M424472M424472
V 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種運用在天花板冷氣回風口空氣清淨裝 置，詳言之’係關於一種具奈米光觸媒之空氣清淨裝置可 增強傳統冷氣回風濾網之空氣清淨效能。 【先前技術】 奈米光觸媒是一種光誘發之催化劑，它能有效降低化學 反應之活化能，促進化學反應產生或加速反應進行，但催 化劑本身卻不參與反應或破壞本體結構。目前市面上最常 使用之奈米光觸女某為们匕效果較佳且價格較低廉的二氧化 鈦（Τι〇2)，藉由紫外光（uv)或近紫外光（near_uv)照射所提 供的光述量進行光催化反應，使得觸媒周圍的氧氣或水分 子轉換成極具活性的氫氧自由基(0H·)及負氧離子(〇2-)， 而此兩種物質都具有極強的氧化能力，能夠有效分解對人 體健康不利的有應，'云彡九此 . 機木物、六、味物質及有效抑制病菌滋 生:同時亦具備處理效率高、操作簡易、兼具除污和抗菌V V. New description: [New technical field] This creation is about a kind of air purifying device used in the cold air return air inlet of the ceiling. In detail, it is about a kind of air cleaning device with nano photocatalyst to enhance the traditional cold air return air filter. The net air purification efficiency. [Prior Art] A nanophotocatalyst is a photoinduced catalyst which can effectively reduce the activation energy of a chemical reaction, promote a chemical reaction or accelerate the reaction, but the catalyst itself does not participate in the reaction or destroy the bulk structure. The most commonly used nano-lights on the market are the titanium dioxide (Τι〇2), which is better and cheaper, and is provided by ultraviolet (uv) or near-ultra (near_uv) illumination. The amount of photocatalytic reaction is such that oxygen or water molecules around the catalyst are converted into highly active hydroxyl radicals (0H·) and negative oxygen ions (〇2-), both of which have extremely strong oxidation. Ability, can effectively decompose the adverse effects on human health, 'clouds and nine. This machine wood, six, flavor substances and effective inhibition of pathogen breeding: also has high processing efficiency, easy to operate, both decontamination and antibacterial
優點。唯其催化反應僅作用在奈米光觸媒表面，因 此反應效率常受限於、，云& %献Λ I 性與傳輪速率。 、、不求光觸媒表面的接觸特 卜近年來’靜電濾網廣泛運用於空氣 利用中高效率夕、A、去W 弓序機中’其 ο效辜之過濾網進行纖維帶電之處理 制之靜電效應，進而以彻厥p B > 钕巧過濾機 進而以低壓相及尚效能席捲 市場，但其靜電Me A1 虱β淨機之 I…：咸卻十分快速，導致耗材之更換 率之增加，濾網隹僧 何愁更換 化也居回不下。此類空氣清淨機係先使 M424472 二氣中之懸淨微粒產生帶雷 可電性，再以具有高過濾效能之濾 網捕集空氣中之帶電縣，玄 心'子微粒。透過具有多摺表面之濾 網’可增加慮網本身獻器β* ^ /、▼電懸淨微粒的接觸面積，以吸引 大量的帶電懸浮微粒，藉.鸩 稽此扣升整體之過濾效能。 然而，習知技術中传±α, 一 糸由夕種濾材組合以達成懸浮微粒之 高捕集效率，然其低風（J且夕|" 乳丨且之要求卻相當難以達成，若壓損 太大時，即使其具有良好 艮奸的捕集效果，亦無法被廣泛地應 用此夕卜使用靜電或靜電遽網亦僅能去除懸浮微粒，而 無法同時去除氣態揮發性有機污染物。advantage. Only the catalytic reaction acts only on the surface of the nanophotocatalyst, so the reaction efficiency is often limited by, cloud & % contribution and transport rate. In the past few years, the electrostatic filter has been widely used in air utilization, high efficiency, and A, go to the W-sequence machine, and its electrostatic effect is treated by a fiber-optic treatment. In addition, the filter is used to sweep the market with the low-pressure phase and the efficiency of the low-pressure phase. However, the static Me A1 虱β 机 净 I...: salty but very fast, resulting in an increase in the replacement rate of consumables, filtering The replacement of the network can not be replaced. This kind of air purifier firstly produces the lightning-receiving property of the suspended particles in the M424472 second gas, and then collects the charged county, the mysterious heart in the air with a filter with high filtration efficiency. Through the filter screen with a multi-fold surface, the contact area of the nets of the nets can be increased to attract a large amount of charged aerosols, so as to enhance the overall filtration efficiency. However, in the prior art, ±α is transmitted, and the combination of the filter materials is used to achieve the high collection efficiency of the suspended particles, but the low wind (J and the evening; &; 丨 之 之 之 之 相当 相当 相当 相当 相当 , , , , , , , , , , When it is too large, even if it has a good trapping effect, it cannot be widely used. Even using electrostatic or electrostatic sputum can only remove suspended particles, and cannot remove gaseous volatile organic pollutants at the same time.
因此，實有必要提供一種創新且進步性的天花板冷氣回 風口空氣清淨裝置，以解決上述問題。 【新型内容】 本創作提供一種天花板冷氣回風口空氣清淨裝置，其包 括：一初級過濾單元、一空氣清淨單元及一高壓離子產生 器。s亥初級過濾單元具有一基板及一初級濾網，該基板具 有一開口，該初級濾網於該基板之一側覆蓋該開口。該空 氣清淨單元包括：一導電網框、一靜電集塵濾網單元、一 導電殼體、一第一奈米光觸媒金屬濾網、一第二奈米光觸 媒金屬濾網、一紫外光裝置及一自淨式活性碳纖維濾網。 該導電網框結合該開口且於該初級濾網之上方相對位置。 °玄靜電集塵濾、網早元設置於該導電網框之上方相對位置， 依序具有一第一玻纖濾材、一高壓離子放電網及一第二玻 纖濾材。該導電殼體電性連接該導電網框，其具有一第一 通口及一第二通口，該第一通口接近且相對於該靜電集塵 M424472 濾網單元。該第一奈米光觸媒金屬濾網設置於該第一通口 且電性連接該導電殼體。該第二奈米光觸媒金屬濾網，設 置於該第二通口。該紫外光裝置設置於該第一奈米光觸媒 金屬濾網與該第二奈米光觸媒金屬濾網之間。該自淨式活 性碳纖維濾網設置於該第二奈米光觸媒金屬濾網上方相對 位置。該高壓離子產生器連接一交流電源，其具有一正電 端及迴路端，該正電端電性連接該高壓離子放電網，該 ^ 迴路端電性連接該導電網框。 本創作之天花板冷氣回風口空氣清淨裝置不僅拆裝容 易且可吸附空氣_之微粒及迅速地破壞分解有機污染 物，其同時具有除臭、除塵及殺菌之功能。並且，利用該 初級過濾單元初步過濾空氣中較大粒徑之懸浮顆粒，可增 加玉氣π ’爭效果及該天花板冷氣回風口空氣清淨裝置之使 用可〒，以及利用該高壓離子產生器使該空氣清淨單元之 一=壓離子放電網與一導電網框及一第一奈米光觸媒金屬 慮㈤之間形成—極化電場’以增加該空氣清淨單元對空氣 中微粒之吸附能力及光觸媒對有機污染物之破壞分解能 力。再者，本創作之該初級濾網、該靜電集塵濾網單元、 該第:奈米光觸媒金屬濾網及該第二奈米光觸媒金屬濾網 及自淨式活性碳纖維濾網在經過一段時間之過濾後，可取 出並以水進行清洗，經適當乾燥後即可重複使用，故可減 少更換耗材之成本。 旦本創作之空氣清淨裝置是以天花板冷氣回風口濾網為背 景，在空氣清淨效能的增強、安裝的簡易、重量的輕便及 曰後保養的方便性上作突破性設計，冀能達成上述目的並 以早疋式功效組合可彈性滿足不同環境的需求。 該清淨裝置是藉由-初級過遽單元、—高壓離子產生器 搭配靜電集塵單元及-光觸媒空氣清淨單元之配合，利用 該初級過遽單71初步過^氣中較大粒徑之懸浮顆粒，再 利用尚㈣子產生H所連接之—高㈣子放電網盘一導電 網框及-奈米光觸媒導電網框間所形成之極化電場，一方Therefore, it is necessary to provide an innovative and progressive ceiling air-cooling air return air cleaning device to solve the above problems. [New content] The present invention provides a ceiling air-cooling air return air cleaning device, which comprises: a primary filtering unit, an air cleaning unit and a high-pressure ion generator. The primary filtering unit has a substrate and a primary screen, the substrate having an opening, the primary screen covering the opening on one side of the substrate. The air cleaning unit comprises: a conductive mesh frame, an electrostatic dust collecting filter unit, a conductive housing, a first nano photocatalyst metal filter, a second nano photocatalyst metal filter, an ultraviolet device and a Self-cleaning activated carbon fiber filter. The conductive mesh frame joins the opening and is relatively positioned above the primary filter screen. The sinister electrostatic dust collecting filter and the net early element are disposed at a relative position above the conductive mesh frame, and sequentially have a first glass fiber filter material, a high voltage ion discharge mesh and a second glass fiber filter material. The conductive housing is electrically connected to the conductive mesh frame, and has a first port and a second port, and the first port is adjacent to and opposite to the electrostatic dust collecting M424472 filter unit. The first nano photocatalyst metal filter is disposed on the first port and electrically connected to the conductive housing. The second nano photocatalyst metal screen is disposed on the second port. The ultraviolet light device is disposed between the first nano photocatalyst metal screen and the second nano photocatalyst metal screen. The self-cleaning activated carbon fiber filter is disposed at a position opposite to the second nano photocatalyst metal filter. The high-voltage ion generator is connected to an AC power source, and has a positive terminal and a circuit terminal. The positive terminal is electrically connected to the high-voltage ion discharge network, and the circuit end is electrically connected to the conductive frame. The air-cooling device of the cold air return air outlet of the present invention not only disassembles and disassembles, but also adsorbs air particles and rapidly destroys and decomposes organic pollutants, and has the functions of deodorizing, dust removing and sterilizing. Moreover, the primary filtering unit is used to initially filter the suspended particles of larger particle size in the air, thereby increasing the effect of the jade gas and the use of the air purifying device of the ceiling cold air return air outlet, and using the high-pressure ion generator to make the One of the air purification units = a polarization electric field formed between the ion-exchange grid and a conductive grid and a first nano-photocatalyst metal (5) to increase the adsorption capacity of the air cleaning unit to the particles in the air and the photocatalyst to organic The ability to destroy and decompose pollutants. Furthermore, the primary filter screen of the present invention, the electrostatic dust filter screen unit, the first nano photocatalyst metal filter, the second nano photocatalyst metal filter, and the self-cleaning activated carbon fiber filter are after a period of time. After filtration, it can be taken out and washed with water, and can be reused after being properly dried, so that the cost of replacing the consumables can be reduced. The air cleaning device of this creation is based on the ceiling air-cooling air return filter screen, which is designed to achieve the above objectives in terms of enhancement of air purification efficiency, ease of installation, light weight and ease of maintenance. And with the combination of early and late effects, it can flexibly meet the needs of different environments. The cleaning device is configured by using a primary-passing unit, a high-pressure ion generator, an electrostatic dust collecting unit, and a photocatalyst air cleaning unit, and utilizing the primary passing unit 71 to initially pass a larger particle size suspended particle. And then use the (four) sub-generation to generate the polarized electric field formed by the H-connected-high (four) sub-discharge net disk and the conductive photo frame and the nano photocatalyst conductive net frame.
面使導電網框與高塵離子放電網間所夾載之光觸媒玻璃纖 維載體’因極化帶有靜電可吸附空氣中帶有不同靜電極性 之細小粒徑之懸浮顆粒，另—方面亦可增強光觸媒空氣清 淨單元在光催化過程成中對細菌及有機污染物之破壞分解 能力。 並且’本創作之天花板冷氣回風口空氣清淨裝置從初級 + ;慮的考慮到巾同政細微粒徑的收集乃至光觸媒渡網對異 味及細菌的去除，-貫相通-氣和成。再因結構上的設 計’除，慮，濾網採天花板外露側抽式方便經常性拆洗 卜效此可單元式分解組合亦有助於拆裝保養工作的簡易 亦可滿足不同j衣境空氣淨化的需求而採不同單元的組 〇有助於初δ又費用的節省。再者’本創作因有粗遽網之 又十可大大提冋破螭纖維載體的集塵壽命，其他各層濾網 不需更換’取出以水清洗乾料即可重複使用，故可減少 更換耗材之成本。 【實施方式】 圖1顯示本創作之 Α # 〜大化板冷氣回風口空氣清淨裝置分解 圖；圖2顯示本創作之初級過渡單元示意圖。配合參考圖】 及圖2 ’ I本實施射，該天花板冷氣回風口空氣清淨裝 置1包括：一初級過濾單元2、一空氣清淨單元3、一高壓 離子產生器5及-復歸開關單元6。纟創作<天花板冷:回 風口空氣清淨裝置丨可應用於室内之空調系統，其中迴風 方式可為直接迴風（過濾空氣經由風管導出天花板）或開放 迴風。本創作之天花板冷氣回風口空氣清淨裝置丨之安裝 方式可為：1、天花板冷氣回風口空氣清淨裝置i與循環風 扇4連通且連動（如圖3及4所示）；2、天花板出風口空氣清 淨裝置1與空調送風機9連通且連動，處理後之清淨空氣再 由天花板出風口 11送出（如圖5及6所示）。 該初級過濾單元2具有一基板21、一初級濾網22及一保 護網蓋23 ’該基板21具有—開口24，該初級渡網22設置於 該基板21之一側211覆蓋該開口 24。其中，在本實施例中 該基板21為丙烯腈_ 丁二烯·苯乙烯塑膠…^丫丨抓沿…· bUtadienCe Styrene Plasdcs，ABS)材質，該初級濾網22係 為尼龍材質。 該初級濾網22係活動地結合於該基板2丨與該保護網蓋23 之間，在本實施例中，該初級濾網22係以抽插方式活動地 結合於該基板21與該保護網蓋23之間，該保護網蓋23結合 於該基板2 1，用以遮蓋該初級濾網22。該初級過濾單元2 可初步過遽空氣中較大粒徑之懸浮顆粒，不僅可增加空氣 清淨效果，且可增加該天花板冷氣回風口空氣清淨裝置工 之使用哥命。經過—段時間之過濾後，該初級濾網22可抽 出以水進行清洗’經適當乾燥後即可重複使用。 圖7顯示本創作之靜電集塵濾網單元示意圖；圖8顯示本 創作電源輸入/輸出快速插座設置於導電殼體之示意圖。 配合參考圖丨_2及圖7_8，該空氣清淨單元3包括：一導電網 框31、一靜電集塵濾網單元32、一導電殼體33、一第—奈 米光觸媒金屬濾網34、一第二奈米光觸媒金屬濾網35、— 紫外光裝置36、一自淨式活性碳纖維濾網37及一電源輸入 /輸出快速插座38。 該導電網樞31包括至少一第一固定部及一導電部，在本 實施例中，該導電網框3 1包括三個第一固定部311及—導 電部312’該等第一固定部311及該導電部312設置於該基 板2 1另一側2 12之該開口 24周緣，且該導電網框3 1結合該 開口 24且於該初級濾網22之上方相對位置。 在本實施例中’該靜電集塵濾網單元32設置於該導電網 框3 1之上方相對位置，該靜電集塵濾網單元32具有_第_ 玻纖濾材321、一高壓離子放電網322、一第二破纖渡材 323及一外罩324。該第一玻纖濾材321係接近該導電網框 31，該外罩324用以包覆該第一玻纖濾材321、該高壓離子 放電網322及該第二玻纖濾材323，以形成一模組化單元， 更便於該模組化靜電集塵濾網單元32之拆裝，其中該第二 玻纖遽材323係為覆有光觸媒之玻纖慮材。在本實施例 中’該兩壓離子放電網3 2 2係藉由一導線以一快速接頭3 2 5 電性連接該高壓離子產生器5。 該第一玻纖濾材321及該第二玻纖濾材323中之玻璃纖維 可吸附空氣中之微粒，且該第二玻纖濾材323表面覆有之 ^觸媒（如丁必），在紫外光（來自料光裝置35)照射下時 可以迅速地破壞分解有機污染物，故可同時具有除臭、除 塵及殺菌之功能。另外’經過—段時間之㈣後，該靜電 集塵渡網單元32可取出以水進行清洗，並經適當乾燥後即 可重複使用。 在本實施例中，該導電殼體33包括一環牆331、一導風 蓋332、-第-通D 333、__第二通〇 334、至少—第二固 定部335及複數個凸唇336。其中，該第一通口 333接近且 相對於該靜電集塵濾網單元32，該導風蓋332蓋合連接該 環牆331之一開口周緣，該第二通口 334形成於該導風蓋 332。 ό玄等第一固定部335設置於該第一通口 333周緣，該等第 二固定部335連接該等第一固定部3丨丨（在本實施例中利用 第一固定元件7(例如：螺絲）連接該等第一固定部3丨丨及該 等第二固定部335，且固定於該基板21)，且使該導電殼體 33經由該等第一固定部311及該等第二固定部335電性連接 該導電網框3 1。 在本實施例中，另利用複數個第二固定元件8(例如：螺 絲）結合s玄環牆3 3 1及該導風蓋3 3 2。該等凸唇3 3 6設置於該 環牆33 1之内側面，用以固設該第一奈米光觸媒金屬濾網 34及該第二奈米光觸媒金屬濾網35。並且，固設該第一奈 米光觸媒金屬濾網34於該環牆331，並且利用複數個設置 於該導風蓋332内面之壓條（例如：海绵壓條），將該第二奈 M424472 米光觸媒金屬濾網35壓制於該等凸唇336。其中，該第一 奈米光觸媒金屬濾網34設置於該第一通口 333，該第二奈 米光觸媒金屬濾網35設置於該第二通口 334。 較佳地，該第一奈米光觸媒金屬濾網34經該等凸唇336 電性連接該導電殼體33。在本實施例令，該第一奈米光觸 媒金屬濾網34及該第二奈米光觸媒金屬濾網35係為不銹鋼 材質。其十’覆設於該第一奈米光觸媒金屬濾網34及該第 _ -奈米光觸媒金屬滤網35表面之光觸媒，亦在紫外光（來 自紫外光裝置36)照射下時迅速地破壞分解有機污染物， 進一步提升除臭、除塵及殺菌之功能。此外，經過一段時 1之過;慮後，4第-奈米光觸媒金屬遽網％及該第二奈米 光觸媒金屬遽網35可取出以水進行清洗，並經適當乾燥後 即可重複使用。 該紫外光裝置36可包括吉报妙从泌 L從置幵/务外燈官或圓形紫外燈管。 該紫外光裝置36可設置於兮笛 .^ _ 二 直於°亥第一奈米光觸媒金屬濾網34與 鲁 S亥第一奈米光觸媒金屬濟網35夕pq ^ .. 零 ^ &之間。其中，在本實施例中 係利用複數個第三固定元杜1 Λ,办丨l 疋兀件10(例如：螺絲）固設該紫外光 裝置36於該環牆331内。 該自淨式活性碳纖維滹網3 7执 、 愿凋37 0又置於該第二奈米光觸媒金 屬慮網3 5上方相對位罟。甘士 才位置其中，光觸媒附著於該自淨式活 性碳纖維濾網37之活性碳纖唯， 反歲准本體之表面，俾使該活性碳 纖維本體可吸附污染物， ^光觸媒用以分解由該活性碳纖 、准本體吸附之該污染物，拉 藉此，忒自淨式活性碳纖維濾網 37可藉由活性碳纖維之啜 及附月匕力，増加環境中污染物的傳 -10- M424472 輸速度，用以提昇光觸媒分解破壞的效果及使用價值。 並且，藉由光觸媒的分解破壞污染㈣，使㈣性碳纖 維不易飽和且具長效性’而達到提昇光觸媒處理效率且使 活性碳纖維使用時間有效延長之永續利用目的。再者，該 自淨式活性碳纖維遽網37同時具有除臭、除塵及殺菌之： 能。該自淨式活性碳纖維濾網37詳細說明請參閱中華民國 專利申請第0941 30816號，在此不再加以敘述。 在本實施f列中，言亥電源輸入/輸出快速插座38連接該導 電殼體33，該電源輸入/輸出快速插座抑括一電源接端 381、-高壓料產生器接端382及—紫外光裝置接端 3^83。其中’該電源接端38】電性連接—交流電源u並將該 交流電源11導通至言玄高壓離子產生器接端382及該紫外光 裝置接端383 »該高壓離子產生器5電性連接該高壓離子產 生器接端382、言玄紫外光裝置36電，佳連接該紫外光裝置接 端383。藉此各元件可快速方便地連接至各相應接端以獲 得各自所需之„、，亦可依據需求而僅接通所欲運作之元 件，並且使元件在進行更換時更加容易。 在其他應用中’本創作之天花板冷氣回風口空氣清淨裝 置1可選擇性地另包括-負離子產生器（圖中未示），設置於 該導電殼體33中’用以釋放大量負離子，利用懸浮微敎座 負離子相互結合後，懸浮微粒會向下沉降而不再懸浮之特 性，達成淨化空氣之目的。 在本實施例中’該導電網框31係為一導電金屬網框，且 該導電網框31之該導電部312電性連接該迴路端52，該正 M424472 電端5 1經该快速接頭3 2 5電性連接該高壓離子放電網 322(圖〗），該迴路端52經由該導電部312電性連接該導電網 框3 1。其中，該高壓離子放電網322帶正電荷，位於該靜 電集麈滤網·¥·元3 2 (該尚壓離子放電網3 2 2)二側之該導電網 框31及該第一奈米光觸媒金屬濾網34電性導通該迴路端 52，以使該高壓離子產生器5、該導電網框31及該導電筏 體33與該局麼離子放電網322形成一迴路’藉此，帶正^ 荷之該高壓離子放電網322與該導電網框31及該第—奈米 光觸媒金屬慮網3 4之間形成一電場，該電場可極化該第一 玻纖濾材321及該第二玻纖濾材323(提高靜電集塵效應， 可進一步捕捉該第一玻纖濾材321未捕捉到之懸浮微粒等 物質），以增加對空氣中微粒之吸附能力，且可增加該第 一破纖濾材323表面光觸媒對有機污染物之破壞分解能 力。 再配合參考圖1及圖2，該復歸開關單元6固設於該基板 21。在本實施例中，該復歸開關單元6包括一指示燈組 61。該復歸開關單元6可紀錄該靜電集塵濾網單元32之運 作時間，料不燈組61用以根據該運作時間顯示更換該靜 電集塵滤網單元32。其中，當第—次使用該天花板冷氣回 風口空氣清淨裝置1 ’開啟該復歸開關單元6以紀錄該靜電 集塵遽網單元32之運作時m運作日㈣達-設定時間 時，該指示燈組61即顯示進行更換之燈號(例如：紅燈)， =進行該靜電集麈渡網單元32之更換；更換靜電集塵遽網 單兀32後重新開啟s玄復歸開關單元6，以重新計算該靜電 •12· M424472 集塵遽網單元3 2之運作時間。 ’··’T：上所述，本創作之天花板冷氣回風口空氣清淨裝置1 不僅拆裝容易，且可吸附空氣中之微粒及迅速地破壞分解 有機污染物，其同時具有除臭、除塵及殺菌之功能。並 且，利用該初級過濾單元2初步過濾空氣t較大粒徑之懸 孚顆粒可增加空氣清淨效果及該天花板冷氣回風口空氣 /月淨裝置1之使用壽命，以及利用該高壓離子產生器5使該The photocatalyst glass fiber carrier carried between the conductive mesh frame and the high dust ion discharge net is electrostatically adsorbed to adsorb suspended particles of fine particle size with different electrostatic polarities in the air, and may also be enhanced. The photocatalyst air purification unit is capable of decomposing bacteria and organic pollutants in the photocatalytic process. And 'the ceiling of the cold air return air purifier of this creation from the primary +; considering the collection of the fine particle size of the towel, and even the removal of odor and bacteria by the photocatalyst crossing network - the phase-to-gas and the formation. Because of the structural design, the filter is exposed to the exposed side of the ceiling. It is easy to remove and wash the cloth. This unit can also be used to disassemble and maintain the work. The combination of different units of the demand for the needs of the initial δ and cost savings. Furthermore, 'this creation can greatly improve the dust collection life of the broken fiber carrier because of the rough mesh. The other layers of the filter do not need to be replaced. 'Removing the water to wash the dry material can be reused, so the replacement of consumables can be reduced. The cost. [Embodiment] FIG. 1 shows an exploded view of the air purifying device of the cold air return air outlet of the creation of the Α # 〜 Dahua board; FIG. 2 shows a schematic diagram of the primary transition unit of the present creation. The ceiling air-cooling air return air cleaning device 1 includes a primary filter unit 2, an air cleaning unit 3, a high-pressure ion generator 5, and a reset switch unit 6 in conjunction with the reference diagram.纟 Creation <Ceiling Cold: Return air Purification unit 丨 can be applied to indoor air conditioning systems, where the return air can be direct return air (filtered air is led out through the duct) or open return air. The installation method of the ceiling air-cooling air return air purifying device of the present invention can be: 1. The ceiling air-cooling air return air purifying device i is connected with the circulating fan 4 and interlocked (as shown in Figures 3 and 4); 2. The ceiling air outlet air The cleaning device 1 is in communication with and connected to the air-conditioning blower 9, and the clean air after the treatment is sent out from the ceiling air outlet 11 (as shown in Figs. 5 and 6). The primary filter unit 2 has a substrate 21, a primary screen 22 and a protective mesh cover 23'. The substrate 21 has an opening 24, and the primary network 22 is disposed on one side 211 of the substrate 21 to cover the opening 24. In the present embodiment, the substrate 21 is made of acrylonitrile-butadiene-styrene plastic, ... bUtadienCe Styrene Plasdcs (ABS), and the primary filter 22 is made of nylon. The primary filter 22 is movably coupled between the substrate 2 and the protective mesh cover 23. In the present embodiment, the primary filter 22 is movably coupled to the substrate 21 and the protective mesh by means of a push-pull arrangement. Between the covers 23, the protective mesh cover 23 is bonded to the substrate 21 for covering the primary screen 22. The primary filtering unit 2 can initially pass the larger particle size suspended particles in the air, which not only increases the air cleaning effect, but also increases the use of the ceiling air-cooling air return air cleaning device. After a period of filtration, the primary screen 22 can be withdrawn by washing with water. After appropriate drying, it can be reused. Fig. 7 shows a schematic diagram of the electrostatic dust collecting filter unit of the present invention; Fig. 8 shows a schematic view of the present invention that the power input/output quick socket is disposed in the conductive housing. The air cleaning unit 3 includes a conductive mesh frame 31, an electrostatic dust collecting filter unit 32, a conductive housing 33, a first nano photocatalyst metal filter 34, and a reference numeral 丨_2 and FIG. 7_8. A second nano photocatalyst metal screen 35, an ultraviolet light device 36, a self-cleaning activated carbon fiber filter 37, and a power input/output quick socket 38. The conductive mesh frame 31 includes at least one first fixing portion and one conductive portion. In the embodiment, the conductive mesh frame 31 includes three first fixing portions 311 and a conductive portion 312'. The conductive portion 312 is disposed on the periphery of the opening 24 of the other side 2 12 of the substrate 2 1 , and the conductive frame 31 is coupled to the opening 24 and opposite to the primary filter 22 . In the present embodiment, the electrostatic dust collecting filter unit 32 is disposed at a position above the conductive mesh frame 31. The electrostatic dust collecting filter unit 32 has a _th glass fiber filter 321 and a high voltage ion discharge net 322. a second broken fiber 323 and a cover 324. The first glass fiber filter 321 is adjacent to the conductive mesh frame 31. The outer cover 324 is used to cover the first glass fiber filter material 321, the high voltage ion discharge mesh 322 and the second glass fiber filter material 323 to form a module. The unit is more convenient for disassembly and assembly of the modular electrostatic dust filter unit 32, wherein the second glass fiber 323 is a glass fiber material coated with a photocatalyst. In the present embodiment, the two-pressure ion discharge net 32 2 is electrically connected to the high-pressure ion generator 5 by a wire via a quick connector 3 2 5 . The glass fibers in the first glass fiber filter material 321 and the second glass fiber filter material 323 can adsorb particles in the air, and the surface of the second glass fiber filter material 323 is covered with a catalyst (such as Ding Bi) in the ultraviolet light. (from the material light device 35), when the light is irradiated, the organic pollutants can be quickly destroyed, so that the functions of deodorization, dust removal and sterilization can be simultaneously performed. In addition, after the passage of time (4), the electrostatic precipitator network unit 32 can be taken out and washed with water, and can be reused after being properly dried. In this embodiment, the conductive housing 33 includes a ring wall 331 , a wind guide cover 332 , a first through D 333 , a second through 334 , at least a second fixed portion 335 , and a plurality of convex lips 336 . . The first opening 333 is adjacent to the electrostatic dust collecting filter unit 32, and the air guiding cover 332 is connected to the opening periphery of the annular wall 331. The second opening 334 is formed on the air guiding cover. 332. The first fixing portion 335 is disposed on the periphery of the first opening 333, and the second fixing portions 335 are connected to the first fixing portions 3 (in the present embodiment, the first fixing member 7 is utilized (for example: The first fixing portion 3 and the second fixing portion 335 are connected to the substrate 21), and the conductive housing 33 is connected to the second fixing portion 311 and the second fixing portion. The portion 335 is electrically connected to the conductive frame 31. In the present embodiment, a plurality of second fixing members 8 (e.g., screws) are used in combination with the small ring wall 3 3 1 and the air guiding cover 33 2 . The convex lips 336 are disposed on the inner side of the annular wall 33 1 for fixing the first nano photocatalyst metal screen 34 and the second nano photocatalyst metal screen 35. And the first nano photocatalyst metal filter 34 is fixed to the ring wall 331, and the second nebulizer M424472 is used as the photocatalyst metal by using a plurality of bead (for example, sponge bead) disposed on the inner surface of the air guiding cover 332. The screen 35 is pressed against the convex lips 336. The first nano photocatalyst metal screen 34 is disposed on the first port 333, and the second photocatalyst metal screen 35 is disposed on the second port 334. Preferably, the first nano photocatalyst metal screen 34 is electrically connected to the conductive housing 33 via the protruding lips 336. In the present embodiment, the first nano photocatalyst metal screen 34 and the second nano photocatalyst metal screen 35 are made of stainless steel. The photocatalyst disposed on the surface of the first nano photocatalyst metal screen 34 and the first photon metal filter screen 35 is also rapidly destroyed by ultraviolet light (from the ultraviolet light device 36). Organic pollutants further enhance the functions of deodorization, dust removal and sterilization. In addition, after a period of time, the 4th-nano photocatalyst metal mesh net and the second nano photocatalyst metal mesh 35 can be taken out and washed with water, and can be repeatedly used after being properly dried. The ultraviolet light device 36 can include a smuggler from the sputum/small smear/official light or a circular ultraviolet light tube. The ultraviolet light device 36 can be disposed in the 兮 flute. ^ _ two straight to the first sea nano photocatalyst metal filter 34 and Lu Shai first nano photocatalyst metal network 35 eve pq ^ .. zero ^ & between. In the embodiment, the plurality of third fixed elements are used, and the ultraviolet light device 36 is fixed in the ring wall 331 by using a device 10 (for example, a screw). The self-cleaning activated carbon fiber enthalpy net 3 7 is willing to withstand 37 0 and is placed in the opposite position of the second nano photocatalyst metal care net 3 5 . In the position of Ganshicai, the photocatalyst is attached to the activated carbon fiber of the self-cleaning activated carbon fiber filter 37, and the surface of the anti-aging body is so that the activated carbon fiber body can adsorb pollutants, and the photocatalyst is used to decompose the activated carbon fiber and the quasi-body. The adsorbed contaminant is pulled, and the self-cleaning activated carbon fiber filter 37 can increase the photocatalytic decomposition by the transmission of the pollutants in the environment by the enthalpy of the activated carbon fiber and the attached force. The effect of destruction and the value of use. Further, the decomposition of the photocatalyst destroys the contamination (4), and the (tetra) carbon fiber is not easily saturated and has long-lasting effect, thereby achieving the purpose of improving the photocatalyst treatment efficiency and effectively extending the use time of the activated carbon fiber. Furthermore, the self-cleaning activated carbon fiber mesh 37 has both deodorization, dust removal and sterilization: For details of the self-cleaning activated carbon fiber filter 37, please refer to the Patent Application No. 0941 30816 of the Republic of China, which will not be described here. In the present embodiment, the power supply input/output quick socket 38 is connected to the conductive housing 33. The power input/output quick socket includes a power terminal 381, a high voltage material generator terminal 382, and an ultraviolet light. The device is connected to the terminal 3^83. Wherein the power terminal 38 is electrically connected to the alternating current power source u and conducts the alternating current power source 11 to the high voltage ion generator connector 382 and the ultraviolet light device terminal 383. The high voltage ion generator 5 is electrically connected to the The high voltage ion generator terminal 382 and the infrared light device 36 are electrically connected, and the ultraviolet light device terminal 383 is preferably connected. Thereby, the components can be quickly and conveniently connected to the respective terminals to obtain the respective requirements, and only the components to be operated can be turned on according to requirements, and the components are easier to replace when used. The 'Centre Cooling Air Return Air Purification Device 1 of the present invention may optionally further include an negative ion generator (not shown) disposed in the conductive housing 33 to release a large amount of negative ions, using a floating micro-seat In the present embodiment, the conductive mesh frame 31 is a conductive metal mesh frame, and the conductive mesh frame 31 is used. The conductive portion 312 is electrically connected to the loop end 52. The positive M424472 electrical terminal 51 is electrically connected to the high voltage ion discharge net 322 (FIG.) via the quick connector 325, and the loop end 52 is electrically connected via the conductive portion 312. The conductive mesh frame 31 is connected to the conductive mesh frame 31. The high voltage ion discharge mesh 322 is positively charged, and the conductive layer is located on the two sides of the static electricity collection filter screen (the pressure ion discharge network 3 2 2). Frame 31 and the first The nano photocatalyst metal screen 34 electrically turns on the loop end 52, so that the high voltage ion generator 5, the conductive net frame 31 and the conductive germanium 33 form a loop with the local ion discharge net 322. An electric field is formed between the high-voltage ion discharge net 322 with positive charge and the conductive net frame 31 and the first nano photocatalyst metal mesh 34, and the electric field can polarize the first glass fiber filter 321 and the first The second glass fiber filter material 323 (increasing the electrostatic dust collecting effect, further capturing the suspended particles and the like not captured by the first glass fiber filter material 321), thereby increasing the adsorption capacity of the particles in the air, and increasing the first fiber breaking property The photocatalyst of the filter material 323 is capable of decomposing and decomposing the organic pollutants. The reset switch unit 6 is fixed to the substrate 21. Referring to FIG. 1 and FIG. 2, in the embodiment, the reset switch unit 6 includes an indicator group. 61. The reset switch unit 6 can record the operation time of the electrostatic dust filter unit 32, and the non-light group 61 is configured to replace the electrostatic dust filter unit 32 according to the operation time. The ceiling is cold air back The air outlet air cleaning device 1' turns on the reset switch unit 6 to record the operation time of the electrostatic dust collector net unit 32. When the operation day (four) reaches the set time, the indicator group 61 displays the lamp number for replacement (for example: Red light), = replace the static electricity collection network unit 32; replace the electrostatic dust collector net unit 32 and then re-open the s Xuan reset switch unit 6 to recalculate the static electricity • 12· M424472 dust collection net unit 3 2 operation time. '··'T: As mentioned above, the ceiling air-conditioning and air return air cleaning device 1 of this creation is not only easy to disassemble, but also adsorbs particles in the air and rapidly destroys organic pollutants. It has the functions of deodorization, dust removal and sterilization. Moreover, the primary filter unit 2 is used to initially filter the air filter with a larger particle size, and the air purification effect and the service life of the ceiling air-cooling air return air/monthly device 1 are utilized, and the high-pressure ion generator 5 is utilized. The
空乳清淨單元3之高壓離子放電網322與導電網框3丨及第一 奈米光觸媒金屬濾網34之間形成一極化電場，以增加該空 氣β淨單元3對空氣中微粒之吸附能力及光觸媒對有機污 染物之破壞分解能力。再者’本創作之該初級遽網212、 該靜電集㈣網單元32、該第—奈米光觸媒金n網34及 »玄第一不、米光觸媒金屬濾網3 5在經過一段時間之過濾後， 可取出並以水進行清洗，經適當乾燥後即可重複使用，故 可減少更換耗材之成本。 的疋，該天花板冷氣回風口空氣清淨裝置1可選 擇性地配組安裝，你，丨& . m β丄、 •同夺具有初步過遽較大懸浮顆 粒、光觸媒滅菌 '除臭（降解有機污染物）及靜電集塵功效 (包含初級過遽單元2、導電網框31、靜電集塵遽網單元 32、奈米光觸媒金屬濾網34或/及35);或同時具有初步過 ^較大懸浮顆粒、光觸媒滅菌及除臭功效（包含初級過渡 〇〇° 導電凋框3 1及奈米光觸媒金屬濾網34或/及35);或 單純地具有初步過喻I辟― 、濾較大懸净顆粒及靜電集塵功效（包含 初級過濾單TL 2、導電網框3】及靜電集塵濾網單元”)。然 13 M424472A high-voltage ion discharge net 322 of the empty milk cleaning unit 3 forms a polarized electric field between the conductive mesh frame 3 and the first nano photocatalyst metal filter 34 to increase the adsorption capacity of the air β net unit 3 to particles in the air. And photocatalytic ability to destroy and decompose organic pollutants. Furthermore, the primary network 212 of the present creation, the static electricity collection (four) network unit 32, the first nano photocatalyst gold n net 34 and the »Xuan first no, the rice photocatalyst metal filter 35 are filtered after a period of time. After that, it can be taken out and washed with water, and can be reused after being properly dried, so that the cost of replacing the consumables can be reduced.疋, the ceiling air-conditioning air return air cleaning device 1 can be selectively assembled, you, 丨 & m β丄, • with the initial oversized large suspended particles, photocatalyst sterilization 'deodorization (degradation of organic Contaminant) and electrostatic dust collection effect (including primary over-twist unit 2, conductive mesh frame 31, electrostatic dust collector net unit 32, nano photocatalyst metal filter 34 or / and 35); or have a preliminary over-large Suspended particles, photocatalyst sterilization and deodorizing effects (including primary transition 〇〇 ° conductive frame 3 1 and nano photocatalyst metal filter 34 or / and 35); or simply have a preliminary metaphor - I filter Net granules and electrostatic dust collection (including primary filter single TL 2, conductive mesh frame 3) and electrostatic dust filter unit"). 13 M424472
而’本"倉J 4令夕X奸I 疋天化板冷氣回風口空氣清淨裝置1並 述之配Μ安裝方式為限。 不乂上 旦，，:'月淨裝置是以天花板冷氣回風口濾網為背 厅、’空軋清淨效能的增強、安裝的簡易、重量的 日㈣養的枝性上作突破性設計，冀能達成上述㈣並 以早疋式功效組合可彈性滿足不同環境的需求。 该清淨裝置是藉由一初級過濾單元、一高壓 塔配靜電集塵單元及-光觸媒空氣清淨單元之配合，利用 5玄初級過濾單元初步過濾空氣中較大粒徑之懸浮顆粒，再 矛4 用兩 uL ^ tl. w . 斋所連接之一高壓離子放電網與一導電 網框及—奈米光觸媒導電網框間所形成之極化電場，一方 電網框與雨壓離子放電網間所失載之光觸媒玻璃纖 、” ’因極化帶有靜電可吸附空氣中帶有不同靜電極性 ::::偟之懸浮顆粒’另一方面亦可增強光觸媒空氣清 ΓΓ 化過程成中對細菌及有機污染物之破壞分解 月fc*刀。 袓ί二ί創作之天花板冷氣回風口空氣清淨裝置從初級 ^.考，到中高效細微粒徑的收集乃至光觸媒滤網對異 二=去除貫相通一氣和成。再因結構上的設 : 粗滤網採天花板外露側抽式方便經常性拆洗 能可Μ式分解組合亦有助於拆裝保養工作的簡易 :，:可滿足不同環境空氣淨化的需求而採不同單元的組 “可：=:費用的節省。再者’本創作因_網之 …大大“破璃纖維載體的集塵壽命，其他各層遽網 14 M4Z4472 不需更換，取出以水清洗乾燥後即可重複使用，故可減少 更換粍材之成本。 上述實施例僅為說明本創作之原理及其功效，並非限制 創作因此$於此技術之人士對上述實施例進行修改及 邊化仍不脫本創作之精神。本創作之權利範圍應如後述之 申°月專利範圍所列。 【圖式簡單說明】 圖1顯示本創作之天花板冷氣回風口空氣清淨裝置分解 圖； 圖2顯示本創作之初級過濾單元示意圖； 咖圖3及4顯示本創作天花板冷氣回風口空氣清淨裝置與循 環風屬連通且連動之示意圖； 圖1 2 3 4及6顯示本創作天花板出風口空氣清淨裝置與空調送 風機連通且連動之示意圖； 圖7顯示本創作之靜電集塵濾網單元示意圖；及 圖8顯不本創作電源輸入/輸出快速插座設置於導電殼體 之示意圖。 【主要元件符號說明】 本創作之天花板冷氣回風口空氣清淨裝置 2 . 初級過遽單元 -15· 1 空氣清淨單元 2 循環風扇 3 高壓離子產生器 4 復歸開關單元 M424472 7 第一固定元件 8 第二固定元件 9 空調送風機 10 第三固定元件 11 天花板出風口 21 基板 22 初級濾網 23 保護網蓋 24 開口 31 導電網框 32 靜電集塵濾網單元 33 導電殼體 34 第一奈米光觸媒金屬濾網 35 第二奈米光觸媒金屬濾網 36 紫外光裝置 37 自淨式活性碳纖維濾網 38 電源輸入/輸出快速插座 211 基板之一側 212 基板之另一側 311 第一固定部 312 導電部 321 第一玻纖濾材 322 高壓離子放電網 323 第二玻纖濾材 -16- M424472 324 外罩 325 快速接頭 331 環牆 332 導風蓋 333 第一通口 334 第二通口 335 第二固定部 336 凸唇And the "this" " warehouse J 4 夕 奸 奸 奸 奸 奸 疋 化 板 板 冷 冷 冷 冷 冷 冷 冷 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 It’s not awkward, :: 'The monthly net installation is a breakthrough design with the ceiling air-conditioning return air filter as the back hall, the enhancement of the air-cleaning efficiency, the simple installation, and the weight of the day. The above (4) can be achieved and the combination of early and late effects can flexibly meet the needs of different environments. The cleaning device is configured by using a primary filter unit, a high-pressure tower equipped with an electrostatic dust collection unit and a photocatalyst air purification unit, and initially filtering the larger particle size suspended particles in the air by using the 5 Xuan primary filter unit. Two uL ^ tl. w. A polarized electric field formed by a high-voltage ion discharge network connected to a conductive grid and a nano-photocatalytic conductive grid, and a loss of load between a grid frame and a rain-pressure ion discharge network The photocatalyst glass fiber," 'Because of the polarization with static electricity, it can adsorb different electrostatic polarity in the air:::: 悬浮 suspended particles', on the other hand, it can also enhance the photocatalyst air cleaning process to the bacteria and organic pollution The destruction of the object decomposes the moon fc* knife. 袓ί二ί creates the ceiling air-cooled air return air purification device from the primary ^. test, to the collection of high-efficiency fine particle size and even the photocatalyst filter to the opposite two = remove the phase through the gas and into Because of the structural design: the coarse filter screen adopts the exposed side of the ceiling, and the convenient re-washing can be combined with the smashing type. It also helps the disassembly and maintenance work easily:: It can meet different ambient air Needs of the cell adopt different groups "may be: =: cost savings. Furthermore, 'this creation is due to the _ network... greatly the dust collection life of the glass fiber carrier, the other layers of the mesh 14 M4Z4472 do not need to be replaced, the water can be reused after being washed and dried, so the cost of replacing the coffin can be reduced. The above embodiments are merely illustrative of the principles and functions of the present invention, and are not intended to limit the creation. Therefore, those skilled in the art will be able to modify and defuse the above embodiments without departing from the spirit of the present invention. The scope of the present invention should be as described later. The scope of the application is listed in the scope of the patent. [Simplified description of the drawing] Figure 1 shows the exploded view of the air purifying device for the cold air return air inlet of the present creation; Figure 2 shows the schematic diagram of the primary filtering unit of the present creation; The schematic diagram of the air-cooling device of the ceiling air-cooling air return and the circulating air is connected and linked; Figure 1 2 3 4 and 6 show the schematic diagram of the air purifying device of the ceiling air outlet of the present creation and the air-conditioner fan connected and interlocked; Figure 7 shows the static electricity set of the creation Schematic diagram of the dust filter unit; and Figure 8 shows the schematic diagram of the power input/output quick socket set in the conductive housing. Component symbol description] The ceiling air-cooling air return air purifying device of this creation 2. Primary bypass unit -15· 1 Air cleaning unit 2 Circulating fan 3 High-pressure ion generator 4 Reversion switch unit M424472 7 First fixing element 8 Second fixing element 9 Air conditioner blower 10 Third fixing element 11 Ceiling air outlet 21 Substrate 22 Primary filter 23 Protective net cover 24 Opening 31 Conductive frame 32 Electrostatic dust collecting filter unit 33 Conductive housing 34 First nano photocatalyst metal filter 35 Two nano photocatalyst metal filter 36 Ultraviolet device 37 Self-cleaning activated carbon fiber filter 38 Power input/output quick socket 211 One side of the substrate 212 The other side of the substrate 311 First fixing part 312 Conducting part 321 First glass fiber filter 322 High-voltage ion discharge net 323 Second glass fiber filter -16- M424472 324 Cover 325 Quick joint 331 Ring wall 332 Air guide 333 First port 334 Second port 335 Second fixing part 336 Lip
381 電源接端 382 高壓離子產生器接端 383 紫外光裝置接端381 power connector 382 high voltage ion generator connector 383 UV device connector