M441482 五、新型說明： 【新型所屬之技術領域】 本創作係與一種紫外線臭氧殺菌裝置有關，特別係關 於一種體積小、具有可攜式電源’可由紫外線模組產生具 殺菌能力之紫外線，並藉紫外線照射之光化學反應以產生 臭氧之可攜式紫外線臭氧殺菌裝置。 【先前技術】 臭氧之性質比氧(〇2)活潑，比重為氧氣的1.7倍，氧化 能力僅次於氤，殺菌力為氣的3000倍。臭氧能於時間内將 空氣及水中的浮游細菌消滅，並能中和、分解各種有毒物 質及去除臭味等功效。人工產生臭氧的方法，可分化學法、 電解法與無聲放電法。其中以無聲放電法使用最廣。所謂 無聲放電法，係在兩電極間放入一介電體，並藉由高壓交 流放電而產生臭氧。 習知如中華民國專利證書第094546號所揭示的一種空 氣再生處理機，其大致由箱殼、風扇、電極、高電壓產^ 電路、觸媒、出氣網、入氣網、網片、活性碳、不織布等 元件所組成；係使污濁空氣經由活性碳、不織布做第一次 異味、雜質（如灰塵）之去除，再經由高電壓產 ： =二媒達，而產生新鮮的氧氣排出，並利= (〇3)對環境4到殺菌之功效者。 天礼 加上部份組成所佔趙積大， 之耗電里尚，僅適用於具固定供電的場所 3 M441482 使用。對於外出隨身攜帶使用極為不便。 【新型内容】 綜合上開先前技術的缺點，大致上包括習知臭氧殺菌 裝置具有體積大、攜帶不易以及耗電量高、需固定供電電 源之限制。而鑑於解決上述缺點，本案提出一種可攜式紫 外線臭氧殺菌裝置的方案，該方案藉由紫外線模組同時可 產生紫外線及臭氧殺菌功能，且具有體積小、輕巧便利之 優點，以達到隨身攜帶使用之目的。 · 本創作係為一種可攜式紫外線臭氧殺菌裝置，其主要 係包含： 一殼體，其内係設有一控制電路； 一燈罩，其係設於該殼體之一表面處，且其内凹設有 一反射空間； 至少一紫外線模組，其係設置於該反射空間内，俾可 受控制電路之驅動以產生紫外線，並藉由紫外線使空氣中φ 之氧氣(〇2)轉化為臭氧(〇3);以及 一可攜式電源，其係電耦合於該控制電路，以提供上述 組件電力供應者。 本創作之主要目的在於：藉由該紫外線模組產生紫外線 照射以作為殺菌功能，並同時利用紫外線照射時，使空氣 中之氧氣經由光化學反應形成臭氧以強化殺菌功能，且臭 氧可進一步針對紫外線難以照射到的地方，進行殺菌處 理、完善殺菌功能。且本創作具有體積小、輕巧便利之優 M441482 點，再加上可攜式電源之設計更可達到隨身攜帶使用之目 的。 本創作之次要目的在於：該燈罩之反射空間係具有一反 射面及一開放面，該反射面可加強紫外線模組之照射效 果。而該開放面可便於外部的氧氣進入後，在反射空間内 經由紫外線之照射形成臭氧後，逸散至外部進行殺菌。 本創作之另一次要目的在於：該控制電路係具有一斷電 保護模組，以於該紫外線模組啟動一特定時間後自動斷 電。避免紫外線模組長時間使用造成毀損，以及臭氧濃度 過高之問題。 【實施方式】 為便於說明本創作於上述新型内容一欄中所表示的中 心思想，茲以具體實施例表達。實施例中各種不同物件係 按適於說明之比例、尺寸、變形量或位移量而描繪，而非 按實際元件的比例予以繪製，合先敘明。且以下的說明中， 類似的元件是以相同的編號來表示。 請參考第一圖〜第三圖圖面所示，本創作係為一種可攜 式紫外線臭氧殺菌裝置，其主要係包含： 一殼體10 ，其内係設有一控制電路11 ;該殼體10 係具有一開口 121 。 一燈罩20 ，其係設於該殼體10之一表面處，且其 内凹設有一反射空間21 。其中，該燈罩20之反射空間 5 M441482 21係具有一反射面22及一開放面23 。且該燈罩20 之週緣係設有複數卡固爪24 ，俾使該燈罩20可嵌固於 開口 121處。 至少一紫外線模組30 ，其係設置於該反射空間21 内，該紫外線模組30係為一紫外線燈管，俾可受控制電 路11之驅動以產生紫外線。並藉由紫外線使空氣中之氧 氣(〇2)轉化為臭氧(〇3)。其中，該紫外線燈管係可產生185nm 波長及254nm波長之紫外線。以及 一可攜式電源40 ，其係電耦合於該控制電路11 ， 以提供上述組件電力供應者。其中，該可攜式電源40係 為一設於該殼體10内部之充電電池。且該殼體10上係 設有一電連接至該可攜式電源40之充電插座12 ，以供 可外接充電器以補充可攜式電源40之電力。再者，該開 口 121處並設有一可活動開合之電池蓋體25 ，該電池 蓋體25之形狀係與燈罩20相配合，而可蓋合於開口 121處，俾供該可攜式電源40可置入於殼體10内。 明瞭上述本案詳細結構後，以下係針對本案之動作原理 逐一詳細說明： 如第四圖圖面所示，該控制電路11於殼體10表面 處設有一開關13 ，該開關13係可控制紫外線模組30 之啟閉。當使用者有殺菌需求時，可將本創作之紫外線模 組30朝向目標物90 ，並保持一適當距離（至少距離1公 M441482 分以上），開啟開關13使紫外線模組3〇發出紫外線，而 紫外線經由反射空間21及反射面22之反射後照射於 目標物90表面’以利用紫外線進行殺菌作用。 由於該紫外線燈管係可產生185nm波長及254nm波長之 紫外線。其中，紫外線是超出紫色光譜以外之一種看不見 之光線，存在於光譜紫色線端的外側，故稱之為紫外線。 它仍是光波地一種，根據不同的波長，被劃分為三段。長 波紫外線（UVA)、中波紫外線（UVB)及短波紫外線 (UVC)。其中，短波紫外線（UVC)波長在240〜260NM 之間，為最有效之殺菌波段。254nm波長之紫外線波長254 nm紫外線的殺菌能力是強烈直射曰光的1600倍。十分適 合用以作為清潔殺菌之用。 而同時如第五圖所示，該開放面23可讓外部的氧氣進 入反射空間21 ，氧氣在反射空間21内經由紫外線模組 30發出之185nm波長的紫外線照射以進行光化學反應，使 氧氣形成臭氡，而臭氧經過逸散至外部後亦可對目標物90 進行殺菌作用。由於臭氧具有強氧化功能、活性極強，極 易與其他分子起化學變化，在它作用下，物體表面上的碳 和碳氫化合物可被分解成二氧化碳和水蒸氣等，從而徹底 清除了黏附在物體表面上的碳和有機污染物。尤其對細 菌、病毒等有害物，更可破壞其細胞膜及蛋白質以達到殺 菌之目的。而對於空氣中的不良氣味，臭氧氧化產生氣味 7 M441482 之物質後會重新還原成氧氣，以提供空氣清新之作用。且 臭氧可進一步針對紫外線難以照射到的地方，進行殺菌處 理、完善殺菌功能。 本創作藉由該紫外線模組30產生紫外線照射以作為 殺菌功能，並同時利用紫外線照射時，使空氣中之氧氣形 成臭氧以強化殺菌功能，且臭氧可進一步針對紫外線難以 照射到的地方，進行殺菌處理、完善殺菌功能。且本創作 具有體積小、輕巧便利之優點，再加上可攜式電源40之 設計更可達到隨身攜帶使用之目的。 本創作可用於隨身殺菌消毒使用，對於隨手接觸之電 梯、扶手、鍵盤等物品，可隨時消毒、減少病毒接觸傳染 之疑慮。而餐具、杯子、切菜板或刀具等食用器具，亦可 於使用前、後加以殺菌，以防止病從口入。 而對嬰幼兒來說，奶瓶、奶嘴及玩具等物，容易掉落沾 染危險病毒及細菌，尤其外出時，僅止用清水清洗並無法 達到有效清潔，使用本創作可隨時隨地進行消毒殺菌，減 少病毒對嬰幼兒的危害。 再加上本創作體積小、有獨立之可攜式電源40供應電 力，可將本創作直接置放於車内或冰箱内等空間，以進行 殺菌、除臭之作用。 再者，該控制電路11係内具有一斷電保護模組（圖未 示），以於該紫外線模組30啟動一特定時間後自動斷電。 8 M441482 避免紫外線模組30長時間使用造成燈管易於毀損，以及 防止臭氧濃度過高之問題。 由以上詳細說明，可使熟知本項技藝者明瞭本創作確實 與習用之設計截然不同，具有相當之新穎性。且本創作具 有習用設計所無法預期的功效，實已符合專利核准之積極 要件，爰依法提出專利申請。 雖本創作是以一較佳實施例作說明，但精於此技藝者能 在不脫離本創作精神與範疇下作各種不同形式的改變。以 上所舉實施例僅用以說明本創作而已，非用以限制本創作 之範圍。舉凡不違本創作精神所從事的種種修改或變化， 俱屬本創作意欲保護之範疇。 【圖式簡單說明】 第一圖係本創作之立體外觀示意圖。 第二圖係本創作另一角度之立體外觀示意圖。 第三圖係本創作之立體分解示意圖。 第四圖係本創作之使用狀態示意圖。 第五圖係本創作紫外線模組產生臭氧之示意圖。 9 M441482 【主要元件符號說明】 殼體10 反射面22 控制電路 11 開放面23 充電插座 12 卡固爪24 開口 121 電池蓋體25 開關13 紫外線模組30 燈罩20 可攜式電源40 反射空間 21 目標物90M441482 V. New description: [New technical field] This creation is related to a UV ozone sterilizing device, especially for a small-sized, portable power supply that can generate ultraviolet light from the ultraviolet module. A portable ultraviolet ozone sterilizing device that produces a ozone by photochemical reaction of ultraviolet light. [Prior Art] The nature of ozone is more active than oxygen (〇2), the specific gravity is 1.7 times that of oxygen, the oxidation capacity is second only to strontium, and the bactericidal power is 3000 times that of gas. Ozone can eliminate the floating bacteria in the air and water during the time, and can neutralize and decompose various toxic substances and remove odors. The method of artificially generating ozone can be divided into chemical method, electrolysis method and silent discharge method. Among them, the silent discharge method is the most widely used. The so-called silent discharge method is to place a dielectric between the electrodes and generate ozone by high-voltage AC discharge. An air regenerative processor disclosed in the Republic of China Patent No. 094546, which is generally composed of a casing, a fan, an electrode, a high voltage generating circuit, a catalyst, an air outlet net, an air inlet net, a mesh, and an activated carbon. It consists of non-woven fabrics, etc.; it removes the first odor, impurities (such as dust) from the dirty air via activated carbon and non-woven fabric, and then produces it through high voltage: = two media, which produces fresh oxygen and facilitates = (〇3) For the environment 4 to the efficacy of sterilization. Tianli plus part of the composition of Zhaojida, the power consumption is still only applicable to places with fixed power supply 3 M441482. It is extremely inconvenient for carrying out on the go. [New content] The shortcomings of the prior art are comprehensively included, which generally includes the limitations of the conventional ozone sterilizing device which is bulky, difficult to carry, high in power consumption, and requires a fixed power supply. In view of the above shortcomings, the present invention proposes a portable ultraviolet ozone sterilizing device, which can simultaneously generate ultraviolet and ozone sterilization functions by using an ultraviolet module, and has the advantages of small size, light weight and convenience, so as to be portable. The purpose. · The present invention is a portable ultraviolet ozone sterilizing device, which mainly comprises: a casing with a control circuit therein; a lamp cover which is disposed at a surface of the casing and which is concave a reflective space is provided; at least one ultraviolet module is disposed in the reflective space, and the 俾 can be driven by the control circuit to generate ultraviolet rays, and the ultraviolet φ oxygen (〇2) in the air is converted into ozone by ultraviolet rays. 3); and a portable power source electrically coupled to the control circuit to provide the component power supplier. The main purpose of this creation is to generate ultraviolet light by the ultraviolet module as a sterilization function, and at the same time, use ultraviolet light to cause oxygen in the air to form ozone through photochemical reaction to enhance the sterilization function, and the ozone can further be directed to ultraviolet rays. It is difficult to irradiate, and it is sterilized and the sterilization function is perfected. And this creation has a small size, light and convenient M441482 point, plus the design of the portable power supply can be used for portable use. The secondary purpose of the present invention is that the reflective space of the lampshade has a reflective surface and an open surface that enhances the illumination of the ultraviolet module. The open surface facilitates the entry of oxygen from the outside, and forms ozone after being irradiated by ultraviolet rays in the reflection space, and then escapes to the outside for sterilization. Another purpose of this creation is that the control circuit has a power-off protection module to automatically power off after the UV module is activated for a certain period of time. Avoid damage caused by long-term use of UV modules and excessive ozone concentration. [Embodiment] For the convenience of the description of the central idea expressed in the column of the above novel content, it is expressed by a specific embodiment. The various items in the embodiments are depicted in terms of ratios, dimensions, amounts of deformation, or displacements that are suitable for illustration, and are not drawn to the proportions of actual components, as set forth above. In the following description, like elements are denoted by the same reference numerals. Referring to the first to third figures, the present invention is a portable ultraviolet ozone sterilizing device, which mainly comprises: a casing 10 having a control circuit 11 therein; the casing 10 It has an opening 121. A lamp cover 20 is disposed at a surface of the housing 10 and has a reflective space 21 recessed therein. The reflective space 5 M441482 21 of the lamp cover 20 has a reflective surface 22 and an open surface 23 . Moreover, the periphery of the lamp cover 20 is provided with a plurality of locking claws 24 so that the lamp cover 20 can be embedded at the opening 121. At least one ultraviolet module 30 is disposed in the reflective space 21, and the ultraviolet module 30 is an ultraviolet lamp, and the crucible can be driven by the control circuit 11 to generate ultraviolet rays. The oxygen in the air (〇2) is converted to ozone (〇3) by ultraviolet rays. Among them, the ultraviolet lamp tube can generate ultraviolet light having a wavelength of 185 nm and a wavelength of 254 nm. And a portable power source 40 electrically coupled to the control circuit 11 to provide the component power supplier. The portable power source 40 is a rechargeable battery disposed inside the casing 10. The housing 10 is provided with a charging socket 12 electrically connected to the portable power source 40 for external charging to supplement the power of the portable power source 40. Furthermore, the opening 121 is provided with a movable opening and closing battery cover 25, and the battery cover 25 is shaped to cooperate with the lamp cover 20 to cover the opening 121 for the portable power supply. 40 can be placed in the housing 10. After the detailed structure of the present invention is clarified, the following is a detailed description of the operation principle of the present invention: As shown in the fourth drawing, the control circuit 11 is provided with a switch 13 at the surface of the casing 10, and the switch 13 is capable of controlling the ultraviolet mode. Group 30 is opened and closed. When the user has a sterilization requirement, the ultraviolet module 30 of the present invention can be directed toward the target object 90 and kept at an appropriate distance (at least a distance of 1 M441482 or more), and the switch 13 is turned on to cause the ultraviolet module 3 to emit ultraviolet rays. The ultraviolet ray is reflected on the surface of the target 90 through the reflection of the reflection space 21 and the reflection surface 22 to sterilize by ultraviolet rays. Since the ultraviolet lamp tube can generate ultraviolet rays having a wavelength of 185 nm and a wavelength of 254 nm. Among them, ultraviolet light is an invisible light that is beyond the purple spectrum and exists outside the purple line end of the spectrum, so it is called ultraviolet light. It is still a type of light wave, divided into three segments according to different wavelengths. Long-wave ultraviolet (UVA), medium-wave ultraviolet (UVB) and short-wave ultraviolet (UVC). Among them, the short-wave ultraviolet (UVC) wavelength is between 240~260NM, which is the most effective sterilization band. The 254 nm wavelength UV wavelength 254 nm UV bactericidal ability is 1600 times that of intense direct sunlight. It is very suitable for cleaning and sterilization. At the same time, as shown in FIG. 5, the open surface 23 allows external oxygen to enter the reflective space 21, and oxygen is irradiated in the reflective space 21 by ultraviolet light of 185 nm wavelength emitted by the ultraviolet module 30 to perform photochemical reaction to form oxygen. The skunk can also sterilize the target 90 after the ozone has escaped to the outside. Because ozone has strong oxidizing function and is extremely active, it is easy to chemically change with other molecules. Under its action, carbon and hydrocarbons on the surface of the object can be decomposed into carbon dioxide and water vapor, thus completely removing the adhesion. Carbon and organic contaminants on the surface of the object. Especially for harmful bacteria such as bacteria and viruses, it can destroy its cell membrane and protein to achieve the purpose of killing bacteria. For bad odors in the air, ozone oxidation produces an odor 7 M441482 substance that is re-reduced to oxygen to provide a fresh air effect. Moreover, ozone can further sterilize and improve the sterilization function in places where ultraviolet rays are hard to reach. In the present invention, the ultraviolet ray module 30 generates ultraviolet ray irradiation as a sterilizing function, and at the same time, when ultraviolet ray is irradiated, ozone in the air is formed into ozone to enhance the sterilizing function, and the ozone can be further sterilized in a place where ultraviolet rays are hard to be irradiated. Handle and improve the sterilization function. And this creation has the advantages of small size, light weight and convenience, and the design of the portable power supply 40 can be used for carrying. This creation can be used for sterilization and disinfection. For elevators, handrails, keyboards and other items that are in contact with hands, it can be disinfected at any time to reduce the risk of virus exposure. Food utensils such as cutlery, cups, cutting boards or knives can also be sterilized before and after use to prevent disease from entering the mouth. For infants and young children, bottles, pacifiers and toys are easy to fall and contaminate dangerous viruses and bacteria. Especially when going out, they can only be cleaned with water and can not be effectively cleaned. This product can be disinfected at any time and anywhere, reducing The harm of the virus to infants and young children. In addition, the small size of the notebook and the independent portable power supply 40 can supply the power directly to the space inside the car or the refrigerator for sterilization and deodorization. Furthermore, the control circuit 11 has a power-off protection module (not shown) for automatically powering off after the UV module 30 is activated for a certain period of time. 8 M441482 Avoid prolonged use of UV module 30 to cause damage to the lamp and to prevent excessive ozone concentration. From the above detailed description, it will be apparent to those skilled in the art that the creation is indeed quite different from the conventional design and has considerable novelty. Moreover, this creation has the unpredictable effects of the custom design, and it has already met the positive requirements of patent approval, and has filed a patent application according to law. While the present invention has been described in terms of a preferred embodiment, it is obvious to those skilled in the art that various changes can be made without departing from the spirit and scope of the invention. The above embodiments are merely illustrative of the present invention and are not intended to limit the scope of the present invention. All kinds of modifications or changes that are not in violation of the spirit of this creation are all in the scope of this creative intention. [Simple description of the diagram] The first picture is a three-dimensional appearance of the creation. The second picture is a three-dimensional appearance of the other angle of the creation. The third figure is a three-dimensional exploded view of the creation. The fourth picture is a schematic diagram of the state of use of the present creation. The fifth picture is a schematic diagram of ozone generated by the present UV module. 9 M441482 [Description of main components] Housing 10 Reflector 22 Control circuit 11 Open face 23 Charging socket 12 Clamping claw 24 Opening 121 Battery cover 25 Switch 13 UV module 30 Lamp cover 20 Portable power supply 40 Reflecting space 21 Target Object 90