M270172 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種矣毫其，4主&丨3 & 裡杲虱官，特別疋指一種方便組裝， 適用在各種設備上，且使用真 便用可命長，可產生高濃度純淨臭 氧的管狀臭氧產生機。 ' 【先前技術】 臭氧產生機的原理如圖四所示，其主要包括有兩片電 極1’、2’，該兩片電極Γ、2’分別以導線51，連接到電 源5,的兩端，當該電源5,經由導線51，對兩電極丨、2, 施予高壓電時，該兩電極之間會產生放電，因此激發空氣 中的氧原子（0)游離，這些游離的氧原子具有高度的活 f生，谷易與空氣中的其它氧分子（〇2)結合，形成臭氧（〇3) 結構。 由於臭氧的結構並不穩定，容易與其它空氣中的離子 結合，產生無害的化合物，故成為極受歡迎的清潔產品。 諸如洗衣機、電冰箱、冷氣機，以及各式空氣清淨機等， 數量繁多不及備載。 然而’習用臭氧產生機仍然具有缺點，而有改善空間 者。首先’臭氣產生機必須經由高壓放電過程，此等高壓 放電會在電極（金屬類）上產生氧化的現象（如積碳），這種 氧化過程會造成電極功能失效，使該習用臭氧產生機的壽 命降低，增加維修或更新成本。再者，習用臭氧產生機的 5 M270172 兩電極之Μ全通路，使大麵 出’故進入兩電極之間 得兩電極之間自由進 即被排出，造成臭氧的濃度不月未仔到所需的臭氧濃度時 況且，f M t Μ # 又 難Μ達成清淨的效果。 况且各用臭虱產生機係針對單一 臭氧產生機並不適用在$ %，例如洗衣機中的 產’造成成本升高。 & —去規“生 ▲由此可見，上述習用物品仍有諸多缺失，實非一良善 之设計者’而亟待加以改良。 本案創作人鏗於上述習用金签立 、工4¾用臭乳產生機所衍生的各項 缺點’乃亟思加以改良創新，廿 良到新並經多年苦心孤詣潛心研究 後，終於成功研發完成本件臭氧管結構。 【新型内容】 本創作之目的即在於提供一種於臭氧管，其避免習用 臭氧產生機會發生的氧化現象，大幅提高使用壽命，減少 維修或更換零件的成本。 本創作之另一目的係在於提供一種臭氧管，其可確實 掌握臭氧的產生品質，使排出的臭氧濃度足以勝任各種消 毒清淨的功能。 本創作之再一目的係在於提供一種臭氧管，其適用在 各種臭氧設備，如洗衣機、電冰箱、冷氧機與其它空調設 備等。 可達成上述創作目的之臭氧管結構，適用在各種臭氧 6 M270172 產品中’其包括有-中心電極、一外環電極、二絕緣環、 -防氧化導電層以及一電源。其中，該中心電極兩 導引空間，並在導引空間末端設置導引孔，使空氧可:一 端導引”進人，並將臭氧成品由另—端導引空間流出； 該外環電極係包覆在中心電極外部，而與中心電極之間形 成放電空間’並使該絕緣環設置在該放電空間的兩端，使 放電空間形成密封，讓空氣僅能經由㈣孔進出；該防氧 化導電層則密合在外環電極内侧，防止外環電極因高壓放 電產生氧化現象；而該電源係以=導線分別連接到該中心 電極與外環電極上’使該兩電極可進行高壓放電來產生臭 氧。 、 藉由以上臭氧管結構，其中空氧係由導引空間進出， 可饴切莩握空氣的品質與流向。而該放電空間形成密封， 僅餘小型的導引孔，可確實管制臭氧產生的品質。又因為 防氧化導電層的設置，可避免電極產生抗氧化現象，故提 高產品壽命，減少維修或更換的時間與成本。 【實施方式】 喷參閱圖一至圖一所示，係本創作所提供之管狀臭氧 產生器，主要包括有一中心電極i、一外環電極2、二絕 緣環3、一抗氧化導電層4以及一電源5。其中： 該中心電極1兩端具有導引空間u，該兩端導引空 間11分別用來引入與導出空氣，並可對調使用，沒有方 M270172 向限制；在該導引空間n末端設置有導引孔i2，該導引 孔用來連接導引空間11與中心電極1外部的空氣；該 外環電極2係包覆在中心電極！外部，而與中心電極丄之 間形成放電空間6，並使該絕緣環3設置在該放電空間6 的兩端，使放電空間6形成密封，讓空氣僅能經由導引孔 1^2進出’避免外界空氣任意侵入而破壞臭氧品質；該抗 氧，導電層4則②、合在外環電極2内側，防止外環電極2 因兩壓放電產生氧化現象；而該電源5係以二導線51分 別連接到該H極1與外環電極2 JL，使該兩電極卜 2可進行高壓放電來產生臭氧。 前述中心電極1與外環電極2均為導體，其中該中心 電極1 -般可為鑄鐵或不錄鋼，而該外環電極2則為銅 片，具有1好的導電性。當高壓放電進行時，實際上是在 外環電極2内侧表面形成電暈，使空氣中的氧氣進一步形 成臭氧’而長期的高壓放電恐造成該外環電極2表面產生 抗氧化，故本創作在該外環電極2内側密合一抗氧化導電 層4,該抗氧化導電層4主要為硼矽導電玻璃，其具有良 好的抗氧化性且^減高壓放電的效果。又，該絕緣環3目 的在於密封放電空間6’且必須為絕緣體以避免兩電極 1丄、2之間短路，但-般橡膠在空氣中容易發生碳化而損 壞’故主本創作最好是使时膠圈，以維持長遠的使用品質。 請配合圖三’本創作的使用相當容易，只要將臭氧設 M270172 備的空氣導入官71與空氣輸出管72分別連接到該臭氧管 的兩導引空間11、12内，並啟動電源5使兩電極1、2進 行咼壓放電’即可在該放電空間6内產生臭氧，並由空氣 輸出管72排出，以提供臭氧設備的利用。另外，該空氣 導入ϊ 71在連接導引空間11前可預先連接一空氣過濾器 8，以將空氣中較大的懸浮物或顆粒先行濾除，以管制進 入放電空間6内的空氣品質，以提高臭氧生成品質。由於 該放電空間6僅餘小型的導引孔丨2與外界連接，可確實 管制進出的空氣，並增加臭氧產生的濃度與品質，以利臭 氧設備的使用。 【特點及功效】 本創作所提供之臭氧管，較之習用技術可更增以下優 點： 1.本創作確實避免習用臭氧產生機所發生的氧化現 象’大幅提高其使用壽命，可常保使用順暢並減少維修或 更換零件的成本。 2 ·本創作可確實掌握臭氧的產生品質，使排出的臭氧 濃度足以勝任各種消毒清淨的功能。 、 3·本創作之臭氧管可適用在各種臭氧設備，如洗衣 機、電冰箱、冷氧機與其它空調設備等。 上列詳細說明係針對本創作之一可行實施例之具體說 月准該實施例並非用以限制本創作之專利範圍，凡未脫 M270172 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。 【圏式簡單說明】 效 "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 有關該實施例之附圖為： 圖一為本創作的臭氧管結構立體部份剖面圖； 為本創作的臭氧管平面結構示意圖； 圖 圖三 ‘為本創作的臭氧管應 用例示意圖；以及 圖四為習用的臭氧產生機 要部分代表符號】 原理示意圖。 1 中心電極 1， 電極 11 導引空間 12 導引孔 2 外環電極 2， 電極 3 絕緣環 4 抗氧化導電層 5 電源 5， 電源 51 導線 51， 導線 6 放電空間 71 空氣導入管 72 空氣輸出管 8 空氣過濾器M270172 VIII. Description of the new type: [Technical field to which the new type belongs] This creation is about a kind of cricket officer, 4 main & 丨 3 & lice official, especially refers to a kind of convenient assembly, suitable for various equipment, and use Really use a tubular ozone generator that can be used to produce high-concentration pure ozone. '[Prior art] The principle of the ozone generator is shown in Figure 4. It mainly includes two electrodes 1', 2 ', and the two electrodes Γ, 2' are connected to the two ends of the power source 5 with wires 51, respectively. When the power source 5 applies high voltage to the two electrodes 丨 and 2 through the lead 51, a discharge will be generated between the two electrodes, so the oxygen atoms (0) in the air are excited to be released, and these free oxygen atoms With a high degree of vitality, Gu Yi combines with other oxygen molecules (〇2) in the air to form an ozone (〇3) structure. The structure of ozone is not stable, and it is easy to combine with other ions in the air to produce harmless compounds, which makes it an extremely popular cleaning product. Such as washing machines, refrigerators, air conditioners, and various air cleaners, etc., there are too many to spare. However, the conventional ozone generator still has disadvantages, and there is room for improvement. First of all, the odor generator must go through a high-voltage discharge process. These high-voltage discharges will produce oxidation phenomena (such as carbon deposits) on the electrodes (metals). This oxidation process will cause the electrode function to fail, making the conventional ozone generator. Reduced lifespan, increasing repair or replacement costs. In addition, the 5 M270172 two-electrode full-channel of the conventional ozone generator is used to make the large surface come out. Therefore, if it enters between the two electrodes, it can be discharged freely between the two electrodes, causing the ozone concentration to reach the required level. Moreover, it is difficult for f M t Μ # to achieve a clean effect. Moreover, each bed bug generator is not suitable for a single ozone generator at $%. For example, the production in a washing machine increases the cost. & —Deregulation 'Health ▲ It can be seen that the above-mentioned custom items still have many defects, and they are not a good designer. They need to be improved. The shortcomings of the generator are 'improved and innovated. After years of hard work and meticulous research, they finally successfully developed the ozone tube structure. [New content] The purpose of this creation is to provide a Ozone tube, which avoids the oxidation phenomenon that may occur in the conventional ozone generation, greatly increases the service life, and reduces the cost of repair or replacement parts. Another purpose of this creation is to provide an ozone tube that can accurately grasp the quality of ozone production, so that The exhausted ozone concentration is sufficient for various disinfection and purification functions. Another purpose of this creation is to provide an ozone tube, which is suitable for various ozone equipment, such as washing machines, refrigerators, oxygenators and other air-conditioning equipment. Ozone tube structure for creative purposes, applicable to various ozone 6 M270172 products' which includes- Electrode, an outer ring electrode, two insulation rings, an anti-oxidation conductive layer and a power source. Among them, the center electrode has two guiding spaces, and a guiding hole is provided at the end of the guiding space, so that air oxygen can be guided at one end. " The outer ring electrode system is covered on the outside of the central electrode, and a discharge space is formed between the outer electrode and the center ring, and the insulating ring is arranged on the two sides of the discharge space. End, so that the discharge space is sealed so that air can only enter and exit through the countersunk holes; the oxidation-resistant conductive layer is closely adhered to the inside of the outer ring electrode to prevent the outer ring electrode from oxidizing due to high voltage discharge; Connected to the center electrode and the outer ring electrode, so that the two electrodes can perform high voltage discharge to generate ozone. With the above ozone tube structure, the empty oxygen system enters and exits from the guiding space, which can cut and grasp the quality and flow of the air. The discharge space is sealed, and only a small guide hole is left, which can reliably control the quality of ozone generation. In addition, because the anti-oxidation conductive layer is provided, the electrode can be prevented from oxidizing, so the product life is improved, and the time and cost for repair or replacement are reduced. [Embodiment] As shown in FIG. 1 to FIG. 1, the tubular ozone generator provided by this creation mainly includes a center electrode i, an outer ring electrode 2, two insulating rings 3, an oxidation-resistant conductive layer 4, and an Power supply 5. Wherein: The guide electrode u is provided at both ends of the center electrode 1, and the guide spaces 11 at both ends are used for introducing and discharging air, respectively, and can be used interchangeably. There is no restriction on the direction of the square M270172; a guide is provided at the end of the guide space n. A guide hole i2, which is used to connect the guide space 11 and the air outside the center electrode 1; the outer ring electrode 2 is coated on the center electrode! Externally, a discharge space 6 is formed between the center electrode 丄, and the insulating ring 3 is provided at both ends of the discharge space 6, so that the discharge space 6 is sealed, so that air can only enter and exit through the guide hole 1 ^ 2 ' Avoid the invasion of outside air to damage the quality of ozone; the anti-oxidation, conductive layer 4 is ② inside the outer ring electrode 2 to prevent the outer ring electrode 2 from oxidizing due to two voltage discharges; and the power supply 5 uses two wires 51 Connected to the H electrode 1 and the outer ring electrode 2 JL respectively, so that the two electrodes BU 2 can be subjected to high voltage discharge to generate ozone. The aforementioned central electrode 1 and the outer ring electrode 2 are both conductors, wherein the central electrode 1 is generally cast iron or non-recorded steel, and the outer ring electrode 2 is a copper sheet and has a good conductivity. When the high-voltage discharge is performed, a corona is actually formed on the inner surface of the outer ring electrode 2, and the oxygen in the air further forms ozone. However, long-term high-voltage discharge may cause the surface of the outer ring electrode 2 to have anti-oxidation. An anti-oxidation conductive layer 4 is adhered to the inside of the outer ring electrode 2. The anti-oxidation conductive layer 4 is mainly borosilicate conductive glass, which has good oxidation resistance and reduces the effect of high voltage discharge. In addition, the purpose of the insulating ring 3 is to seal the discharge space 6 'and must be an insulator to avoid a short circuit between the two electrodes 1 丄 and 2. However,-rubber is liable to be carbonized and damaged in the air. Time rubber ring to maintain long-term use quality. Please cooperate with Figure III. The use of this creation is quite easy, as long as the air introduction unit 71 and air output pipe 72 of the ozone device M270172 are connected to the two guide spaces 11 and 12 of the ozone pipe, and the power supply 5 is turned on, the two The electrodes 1 and 2 are subjected to pressure discharge to generate ozone in the discharge space 6 and are discharged from the air output pipe 72 to provide the use of the ozone device. In addition, the air inlet ϊ 71 may be connected with an air filter 8 in advance before connecting the guide space 11 to filter out large suspended matter or particles in the air in advance to control the quality of the air entering the discharge space 6 to Improve the quality of ozone generation. Since the discharge space 6 has only small guide holes 2 connected to the outside, it can control the air in and out, and increase the concentration and quality of ozone, so as to facilitate the use of ozone equipment. [Features and effects] The ozone tube provided by this creation can increase the following advantages compared to conventional technology: 1. This creation does avoid the oxidation phenomenon of the conventional ozone generator, which greatly increases its service life and can always be used smoothly. Reduce the cost of repairs or replacement parts. 2 · This creation can truly grasp the quality of ozone production, so that the concentration of ozone emitted is sufficient for various disinfection and purification functions. 3. The ozone tube created by this article can be applied to various ozone equipment, such as washing machines, refrigerators, oxygenators and other air-conditioning equipment. The above detailed description is specific to one of the feasible embodiments of this creation. This embodiment is not intended to limit the scope of patents for this creation. Any equivalent implementation or change that does not depart from the spirit of the creative art of M270172 should be It is included in the patent scope of this case. [Brief description of the formula] Refer to the following detailed description of a preferred embodiment of the present invention and its accompanying drawings' for further understanding of the technical content of this creation and its purpose and function. The attached drawings of this embodiment are: Figure 1 is a three-dimensional cross-sectional view of the ozone tube structure of the creation; Figure 3 is a schematic plan view of the ozone tube structure of the creation; Figure 3 'is a schematic diagram of the application example of the ozone tube of the creation; and Figure 4 is a part of the conventional ozone generator Representative symbol] Principle diagram. 1 Center electrode 1, electrode 11 guide space 12 guide hole 2 outer ring electrode 2, electrode 3 insulation ring 4 anti-oxidation conductive layer 5 power supply 5, power supply 51 lead 51, lead 6 discharge space 71 air introduction tube 72 air output tube 8 Air filter