10Ϊ年.04.月1.3日修正薄換頁 M432012 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係為一種分離式氧氣製造裝置，尤指一種先 於室外機製造氧氣後，再輸送至室内機並釋放氧氣以提 供室内環境氧氣之裝置。 [先前技術] [0002] 長久待在密閉的室内空間，會讓室内空間的空氣品 質下降，而讓人產生疲勞、精神不濟、胸悶、頭痛、呼 吸困難等症狀，是因為室内空間之二氧化碳增多，氧氣 含量減少的原因所導致，進而影響人們的身體健康或工 作的效率，因此有發展出各種氧氣製造裝置可製造氧氣 釋放於室内空間，而讓室内空間之氧氣含量變多，以改 善室内空間之空氣品質，習知的氧氣製造裝置如中華民 國新型專利公告第566521號『有氧清淨分離型空調機』 之專利案，主要係利用一組設於室外機之富氧製造機， 藉以產生高濃度氧氣，並藉由一輸送管送達一高氧喷呕 ，該喷咀係設於室内機之熱交換器，藉以對喷出之高溫 、高含水量之氧氣進行二次處理，再吹送入室内空間， 進而提高室内空間之高含氧量。 [0003] 但是，前案空調機並未先將室外空氣過濾之後，才 將潔淨之空氣輸送於富氧製造機製造氧氣，而讓製造出 來的氧氣帶有雜質，進而影響室内空氣品質，因此，本 創作人秉持著讓氧氣製造裝置有更好的功能性及實用性 ，而投入心力研究發展，以提供功能較佳的氧氣製造裝 置。 10022189^^^^ Α〇101 第3頁/共11頁 1013139076-0 M432012 [0004] [0005] [0006] [0007] [0008] [0009] [0010] 101年04月13日梭正#«頁 【新型内容】 爰此，本創作人為了達成製造出功能性較佳的氧氣 製造裝置，致力於研究，經過多次測試，而發展出一種 氧氣製造裝置，所述裝置分為室外機與室内機，先於室 外機過濾空氣後，製造出氧氣並傳輸至室内機·，再由室 内機調整所需的模式進行供氧，以提升室内空間之空氣 品質。 本創作提供一種分離式氧氣製造裝置，包含有：一 室外機，包含透過一管路依序連接之一空氣淨化單元、10Ϊ年.04.月1.3日修正薄换页 M432012 V. New description: [New technical field] [0001] This creation is a separate oxygen manufacturing device, especially after the oxygen is produced before the outdoor unit. A device that delivers to an indoor unit and releases oxygen to provide oxygen in the indoor environment. [Prior Art] [0002] Staying in a closed indoor space for a long time will reduce the air quality of the indoor space, causing fatigue, mental discomfort, chest tightness, headache, difficulty breathing, etc., because of the increase in carbon dioxide in the indoor space. The cause of the decrease in oxygen content, which in turn affects people's health or work efficiency. Therefore, various oxygen production devices have been developed to produce oxygen released into the indoor space, and the oxygen content in the indoor space is increased to improve the indoor space. Air quality, a well-known oxygen manufacturing device such as the Republic of China New Patent Announcement No. 566521 "Aerobic Clean Separation Air Conditioner" patent case, mainly using a set of oxygen-enriched manufacturing machines installed in the outdoor unit to generate high concentration Oxygen, and a high oxygen vomiting is delivered by a conveying pipe, which is installed in the heat exchanger of the indoor unit, so as to reprocess the high temperature and high water content of the oxygen which is ejected, and then blow it into the room. Space, which in turn increases the high oxygen content of the indoor space. [0003] However, the air conditioner of the former case does not filter the outdoor air first, and then delivers the clean air to the oxygen-enriched manufacturing machine to produce oxygen, so that the produced oxygen has impurities, thereby affecting the indoor air quality, therefore, The creator insists on making the oxygen manufacturing device have better functionality and practicality, and invests in research and development to provide a better oxygen manufacturing device. 10022189^^^^ Α〇101 Page 3 of 11 1013139076-0 M432012 [0004] [0006] [0007] [0009] [0010] April 13, 101, shuttle is #« Page [New Content] In this way, the creator has developed an oxygen production device, which is divided into an outdoor unit and an indoor unit, in order to achieve the production of a functional oxygen production device. The machine filters the air before the outdoor unit to produce oxygen and transmits it to the indoor unit. Then, the indoor unit adjusts the mode required for oxygen supply to improve the air quality of the indoor space. The present invention provides a separate oxygen manufacturing apparatus comprising: an outdoor unit comprising an air purification unit sequentially connected through a pipeline;
一製氧壓縮單元及一多分子篩單元；一室内機，透過所 I 述管路連接上述多分子篩單元，前述室内機包含有透過 所述管路連接之一氧氣輸出口； 一控制單元，電性連接 所述室外機及所述室内機，用以控制該室外機及室内機 之作動，使該室外機所製造之氧氣由該室内機之氧氣輸 出口輸出。 所述空氣淨化單元包含有一濾紙、一竹炭濾棉及一 奈米銀離子濾棉。 所述室内機包含有一流量感測器及一氧濃度感測器 〇 所述光觸媒殺菌單元包含有一紫外線燈。 所述室内機包含有一緊急供氧管線。 所述室外機包含有一除濕乾燥單元，前述除濕乾燥 單元透過所述管路連接於所述空氣淨化單元及所述製氧 壓縮單元之間。 10022189#單编號 A〇101 第4頁/共11頁 1013139076-0An oxygen-making unit and a multi-molecular sieve unit; an indoor unit connecting the multi-molecular sieve unit through the pipeline, wherein the indoor unit includes an oxygen outlet connected through the pipeline; a control unit, electrical The outdoor unit and the indoor unit are connected to control the operation of the outdoor unit and the indoor unit, so that the oxygen produced by the outdoor unit is output from the oxygen outlet of the indoor unit. The air purifying unit comprises a filter paper, a bamboo charcoal filter cotton and a nano silver ion filter cotton. The indoor unit includes a flow sensor and an oxygen concentration sensor. The photocatalyst sterilization unit comprises an ultraviolet lamp. The indoor unit includes an emergency oxygen supply line. The outdoor unit includes a dehumidifying drying unit, and the dehumidifying and drying unit is connected between the air purifying unit and the oxygen generating and compressing unit through the pipe. 10022189#单号 A〇101 Page 4 of 11 1013139076-0
[0011] [0012] [0013] [0014] [0015] [0016] [0017] [0018] [0019] [0020] [0021] [0022] .修正鲜頁 所述至外機包含有—光觸媒殺菌單元，前述光觸媒 殺菌單元料収#3^接於所述除 濕乾燥單元及所述 製氧壓缩單元之間。 所述室内機包含有-流量設定單元。 所述室内機包含有一加濕及芬多精單元。 本創作之功效： 1. 有效過濾外部空氣，使得製造出的氧氣不含有其 他雜質。 2. 可針對各種使用需求調整氧氣輸出模式。 3. 分離式設計，得以保持室内安靜。 4. 緊急時可輸出高氧氣含量（9〇%)以供使用。 5. 結合芬多精讓室内的空氣品質更好。 【實施方式】 有關本創作之技術特徵及增進功效，配合下列圖式 之較佳實施例即可清楚呈現，首先，請參閱第一圖所示 ’本創作之較佳實施例，為一種分離式氧氣製造裝置， 包含有： 一室外機（1)，放置於室外空間，前述室外機（1)包 含透過一管路（2)依序連接之一空氣淨化單元（11)、一除 濕乾燥單元（12)、一光觸媒殺菌單元（13)、一製氧壓縮 單元（14)及一多分子篩單元（15)。 一室内機（3)，放置於室内空間，前述室内機（3)透 10022189#單編號 A0101 第5頁/共11頁 1013139076-0 M432012 101年.04月13日梭正替換頁 過所述管路（2)連接上述多分子篩單元（15)，前述室内機 (3)包含透過所述管路（2)依序連接之一流量設定單元 (31)、一加濕及芬多精單元（32)及一氧氣輸出口（33)， 並於設有一流量感測器（34)及一氧濃度感測器（35)。 [0023] 一控制單元（4)，設置於所述室内機（3)上，前述控 制單元（4)用以控制所述室外機（1)及所述室内機（3)之 作動。 · [0024] 進一步說明，所述室外機（1)接收空氣進入所述空氣 淨化單元（11)，所述空氣淨化單元（11)設有三道過濾防 _ 線，先有一濾紙（111)擋住空氣中的重金屬、大顆粒灰塵 等；再有一竹炭濾棉（112)，藉由竹炭豐富的束管纖維組 織能完全自然的除臭、除濕、過濾不良空氣，吸附有害 電波、塵土等；最後有一奈米銀離子濾棉（113)，係運用 奈米銀抗菌、除臭、防腐的功能，詳細的說，銀的化學 結構決定了銀具有較高的催化能力，高氧化態銀的還原 勢極高，足以使其周圍空間產生原子氧，前述原子氧具 有強氧化性而可以滅菌，銀離子可以強烈的吸引細菌體 · 中蛋白酶上的酼基，迅速與其結合在一起，使蛋白酶喪 失活性，導致細菌死亡，當細菌被銀離子消滅後，銀離 子又由細菌屍體中遊離出來，再與其它菌接觸，周而復 始地進行上述程序，這也是銀殺菌持久性的原因，因此 ，經過三道過濾防線使得空氣的潔淨程度較高。 [0025] 於所述空氣淨化單元（11)潔淨過後之空氣，透過所 述製氧壓縮單元（14)的驅動下，潔淨的空氣先進入所述 除濕乾燥單元（12)去除空氣中的水分，接著進入所述光 10022189^單编號 A〇101 第6頁/共11頁 1013139076-0 M432012 ί:ΟΪ年.04月13日梭正_頁 觸媒殺菌單元（13)，其具有密閉的消毒空間，前述消毒 空間包含有一個透明的天窗，光線可以直接照射到消毒 空間内，同時照射到位於内部之光觸媒，光觸媒在光線 的照射下，吸收太陽光中的紫外線，在紫外線能量的激 發下發生氧化還原反應，形成強氧化性的氫氧自由基和 超氧陰離子自由基，把空氣中遊離的有害物質及微生物 分解成無害的二氧化碳和水，光觸媒具有高效廣譜的消 毒效能，對各種常見的致病菌都有很好的抑制和殺滅作 用。 [0026] 值得一提的是，經科學實驗證明，光觸媒對綠膿桿 菌、大腸桿菌、金黃色葡萄球菌、白色葡萄球菌、肺炎 克雷伯氏菌、沙門氏菌、芽桿菌和黴菌等具有很強的消 滅能力，俾以達到淨化空氣中有毒害之氣體、有效控制 細菌、病毒的交叉感染及抑制細菌繁殖的目的，而且， 光觸媒作動過成不發生變化和損耗，只提供一個反應場 所，即具有時間持久、持續作用、性質穩定、安全無毒 的特點，同時不產生二次汙染。 [0027] 此外，所述光觸媒殺菌單元（13)包含有一紫外線燈 (131)，在沒有陽光的時候，驅動所述紫外線燈（131)發 光激發光觸媒進行工作，較佳的作法是，所述紫外線燈 (131)的啟閉由光敏開關控制，在白天有光照時，所述紫 外線燈（131)關閉，當天色暗到一定的程度，光敏開關啟 動而開啟所述紫外線燈（131)，當天轉亮時光敏開關關閉 紫外線燈（131)，而經由光觸媒分解出來的水經由排水管 路排出所述光觸媒殺菌單元（13)。 10022189^^^^* Α〇101 第7頁/共11頁 1013139076-0 M432012 [0028] 101年.04月13日按正_^頁 殺菌完成後的空氣進入所述多分子篩單元（15)，體 積較大的氮氣被堵塞在分子篩的空隙中，而輕盈的氧氣 則通過分子篩的空隙繼續向前，持續製造高濃度氧氣。 [0029] 所述室内機（3)藉由所述管路（2)承接氧氣，並透過 所述流量設定單元（31)控制流量，及流量感測器（3 4 )監 控流量，而所述加濕及芬多精單元（32)用以調節室内空 間的相對濕度，詳細的說，所述加濕及芬多精單元（32) · 可微量、適中或較大的開啟，在一定溫度下，調節相對 · 應的濕度，一般濕度應控制在40%-60%之間，尤其是在冬 季或在氣候乾燥的地區，增加室内的濕度尤為重要，透 過增濕的水喷霧送進所述管路（2>，水喷霧和氧氣混合， 使氧氣帶有濕度而由所述氧氣輸出口（33)釋放至室内空 間。 [0030] 此外，所述加濕及芬多精單元（32)設有一個芬多精 油儲存罐的風口，當氧氣吹向風口時，將罐中的芬多精 氣息一起吹向室内空間，另外，所述室内機（3)備有一緊 急供氧管線（36)，可提供90%以上的氧氣供緊急時使用。 [0031] 一般來講，在大自然的環境中，空氣的含氧量大約 為20. 6%-20. 9%，而室内提供的氧氣，濃度最佳應在 25%-40%，因此，藉由所述控制單元（4)對需求的氧量進 行上下限的設定，設定分成二模式，第一模式為氧保健 濃度，透過所述氧濃度感測器（35)維持氧濃度下限為25% ，上限為29%，適用於普通人群，第二模式為氧療濃度， 維持氧濃度下限為28%，上限為32%，適用於病理性缺氧 人群，按需求設定好後，當氧濃度低於下限時，所述氧 10022189#單編號 A〇101 第8頁/共11頁 1013139076-0 料幻〇12 ιοί年.04月13日俊正_頁 濃度感測器（35)發射訊號至所述控制單元，而控制所 述流量設定單/0(31)開啟供氧，當測得氧濃度超過上限 時，則關閉停止供氡，而形成自動控制狀態。 惟以上所述僅係為本創作之較佳實施例，當不能以 此限定本創作實施之範圍，即依本創作申請專利範圍及 新型說明内容所作簡單的等效變化與修飾，皆屬本創作 專利涵盡之範圍内。 【圖式簡單說明】 [0033][0012] [0014] [0014] [0016] [0016] [0020] [0022] [0022] [0022] The modified fresh page said to the external machine contains - photocatalyst sterilization The unit, the photocatalyst sterilization unit is connected to the dehumidifying drying unit and the oxygen generating and compressing unit. The indoor unit includes a flow rate setting unit. The indoor unit includes a humidifying and fendorfer unit. The effect of this creation: 1. Effectively filter the outside air so that the oxygen produced does not contain other impurities. 2. The oxygen output mode can be adjusted for various usage needs. 3. Separate design to keep the room quiet. 4. High oxygen content (9〇%) can be output for emergency use. 5. Combine fentanyl to make the indoor air quality better. [Embodiment] The technical features and enhancements of the present invention can be clearly presented in conjunction with the preferred embodiments of the following drawings. First, please refer to the preferred embodiment of the present invention as a separate embodiment. The oxygen manufacturing device comprises: an outdoor unit (1) placed in an outdoor space, wherein the outdoor unit (1) comprises an air purifying unit (11) and a dehumidifying drying unit sequentially connected through a pipeline (2). 12) a photocatalyst sterilization unit (13), an oxygen compression unit (14) and a multi-molecular sieve unit (15). An indoor unit (3), placed in the indoor space, the aforementioned indoor unit (3) through 10022189# single number A0101 page 5 / total 11 pages 1013139076-0 M432012 101. April 13 shuttle is replacing the page through the tube The road (2) is connected to the multi-molecular sieve unit (15), and the indoor unit (3) comprises a flow rate setting unit (31), a humidifying and a fendorfer unit (32) sequentially connected through the pipeline (2). And an oxygen outlet (33), and is provided with a flow sensor (34) and an oxygen concentration sensor (35). [0023] A control unit (4) is disposed on the indoor unit (3), and the control unit (4) is configured to control the operation of the outdoor unit (1) and the indoor unit (3). [0024] Further, the outdoor unit (1) receives air into the air purification unit (11), and the air purification unit (11) is provided with three filtering anti-lines, and a filter paper (111) first blocks the air. Heavy metal, large particle dust, etc.; there is a bamboo charcoal filter cotton (112), which can completely deodorize, dehumidify, filter bad air, absorb harmful electric waves, dust, etc. by bamboo charcoal-rich bundle tube fiber structure; Rice silver ion filter cotton (113) is a function of antibacterial, deodorizing and antiseptic properties of nano silver. In detail, the chemical structure of silver determines the high catalytic ability of silver, and the high oxidation state of silver is extremely high. It is enough to generate atomic oxygen in the surrounding space. The above atomic oxygen has strong oxidizing properties and can be sterilized. Silver ions can strongly attract the sulfhydryl groups on the protease in the bacterial body, and quickly combine with them to deactivate the protease and cause bacteria. Death, when the bacteria are eliminated by silver ions, the silver ions are released from the corpses of the bacteria, and then contact with other bacteria, and the above procedures are repeated. Cause bactericidal persistent, so after three filtered air defense so that a higher degree of cleanliness. [0025] After the cleaned air of the air purifying unit (11) is driven by the oxygen generating and compressing unit (14), the clean air first enters the dehumidifying drying unit (12) to remove moisture from the air. Then enter the light 10022189^single number A〇101 page 6/total 11 pages 1013139076-0 M432012 ί: ΟΪ年.04月13日 Shuttle _ page catalyst sterilization unit (13), which has a closed disinfection Space, the disinfection space includes a transparent skylight, the light can be directly irradiated into the disinfection space, and simultaneously irradiated to the photocatalyst located inside, the photocatalyst absorbs the ultraviolet light in the sunlight under the illumination of the light, and occurs under the excitation of the ultraviolet energy. Redox reaction, forming strong oxidizing hydroxyl radicals and superoxide anion radicals, decomposing free harmful substances and microorganisms in the air into harmless carbon dioxide and water. Photocatalyst has high-efficiency and broad-spectrum disinfection efficiency, for various common Pathogenic bacteria have a good inhibition and killing effect. [0026] It is worth mentioning that the photocatalyst has strong resistance to Pseudomonas aeruginosa, Escherichia coli, Staphylococcus aureus, Staphylococcus aureus, Klebsiella pneumoniae, Salmonella, Bacillus, and mold. Eliminate the ability to purify the toxic gases in the air, effectively control the cross-infection of bacteria and viruses, and inhibit the proliferation of bacteria. Moreover, the photocatalyst does not change and loses, and only provides a reaction site, that is, it has time. Long-lasting, continuous action, stable nature, safe and non-toxic, and no secondary pollution. [0027] In addition, the photocatalyst sterilization unit (13) includes an ultraviolet lamp (131) for driving the ultraviolet lamp (131) to emit light to activate the photocatalyst when there is no sunlight. Preferably, the ultraviolet light is The opening and closing of the lamp (131) is controlled by a photosensitive switch. When there is illumination during the day, the ultraviolet lamp (131) is turned off, and the color of the day is dark to a certain extent, and the photosensitive switch is activated to turn on the ultraviolet lamp (131). When the light is on, the photosensitive switch turns off the ultraviolet lamp (131), and the water decomposed by the photocatalyst discharges the photocatalyst sterilization unit (13) via the drain line. 10022189^^^^* Α〇101 Page 7 of 11 1013139076-0 M432012 [0028] 101. On April 13th, the air after sterilization is completed into the multi-molecular sieve unit (15), The bulky nitrogen is trapped in the pores of the molecular sieve, while the light oxygen continues to move forward through the pores of the molecular sieve, continuing to produce high concentrations of oxygen. [0029] the indoor unit (3) receives oxygen through the pipeline (2), and controls the flow rate through the flow rate setting unit (31), and the flow sensor (34) monitors the flow rate, and the flow rate sensor (3) The humidifying and fentanol unit (32) is used to adjust the relative humidity of the indoor space. In detail, the humidifying and fendorfin unit (32) can be opened in a small amount, moderately or at a certain temperature. Adjust the relative humidity, the general humidity should be controlled between 40% and 60%, especially in the winter or in the dry climate, it is especially important to increase the humidity in the room, which is sent through the humidified water spray. The line (2), the water spray and the oxygen are mixed, and the oxygen is released to the indoor space by the oxygen outlet (33) with humidity. [0030] In addition, the humidifying and fendorfin unit (32) There is a tuyere of the Fendo essential oil storage tank. When the oxygen is blown to the tuyere, the fendo essence in the tank is blown together into the indoor space, and the indoor unit (3) is provided with an emergency oxygen supply line (36). More than 90% of oxygen can be supplied for emergency use. [0031] Generally speaking, in large In a natural environment, the oxygen content of the air is about 20.6%-20.9%, and the oxygen supplied in the room should be at a concentration of 25%-40%. Therefore, by the control unit (4) The upper and lower limits of the required oxygen amount are set, and the setting is divided into two modes. The first mode is an oxygen care concentration, and the oxygen concentration lower limit is 25% and the upper limit is 29% through the oxygen concentration sensor (35). In the general population, the second mode is oxygen therapy concentration, the lower limit of oxygen concentration is 28%, and the upper limit is 32%. It is suitable for people with pathological hypoxia. After setting according to demand, when the oxygen concentration is lower than the lower limit, the oxygen 10022189 #单编号A〇101 Page 8 of 11 1013139076-0 幻幻〇12 ιοί年.04月13日正正_Page concentration sensor (35) transmits a signal to the control unit, and controls the flow Set the single/0 (31) to turn on the oxygen supply. When the measured oxygen concentration exceeds the upper limit, the supply stop is stopped and the automatic control state is formed. However, the above description is only a preferred embodiment of the present invention. This limits the scope of the implementation of this creation, that is, within the scope of the patent application and the new description Made by simple modifications and equivalent, are within the scope of the case to make the creation of the present patent culvert.] [Brief Description of the drawings [0033]
第一圖係為示意圖，說明較佳實施例之各部構件對 應關係。 【主要元件符號說明】 [_ ( 1)室外機 （11)空氣淨化單元 (111)濾紙 （1 1 2)竹炭濾棉 (1 13)奈米銀離子濾棉（1 2) 除濕乾燥單元 (13) 光觸媒殺菌單元（1 3 1)紫外線燈 (14) 製氧壓縮單元（15) >分子篩單元 • ( 2)管路 (3) 室内機 (31) 流量設定單元 (32) 加濕及芬多精單元 (33) 氧氣輸出口 (34) 流量感測器 (35) 氧濃度感測器 (36) 緊急供氧管線 (4) 控制單元 10022189#單編號Α0101 第9頁/共11頁 1013139076-0The first figure is a schematic diagram illustrating the corresponding components of the preferred embodiment. [Main component symbol description] [_ (1) Outdoor unit (11) Air purification unit (111) Filter paper (1 1 2) Bamboo carbon filter cotton (1 13) Nano silver ion filter cotton (1 2) Dehumidifying drying unit (13 Photocatalyst sterilization unit (1 3 1) UV lamp (14) Oxygen compression unit (15) > Molecular sieve unit • (2) Piping (3) Indoor unit (31) Flow setting unit (32) Humidification and Fendo Fine unit (33) Oxygen output port (34) Flow sensor (35) Oxygen concentration sensor (36) Emergency oxygen supply line (4) Control unit 10022189#单号Α0101 Page 9 of 11 1013139076-0