201239164 六、發明說明： 【發明所屬之技術領域】 本發明係有關於設置於浴室的天花板並對浴室進行換 氣、乾燥及暖氣之-室用的浴室乾瘭機、及可亦同時進行 浴室以外之別室的換氣之多室用的浴室乾燥機。201239164 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a bathroom dryer that is installed in a ceiling of a bathroom and that ventilates, dries, and heats the bathroom, and can also be used outside the bathroom. The bathroom dryer for the multi-room ventilation room.
L无刖技術J 〃以往，在浴室乾燥機，有對浴室進行換氣、乾燥及暖 氣之一室用的浴室乾焊播、+ m + 岛機及可亦同時進行脫衣處、廁所 等之浴室以外之別室的換氣之多室用的浴室乾燥機，並關 於循環風路與換氣風路，進行很多提議。 ^用之洛室乾燥機具有對洛室進行換氣、乾燥及暖 立！對別室進行換氣的功能之2種功能，在使各 =獨立地動作的情況，需要至少2條風路。因而，多 至用之冷室乾燥機比僅 而設置施工性、維修性差=於=的》谷室乾燥機大型， τ ^ 關於夕至用之浴室乾燥機，為 β又置施卫性、維純，進行各種提議。 内使Hi在專利文獻1所提議的浴室乾燥機，由在浴室 内使加熱空氣循環的循環單田在々至 排氣的換氣單元、及設置”循二至：仃換氣並向室外 風擋單元所構成。風"元且右 ，、換氣單元之間的 並分流之_ ~ 具有㈣循環風路與換氣風路 而使浴室及:室：Γ風擒轉轴設置於風撞板之約中央， 風量。“的吸入風量穩定，而且可分配風量、調整 201239164 又’在專利文獻2所提議的浴室乾燥機，可在浴室之 既設換氣風扇之後安裝，或獨立地安裝。此浴室乾燥機係 以底板構成吸入浴室空氣，加熱後使其回到浴室内的暖風 循環裝置，在底板使浴室開口部開放之狀態，暖風循環裝 置被固定成位於浴室内。利用此構成，可簡化設置工程與 復原現狀。又，不會妨礙既設換氣風扇之功能。 又，在專利文獻3所提議的浴室乾燥機，在對別室之 空氣進行換氣之換氣單元的換氣箱内，配置於使浴室空氣 進行循環、換氣及暖氣的;^環單元。因為將循環單元配置 於換氣箱内，所以可使天花板的設置面積變小。 專利文獻 專利文獻1 :日本專利第3860377號公報 專利文獻2 :日本專利第4352440號公報 專利文獻3 :日本專利第4196661號公報 【發明内容】 【發明所欲解決之課題】 d疋你哥利又馱1所記載的浴室乾燥機，因 指轉軸設置於風擋板之約中央並開閉風 ，，'、" 擒轉動抓。因此，在風路内的兩側需要用使風 的空間’在換氣之開口想要確保大面積 “轉動 1肖/兄，風擋之鏟 動所需的空間亦變大。因而，具有 之轉 問題。進而，因為風擔需要配置於風路^機難小型化的 礎行開…條風路雙方需要該 ：以在風擔 得動所需的空間。 4 201239164 又，因為將風擋單元鱼 並將循環單元配置…袭於循環單元的側面， 單元時枳捉w 天化板開口部，所以具有在維修換氣 早疋時拆裝性差的問題。 在專利文獻· 9 機安裝於浴室的天二載的浴室乾燥機，因為將浴室乾燥 小。 m 化，所以要求其高度與設置面積變 並在換4將循環風路與換氣風路作成不同的風路， 路的構成上難使^ 至側所以在風 手段為了抑制、 m 面積變小。又’遮蔽 遮蔽手尸而l的突出尺寸而薄型化，採用彈簧式的 奴，而具有構造複雜的問題。 對浴利絲3所記載的浴室乾燥機，因為在用以 用以向」二至進仃換氣之換氣用風扇的本體箱内，配置由 成之循^内進行送風、暖氣之循環用風扇與加熱部所構 成之循％早凡，所以難 充分的開^ 連接冷至與換乳風扇之風路之 面積。因為將循環單元的單元箱與換 2本片體=間隙作為連接浴室與換氣風扇的風路，所以需]要 風擋’而具有構造複雜且高耗費的問題。 本發明係鐘於上述之問題點而開發者，其目的在於得 種岭室乾燥機，該浴室乾燥機係小型、自、 :?，使換氣單元(換氣風路)的寬度與深度位於：環；： ^環風路）之寬度與深度以下，並改善拆裝性、維修性， 1型，部確保浴室排氣風路之充分的開口面積。 【解決課題之手段】 為了解決上述的課題並達成目的，本發明之特徵為包 201239164 括.循環單元，係由外殼盘底 入口及循m + 、_斤形成，朝下設置循環吸 1? ¥ Μ Τ© η ^ 換乳連接口 ’在内部具有 置循袁風扇、開閉該換氣連接 風路，廿π ¥ # 的風擋及加熱部的循環 風路並没置於浴室的天花板 恣玄视χ 換氣早兀，係朝下設置 冷至吸入口，橫向地設置排氣口， 罝 Μ Μ iA ^ η ^ 在内〇Ρ具有配置換氣風 羽的換軋風路，寬度及深度形 声a nr ^ , 馬該循1衣早元的寬度及深 度以下，並配置於該循環單元之上。 【發明效果】 本發明的浴室乾燥機係小型、 .〇〇 _ , 裎叹置施工性佳，使 換軋早兀（換氣風路）的寬度與深 %、 ^ Λ ^ ^ ^ 於循環皁兀（循環風 路）之寬度與冰度以下，並改基狀肚 ,、 卫&善拆裳性、維修性，雖小型， 部可確保浴室排氣風路之充分的開口面積。 【實施方式】 實施形態的浴室乾燥機具有 祀岛、沭風、風乾 燥及暖氣之5種運轉模式，並可 J扪用遙控控制器切換運轉 模式。又，在多室用之浴室乾燥機， J興上述的運轉同時 進行與浴室不同之別室的換氣。 在換氣運轉’在一室用之浴室乾焊 主祀岛機的情況，使循環 風扇運轉’而向外部排出浴室的空氣。 轧在多室用之浴室乾 燥機的情況，使換氣風扇運轉，而向外 J4排出浴室與別室 之雙方的空氣。 在乾燥運轉’利用風擋將使循環 田w成佛衣風扇運轉時從浴室所 吸入之空氣分流至循環側與換氣側，以a ^ 11以加熱部將分流至循 201239164 環側的空氣加熱後向浴室進行暖風送風同時向外部排出 分流至換氣側之浴室的空氣，進行洛室内的乾燥。此時， 以«風量比換氣風量更多的方式調整風撞的開口大小。 在夕至用的it况冑換氣風扇運轉，而向外排出浴室與別 室之雙方的空氣。 在涼風運轉，利用風擋將使循環風扇運轉時從浴室所 吸入之空氣分流至循環側與換氣側，將分流至循環側的空 氣达至浴室内，同時向外部排出分流至換氣側之浴室的空 ^進行排熱。在涼風運轉，不利用加熱部加熱，而循環 空氣在仍然常溫下祐接对、、欠 尸 τ被达彺，合至内。此時，以循環風量比換 氣風量更多的方式調整風擋的開口大小。在多室用的情 使換氣風扇運轉，而向外出排出浴室與別室之雙方的 空氣。 所级在π乾燥運轉，利用風播將使循環風扇運轉時從浴室 斤吸入之空氣分流至循環 空齑逆$ X〜^ ，、谀孔側，將分流至循環側的 、、至冷至内，同時向外部 f *刀々丨·至換軋側之浴室的 工轧，進仃浴室的乾燥。此 多的方々$敕 乂換乳風里比循環風量更 夕的方式調整風擋的開 風扇運轉，而& & 在夕至用的情況，使換氣 ⑽逆轉而向外出排出浴室與雔 燥運轉盥乾烨丨 又方的空氣。風乾 行浴室的乾焯“ 使H而以送風與換氣進 節能。 斂的乾燥運轉長，但是 € lit# 使循環 入之空氣向猶環側流動，並以加教部加教轉時广合至所吸 …=1加熱後向浴室内送 201239164 風’而進行加溫。雖然在一室用的情況 能停止，但是在多室用的情況，若換氣風戶運：夺換氣功 進行換氣。 心風扇運轉’別室可 為了以上述之5種運轉料運轉，需要 形成4條風路，並作成根據作為風擋之轉動式風擋：二 (擺動）位置形成各風路。關於在各運轉模式之轉^式 的轉=置根Γ形成，將在實施形態的說明中說明:二擋 以下’根據圖面詳細說明本發 形態。此外，本發明未^機的實施 +货明禾限疋為本實施形態。 第1實施形態 A第1圖係表示本發明之浴室乾_之第i實施形態的 :j:二：2圖係表示將風擋的轉動位置設為換氣位置時 2«風路之下游側的剖面圖，第3圖係表 = 動位置設為乾燥：涼風位置時之循環風路之下游側的IS 圖班第4圖係表不將風擋的轉動位置設為風乾燥位置 衣八路之下游側的剖面圖，第5圖係表示將風擔的轉 位置設為暖氣位置時之循環風路之下游側的剖面圖，第動 圖係第1實施形態之浴室乾燥機的上視圖，第7 _ 第1實施形態之風擋之驅動部的剖_。 不 如第1圖所示’第1實施形態的浴室乾燥機91在一體 =成㈣殼16内具有：循環風路I係、用以進行浴室: 換乱、“及暖乳；及換氣風路2b，係用以進行浴 室之的換氣。利用隔板19將循環風路^與換氣風路 開。 U ^ 8 201239164 循％風路2a係由外殼j 6盘 成，朝下讲署么—办产 ，、循％孔口（底板）17所形 並扃丁、社 備衣吸入口 4及循環吹出口 8， 並在下游側朝上設置換 循環風h μ 9 ’㈣馬itMl所驅動的 俯衣風扇5配置於内部上游側 符勒式風擒6及加孰部7 配置於内部下游側。將包 .、、' 加孰心^ 予匕括循钱扇5、轉動式風擋6及 加一”的循環風路2a稱為循環單元9u。 換氣風路2b係由外殼16 〇„ ^ , 斤形成，並配置於循環風路 上’在上游側朝下設置么宕 ^, ^ 至吸入口 12a，並在下游側 配置於：=排乳口 13，利用馬達M2所驅動的換氣風扇11 吸=，在換氣風扇11的上游側，配置設置換氣 及入口 10的換氣孔口 18。 夕，合至吸入口 12a與換氣孔口 18 間的空間成為換氣室1 主U在換軋至12,別室吸入口 12b 開口。將包括換氣風扇 y 旳换軋風路孔稱為換氣單元91B。 循衣風路2a與換氣風路2b形成於一體的外殼】6内。 又 換氣早元91B的宽声f一丄 見度（第6圖之左右方向的尺寸）及深 a 6圖之上下方向的尺寸）形成為循環單元91Α的寬度 及深度以下。 遞除空氣中之灰塵的過濾器2〇配置於循環吸入口 4的 上游側。以創意面板14覆蓋浴室乾燥機91的下側。控制 邛15及電源連接部（未圖示）配置於馬達的上側。在控 ，部15’經由通信線連接遙控控制器（未圖示），遙控控制 盗對控制部1 5輸出運轉指令。 換氣連接口 9設置於隔板19。將隔板19配置於外殼 U内，藉此，隔開循環風路2a與換氣風路扎，同且空氣 201239164 從循環風路2 a通過換氣連接口 9後向換氣風路2 b流動。 換氣連接口 9與浴室吸入口 12a連通，並配置於排氣口 13 的下方。 循環風路2a由外殼16、隔板19及循環孔口（底板）17 所形成’並形成為循環吸入口 4及換氣連接口 9向下開口 的箱形。換氣連接口 9在轉動式風擋6打開時，與循環風 路2a連通。用以穿過馬達M1之轉軸的軸通孔（未圖示）設 置於外殼16。又’用以插入保持加熱部7及轉動式風擋^ 之保持構件的插入口設置於外殼16的側板。 換氣風路2b由外殼16與隔板19所形成，在上游側 換氣至12，浴室吸入口 i 2a及別室吸入口 i孔開口而 下游側形成為排氣口 13開口的箱形。浴室空氣通過循環 入口 4'循環風扇6、循環風路2a、換氣連接口 9及浴 ° 12a後被換氣室12吸入。洗臉盆處、廁所等之別 的工虱通過換氣管(未圖示)及別室吸入σ 12b後被換氣 12吸入。排氣口 13利用換氣管通往室外。用以穿過馬 M2之轉軸的軸通孔（未圖示）設置於外殼1 6。 循環孔口（底板）17配置於外殼16的浴室側，將循 A路與'合至隔開。在循環孔口（底板）1 7，吸入浴室之 氣的循環吸入口 4向下開口。 換氣孔口 18配置於換氣風路2b内，並設置吸入換 室12之空氣的換氣吸入口 1。，而換氣室12從浴室吸二 12a及別室吸入π 1f)i_ 主及入口 12b吸入空氣。 循環風靡q a « „ , 硐5疋早吸入式的離心式風扇，以與循環吸 10 201239164 口 4相對向的方式配置於猶環風路 扇5所吹出的空氣利用轉動式風擋6之游側。從猶環風 往循環吹出口 8流動的循環風路^分流至從加熱部7 的換氣風路2b。馬達们設置於 路通過：氣連接” 換氣風扇U是單吸入式的離心路^的上側。 口 10相對向的方式配f 羽，以與換氣吸入 由換氣連接σ q 、、减路2b内。換氣風扇U經 連接”、浴室吸入D12a、換氣 ： 口 1。吸入浴室的空氣，並 換礼及入 及換氣吸入口 Π)吸入浴室以二〜12b、換氣室丨2 13排出…去 乂外之別至的空氣後，從排氣口 13排出馬達M2設置於換氣風路⑪的上側。 =部7例如❹間隔配置複數個發熱體，或將複數 月3又置於發熱體’空氣的流路形成於發熱體或散熱 勺周圍’由作成使空氣向該流路通過而散熱的電熱器' 或將電、邑緣體及導熱體配置於周圍的發熱體收容於金屬管 中的電熱器等所構成。 加熱。卩7配置於循環風路2a的下游。為了抑制加熱部 、過力熱，較佳為使用 PTC(P〇sitive Temperature Coefficient .正溫係數）；自控溫加熱器。因為加熱 器係將到達既定溫度（居禮溫度）時電阻係數急速上昇的 PTC tl件用作發熱體，所以具有自我溫度控制功能，安全 性優異，而且不需要溫度控制，是低耗費。 循ί辰吹出口 8具有並列配置的翼板，可使吹出空氣朝 向固疋的方向。此外，亦可將轉軸設置於翼板，並利用調 整手段調整方向，而控制風向。 201239164 轉動式風擋6配置於循環風路2a 部7之間之換氣連接口 9的下側，形成Z風扇5與加熱 平而中間部弯曲的板狀。如第7圖所示:’、：端部及基端部 設置於基端部的風擋轉軸23轉動。扇形齒：：：：6繞 動式風擋6的風擋轉軸23及側部， 疋於轉 動’而可使轉動式風擋6轉動。9 $形齒輪24轉 :動式風擋6係利用由扇形齒輪24與小齒輪* 。的減速機驅動。利用例如步進馬達的驅動 、、且 2 5轉動，再瘦由巵报|0 Λ /± ± 又使小齒輪 、動I由扇形齒輪24,使轉動式風播6 並構成循環風路2a及/或換氣風路2b的一部分。疋立， 轉動式風擋6在順時針方向，可轉動至與 而關閉換氣連接口 9的位置，又 方反19接觸 2- y 疋呀针方向，可趟叙 至與循環孔口（底板）17接觸而關閉 廿你β 的下游側， 並使循環風路23的上游側與換氣連接口 9連通的位置，】且 有可轉動角度範圍（約30。）。 ’具 轉動式風擋6的轉動定位係利用定位控制進行，該〜 位控制係使轉動式風擋6朝向順時針方向或逆時：方= 動可轉動角度範圍以上’使轉動至轉動停止之第5圖：第 2圖所示的位置’而決；t起點後，使轉動式風㉟6轉動至 第3圖或第4圖所示之使循環風路2a的上游側與循環風路 2a的下游側及換氣連接口 9之雙方連通的位置。 創意面板14係以覆蓋外殼1 6之浴室内露出部的方式 安裝於外殼16。創意面板14平坦地形成，並安裝成在= 面與創意面板14之外周向上側壁之間隔著間隙，並從在創 12 201239164 •意面板14全周的間隙吸 控制部15包括儲户 從遙控控制器所輸入之=定控制程式的記憶元件，因應於 扇5、換氣風扇U、u轉指令，分別個別地控制循環風 燥機91進行換氣運及轉動式風擋6 ’使浴室乾 仃挟軋運轉、乾燥運轉等。 如以上之說明所示， 用設置於基端部的風擋轉實峨的浴室乾燥機91利 使轉動角度變小 3早側支撐轉動式風撞6 ’並L 刖 刖 刖 〃 , , , , , , 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在There are many proposals for the use of bathroom dryers for ventilation in many rooms other than bathrooms, and about the circulation and ventilation channels. ^Used the Locomotive Dryer to ventilate, dry and warm the Luo Room! Two functions of the function of ventilating the other chambers require at least two air passages when each = independently operates. Therefore, the cold room dryer that is used in many cases is larger than the only one that has poor workability and maintainability = the "room" dryer is large, and τ ^ is used in the bathroom dryer for the evening. , making various proposals. In the bathroom dryer proposed by Patent Document 1, the ventilation unit that circulates the heated air in the bathroom is ventilated to the exhaust unit, and the setting is "2" to: 仃 ventilation and outdoor windshield The unit is composed of wind. The wind and the right and the right, and the split between the ventilation units _ ~ have (four) circulation air passages and ventilation air passages to make the bathroom and: room: hurricane 擒 rotation shaft is set on the wind collision board In the middle of the air volume, the air volume is stable, and the air volume can be distributed, and the air conditioner can be adjusted. The bathroom dryer proposed in Patent Document 2 can be installed after the ventilation fan is installed in the bathroom, or can be installed independently. The bathroom dryer is constructed by the bottom plate to take in the air of the bathroom, and is heated to return to the warm air circulation device in the bathroom. In the state in which the opening of the bathroom is opened in the floor, the warm air circulation device is fixed in the bathroom. With this configuration, the setup engineering and recovery status can be simplified. Moreover, it does not hinder the function of the ventilation fan. Further, the bathroom dryer proposed in Patent Document 3 is disposed in a ventilation box of a ventilation unit that ventilates air in a room, and is disposed in a circulation unit that circulates, ventilates, and heats the bathroom air. Since the circulation unit is disposed in the ventilation box, the installation area of the ceiling can be made small. Patent Document Patent Document 1: Japanese Patent No. 3860377 Patent Document 2: Japanese Patent No. 4352404 Patent Document 3: Japanese Patent No. 4196661 [Invention] [Problems to be Solved by the Invention] d疋You Goley In the bathroom dryer described in 驮1, the hinge shaft is placed at the center of the windshield to open and close the wind, and ', " Therefore, it is necessary to use the space for the wind in both sides of the air passage. In the opening of the ventilation, it is necessary to ensure a large area of "rotation 1 xiao / brother, the space required for the shovel of the windshield is also increased. In addition, because the wind load needs to be placed on the wind road, the machine is difficult to miniaturize. The wind road needs both sides: the space required for the wind to move. 4 201239164 Again, because the windshield unit fish The circulation unit is configured to hit the side of the circulation unit, and the unit captures the opening of the siliconization board. Therefore, it has a problem of poor disassembly and assembly during maintenance and ventilation. In the patent document, the machine is installed in the bathroom. The bathroom dryer is a small drying machine. Therefore, the height and the installation area are required to change, and the circulation air path and the ventilation air path are different in the change of the air path. In the case of the wind, the wind is reduced in size, and the area of the m is reduced. In addition, the thickness of the hand-shadowing body is thinned, and the spring-type slave is used, which has a complicated structure. The bathroom described in the bath 3 Dryer because in In the main body case of the ventilation fan for ventilating the second to the enthalpy, it is difficult to adequately arrange the circulation fan and the heating unit for the air supply and the heating. The opening ^ connects to the area of the wind path with the milk changing fan. Since the unit box of the circulation unit and the replacement of the sheet body=gap are used as the air passages of the connection bathroom and the ventilation fan, it is necessary to have a windshield, which has a problem of complicated structure and high cost. The present invention is developed by the above-mentioned problem, and aims to obtain a ridge chamber dryer which is small, self-contained, and has a width and a depth of a ventilation unit (ventilation air passage). : Ring;: ^ Ring wind road) below the width and depth, and improve the disassembly and maintainability, type 1, the part to ensure the full opening area of the bathroom exhaust air path. [Means for Solving the Problem] In order to solve the above problems and achieve the object, the present invention is characterized in that the package 201239164 includes a circulation unit which is formed by the bottom of the outer casing and is formed by m + and _ kg, and is provided with a downward suction 1? Μ Τ© η ^ Changing the milk connection port has a built-in Yuan fan, opening and closing the ventilation connection air passage, and the windshield of the 廿π ¥ # and the circulation air passage of the heating part are not placed in the ceiling of the bathroom. After the air is changed, the system is cooled down to the suction port, and the exhaust port is arranged laterally. 罝Μ Μ iA ^ η ^ In the inner raft, there is a change air passage with a ventilation feather, width and depth sound a nr ^, Ma should follow the width and depth of the 1st morning, and be placed on the cycle unit. [Effect of the Invention] The bathroom dryer of the present invention is small, 〇〇_, and has a good construction property, so that the width and depth of the rolling and rolling (the ventilation air passage) are reduced, and Λ ^ ^ ^ is used in the circulating soap. The width of the 兀 (circular wind road) is below the ice level, and the base shape is changed, and the Guardian & detachable and maintainable, although small, can ensure a sufficient opening area of the bathroom exhaust air passage. [Embodiment] The bathroom dryer of the embodiment has five operation modes of the island, the hurricane, the air drying, and the heating, and the operation mode can be switched by the remote controller. In addition, in the bathroom dryer for multi-room use, J Xing performs the above-mentioned operation while ventilating the room different from the bathroom. In the ventilation operation, in the case where the main island machine is dry-welded in the bathroom for one room, the circulation fan is operated to discharge the air of the bathroom to the outside. In the case of a bathroom dryer for multi-room use, the ventilation fan is operated, and the air of the bathroom and the other chambers is discharged to the outside J4. In the dry operation, when the windshield is used, the air taken in from the bathroom is diverted to the circulation side and the ventilation side, and the heating part is shunted to the air on the ring side of 201239164 after heating. The air is supplied to the bathroom while the air is blown to the outside, and the air that is branched to the bathroom on the ventilation side is discharged to dry the room. At this time, adjust the opening size of the wind collision in such a way that the air volume is more than the ventilation air volume. In the case of the eve of the eve, the ventilation fan is operated, and the air of both the bathroom and the other room is discharged outward. In the cool air operation, the windshield is used to divert the air taken in from the bathroom when the circulating fan is running to the circulation side and the ventilation side, and the air that is branched to the circulation side reaches the bathroom, and the bathroom that is diverted to the outside on the ventilation side is discharged to the outside. The air ^ is exhausted. In the cool air operation, it is not heated by the heating part, and the circulating air is connected to the right at room temperature, and the corpse is smashed and closed. At this time, the opening size of the windshield is adjusted in such a manner that the amount of circulating air is larger than the amount of ventilation. In the case of multiple chambers, the ventilation fan is operated, and the air is discharged to the outside of the bathroom and the other rooms. The stage is operated in π dry, and the wind will be used to divert the air sucked from the bathroom when the circulating fan is running to the circulating space, and the side of the boring will be diverted to the side of the circulation to the inside of the circulation. At the same time, the outer f* knife 々丨·to the rolling side of the bathroom is rolled, and the bathroom is dried. This is more than the 敕乂 敕乂 敕乂 敕乂 乳 乳 敕乂 敕乂 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整 调整Run dry and dry air. Drying the bathroom dryness "Enable H to supply air and ventilation to save energy. Convergence drying is long, but € lit# allows the circulating air to flow to the side of the loop, and it is wide-ranging when it is taught by the Ministry of Education. Until the suction...=1, heat and send 201239164 wind to the bathroom to heat up. Although it can be stopped in one room, but in the case of multi-chamber, if the ventilation is used, the qigong is replaced. In the case of the above-mentioned five kinds of operating materials, it is necessary to form four air passages, and to make each of the wind passages according to the rotary windshield as the windshield: In the description of the embodiment, the second embodiment will be described in detail with reference to the drawings. The present invention will be described in detail with reference to the drawings. In the first embodiment, the first embodiment shows the bathroom according to the first embodiment of the present invention: j: two: 2 shows that the wind position of the windshield is set to the ventilation position. Sectional view on the downstream side of the road, Figure 3 is a table = moving position is set to dry Drying: The IS on the downstream side of the circulation air path at the cool air position is shown in Figure 4. The rotational position of the windshield is not the cross-sectional view of the downstream side of the air drying position, and the fifth figure shows the wind load. The cross-sectional view on the downstream side of the circulation air passage when the turning position is the heating position is the top view of the bathroom dryer according to the first embodiment, and the sectional view of the driving portion of the windshield according to the seventh to the first embodiment. The bathroom dryer 91 according to the first embodiment shown in Fig. 1 has a circulation air passage I in the integrated/four (four) casing 16 for performing the bathroom: disorder, "and warm milk; and ventilation air passage. 2b, used to ventilate the bathroom. The circulation air path ^ and the ventilation air path are opened by the partition plate 19. U ^ 8 201239164 According to the % Wind Road 2a, it is made up of the outer casing j 6 , which is directed downwards to the factory. It is produced in the form of a hole (base plate) 17 and is shaped by a venting machine. The outlet 8 is provided with a recirculation wind h μ 9 ' on the downstream side. (4) The clothes fan 5 driven by the horse itM1 is disposed on the inner upstream side of the winder 6 and the twisting portion 7 is disposed on the inner downstream side. The circulation air passage 2a of the package ., , 'plus the heart ^ to the money fan 5 , the rotary windshield 6 and the first one is called the circulation unit 9u. The ventilation air passage 2b is composed of the outer casing 16 〇 „ ^ , The jin is formed and disposed on the circulation air path 'the upstream side is disposed downwardly, ^ ^, ^ to the suction port 12a, and on the downstream side is disposed at: = the milk discharge port 13, which is sucked by the ventilation fan 11 driven by the motor M2 =, on the upstream side of the ventilation fan 11, a ventilation opening 18 for ventilating and inlet 10 is disposed. In the evening, the space between the suction port 12a and the venting opening 18 becomes the ventilating chamber 1 in which the main U is changed to 12, and the chamber suction port 12b is opened. The ventilation fan y 旳 change rolling air passage hole is referred to as a ventilating unit 91B. The garment air passage 2a and the ventilation air passage 2b are formed in an outer casing 6 . Further, the wide sound f 丄 visibility (the size in the left-right direction of Fig. 6) and the upper and lower directions in the depth a 6) are formed to be equal to or less than the width and depth of the circulation unit 91. A filter 2 that removes dust from the air is disposed on the upstream side of the circulation suction port 4. The lower side of the bathroom dryer 91 is covered with a creative panel 14. The control unit 15 and the power supply connection unit (not shown) are disposed on the upper side of the motor. The remote control controller (not shown) is connected to the control unit 15' via a communication line, and the remote control control stolen control unit 15 outputs an operation command. The ventilation connection port 9 is provided in the partition plate 19. The partition plate 19 is disposed in the outer casing U, thereby separating the circulation air passage 2a from the ventilation air passage, and the air 201239164 passes from the circulation air passage 2a through the ventilation connection port 9 to the ventilation air passage 2b. flow. The ventilation connection port 9 communicates with the bathtub suction port 12a and is disposed below the exhaust port 13. The circulation air passage 2a is formed by the outer casing 16, the partition plate 19, and the circulation orifice (base plate) 17 and is formed in a box shape in which the circulation suction port 4 and the ventilation connection port 9 are opened downward. The ventilation connecting port 9 communicates with the circulating air passage 2a when the rotary windshield 6 is opened. A shaft through hole (not shown) for passing through the rotating shaft of the motor M1 is provided to the outer casing 16. Further, an insertion opening for inserting the holding member for holding the heating portion 7 and the rotary windshield is provided on the side plate of the outer casing 16. The ventilating air passage 2b is formed by the outer casing 16 and the partition 19, and is ventilated to 12 on the upstream side, the bathroom suction port i 2a and the other chamber suction port i hole opening, and the downstream side is formed in a box shape in which the exhaust port 13 is open. The air in the bathroom passes through the circulation inlet 4' circulation fan 6, the circulation air passage 2a, the ventilation connection port 9 and the bath ° 12a, and is sucked by the ventilation chamber 12. The other parts of the washbasin, the restroom, etc. are inhaled by the ventilation valve 12 after being inhaled by the ventilation tube (not shown) and the other chamber. The exhaust port 13 is open to the outside using a ventilation pipe. A shaft through hole (not shown) for passing through the shaft of the horse M2 is provided to the outer casing 16. The circulation orifice (bottom plate) 17 is disposed on the bathroom side of the outer casing 16, and is separated from the 'way'. At the circulation orifice (bottom plate) 17, the circulating suction port of the air that is drawn into the bathroom is opened downward. The vent opening 18 is disposed in the ventilating air passage 2b, and is provided with a ventilating suction port 1 for sucking the air of the changing chamber 12. The ventilating chamber 12 draws in air from the bathroom 2a and the other chambers π 1f) i_ main and inlet 12b to take in air. Circulating airflow qa « „ , 硐5疋 The early-inhalation centrifugal fan is placed on the side of the rotating windshield 6 by the air blown by the circumventing fan 5 in a manner that is opposed to the circulating suction 10 201239164 4 . The circulation air path flowing from the circumnavigation wind to the circulation air outlet 8 is branched to the ventilation air passage 2b from the heating unit 7. The motors are installed in the road passage: the air connection" The ventilation fan U is a single suction type centrifugal path ^ The upper side. The mouth 10 is equipped with f feathers in the opposite direction to be connected to the ventilation and is connected by the ventilation σ q and the subtraction 2b. Ventilation fan U is connected", bathroom inhalation D12a, ventilation: mouth 1. Inhalation of air in the bathroom, and exchange and into the ventilation inlet Π) Inhalation of the bathroom to 2 ~ 12b, ventilation room 丨 2 13 discharge... After the air other than the outside is removed, the motor M2 is discharged from the exhaust port 13 and is disposed on the upper side of the ventilation air passage 11. The portion 7 is, for example, disposed with a plurality of heating elements at intervals, or is placed in the heating element for a plurality of months 3 'The flow path of the air is formed around the heating element or the heat-dissipating spoon. 'The electric heater that makes heat is radiated to the flow path' or the heat-generating body in which the electric, the rim body and the heat-conducting body are disposed is housed in the metal pipe. The electric heater is configured to be heated. The crucible 7 is disposed downstream of the circulation air passage 2a. In order to suppress the heating portion and the excessive heat, it is preferable to use a PTC (P〇sitive Temperature Coefficient); Since the PTC tl piece whose resistance coefficient rapidly rises when the heater reaches a predetermined temperature (the salvage temperature) is used as a heating element, it has a self-temperature control function, is excellent in safety, and does not require temperature control, and is low in cost. ί辰辰The outlet 8 has a wing plate arranged in parallel so that the blown air can be directed in the direction of the solid. In addition, the rotating shaft can be placed on the wing and the direction can be adjusted by the adjustment means to control the wind direction. 201239164 The rotary windshield 6 is arranged in the circulating wind The lower side of the ventilation connection port 9 between the roads 2a and 7 is formed in a plate shape in which the Z-fan 5 is heated and the intermediate portion is curved. As shown in Fig. 7, ', the end portion and the base end portion are provided on the base. The windshield shaft 23 of the end rotates. The sector gear::::6 windshield shaft 23 and the side of the windshield 6 are rotated, and the rotary windshield 6 can be rotated. 9 $-shaped gear 24 turns: dynamic The windshield 6 is driven by a speed reducer that is driven by a sector gear 24 and a pinion gear. The drive is driven by, for example, a stepping motor, and the rotation is 25, and then the weight is reduced by |0 Λ /± ± and the pinion gear is moved. The rotating wind 6 is formed by the sector gear 24 to form a part of the circulation air passage 2a and/or the ventilation air passage 2b. The rotating windshield 6 is rotated clockwise to close the ventilation connection port. 9 position, and then reverse 19 contact 2- y 疋 针 pin direction, can be described to The ring opening (bottom plate) 17 contacts and closes the downstream side of the β, and the upstream side of the circulation air passage 23 communicates with the ventilation connection port 9, and has a rotatable angle range (about 30.). The rotational positioning with the rotary windshield 6 is carried out by means of a positioning control which causes the rotary windshield 6 to face clockwise or counterclockwise: square = dynamically rotatable angular range or more 'turning to the rotation stopFig. 5 : the position shown in FIG. 2 is determined; after the start point of t, the rotary wind 356 is rotated to the upstream side of the circulation air passage 2a and the downstream side of the circulation air passage 2a as shown in FIG. 3 or FIG. The position where both sides of the ventilation connection port 9 communicate. The creative panel 14 is attached to the outer casing 16 so as to cover the exposed portion of the outer casing 16 of the bathroom. The creative panel 14 is formed flat and is installed with a gap between the = surface and the outer circumferential side wall of the creative panel 14, and the gap suction control portion 15 includes the depositor remote control from the entire periphery of the panel 12 201239164 The memory component of the control program input by the device is controlled by the fan 5, the ventilation fan U, and the u-turn command, and individually controls the circulating air dryer 91 to perform the air exchange and the rotary windshield 6 'to make the bathroom dry. Rolling operation, drying operation, etc. As shown in the above description, the bathroom dryer 91 which is turned by the windshield provided at the base end portion is used to reduce the rotation angle. 3 The early side supports the rotary wind collision 6' and
使浴室乾燥機9!小型化可制循環風路^的高度，而可 的中間位置定位、保持、輕量化。又’可在轉動角度範圍 又，將換氣單元91BJ7調整循環風量與換氣風量。 的寬度及深度以下，將1寬度及深度形成為循環單元似 之上，浴室換氣係利用=元91“己置於循環單元91A 風路連通，不僅可作成:=2:，藉轉動式風撞與換氣 託，而且可使浴室乾_ 9'刀之開口面積的換氣風路 其次，參照第2圖:::易圖，設置施工性、維修性佳。 室乾燥—氣運轉、=轉說:：1實施形態之浴 轉及暖氣運轉。如第2 _ "運轉、風乾燥運 “一朝向逆時針方向擺動至二=孔運二轉動— 的位置並^位，塞住循環風路2_^7(=)17接觸 經由換氣連接口 9,往換氣風路—Η側（下游側）， 循環風路23與換氣風路2b力接循環風路2a。 始運轉。姓I &胃、， 接，而且換氣風扇11開 、，。果室乾燥機91之浴室的空氣通過心 13 201239164 :入口 4並在循環風路2a内流動，利用轉動式風擔6導往 換氣連接口 9,再通過換氣風路^的浴室吸入 !?室12吸广。又，浴室以外之別室的空氣亦從別二: 口 2b被換耽至12吸入’而浴室空氣與別室空氣從換氣吸 二口 i。被換氣風扇U吸入，再後排氣口 Η排氣。因而， 進行浴室及別室的換氣。 在乾燥運轉，如第3圖所示，轉動式風擋6的前端與 。板19及循％孔口（底板）17都未接觸，並〜 _ U與循環孔口（底板)17的 =、從“板 罟m 且罪迎隔板1Θ側的位 敎部而’空氣可從換氣連接"往換氣風路I配置加 猶;〜盾環風路2a的下游側之雙方的風路流入。同時， 、風扇5、換氣風扇心始運轉，加熱部了被通電。 流入=乾燥運轉，從循環風扇5所吹出並向循環風路^所 内A、冷室空氣通過加熱部7後，從循環吹出口 8向浴室 後二t’而且一部分通過換氣連接口 9及浴室吸入口 12a 流入，再與從別室吸入口⑶所吸入之空氣 在乾二 扇U吸入後，從排氣口 13向外部排氣。 '、運轉’-面向浴室内吹出暖風_面換氣，而可使浴 s勿乾可使浴室乾燥機9 (作用為暖風乾燥機。 隔板tr風運轉’如第3圖所示，轉動式風撞6的前端與 19與％，循％孔σ (底板Μ7都未接觸，並定位於從隔板 置^環孔口（底板）17的中間位置靠近隔板19側的位 熱部7而空氣可從換氣連接口 9往換氣風路2b、配置加 之循環風路2a 6々下游之雙方的風路流入。同時，循 14 201239164 環風扇5、換氣風4 11開始運轉，與乾燥運轉相異，加執 部7未被通電。 … 在涼風運轉，從循； 僱衣風扇5所吹出並向循環風路2a 流入的浴室空氣從循環吹出口 8向浴室内吹出，而且 分通過換氣連接口 9及、、欠^ 及冷室吸入口 12a後向換氣室12 入，再與從別室吸入口 i 2 所吸入之空氣混合，被換氣風 扇11吸入後，從排氣口 d向外°卩排乳。在涼風運轉，一 面向浴室内送風一面換氣，而可進行浴室的排熱。 在風乾燥運轉，如筮< — 第4圖所不，轉動式風擋6 與隔板19及循環孔口（ ^ 板19與循環孔口（底拓） ^ _ 7的中間位置靠近循環孔口（底 板）17側的位置。闵而 ， & 路2b ^ ，二虱可從換氣連接口 Θ往換氣風 冷入⑽、、 盾展風路23的下游之雙方的風路 桃入。同時，循環風扇5 運棘柏里U ^風扇U開始運轉，與乾燥 運轉相異，加熱部7未被通電。 在風乾燥運轉，從循環 白循裱風路2a所流入的 出，而Γ: ，再從循環吹出…浴室内吹 且°P y刀通過換氣連接口 9及 換氣官1 ? & X 及/合至吸入口 12a後向 換轧至12流入，再與從別室吸入 合，被換氣風扇U吸入後，從 所吸入之空氣混 風乾燥運轉，與乾燥運轉相異，因二13向外部排氣。在 所以在依然、是浴室内空氣溫度下，向2部7未㈣電， 冷室运入常溫的風，同時進行換°至内人出工孔向 燥運轉係雖然乾燥速度比乾燥運轉/浴室及衣物。風乾 # ^ ’但是因為加熱部7 15 201239164 未被通電，所以能以小的耗 在暖氣運轉’如第5圖所示，：=:的乾燥。 與隔板"9接觸的位置，而/轉動式風擋6轉動至 與循環吹出口8連續之循 、乳連接口 9 ’空氣可僅向 〇迓躓之循環風路2 環風扇5開始運轉，加熱部7被通：。下游…同時，循 在暖氣運轉，從循環風扇 流入的浴室空氣通過加熱部7出二向循環風… 熱部7的空氣被加熱後，作Λ ，合至内吹出。通過加 浴室内的加溫。 作為_向浴室内吹出，可進行 其次，參照第1圖及第6圖 室換氣功能。如第6圖所 ，4城91的多 …… 複數個(3個)別室吸入口⑽ 叹置於換氣風路2b。將來 至的換氣用管與各個別室吸 12b連接，若使換氣風扇 ,,.m ^ ± U動作，可進行別室的換氣。 未使用的連接口可封閉，並 4意選擇進行換氣的室數。 使換氣連接口 9與換氣室12的浴室吸入口 12a連通， 而且配置於排氣口 13的下古 下方係為了在使循環風扇5與換氣 風扇π同時運轉而從循環風路23向換氣風路化送風的乾 餘運轉、風乾燥運轉及涼風運轉，防止空“別室吸入口 12 b倒流。為了確實防士介名 二礼向別至吸入口丨2b倒流，亦 可將防逆流風擋設置於別室吸入口 m。又，以換氣風扇 11的吸人風量比循環風扇5向換氣風路2b所送入之風量 更大的方式進行兩風扇的風量控制。 從換氣管通過別室吸入口 i 2b後向換氣室i 2所流入的 別室空氣通過換氣吸入口 i。後，被換氣風扇U吸入，並 16 201239164 向外部排氣。在浴室乾燥機91停止時，如第5圖所示，只 要使轉動式風擋6位於塞住換氣連接π 9的位置，可僅使 別室換氣。 第2實施形態 第8圖係表示本發明之浴室乾燥機之第2實施形態的 剖面圖’第9圖係表示第2實施形態之循環單元的剖面圖， 第10圖係表示第2實施形態之換氣單元的剖面圖，第u 圖係表示第2實施形態之—室用之浴室乾燥機的剖面圖。 如第8圖所示，第2實施形態的浴室乾燥機92與第i 實施形態之浴室乾燥機91的相異處，係循環單元92A與換 氣單元分別成為不同的單元，循環風路&與換氣風路 2b分別形成於分開的外殼i 6Α、！ 6B内。循環單元與 換氣單元92B可分離，廢除第！實施形態之浴室乾燥機91 的隔板19’相反地，循環單元92A之外殼16A的頂板延長。 循環單元92A包括室内空氣的循環吸入口 4、循環風 扇5、驅動循環風扇5的馬達M卜轉動式風擋6、加熱部7、 往室内的循環吹出口 8及換氣連接口 9。循環單元92a利 用循環孔口（底板）17將循環風路2a與浴室隔開，循環吸 入口 4設置於循環孔口（底板）17。創意面板14安裝於循環 單元92A的浴室側。控制部15及電源連接部（未圖示）配置 於循環單元92A之外殼16A的頂板上，遙控控制器（未圖 設置於浴室外。 換氣單元92B(參照第8圖、第10圖）包括換氣室12、 浴室吸人π 12a、別室吸人口 12b、換氣孔σ 18、換氣吸 17 201239164 入口 10、換氣風扇11、驅動換氣風扇11的馬達M2及排氣 口 13。換氣吸入口 設置於換氣孔口 18。 第8圖所示之第2實施形態的浴室乾燥機92係將換氣 單元92Β與循環單元92Α之換氣連接口 9的上側連接。此 外’因為浴室乾燥機92之上述的各部分（零件）與第1圖所 示之第1實施形態的浴室乾燥機91幾乎相同，所以賦予相 同的符號，並省略說明。 第2實施形態的浴室乾燥機92與第1實施形態的浴室 乾燥機91 一樣，可進行換氣運轉、乾燥運轉、風乾燥運轉、 暖氣運轉及涼風運轉。關於各運轉’因為與第1實施形態 的浴室乾燥機91相同，所以省略說明。 其次，參照第^圖，說明將第8圖所示之第2實施形 態的浴室乾燥㈣改造成一室用之浴室乾燥機的浴室乾 燥機93。浴室乾燥機93係從第8圖所千十、,、— 闔汀不之浴室乾燥機92 拆下換氣單元92Β後，將換氣管連接構株 牧傅件女裝於第9圖所 示之循環單元92Α之換氣連接口 9的上側。 排氣管連接構件22係以排氣方向成 战马側向（第11圖的 右方）的方式形成於排亂風路，橫向地排a 地排虱口 21開口 ◊若 將換氣管與排氣口 21連接，可進行浴定 』分至的換氣。 關於浴室乾燥機93的運轉，因為在笛 巧任第1圖所示之浴室 乾燥機91的運轉，除了從換氣連接口 y所排出之浴室空氣 不通過換氣風路2b，而通過排氣管連接構件22並向外部 排氣以外，都相同’所以省略其說明。 第2實施形態的浴室乾燥機92使 义倾乂皁元92A與換氣 201239164 單元92B可分離，_定 至用利用， 構件22構成，而多f 備環單元92A與排氡管連接 構成，藉此，能以將—室4 %單元92A與換氣單元92B 而循環單元92A可標準化用與多室用組合的方式來製造， 如以上所示’本發明 乾燥及暖氣，係對作先^ ,至乾燥機進行浴室之換氣. 豕足用或業務用的浴室乾燥機有用 【圖式簡單說明】 第1圖係表示本發明 剖面圖。 /至乾燥機之第1實施形態ό 環風路夕11係表7""將風擔的轉動位置設為換氣位置時之令 -風路之下游側的剖面圖。 … 時之循r Γ係表不將風擋的轉動位置設為乾燥、涼風位】 循每風路之下游側的剖面圖。 第4圖^系去- 循产π '、x不將風擋的轉動位置設為風乾燥位置時之 目衣風路之下姑& 卜游側的剖面圖。 第5圖係矣_ 产π Α 、衣不將風擋的轉動位置設為暖氣位置時之循 衣風路之下游側的剖面圖。 第6圖传笛T a τ'卑1貫施形態之浴室乾燥機的上視圖。 第7圖係矣_ 〜衣不第1實施形態之風擋之驅動部的剖面圖。 第8圖孫主 .. 承表不本發明之浴室乾燥機之第2實施形態的 剖面圖。 19 201239164 第9圖係表示第2實施形態之循環單元的剖面圖。 第1 0圖係表示第2實施形態之換氣單元的剖面圖。 第11圖係表示第2實施形態之一室用之浴室乾燥機的 剖面圖。 【主要元件符號說明】 2a 循環風路 2b 換氣風路 4 循環吸入口 5 循環風扇 6 轉動式風擋 7 加熱部 8 循環吹出口 9 換氣連接口 10 換氣吸入口 11 換氣風扇 12 換氣室 12a 浴室吸入口 12b 別室吸入口 13 排氣口 14 創意面板 15 控制部 16 外殼 17 循環孔口（底 20 201239164 18 換氣孔口 19 隔板 20 過濾·器 21 排氣口 22 排氣管連接構件 23 風擋轉軸 24 扇形齒輪 25 小齒輪 91、92、93 浴室乾燥機 91A、92A循環單元 91B、92B換氣單元 21The bathroom dryer 9 can be miniaturized to make the height of the circulation air path ^, and the intermediate position can be positioned, maintained, and lightened. Further, the circulation air volume and the ventilation air volume can be adjusted by the ventilation unit 91BJ7 in the rotation angle range. Below the width and depth, the width and depth of 1 are formed as a loop unit, and the bathroom ventilation system is replaced by the air passage of the circulation unit 91A, which can be made not only: =2: Collision and ventilation, and can make the bathroom dry _ 9' knife open area of the ventilation air path, refer to Figure 2:: easy map, set construction, maintainability. Room drying - gas operation, = Turn to say:: 1 embodiment of the bath and heating operation. For example, the 2nd _ " operation, wind drying operation "one counterclockwise swing to the position of two = hole transport two rotation - and position, plug the circulating wind The road 2_^7 (=) 17 is in contact with the ventilation air passage Η side (downstream side) via the ventilating connection port 9, and the circulation air passage 23 and the ventilating air passage 2b are connected to the circulation air passage 2a. Start running. Surname I & stomach,, and, and the ventilation fan 11 is open. The air in the bathroom of the chamber dryer 91 passes through the heart 13 201239164: the inlet 4 flows through the circulation air passage 2a, and is guided to the ventilation connection port 9 by the rotary wind load 6, and then sucked through the bathroom of the ventilation air passage ^! Room 12 is widely absorbed. In addition, the air in the other rooms outside the bathroom is also different: the mouth 2b is changed to 12 inhalation' and the bathroom air and the other room air are sucked from the air. It is sucked by the ventilation fan U, and then exhausted by the exhaust port. Therefore, the bathroom and other rooms are ventilated. In the dry operation, as shown in Fig. 3, the front end of the rotary windshield 6 is. The plate 19 and the % orifice (base plate) 17 are not in contact, and ~ _ U and the circulation orifice (bottom plate) 17 =, from the "plate 罟 m and the sin of the partition 1 side of the 敎 portion of the air" From the ventilation connection " to the ventilation air passage I, the air passage of the downstream side of the shield ring air passage 2a flows in. At the same time, the fan 5 and the ventilation fan start to operate, and the heating unit is energized. Inflow = drying operation, blowing out from the circulation fan 5, passing through the heating unit 7 to the inside of the circulation air passage A, and then passing the heating unit 7 from the circulation outlet 8 to the rear of the bathroom and partially passing through the ventilation connection port 9 and The bathtub suction port 12a flows in, and the air sucked in from the other chamber suction port (3) is sucked out by the dry fan U, and then exhausted from the exhaust port 13 to the outside. ', Operation' - blowing warm air to the bathroom _ face ventilation , can make the bath s do not dry can make the bathroom dryer 9 (acting as a warm air dryer. The partition tr wind operation) as shown in Figure 3, the front end of the rotating wind hit 6 and 19%, according to the % hole σ (the bottom plate Μ 7 is not in contact, and is positioned at a position near the separator 19 side from the middle of the spacer ring hole (base plate) 17 In the portion 7, the air can flow from the ventilation connection port 9 to the ventilation air passage 2b and the air passages disposed downstream of the circulation air passage 2a 6々. At the same time, the ring fan 5 and the ventilation air 4 11 start to operate according to 14 201239164 In addition to the dry operation, the accommodating portion 7 is not energized. The cooling air is blown and the bathroom air that is blown out by the clothing fan 5 and flows into the circulation air passage 2a is blown out from the circulation air outlet 8 into the bathroom. After passing through the ventilation connection port 9 and the underflow and the cold chamber suction port 12a, the air is introduced into the ventilating chamber 12, and then mixed with the air sucked from the other chamber suction port i 2, and then sucked by the ventilating fan 11 and discharged from the ventilating fan 11 The air port d is drained outwards. In the cool air operation, the air is ventilated in the bathroom, and the heat is removed from the bathroom. In the wind drying operation, such as 筮<- Figure 4, the rotary windshield 6 The position between the partition plate 19 and the circulation orifice (^ plate 19 and the circulation orifice (the bottom extension) ^ _ 7 is close to the side of the circulation orifice (base plate) 17 闵,, & 2b ^ , 二虱It can be cooled from the ventilation connection port to the ventilation air cooling (10), and both sides of the shield air path 23 At the same time, the circulation fan 5 starts the operation of the U-fan U, which is different from the dry operation, and the heating unit 7 is not energized. In the air drying operation, the flow from the circulating white circulation wind tunnel 2a flows. Out, and Γ:, then blow out from the circulation...Blow in the bathroom and the °P y knife passes through the ventilation connection port 9 and the ventilation officer 1 ? & X and / to the suction port 12a, then the rolling is changed to 12 inflow, and then After being inhaled from the other chambers, the air is blown by the ventilation fan U, and the air is dried and mixed from the air to be inhaled, which is different from the dry operation, and is exhausted to the outside due to the air. The two parts are not (four) electric, and the cold room is transported into the air at room temperature, and at the same time, the temperature is changed to the inner working hole to the dry operation system although the drying speed is faster than the dry operation/bathroom and clothes. Air drying # ^ 'But the heating unit 7 15 201239164 is not energized, so it can be used in a small heating operation as shown in Fig. 5::=: Drying. The position in contact with the partition plate 9 is rotated, and the rotary windshield 6 is rotated until the circulation port 8 is continuous, and the milk connection port 9 'air can be started only to the circulation fan 2 of the circulation ring 2 The heating unit 7 is turned on: Downstream... At the same time, in the heating operation, the air flowing into the bathroom from the circulation fan passes through the heating unit 7 to circulate the air in two directions. The air in the hot portion 7 is heated and then blown to the inside. By adding warmth in the bathroom. It can be blown out as a _ to the bathroom. Next, refer to the ventilation function of the first and sixth chambers. As shown in Figure 6, there are more than four cities and ones.... A plurality of (three) other chamber suction ports (10) are placed on the ventilation air passage 2b. In the future, the ventilation pipe will be connected to each chamber 12b. If the ventilation fan is operated, .m ^ ± U, the air can be exchanged in another room. Unused connectors can be closed and the number of rooms to be ventilated is selected. The ventilation connection port 9 is communicated with the bathroom suction port 12a of the ventilation chamber 12, and is disposed below the lower portion of the exhaust port 13 in order to simultaneously operate the circulation fan 5 and the ventilation fan π from the circulation air passage 23 The dry air operation, the air drying operation, and the cool air operation of the ventilation air supply air supply are prevented, and the air leakage of the other room suction port 12 b is prevented. In order to prevent the back of the air inlet 2b from returning to the suction port 2b, the anti-backflow can also be reversed. The windshield is disposed in the suction port m of the other chamber. Further, the air volume of the two fans is controlled such that the air volume of the ventilation fan 11 is larger than the air volume sent from the circulation fan 5 to the ventilation air passage 2b. After the chamber suction port i 2b, the air flowing into the air chamber i 2 passes through the air exchange inlet i. After that, it is sucked by the ventilation fan U, and is exhausted to the outside by 16 201239164. When the bathroom dryer 91 is stopped, such as As shown in Fig. 5, as long as the rotary damper 6 is placed at the position where the ventilation connection π 9 is closed, only the other chamber can be ventilated. Fig. 8 is a second embodiment of the bathroom dryer according to the present invention. Sectional view 'Fig. 9 shows the second implementation FIG. 10 is a cross-sectional view showing a ventilation unit according to a second embodiment, and FIG. 5 is a cross-sectional view showing a bathroom dryer for a room according to a second embodiment. It is to be noted that, in the difference between the bathroom dryer 92 of the second embodiment and the bathroom dryer 91 of the i-th embodiment, the circulation unit 92A and the ventilation unit are different units, and the circulation air passage & The roads 2b are respectively formed in separate casings i6, !6B. The circulation unit is separable from the ventilation unit 92B, and the partition 19' of the bathroom dryer 91 of the embodiment is reversed. Conversely, the casing 16A of the circulation unit 92A is The circulation unit 92A includes a circulating air inlet 4 for indoor air, a circulation fan 5, a motor M for driving the circulation fan 5, a rotary windshield 6, a heating unit 7, a circulation air outlet 8 to the room, and a ventilation connection port 9. The circulation unit 92a separates the circulation air passage 2a from the bathroom by a circulation orifice (floor) 17, and the circulation suction port 4 is provided in the circulation orifice (floor) 17. The creative panel 14 is attached to the bathroom side of the circulation unit 92A. The control unit 15 And power supply The connecting portion (not shown) is disposed on the top plate of the casing 16A of the circulation unit 92A, and the remote controller (not shown outside the bathroom). The ventilation unit 92B (refer to FIGS. 8 and 10) includes the ventilation chamber 12, The bathroom is immersed in π 12a, the room is inhaled 12b, the ventilation hole σ 18, the ventilation suction 17 201239164 inlet 10, the ventilation fan 11, the motor M2 that drives the ventilation fan 11, and the exhaust port 13. The ventilation inlet is provided at The air vent opening 18. The bathroom dryer 92 of the second embodiment shown in Fig. 8 connects the ventilating unit 92A to the upper side of the ventilating connection port 9 of the circulation unit 92A. In addition, the above-mentioned respective parts (parts) of the bathroom dryer 92 are almost the same as those of the bathroom dryer 91 of the first embodiment shown in Fig. 1, and therefore the same reference numerals will be given thereto, and the description thereof will be omitted. The bathroom dryer 92 of the second embodiment can perform a ventilation operation, a drying operation, a wind drying operation, a heating operation, and a cool air operation, similarly to the bathroom dryer 91 of the first embodiment. Since the respective operations are the same as those of the bathroom dryer 91 of the first embodiment, the description thereof is omitted. Next, referring to Fig. 4, a bathroom dryer 93 for converting the bathroom drying (four) of the second embodiment shown in Fig. 8 into a one-room bathroom dryer will be described. The bathroom dryer 93 is a ventilating unit 92 after removing the ventilating unit 92 from the bathroom dryer 92 of Fig. 8, and then connecting the ventilating tube to the cultivating body. The circulation unit 92 is located on the upper side of the ventilation connection port 9. The exhaust pipe connecting member 22 is formed in the exhausting air path so that the exhaust direction is in the lateral direction of the war horse (the right side of FIG. 11), and the horizontal exhaust port 21 is open to the opening 21 and the exhaust pipe and the row are arranged. The air port 21 is connected, and the air can be exchanged for the bath. Regarding the operation of the bathroom dryer 93, in the operation of the bathroom dryer 91 shown in Fig. 1, the bathroom air discharged from the ventilation connection port y does not pass through the ventilation air passage 2b, but is exhausted. The pipe connecting member 22 is the same except that it is exhausted to the outside. Therefore, the description thereof is omitted. The bathroom dryer 92 of the second embodiment is configured such that the sloping soap element 92A and the ventilating 201239164 unit 92B are separated from each other, and the multi-f backup unit 92A is connected to the sputum tube. Therefore, the circulation unit 92A can be standardized and combined with the multi-chamber by using the chamber 4% unit 92A and the ventilation unit 92B. As shown above, the drying and heating of the present invention are performed first. To the dryer to ventilate the bathroom. The bathroom dryer for squatting or business is useful [Simplified description of the drawings] Fig. 1 is a cross-sectional view showing the present invention. The first embodiment of the drying machine ό 环 环 夕 系 11 表 & & & & & & & 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 ... When you follow the r Γ 表 表 不 不 不 不 不 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风 风Fig. 4 is a cross-sectional view of the front and rear side of the eyewear wind path when the rotational position of the windshield is not set to the air drying position. Fig. 5 is a cross-sectional view showing the downstream side of the circulation air passage when the π 产 is produced and the rotation position of the windshield is not set to the heating position. Figure 6 is a top view of the bathroom dryer with a T τ ' 卑 贯 贯 形态 form. Fig. 7 is a cross-sectional view showing the driving portion of the windshield of the first embodiment. Fig. 8 is a cross-sectional view showing a second embodiment of the bathroom dryer according to the present invention. 19 201239164 Fig. 9 is a cross-sectional view showing the circulation unit of the second embodiment. Fig. 10 is a cross-sectional view showing the ventilation unit of the second embodiment. Figure 11 is a cross-sectional view showing a bathroom dryer for a room according to a second embodiment. [Main component symbol description] 2a Circulating air path 2b Ventilation air path 4 Circulating suction port 5 Circulating fan 6 Rotary windshield 7 Heating part 8 Circulating air outlet 9 Ventilation connection port 10 Ventilation suction port 11 Ventilation fan 12 Ventilation Room 12a Bathroom suction port 12b Room suction port 13 Vent port 14 Creative panel 15 Control unit 16 Housing 17 Circulating orifice (bottom 20 201239164 18 Ventilation orifice 19 Separator 20 Filter 21 Exhaust port 22 Exhaust pipe connection Member 23 Windshield Shaft 24 Sector Gear 25 Pinion 91, 92, 93 Bathroom Dryer 91A, 92A Circulation Unit 91B, 92B Ventilation Unit 21