M252575 捌、新型說明： 【新型所屬之技術領域】 本創作係與移動式臭氧/純氧供應裝置有關，特別是指一種可視使用狀 況以調整其供應純氧或供應臭氧等雙重功效之裝置者。 【先前技術】 按就利用臭氧以進行消毒滅菌之先存技術中，其利用方式，大抵可分 為直接將臭氧氣體直接排至一預定的空間內，或是先將其溶解於水中，再 利用該臭氧水進行浸泡或沖洗等二種方式。 前述使用於製造臭氧水之利用方式中，由於其臭氧製造機必須與水管 相啣接，因此，並無法將其設為可任意移動者。 至於直接將臭氧氣體排出至一密閉或半密閉之空間內，藉以進行消毒 或滅菌之利用方式，亦早已被廣泛使用，例如利用於隔離SARS病患之負 壓病房中。 在一般情況下，以空氣做為臭氧製造機之氣源固然十分方便，然而由 於空氣中僅含20%〜21 %之氧氣，因此，以其做為氣源，將使該臭氧製造 機所能提供之臭氧量顯得相當有限，而在需要以高濃度臭氧進行更有效率 的消毒或滅菌場合中，如何提高臭氧濃度即為本創作所欲解決的主要課題 之一。 另外，臭氧氣體固然具有令人滿意的消毒滅菌功能，然倘若僅能固定 地使用於病房之中，則仍難充分地發揮其功效，因此，如何使臭氧製造機 既能提供高濃度臭氧，又可以隨時且安全地移動至適當地點，乃成為本創 5 M252575 作另一個欲解決的課題。 【新型內容】 本創作之主要目的即在於提供一種移動式臭氧/純氧供應裝置，其具有 可以純氧做為氣源以高效率地製造臭氧之功能者。 本創作之次一目的則在於提供一種移動式臭氧/純氧供應裝置，其具有 可提供臭氧與純氧兩種使用方式之功能者。 本創作之再一目的在於提供一種移動式臭氧/純氧供應裝置，其兼具有 可輸出高純度氧氣，以進行緊急救援之功能者。 為達成前述之目的，本創作所揭之移動式臭氧/純氧供應裝置其包含有 :一殼體，具有一通道以及一風扇以強制適量之空氣通過該通道；一臭氧 產生器，設於該殼體內，並具有一進氣端用以輸入空氣或氧氣，以及一出 氣端用以輸出含有適當濃度之臭氧至該通道中；一純氧供應器，設於該殼 體內，其具有一第一管道用以將氧氣輸送至該臭氧產生器之進氣端，一第 二管道用以將氧氣輸出至該殼體外； 一濾網，設於該通道內部，用以過濾懸浮於空氣中之雜質。藉此以使該裝 置於普通使用狀況下可藉臭氧以達成除臭殺菌功能，而於緊急狀況下則具 有提供純氧以進行急救之功能。 茲舉一本創作之較佳實施例，並配合圖式做進一步之詳細說明如下。 【實施方式】 首先請參閱各圖式，本創作之移動式臭氧/純氧供應裝置，主要係於一 殼體(10)內部設有以適當管道相連通之一臭氧產生器(20)與一純氧供應器 6 M252575 (30)〇 該殼體(10)，具有適當之形狀，而可供各該臭氧產生器(20)與氧氣瓶(30) 設於其中；一通道(12)設於其內部，其兩端分別連通至該殼體(10)之外；一 軸流式風扇(14)設於該通道(12)內部，用以強制該通道(12)內空氣流動，以 迫使該通道(12)之一端產生吸引氣流，而另一端則形成排出氣流；一濾網(16) 設於該通道(12)之末端其具有將流經該通道(12)內之空氣中所混雜之病毒 、細菌或微生物等截留於其上之功能。 該臭氧產生器(20)，設於該殼體(10)內部，其具有一進氣端(22)與一出 氣端(24)，該進氣端(22)上又設有一歧管(26)，各該歧管(26)與出氣端(24) 分別與該通道(12)之預定部位相連通。 該純氧供應器(30)，用來供應適量之高純度氧氣至該臭氧產生器(20)， 其包含有一氧氣瓶(32)，一第一管道(34)連接於該氧氣瓶(32)與該歧管(26) 之間，一第二管道(36)連接於該氧氣瓶(32)與該殼體(1〇)之外。 若干閥體，分別設於該歧管(26)與該通道(12)之間、該歧管(26)與該第 一通道(34)之間、該第二管道(36)之末端，用以分別控制各該部位之啟閉。 在通常之使用狀態下，該移動式臭氧/純氧供應裝置係被置於一室內， 並將各該通道(12)與歧管(26)之間，以及該第二管道(36)予以關閉；再以該 氧氣瓶(32)提供高純度之氧氣至該臭氧產生器(20)，以提高其製造臭氧之效 率，由該臭氧產生器(20)所製造之臭氧氣體，係經由該出氣管(24)被輸出至 該通道(34)中，並通過該濾網(Ί6)而排至室內。 其使用上之功效，除以具有高度活化之臭氧淨化室內空氣之外，於該 7 M252575 通道(12)內持續存在之高濃度臭氧，將可以有效地破壞或殺死被截留在該濾 網(16)上之有害物質或細菌。 本實施例中固然係將該進氣端(22)與該通道(12)設為相連通，惟於使用 上，將其直接連通至該殼體(10)之外亦屬可行方式之一。而且，使用者也可 以關閉住各該第一、第二管道(34)(36)，並打開連通於該通道(12)與該歧管 (26)間之路徑，用以將該臭氧產生器(2〇)之入氣源，由前述之高濃度純氧改 為利用一般空氣，或是利用含有低濃度臭氧氣體之該通道(12)內之氣體。 在緊急狀態時，使用者可以關閉該臭氧產生器(20)或/以及該進氣端(22) ，並開啟該第二管道(36)，配合一適當面罩(圖中未示），以直接輸出高濃度 氧氣，藉以使該移動式臭氧/純氧供應裝置在使用上，又兼具有急救用氧氣 罩(oxygen tent/mask)之功能。 於此一使用方式下，由於該氧氣係直接輸出自該氧氣瓶(30)，而不經過 該通道(12)與濾網(16)，因此又可確保所輸出之氧氣的純淨。而且，此一緊 急狀態之適用時機，可以是在原本即設有氧氣瓶之救護車上，藉以既使救 護人員可以視實際之需要，在運送病患之過程中，採取車廂內與防護衣之 消毒滅菌，或是提供病患氧氣等不同救護需求。 前述實施例之純氧供應器(30)中，固然係以一氧氣瓶(32)供應氧氣，以 提髙該臭氧產生器(20)所製造之臭氧濃度，惟於實際之運用上，利用美國專 利第 6,425,940 號專利所揭露之 PSA(Pressure Swing Adsorption)或富氧 膜等用以析離氧氣之裝置來取代該氧氣瓶(32)，亦屬可行，而且，藉此可更 進一步地避免高壓氧氣瓶(32)在使用時，可能潜在的引發爆炸的危險性。 8 M252575 另外，為便於改變前述之使用狀態，本實施例中於其殼體(彳〇)之適當部 位（例如其外側或車體之儀表板上等），進一步設有一控制面板(18)，該控 制面板(18)上設有若干按鍵，以分別利用馬達或電磁閥(圖中未示)以分別控 制各該閥體或臭氧產生器(20)之啟閉。 本創作所揭移動式臭氧/純氧供應裝置之殼體(1〇)，其形狀並不受到限 制，除可設計為如前述實施例中之模型汽車形狀之外，於實際之使用上， 該殼體(10)亦可直接利用一真正的汽車車廂，並將各該臭氧產生器(2〇)與純 氧供應器(30)置於其置物箱或引擎室中，而以該汽車之乘坐或載貨空間，以 及預設於該汽車空調管路的一部份做為該通道(12)，藉以可隨時對該汽車內 部進行消毒或淨化空氣；也可以藉由設於該通道(12)中之若干閥門(圖中未 示），以改變該車廂為封閉式空間，使其內之空氣保持為內部循環，或改變 該車廂為半封閉式空間，以吸入車體外之適量空氣等不同狀態，俾隨時保 持車廂內空氣清新且富含氧氣，以提振駕駛者的精神，並增進行車安全。 而且，配合前述控制面板(18)之控制作用，還可以將本創作所揭裝置， 設計為在該汽車引擎關閉或防盜裝置啟動後，將自行啟動該臭氧產生器(20) 運轉十分鐘，以對該車廂內部進行澈底消毒，俾於使用者再度進入該車廂 時，可立即享受到充滿新鮮氧氣之舒適感。 9 M252575 【圖式簡單說明】 第一圖係本創作一較佳寳施例之側視示意圖。 第二圖係本創作一較佳實施例其控制面板之正視圖。 【圖式簡單說明】 殼 體 (10) 歧 管 (26) 通 道 (12) 純氧供應器 (30) 風 扇 (14) 氧氣瓶 (32) 濾 網 (16) 第一管道 (34) 控制面板 (18) 第二管道 (36) 臭氧產生器 (20) 進氣端 (22) 出氣端 (24) 10M252575 新型 Description of the new type: [Technical field to which the new type belongs] This creation is related to a mobile ozone / pure oxygen supply device, especially a device that can adjust its dual functions such as supplying pure oxygen or supplying ozone depending on the use situation. [Previous technology] According to the existing technology of using ozone for sterilization, it can be divided into the direct discharge of ozone gas into a predetermined space, or it can be dissolved in water and then used. The ozone water is immersed or rinsed in two ways. In the aforementioned utilization method for producing ozone water, since the ozone production machine must be connected with the water pipe, it cannot be set as a person who can move arbitrarily. As for the direct discharge of ozone gas into an enclosed or semi-enclosed space for disinfection or sterilization, it has also been widely used, for example, in negative pressure wards for isolating SARS patients. In general, it is very convenient to use air as the gas source of the ozone production machine. However, since the air contains only 20% to 21% oxygen, using it as the gas source will enable the ozone production machine to function. The amount of ozone provided is quite limited, and in the case of more efficient disinfection or sterilization with high concentration of ozone, how to increase the ozone concentration is one of the main issues to be solved by the author. In addition, although ozone gas has a satisfactory disinfection and sterilization function, if it can only be used fixedly in the ward, it is still difficult to give full play to its effectiveness. Therefore, how to make the ozone production machine not only provide high concentration ozone, but also It can be moved to a proper place at any time and safely, which is another problem to be solved by the original 5 M252575. [New content] The main purpose of this creation is to provide a mobile ozone / pure oxygen supply device, which has the function of pure ozone as a gas source to efficiently produce ozone. The second objective of this creation is to provide a mobile ozone / pure oxygen supply device that has the function of providing two ways of using ozone and pure oxygen. Another purpose of this creation is to provide a mobile ozone / pure oxygen supply device that also has the function of outputting high-purity oxygen for emergency rescue. In order to achieve the aforementioned purpose, the mobile ozone / pure oxygen supply device disclosed in this creation includes: a casing having a channel and a fan to force a proper amount of air to pass through the channel; an ozone generator provided in the Inside the casing, there is an inlet end for inputting air or oxygen, and an outlet end for outputting ozone containing a proper concentration into the channel; a pure oxygen supplier is provided in the casing, and has a first A pipe is used to convey oxygen to the air intake end of the ozone generator, a second pipe is used to output oxygen to the outside of the casing; a filter is arranged inside the channel to filter impurities suspended in the air. This allows the device to use ozone to achieve deodorizing and sterilizing functions under ordinary use conditions, and provides pure oxygen for emergency functions in emergency situations. Here is a preferred embodiment of the creation, and further detailed description with the drawings is as follows. [Embodiment] First, please refer to the drawings. The mobile ozone / pure oxygen supply device of this creation is mainly provided in a housing (10) with an ozone generator (20) and an ozone generator connected by appropriate pipes. Pure oxygen supply 6 M252575 (30). The casing (10) has a proper shape, and each of the ozone generator (20) and the oxygen cylinder (30) can be installed therein; a channel (12) is provided at Inside, its two ends are respectively communicated to the outside of the casing (10); an axial fan (14) is provided inside the passage (12), for forcing the air flow in the passage (12) to force the One end of the channel (12) generates a suction air flow, while the other end forms an exhaust air flow; a filter (16) is provided at the end of the channel (12) and has a mixture of air mixed in the air flowing through the channel (12). Viruses, bacteria or microorganisms are trapped on it. The ozone generator (20) is disposed inside the casing (10), and has an air inlet end (22) and an air outlet end (24), and a manifold (26) is provided on the air inlet end (22). ), Each of the manifolds (26) and the outlet end (24) are in communication with a predetermined portion of the channel (12), respectively. The pure oxygen supplier (30) is used to supply an appropriate amount of high-purity oxygen to the ozone generator (20), which includes an oxygen cylinder (32), and a first pipe (34) is connected to the oxygen cylinder (32) Between the manifold (26) and a second pipe (36) is connected outside the oxygen cylinder (32) and the casing (10). A plurality of valve bodies are respectively disposed between the manifold (26) and the passage (12), between the manifold (26) and the first passage (34), and at the end of the second pipe (36). To control the opening and closing of each part separately. Under normal use conditions, the mobile ozone / pure oxygen supply device is placed in a room, and each of the channels (12) and the manifold (26) and the second pipe (36) are closed. ; Then use the oxygen cylinder (32) to provide high-purity oxygen to the ozone generator (20) to improve its ozone production efficiency, the ozone gas produced by the ozone generator (20) is passed through the outlet pipe (24) is output to the channel (34), and is discharged into the room through the filter (Ί6). The effectiveness of its use, in addition to purifying the indoor air with highly activated ozone, the high concentration of ozone continuously existing in the 7 M252575 channel (12) will effectively destroy or kill the trapped in the filter ( 16) harmful substances or bacteria on it. In this embodiment, although the air inlet end (22) and the channel (12) are connected to each other, in use, it is also one of the feasible ways to directly connect it to the casing (10). Moreover, the user can also close each of the first and second pipes (34) (36), and open a path connecting the passage (12) and the manifold (26) for the ozone generator. (2) The gas inlet source is changed from the above-mentioned high-concentration pure oxygen to general air or the gas in the channel (12) containing low-concentration ozone gas. In an emergency, the user can close the ozone generator (20) or / and the air inlet (22), and open the second pipe (36), with a suitable mask (not shown), to directly The high-concentration oxygen is output, so that the mobile ozone / pure oxygen supply device has the function of an oxygen tent / mask for emergency use. In this use mode, since the oxygen is directly output from the oxygen cylinder (30) without passing through the channel (12) and the filter screen (16), the purity of the output oxygen can be ensured. Moreover, the applicable time of this emergency can be in an ambulance that is originally provided with an oxygen cylinder, so that even if the ambulance personnel can take the actual needs, in the process of transporting the patient, take the inside of the car and the protective clothing. Sterilize or provide patients with different medical needs such as oxygen. In the pure oxygen supplier (30) of the foregoing embodiment, of course, an oxygen cylinder (32) is used to supply oxygen to increase the ozone concentration produced by the ozone generator (20). However, in practical applications, the United States It is also feasible to replace the oxygen cylinder (32) with a device for separating oxygen such as PSA (Pressure Swing Adsorption) or oxygen-enriched membrane disclosed in Patent No. 6,425,940. Furthermore, high-pressure oxygen can be further avoided by this The bottle (32) may potentially cause an explosion hazard when in use. 8 M252575 In addition, in order to facilitate the change of the aforementioned use state, in this embodiment, a control panel (18) is further provided at an appropriate part of the housing (彳 〇) (such as the outside or the dashboard of the car body, etc.). The control panel (18) is provided with a plurality of keys to control the opening and closing of the valve body or the ozone generator (20) by using a motor or a solenoid valve (not shown) respectively. The shape of the casing (10) of the mobile ozone / pure oxygen supply device disclosed in this creation is not limited, except that it can be designed as the shape of a model car in the foregoing embodiment. In actual use, the The casing (10) can also directly use a real car compartment, and place each of the ozone generator (20) and the pure oxygen supplier (30) in its storage box or engine room, and use the car to ride Or cargo space, and a part preset in the air-conditioning pipe of the car as the passage (12), so that the interior of the car can be disinfected or purified at any time; it can also be provided in the passage (12) Several valves (not shown) to change the compartment into a closed space to keep the air inside it to circulate internally, or to change the compartment to a semi-closed space to suck in an appropriate amount of air outside the vehicle. At all times, the air in the cabin is kept fresh and rich in oxygen to boost the spirit of the driver and increase the safety of the car. Moreover, in accordance with the control function of the aforementioned control panel (18), the device disclosed in this creation can also be designed to start the ozone generator (20) for 10 minutes after the car engine is turned off or the anti-theft device is started. The interior of the compartment is sterilized, and when users enter the compartment again, they can immediately enjoy the comfort of being filled with fresh oxygen. 9 M252575 [Brief description of the diagram] The first picture is a schematic side view of a better treasure example of this creation. The second figure is a front view of a control panel of a preferred embodiment of the present invention. [Schematic description] Housing (10) Manifold (26) Channel (12) Pure oxygen supply (30) Fan (14) Oxygen cylinder (32) Strainer (16) First pipe (34) Control panel ( 18) Second pipe (36) Ozone generator (20) Intake end (22) Outlet end (24) 10