九、發明說明： 【發明所屬之技術領域】 本發明關於洗衣乾燥機。 【先前技術】 以往，作為洗衣乾燥機，有特開2000 342880號公報所揭 不者。該洗衣乾燥機具有：外箱、配置在此外箱内之水槽、 配置在此水槽内而用來收容洗衣物之圓筒、及配置在外箱 上面與水槽外側上部之間之乾燥系統。 上述乾燥系統具有：送風機構部、加熱該送風機構部所 吹出之空氣的加熱機構部、及將該加熱機構部所加熱之空 氣引導至圓筒内的溫風吹出部。 在上述外箱之前面部的中央部·，設有為了取放洗衣物之 開口部。此外箱的開口部乃利用外箱上以可自由旋轉之方 式安裝的門來開闔。 上述圓筒之前面部上設有與外箱之開口部相向之開口 邛。此外，上述圓筒之前面部相對於垂直面以5。至W的角 度傾斜。 依上述構造之洗衣乾燥機，在使用者將洗衣物經由外箱 的開口部投入圓筒中後，依使用者設定之運轉内容進行洗 衣運轉'清水沖洗運轉、脫水運轉及乾燥運轉中的至少其 中之一。 在上述乾燥運轉中，以脫水完成之洗衣物在圓筒内的狀 態，一面使圓筒左右兩方向交替旋轉，一面使乾燥系統運 作。藉此，以上述加熱機構部加熱之空氣會介以溫風吹出 108726.doc ^22840 部供應至圓筒内而吹到攪拌中的洗衣物’因此，可蒸發洗 衣物所含的水分。 ^ 2而’以上述以往的洗衣乾燥機’由於，乾燥系統位於 外箱上面與水槽外側上部之間，因此，乾燥運轉時，因為 -乾燥系統之外殼的幅射熱，特別會使外箱上部的外殼的溫 度上升。此時，如使用者接觸到外箱上部外殼時，使用者 會感到不快感及不安感。為此，有必要在上述乾燥系統之 • 外殼附加隔熱材，或在外箱上面下方附加隔熱材》然而， 附加上述隔熱材會引起製造成本增加的問題。 此外，由於上述乾燥系統配置於水槽外，因此，乾燥系 統的外殼的幅射熱幾乎不會傳導至圓筒内的洗衣物;'亦 即，上述乾燥系統之外殼的幅射熱大部分無助於洗衣物乾 ' $而浪f掉了 °從而’存在相對於對上述乾燥系統所施加 之電力的洗衣物乾燥效率偏低的問題。 【發明内容】 • 為此，本發明之課題在於提供一種洗衣乾燥機，其不僅 能在不增加製造成本的情況下抑制使用者的不快感及不安 感’並可提高洗衣物乾燥的效率。 為了解決上述課題，本發明之洗衣乾燥機的特徵為包含： 外箱； 水槽’其係配置於上述外箱内； 洗衣脫水槽，其係以可自由旋轉的方式配置在上述水槽 内，用來收容洗衣物；及 乾燥系統，其係用來乾燥上述洗衣脫水槽内之洗衣物； I08726.doc 1322840 上述乾燥系統之至少—部分設在上述水槽與上述洗衣脫 水槽之間。 依上述構造的洗衣乾燥機，藉由將上述乾燥系統之至少 一部分設在水槽與洗衣脫水槽之間，能以水槽遮蔽乾燥系 統之至少一部分向外箱的幅射熱，因此，即使未在乾燥系 統的外殼及外箱上配置隔熱材需在外箱上部附加隔熱 材’亦可防止外箱之上部外殼的溫度上升。從而，可在不IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a laundry dryer. [Prior Art] Conventionally, as a laundry dryer, there is a disclosure of Japanese Laid-Open Patent Publication No. 2000-342880. The laundry dryer has an outer casing, a water tank disposed in the outer tank, a cylinder disposed in the water tank for containing the laundry, and a drying system disposed between the outer tank and the upper portion of the outer tank. The drying system includes a blowing mechanism unit, a heating mechanism unit that heats the air blown by the air blowing mechanism unit, and a warm air blowing unit that guides the air heated by the heating mechanism unit to the cylinder. In the central portion of the face before the outer casing, an opening for taking in the laundry is provided. In addition, the opening of the box is opened by a door that is rotatably mounted on the outer box. The front surface of the cylinder is provided with an opening 相 facing the opening of the outer casing. Further, the front face of the above cylinder is 5 with respect to the vertical plane. Tilt to the angle of W. In the laundry dryer according to the above configuration, after the user puts the laundry into the cylinder through the opening of the outer casing, the laundry operation is performed according to the operation content set by the user, at least one of the water washing operation, the dehydrating operation, and the drying operation. One. In the above drying operation, the drying system is operated while rotating the laundry in the cylinder while rotating the laundry in the left and right directions. Thereby, the air heated by the heating mechanism portion is blown out by the warm air 108726.doc ^ 22840 parts are supplied into the cylinder to be blown to the agitated laundry. Therefore, the moisture contained in the laundry can be evaporated. ^ 2 and 'to the above-mentioned conventional laundry dryer' because the drying system is located between the outer box and the upper part of the outer side of the water tank, therefore, during the drying operation, because of the radiation heat of the outer casing of the drying system, the upper part of the outer box is particularly The temperature of the outer casing rises. At this time, if the user touches the upper casing of the outer casing, the user may feel unpleasant and uneasy. For this reason, it is necessary to add a heat insulating material to the outer casing of the above drying system or to attach a heat insulating material to the lower side of the outer casing. However, the addition of the above heat insulating material causes a problem of an increase in manufacturing cost. In addition, since the above drying system is disposed outside the water tank, the radiation heat of the outer casing of the drying system is hardly transmitted to the laundry in the cylinder; that is, the radiation heat of the outer casing of the drying system is largely unhelpful. The laundry is dry and the wave is dropped. Thus, there is a problem that the drying efficiency of the laundry relative to the electric power applied to the drying system is low. SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a laundry dryer which can suppress not only the user's unpleasant feeling and uncomfortable feeling without increasing the manufacturing cost, and can improve the efficiency of laundry drying. In order to solve the above problems, the laundry dryer of the present invention includes: an outer case; a water tank 'separated in the outer case; and a laundry dewatering tank rotatably disposed in the water tank for use in the water tank a laundry system; and a drying system for drying the laundry in the laundry dewatering tank; I08726.doc 1322840 At least a portion of the drying system is disposed between the water tank and the laundry dewatering tank. According to the laundry dryer of the above configuration, by arranging at least a part of the drying system between the water tank and the washing and dewatering tank, the radiator can shield the radiation of the outer tank from at least a part of the drying system, so that even if it is not dry The heat-insulating material is placed on the outer casing and the outer casing of the system, and the heat-insulating material is added to the upper part of the outer casing to prevent the temperature of the outer casing of the outer casing from rising. Thus, no
造成製造成本增加的情況下’抑制使用者的不快感及 感。 此外，可將上述水槽内所設之乾㈣統之至少—部分外 殼所釋放的熱保留在水槽内。亦即，可將上述乾燥系統之 至少-部分外殼所釋放的熱，利用作為有助於洗衣脫水槽 内之洗衣物乾燥的熱。從而’可將上述乾燥系統的散熱損 失降至最低程度，有效率地進行洗衣物之乾燥。 、In the case where the manufacturing cost is increased, the feeling of discomfort and feeling of the user is suppressed. In addition, the heat released by at least the partial outer casing of the dry (four) system provided in the water tank may be retained in the water tank. That is, the heat released from at least a portion of the outer casing of the above drying system can be utilized as heat to facilitate drying of the laundry in the laundry dewatering tank. Thus, the heat loss of the above drying system can be minimized, and the laundry can be efficiently dried. ,
在-實施方式之洗衣乾燥機中，上述乾燥系統具有： 送風機構部； 加熱機構部，其係加熱由上述送風機構部所吹 氣；及 二 溫風吹出部，其係將上述加熱機構部所加熱之空氣引導 至上述洗衣脫水槽内； 上述 上述加熱機構部及上述溫風吹出Α 人出。p S又在上述水槽盥 洗衣脫水槽之間。 〃 依上述實施方式之洗衣乾燥機，藉 稽宙將上述加熱機構部 及溫風吹出部設在水槽與洗衣脫水 僧之間，外殼溫度特別 J08726.docIn the washing machine of the embodiment, the drying system includes: a blowing mechanism unit; a heating mechanism unit that heats the air blowing unit; and a second warm air blowing unit that uses the heating unit The heated air is guided into the washing and dewatering tank; the heating mechanism portion and the warm air blowing are blown out. p S is again between the above-mentioned sinks and the laundry dewatering tank.洗衣 According to the washing and drying machine of the above embodiment, the heating mechanism portion and the warm air blowing portion are disposed between the water tank and the laundry dewatering raft, and the outer casing temperature is special. J08726.doc
S4U '的乾燥系統之構件會被裝在水槽内，因此，該機構部之 卜殼所發出的熱可利用作為洗衣脫水槽内之洗衣物之乾燥 、從而，可將乾燥系統之散熱損失降低至最小程度。 此外，將上述送風機構部配置在水槽外時，可簡化逆又風 機構部之設置及維修。 在實施方式之洗衣乾燥冑中，i述加熱機構部包含： 加熱器； 加熱器箱，其係設有支持上述加熱器之支持部，並包圍 上述加熱器之發熱部；及 並匕圍 耐熱性之樹脂構件’其係固定在上述水槽上，在上述水 槽内支持上述加熱器箱。 #依上述實施方式之洗衣乾燥機’藉由以金屬製之加熱器 知來包圍上述加熱器之發熱部，假設即使加熱器之發熱部 因絲屑附著而起火燃燒，仍可以加熱器箱來防止絲屬的火 ，燒到樹脂構件及水槽。從而’可提高上述洗衣乾燥機的 女全性〇 此外，藉由上料槽上㈣^耐熱性的樹脂構件將加 =箱支持在水槽内，可緩和水槽由加熱器箱所受的熱的 影響。亦即’可減低水槽由上述加熱器箱所受的執量。從 Γ可防止上述水槽之熱變形’因而可提高洗衣乾燥機之 安全性。 在一實施方式之洗衣乾燥機中，上述加熱器箱之—部分 與上述洗衣脫水槽之外圓面相向。 依上述實施方式之洗衣乾燥機，藉由使上述加熱器箱之 WS726.doc 1322840 一部分與洗衣脫水槽相向，可將加熱器箱之幅射熱有效率 地傳導至洗衣脫水槽。 在一實施方式之洗衣乾燥機中，上述樹脂構件之一部分 位於上述加熱器箱與上述洗衣脫水槽之間。 依上述實施方式之洗衣乾燥機，藉由使上述樹脂構件之 一部分位於加熱器箱與洗衣脫水槽之間，可降低欲避免加The components of the S4U 'drying system are installed in the water tank. Therefore, the heat generated by the body of the mechanism can be utilized as the drying of the laundry in the washing and dewatering tank, thereby reducing the heat loss of the drying system to Minimal. Further, when the air blowing mechanism portion is disposed outside the water tank, the installation and maintenance of the reverse wind mechanism portion can be simplified. In the washing and drying machine of the embodiment, the heating mechanism unit includes: a heater; a heater box provided with a support portion for supporting the heater, and surrounding the heat generating portion of the heater; and surrounding heat resistance The resin member is fixed to the water tank, and the heater box is supported in the water tank. According to the washing and drying machine of the above-described embodiment, the heat generating portion of the heater is surrounded by a metal heater, and it is assumed that the heater can be prevented even if the heat generating portion of the heater is ignited by the adhesion of the wire. The silk is fired and burned to the resin member and the sink. Therefore, the above-mentioned laundry dryer can be improved. In addition, the heat-resistant resin member on the upper feed tank supports the addition tank in the water tank, and the heat affected by the heater tank can be alleviated. . That is, the amount of the sink received by the above heater box can be reduced. From the crucible, the thermal deformation of the above-mentioned water tank can be prevented', thereby improving the safety of the laundry dryer. In the laundry dryer of one embodiment, the portion of the heater tank is opposed to the outer circular surface of the washing and dewatering tank. According to the laundry dryer of the above embodiment, by radiating a portion of the heater tank WS726.doc 1322840 toward the laundry dewatering tank, the radiation heat of the heater tank can be efficiently conducted to the laundry dewatering tank. In the laundry dryer of one embodiment, one of the resin members is partially located between the heater tank and the washing and dewatering tank. According to the laundry dryer of the above embodiment, by arranging a part of the resin member between the heater tank and the washing and dewatering tank, it is possible to reduce the amount of the laundry dryer.
熱器箱之幅射熱之影響的水槽部分由加熱器箱所受之熱 量。 … 在一實施方式之洗衣乾燥機中， 上述樹脂構件在與上述水槽相向的部分上設有第一孔. 上述水槽在與上述第一孔相向的部分上設有第二孔；， 上述第二孔巾插有為了控m熱器箱之溫度的溫产 控制構件； 又 上述溫度控制構件與上述加熱器箱介以上述第_ 觸。 按 =述實施方式之洗衣乾燥機，藉由使為了控制 ===控制構件接觸加熱器箱，能以溫度控 制構件靈敏地檢測出加熱器箱之溫 n S l ^ 從·而’能以溫 度控制構件及早地檢測到上述加熱器 將加熱H箱對it邊構件之熱影f降以低程度。a ， 在一實施方式之洗衣乾燥機中， 又 二述加熱器箱中，在與上述第一孔相 上述水槽突出之凸部； 1刀上叹有向 上述凸部與上述溫度控制構件接觸； 108726.doc 上述凸=之側面係為了防止上述凸部内積水的傾斜面β 依上述實施方式之洗衣乾燥機，藉由對上述加熱器箱在 與第一孔相向之部分上設置向水槽突出之凸部，可使溫度 控制構件易於接觸到加熱器箱。 此外’藉由使上述凸部之側面成為為了防止凸部内積水 之傾斜面，例如即使在洗衣物脫水時有水進入加熱器箱 内，洗衣物乾燥時凸部内不會有積水，因此，能以溫度控 制構件來正確且立即地檢測出加熱器箱的異常溫度上升。 在一實施方式之洗衣乾燥機中，上述加熱器箱與上述樹 脂構件之間配置有緩衝材。 依上述實施方式之洗衣乾燥機，藉由在上述加熱器箱與 樹脂構件之間配置緩衝材，可防止加熱器箱之熱直接傳導 至樹脂構件。從而，上述樹脂構件之材料可使用耐熱溫度 低之材料’有助於製造成本之降低。 此外’藉由在上述加熱器箱及樹脂構件之間配置緩衝 材’可抑制洗衣物脫水時之振動所造成之加熱器箱及樹脂 構造之鬆動。從而，可防止上述加熱器箱及樹脂構件所造 成之異音發生。 在一實施方式之洗衣乾燥機中， 上述水槽在構造上包含：前部’其係位於上述洗衣脫水 槽之轉軸方向之前側；及後部，其係與上述前組組合，位 於上述洗衣脫水槽之轉轴方向之後側； 上述溫風吹出部僅固定在上述水槽之上述前部； 上述加熱機構部僅固定在上述水槽之上述後部。 108726.doc 依上述實施方式之洗衣舍·極地 〜 无衣乾知機，猎由使上述溫風吹出部 僅固定在水槽之前部，计你k # 並使加熱機構部僅固定在水槽之後 部，便能以組合水槽之箭卹命M t 倌之别。卩與水槽之後部的方式，組合溫 風吹出部及加熱機構部。你而，u, k 1從而，上述水槽及乾燥系統的組 裝變得容易，因此，可接古.土十从π u J故阿洗衣乾燥機的組裝性。 在一貫施方式之洗衣乾燥機中， 上述水槽及上述送風機構部上，設有通往上述加熱器箱 内的第三孔； 上述第三孔中，有以上述加熱器之發熱部位於上述加熱 器箱内之方式插通上述加熱器； ’ 上述加熱器之對上述第三孔之安裝部上，以與上述加熱 器一體之方式設有金屬製之凸緣，並設有用來密封上述第 三孔之密封塾。 依上述實施方式之洗衣乾燥機，藉由在上述水槽及送風 機構部上所設之第三孔中插通加熱器的構造，假設加熱器 發生故障，亦可簡單地更換發生故障的加熱器。從而”，'可 提局上述洗衣乾燥機之維修性。 在一實施方式之洗衣乾燥機中，上述支持部會將上述加 熱益之發熱部引導至上述加熱器箱内之指定位置。 依上述實施方式之洗衣乾燥機’由於，上述支持部會將 加熱器之發熱部引導至加熱器箱内之指定位置，因此，可 簡化加熱器之設置。 【實施方式】 以下，藉由圖示之實施方式，詳細說明本發明之洗衣乾 108726.doc 12 ο 燥機 圖1所不的為本發明之洗衣乾燥機之實施方式的圓筒式 洗衣機之概略剖面圖。 上述圓筒式洗衣機包含··外箱1 ;有底圓柱形之水槽3， 其係配置於該外箱1内；有底圓柱形之圓筒4，其係以可自 由旋轉之方式配置在該水槽3内，用來裝洗衣物，·圓筒驅動 用馬達5 ’其係安裝於水槽3之後部，旋轉驅動圓筒4;乾燥 系統6 ’其係有一部分設置在水槽3與圓筒4之間，用來乾燥 圓筒4内之洗衣物；及兩支的減震器7’其係'彈性支持水槽3 之後部。此外，圓筒4為洗衣脫水槽之一例。 外箱1之前面部的大部分由前面板12所成，外箱i之底部 由底座B所成。此外，外箱i之前面部上設有外箱開口部 1卜利用以樞紐而可自由旋轉之方式安裝在外箱上的門2來 開闔外箱開η部U。此外，外箱」之上部上，設有可裝入洗 潔劑、漂白劑及柔軟劑的洗潔劑盒14、及具有操作鍵及顯 示部之搡作部15。在此操作部15的背面（外箱k内部側）， 配置有控制圓筒式洗衣機之動作的操作電路"。此外，在 外箱i之頂面之後部則為比該頂面前部還低的凸出部…此 凸出部16設有為了對水槽3供應自來水之自來水供水口 4卜及為了對水槽3供應洗澡水之洗澡水供水一方 面，由自來水供水口 4 1至洗潔劑各〗j Α , 疏14為止之供水管路具有 供水間=另-方面，由洗澡水供水口 42至洗潔劑盒㈠為 止之供水管路具有洗澡水系44。 方向前側之上述前面部 水槽3乃組合在位於圓筒4之轉輪 108726.doc •13· 1322840 上，在構造上包含：前部31、及組合並以螺絲固定於該前 • 部31上而位於圓筒4之旋轉方向之後側的後部32,並以後部 32比前部31低的方式而使中心軸相對於水平面傾斜。水槽3 的前部3丨上設有水槽開口部ι8，並將由橡膠或軟質樹脂等 之彈性體所形成之門密封墊19安裝於水槽開口部18的開口 緣。藉此，闔上門2時，門2會密接於門密封墊19，因而可 防止水槽3内之液體漏出水槽3外。此外，水槽3被以水槽開 • 口部18與外箱開口部11相向之方式橫向配置。更詳細而 言，水槽3之中心軸以相對於水平方向形成5。至3〇。之角度 傾斜。在水槽3之上部上，連接有為了將水或洗衣液等供應 至水槽3内的供水管路20。另一方面，在水槽3之下部上， 連接有為了將水槽3内的水或洗衣液等排出至外部的排水 管路21。此外，該排水管理21介以過濾器22而連接於排水 官23。s玄過濾器22會去除由水槽3内流過來之液體中的絲 屑。此外，排水管23上設有以排水馬達24來開關之排水閥 • 25。 圓筒4被以中心軸相對於水槽3之中心軸向外箱i之頂面 側偏心之方式配置。亦即，圓筒4之中心軸比水槽3之中心 軸更位於水槽3之上部側。換言之，在包含圓筒4之轉軸的 垂直面内，圓筒4之下部周壁與水槽3之下部周壁的距離會 比圓筒4之上部周壁與水槽3之上部周壁的距離還大。即， 圓筒4以位於水槽3之上部側的方式配置。此外，圓筒4之轉 軸以相對於水平方向形成5。至3〇。之角度傾斜，圓筒4以後 部比前部還低。圓筒4之前部上，設有與外箱開口部丨丨及水 108726.doc •14- 槽開口部18相向的圓筒開口部26。 持哭且8之::裝在與水槽3侧為相反側之端部為減震器支 持β。具8之減震态安裝面3〇上。 圖2所示的為水槽3之概略正面圖。 水槽開口部18之直徑舍a圓拉βΒ 會比圓筒開口部26之直徑還小。並 且’水槽開口部中心C】會 比圓湾開口部中心C2更靠外箱1 之頂面側。亦即，皮描pq n h P扒槽開口部18相對於圓筒開口部26向外 箱1之頂面側偏心。 乾燥系統6如圖1、圖2所示地，位於比包含水槽3之中心 軸且。3與此中心軸垂直之水平軸的面更下側的位置。亦 即，乾燥系統6設置在外箱μ之空間的下部。並且，乾燥 系統6具有：除濕用熱交換器1〇〇,其係除濕水槽3内之空 氣；送風機構部200,其直接吸入以該除滿用熱交換器1〇〇 所除濕過的空氣；加熱機構部3〇〇,其係加熱由該送風機構 部200所吹出之空氣；及溫風吹出部4〇〇，其係將由該加熱 機構部300所加熱過的空氣引導至圓筒4内。 除扁用熱交換器10 0配置在水槽3内之空間的下部。更詳 細而言，除濕用熱交換器1〇〇被配置在水槽3之内圓面與圓 筒4之外圓面之間的會浸泡到洗衣液之區域。 圖3所示的為水槽3之概略剖面圖。 圓筒4之周壁整個區域上設有複數個小孔27(圖1及圖3僅 圖示6個小孔27 ’而未圖示其他的小孔27)。該小孔27用來 使洗衣水及乾燥空氣等在水槽3及圓筒4之間的空間、及與 圓筒4内之空間之間流通。此外，圓筒4之内壁面上設有向 108726.doc 15 半徑方向内側突出的閥28。㈣28在圓周方向以例如120。 間隔而配置在3個位置。閥28隨著圓筒4之旋轉，反覆進行 洗衣物之舉起及落下。此外，設置由外側包圍圓筒4之二 開：部26_平衡器29,將圓筒4旋轉時因洗衣物及洗衣 液等之偏移所產生之不平衡’以液體平衡器29内部之封裝 液體之移動來抵消。 、 圖4所示的為圖3之主要部分之放大圖。 送風機構部200被安裝在水槽3後面下部。此外，送風機 構部200在構造上包含：風扇箱2(Η、風扇箱如内所裝的風 扇202、及旋轉驅動風扇2〇2的風扇馬達2〇3。 風扇箱201被安裝在水槽3後面下部’風扇箱2〇1内之空間 與水槽3内之空間連通。並且，風扇箱2〇1中設有用來 吸熱器301的孔204。此外，孔2〇4為第三孔之一例。 風扇202直接連結風扇馬達2〇3。藉由以風扇馬達2〇3來轉 動此風扇202，可將水槽内之空氣直接風扇箱2〇1内。 加熱機構部300被配置在水槽3之下部與圓筒4之下部之 間。並且，加熱機構部300具有：吸熱器3〇1 ;金屬製之加 熱器箱3〇2,其係包圍該吸熱器3〇1之發熱部311 :及加熱器 相支持構件303 ’其係在水槽3内支持加熱器箱3〇2。此外， 吸熱器301為加熱器之一例，加熱器箱支持構件3〇3為樹脂 構件之一例。 吸熱器301不僅可加熱在水槽3内之空氣，並可加熱在水 槽3内之水或洗衣水等。此外，吸熱器3〇1之發熱部311會藉 由吸熱器301插通於風扇箱201之孔2〇4而被裝入加熱器箱 108726.doc -16- j々84〇 302内。此外，吸熱器3〇1之端子側（與發熱部為相反側） 之部分312上，除了以與吸熱器3〇1一體的方式設有金屬製 之吸熱器凸緣313外，尚設有用來密封風扇箱2〇1之孔的加 熱器密封墊314。此外，部分312為安裝部之一例，加熱器 密封墊3 14為密封墊之一例，加熱器凸緣3 13為凸緣之一例。 加熱器箱302之上部（圓筒4側之部分）的大部分並未被加 熱器箱支持構件303所包覆，而由加熱器箱支持構件3〇3中 露出。亦即，加熱器箱302之上部（圓筒4側之部分）的大部分 面向圓疴4之外圓面。另一方面，加熱器箱3〇2之下部的大 部分被以加熱器箱支持構件3〇3所被覆。此外，加熱器箱3〇2 之下部中設有向水槽3突出之凸部322。該凸部322具有為了 防止凸部322内積水的傾斜面323 ^具體而言，傾斜面323 被以使用時相對於水平面傾斜而後部比前部低的方式形 成。此外，加熱箱302之内壁上，位於凸部32附近設有支持 吸熱器301之加熱器3〇1支持器具321。該加熱器支持器具 321在及熱器3〇1插通孔204時，會將吸熱器之發熱部311 引導至加熱器相3 02内之指定位置。此外，理所當然地，上 述般地傾斜面323相對於水平面傾斜的情況乃指圓筒式洗 衣機已完成狀態時的情形。此外，加熱器支持器具321為支 持部之一例。 加熱器箱支持構件303僅固定在水槽3之後部32 »此外， 加熱器箱支持構件303乃由耐熱性樹脂所形成。並且，加熱 器箱支持構件303之下部上，設有為了使加熱器箱3〇2之凸 部322露出的孔33 1。此外’孔33 1為第一孔之一例。 108726.6oc •17· 1322840 溫風吹出部400僅固定在水槽3之前部3〗。此外，溫風吹 出部400之後側端部與加熱器箱3 〇2之前側端部連結。另一 方面，溫風吹出部400之前側端部位於水槽3之前面下部與 圓筒4之則面下部之間。並且，溫風吹出部4〇〇之前側端部 上所设之送風口 40位於水槽開口部丨8之下緣與圓筒開口部 26之下緣之間，而面向圓筒開口部26(參照圖2)。The heat affected by the radiator heat of the heat box is the heat received by the heater box. In the washing machine of one embodiment, the resin member is provided with a first hole in a portion facing the water tank. The water tank is provided with a second hole in a portion facing the first hole; The hole towel is inserted with a temperature control member for controlling the temperature of the m heat exchanger box; and the temperature control member and the heater box are interposed with the above-mentioned first touch. According to the laundry dryer of the embodiment, by controlling the member to contact the heater box for control ===, the temperature of the heater box can be sensitively detected by the temperature control member. The control member detects the heater as early as possible to lower the thermal shadow f of the heating element box to the IT side member to a low degree. a washing machine according to one embodiment, wherein in the heater tank, a convex portion protruding from the water tank in the first hole is formed; and a knife is attached to the convex portion to be in contact with the temperature control member; 108726.doc The side surface of the convexity= is for preventing the inclined surface β of the water accumulated in the convex portion. According to the washing and drying machine of the above embodiment, the convex portion protruding toward the water tank is provided on the portion of the heater tank facing the first hole. The temperature control member can be easily accessed to the heater box. Further, by making the side surface of the convex portion a slanting surface for preventing water from accumulating in the convex portion, for example, even if water enters the heater tank when the laundry is dehydrated, water does not accumulate in the convex portion when the laundry is dried, so The temperature control member detects the abnormal temperature rise of the heater box correctly and immediately. In the laundry dryer of one embodiment, a cushioning material is disposed between the heater box and the resin member. According to the washing and drying machine of the above embodiment, by disposing the cushioning material between the heater box and the resin member, the heat of the heater box can be prevented from being directly transmitted to the resin member. Therefore, the material of the above resin member can be made of a material having a low heat-resistant temperature, which contributes to a reduction in manufacturing cost. Further, by disposing the cushion member between the heater case and the resin member, it is possible to suppress looseness of the heater case and the resin structure caused by vibration during dehydration of the laundry. Therefore, it is possible to prevent the occurrence of abnormal sounds caused by the above heater case and the resin member. In a washing machine of an embodiment, the water tank comprises: a front portion 'being in front of a rotating shaft direction of the washing and dewatering tank; and a rear portion being combined with the front group and located in the washing and dewatering tank The rear side of the rotation axis direction; the warm air blowing portion is fixed only to the front portion of the water tank; and the heating mechanism portion is fixed only to the rear portion of the water tank. 108726.doc According to the above-mentioned embodiment, the laundry room, the polar floor, the clothesless drying machine, and the hunting device are fixed only to the front part of the water tank, and the heating mechanism unit is fixed only at the rear of the water tank. You can use the combination of the arrow of the sink to kill M t 倌. In combination with the rear part of the water tank, the warm air blowing portion and the heating mechanism portion are combined. However, u, k 1 and thus the assembly of the above-mentioned water tank and drying system becomes easy, and therefore, the assembly property of the ancient laundry machine can be taken from the π u J. In the laundry dryer of the consistent embodiment, the water tank and the air blowing mechanism portion are provided with a third hole in the heater tank; and in the third hole, the heat generating portion of the heater is located in the heating Inserting the heater into the tank; the mounting portion of the heater facing the third hole is provided with a metal flange integrally with the heater, and is provided for sealing the third The seal of the hole is 塾. According to the washing and drying machine of the above embodiment, by inserting the heater into the third hole provided in the water tank and the air blowing mechanism portion, it is possible to easily replace the malfunctioning heater assuming that the heater has failed. Therefore, in the laundry dryer of one embodiment, the support unit guides the heat generating portion of the heating benefit to a predetermined position in the heater box. In the laundry dryer of the aspect, the support portion guides the heat generating portion of the heater to a predetermined position in the heater tank, thereby simplifying the installation of the heater. [Embodiment] Hereinafter, the embodiment will be described by way of illustration. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE INVENTION The present invention is a schematic cross-sectional view of a cylindrical washing machine according to an embodiment of the laundry dryer of the present invention. The above-described cylindrical washing machine includes an outer casing. 1; a bottomed cylindrical water tank 3, which is disposed in the outer casing 1; a bottomed cylindrical cylinder 4, which is rotatably disposed in the water tank 3 for loading laundry, The cylinder driving motor 5' is attached to the rear portion of the water tank 3 to rotationally drive the cylinder 4; the drying system 6' is partially disposed between the water tank 3 and the cylinder 4 for drying the cylinder 4 Laundry The two shock absorbers 7' are 'elastically supporting the rear portion of the water tank 3. In addition, the cylinder 4 is an example of a laundry dewatering tank. The majority of the front face of the outer box 1 is formed by the front panel 12, and the bottom of the outer box i Further, the outer casing i is provided with an outer casing opening portion 1 on the front surface of the outer casing i, and the outer casing opening portion U is opened by a door 2 attached to the outer casing so as to be freely rotatable by a hinge. Further, On the upper portion of the outer box, there is provided a detergent box 14 into which a detergent, a bleach, and a softener can be charged, and a processing portion 15 having an operation key and a display portion. On the back surface of the operation unit 15 (the inner side of the outer box k), an operation circuit for controlling the operation of the cylindrical washing machine is disposed. Further, the rear portion of the top surface of the outer casing i is a projection portion which is lower than the front portion of the top portion. The projection portion 16 is provided with a tap water supply port 4 for supplying tap water to the water tank 3 and for supplying a bath for the water tank 3. On the one hand, the water supply of the bath water from the tap water supply port 4 1 to the detergent 〖j Α, the water supply pipe until the drain 14 has a water supply room = another side, from the bath water supply port 42 to the detergent box (1) The water supply line so far has a bath water system 44. The front side water tank 3 on the front side of the direction is combined on the wheel 108726.doc • 13· 1322840 located on the cylinder 4, and includes a front portion 31 and a combination and is screwed to the front portion 31. The rear portion 32 on the rear side in the direction of rotation of the cylinder 4, and the rear portion 32 is lower than the front portion 31, causes the central axis to be inclined with respect to the horizontal plane. A water tank opening portion ι8 is provided in the front portion 3 of the water tank 3, and a door gasket 19 formed of an elastic body such as rubber or soft resin is attached to the opening edge of the water tank opening portion 18. Thereby, when the door 2 is attached, the door 2 is in close contact with the door gasket 19, so that the liquid in the water tank 3 can be prevented from leaking out of the water tank 3. Further, the water tank 3 is disposed laterally so that the mouth opening 18 and the outer box opening portion 11 face each other. In more detail, the center axis of the water tank 3 is formed 5 with respect to the horizontal direction. To 3 〇. The angle is tilted. On the upper portion of the water tank 3, a water supply line 20 for supplying water or laundry liquid or the like into the water tank 3 is connected. On the other hand, a drain line 21 for discharging water or laundry liquid in the water tank 3 to the outside is connected to the lower portion of the water tank 3. Further, the drain management 21 is connected to the drain member 23 via the filter 22. The smudge filter 22 removes the swarf in the liquid flowing from the inside of the water tank 3. Further, the drain pipe 23 is provided with a drain valve that is opened and closed by the drain motor 24 25 . The cylinder 4 is disposed such that the central axis is eccentric with respect to the top surface side of the outer casing i with respect to the center axis of the water tank 3. That is, the center axis of the cylinder 4 is located on the upper side of the water tank 3 than the center axis of the water tank 3. In other words, in the vertical plane including the rotating shaft of the cylinder 4, the distance between the peripheral wall of the lower portion of the cylinder 4 and the peripheral wall of the lower portion of the water tank 3 is larger than the distance between the peripheral wall of the upper portion of the cylinder 4 and the peripheral wall of the upper portion of the water tank 3. That is, the cylinder 4 is disposed so as to be located on the upper side of the water tank 3. Further, the rotating shaft of the cylinder 4 is formed 5 with respect to the horizontal direction. To 3 〇. The angle is inclined, and the rear portion of the cylinder 4 is lower than the front portion. A cylindrical opening portion 26 that faces the outer box opening portion and the water 108726.doc • 14-slot opening portion 18 is provided in the front portion of the cylinder 4. Cry and 8:: The end of the side opposite to the side of the sink 3 is a shock absorber supporting β. With a shock-absorbing mounting surface of 8 on the top. 2 is a schematic front view of the water tank 3. The diameter of the water tank opening portion 18 is smaller than the diameter of the cylindrical opening portion 26. Further, the center of the "sink opening" C is closer to the top side of the outer box 1 than the center C2 of the round bay opening. That is, the skin drawing pq n h P groove opening portion 18 is eccentric with respect to the cylindrical opening portion 26 toward the top surface side of the outer case 1. The drying system 6 is located as shown in Figs. 1 and 2 and is located at a center axis including the water tank 3. 3 The position of the lower side of the horizontal axis perpendicular to the central axis. That is, the drying system 6 is disposed at a lower portion of the space of the outer box μ. Further, the drying system 6 includes a dehumidification heat exchanger 1A which is the air in the dehumidification tank 3, and a blowing mechanism unit 200 that directly inhales the air dehumidified by the dehumidification heat exchanger 1; The heating mechanism unit 3 is configured to heat the air blown by the air blowing mechanism unit 200 and the warm air blowing unit 4 to guide the air heated by the heating mechanism unit 300 into the cylinder 4. The flat heat exchanger 100 is disposed in a lower portion of the space in the water tank 3. More specifically, the heat exchanger for dehumidification 1 is disposed between the inner surface of the water tank 3 and the outer surface of the cylinder 4 to be immersed in the laundry liquid. 3 is a schematic cross-sectional view of the water tank 3. A plurality of small holes 27 are provided in the entire peripheral wall of the cylinder 4 (only six small holes 27' are shown in Figs. 1 and 3, and other small holes 27 are not shown). The small holes 27 are used to allow laundry water, dry air, and the like to flow between the space between the water tank 3 and the cylinder 4 and between the space inside the cylinder 4. Further, a valve 28 projecting inward in the radial direction of the 108726.doc 15 is provided on the inner wall surface of the cylinder 4. (d) 28 is, for example, 120 in the circumferential direction. They are arranged in 3 locations at intervals. The valve 28 repeatedly lifts and falls the laundry as the cylinder 4 rotates. In addition, the two sides of the cylinder 4 are surrounded by the outer portion: the portion 26_balancer 29, and the imbalance caused by the deviation of the laundry and the laundry liquid when the cylinder 4 is rotated is packaged inside the liquid balancer 29. The movement of the liquid is offset. Figure 4 is an enlarged view of the main part of Figure 3. The air blowing mechanism unit 200 is attached to the lower rear portion of the water tank 3. Further, the blower mechanism unit 200 includes a fan case 2 (a fan, a fan 202 installed inside the fan case, and a fan motor 2〇3 that rotationally drives the fan 2〇2. The fan case 201 is installed behind the water tank 3). The space in the lower fan box 2〇1 communicates with the space in the water tank 3. Further, the fan case 2〇1 is provided with a hole 204 for the heat absorber 301. Further, the hole 2〇4 is an example of the third hole. 202 directly connects the fan motor 2〇 3. By rotating the fan 202 with the fan motor 2〇3, the air in the water tank can be directly in the fan case 2〇1. The heating mechanism unit 300 is disposed at the lower part of the sink 3 and the circle The heating mechanism portion 300 has a heat absorber 3〇1, a metal heater box 3〇2, which surrounds the heat generating portion 311 of the heat absorber 3〇1: and a heater support The member 303' supports the heater case 3〇2 in the water tank 3. Further, the heat absorber 301 is an example of a heater, and the heater case support member 3〇3 is an example of a resin member. The heat absorber 301 can be heated not only in the sink 3 air inside, and can heat water or washing water in the sink 3. The heat generating portion 311 of the heat sink 3〇1 is inserted into the heater box 108726.doc -16- j々84〇302 by the heat sink 301 inserted through the hole 2〇4 of the fan case 201. In addition, the heat absorption The portion 312 of the terminal side of the device 3〇1 (opposite to the heat generating portion) is provided with a metal heat sink flange 313 in addition to the heat sink 3〇1, and is also provided for sealing the fan box. The heater gasket 314 of the hole of 1-2. Further, the portion 312 is an example of a mounting portion, the heater gasket 314 is an example of a gasket, and the heater flange 313 is an example of a flange. Most of the upper portion (the portion on the side of the cylinder 4) is not covered by the heater case supporting member 303, but is exposed from the heater case supporting member 3'3. That is, the upper portion of the heater case 302 (circle) Most of the portion on the side of the cylinder 4 faces the outer circular surface of the circular cymbal 4. On the other hand, most of the lower portion of the heater tank 3〇2 is covered with the heater tank supporting member 3〇3. A convex portion 322 protruding toward the water tank 3 is provided in a lower portion of the case 3〇2. The convex portion 322 has a purpose of preventing water from accumulating in the convex portion 322. The inclined surface 323 is specifically formed in such a manner that the inclined surface 323 is inclined with respect to the horizontal plane in use and the rear portion is lower than the front portion. Further, on the inner wall of the heating box 302, heating in the vicinity of the convex portion 32 is provided to support the heat sink 301. The device 3〇1 supports the device 321. The heater supporting device 321 guides the heat generating portion 311 of the heat absorber to a predetermined position in the heater phase 302 when the heat exchanger 3〇1 is inserted into the through hole 204. The above-described case where the inclined surface 323 is inclined with respect to the horizontal plane means a state in which the cylindrical washing machine is in a completed state. Further, the heater supporting tool 321 is an example of a supporting portion. The heater box support member 303 is fixed only to the rear portion 32 of the water tank 3. Further, the heater box support member 303 is formed of a heat resistant resin. Further, a hole 33 1 for exposing the convex portion 322 of the heater case 3〇2 is provided on the lower portion of the heater box supporting member 303. Further, the hole 33 1 is an example of the first hole. 108726.6oc • 17· 1322840 The warm air blowing portion 400 is fixed only to the front portion 3 of the water tank 3. Further, the rear end portion of the warm air blowing portion 400 is coupled to the front end portion of the heater case 3 〇2. On the other hand, the front end portion of the warm air blowing portion 400 is located between the lower portion of the front surface of the water tank 3 and the lower surface portion of the cylinder 4. Further, the air blowing port 40 provided at the front end portion of the warm air blowing portion 4 is located between the lower edge of the water tank opening portion 8 and the lower edge of the cylindrical opening portion 26, and faces the cylindrical opening portion 26 (refer to figure 2).
此外，在加熱器箱3〇2與加熱器箱支持構件3 〇3之間、及 在加熱器箱302與溫射出部之間，配置有对熱性緩衝 材600。此外，耐熱性緩衝材6〇〇為緩衝材之一例。 此外，水槽3之下部設有面向孔33〗之孔33。該孔中插 通有為了控制加&器箱3〇2之溫度的溫度過升防止裝置 500。該溫度過升防止裝置_的加熱器箱側的端部接觸於 加熱器箱3〇2的凸部322。此外，孔33為第二孔之一例，溫 度過升防止裝置5〇〇為溫度控制構件之一例。 依上述構造之圓筒式洗衣機，加熱機構部300及溫風吹出 部糊位於水槽3之下部與圓筒4之間，因此，加熱機構部_ 及皿風吹出部彻的幅射熱會被水槽3遮蔽而不會直接達到 外箱卜從而，上述外箱i無需隔熱材亦能防止變成高溫， =可在無需增加製造成本的情況下，抑制使用者的不 快感及不安感。 J卜 此外’欲乾燥圓筒4内之汫右榀从法 絲6 a 円之，先衣物的情況時，將啟動乾燥系 备此乾燥系統6啟動時，如圖11丼 、 ..u ^ 町如圖1之箭碩所示般地.，空氣 曰在水槽3内循環。更詳細而加以說 、 啟動…n 6 备乾燥系統6 啟動時钱機構部_之風扇加會旋轉，以吸熱器3〇1 108726.doc A厶〇呼u 斤產生之微風會由送風口 4〇向圓筒4内之空間下部吹出。藉 4内之洗衣物的水分會蒸發。包含該水分之空氣， 即濕潤空氣會由小孔27流出圓筒4外，被以在水槽3内之空 間下部中的除濕用熱交換器1〇〇冷卻。藉此，濕潤空氣所含 水分會凝聚。亦即，上述濕潤空氣會藉由除濕用熱交換器 1〇〇除濕而成為乾燥空氣。該乾燥空氣會以送風機構部2〇〇 而送到加熱器箱302内，以吸熱器301再度被加熱後，由送 風口40向圓筒4内之下部吹出。亦即，以吸熱器3()1所產生 之溫風會由送風口 40向圓筒4内之空間下部吹出。 如上述般地乾燥洗衣物時，因加熱機構部3〇〇及溫風吹出 400位於水槽3與圓筒4之間，可將加熱機構部及溫風 人出口 up 400所放出的熱保留在水槽3内。亦即，將加熱機 構部300及溫度吹出部4〇〇的外殼所放出之熱，利用作為有 助於圓筒4内之洗衣物之乾燥的熱。從而，可將乾燥系統6 之放熱損失保持在最低程度，提高洗衣物之乾燥的效率。 此外，送風機構部200配置在水槽3外，因此，送風機構 部200之設置及維修簡單。 此外，藉由使金屬製之加熱器箱3〇2包圍吸熱器3〇1之發 熱部311，假設吸熱器301之發熱部311上附著絲肩而燃燒， 仍可防止絲屑的火由加熱器箱支持構件3〇3及水槽3燃燒至 加熱器箱302。從而，可提高上述圓筒式洗衣機之安全性。 此外，因加熱器箱302未接觸於水槽3，可缓和水槽3由加 熱器箱302所受的熱影響。亦即，可減少水槽3由加熱器箱 3〇2所文的熱里。從而，可防止水槽3之熱變形進而提高 108726.doc 1322840 上述圓筒式洗衣機的安全性。 此外，未被加熱器箱支持構件303被覆的加熱器箱3〇2之 上部的大部分面向圓筒4之外圓面，因此，加熱器箱3〇2之 外殼的幅射熱會有效率地傳達至圓筒 此外，加熱器箱3〇2之下部的大部分被加熱器箱支持構件 3〇3所被覆，因此，可以加熱器箱支持構件3()3遮蔽由加孰 器302之下部向水槽3之幅射熱。亦即，可以加熱器箱支持Further, a pair of thermal cushioning material 600 is disposed between the heater tank 3〇2 and the heater box supporting member 3〇3, and between the heater tank 302 and the temperature emitting portion. Further, the heat-resistant cushioning material 6 is an example of a cushioning material. Further, a lower portion of the water tank 3 is provided with a hole 33 facing the hole 33. A temperature overheat preventing means 500 for controlling the temperature of the <RTI ID=0.0> The end portion on the heater tank side of the temperature overheat prevention device_ is in contact with the convex portion 322 of the heater case 3〇2. Further, the hole 33 is an example of the second hole, and the temperature overshoot prevention device 5 is an example of a temperature control member. According to the cylindrical washing machine of the above configuration, the heating mechanism portion 300 and the warm air blowing portion paste are located between the lower portion of the water tank 3 and the cylinder 4, and therefore, the heat of the heating mechanism portion _ and the air blowing portion of the dish are completely absorbed by the water tank. 3 Shielding does not directly reach the outer box, so that the outer box i can be prevented from becoming high temperature without the need for a heat insulating material, and the user's unpleasant feeling and uneasiness can be suppressed without increasing the manufacturing cost. J Bu In addition, 'To dry the inside of the cylinder 4, the right 榀 from the filth 6 a ,, in the case of the first clothing, will start the drying system. When the drying system 6 starts, as shown in Figure 11, ., .. u ^ As shown by the arrow in Fig. 1, the air enthalpy circulates in the water tank 3. In more detail, start...n 6 Prepare the drying system 6 When the machine is started, the fan mechanism will rotate, and the heat sink will be 3〇1 108726.doc A 厶〇 u u 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生The lower portion of the space inside the cylinder 4 is blown out. The moisture in the laundry in 4 will evaporate. The air containing the moisture, i.e., the humid air, flows out of the cylinder 4 through the small holes 27, and is cooled by the dehumidification heat exchanger 1 in the lower portion of the space in the water tank 3. Thereby, the moisture contained in the humid air will condense. That is, the humid air is dehumidified by the heat exchanger 1 for dehumidification to become dry air. The dry air is sent to the heater tank 302 by the blower mechanism 2, and is again heated by the heat sink 301, and then blown out to the lower portion of the cylinder 4 by the blower port 40. That is, the warm air generated by the heat absorber 3 () 1 is blown out from the air supply port 40 to the lower portion of the space inside the cylinder 4. When the laundry is dried as described above, the heating mechanism unit 3 and the warm air blowing 400 are located between the water tank 3 and the cylinder 4, and the heat released from the heating mechanism unit and the warm air outlet up 400 can be retained in the water tank. 3 inside. That is, the heat released from the outer casing of the heating mechanism portion 300 and the temperature blowing portion 4 is utilized as heat which contributes to the drying of the laundry in the cylinder 4. Thereby, the heat release loss of the drying system 6 can be kept to a minimum, and the drying efficiency of the laundry can be improved. Further, since the air blowing mechanism unit 200 is disposed outside the water tank 3, the installation and maintenance of the air blowing mechanism unit 200 are simple. Further, by heating the metal heater box 3〇2 around the heat generating portion 311 of the heat absorber 3〇1, it is assumed that the heat generating portion 311 of the heat sink 301 is burned by attaching a wire shoulder, and the fire of the chip dust can be prevented from being heated by the heater. The tank support member 3〇3 and the water tank 3 are burned to the heater tank 302. Thereby, the safety of the above-described cylindrical washing machine can be improved. Further, since the heater tank 302 is not in contact with the water tank 3, the heat affected by the water tank 3 by the heater tank 302 can be alleviated. That is, the heat of the water tank 3 by the heater box 3〇2 can be reduced. Thereby, the thermal deformation of the water tank 3 can be prevented and the safety of the above-described cylindrical washing machine can be improved by 108726.doc 1322840. Further, most of the upper portion of the heater case 3〇2 not covered by the heater case supporting member 303 faces the outer circumference of the cylinder 4, and therefore, the radiation heat of the outer casing of the heater case 3〇2 is efficiently In addition to being conveyed to the cylinder, most of the lower portion of the heater tank 3〇2 is covered by the heater tank supporting member 3〇3, and therefore, the heater tank supporting member 3() 3 can be shielded from the lower portion of the twister 302 The radiation of the sink 3 is hot. That is, it can be supported by a heater box
構件303來熱絕緣加熱器箱3〇2下部 °丨兴水槽3。從而，可減低 水槽3由加熱器箱3〇2所受之熱量。 此外，為了控制加熱器箱302之溫度的溫度過升防止裝置 別接觸於加熱器箱3G2,因此，可以溫度過升防止裝置鳩 來靈敏地檢測出加熱器箱3〇2的溫度上升。從而，能以溫度 過升防止裝置500及早檢測出上述加熱器箱3〇2之異常 上升，將加熱器箱302對週邊構件的熱影響保持在最低程 度。 此外，加熱器箱3〇2的凸部322由加熱器箱支持構件 之孔331突出，因此，使溫度過升防止裝置5〇〇易於接觸到 加熱器箱302。 此外，凸部322之傾斜面323相對於水平面傾斜而以後部 比前部低之方式形成，因此，即使例如在洗衣物脫水時水 進入加熱器箱320内，洗衣物乾燥時凸部322内不會積水。 從而，旎以溫度過升防止裝置5〇〇正確且及早地檢測出加熱 器箱302之異常溫度上升。 此外’在加熱器箱3〇2與加熱器箱支持構件3〇3之間、及 108726.doc •20· 在加熱益箱302與溫風吹出部4〇〇之間配置有耐熱性緩衝材 6〇〇，因此，加熱器箱3〇2的熱不會直接傳達到加熱器支持 冓件303及風吹出部4〇〇。從而，加熱器箱支持構件π] 及溫風吹出部400由加熱器箱302所受之熱量少，可防止加 …、器箱支持構件303及溫風吹出部4〇〇的熱變形。 此外，在加熱器箱3〇2與加熱器箱支持構件3〇3之間及 在加熱益箱302與溫風吹出部4〇〇之間配置有耐熱性緩衝材 ⑼〇’因此，可抑制例如在洗衣物脫水時之振動所致的加熱 器鈿3 02加熱器|目支持構件3 〇3及溫風吹出部如〇的鬆動。 從而，可防止加熱器箱302、加熱器箱支持構件3〇3及溫風 吹出部400所致的異音發生。 此外，溫風吹出部4〇〇僅固定在水槽3之前部3】，加熱器 箱支持構件303僅固定在水槽3之後部32，藉由水槽3之前部 及水槽3之後部的組合，可組合以加熱器箱支持構件3〇3所 支持之加熱器箱302及溫風吹出部4〇〇β從而， 系統6之組裝會變得簡單，因此，本實施方式之圓筒式洗： 機的組裝性會提高。 此外，藉由採用在送風機構部200上所設之孔2〇4中插通 吸熱器301的構S ’假設吸熱器3〇1發生故障時，可簡易地 更換發生故障的吸熱器3〇卜從而’提高本實施方式之圓筒 式洗衣機的維修性。 在上述實施方式中’以包含水槽3之中心軸且在比包含與 此中心轴正交之水平軸的面還下側之方式，在水槽3與圓筒 4之間配置了乾燥系統6之一部分，惟亦能以包含水心之中 108726.doc 21 心軸且在比包含與此中心 式’在水_圓筒4之間配置乾焊♦=的:㈣^ 亦能以包含水槽3之中红 系統6之一部分。此外， 水平勒的面還左侧之二在比包含與此令心轴正交之 系統6之-部二方式，在水槽3與圓筒4之間配置乾燥 包含與此中心轴正？:，亦能以包含水槽3之中心轴且在比 -圓筒4之門二水平轴的面還右側之方式，在水槽3 一四同4之間配置菸 系統6至少—部分'置’’ 分。重點在於只要乾燥 何位置均可/ 置位置在水槽3及圓筒4之間的話，任 在上述實施方式中’在水槽3與 統6至少一部八办士 且另私你糸 n ，、可在水槽3與圓筒4之間配置整個乾燥 =。亦即，可將除濕用熱交換器1〇。、送風機構2。。、加 ;;機構。⑽及溫風吹出部彻全部配置在水槽3與圓筒4之 間0 在上述實施方式中’雖將除濕用熱交換器刚配置在水槽 3與圓筒4之間，然而，亦可配置在外箱！與水槽3之間。曰 在上述實施方式中，在加熱器箱302的下部上設置凸部 322’惟，亦可在水槽3之下部設置凸部如。具體而言，亦可 對加熱器支持構件3〇3，在與水槽3相對的部分上設置第一 孔’並對水槽3與第—孔相對之部分，設置向加熱器箱302 突出且具有第二孔的凸部。在此情況中，乃將溫度過升防 止裝置_插通於上述第二孔，而使溫度過升防止裝置5〇〇 接觸於加熱器箱302之下部。 在上述實施方式中，雖將為了插通吸熱器3〇1的孔2〇4設 108726.doc •22- 丄似840 在送風機構部200,然而，亦可將為了插通吸熱器3〇ι的孔 204设在水槽3上。在此情況中，為了插通吸熱器的孔 的位置可在水槽3之前面下部，亦可在水槽3之後面下部。 此外，本發明之洗衣乾燥機中，洗衣脫水槽的軸可為水 平、傾斜、垂直其中任一者。亦即，上述洗衣脫水槽的軸 亦可相對於水平面為平衡，亦可相對於水平面為傾斜，亦 可相對於水平面為垂直。 # 以上，說明了本發明之實施方式，然而，當然可有各種 變更°此等變更不可視為脫離本發明之精神及範圍者，熟 悉本技術者理當了解之變更應全部包含於如下所述之申請 專利範圍中。 【圖式簡單說明】 圖1係本發明之洗衣乾燥機之實施方式的圓筒式洗衣機 ' 之概略剖面圖。 圖2係上述洗衣乾燥機之水槽之概略正面圖。 Φ 圖3係上述洗衣乾燥機之水槽之概略剖面圖。 圖4係圖3主要部分之放大圖。 【主要元件符號說明】 1 外箱 2 門 3 水槽 4 圓筒 5 圓筒驅動用馬達 6 乾燥系統 108726.doc •23- 1322840The member 303 is used to thermally insulate the lower part of the heater box 3〇2. Thereby, the amount of heat received by the heater tank 3〇2 of the water tank 3 can be reduced. Further, the temperature overheat preventing means for controlling the temperature of the heater tank 302 is not in contact with the heater tank 3G2, so that the temperature rise preventing means 鸠 can sensitively detect the temperature rise of the heater tank 3〇2. Therefore, the abnormality rise of the heater tank 3〇2 can be detected early by the temperature overheat prevention device 500, and the thermal influence of the heater case 302 on the peripheral members can be kept to a minimum. Further, the convex portion 322 of the heater tank 3〇2 is protruded from the hole 331 of the heater tank supporting member, so that the temperature overheat preventing device 5〇〇 is easily brought into contact with the heater tank 302. Further, the inclined surface 323 of the convex portion 322 is formed to be inclined with respect to the horizontal plane and the rear portion is lower than the front portion. Therefore, even if water enters the heater tank 320, for example, when the laundry is dehydrated, the convex portion 322 is not dried when the laundry is dried. Will accumulate water. Therefore, the temperature rise prevention device 5 detects the abnormal temperature rise of the heater case 302 correctly and early. Further, between the heater tank 3〇2 and the heater box supporting member 3〇3, and 108726.doc •20·, a heat-resistant cushioning material 6 is disposed between the heating box 302 and the warm air blowing unit 4〇〇. Therefore, the heat of the heater box 3〇2 is not directly transmitted to the heater supporting member 303 and the wind blowing portion 4〇〇. Therefore, the heater tank supporting member π] and the warm air blowing portion 400 receive less heat from the heater tank 302, and it is possible to prevent thermal deformation of the tank support member 303 and the warm air blowing portion 4A. Further, a heat-resistant cushioning material (9) is disposed between the heater tank 3〇2 and the heater tank supporting member 3〇3 and between the heating stack 302 and the warm air blowing portion 4〇〇. Therefore, for example, it is possible to suppress The heater 钿3 02 heater|the support member 3 〇3 and the warm air blowing part, such as the looseness of the cymbal, are caused by the vibration of the laundry. Therefore, occurrence of abnormal sound due to the heater tank 302, the heater tank supporting member 3〇3, and the warm air blowing portion 400 can be prevented. Further, the warm air blowing portion 4 is fixed only to the front portion 3 of the water tank 3, and the heater box supporting member 303 is fixed only to the rear portion 32 of the water tank 3, and can be combined by the combination of the front portion of the water tank 3 and the rear portion of the water tank 3. The assembly of the system 6 can be simplified by the heater case 302 and the warm air blowing portion 4〇〇β supported by the heater box supporting member 3〇3, and therefore, the assembly of the cylindrical washing machine of the present embodiment is performed. Sex will improve. Further, by using the structure S' in which the heat absorber 301 is inserted in the hole 2?4 provided in the air blowing mechanism portion 200, assuming that the heat sink 3?1 malfunctions, the malfunctioning heat absorber 3 can be easily replaced. Thereby, the maintainability of the cylindrical washing machine of the present embodiment is improved. In the above embodiment, a portion of the drying system 6 is disposed between the water tank 3 and the cylinder 4 so as to include the central axis of the water tank 3 and below the surface including the horizontal axis orthogonal to the central axis. However, it can also include the 108726.doc 21 mandrel in the center of the water and the dry welding ♦= between the water and the cylinder 4 including the center type: (4)^ can also be included in the sink 3. One part of the red system 6. In addition, the horizontal side of the horizontal side is also disposed on the left side of the system 6 which is orthogonal to the system 6 which is orthogonal to the mandrel. The drying between the water tank 3 and the cylinder 4 is arranged to be positive with the center axis. It is also possible to arrange the smoke system 6 at least partially - between the sinks 3 and 4 in a manner including the central axis of the water tank 3 and the right side of the horizontal axis of the door of the cylinder 4. Minute. The point is that as long as the position of the drying can be placed between the water tank 3 and the cylinder 4, in the above embodiment, at least one of the eight tanks in the sink 3 and the system 6 is private and you can The entire drying = is arranged between the water tank 3 and the cylinder 4. That is, the dehumidification heat exchanger 1 can be used. , air supply mechanism 2. . , plus;; institutions. (10) The warm air blowing portion is disposed entirely between the water tank 3 and the cylinder 4. In the above embodiment, the heat exchanger for dehumidification is disposed between the water tank 3 and the cylinder 4, but may be disposed outside. box! Between the sink 3.曰 In the above embodiment, the convex portion 322' is provided on the lower portion of the heater case 302. Alternatively, a convex portion such as a lower portion may be provided under the water tank 3. Specifically, the heater supporting member 3〇3 may be provided with a first hole 'in a portion opposed to the water tank 3 and a portion facing the water tank 3 and the first hole, and is provided to protrude from the heater case 302 and has a The convex part of the two holes. In this case, the temperature overheat preventing means _ is inserted into the second hole, and the temperature overheat preventing means 5 is brought into contact with the lower portion of the heater case 302. In the above embodiment, the hole 2〇4 for inserting the heat sink 3〇1 is provided with 108726.doc • 22-like 840 in the air blowing mechanism unit 200, however, it is also possible to insert the heat sink 3〇. The hole 204 is provided on the water tank 3. In this case, the position of the hole for inserting the heat sink may be in the lower portion of the front surface of the water tank 3 or the lower portion of the water tank 3. Further, in the laundry dryer of the present invention, the shaft of the laundry dewatering tank may be horizontal, inclined, or vertical. That is, the shaft of the laundry dewatering tank may be balanced with respect to the horizontal plane, may be inclined with respect to the horizontal plane, or may be perpendicular to the horizontal plane. The embodiments of the present invention have been described above, and of course, various modifications may be made without departing from the spirit and scope of the present invention. Those skilled in the art will understand that the changes are all included in the application as described below. In the scope of patents. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic cross-sectional view showing a cylindrical washing machine of an embodiment of the laundry dryer of the present invention. Figure 2 is a schematic front view of the sink of the above laundry dryer. Φ Figure 3 is a schematic cross-sectional view of the water tank of the above laundry dryer. Figure 4 is an enlarged view of the main part of Figure 3. [Explanation of main components] 1 Outer box 2 Doors 3 Sinks 4 Cylinders 5 Cylinder drive motors 6 Drying system 108726.doc •23- 1322840
7 播減震器 8 減震器支持器具 11 外箱開口部 12 前面板 13 底座 14 洗潔劑盒 15 操作部 16 凸出部 17 操作電路 18 水槽開口部 19 門密封墊 20 供水管路 21 排水管路 22 過濾器 23 排水管 24 排水馬達 25 排水閥 26 圓筒開口部 27 小孔 28 閥 29 液體平衡器 30 減震器安裝面 31 水槽3之前部 32 水槽3之後部 41 自來水供水口 108726.doc 1322840 42 洗澡水供水口 43 供水閥 44 洗澡水泵 100 除濕用熱交換器 200 送風機構部 201 風扇箱 202 風扇 203 風扇馬達 300 加熱機構部 301 吸熱器 302 加熱器箱 303 加熱箱支持構件 311 發熱部 312 吸熱器301之端子側（與發熱部311為相反側）之部分 313 加熱器凸緣 314 加熱器密封墊 321 加熱器支持器 322 凸部 323 傾斜面 331 孔 400 溫風吹出部 500 溫度過升防止裝置 600 财熱性缓衝材 C1 水槽開口部中心 C2 圓筒開口部中心 108726.doc -25-7 Broadcast shock absorber 8 Shock absorber support device 11 Outer box opening part 12 Front panel 13 Base 14 Detergent box 15 Operating part 16 Projection part 17 Operation circuit 18 Water tank opening part 19 Door gasket 20 Water supply line 21 Drainage Line 22 Filter 23 Drain 24 Drain motor 25 Drain valve 26 Cylinder opening 27 Small hole 28 Valve 29 Liquid balancer 30 Shock absorber mounting surface 31 Front part of sink 3 32 Rear part of sink 3 41 Tap water supply port 108726. Doc 1322840 42 Bath water supply port 43 Water supply valve 44 Bath water pump 100 Dehumidifier heat exchanger 200 Air supply unit 201 Fan box 202 Fan 203 Fan motor 300 Heating mechanism unit 301 Heat sink 302 Heater box 303 Heating box support member 311 Heat unit 312 Part 313 of the terminal side (opposite side to the heat generating portion 311) of the heat absorber 301 Heater flange 314 Heater gasket 321 Heater holder 322 Projection portion 323 Inclined surface 331 Hole 400 Warm air blowing portion 500 Temperature rise Prevention device 600 Fiscal buffer material C1 Sink opening center C2 Cylinder opening center 108726.doc -25-