2〇之臭氧處理系統，且因此 適θ用於臭氧處理系统# 物等的不利環境中。、於雨水、灰塵及 ·其他污染 根據本發明之臭袅盧 έ s,、鱼拉 六乳處理系統10主要包括箱20、栗70、串 如連接之一或多個臭氧發生 管30t畚.a ^ 及庄射态60。臭氧發生 二2=;Γ於饋入源氣體(氧氣或空氣)之氣體輸 辨 馬產物軋體（臭氧與源氣體的混合物）之氣 胆輪出口34。在圖1至圖續示之實施例中，臭氧處理㈣ 1〇包括串聯連接之兩個臭氧發生管30。 、 … 3〇: η官3°具有用於將氧氣或空氣饋入至臭氧發生管 〇中之氣體輸入口 32。急备於止# 在此矣乳發生管30可為管型或板型的。 α例中，其為管型。臭氧發生器如何工作之原理拍 非本發明所關注的 ’、並 述h 因此以下描述中不對此進行論 應瞭解，典型的臭氧發生器藉由放電之方式自 112601.doc 200806572 氧氣或空氣（其含有氧氣）中產生臭氧。為了進行放電，需要 向臭乳發生官供應高電遷。本發明中’提供高慶變堡u 來向六氧發生官30供應通常為6〇〇〇伏至3〇〇〇〇伏範圍 高電壓。 注射器60具有進水口 62及出水口66。進水_連接至果 70。泵70提供足夠的總揚程（pumping “以）以便將水傳送至 注射器60。注射器60具有連接至臭氧發生㈣之輸出口“ • 之進乳口 64。〉主射器60擁有使用文氏管效應（VenWs tube effect)之負壓吸入結構，從而當泵7()抽吸之水流經注射器 6〇内部時’可經由進氣口64將氣體吸入至注射器6〇中。吸 /射器60中之氣體（主要為臭氧）與流經注射器的内部 的水此合。與水混合之臭氧大部分溶解於其中，並作為臭 氧水而自出水口66流出注射器6〇，並傳送至用戶端。 * ^而，右箱20中存在任何臭氧，則與箱2〇 一起提供周圍 二氣臭氧破壞裔8〇，其較佳地為填充有Mn〇2之袋型過濾 _ f °當空/氣在箱2G内部循環並經過過濾器時，空氣中的低 /辰度臭氧（若有的話）將被Mn〇2破壞。 高壓變壓器50由於其6000伏至3〇〇〇〇伏範圍内之高電壓 在操作^間產生大1熱。臭氧發生管％在⑼⑽伏至πόθο 伏之回電壓下工作，從而可在空氣或氧氣中發生放電，並 匕在六氧發生官30中產生臭氧。由於臭氧發生管3〇在此 高電壓下操作，所以其亦產生大量熱。 由艾壓為50及臭氧發生管3〇產生的熱將使箱2〇中之空氣 溫度升高。由於箱20實質上為密封的包圍體（enci〇sure)，所 112601.doc 200806572 以f侧1空氣溫度將升高至若不提供冷卻措施則臭氧發 生官、k壓盗或電路無法承受的程度。 臭氧處理系統10具備冷卻系統，其包括熱交換器％、散 熱1" 94及空氣循環風扇96。將熱交換器92安裝成圍繞注射 ㈣。以類似之方式安裝散熱器94，使得其圍繞臭氧發生 管30及/或變㈣4〇。臭氧發生管3〇、變逐㈣及電峨電 控制器5G)產生的熱發散至圍限於箱2G中之空氣中。 ,散熱器94可具傷複數個散熱片942。散熱片⑽的功能為 增加與空氣接觸之矣& 表面面積，並因此增強散熱器94之散熱 及熱對〆瓜。空氣循環風扇96循環圍限於箱20中的空氣，並 因此增強自散熱器94至空氣之熱對流。利用冷卻系統之配 f由&壓益、臭、氧發生管及電路產生的熱將由流經注射 器60的水帶走而離開箱2〇。 熱交換器92及散熱器94可由較高熱傳導性的任何材料製 成。出於此考慮，紹為較佳的。有利地，銘的成本在價袼 、皆車又低另外，鋁的製造及加工比大多數其他材料容 易許多’因此與若使用其他材料將造成的成本相比，進一 步減少了成本。 盆應瞭解’在臭氧處理系統10之正常且穩定的操作條件下 (其中水在注射器内部流動，因此在熱交換器内部流動），散 2 表面上之/JDL度向於空氣的溫度，且空氣的溫度高於 -又換器表面之溫度。由於此現象，空氣循環風扇的提供 將有放地藉由循環之空氣來增強自散熱器94至熱交換器 之熱流。 、 112601.doc 200806572 在不月離本發明之精神及本質的情況下，本發明亦可、 他特疋拉式貫施。因此，上述實施例應視為說明性的， 限定性。符合申請專利範圍及等效物之含義及範 圍的所有變化應在本發明所主張的範疇内。 【圖式簡單說明】 圖1為安裝於箱中之臭氣虛王f会 六乳慝理糸統之前視圖 圖2為圖1之後視圖；200806572 IX. INSTRUCTIONS OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to an in-line ozone treatment system comprising a sealed enclosure adapted to operate in a hostile environment. [Prior Art] Ozone is usually used to treat water to be used in the abundance conductor industry, the aquatic product industry, swimming pools, homes, and the like. In many cases, systems that use ozone to treat water are placed outdoors without shelter. In this case, the ozone treatment system must be installed in a sealed enclosure to prevent exposure to the natural environment, such as rain, dust, or any other particulates or contaminants that will invade the ozone treatment system or deposit on the ozone treatment system, and Therefore, less need to reduce the life of the system. An ozone treatment system that can be suitably operated in a sealed box is particularly useful for users living in remote areas that are not easily maintained. However, since a relatively high voltage of usually 6,000 volts to 30,000 volts is required to move the hexahydrate tube, a large amount of heat is inevitably generated along with a high voltage for generating ozone. Obviously, if such a large amount of heat is generated in the sealed box, the temperature will rise to a high level that the components of the ozone treatment system cannot withstand. In this case, the life of the ozone generating equipment will be greatly shortened, or the ozone treatment system will soon collapse. SUMMARY OF THE INVENTION The ozone treatment system disclosed by the invention mainly comprises: - or a plurality of ozone generating series connection; a high voltage transformer which supplies a high voltage to drive the ozone generating tube; and a syringe for the ozone generated by the ozone generating tube I12601 .doc 200806572 Mixed with water fed from an external source. If necessary, an ozone destroyer is provided to absorb ozone that may remain in the tank at generally lower concentrations. The water mixed with the ozone is delivered to the user end by means of an injector. It is an object of the present invention to provide an ozone treatment system suitable for operation in adverse environments. The ozone treatment system includes a sealed box, & and prevents the interior of the system from being exposed to natural environments such as rain, ash or any other contaminants that may otherwise deposit on components inside the tank and cause damage to it after prolonged operation. Another object of the present invention is to provide an ozone treatment system that cools (d) to cool the temperature during operation of the ozone treatment system to an operable range. It is also an object of the present invention to provide a cooling system for use in an ozone treatment system that is cost effective without substantial expense of maintenance and maintenance of the operation of the cooling system. A further object of the invention is that the maintenance requirements of the ozone treatment system are very low. In order to achieve the above object, the present invention discloses a cooling system including a radiator, a heat exchanger and an air circulation fan, wherein the radiator has a plurality of fins and is in complete contact with the surface of the ozone generating tube, and the air circulation fan Installed in the box, and the surface of the heat exchanger and the syringe is completely (4). The heat generated by the ozone generating tube, the high voltage transformer, and the electronic circuit is dissipated into the air circulated by the fan by the configuration of the cooling system, thereby efficiently transferring heat to the heat exchanger. The heat can be passed to the syringe and taken away by the water flowing through the injecting and leaving the tank. 112601.doc 200806572. The month ^" is that for the cooling system, only the radiator, the heat, the & and the air circulation fan are required. Except for the air loop fan, all of these components for cooling do not require lightning power and the air circulation fan consumes only non-degraded power. The cost of installing a cooling system and maintaining its operation is minimal compared to the total cost of the 笳 笳 六 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The advantages of reduced cost and the reduced effect make it unsuitable and useful when operating the ozone treatment system inside the closed box. The features of the present invention will become apparent to those skilled in the art from a review of the appended claims. [Embodiment] The present invention provides an ozone treatment system including a sealed box 2, and thus is suitable for use in an unfavorable environment such as an ozone treatment system. In the case of rainwater, dust and other pollution according to the present invention, the squid squid treatment system 10 mainly comprises a tank 20, a pump 70, a string such as a connection or a plurality of ozone generating tubes 30t. ^ and Zhuang Shi State 60. Ozone generation 2 2 =; gas feeding into the source gas (oxygen or air) is transmitted to the gas product outlet 34 of the horse product (mixture of ozone and source gas). In the embodiment illustrated in Figures 1 through, the ozone treatment (4) includes two ozone generating tubes 30 connected in series. , ... 3〇: η官 3° has a gas inlet port 32 for feeding oxygen or air into the ozone generating tube. In short, the milk generating tube 30 can be tubular or plate type. In the case of α, it is a tubular type. The principle of how the ozone generator works is not the focus of the present invention, and h is therefore not discussed in the following description. A typical ozone generator is discharged by way of 112601.doc 200806572 oxygen or air (its Ozone is produced in oxygen. In order to discharge, it is necessary to supply high-voltage relocation to the producer of the stinky milk. In the present invention, a high-voltage transformer is provided to supply a high voltage to the hexa-oxygen generating unit 30, which is usually in the range of 6 volts to 3 volts. The syringe 60 has a water inlet 62 and a water outlet 66. Influent_connected to fruit 70. The pump 70 provides sufficient total lift (pumping) to deliver water to the syringe 60. The syringe 60 has a feed port 64 that is connected to the output of the ozone generation (4). The main radiator 60 has a negative pressure suction structure using a VenWs tube effect, so that when the pump 7 () suctions water flows through the inside of the syringe 6 ', gas can be sucked into the syringe via the air inlet 64 6 〇. The gas (primarily ozone) in the ejector 60 is combined with the water flowing through the interior of the syringe. Most of the ozone mixed with water is dissolved therein and flows out of the nozzle 6 from the water outlet 66 as ozone water and is sent to the user terminal. * ^, if there is any ozone in the right box 20, together with the box 2〇, the surrounding two-gas ozone destructive 8〇 is provided, which is preferably a bag type filter filled with Mn〇2 _f ° when empty/gas in the box When 2G internally circulates and passes through the filter, low/initial ozone (if any) in the air will be destroyed by Mn〇2. The high voltage transformer 50 generates a large heat between operations due to its high voltage in the range of 6000 volts to 3 volts. The ozone generating tube operates at a voltage of (9) (10) volts to π ό θ volts, so that discharge can occur in air or oxygen, and ozone is generated in the hexafluoride generating unit 30. Since the ozone generating tube 3 is operated at this high voltage, it also generates a large amount of heat. The heat generated by the pressure of 50 and the ozone generating tube 3 will increase the temperature of the air in the tank 2 . Since the tank 20 is substantially a sealed envelope, the air temperature of the f side 1 will rise to the extent that the ozone generator, the k-barber or the circuit cannot withstand without providing cooling measures. . The ozone treatment system 10 is provided with a cooling system including a heat exchanger %, a heat dissipation 1 " 94, and an air circulation fan 96. The heat exchanger 92 is mounted to surround the injection (4). The heat sink 94 is mounted in a similar manner such that it surrounds the ozone generating tube 30 and/or becomes (four) 4 turns. The heat generated by the ozone generating tube 3, the changing (4), and the electric power controller 5G) is distributed to the air in the tank 2G. The heat sink 94 can injure a plurality of heat sinks 942. The function of the heat sink (10) is to increase the surface area of the contact with the air and thus enhance the heat dissipation and heat of the heat sink 94. The air circulation fan 96 is circulated around the air in the tank 20 and thus enhances thermal convection from the radiator 94 to the air. The heat generated by the & pressure, odor, oxygen generating tubes and circuitry will be carried away by the water flowing through the injector 60 and out of the tank. Heat exchanger 92 and heat sink 94 can be made of any material that is highly thermally conductive. For this reason, it is preferred. Advantageously, the cost of Ming is at the same price, and the car is low. In addition, the manufacture and processing of aluminum is much easier than most other materials', thus further reducing the cost compared to the cost of using other materials. The basin should be understood to be 'under normal and stable operating conditions of the ozone treatment system 10 (where water flows inside the syringe and therefore inside the heat exchanger), the JDL degree on the surface of the air 2 is toward the temperature of the air, and the air The temperature is higher than - and the temperature of the surface of the converter. Due to this phenomenon, the provision of the air circulation fan will have a ground release to enhance the heat flow from the radiator 94 to the heat exchanger by circulating air. 112601.doc 200806572 The present invention may also be applied in a singular manner without departing from the spirit and essence of the invention. Therefore, the above embodiments are to be considered as illustrative and limiting. All changes that come within the meaning and range of the claims and equivalents are intended to be within the scope of the invention. [Simple description of the diagram] Figure 1 is a front view of the odorous scorpion scorpion installed in the box. Figure 2 is a rear view of Figure 1;
圖3為圖1之右側圖；且 圖4為圖1之俯視圖。 【主要元件符號說明】 10 臭氧處理系統 20 室 30 臭氧發生管 32 氣體輸入口 34 氣體輸出口 40 變壓器 50 向壓變壓器/電控制器 60 注射器 62 進水口 64 進氣口 66 出水〇 70 泵 80 周圍空氣臭氧破壞器 92 熱交換器 112601.doc -10- 200806572 94 散熱器 96 空氣循環風扇 942 散熱片 112601.docFigure 3 is a right side view of Figure 1; and Figure 4 is a top view of Figure 1. [Main component symbol description] 10 Ozone processing system 20 Room 30 Ozone generating tube 32 Gas input port 34 Gas output port 40 Transformer 50 Directional transformer / Electric controller 60 Syringe 62 Inlet 64 Inlet port 66 Outlet 〇 70 Pump 80 Around Air ozone destroyer 92 heat exchanger 112601.doc -10- 200806572 94 radiator 96 air circulation fan 942 heat sink 112601.doc