五、新型說明： 【新型所屬之技術領域】 本創作係齡慧麵掛式錢妓清淨“致冷_機，（以下 簡稱有氧⑼除_，本卿分為㉗清料置、氧驗及氧氣釋放V. New description: 【New technology field】 The creative department is a clean face-mounted Qian Qianqing “cooling machine” (hereinafter referred to as aerobic (9) except _, this Qing is divided into 27 clear material, oxygen test and Oxygen release
鲁大量的負離子會使空氣中的懸浮微粒帶負電， 衣篁円含排風扇、負離子產生器 並將負離子釋放於室内空氣中， 帶負電’運用正負相吸的特性， 附著在帶正電的地面及牆壁表面，達到攄除淨化空氣污染物的效果， 奈米光觸媒的顧是藉由料光或太陽光的騎，使觸媒表面的電子 吸收足夠能量而，而在電子__置便形成帶正電的電洞，電 洞會將附近水分子游離出的氫氧基.)氧化(即奪取其電子），使其成 為活性極大的氫氧自由基(〇H radical);氫氧自由基一旦遇上有機物 質，便會將電子奪回，有機物分子因鍵結的潰散而分崩離析，一般的 _污染物或病源體多半是碳水化合物，分解後大部份會變成無害的水及 二氧化碳’ S1此可以達到除污及滅g的目標’摘作採时外線燈管 +二氧化鈦光觸媒，可快速淨化空氣並消除空氣之異味；一氧氣瓶及 氧氣釋放裝置内含一小型罐裝氧氣瓶，該鋼瓶具有安全閥與減壓喷 頭，内含一可接受微電腦控制之電磁閥氣艎釋放開關；一晶片致冷除 濕裝置，採用半導趙電子晶片科技，致冷器不用壓縮機無需冷媒不會 污染，内含散熱鰭片及致冷晶片集冷板，可將超過設定值之空氣 冷卻並凝結為水以達到除濕效果，一散熱鰭片可將致冷晶片所產生之 、原由排熱風扇散熱，該散熱鑛片可為氣冷式或水冷式之散熱裝 置，微電膘主控電路裝置内含一無線接收模器，可將手持無線遙控 器裝置發出之無線訊號解調，可令微電滕主控電路，依手持無線遙控 器才曰7 ’輪出空氣清淨、氧氣釋放、晶片致冷除濕、水滿自動停機等 功能，-電源播入口及電池電源可供上述裝置電源；一手持無線遙控 器裝置’内含微電腦主控電路裝置、無線發射模組、熱線型半導體式 一氧化碳氣體制B、非分㈣紅外線原理（簡稱隱)之二氧化碳氣 鲁體感琪J器’备該遙控器之二氧化碳氣體感測器於人群擁播的城市公 共場所和通風不良的居室等處，偵測到氧氣含量較少一、二氧化碳過 量時即刻發出無線控制訊號令氧氣釋放控制開關動作，以確保室内 之工空氣品質，一功能控制開關可將使用者操控訊息，傳送到有氧晶 片除濕機裝置内；一電池電源供應單元，上設有電源開關，可提供手 持無線遙控器電源；本裝置另可配置一氧氣罩裝置，可搭配氧氣瓶以 供緊急狀況下逃生使用；藉由上述裝置可讓密閉的室内，可享受安全 春清新之空氣，讓人體有安全舒暢之感覺。 【先前技術】 台灣四季潮濕氣’在都會區面積小人口稍密的地方，小的室内密閉空 間，如臥房、浴室、衣櫥皆為小空間坪數使用，如何防止小空間環境 微菌生長’物品發黴，避免空氣中一、二氧化碳過量，如何創造出不 易引起風濕病、哮喘病、皮膚病的乾燥環境，為現代人重要生活課題 M415274 之一’為達以上目標空氣清淨除濕機為最佳之選擇，但在除濕過程中， 如何不影響人的生活品質更要達到健康、安全、省電、安靜、無污染、 不升溫、不占空間，為選擇空氣清淨除濕機重要項目；一般傳統空氣 清淨除濕機機皆採用壓縮機，以冷煤方式致冷除溼，但傳統空氣清淨 除濕機機常有機械震動、冷媒污染、體型太大、佔空間等問題；更重 要的在都會區，每逢冬天寒流來臨或是春節全家圍爐困圓急診室裡 一氧化碳中毒的病人也增多起來，一氧化碳中毒主要原因是在密閉或 φ通氣不良的空間中或室内，使用瓦斯爐、汽油等能源或燃燒煤炭，導 致碳氫化合物不完全賴^，纽無色無味的有毐_氧化魏艎，很容 易經肺職吸收進入人體造成中毐甚至死亡；傳統空氣清淨除濕機無法 提供預警或防範一、二氧化碳過量的功能，綜合以上因素，人們需要 新一代有氧空氣清淨晶片致冷除濕機才能違到健康、安全的家居生活。 鲁【新型内容】 有鑑於此’本創作即針對都會區，面積小人口稠密的地方之使用者所 需具有健康、安全效能之空氣清淨除濕機，研發出這一種智慧塑壁掛 式有氧空氣清淨晶片致冷除濕機，本創作分為空氣清淨裝置、氧氣瓶 及氧氣釋放裝置、晶片致冷除濕裝置、微電腦主控電路内含無線接收 器裝置、手持無線遙控器裝置；本有氧晶片除濕機本體上具有一壁掛 式可上、下開合之塑膠罩殼所組成，内含空氣清淨裝置、氧氣瓶及氧 氣釋放裝置、晶片致冷除濕裝置及微電腦主控電路；該空氣清淨裝置 6 M415274 裝置内含排風扇、負離子產生器，其工作原理是把5至7.0KV負直流 高壓施放在金屬針或碳化織維上，令針尖附近的空氣電離成負離子， 負離子被認為是空氣的維他命，一般而言，負離子多的地方空氣清新， 人體會感覺到舒暢；奈米光觸媒，光觸媒的材料眾多，包括Ti〇2、 ZnO、Sn〇2;、Zr〇2等氧化物及CdS、ZnS等硫化物，其中二氧 化鈦(Titanium Dioxide，Ti〇2)因氧化能力強、化學性安定又無毒，自 1972年發現至今，已成為最近當紅的家電奈米光觸媒材料；一氧氣瓶 •及氧氣釋放裝置内含一小型罐裝高壓氧氣鋼瓶、一可接受微電腦控制 之氧乳釋放電磁閥開關；一晶片致冷除濕裝置，内含散熱錄片及致冷 晶片集冷板，可將空氣冷卻並凝結為水以達到除濕效果，致冷晶片為 一塊N型半導體和一塊p型半導體材料聯成電偶對，在這個電路中接 通直流電流後，就能發生能量的轉移，使一端為熱端，另一端則為冷 端，致冷晶片的典型結構，由許多N型和p型半極體之顆粒互相排 列而成，而NP之間以一般的導體相連接而成一完整線路，通常是銅、 鲁鋁或其他金眉導體，最後由兩片陶瓷片像夾心餅乾一樣夾起來，陶瓷 片必須絕緣且導熱良好，通上電源之後，電子由負極出發，首先經 過P型半導體’於此吸收熱量’到了 N型半導艘，又將熱量放出， 每經過一個NP模組，就有熱量由一邊被送到另外一邊，造成溫差， 而形成冷熱端，一散熱鰭片可將致冷晶片所產生之熱源，經由排熱風 扇散熱，該散熱鰭片可為氣冷式或水冷式之散熱裝置；一微電腦主控 電路裝置内含-無線接收模器，可將手持無線遙控器裝置發出之無線 訊號解調，可令微電腦主控電路，依手持無線遙控器指令，輸出空氣 7 M415274 π淨、氧氣釋放、晶片致冷除濕等功能一電源***口及電池電源可供 . 上述裝置電源；一手持無線遙控器裝置，内含微電腦主控電路裝置、 無線發射模組及一、二氧化碳氣體感測器，當該遙控器偵測到一、二 氣化碳過量時，即刻發出無線控制訊號令氧氣釋放控制開關動作，並 將氧氣釋放於室内空氣中，以確保室内之空氣品質，同時輸出音頻蜂 鳴聲及LED 燦視覺警報以提醒使用者一、二氧化碳濃度過量之訊 息，一功能控制開關，可將使用者操控訊息傳送到有氧晶片除濕機裝 春置内；一電池電源供應單元，上設有電源開關，可提供手持無線遙控 器電源；本褒置另可配置-氧氣罩裝置’可她氧氣瓶以供緊急狀況 下逃生使用，藉由上述裝置讓使用者於面積小的室内，依然可享受人 體會感覺到安全舒暢之空氣；本創作之其他創新特徵及功能經配合下 列圖式，予以作進一步之說明後，貴審查委員當有更詳細的瞭解。 【實施方式】 以下本創作將以如何操作，智慧型壁掛式有氧空氣清淨晶片致冷除濕 機，作為實施本創作之詳細說明，如後附各圖所示，本創作之實施例 如下：請參考第一至三圖，壁掛式有氧空氣清淨晶片致冷除濕機(1)包 含；一上蓋(12),該上蓋包含有:上蓋操控指示面板(12a)，上蓋回風口 (12b)，上蓋氧氣釋放口(i2c)，上蓋液晶氣體指示面板(12d)，上蓋可掀 式開關(12e); —下蓋(13)，該下蓋包含有:下蓋出風口(13a)，下蓋電池 室(13b)内含電池可提供本裝置電池電源，下蓋電源***口(13c)可提供 8 M415274 本裝置電源’壁掛式有氧空氣清淨⑼致冷除濕機下蓋含有-壁掛孔 (13d)，壁掛式有氧空氣清淨晶片致冷除濕機後蓋之上下可掀裝置 (13e)，可供上下蓋掀開使用；一空氣清淨裝置(2)該空氣清淨裝置包含 有:排風扇（2a)，負離子產生器（2b)，奈米光觸媒產生器（2c); 一氧氣 瓶及氧氣釋放裝置(3)，該裝置包含有:氧氣瓶(3a)，氧氣釋放裝置(3b); 一晶片致冷除濕裝置(4)，該裝置包含有:致冷晶片(4a)，致冷鰭片（牝）， 散熱鰭(4c)，排熱風扇(4d),晶片致冷除濕裝置之排水管(4e)可將除濕 •產生之凝結水排送出去；一微電腦主控電路内含無線接收器裝置(5)， 該裝置包含有:微電腦主控電路(5a)，無線接收器(5b)可將手持無線遙控 器裝置發出之無線訊號解調；一手持無線遙控器裝置(6),該裝置包含 有:微電腦主控電路(6a)，無線發射模組(6b)可將微電腦主控電路編瑪後 之使用者控制之訊息，傳送出去，一氣體感測器（6C)，一功能控制開 關(6d)，一氧氣罩裝置(7)以供緊急狀況下逃生使用，藉由上述裝置可 讓智慧型壁掛式有氧空氣清淨晶片致冷除濕機，於任何環境狀況下皆 春可讓使用者享受安全清新之空氣。 以下將操作，智慧型壁掛式有氧空氣清淨晶片致冷除濕機；首先安裝 壁掛螺絲於適當位置，再將下蓋(13d)壁掛孔扣上壁掛螺絲即可；接下 來將電源***下蓋電源***口（13c)，***時，上蓋操控指示面板(12a) 内含有:電力LED指示燈’空氣清淨UD指示燈，氧氣開關LED指示燈， 除濕開關LE：D指示燈，一、二氧化碳偵測開關LE)D指示燈；電力LED 指示燈呈現綠色表示電池電力充足，橘色表示剩餘一半，紅色代表接 近耗盡；接下來打開手持無線遙控器裝置(6)之電源開關，請參考第六 9 ^ M415274 圖，内含四個功能觸控開關，空氣清淨開關，氧氣開關，除濕開關， 一、二氧化碳偵測開關共有4種模式；空氣清淨開關：按一下空氣清 淨開關按鍵，空氣清淨開關LED燈亮，即顯示負離子產生器（2b)、奈 米光觸媒產生器（2c)同時開啟，並同時啟動排風扇（2a)，再按一下即 可關閉空氣清淨功能該功能LED燈滅；氧氣開關：按一下氧氣開關， 氧氣開關LED燈亮’即顯示微電腦主控電路(5a)之無線接收器(5b)已經 啟動氧氣釋放裝置(3b)，再按一下即可關閉氧氣開關，該功能LED燈 #滅；除濕開關：按一下除濕開關，除濕LED燈亮，即顯示晶片致冷除 濕裝置(4)啟動，再按一下即可關閉除濕功能，該功能led燈滅；一、 二氧化碳偵測開關：按一下，一、二氧化礙偵測開關，偵測開關LED 燈亮’即顯示一、二氧化碳偵測開關，微電腦主控電路(6a)及無線發射 模組(6b)微電腦主控電路内含無線接收器裝置⑶同時啟動，再按一 下’即可關閉一、二氧化碳偵測功能，該功能LED燈滅；藉由以上裝 置可讓使用者輕鬆享受居家空氣之有氧清新及安全。經多次實際訊號 春測試結果，有氧空氣清淨晶片致冷除濕機之動作均符合微電腦控制流 程預期效果’請參考第三至五圖，顯示智慧型壁掛式有氧空氣清淨晶 片致冷除濕機之技術完全可行。 【圖式簡單說明】 第一圖係本創作，實施例之立體圖； 第二圖係本創作，實施例之裝置位置示意圖； M415274 第二圖係本創作’微電腦主控電路方塊圖； 第四圖係本創作’手持無線遙控器裝置之無線發射難，微電膜控制 流程圖； 第=_本創作’無_收器裝置微電滕控制流程圖； 第六圖係本顿無闕㈣裝置之微電齡控電路板及手持無 線遙控器外觀圖； …' 【主要元件符號說明】 壁掛式有氧空氣清淨晶片致冷除濕機1 上蓋12 上蓋操控指示面板12a 上蓋回風口 12b 上蓋氧氣釋放口 12c 上蓋液晶氣體指示面板12d •上蓋可掀式開關12e 下蓋13 下蓋出風口 13a 下蓋電池室13b 下蓋電源***口 13c 下蓋壁掛孔13 d 下蓋之上下可掀裝置13e 空氣清淨裝置2 M415274 排風扇2a 負離子產生器2b 奈米光觸媒產生器2c .氧氣瓶及氧氣釋放裝置3 氧氣瓶3a 氧氣釋放裝置3b 晶片致冷除濕裝置4 致冷晶片4a φ致冷鰭片4b 散熱鰭片4c 排熱風扇4d 晶片致冷除濕裝置之排水管4e 微電腦主控電路内含無線接收器裝置5 微電腦主控電路5a 無線接收器5b 手持無線遙控器裝置6 微電腦主控電路6a 無線發射模組6b 氣體感測器6c 功能控制開關6d 一、二氧化碳濃度過量指示燈6e 氧氣罩裝置7 12A large amount of negative ions will negatively charge the suspended particles in the air. The clothes contain a fan, a negative ion generator and release the negative ions into the indoor air. The negatively charged 'uses positive and negative phase absorption characteristics, and attaches to the positively charged ground and On the surface of the wall, the effect of purifying air pollutants is eliminated. The photocatalyst of nano-photocatalyst is that the electrons on the surface of the catalyst absorb enough energy by riding light or sunlight, and the electrons are formed in the electrons. An electric hole that oxidizes the hydroxyl group that is released from nearby water molecules (that is, captures its electrons), making it a highly active hydroxyl radical (〇H radical); On the organic matter, the electrons will be recaptured, and the organic molecules will fall apart due to the collapse of the bond. The general _contaminants or pathogens are mostly carbohydrates, and most of them will become harmless water and carbon dioxide after decomposition. The goal of decontamination and gauze extraction is taken as an external lamp + titanium dioxide photocatalyst to quickly purify the air and eliminate the odor of the air; an oxygen cylinder and an oxygen release device contain a small A canned oxygen cylinder, the cylinder has a safety valve and a pressure reducing nozzle, and comprises a solenoid valve gas release switch capable of being controlled by a microcomputer; a wafer cooling and dehumidifying device, using a semi-conducting electronic chip technology, the refrigerator is not used The compressor does not need to be non-contaminated by the refrigerant, and contains heat-dissipating fins and a cold-storing chip cold plate. The air exceeding the set value can be cooled and condensed into water to achieve the dehumidification effect, and a heat-dissipating fin can generate the cooled wafer. The heat sink is originally cooled by an exhaust fan, and the heat sink can be an air-cooled or water-cooled heat sink. The micro-power master circuit device includes a wireless receiver module for wireless signal transmission from the handheld wireless remote control device. Tuning, can make the micro-electric Teng main control circuit, according to the handheld wireless remote control, ' 7 'round air clean, oxygen release, wafer cooling and dehumidification, water full automatic shutdown, etc. - power broadcast inlet and battery power supply are available Device power supply; a handheld wireless remote control device containing a microcomputer main control circuit device, a wireless transmission module, a hot-wire type semiconductor carbon monoxide gas system B, a non-sub-four (four) infrared source (referred to as hidden) carbon dioxide gas body feeling Qi J device 'prepared by the remote control of the carbon dioxide gas sensor in the crowded urban public places and poorly ventilated rooms, etc., detected less oxygen content, carbon dioxide When the excess is over, the wireless control signal is issued to make the oxygen release control switch act to ensure the indoor air quality. A function control switch can transmit the user control message to the aerobic wafer dehumidifier device; a battery power supply unit, Power switch is provided to provide power supply for handheld wireless remote control; this device can also be equipped with an oxygen mask device, which can be used with an oxygen cylinder for emergency use; in this case, the enclosed room can enjoy safe spring fresh The air makes people feel safe and comfortable. [Prior Art] Taiwan's four seasons of humid gas 'in the metropolitan area is small and densely populated, small indoor confined spaces, such as bedrooms, bathrooms, wardrobes are used for small space, how to prevent micro-bacteria growth in small space environment' The product is mildewed, avoiding excessive air in the air, how to create a dry environment that is not easy to cause rheumatism, asthma, and skin diseases. It is one of the most important life issues for modern people. M415274 is the best air purification dehumidifier for the above target. Choice, but in the process of dehumidification, how to not affect people's quality of life must be healthy, safe, energy-saving, quiet, no pollution, no warming, no space, an important item for the selection of air dehumidifiers; general traditional air clean Dehumidifiers use compressors to cool and dehumidify by cold coal. However, traditional air dehumidification machines often have problems such as mechanical vibration, refrigerant pollution, large size, and space occupation. More importantly, in the metropolitan area, every time. In the winter, the cold current is coming, or the patients in the emergency room in the Spring Festival are getting more and more carbon monoxide poisoning. The main reason for the poison is to use gas stoves, gasoline or other energy sources or to burn coal in a confined or φ ventilated space or indoors, resulting in hydrocarbons not completely dependent on the color, and the colorless and odorless 毐 氧化 氧化 氧化The lungs absorb into the human body and cause the lieutenant or even die; the traditional air dehumidifier can not provide early warning or preventive measures. The carbon dioxide excess function. Under the above factors, people need a new generation of aerobic air-cleaning wafer refrigeration dehumidifier to violate health. Safe home life. Lu [new content] In view of this, this creation is aimed at the metropolitan area, where users of small and densely populated areas need healthy and safe air dehumidifiers, and develop this kind of smart plastic wall-mounted aerobic air. Wafer cooling dehumidifier, this creation is divided into air cleaning device, oxygen cylinder and oxygen release device, wafer cooling and dehumidifying device, microcomputer main control circuit with wireless receiver device, handheld wireless remote control device; this aerobic wafer dehumidifier The body has a wall-mounted plastic cover that can be opened up and down, and includes an air cleaning device, an oxygen cylinder and an oxygen release device, a wafer cooling and dehumidifying device and a microcomputer main control circuit; the air cleaning device 6 M415274 device It contains an exhaust fan and a negative ion generator. Its working principle is to apply a negative DC high voltage of 5 to 7.0KV on the metal needle or carbonized weave, so that the air near the needle tip is ionized into negative ions. The negative ions are considered to be air vitamins. The air with a lot of negative ions is fresh, the human body will feel comfortable; the nano photocatalyst, the photocatalyst material Many, including Ti〇2, ZnO, Sn〇2; Zr〇2 oxides and sulfides such as CdS and ZnS, among which Titanium Dioxide (Ti〇2) is strong in oxidation, chemically stable and non-toxic, Founded in 1972, it has become the most popular home nano-photocatalyst material; an oxygen cylinder and oxygen release device contains a small canned high-pressure oxygen cylinder, a micro-computer controlled oxygen-releasing solenoid valve switch; The cold dehumidification device comprises a heat-dissipating recording sheet and a cooling chip collecting plate, which can cool and condense the air into water to achieve a dehumidifying effect, and the cooling chip is an N-type semiconductor and a p-type semiconductor material combined into a galvanic pair. After the DC current is turned on in this circuit, energy transfer can occur, with one end being the hot end and the other end being the cold end. The typical structure of the cooled wafer is made up of many N-type and p-type semi-polar particles. Arranged, and the NPs are connected by a common conductor to form a complete line, usually copper, Lu aluminum or other gold eyebrow conductors. Finally, two ceramic pieces are sandwiched like sandwich biscuits. It must be insulated and well-conducted. After the power is turned on, the electrons start from the negative electrode. First, the P-type semiconductor 'absorbs heat from this' to the N-type semi-conducting vessel, and the heat is released. Every time an NP module passes, there is heat. One side is sent to the other side, causing a temperature difference, and forming a hot and cold end, a heat-dissipating fin can dissipate the heat source generated by the cooling chip through the heat-dissipating fan, and the heat-dissipating fin can be an air-cooled or water-cooled heat sink A microcomputer main control circuit device includes a wireless receiving module, which can demodulate the wireless signal emitted by the handheld wireless remote control device, so that the microcomputer main control circuit can output air of 7 M415274 π according to the command of the handheld wireless remote controller. Oxygen release, wafer cooling and dehumidification functions, a power inlet and battery power supply. The above device power supply; a handheld wireless remote control device, including a microcomputer main control circuit device, a wireless transmitting module and a carbon dioxide gas sensor When the remote controller detects that one or two of the carbonized carbon is excessive, immediately sends a wireless control signal to make the oxygen release control switch action, and oxygen The air is released into the indoor air to ensure the air quality in the room. At the same time, the audio buzzer and the LED visual alarm are output to remind the user that the carbon dioxide concentration is excessive, and a function control switch can transmit the user control message to The aerobic wafer dehumidifier is installed in the spring; a battery power supply unit is provided with a power switch to provide a hand-held wireless remote control power supply; the device can be configured with an oxygen mask device to provide her oxygen cylinder for emergency situations. Escape use, the above device allows the user to enjoy the safe and comfortable air in the small room; the other innovative features and functions of this creation are further explained by the following diagrams. The review committee should have a more detailed understanding. [Embodiment] The following creation will be based on how to operate, intelligent wall-mounted aerobic air-cleaning chip cooling dehumidifier, as a detailed description of the implementation of this creation, as shown in the attached drawings, the implementation of this creation is as follows: Referring to the first to third figures, the wall-mounted aerobic air-cleaning chip refrigeration dehumidifier (1) comprises: an upper cover (12), the upper cover comprises: an upper cover manipulation indicator panel (12a), an upper cover return air outlet (12b), and an upper cover An oxygen release port (i2c), a cover liquid crystal gas indicating panel (12d), a top cover slidable switch (12e), a lower cover (13), the lower cover includes: a lower cover air outlet (13a), a lower cover battery compartment (13b) The built-in battery can provide the battery power of the device. The lower cover power inlet (13c) can provide 8 M415274. The power supply of the device is 'wall-mounted aerobic air clean (9). The lower cover of the refrigeration dehumidifier contains - wall hanging hole (13d). Wall-mounted aerobic air cleaning chip dehumidifier rear cover upper and lower squeezing device (13e) for upper and lower cover to open; an air cleaning device (2) The air cleaning device includes: exhaust fan (2a), negative ion Generator (2b), nano photocatalyst generator (2c); a gas cylinder and an oxygen releasing device (3), the device comprising: an oxygen cylinder (3a), an oxygen releasing device (3b); a wafer cooling and dehumidifying device (4), the device comprising: a cooling chip (4a), Cooling fins (牝), heat-dissipating fins (4c), heat-dissipating fans (4d), drains (4e) of the chip cooling and dehumidifying device can discharge the condensed water generated by dehumidification; a microcomputer main control circuit The device comprises a wireless receiver device (5), the device comprises: a microcomputer main control circuit (5a), the wireless receiver (5b) can demodulate the wireless signal emitted by the handheld wireless remote control device; and a handheld wireless remote control device (6) The device comprises: a microcomputer main control circuit (6a), and the wireless transmitting module (6b) can transmit a message controlled by the user of the microcomputer main control circuit after being programmed, a gas sensor (6C), A function control switch (6d) and an oxygen mask device (7) are used for emergency escape. The above device allows the intelligent wall-mounted aerobic air-cleaning chip to be cooled and dehumidifier, which can be used under any environmental conditions. Let users enjoy safe and fresh air. The following will operate, intelligent wall-mounted aerobic air-cleaning chip refrigeration dehumidifier; first install the wall-mounted screws in place, then fasten the lower cover (13d) wall-hanging holes to the wall-mounting screws; then plug the power supply into the lower cover power supply. Insert port (13c), when inserted, the upper cover control indicator panel (12a) contains: power LED indicator 'air clear UD indicator, oxygen switch LED indicator, dehumidification switch LE: D indicator, one, carbon dioxide detection switch LE) D indicator; the power LED indicator is green to indicate that the battery is fully charged, orange indicates the remaining half, red indicates near exhaustion; next turn on the power switch of the handheld wireless remote control unit (6), please refer to the sixth 9 ^ M415274 picture, including four function touch switches, air clear switch, oxygen switch, dehumidification switch, one, carbon dioxide detection switch has 4 modes; air clear switch: press the air clear switch button, the air clear switch LED lights, That is, the negative ion generator (2b) and the nano photocatalyst generator (2c) are simultaneously turned on, and the exhaust fan (2a) is simultaneously activated, and then pressed again. Closed air clear function This function LED light is off; oxygen switch: press the oxygen switch, the oxygen switch LED light is on', it means that the wireless receiver (5b) of the microcomputer main control circuit (5a) has started the oxygen release device (3b), and then press The oxygen switch can be turned off once, the function LED light # off; dehumidification switch: press the dehumidification switch, the dehumidification LED light is on, that is, the wafer cooling and dehumidifying device (4) is activated, and then press the button to turn off the dehumidification function, the function is led The lamp is off; 1. The carbon dioxide detection switch: press once, the first and second oxidation blocking detection switch, the detection switch LED light is on, that is, the display 1, the carbon dioxide detection switch, the microcomputer main control circuit (6a) and the wireless transmission module ( 6b) The microcomputer main control circuit contains the wireless receiver device (3) at the same time, and then press 'to turn off one, the carbon dioxide detection function, the function LED light is off; the above device allows the user to easily enjoy the home air Oxygen is fresh and safe. After many actual signal spring test results, the action of the aerobic air-cleaning chip cooling dehumidifier is in line with the expected effect of the microcomputer control process. Please refer to the third to fifth figures to show the smart wall-mounted aerobic air-cleaning chip cooling dehumidifier. The technology is completely feasible. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of the present embodiment, and the second drawing is a schematic diagram of the position of the device in the present embodiment; M415274 The second drawing is a block diagram of the microcomputer main control circuit; This is the creation of 'handheld wireless remote control device wireless transmission difficult, micro-electric film control flow chart; the first = _ this creation 'no _ receiver device micro-electricity control flow chart; the sixth picture is Benton's flawless (four) device Micro-electricity control circuit board and handheld wireless remote control appearance; ...' [Main component symbol description] Wall-mounted aerobic air cleaning chip refrigeration dehumidifier 1 Upper cover 12 Upper cover control indication panel 12a Upper cover return air outlet 12b Upper cover oxygen release port 12c Upper cover liquid crystal gas indicating panel 12d • Upper cover slidable switch 12e Lower cover 13 Lower cover air outlet 13a Lower cover battery compartment 13b Lower cover power supply insertion port 13c Lower cover wall hanging hole 13 d Lower cover upper and lower squeezing device 13e Air cleaning device 2 M415274 exhaust fan 2a negative ion generator 2b nano photocatalyst generator 2c. oxygen cylinder and oxygen release device 3 oxygen cylinder 3a oxygen release device 3b wafer refrigeration dehumidification device 4 refrigeration Wafer 4a φ cold fin 4b heat sink fin 4c heat exhaust fan 4d wafer cooling and dehumidifying device drain 4e Microcomputer main control circuit including wireless receiver device 5 microcomputer main control circuit 5a wireless receiver 5b handheld wireless remote control device 6 Microcomputer main control circuit 6a Wireless transmission module 6b Gas sensor 6c Function control switch 6d I. Carbon dioxide concentration excess indicator 6e Oxygen mask device 7 12