TW200927268A - Apparatus for purifying and humidifying air - Google Patents

Apparatus for purifying and humidifying air Download PDF

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Publication number
TW200927268A
TW200927268A TW097146716A TW97146716A TW200927268A TW 200927268 A TW200927268 A TW 200927268A TW 097146716 A TW097146716 A TW 097146716A TW 97146716 A TW97146716 A TW 97146716A TW 200927268 A TW200927268 A TW 200927268A
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Taiwan
Prior art keywords
air
unit
filter
flow
path
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TW097146716A
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Chinese (zh)
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TWI379704B (en
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Woo-Jin Kang
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Woongjin Coway Co Ltd
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
    • B01D46/0039—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with flow guiding by feed or discharge devices
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
    • B01D46/0027—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with additional separating or treating functions
    • B01D46/0035—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with additional separating or treating functions by wetting, e.g. using surfaces covered with oil
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
    • B01D46/42—Auxiliary equipment or operation thereof
    • B01D46/44—Auxiliary equipment or operation thereof controlling filtration
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F3/00—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems
    • F24F3/12—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling
    • F24F3/14—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling by humidification; by dehumidification
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F6/00—Air-humidification, e.g. cooling by humidification
    • F24F6/12—Air-humidification, e.g. cooling by humidification by forming water dispersions in the air

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  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Dispersion Chemistry (AREA)
  • Oil, Petroleum & Natural Gas (AREA)
  • Air Humidification (AREA)
  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)

Abstract

An apparatus for purifying and humidifying air which enables separate supply of purified air and humidified air and controls the amount of humidified air discharged and which includes dual flow paths to increase the efficiency of air transfer. The apparatus includes a case having a suction port through which external air is introduced thereinto and a discharge port through which the introduced air is discharged, a circulation fan for causing the introduced air to flow toward the discharge port, a filter unit disposed in the case to filter the introduced air, a humidification unit disposed at a low position in the case to supply the air passed through the filter unit with moisture, and a flow path control unit disposed between the suction port and the humidification unit to control flow of the air passed through the filter unit.

Description

200927268 九、發明說明： 【發明所屬之技術領域】 ’且更特別是 包括雙重流道 本發明是有關一種用於空氣淨化之裝置 有關一種用於空氣淨化及增渔之裝置，其中 和可以更進一步被作用為一增溼裝置。 【先前技術】 一種空氣淨化器是被建構用來將受到污染之空氣淨 ❹化’因此產生潔淨空氣，其功能則是藉由將空氣流二一過 滤器以從空亂中除去灰塵、細菌和令人討厭的氣味 隨著沙塵、有害灰塵和類似物質的增加，空氣污染已 更加嚴重，於是，由空氣污染所引發的呼吸道疾病亦已增 加。由於社會環境下大眾增加對健康之關注，針對空氣^ 化器的需求和要求則急遽增加。 一種典型的空氣淨化器包括一用於將待淨化空氣抽取 進入該空氣淨化器内之風扇’以及一用於將該空氣淨化之 Q 過濾器組合。該過濾器組合特別包括若干具有不同小孔尺 寸之過濾器和一用以支撐該等過濾器之過濾器框架。該過 濾器的應用實例可以包括一由抗菌材料所製成之前處理過 濾器’其功能是用於消除相對大的灰塵微粒、霉、寵物毛 髮和類似物質’另外亦包括一沖洗過濾器和一高效率微粒 空氣（HEPA)過濾器。 同時’除了以上該等過濾器之外，該空氣淨化器可以 更進一步包括一增溼過濾器，該增溼過濾器被構形用來將 6 200927268 空氣增溼和提供具有預設溼度之增溼空氣。由於該增溼過 邋器’包含於該空氣内的雜質被清除，且包含溼氣的空氣 被供應，因此，能夠控制室内溼度。 圖1為一用於空氣淨化及增溼之傳統式裝置的橫剖面 視圖。如圖1之所示，該裝置包含一體殼u和一以可分離 之方式被女裝於該體殼11上之前蓋2〇β該前蓋2〇具有 吸氣入口，外界空氣是經由該吸氣入口而被導入至該體殼 11内。被導入的空氣流過一由若干過濾器所組成之過濾器200927268 IX. Description of the invention: [Technical field to which the invention pertains] 'and more particularly to include dual flow paths. The present invention relates to a device for air purification relating to a device for air purification and increased fishing, wherein It is used as a humidifying device. [Prior Art] An air purifier is constructed to purify contaminated air, thus producing clean air, the function of which is to remove dust, bacteria and air from the air by using a filter of air flow. Annoying smells With the increase of dust, harmful dust and similar substances, air pollution has become more serious. Therefore, respiratory diseases caused by air pollution have also increased. As the public increases their focus on health in the social environment, the demand and requirements for air conditioners are increasing rapidly. A typical air purifier includes a fan for drawing air to be purified into the air cleaner and a Q filter for purifying the air. The filter assembly specifically includes a plurality of filters having different orifice sizes and a filter frame for supporting the filters. An application example of the filter may include a pre-treatment filter made of an antibacterial material whose function is to eliminate relatively large dust particles, mildew, pet hair and the like. In addition, a flush filter and a high are also included. Efficiency particulate air (HEPA) filter. At the same time 'in addition to the above filters, the air purifier may further comprise a humidification filter configured to humidify 6 200927268 air and provide humidification with preset humidity air. Since the humidifier is contained in the air, the impurities contained in the air are removed, and the air containing moisture is supplied, so that the humidity in the room can be controlled. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a cross-sectional view of a conventional apparatus for air purification and humidification. As shown in Fig. 1, the device comprises an integral casing u and a cover 2〇β before being detachably attached to the body casing 11. The front cover 2 has an intake inlet through which the outside air is sucked The gas inlet is introduced into the body casing 11. The introduced air flows through a filter consisting of several filters

早元23，且該被導入空氣因而被淨化。淨化空氣被導入至 令納有一鼓風機風扇25之鼓風機風扇外殼28，流經一成 形於该鼓風機風扇外殼28之前方側邊處的鼓風機風扇入口 27 ’且接著經由—排茂出口而從該裝置内被排出。-增溼 過;慮器22被安置於該鼓風機風扇25之前方内的—下侧位 置處些已流過該關H單元23的淨化空氣流過該增渔 22’以產生增渥、潔淨空氣。該增澄潔淨空氣亦經 了風：風扇入口 27而被導入至該鼓風機風扇外殼28 且接著經由該排洩出口 2 9而被排出。 獨施遺懷地係，由於空氣淨化和空氣增㈣操作無法被單 獨施仃，用於空氣淨化及增溼單 的。振<得統式裝置是不具效益 換§之，如同圖式之所示，淨化办奋4描通咖 起被排出。於是，其中… 氣和增澄空氣是- 的座声如h 所存在之—項_是Μ外界空氣 ，度如何’該增Μ氣是被連續供應。 二 統式褒置被構形以容許待導入空氣由於該傳 之前方侧邊經由該鼓風機風扇 邊4之處理效率則受到負面的影響 7 200927268 點’值得瞭解之處是空氣淨化係單獨參考經由 器做空氣淨化處理，且並未施行該增㈣用。 ' 【發明内容】 ^是，本發明是針對在先前相關技術中所遭遇到的以 上問題，且本發明之一項目的是提供一種用於空氣淨化及 增座的裝ϊ，該裝置被構形使得淨化空氣和增渔空氣能夠 被單獨供應’以及控制增歷空氣的㈣量，且其中包括被 ❹ ，置於-循環風扇之前方和後方的雙重流道，用以增加空 氣傳送的效率。 為了要得到以上目的，本發明提供一種用於空氣淨化 ，增溼之裝置，其包括一具有一吸氣口和一㈣口之外 箱，外界空氣是經由該吸氣口而被導入 入的空氣則是經由該㈣口而被排出；一用：=該 入空氣朝向該排洩口流動的循環風扇；一 内而用於過遽該被導入空氣的過渡器翠元；丄= 外箱内之-下側位置處而用於供應渔氣予流過該過濾器單 ^之空氣的增溼單元；以及一被配置於該吸氣口與該增溼 單元之間而被用來控制流過該過濾器單元之空氣流的流道 控制單元。 該流道控制單元可被操作以選擇性地提供入口以進入 一空氣淨化路徑，其中通過該過濾器單元之淨化空氣將流 過在該循環風扇之前方和後方的至少一空間，且流向該排 茂口；或是進入一空氣淨化與增澄路徑’其中通過該過遽 器單元之淨化空氣是藉由該增澄單元來增溼，接著再流過 8 200927268 間’且流向該排汽 在該循環風扇之前方和後方的至 / 工 σ 〇 該流道控制單元是採用可主 用了支撐之方式被安裝於該外 内，且可以被移動於一第一位置 .^ ^ 置興—第二位置之間，豆中 在該第一位置，該流道控制單 、 广 制早70封閉該空氣淨化與增溼路 役，以容許通過該過濾器單 办 ι&虱能夠流經該空氣淨化 路徑，且其中在該第二位置，哼法、音_& 孔净化 ，_ 该机道控制單元封閉該空氣 ΟEarly 23, and the introduced air is thus purified. The purified air is introduced into a blower fan casing 28 having a blower fan 25, flowing through a blower fan inlet 27' formed at a side of the front side of the blower fan casing 28, and then from the device via a discharge port It is discharged. - humidification; the cleaner 22 is disposed at a lower position in front of the blower fan 25, and the purified air that has flowed through the shut-off H unit 23 flows through the enhanced fishing 22' to generate enthalpy, clean air . The increased clean air is also introduced to the blower fan casing 28 via the fan inlet 27 and is then discharged via the drain outlet 29. Due to the air purification and air addition (4) operations, it cannot be used alone for air purification and humidification. The vibration system is not profitable. As shown in the figure, the purification service is discharged. Then, among them, the air and the air of the air are - the existence of the sound - the item _ is the outside air, how the degree is - the increased helium gas is continuously supplied. The secondary system is configured to allow the air to be introduced to be negatively affected by the processing efficiency of the side of the front side via the fan side 4 of the blower. 7 200927268 Point It is worth knowing that the air purification system is separately referenced. Air purification treatment is carried out, and the increase (4) is not applied. SUMMARY OF THE INVENTION The present invention is directed to the above problems encountered in the related art, and an object of the present invention is to provide a device for air purification and addition, which is configured The purified air and the enhanced fishing air can be separately supplied 'and control the amount of the fourth generation of the air, and include the bedding, the double flow path placed before and behind the -cycle fan to increase the efficiency of air transfer. In order to achieve the above object, the present invention provides an apparatus for air purification and humidification, which comprises an air inlet and a (four) port, and outside air is introduced into the air through the air inlet. Then, it is discharged through the (four) port; one uses: = the circulating fan that flows into the discharge port; and the transitioner used to pass the introduced air; and 丄 = in the outer box - a humidifying unit for supplying a fish gas to the air flowing through the filter unit at a lower position; and a filter disposed between the suction port and the humidifying unit for controlling flow through the filter A flow path control unit for the air flow of the unit. The flow path control unit is operable to selectively provide an inlet to enter an air purification path, wherein the purified air passing through the filter unit will flow through at least one space before and behind the circulating fan and flow to the row Mukou; or enter an air purification and enhancement path 'where the purified air passing through the filter unit is humidified by the expansion unit, and then flows through 8 200927268' and flows to the exhaust The front and rear of the circulation fan to / σ 〇 The flow path control unit is installed in the outer portion by means of the main support, and can be moved to a first position. ^ ^ 兴兴 - second Between the positions, in the first position of the bean, the flow channel control sheet, the wide system early 70 closes the air purification and humidification road to allow the single pass through the filter to flow through the air purification path And wherein in the second position, the 哼 method, the sound _& hole purification, _ the channel control unit closes the air Ο

G 淨化路徑，以容許通過該過濾器單元之办 空氣淨化與增溼路徑。 工 b 里該 該流道控制單元可以被移動至—第三位置，其中在今 第三位置’ -些通過該過據器單元之空氣將流經該空氣淨 化路徑，且通過該過遽器單元之剩餘空氣則將流經該空氣 淨化與增渔路徑’《中該第三位置是被定位於該第一位置 與該第二位置之間。 該流道控制單元可以包括一具有-旋轉軸之旋轉板， 其中該旋轉轴是藉由使用來自一驅動單元之驅動動力而被 旋轉，且該旋轉板是繞著作為介於該第—位置與該第二位 置間之中心軸的該旋轉轴而以可旋轉之方式來移動。 該流道控制單元可以包括一具有_旋轉轴之磨輪形狀 旋轉板，該磨輪形狀旋轉板是以可旋轉之方式被移動於該 第-位置與該第二位置之間’其中該旋轉軸是藉由使用來 自-驅動單元之驅動動力而被旋轉’且該磨輪形狀旋轉板 包括一個被耦接至該旋轉軸之一末端處的支承板和四個被 支撐至該支承板的輪葉與具有從該旋轉軸延伸出去的十字 9 200927268 形剖面，其中四個該等輪葉的至少一個輪葉具有一開口區 ，域，且四個該等輪葉的其餘輪葉則具有一無開口區域。 該流道控制單元可以包括一被安置於該過濾器單元之 後方和接近該過濾器單元的滑動板，其中該滑動板是藉由 使用來自一驅動單元之驅動動力而以可滑動之方式被移動 於該第一位置與該第二位置之間，且具有一上侧開口區域 和一下侧無開口區域。 每一個該空氣淨化路徑和該空氣淨化與增溼路徑可以 © 包括雙重流道，該雙重流道則是由一被界定於該循環風扇 月ίι方侧邊與該過濾器單元之間的前流道，以及一被界定於 該循環風扇後方側邊與該外箱之間的後流道所組成。 該增渔單元可以被安置於該循環風扇之下方。 該增屋單元可以包括一含有溼氣和將該溼氣供應予空 氣的增溼過濾器，以及一容納一部份沈浸於其内之該增溼 過濾器和將水份供應予該增溼過濾器的水箱。 a驅動單元是藉由-控制器對應-來自於該外箱外側 之輸入單元所接收到的訊號來加以控制。 【實施方式】 參考該等隨附圖式’本發明之一項較佳實施例將被詳 加說明》 圖2為依照本發明一實施例之用於空氣淨化及增溼之 裝置的立體視圖，其中一外箱的右側部件被切除，其中一 破用來作為流道控制單元之旋轉板被移至一第—位置，圖3 200927268 為圖2的橫刮面側視圖，圖4為圖2的橫剖面側視圖，其 中該旋轉板被移至一第二位置，圖5為圖2的橫剖面側視 圖’其中該旋轉板被移至一第三位置，圖6表示出作為一 流道控制單元第一實施例之該旋轉板的立體視圖和表示出 該旋轉板之操作狀況的末端視圖，以及圖7為表示出在如 圖2和圖4所示用於空氣淨化及增溼之裝置中個別氣流的 概略視圖。 如同在圖2到圖7之所示，依照本發明一實施例之用 © 於空氣淨化及增溼的裝置包含一具有一吸氣口 11〇和一排 洩口 120之外箱1〇〇，外界空氣是經由該吸氣口而被導入， 被處理空氣則是經由該排洩口而被排出，一被旋轉以造成 空氣被導入流過該外箱之該吸氣口 11〇，朝向該排洩口 12〇 流動的循環風扇125, 一被安置於該外箱1〇〇之一側邊處而 用於過濾被導入流過該吸氣口丨丨〇之空氣的過濾器單元 130，一被安置於該外箱1〇〇〇内之一下側位置處而用於供 q 應溼氣予流過該過濾器單元130之空氣的增溼單元14〇，以 及一用於控制流過該過濾器單元130之空氣流的流道控制 單元。 該過濾器單元130是以可分離之方式被安裝於該外箱 100内，且通常是由一前空氣過濾器' 一除臭過濾器和一集 塵過濾器所構成，以上這些過濾器是以從空氣入口開始之 順序而依序被安裝於一過濾器支架上。由於該過濾器的種 類和材料在先前技術中係為習知，其詳細說明將於下列描 述内容中被省略。關於此點，值得注意之處是該等過濾器 11 200927268 的配置順序非限制此項實施例，且該等過瀘 愿盗疋可以採用 不同的組合來配置。 該增溼單元140可以被定位於該循環風扇之下方且 可以包括-含有均勻渔氣分佈於其内之增澄過據_⑷，以 及一用於儲存水和容納增溼過濾器142之—下 於其内的水箱143。關於此點，該水箱143是以可^離之方 式被安裝於該外箱100上。 ㈣本發明之該增渔料m限於是任何特定的材 料或構造。舉例而言，該增渥單元140彳以具有任何構造， 例如是一六面體形構造、一蜂巢狀構造、一由平行板所組 成的構造或是-發泡構造和一具有容許空氣流過之小孔、 孔洞、間隙或餘隙的不織布構造。此外，該增澄單元14〇 可以是由任何材料，例如是布料、紙張、不織布、聚氨酯 發泡體、滲透性薄膜、多孔性材料或以上材料的組合，所 組成，用以能夠包含毛細管作用所生成之溼氣和能夠容許 該溼氣連同空氣之流過而被蒸發。 該循環風扇125被安置於該外箱1〇〇内之一後方位置 處，且可以是一種雙重風扇形式，其包括前動葉輪和後動 葉輪126 ’用以輕易的導引空氣流過該外箱之該吸氣口 no。該前動葉輪和後動葉輪126可以被安置於該外箱1〇〇 内之一直立板127上。 該吸氣口 11 〇被安置於該外箱100之前方侧邊的一下 側區域且該排洩口 i 2〇被安置於該外箱i 〇〇之頂端表面。 該循環風扇125被安置於該排洩口 12〇以下、該過濾器單 12 200927268 元13 0的一上側區域後方。於是，經由該循環風扇丨2 5之 操作’空氣被導引流過被安置於該外箱1 〇〇之一下側區域 的該吸氣口 110,流經該過濾器單元13〇,接著在該外箱1〇〇 内向上流動。然後，空氣經由該排洩口丨2〇而被排出至一 房間内。 空氣從該過濾器單元130到該增溼單元14〇的流動是 被該流道控制單元所導引。關於此點，該流道控制單元可 以被構形為一種選擇性之方式，使得空氣從該過濾器單元 〇 130到該增溼單元140的流動能夠被封閉，用以導致該空氣 直接朝向該排茂口 120流動’或是允許該空氣朝向該增渔 單元140流動，使得通過該過濾器單元13〇的該空氣能夠 被増溼。 更加特別是經由該流道控制單元之操作，該裝置且有 二種選擇性的流道，亦即是一空氣淨化路徑（A )，其中被 該過濾器單元130所過濾之淨化空氣是經由一在該循環風 ❹扇125之前方或後方的空間而流動朝向該排洩口 12〇，以及 一空氣淨化與增溼路徑（B)，其中被該過濾器單元13〇所 過遽之淨化空氣是藉由該增溼單元140來增溼，且經由在 該循環風扇125之前方或後方的該空間而流動朝向該排汽 口 120。 此時，該流道控制單元是以可擺動之方式被支撐於該 外箱100内，用以能夠移動於一第一位置與一第二位置之 間，在該第一位置處’其中該流道控制單元封閉住該空氣 淨化與增溼路徑（B)，使得通過該過濾器單元13〇:=淨 13 200927268 化空氣能夠流經該空氣淨化路徑（A)，而在該第二位置處， 其中該流道控制單元封閉住該空氣淨化路徑（A),使得通 過該過濾器單το 130之該淨化空氣僅能夠流經該空氣淨化 與增溼路徑（B )。 此外，該流道控制單元可以更進一步提供一第三位 置’其中在該第三位置處，一些通過該過濾器單元13〇之 •亥/爭化空氣流經該空氣淨化路徑（A )，且通過該過濾器單 元13 0之剩餘淨化空氣則流經該空氣淨化與增溼路徑（b )。 ©該第二位置可以被定位於該第一位置與該第二位置之間。 參考圖2到圖6，依照本發明一實施例之用於空氣淨化 及曰屋的裝置之操作狀況將被詳加描述。圖2和圖3表示 出該机道控制举元是在該第一位置。在此項實施例中，該 流道控制單元包括一具有一旋轉轴151之旋轉板15〇(參考 圖6)，該旋轉板是以可擺動之方式被支撐於該增溼單元 140的别方’用以封閉或是允許空氣從該過濾器單元13〇流 入至該增溼單元140。 G 圖1主t 固3表示出該旋轉板150是在該第一位置。在意欲僅 仔到空氣淨化之應用實例中，該旋轉板丨5〇是在該第一位 置’亦即是其中該空氣淨化與增溼路徑（B )被封閉的位置。 寺另)疋在5玄位置處’其中該旋轉板150封閉該空氣淨 / “凌路從（B) ’該旋轉板150被移動以阻擒該增澄單 元140 千 <刖方側邊’用以防止空氣通過該增溼單元14〇。在 項應用實例中，用於空氣淨化及增溼之該裝置僅能夠 成淨< C二虱和將淨化空氣排出至外界》換言之，被導入至 200927268 該外箱100内的空氣是經由該 早兀13〇而被淨 且該淨化空氣是沿著該空氣淨化 乎化 u叫侵（A )流動和經由咭M 洩口 120而被排出至外界。 i宙該排 圖4表示出該旋轉板150是在該第二位置。如圖式所 不，該旋轉板150是在該第二位置，亦即是其中該空氣淨 (A)氣淨化路徑（A) =定位於該空氣淨化與增澄路徑（B)之上方。更加㈣G Purify the path to allow air purification and humidification paths through the filter unit. The flow channel control unit can be moved to a third position in which the air passing through the instrument unit will flow through the air purification path and through the filter unit The remaining air will then flow through the air purification and fishing path '" the third position is positioned between the first position and the second position. The flow path control unit may include a rotating plate having a rotating shaft, wherein the rotating shaft is rotated by using driving power from a driving unit, and the rotating plate is wound around the first position and The axis of rotation of the central axis between the second positions is rotatably moved. The flow path control unit may include a grinding wheel shape rotating plate having a rotating shaft, the grinding wheel shape rotating plate being rotatably moved between the first position and the second position, wherein the rotating shaft is borrowed Rotating by using driving power from the driving unit' and the grinding wheel shape rotating plate includes a support plate coupled to one end of the rotating shaft and four vanes supported to the supporting plate and having a slave The cross-shaft 9 200927268 profile in which the axis of rotation extends, wherein at least one of the four vanes has an open area, and the remaining vanes of the four of the vanes have an open-ended area. The flow path control unit may include a sliding plate disposed behind the filter unit and adjacent to the filter unit, wherein the sliding plate is slidably moved by using driving power from a driving unit Between the first position and the second position, and having an upper opening area and a lower side opening area. Each of the air purifying path and the air purifying and humidifying path may include a dual flow path which is defined by a front flow path defined between the side of the circulating fan and the filter unit And a rear flow passage defined between the rear side of the circulation fan and the outer casing. The fish-fishing unit can be placed below the circulation fan. The additional unit may include a humidification filter containing moisture and supplying the moisture to the air, and a humidification filter accommodating a portion thereof and supplying moisture to the humidification filter Water tank. The a drive unit is controlled by the signal received by the - controller corresponding to the input unit from outside the outer box. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a perspective view of a device for air purification and humidification according to an embodiment of the present invention. The right side member of one of the outer boxes is cut off, and one of the rotating plates used as the flow path control unit is moved to a first position, and FIG. 3 is a side view of the transverse scraping surface of FIG. 2, and FIG. 4 is a side view of FIG. a cross-sectional side view in which the rotating plate is moved to a second position, and FIG. 5 is a cross-sectional side view of FIG. 2 in which the rotating plate is moved to a third position, and FIG. 6 is shown as a first-class control unit A perspective view of the rotating plate of an embodiment and an end view showing the operating condition of the rotating plate, and FIG. 7 shows an individual air flow in the apparatus for air purification and humidification as shown in FIGS. 2 and 4. A rough view of the. As shown in FIG. 2 to FIG. 7, the apparatus for air purification and humidification according to an embodiment of the present invention includes a casing 1 having an intake port 11 and a drain port 120, and the outside. Air is introduced through the suction port, and the treated air is discharged through the drain port, and is rotated to cause air to be introduced into the suction port 11 of the outer box, toward the drain port 12 a circulatory circulating fan 125, one disposed at a side of the outer casing 1 而 for filtering the filter unit 130 introduced into the air flowing through the suction port, one of which is disposed a humidifying unit 14A for supplying air to the filter unit 130, and a control unit for flowing through the filter unit 130, at a lower position of the outer casing 1 A flow control unit for air flow. The filter unit 130 is detachably mounted in the outer casing 100, and is generally constituted by a front air filter 'a deodorizing filter and a dust collecting filter, and the above filters are They are sequentially mounted on a filter holder in the order from the air inlet. Since the types and materials of the filter are well known in the prior art, a detailed description thereof will be omitted from the following description. In this regard, it is worth noting that the order in which the filters 11 200927268 are configured is not limiting to this embodiment, and such pirates may be configured in different combinations. The humidification unit 140 can be positioned below the circulation fan and can include - a condensed data_(4) containing a uniform fish gas distribution therein, and a - for storing water and accommodating the humidification filter 142 A water tank 143 therein. In this regard, the water tank 143 is attached to the outer casing 100 in a detachable manner. (d) The fishery m of the present invention is limited to any particular material or construction. For example, the enhancement unit 140 is configured to have any configuration, such as a hexahedral configuration, a honeycomb structure, a configuration consisting of parallel plates, or a foaming structure and a gas flow permitting. Non-woven construction of small holes, holes, gaps or clearances. In addition, the addition unit 14 can be composed of any material, such as cloth, paper, non-woven fabric, polyurethane foam, permeable film, porous material or a combination of the above materials, to be capable of containing a capillary action The generated moisture is capable of allowing the moisture to evaporate along with the flow of air. The circulation fan 125 is disposed at a position rearward of the outer casing 1 and may be in the form of a double fan including a front impeller and a rear impeller 126' for easily guiding air through the outer The suction port of the box is no. The front and rear impellers 126 may be disposed on the upright plate 127 in the outer casing 1''. The suction port 11 is placed in a lower side region on the side of the front side of the outer casing 100 and the drain port i 2 is placed on the top surface of the outer casing i. The circulation fan 125 is disposed below the drain port 12〇, behind the upper side of the filter unit 12 200927268 yuan 130. Then, through the operation of the circulating fan 丨25, the air is guided to flow through the suction port 110 disposed in the lower side region of the outer casing 1 and flows through the filter unit 13〇, and then The outer box 1 flows upwards. Then, air is discharged into a room through the drain port 2丨. The flow of air from the filter unit 130 to the humidifying unit 14A is guided by the flow path control unit. In this regard, the flow path control unit can be configured in a selective manner such that flow of air from the filter unit 〇130 to the humidification unit 140 can be closed to cause the air to be directed toward the row The Maokou 120 flows 'or allows the air to flow toward the fish-fishing unit 140 so that the air passing through the filter unit 13 can be wetted. More particularly through the operation of the flow channel control unit, the device has two alternative flow paths, namely an air purification path (A), wherein the purified air filtered by the filter unit 130 is via a The space in front of or behind the circulating air fan 125 flows toward the drain port 12A, and an air purification and humidification path (B), wherein the purified air that is passed through the filter unit 13 is borrowed The humidification unit 140 humidifies and flows toward the exhaust port 120 via the space in front of or behind the circulation fan 125. At this time, the flow path control unit is rotatably supported in the outer box 100 for being movable between a first position and a second position, where the flow is The air control and humidification path (B) is closed by the channel control unit such that the air passing through the filter unit 13: = net 13 200927268 can flow through the air purification path (A), and at the second position, Wherein the flow path control unit closes the air purification path (A) such that the purified air passing through the filter unit το 130 can only flow through the air purification and humidification path (B). In addition, the flow path control unit may further provide a third position 'where at the third position, some of the air passing through the filter unit 13 flows through the air purification path (A), and The remaining purified air passing through the filter unit 130 flows through the air purification and humidification path (b). The second position can be positioned between the first position and the second position. Referring to Figures 2 through 6, the operation of the apparatus for air purification and squatting in accordance with an embodiment of the present invention will be described in detail. Figures 2 and 3 show that the channel control unit is in the first position. In this embodiment, the flow path control unit includes a rotating plate 15A (refer to FIG. 6) having a rotating shaft 151, and the rotating plate is supported by the other side of the humidifying unit 140 in a swingable manner. 'To block or allow air to flow from the filter unit 13 to the humidification unit 140. G. Fig. 1 The main t solid 3 indicates that the rotating plate 150 is in the first position. In the application example intended for air purification only, the rotating plate 丨5〇 is at the first position', that is, where the air purification and humidification path (B) is closed. Temple another) 疋 at the 5 玄 position 'where the rotating plate 150 closes the air net / "Ling Road from (B) 'The rotating plate 150 is moved to block the increasing unit 140 thousand < side side It is used to prevent air from passing through the humidifying unit 14. In the application example, the device for air purification and humidification can only be used to clean the < C 虱 and discharge the purified air to the outside world. In other words, it is introduced into 200927268 The air in the outer box 100 is cleaned through the early raft 13 and the purified air is discharged along the air purifying (A) flow and discharged to the outside via the 咭M vent 120. Figure 4 shows that the rotating plate 150 is in the second position. As shown in the figure, the rotating plate 150 is in the second position, that is, the air purifying (A) gas purifying path ( A) = Positioned above the air purification and enhancement path (B). More (4)

疋在該位置處’其令該旋轉15〇冑閉該空氣淨化路徑 (A)，該旋轉板15〇被移動以阻擋在該增溼單元^扣之上 方的該空氣淨化路徑（A)，㈣防^氣通㈣空氣淨化 路仨（A?。於疋，被導入至該外箱100内的空氣是經由該 過濾'器單it 13G而被淨化’且該淨化空氣是藉由該增渔單 元140而被增溼。因此，該增濕空氣是藉由該循環風扇us 的抽氣動作之協助，沿著該空氣淨化與增溼路徑（b)流動 和經由該排洩口 1 20而被排出至外界。 如同以上所描述之内容，由於依照本發明實施例之用 於空氣淨化及增溼的該裝置被建構用來提供該空氣淨化與 增溼路徑（B )以及該空氣淨化路徑（A )，該淨化空氣或 是該淨化與增溼空氣則可以被選擇性地產生，因此，容許 依照使用者之選擇來控制增溼空氣的排放量。 倘若有需要時’依照本發明實施例之用於空氣淨化及 增澄該裝置可以產生該淨化空氣和該淨化與增溼空氣之混 合物。爲此，該旋轉板可以被移動至介於該第一位置 與該第二位置之間的該第三位置。圖5表示出該旋轉板15〇 15 200927268 是在該第三位置。 如圖式所示，該旋轉板150是被安置於該第三位置， 亦即是介於該空氣淨化路徑（A)和該空氣淨化與增溼路徑 (B)之間。於是，被導入至該外箱1〇〇内通過該過濾器 單元130的空氣將流經該空氣淨化路徑（A)和該空氣淨化 與增溼路徑（B)兩者。藉由該循環風扇125的抽氣動作之 協助，該淨化空氣和該淨化與增溼空氣是經由該排洩口 12〇 而被排出至外界。 ® 換言之，該旋轉板150是藉由來自一被提供於該外箱 100内之驅動單兀（圖形中未表示出來）的驅動動力而被旋 轉。當該旋轉板150被移動成為往上傾斜（該第二位置） 時，通過該吸氣口 110被導入至該外箱1〇〇内的空氣被導 引朝向該增溼單元140,接著被該增溼單元14〇來增溼。當 該旋轉板150被移動成為往下傾斜（該第一位置）時，朝 向該增溼單元140的氣流被阻擋，因此，被導入至該外箱 100内的空氣是藉由該循環風扇125的抽氣動作，經由該排 洩口 1 20直接被排出至外界。在此項實施例中，該驅動單 元包括一步進馬達》 如圖3和圖4所示之該空氣淨化路徑（A)和該空氣淨 化與增座路控（B ) ’就採用由一前流道17〇和一後流道175 所組成之雙重流道而論，該二路徑彼此之間大致上是相 同，其中該前流道170是被界定於該循環風扇125的前方 側邊與該過濾器單元13 0之間，且該後流道丨7 $是被界定 於該循環風扇125的後方側邊與該外箱1〇〇之間。換言之， 200927268 即使被用作為該流道控制單元之該旋轉板15〇被移動至該 第一位置到該第三位置中任一位置，被導入至該外箱1〇〇 内的空氣同時流經該前流道1 7〇和該後流道1 75。 S亥流道控制單元被操作以導引空氣氣流從該吸氣口 110流向該增澄單元14〇。除了形式為該旋轉板15〇之實施 例以外’該流道控制單元可以採用不同的方式呈現於該增 溼單元140之前方内。 圖8為磨輪形狀旋轉板的立體視圖，該磨輪形狀旋轉 © 板係為依照本發明實施例之該流道控制單元的一項改良， 圖9為用於空氣淨化及增溼之裝置的橫剖面視圖，其包括 如圖8所示之該流道控制單元的改良’其中該磨輪形狀旋 轉板是在該第一位置’以及圖1〇表示出用於空氣淨化及增 澄之裝置的橫剖面視圖，其包括如圖9所示之該流道控制 單元的改良，其中該磨輪形狀旋轉板是在該第二位置。 參考圖8到圖1 〇，該流道控制單元可以採用該磨輪形 狀旋轉板180來實現。該磨輪形狀旋轉板180包括一旋轉 ® 轴182 ’且該磨輪形狀旋轉板180的相對末端被耦接至支承 板184。該旋轉轴182被連接至一驅動單元（圖式中未表示 出來），因此’該旋轉轴182是藉由來自該驅動單元所傳 送之驅動動力而被旋轉。該磨輪形狀旋轉板182包括四個 輪葉，該四個輪葉聚集於該旋轉轴182，用以界定出一種十 字形剖面。該四個輪葉中的二個輪葉係作為閉塞輪葉186, 且其餘二個輪葉則作為開口輪葉185。依據使用者的需求， 該等輪葉的數目和該等閉塞輪葉與該等開口輪葉的數目冬 17 200927268 然是可以被變更。 當該磨輪形狀旋轉板180被移動至如圖9所示之第一 位置時，該閉塞輪葉186被安置於該增溼單元14〇之前方 内，因此，將該空氣淨化與增溼路徑（B )封閉，同時，該 開口輪葉185被安置於該空氣淨化路徑（A)内，因此，容 許淨化空氣從其中流過。結果導致僅有淨化空氣經過該排 洩口 120被排出。當磨輪形狀旋轉板180旋轉90度和因此 被移動至如圖10所示之第二位置時，該閉塞輪葉186被安 〇 置用來封閉該空氣淨化路徑（A )，同時，該開口輪葉】8 5 被安置於該空氣淨化與增溼路徑（B )内。結果導致僅有淨 化與增溼空氣經過該排洩口 120被排出。同樣地在此項改 良内容中’藉由改變該磨輪形狀旋轉板180的旋轉角來控 制该開口輪葉185與該閉塞輪葉186之位置，該淨化空氣 和該淨化與增溼空氣之混合物可以被產生。 圖11為滑動板的立體視圖，該滑動板係為依照本發明 實施例之該流道控制單元的另外一項改良，圖12為用於空 ® 氣淨化及增溼之裝置的橫剖面視圖，其包括該流道控制單 元的另外一項改良’其中該滑動板是在該第一位置，以及 圖13表示出用於空氣淨化及增溼之裝置的橫剖面視圖，其 包括該流道控制單元的另外一項改良，其中該滑動板是在 該第二位置。 參考圖11到圖13，該流道控制單元可以採用該滑動板 190來實現。在此項應用實例中，該外箱1 〇〇於其内部可以 具有一額外的導引路徑（圖形中未表示出來），且該滑動 18 200927268 板190的相對末端是可以沿著該導引路徑而上下滑動。該 滑動板190亦可以藉由與一驅動單元（圖形中未表示出來） 相連結而被移動。該滑動板190包含三個葉片，亦即是一 上側開口葉片192、一下侧閉塞葉片194和一與該等上2葉 片、下側葉片保持垂直而延伸出去的導引葉片i %。 當該滑動板190被安置如圖12所示之第一位置時談 閉塞葉片194被定位於該增溼單元14〇之前方内，因此， 將該空氣淨化與增溼路徑（B )封閉，同時，該開口葉片192 © 被定位於該空氣淨化路徑（A)内，因此，容許淨化空氣從 其中流過。結果導致僅有淨化空氣經過該排洩口 12〇被排 出至外界。當該滑動板190被安置於如圖13所示之第二位 置時，該閉塞葉片194被安置用來封閉該空氣淨化路徑 (A )’且該空氣淨化與增溼路徑（B )被開啟，結果導致 僅有淨化與增溼空氣經過該排洩口 120被排出至外界。 在該滑動板190之移動過程中，該導引葉片196將接 觸到該增溼單元140之上侧末端’因此，導引該滑動板19〇 © 之移動。同樣地在此項改良内容中，藉由改變該開口葉片 192和該閉塞葉片194之位置，該淨化空氣和該淨化與增渥 空氣的混合物可以被產生。 用於供應驅動動力至該流道控制單元之該驅動單元 (圖形中未表示出來）是藉由一控制器（圖形中未表示出 來）對應一被提供於該外箱100上之輸入單元（圖形中未 表示出來）所接收到的訊號來加以控制。 如同以上所描述之内容，依照本發明之用於空氣淨化 19 200927268 及增澄的裝置提供有該空氣淨化路徑和該空氣淨化與增漫 路徑，該二路徑則是藉由該流道 、 m被個別地構形 和選擇性地開啟◎於是，淨化空氣 〇 乎化工軋的空軋量和淨化與增溼 二亂的空氣量係依據季節性變化或 人1介艰境而被加以控 制，因此，改善提供予使用者的便利性。 此外’該雙重流道被提供於該循環風扇之前方和後 方’因而改善淨化空氣或淨化與增溼空氣的傳送效率。 Ο 雖然本發明之較佳實施例已被揭示用於說明之目的， 在不偏離如⑽隨时請專利範圍中所揭示的本發明範嘴 和精神之狀況下1習該項技術者做不同的變更、附加和 替換是可能的。於是’以上這些變更、附加和替換内容亦 必須納入本發明的範嘴。 【圖式簡單說明】 從與隨附圖式相結合之下列詳細描述内容中，本發明 之以上和其他目的、特色及效益將被更加清楚瞭解，圖形 中： 圖1為用於空氣淨化及增溼之傳統式裝置的橫剖面視 圖； 圖2為依照本發明一實施例之用於空氣淨化及增溼之 裝置的立體視圖，其中一外箱的右側部件被切除，其中一 被用來作為流道控制單元之旋轉板被移至一第一位置； 圖3為圖2的橫剖面側視圖； 圖4為圖2的橫剖面側視圖，其中該旋轉板被移至一 20 200927268 第二位置； 圖5為圖2的橫剖面侧視圖，其中該旋轉板被移至一 第三位置； 圖6表示出作為一流道控制單元第一實施例之該旋轉 板的立體視圖’以及表示出該旋轉板之操作狀況的末端視 圖； 圖7為表示出在如圖2和圖4所示用於空氣淨化及增 溼之裝置中個別氣流的概略視圖；疋 at this position 'which causes the rotation 15 to close the air purification path (A), the rotating plate 15 is moved to block the air purification path (A) above the humidification unit, (4) (4) Air purification passage (A?. In the air, the air introduced into the outer casing 100 is purified through the filter 'it 13G' and the purified air is by the fishing unit 140 is humidified. Therefore, the humidified air is discharged along the air purification and humidification path (b) and discharged through the drain port 120 by the pumping action of the circulation fan us. As described above, since the apparatus for air purification and humidification according to an embodiment of the present invention is constructed to provide the air purification and humidification path (B) and the air purification path (A), The purified air or the purified and humidified air can be selectively generated, thereby allowing the amount of humidified air to be controlled according to the user's choice. If necessary, 'for air according to an embodiment of the present invention. Purification and enhancement of the device can be produced The purified air and the mixture of the purified and humidified air. To this end, the rotating plate can be moved to the third position between the first position and the second position. Figure 5 shows the rotating plate 15 〇15 200927268 is in the third position. As shown in the figure, the rotating plate 150 is disposed in the third position, that is, between the air purification path (A) and the air purification and humidification path ( Between B), then the air introduced into the outer casing 1 through the filter unit 130 will flow through both the air purification path (A) and the air purification and humidification path (B). The purified air and the purified and humidified air are discharged to the outside through the drain port 12, assisted by the pumping action of the circulation fan 125. In other words, the rotating plate 150 is provided by one from The driving power of the driving unit (not shown in the figure) in the outer casing 100 is rotated. When the rotating plate 150 is moved upward (the second position), it is introduced through the suction port 110. The air into the outer casing 1 is guided toward the The humidifying unit 140 is then humidified by the humidifying unit 14〇. When the rotating plate 150 is moved downward (the first position), the airflow toward the humidifying unit 140 is blocked, and therefore, The air introduced into the outer casing 100 is directly discharged to the outside through the drain port 120 by the pumping action of the circulating fan 125. In this embodiment, the driving unit includes a stepping motor. 3 and the air purification path (A) and the air purification and addition control (B) shown in FIG. 4 are based on a double flow path composed of a front flow path 17A and a rear flow path 175. The two paths are substantially identical to each other, wherein the front flow path 170 is defined between the front side of the circulation fan 125 and the filter unit 130, and the rear flow path 丨7$ is It is defined between the rear side of the circulation fan 125 and the outer box 1〇〇. In other words, 200927268 even if the rotating plate 15〇 used as the flow path control unit is moved to any one of the first position to the third position, the air introduced into the outer box 1〇〇 simultaneously flows through The front flow path 1 7 〇 and the rear flow path 1 75. The S-channel control unit is operated to direct the flow of air from the intake port 110 to the enhancement unit 14A. In addition to the embodiment in the form of the rotating plate 15', the flow path control unit can be presented in a different manner in front of the humidifying unit 140. Figure 8 is a perspective view of a grinding wheel-shaped rotating plate, which is an improvement of the flow path control unit according to an embodiment of the present invention, and Figure 9 is a cross section of the device for air purification and humidification. A view comprising a modification of the flow path control unit as shown in FIG. 8 wherein the grinding wheel shape rotating plate is in the first position and FIG. 1A shows a cross sectional view of the device for air purification and enhancement It includes an improvement of the flow path control unit as shown in FIG. 9, wherein the grinding wheel shape rotating plate is in the second position. Referring to Figures 8 through 1, the flow path control unit can be implemented using the grinding wheel shaped rotating plate 180. The grinding wheel shape rotating plate 180 includes a rotating ® shaft 182 ' and the opposite ends of the grinding wheel shaped rotating plate 180 are coupled to the support plate 184. The rotary shaft 182 is coupled to a drive unit (not shown) so that the rotary shaft 182 is rotated by the drive power transmitted from the drive unit. The grinding wheel shape rotating plate 182 includes four vanes that are gathered on the rotating shaft 182 to define a cross-shaped cross section. Two of the four vanes are used as the occluding vanes 186, and the remaining two vanes are used as the open vanes 185. Depending on the needs of the user, the number of said vanes and the number of said occluding vanes and said open vanes can be changed. When the grinding wheel shape rotating plate 180 is moved to the first position as shown in FIG. 9, the blocking vane 186 is disposed in front of the humidifying unit 14〇, thus, the air purifying and humidifying path is B) Closure, at the same time, the open vane 185 is placed in the air purification path (A), thereby allowing purified air to flow therethrough. As a result, only purified air is discharged through the drain port 120. When the grinding wheel shape rotating plate 180 is rotated 90 degrees and thus moved to the second position as shown in FIG. 10, the blocking vane 186 is placed to close the air cleaning path (A) while the opening wheel Leaf] 8 5 is placed in the air purification and humidification path (B). As a result, only the purified and humidified air is discharged through the drain port 120. Also in this modification, 'the position of the open vane 185 and the occluding vane 186 is controlled by changing the rotation angle of the grinding wheel-shaped rotating plate 180, and the mixture of the purified air and the purified and humidified air can be Was produced. Figure 11 is a perspective view of a sliding plate which is another modification of the flow path control unit according to an embodiment of the present invention, and Figure 12 is a cross-sectional view of the device for air purification and humidification. It includes an additional modification of the flow path control unit wherein the sliding plate is in the first position, and FIG. 13 shows a cross-sectional view of the device for air purification and humidification, including the flow path control unit Another improvement is that the sliding plate is in the second position. Referring to Figures 11 through 13, the flow path control unit can be implemented using the slide plate 190. In this application example, the outer casing 1 may have an additional guiding path (not shown in the figure), and the opposite end of the sliding 18 200927268 plate 190 may be along the guiding path. And slide up and down. The slide plate 190 can also be moved by being coupled to a drive unit (not shown in the figure). The sliding plate 190 includes three blades, that is, an upper opening blade 192, a lower side closing blade 194, and a guiding blade i% extending perpendicularly to the upper two blades and the lower blades. When the sliding plate 190 is placed in the first position as shown in FIG. 12, the occlusion vane 194 is positioned in front of the humidifying unit 14〇, thereby closing the air purifying and humidifying path (B) while The opening vane 192 © is positioned in the air purifying path (A), thereby allowing the purified air to flow therethrough. As a result, only purified air is discharged to the outside through the drain port 12〇. When the sliding plate 190 is disposed in the second position as shown in FIG. 13, the blocking blade 194 is disposed to close the air cleaning path (A)' and the air purifying and humidifying path (B) is opened. As a result, only the purified and humidified air is discharged to the outside through the drain port 120. During the movement of the sliding plate 190, the guiding vane 196 will contact the upper end of the humidifying unit 140. Thus, the movement of the sliding plate 19〇 is guided. Also in this refinement, by varying the position of the open vane 192 and the occluding vane 194, a mixture of the purified air and the purified and humidified air can be produced. The driving unit (not shown in the drawing) for supplying driving power to the flow path control unit is corresponding to an input unit (graphics) provided on the outer box 100 by a controller (not shown in the drawing) The signals received are not shown to be controlled. As described above, the apparatus for air purification 19 200927268 and the enhancement according to the present invention is provided with the air purification path and the air purification and augmentation path, the two paths being by the flow path, m Individually configured and selectively opened ◎ Therefore, the amount of air that is cleaned by the chemical industry and the amount of air that is cleaned and humidified is controlled according to seasonal changes or difficulties. Therefore, Improve the convenience provided to the user. Further, the double flow path is provided in front of and behind the circulation fan, thereby improving the efficiency of purifying air or purifying and humidifying air. 。 Although the preferred embodiment of the present invention has been disclosed for illustrative purposes, the subject of the present invention is different without departing from the scope of the invention as disclosed in the scope of the patent application. Changes, additions and replacements are possible. Thus, the above changes, additions and substitutions must also be included in the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will be more clearly understood from the following detailed description of the accompanying drawings in which: FIG. Figure 2 is a perspective view of a device for air purification and humidification, in which the right side member of an outer box is cut, one of which is used as a flow, in accordance with one embodiment of the present invention; 3 is a cross-sectional side view of FIG. 2; FIG. 4 is a cross-sectional side view of FIG. 2, wherein the rotating plate is moved to a second position of 20 200927268; Figure 5 is a cross-sectional side view of Figure 2, wherein the rotating plate is moved to a third position; Figure 6 shows a perspective view of the rotating plate as a first embodiment of the first-class track control unit and shows the rotating plate FIG. 7 is a schematic view showing individual air flows in the apparatus for air purification and humidification shown in FIGS. 2 and 4;

圖8為磨輪形狀旋轉板的立體視圖，該磨輪形狀旋轉 板係依照本發明實施例之該流道控制單元的一項改良； 圖9為用於空氣淨化及增溼之裝置的橫剖面側視圖， 其包括如圖8所示之該流道控制單元的改良，其中該磨輪 形狀旋轉板是在該第一位置； 圖10為用於空氣淨化及增溼之裝置的橫剖面側視圖， 其包括如圖9所示之該流道控制單元的改良，其中該磨輪 形狀旋轉板是在該第二位置； 圖11為滑動板的立體視圖，該滑動板係依照本發明 實施例之該流道控制單元的另外一項改良； 圖12為用於空氣淨化及增⑨之裝置的橫剖面侧視圖； 其包括該流道控制單元的又冰 E ^ 別早70的另外一項改良，其中該滑動板是 在該第一位置；以及 圖13為用於空氣淨化及增澄之裂置的橫剖面側視圖， 其包括該流道控制單元的s k 市』皁凡的另外一項改良，其中該滑動板是 21 200927268 【主要元件符號說明】 11 體殼 20 前蓋 22 增溼過濾器 23 過濾器單元 25 鼓風機風扇 27 鼓風機風扇入口 28 鼓風機風扇外殼 29 排洩出口 100外箱 110吸氣口 120排洩口 125循環風扇 126動葉輪 127直立板 130過濾器單元 ❹ 140增渔單元 142增溼過濾器 143水箱 150旋轉板 151旋轉軸 170前流道 175後流道 180旋轉板 22 200927268 182旋轉軸 184支承板 185開口輪葉 186閉塞輪葉 190滑動板 192開口葉片 194閉塞葉片 196導引葉片Figure 8 is a perspective view of a grinding wheel-shaped rotating plate, which is an improvement of the flow path control unit according to an embodiment of the present invention; Figure 9 is a cross-sectional side view of the device for air purification and humidification , which includes a modification of the flow path control unit as shown in FIG. 8, wherein the grinding wheel shape rotating plate is in the first position; FIG. 10 is a cross-sectional side view of the device for air purification and humidification, including A modification of the flow path control unit as shown in FIG. 9, wherein the grinding wheel shape rotating plate is in the second position; FIG. 11 is a perspective view of the sliding plate, the sliding plate is controlled according to the embodiment of the present invention. Another modification of the unit; Figure 12 is a cross-sectional side view of the apparatus for air purification and addition; it includes an additional modification of the flow control unit of the ice E ^ 早早 70, wherein the sliding plate Is in the first position; and FIG. 13 is a cross-sectional side view of the air purification and the augmentation of the split, which includes another improvement of the sk city of the flow path control unit, wherein the sliding plate Is 21 20092726 8 [Main component symbol description] 11 Body case 20 Front cover 22 Humidification filter 23 Filter unit 25 Blower fan 27 Blower fan inlet 28 Blower fan housing 29 Drain outlet 100 Outer box 110 Intake port 120 Drain port 125 Cycle fan 126 Moving impeller 127 Upright plate 130 Filter unit ❹ 140 Fishing unit 142 Humidification filter 143 Water tank 150 Rotating plate 151 Rotary shaft 170 Front flow passage 175 Rear flow passage 180 Rotating plate 22 200927268 182 Rotary shaft 184 Support plate 185 Open vane 186 occluding vane 190 sliding plate 192 opening blade 194 occluding blade 196 guiding blade

Claims (1)

200927268 十、申請專利範園： 1. 一種用於空氣淨化及增溼之聲 i ’其包含： 一具有一吸氣口和一排洩口之外 卷 .,^ 外界空氣是經由 该吸氣口而被導入至該裝置内，被導 ,..^ 'dr -fclt U4 的二氣則是經由該 排洩口而被排出； 一用於造成該被導入空氣朝向哕 朝门該排洩口流動的循環風 扇； 〇 一被安置於該外箱内而用 器單元； 於過濾該被導入空氣的過濾 -被安置於該外箱内之一下侧位置處而用於供應渔氣 予流過該過濾器單元之空氣的增溼單元；以及 -被安置於該吸氣口與該增溼單元之間而被用來控制 流過該過濾器單元之空氣流的流道控制單元。 ❹ 2. 如申仴專利範圍第j項之裝置’其中該流道控制單元 可被操作以選擇性地提供入口以進入一空氣淨化路徑，其 中通過該過濾器單元之淨化空氣將流過在該循環風扇之前 方和後方的至少一空間，且流向該排洩口；或是進入一空 氣淨化與增澄路徑，其中通過該過濾器單元之淨化空氣是 藉由該增渔單元來增溼’接著再流過在該循環風扇之前方 和後方的至少—空間，且流向該排洩口。 3. 如申請專利範圍第2項之裝置，其中該流道控制單元 是採用可支樓之方式被安裝於該外箱内，且被移動於一第 一位置與一第二位置之間，其中在該第一位置，該流道控 制單元封閉該空氣淨化與增溼路徑，以容許通過該過濾器 24 200927268 單元之空氣能夠流經該空氣淨化路徑，且其中在該第_位 置，該流道控制單元封閉該空氣淨化路徑，用以容許通過 該過濾器單元之空氣僅能夠流經該空氣淨化與增溼路徑。 4.如申請專利範圍第3項之裝置，其中該流道控制單元 被移動至一第三位置，其中在該第三位置，一些通過該過 濾器單元之空氣將流經該空氣淨化路徑，且通過該過據器 單元之剩餘空氣則將流經該空氣淨化與增溼路徑，其中該 第三位置是被定位於該第一位置與該第二位置之間。 5_如申請專利範圍第3項之裝置，其中該流道控制單元 包括一具有一旋轉轴之旋轉板，其中該旋轉軸是藉由使用 來自一驅動單元之驅動動力而被旋轉，且該旋轉板是繞著 作為介於該第一位置與該第二位置間之中心轴的該旋轉軸 而以可旋轉之方式來移動。 6. 如申請專利範圍第3項之裝置，其中該流道控制單元 包括—具有一旋轉軸之磨輪形狀旋轉板，該磨輪形狀旋轉 板是以可旋轉之方式移動於該第一位置與該第二位置之 間’其中該旋轉軸是藉由使用來自一驅動單元之驅動動力 而被旋轉’且該磨輪形狀旋轉板包括一個被耗接至該旋轉 轴之一末端處的支承板和四個被支撐至該支承板的輪葉與 具有從該旋轉軸延伸出去的一十字形剖面，其中四個該等 輪葉的至少一個輪葉具有一開口區域，且四個該等輪葉的 其餘輪葉則具有一無開口區域。 7. 如申請專利範圍第3項之裝置，其中該流道控制單元 包括—被安置於該過濾器單元之後方和接近該過濾器單元 25 200927268 的滑動板，其中該滑動板是藉由來自一驅動單元之驅動動 力而以可滑動之方式被移動於該第一位置與該第二位置之 間，且具有一上側開口區域和—下側無開口區域。 8_如申凊專利範圍第2項之裝置，其中每一個該空氣淨 化路徑和該空乳淨化與增渥路徑包括雙重流道，該雙重流 道則是由-被界定於該循環風扇前方側邊與該過據- 之間的前流道，以及—祜R^ a 必 70 被界疋於該循環風扇後方側邊盥 外箱之間的後流道所組成。 Ο ❹ 9. 如申請專利範圍第1項之裝置，其中該增涯單元被安 置於該循環風扇之下方。 10. 如申請專利範圍第 乐i項之裝置’其中該增溼單元包 括—含有座亂和將該澄氣供虛工扣友l 取*供應予空軋的增溼過濾器，以及 一容納該增溼過濾器之一部 .._ Ί伤此改於其内和將水份供應予 该増溼過濾器的水箱。 11.如申請專利範圍 其中該驅動單元是藉由 之輪入單元所接收到的 第5項到第7項中任一項之裝置’ 控制器對應一來自於該外箱外側 訊號而加以控制。 十一、固式： 如次頁 26200927268 X. Applying for a patent garden: 1. A sound for air purification and humidification i's containing: one has an intake port and a row of vents outside the volume., ^ outside air is through the suction port Introduced into the device, guided, the second gas of .. 'd-fclt U4 is discharged through the drain; a circulating fan for causing the introduced air to flow toward the drain of the door toward the door a filter unit disposed in the outer casing; a filter for filtering the introduced air - disposed at a lower side of the outer casing for supplying the fish gas to the filter unit a humidifying unit for air; and a flow path control unit disposed between the suction port and the humidifying unit for controlling an air flow flowing through the filter unit. ❹ 2. The device of claim j, wherein the flow path control unit is operable to selectively provide an inlet to enter an air purification path, wherein purified air passing through the filter unit will flow therethrough Circulating at least one space in front of and behind the circulating fan and flowing to the draining port; or entering an air purifying and increasing path, wherein the purified air passing through the filter unit is humidified by the fishering unit' It flows through at least the space in front of and behind the circulating fan and flows to the drain. 3. The device of claim 2, wherein the flow channel control unit is mounted in the outer casing in a detachable manner and is moved between a first position and a second position, wherein In the first position, the flow path control unit closes the air purification and humidification path to allow air passing through the filter 24 200927268 unit to flow through the air purification path, and wherein the flow path is at the _ position The control unit encloses the air purification path to allow air passing through the filter unit to flow only through the air purification and humidification path. 4. The device of claim 3, wherein the flow channel control unit is moved to a third position, wherein in the third position, some air passing through the filter unit will flow through the air purification path, and The remaining air passing through the passer unit will then flow through the air purifying and humidifying path, wherein the third position is positioned between the first position and the second position. 5. The apparatus of claim 3, wherein the flow path control unit comprises a rotating plate having a rotating shaft, wherein the rotating shaft is rotated by using driving power from a driving unit, and the rotating The plate is rotatably moved about the axis of rotation that is the central axis between the first position and the second position. 6. The device of claim 3, wherein the flow path control unit comprises: a grinding wheel shape rotating plate having a rotating shaft, the grinding wheel shape rotating plate is rotatably moved to the first position and the first Between two positions 'where the rotating shaft is rotated by using driving power from a driving unit' and the grinding wheel shape rotating plate includes a support plate and four supported by one end of the rotating shaft a vane supported to the support plate and having a cross-shaped profile extending from the axis of rotation, wherein at least one of the four vanes has an open area and the remaining vanes of the four vanes Then there is a non-opening area. 7. The device of claim 3, wherein the flow path control unit comprises a sliding plate disposed behind the filter unit and proximate to the filter unit 25 200927268, wherein the sliding plate is provided by The driving force of the driving unit is slidably moved between the first position and the second position, and has an upper opening area and a lower side opening area. 8. The apparatus of claim 2, wherein each of the air purification path and the empty milk purification and enrichment path comprises a dual flow path, the dual flow path being defined by a front side of the circulation fan The front flow path between the and the passing data, and - 祜R^ a must be composed of a rear flow path between the outer side of the circulating fan and the outer side of the circulating fan. Ο ❹ 9. The device of claim 1, wherein the extension unit is placed below the circulation fan. 10. A device for applying for a patent scope, item i, wherein the humidification unit comprises a humidification filter containing a disorder and supplying the gas to a vacuum, and accommodating the humidification filter One part of the humidification filter.._ This is the water tank that is changed to the inside and supplies water to the wet filter. 11. The scope of the patent application wherein the drive unit is controlled by the device of any one of items 5 to 7 received by the wheel-in unit, the controller corresponding to a signal from the outside of the outer box. XI, solid type: as the next page 26
TW097146716A 2007-12-04 2008-12-02 Apparatus for purifying and humidifying air TWI379704B (en)

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