200912217 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種除溼機，尤指一種具冷風功能之除 溼機。 【先前技術】 除溼機之應用可說是非常的廣泛，大至大樓建築内部 的空調，小至一般百姓家庭之應用，無所不在。除溼機具 f 有除去空氣中過多水氣的功能，而使空氣中的溼度適於人 們之身體。習知除溼機係藉由吸入周遭空氣，利用除溼機 除去空氣中多餘水分後，再將較乾燥之空氣排出’藉空氣 之循環逐步降低周遭空氣之溼度。 請參閱第八圖顯示習知除溼機冷凍循環之示意圖，習 知除座機係包含幾個主要基本元件如：壓縮機51、冷凝器 52、膨脹裝置53、蒸發器54和風扇55，習知除溼機中的冷 媒經過了壓縮機51加壓後，該冷媒會成為高溫高壓氣態冷 媒’之後再透過52冷凝器將其冷卻，而冷卻後的液態冷媒 ( 再經過膨脹裝置53進入蒸發器54。由於蒸發器54的溫度極 低’空氣通過蒸發器54時，使空氣的溫度降至露點以下， 因此空氣中的水分會在蒸發器表面凝結成露珠而滴下，如 此達到除屋的效果’冷媒經過蒸發器54汽化後成低溫低壓 氣態$媒再回壓縮機51，如此完成一冷凍循環。 请參閱第九圖係顯示習知除溼機之方塊圖，目前市場 亡除溼機產品—般僅具有除溼的單一功能，其結構是冷凝 „並ft蒸發器54的後方’並且只使用一個風扇55，渔 =氣，，著風扇55抽進蒸發器54 ’溼空氣被除溼之後變成 l冷二氣，乾冷空氣再進一步冷卻冷凝器52，最後由風扇 7 200912217 55吹出除溼機外部，因此蒸發器54所凝結的水就送到下方 的蓄水槽6中。 然目前市場上除濕機產品一般僅具有除濕的單一功能 而已，基於功能性之需求，發展一種具冷風功能之除溼機， 實為一重要之課題。 【發明内容】 本發明之目的在提供一種具冷風功能之除溼機’改變 傳統除溼機的系統結構設計’並且藉著風向導引設計’以 分別達成除溼或冷風的功能。 本發明之另一目的在提供一種具冷風功能之除溼機， 利用一擋板阻擋第一出口（蒸發器端出風口）或第二出口（冷 凝器端出風口）並改變風向，以作為除渔或冷風的功能切換。 達到上述目的之具冷風功能之除溼機，包含一殼體， 具有一開口，該開口樞接有一活動式蓋板；一機體組，設 於該殼體内，該機體組具有一蒸發器、一冷凝器、一壓縮 機與一膨脹裝置，其中該蒸發器之一側端設有一第一風 扇，該冷凝器之一侧端設有一第二風扇；一蓄水器，係設 置於該蒸發器下方；一設於該殼體内之隔板，係設於該開 口下方與該機體組的上方’該隔板具有一第一出口與一第 二出口； 一第一風道，係位於該蒸發器與該冷凝器之間， 並連通該冷凝器；一第二風道，係連通該第—風道且連通 該隔板的第一出口，使一氣體經該蒸發器及該第一風扇而 進入該第二風道；一第三風道，係連通該隔板上的第二出 口使氣體經該冷滅器及該第二風扇而進入該第三風 道；及一擋板，連接於該隔板，用以啟閉該氣體進出該第 一出口或該第二出口。 200912217 較佳地，該蒸發器位於該冷凝器上 較佳地，該機體組設有一第三°出口 。 於該隔板的第二出口下方。 且該苐三出口位 較佳地，該機體組更包括有一第〜5 垂直地連接該隔板，使該蒸發器與該，t亥第一隔板 板的一侧；一第二隔板係設置於^第 位於該第 隐纺梵找叹也n.. 田板—匈上，並以 隔 板的一侧 該第二隔板分隔該蒸發器與該冷凝器，$板— 第二風扇位於該第一隔板的另一側]〜，該第—風扇與該 於該第一隔板另一側上，使該第三隖二第三隔板，係設置 該第二風扇；以及—第四隔板垂直地第-風扇與 板連接，使該第二風道與該第三風道位= 板及該第一隔 較佳地，該第—隔板具有ϋ同側。 該第-通孔係介於該蒸發器與該第弟=’ 通孔係介㈣冷凝ϋ與該第二風狀卩^之間，而該第一 三風道係位於該第-風扇的右側。 該第三風道係位於該第—風扇的左側。 地設ί於蹄^岐上时H係使職板可移動 明之優點在於：增加除濕機的功能性以提高產品 ^用價值’本發明除了具有除濕的功能外，尚可提供冷 2功能，功能的使用可視環境需求而進行調整，而本發 的實施主要是改變傳統除濕機的系統結構設計，並 =者風向導引設計，以分別達成除濕或冷氣的功能，本 ^均，冷風功能之除濕機除了功能性增加’使可成為全季 、二可使用的產品外，尚具有小型、個人化空調的優點。 【實施方式】 200912217 予以=明;佳實 修改本文令所插述同二應=解熟悉本行之人田士可 ΪΪ，且對熟悉本行技藝之人士而言為一廣泛之 揭不且其内各不在於限制本發明。 "月閱第—圖及第二圖係、分別顯示本發明具冷風 功能=/機之立體示意圖及另—立體示意圖，本發明具 冷風方除屋機1包含有一殼體2、一機體組5與多個風 道’該'體2具有一開口 3’該開口 3枢接有一活動式蓋板 4 ’权供氣體排出。該活動式蓋板4可如本實施例圖式所示 的以樞轴，轉動軸的機方式㈣，或是使賴動方式讓 該活動式蓋板4在一槽執上滑動而達到啟閉作用（圖中未 杀）。本發明的機體組5設於該殼體2内部，該機體組5具 有〆鮝發器6、一冷凝器7、一壓縮機8與一膨脹裝置（未 顯米），該蒸發器6位於該冷凝器7上方，其中該蒸發器6 之〆側端設有一第一風扇10，該冷凝器7之一侧端設有一 第二風扇11。較佳地，由於使用該蒸發器6進行氣體冷卻， 因此會使氣體中的水氣被冷凝並結露在該蒸發器6上，是 故需要一蓄水器12設置於該蒸發器6下方接收凝結下來的 水滴。本發明係在該殼體2内部設置一隔板13，並設於該 開口 3下方與該機體組5的上方，而區隔該開口 3與該機 髏組5’該隔板13之兩端分別設有一第一出口 14與一第- 出口 15。 請同時參閱第三圖及第四圖係分別顯示本發明具冷風 功能之除溼機實施冷風流向之示意圖及另一示意圖配 合參閱第一圖及第二圖。本發明在該機體組5的中央部位 設篆有一第一風道16，該第一風道16係位於該蒸發器6 200912217 =凝^ 7之間’並連通該冷凝器7。而該機體組5的一 側权有一弟二風道17與一第三風道18，該 連通該第一風道16，且該第二風道17 : ^ '、 播 u ΊΛ 亦連通該隔板13之 第一出口 14,使一外界氣體經該蒸發器6及該第一風 而=第二風道17時’依控制該第—出口 14而選擇進 2 ΤΛΙ1:或該第—風道16。該第三風道18係連通該 7。及哮笛15’使—外界或内部氣體經該冷凝器 及該第一風扇u而進人該第三風道18。 f 該第二出η 選擇進入第二出口 15或一第三出口 = 本發明係在該隔板13上可移動地設置有 閉該氣體進出該第一出σ 14或該第二出口 15扳‘= 隔板13上設有-組對應的滑槽27，使該擋板19 = 因此’當推動該擒板19移動時，可 封閉該第一出口 14或該第二出口 15吝 動方向。 $ ^ 15而產生不_氣流流 今隔=且第5設屮有一第三出口 2〇’且該第三出口 20位於 适隔板Π的弟二出口 15下方，亦和兮铉一 -屮口 15 3千古I 亦即該弟二出口 20與該第 一出口 15呈垂直狀配置。該第三出口 上方。該機體組5更包括有一第一隔板21、_第：=6 二隔板23及一第四隔板24,該第一隔板2ι垂直地 =板1:，使該蒸發器6與該冷凝器7位於該板 的-側。该第二隔板22係設置於該第一隔板^ 並以該第二隔板22分隔該蒸發器6與該冷凝器7，而^第 一風扇ίο與該第二風扇於該第一隔板21 一: 該第三隔板23係設置於該第21另—側上另第 三隔板23分隔該第一風扇1〇與該第二風扇u。該Π 板23與該第四隔板24區隔出該第二風道^第^ 11 200912217 24垂直地與該隔板13及該第一隔板21連接，使該第二風 道17與該第三風道18位於不同側，且區隔該第三風道18 與該第一風道16。當將該機體組5裝入該殼體2内部時， 該殼體2壁會與該第一隔板21、該第二隔板22、該第三隔 板23及該第四隔板24結合形成該第二風道17與該第三風 道18。其中該第三隔板23的下方即配置有該壓縮機8。 其中，該第一隔板21具有一第一通孔25與一第二通 孔26，該第一通孔25係介於該蒸發器6與該第一風扇10 之間，而該第二通孔26係介於該冷凝器7與該第二風扇11 之間。較佳地，為使氣離心方向送出，該第一風扇10與該 第二風扇11係為離心風扇。而且該第一風扇與該第二風扇 外周側設有圓弧狀隔板101、111，並使氣流可朝一特定方 向吹送。該圓弧狀隔板111的下方即配置該蓄水器12。 請繼續參閱第三圖及第四圖，並配合參閱第一圖，在 此一實施例中，將該擋板19向右推移，使該擋板19擋住 該第二出口 15，空氣由該機體組5之後側分別進入該蒸發 器6和該冷凝器7後，空氣流經該冷凝器7產生的熱空氣 依序流經該第二通孔26、該第二風扇11，最後經該第三風 道18導引由該第三出口 20排出。此時，該蒸發器6所產 生的冷空氣則流經該第一通孔25、該第一風扇10，最後經 由該第一出口 14排出，該冷空氣的可再藉該殼體2上之活 動式蓋板4進一步引導該冷空氣的空氣流向，此即為具冷 能功能的除濕機。 請參閱第五圖及第六圖係分別顯示本發明具冷風功能 之除溼機實施除溼空氣流向之示意圖及另一示意圖，並配 合參閱第一圖。當將該擋板19向左推移，使該擋板19擋 住該第一出口 14，空氣由該機體組5之後側分別進入該蒸 12 200912217 ^器6,該冷凝器7後，而該蒸發器6所產生的冷 &經該弟—通孔25、該第〆風扇10,此時，由於該第—出 口 14封閉，故該冷空氣便會經該第二風道17轉折由—開 口 28進入該第一風道16, 再由該機體組5後側之第—風 ，16排到下方的冷凝器7,這是因為該第二隔板”擋 氣流往下方的冷凝器7方向走。此時的冷空氣再與空氣二 起進入^冷凝器7，而產生的除溼空氣依序流經該第二通孔 26、該第二風扇u，最後經該第三風道18導引至該第二出 口 15排至外界，該除溼空氣可再藉該殼體2上之活動式蓋 ，4進一步引導其空氣流向。如此，此一設計的另—優點 是可利用經過該蒸發器6的冷空氣來冷卻該冷凝器7,用以 增加該冷凝器7的散熱效果，並且也可減少該冷凝器7的 設計尺寸。 請參閱第七圖係顯示本發明具冷風功能之除溼機31另 一實施例實施除溼空氣流向之示意圖’在第一圖至第六圖 所敘述之實施例中，該第三風道18係位於該第一風扇1〇 的右侧。而在第七圖所呈現的實施例中，該第三風道18係 位於該第一風扇10的左側，在此一實施例中，本發明具冷 風功能之除溼機31其產生冷風及除溼空氣之原理仍大致相 同，故在此將不再贊述，差別在於該第三風道18所在位置 不同，此一實施例可有效降低本發明具冷風功能之除溼機 31之結構尺寸大小而有助於小型化’以因應安裝問題。 雖然本發明已以較佳實施例揭露如上，然其並非用以 限定本發明，任何熟悉此技藝者，在不脫離本發明之精神 和範圍内，當可作各種之更動與潤飾，因此，本發明之保 護範圍，當視後附之申請專利範圍所界定者為準。 13 200912217 【圖式簡單說明】 第一圖係顯示本發明具冷風功能之除溼機之立體示意 圖。 第二圖係顯示本發明具冷風功能之除溼機之另一立體 示意圖。 第三圖係顯示本發明具冷風功能之除溼機實施冷風流 向之示意圖。 第四圖係顯示本發明具冷風功能之除溼機實施冷風流 向之另一示意圖。 第五圖係顯示本發明具冷風功能之除溼機實施除溼空 氣流向之示意圖。 第六圖係顯示本發明具冷風功能之除溼機實施除溼空 氣流向之另一示意圖。 第七圖係顯示本發明具冷風功能之除溼機另一實施例 實施除渔空氣流向之示意圖。 第八圖係顯示習知除溼機冷凍循環之示意圖。 第九圖係顯示習知除渔機之方塊圖。 【主要元件符號說明】 1、31—-具冷風功能之除溼機 2—殼體 3 —開口 4—活動式盖板 5…機體組 6…蒸發器 7…冷凝器 14 200912217 8—壓縮機 10 —第一風扇 11— --第二風扇 12— 畜水斋 13— 隔板 14— —第一出口 15— --第二出口 16…第一風道 17…第二風道 18---第三風道 19…擋板 20---第三出口 21 —弟·一隔板 22…第二隔板 23…第三隔板 24- 弟四隔板 25- --第一通孔 26- —第二通孔 27…滑槽 28—開口 15200912217 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a dehumidifier, and more particularly to a dehumidifier having a cold air function. [Prior Art] The application of the dehumidifier can be said to be very extensive, ranging from the air conditioner inside the building to the application of the general family. It is ubiquitous. The dehumidifier f has the function of removing excessive moisture from the air, and makes the humidity in the air suitable for the human body. Conventional dehumidifiers gradually reduce the humidity of the surrounding air by sucking in the surrounding air by using the dehumidifier to remove excess water from the air and then discharging the drier air. Please refer to the eighth figure for a schematic diagram of a conventional dehumidifier refrigeration cycle. The conventional decoupling machine system includes several main basic components such as a compressor 51, a condenser 52, an expansion device 53, an evaporator 54 and a fan 55. It is known that after the refrigerant in the dehumidifier is pressurized by the compressor 51, the refrigerant becomes a high-temperature and high-pressure gaseous refrigerant, and then cooled by the 52 condenser, and the cooled liquid refrigerant enters the evaporator through the expansion device 53. 54. Since the temperature of the evaporator 54 is extremely low, when the air passes through the evaporator 54, the temperature of the air is lowered below the dew point, so the moisture in the air will condense into dewdrops on the surface of the evaporator and drip, thus achieving the effect of removing the house. The refrigerant is vaporized by the evaporator 54 to form a low-temperature and low-pressure gas state, and then returned to the compressor 51, thus completing a refrigeration cycle. Please refer to the ninth figure showing a block diagram of a conventional dehumidifier, which is currently a dehumidifier product. There is only a single function of dehumidification, the structure is condensed „and the rear of the ft evaporator 54' and only one fan 55 is used, the fish is gas, and the fan 55 is drawn into the evaporator 54 'wet air is removed After that, it becomes l cold air, the dry cold air further cools the condenser 52, and finally the fan 7 200912217 55 blows out the outside of the dehumidifier, so the water condensed by the evaporator 54 is sent to the lower water storage tank 6. However, currently on the market. Dehumidifier products generally only have a single function of dehumidification. It is an important issue to develop a dehumidifier with a cold air function based on the requirements of functionality. SUMMARY OF THE INVENTION The object of the present invention is to provide a cold air function. The dehumidifier 'changes the system structural design of the conventional dehumidifier' and guides the design by wind direction to achieve the functions of dehumidification or cold air respectively. Another object of the present invention is to provide a dehumidifier with a cold air function, utilizing A baffle blocks the first outlet (the evaporator end air outlet) or the second outlet (the condenser end air outlet) and changes the wind direction to function as a function of removing the fishing or cold air. The dehumidifier with the cold air function achieving the above purpose The utility model comprises a casing having an opening, the opening is pivotally connected with a movable cover plate, and a body group is disposed in the casing, the body group having a steaming a condenser, a compressor and an expansion device, wherein a side of one side of the evaporator is provided with a first fan, one side of the condenser is provided with a second fan; a water reservoir is disposed at the Below the evaporator; a partition disposed in the housing is disposed below the opening and above the body group. The partition has a first outlet and a second outlet; a first air duct is located Between the evaporator and the condenser, and communicating with the condenser; a second air passage connecting the first air passage and communicating with the first outlet of the partition to pass a gas through the evaporator and the first a fan enters the second air duct; a third air passage is connected to the second outlet on the partition to allow gas to enter the third air passage through the chiller and the second fan; and a baffle, Connected to the partition to open and close the gas into and out of the first outlet or the second outlet. Preferably, the evaporator is located on the condenser. Preferably, the body group is provided with a third outlet. Below the second exit of the partition. Preferably, the third group of outlets preferably includes a first to fifth vertical connection to the partition, such that the evaporator and the first side of the first separator plate; a second separator system Set in ^ first located in the first hidden spinning van sigh also n.. Tianban - Hung up, and the second partition separating the evaporator and the condenser with the side of the partition, $ plate - the second fan is located The other side of the first partition plate is disposed on the other side of the first partition plate, so that the third second partition plate is provided with the second fan; The four partitions vertically connect the first fan to the plate such that the second air duct and the third air duct position=the board and the first partition preferably have the same side of the first partition. The first through-hole is between the evaporator and the first brother's through-hole (four) condensing enthalpy and the second wind-shaped 卩^, and the first three-duct system is located on the right side of the first fan . The third air duct is located on the left side of the first fan. When the ground is set on the hoof ^ 岐 H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H The use of the visual environment needs to be adjusted, and the implementation of this hair is mainly to change the system structure design of the traditional dehumidifier, and the wind direction guide design to achieve the function of dehumidification or air cooling, respectively, the dehumidification of the cold air function In addition to the increased functionality, the machine has the advantages of a small, personal air conditioner in addition to being available in all seasons and two. [Embodiment] 200912217 will be = Ming; Jiashi modify this article to insert the same two = should be familiar with the Bank's person, Tian Shi Ke, and for a person familiar with the Bank's skills for a wide range of disclosure Each is not intended to limit the invention. "Monthly reading-picture and second drawing, respectively showing a three-dimensional schematic diagram of the cold air function=/machine and another three-dimensional schematic diagram of the present invention, the cold wind square removing machine 1 of the present invention comprises a casing 2 and a body group 5 and a plurality of air ducts 'the body 2 has an opening 3'. The opening 3 is pivotally connected with a movable cover 4' for gas discharge. The movable cover 4 can be pivoted or rotated according to the mode shown in the embodiment of the present embodiment, or the movable cover 4 can be slid on a slot to open and close. Role (not killed in the picture). The body group 5 of the present invention is disposed inside the casing 2, and the body group 5 has a hair dryer 6, a condenser 7, a compressor 8 and an expansion device (not shown), and the evaporator 6 is located at the inside. Above the condenser 7, a first fan 10 is disposed at a side end of the evaporator 6, and a second fan 11 is disposed at one side of the condenser 7. Preferably, since the evaporator 6 is used for gas cooling, the moisture in the gas is condensed and dew condensation on the evaporator 6, so that a reservoir 12 is required to be disposed under the evaporator 6 to receive condensation. Drops of water coming down. The present invention is provided with a partition 13 inside the casing 2, and is disposed below the opening 3 and above the body group 5, and partitions the opening 3 from the casing 3 and the two ends of the partition 13 A first outlet 14 and a first outlet 15 are provided respectively. Please refer to the third and fourth figures at the same time to show the schematic diagram of the cold air flow direction of the dehumidifier with cold air function of the present invention and another schematic diagram of the first and second figures. In the present invention, a first air duct 16 is disposed at a central portion of the body group 5, and the first air duct 16 is located between the evaporator 6 200912217 = condensing and communicating with the condenser 7. The side of the body group 5 has a second air duct 17 and a third air duct 18, which communicates with the first air duct 16, and the second air duct 17: ^ ', broadcast u 亦 also connects the partition The first outlet 14 of the plate 13 allows an external gas to pass through the evaporator 6 and the first wind and the second air passage 17 to select 2 ΤΛΙ1: or the first air passage according to the control of the first outlet 14 16. The third duct 18 is connected to the seventh duct. And the flute 15' causes the outside or inside gas to enter the third duct 18 via the condenser and the first fan u. f the second out η is selected to enter the second outlet 15 or a third outlet. The present invention is movably disposed on the partition 13 to close the first inlet σ 14 or the second outlet 15 = The baffle 13 is provided with a corresponding set of chutes 27 such that the baffle 19 = thus 'when the raft 19 is pushed to move, the first outlet 14 or the second outlet 15 can be closed. $ ^ 15 and no _ airflow flow = and the fifth set has a third exit 2 〇 ' and the third exit 20 is located below the second exit 15 of the appropriate partition ,, also with 兮铉一-屮口15 3 千古 I, that is, the second exit 20 is arranged perpendicular to the first outlet 15. Above the third exit. The body group 5 further includes a first partition 21, a _:=6 two partition 23 and a fourth partition 24, the first partition 2 ι vertical = plate 1:, the evaporator 6 and the The condenser 7 is located on the - side of the plate. The second partition 22 is disposed on the first partition 22 and partitions the evaporator 6 and the condenser 7 by the second partition 22, and the first fan ίο and the second fan are in the first partition The first plate 23 is disposed on the 21st other side, and the third partition 23 separates the first fan 1 and the second fan u. The slab 23 and the fourth partition 24 are vertically separated from the partition 13 and the first partition 21 by the second air passage, and the second air passage 17 is connected to the second air passage 17 The third air duct 18 is located on a different side and is separated from the first air duct 18 and the first air duct 16. When the body group 5 is loaded into the interior of the casing 2, the wall of the casing 2 is combined with the first partition 21, the second partition 22, the third partition 23 and the fourth partition 24. The second air duct 17 and the third air duct 18 are formed. The compressor 8 is disposed below the third partition plate 23. The first partition plate 21 has a first through hole 25 and a second through hole 26, and the first through hole 25 is interposed between the evaporator 6 and the first fan 10, and the second through hole A hole 26 is interposed between the condenser 7 and the second fan 11. Preferably, the first fan 10 and the second fan 11 are centrifugal fans for conveying the air in a centrifugal direction. Further, the first fan and the second fan are provided with arcuate partition plates 101, 111 on the outer peripheral side thereof, and the air flow can be blown in a specific direction. The water reservoir 12 is disposed below the arc-shaped partition plate 111. Please refer to the third and fourth figures, and with reference to the first figure, in this embodiment, the baffle 19 is shifted to the right, so that the baffle 19 blocks the second outlet 15, and the air is from the body. After the rear side of the group 5 enters the evaporator 6 and the condenser 7, respectively, the hot air generated by the air flowing through the condenser 7 sequentially flows through the second through hole 26, the second fan 11, and finally through the third The air duct 18 is guided to be discharged from the third outlet 20. At this time, the cold air generated by the evaporator 6 flows through the first through hole 25, the first fan 10, and finally is discharged through the first outlet 14, and the cold air can be borrowed from the casing 2. The movable cover 4 further guides the flow of the cold air, which is a dehumidifier with a cold energy function. Please refer to the fifth and sixth figures for a schematic diagram and another schematic diagram of the dehumidifier flow direction of the dehumidifier with cold air function of the present invention, respectively, and with reference to the first figure. When the baffle 19 is moved to the left, the baffle 19 blocks the first outlet 14, and the air enters the steaming unit 12 from the rear side of the body group 5, and the condenser 7 is followed by the evaporator. 6 generated cold & through the brother-through hole 25, the second fan 10, at this time, because the first outlet 14 is closed, the cold air will be turned through the second air passage 17 by the opening 28 Entering the first air duct 16, the first wind on the rear side of the body group 5, 16 is discharged to the condenser 7 below, because the second partition "stops the airflow toward the condenser 7 below. At this time, the cold air enters the condenser 7 again with the air, and the generated dehumidified air sequentially flows through the second through hole 26, the second fan u, and finally is guided to the third air passage 18 to The second outlet 15 is discharged to the outside, and the dehumidified air can further guide the air flow direction by the movable cover on the casing 2. Thus, another advantage of the design is that the evaporator 6 can be utilized. Cold air to cool the condenser 7 for increasing the heat dissipation effect of the condenser 7, and also reducing the design size of the condenser 7. Please refer to the seventh figure for showing a schematic diagram of the dehumidification air flow direction of another embodiment of the dehumidifier 31 having the cold air function of the present invention. In the embodiment described in the first to sixth figures, the third air passage is shown. 18 is located on the right side of the first fan 1 。. In the embodiment presented in the seventh figure, the third air duct 18 is located on the left side of the first fan 10, in this embodiment, the present invention The principle of generating cold air and dehumidifying air in the dehumidifier 31 with cold air function is still substantially the same, so it will not be mentioned here, the difference is that the position of the third air duct 18 is different, and this embodiment can effectively reduce the present Inventing the structure size of the dehumidifier 31 with cold air function to facilitate miniaturization 'in response to installation problems. Although the invention has been disclosed in the preferred embodiments as above, it is not intended to limit the invention, and any skill in the art is familiar. The scope of protection of the present invention is defined by the scope of the appended claims. 13 200912217 [Simple of the drawings, without departing from the spirit and scope of the present invention. Description] 1 is a perspective view showing a dehumidifier with a cold air function according to the present invention. The second figure is another perspective view showing a dehumidifier having a cold air function according to the present invention. The third figure shows the dehumidification of the present invention with a cold air function. The schematic diagram of the cold air flow direction is shown in the figure. The fourth figure shows another schematic diagram of the cold air flow direction of the dehumidifier with cold air function of the present invention. The fifth figure shows the schematic diagram of the dehumidifier flow direction of the dehumidifier with cold air function of the present invention. The sixth figure shows another schematic diagram of the dehumidifier flow direction of the dehumidifier with cold air function of the present invention. The seventh figure shows a schematic diagram of another embodiment of the dehumidifier with cold air function of the present invention. The eighth figure shows a schematic diagram of a conventional dehumidifier refrigeration cycle. The ninth figure shows a block diagram of a conventional fishing machine. [Description of main component symbols] 1, 31—Dehumidifier with cold air function 2—Shell 3 — Opening 4—Moving cover plate 5...Boiler group 6...Evaporator 7...Condenser 14 200912217 8—Compressor 10 - first fan 11 - second fan 12 - animal water 13 - partition 14 - first outlet 15 - second outlet 16 ... first air duct 17 ... second air duct 18 - - Three air ducts 19... baffle 20---third outlet 21-different-partition 22...second partition 23...third partition 24--four partition 25--first through hole 26-- Second through hole 27... chute 28 - opening 15