200407480 (1) 玖、發明說明 【發明所屬之技術領域】 本發明係關於在進行乾燥的行程，於外槽貯存預定量 的水’在此狀恕下進行預疋時間的運轉的具乾衣功能洗衣 機。 【先前技術】 白知以來在具車乙衣功通洗衣機中，在可貯水的外槽內 部內槽可旋轉地配設’而且’具有使其內槽旋轉驅動的驅 動裝置與在內槽內供給溫風的溫風供給裝置，用以在內槽 內進行洗濯物的洗濯與脫水以及乾燥。 如此’在進行洗濯物的乾燥時，在內槽內洗濯物與洗 濯物彼此互相摩擦，或者與內槽摩擦而帶電。或者洗濯物 谷易附皺折’再者很難獲得作爲鬆軟（fluffy )的最後修 整。 因此，近年來在進行上述洗濯物的乾燥的行程，於外 槽貯存預定量（例如水面不到達內槽的程度）的水，以進 行預定時間的運轉的具乾衣功能洗衣機被供應（例如參照 專利文獻1 )。在此具乾衣功能洗衣機，藉由貯存於外槽 的水蒸發所產生的蒸氣（steam )使洗濯物被加濕，使帶 電變少附皺折也少，然後獲得作爲鬆軟的最後修整。 [專利文獻1] 專利第2688117號公報（段落[0026]、圖1、圖2) (2) (2)200407480 【發明內容】 在上述習知的技術中的在外槽貯存預定量的水的狀態 下進行的運轉係與洗濯物的量或行程（course)等無關， 以一定的時間、一定的水量進行，藉由洗濯物的量或運轉 的行程等，洗濯物的加濕不足，無法充分獲得上述帶電的 防止等的效果，而且，相反地加濕過剩有無法獲得良好的 最後修整的缺點。 本發明乃鑒於上述事情所進行的創作，因此其目的爲 提供根據洗濯物的量或運轉的行程等依照洗濯物的摩擦的 多寡而可無過與不足地加濕的具乾衣功能洗衣機。 爲了達成上述目的，本發明的具乾衣功能洗衣機，具 備： 可貯水的外槽； 可旋轉配設於此外槽的內部的內槽； 旋轉驅動此內槽的驅動裝置；以及 對該內槽內供給溫風的溫風供給裝置， 在該內槽內進行洗濯物的洗濯與脫水以及乾燥，在進 行該乾燥的行程，於該外槽貯存預定量的水，進行預定時 間的運轉，其特徵爲：第一 使該內槽內的洗濯物的摩擦越多的條件越拉長時間來 實行其運轉。（申請專利範圍第〗項的發明） 洗濯物的量越少乾燥時的內槽內的動作越容易進行， 洗濯物彼此的摩擦或與內槽的摩擦變多。而且，在運轉的 行程花長的時間的行程等，洗濯物彼此的摩擦或與內槽的 -6 - (3) (3)200407480 摩擦變多。因此，如上述藉由內槽內的洗濯物的摩擦越多 的條件越拉長時間來實行於外槽貯存預定量的水進行的運 轉，對帶電防止等有效果的加濕可依照洗濯物的摩擦的多 寡而無過與不足。 本發明的具乾衣功能洗衣機，其特徵爲：第二 使該內槽內的洗濯物的摩擦越多的條件時間越減少貯 存於該外槽的水量來實行其運轉。（申請專利範圍第2項 的發明） 在此具乾衣功能洗衣機，當洗濯物的摩擦多洗濯物的 量少時，減少貯存於外槽的水量，相反地在洗濯物的量多 時或洗濯體積大的洗濯物的行程，增加貯存於外槽的水量 ，加濕運轉。據此，加濕可依照洗濯物的摩擦多寡所顯現 的洗濯物的量或運轉的行程而無過與不足。 這些情形具備檢測機內的溫度的溫度檢測手段’在該 檢測溫度爲預定溫度以上時延長運轉，在該延長運轉中再 度於外槽貯存預定量的水，以進行預定時間的運轉的話佳 。（申請專利範圍第3項的發明） 【實施方式】 以下參照圖1〜圖5說明本發明的第一實施例。 首先，在圖3顯示具乾衣功能洗衣機的全體構成，在 外箱1的內部配設外槽2。此外槽2爲在前面部具有洗濯 物取出放入用的開口部3的滾筒（drum )狀者。藉由自外 箱1的底面立設的複數組（僅圖示一組）的懸架（ (4) (4)200407480 suspension ) 4，彈性支持成橫軸狀且前上（圖中爲左上） 的傾斜狀。 而且，在該外槽2的底部後側形成貯水部5，在此貯 水部5的最低部的最後部形成排水口 6，在此排水口 6連 接在外槽2關閉的排水閥7。其結果，外槽2藉由閉塞排 水閥7可由貯水部5更於其上方貯水。此外，在貯水部5 於內部配設水加熱用的加熱器（heater ) 8，在排水閥7連 接在此排水閥7的打開時排水到機外的排水管（drain hose) 9 〇 另一方面，在外槽2的前述開口部3經由波形管（ bellows) 11連接形成於外箱1的前面部的洗濯物出入口 1 〇。而且，在該外箱1的洗濯物出入口 10可開關地配設 門12。 在外槽2的內部可旋轉地配設內槽1 3。此內槽1 3也 爲在前面部具有洗濯物取出放入用的開口部1 4的滾筒狀 者。在其周側壁配設複數（圖示僅一個）個洗濯物攪拌用 的緩衝板（b u f f 1 e ) 1 5，並且大致遍及全面形成多數個脫 水用的通水孔也是乾燥用的通氣孔的通孔1 6 (圖示僅一 部分）。 在外槽2的背部安裝馬達（motor) 17。此馬達17爲 外轉子型（outer rotor type)，將與其轉子（r〇t〇r) 17a 一體旋轉的旋轉軸1 7b插入外槽2內，在其前端部安裝內 槽1 3。其結果內槽1 3被馬達17旋轉驅動，即馬達1 7是 用以作爲旋轉驅動內槽1 3的驅動裝置的功能。而且，內 -8- (5) (5)200407480 槽1 3被支持成與外槽2同軸狀（橫軸狀且前上的傾斜狀 )^ 由外槽2的背部到上部配設溫風供給裝置1 8。此溫 風供給裝置1 8爲在此情形在外槽2外的背部配設除濕器 1 9，在上部配設送風機2〇與加熱器2 1而成者，這些構件 藉由導管22、23連成一個通道狀，再者其入口部ISa由 外槽2的背部的最下部連通到外槽2內，出口部1 8b係由 外槽2的上部的最前部連通到外槽2內。 此處，詳細爲在除濕器1 9由配設於其上方的注水閥 24透過注水管（hose tube ) 25對內部的散水器26供給水 ，散水器2 6如以箭頭A所示放散該水使其落下。 而且，送風機20藉由翼輪20a的旋轉，如以箭頭B 所示通過外槽2內將內槽13內的空氣由入口部18a吸入 除濕器19內，而且，由該除濕器1 9內經由送風機20通 過加熱器21由出口部18b通過外槽2內返回到內槽13內 〇 在該過程中在除濕器1 9內，藉由自前述散水器26放 散的水冷卻除濕通過除濕器1 9的內槽1 3內的空氣。而且 ，在加熱器2 1加熱器2 1 a加熱溫風化通過加熱器2 1的除 濕後的空氣，如此，對內槽13內供給溫風。 此外，在圖3顯示附設於外槽2背部的下部的溫度感 測器（sensor ) 27，此溫度感測器27是檢測機內的溫度 的溫度檢測手段，直接檢測外槽2的溫度，據此間接地檢 測外槽2內的溫度進而內槽13內的溫度。而且，2 8顯示 200407480 C6) 配設於馬達1 7的旋轉感測器，此旋轉感測器2 8用以檢測 轉子1 7 a的旋轉進而檢測內槽1 3的旋轉。 再者在圖3中，2 9爲注水到外槽2內用的注水外殼 (case )，30係顯示通過注水外殼29專門對外槽2內供 給澡盆的剩餘熱水的給水泵（f e e d p u m p ) ，3 1係顯示由 內設於前述外箱 1的前上部的例如微電腦（ microcomputer)構成的控制手段的控制裝置。 而且，在圖4除了上述控制裝置3 1外，也顯示配設 於進行與具乾衣功能洗衣機的運轉有關的操作用的操作面 板（control panel )(未圖示）的各種操作開關（ operation switches ) 32，與檢測外槽2內的水位的水位感 測器33，與檢測門12的開關的門開關（door switch) 34 以及上述溫度感測器27、旋轉感測器28，用以輸入這些 開關訊號或檢測訊號到控制裝置3 1。 而且，根據這些輸入以及預先記憶的控制程式（ control pr〇gram)，控制裝置31控制各種顯示器35，並 且經由驅動電路3 7控制供水到外槽2內的給水閥3 6、前 述排水閥3 7、注水閥24、馬達17、加熱器8、加熱器 21a以及送風機20。 其次，敘述上述構成的裝置的作用。 控制裝置3 1基本上是用以依照[洗濯]、[脫水]以及[ 乾燥]的行程順序使具乾衣功能洗衣機的運轉進行。在緊 接著其全體的運轉開始後，進行依照使用者的各種操作開 關3 2的操作內容的確認。此確認包含所選擇的運轉行程 -10- (7) (7)200407480 的確認，在該選擇的行程有例如圖1所示的[標準]，花比 [標準]還長的時間進行洗濯、乾燥的[充足]、適合洗濯、 乾燥毛毯的[毛毯]。 其次，控制裝置3 1進行收納於內槽1 3內的洗濯物的 量的測定。此洗濯物的量的測定是以預定的輸入使馬達 1 7旋轉，藉由讀入此時的旋轉感測器2 8的檢測結果而進 行，若使馬達1 7旋轉則內槽1 3被旋轉，因藉由該旋轉收 納於內槽1 3的洗濯物的量越多，旋轉的負荷越大，變成 少的轉速而被旋轉感測器2 8檢測，故藉由讀入其檢測結 果而測定洗濯物的量。因此，此時旋轉感測器2 8可當作 洗濯物量檢測手段的功能。 然後，控制裝置3 1實行[洗濯]行程。在此[洗濯]行程 ，供給依照所測定的洗濯物的量的量的水到外槽2內，在 其水面到達內槽1 3內的下部爲止貯存的狀態下，藉由使 內槽13低速旋轉，攪拌洗濯物進行洗濯（洗衣其次爲洗 淸）。 在下一個[脫水]行程，由排水閥7通過排水管9將外 槽2內以及內槽1 3內的水排出到機外後，在該排水的狀 態下，藉由使內槽1 3高速運轉，以離心力由通孔1 6將該 內槽1 3內的洗濯物的水分甩開排出。 而且在之後的[乾燥]行程，最初實行乾燥運轉然後實 行送風運轉，然後實行加濕運轉。圖5顯示該行程，在乾 燥運轉一邊使內槽1 3低速旋轉一邊使溫風供給裝置1 8的 送風機2〇旋轉，並且使加熱器21 a發熱，然後由注水閥 -11 - (8) (8)200407480 2 4通過散水器2 6對除濕器1 9內注水。如此，在內槽1 3 內如前述供給有除濕的溫風，該溫風藉由內槽1 3的旋轉 與攪拌中的洗濯物接觸，慢慢地使洗濯物乾燥。 其次，在送風運轉使加熱器2 1 a的發熱與對除濕器 I9內的注水停止，繼續內槽13的低速旋轉與送風機20 的旋轉，即一邊攪拌洗濯物一邊對洗濯物送出常溫的風， 增加冷熱。 而且，在之後的加濕運轉於使排水閥7閉塞的狀態下 再開對除濕器1 9內的注水，據此，在外槽2內貯存預定 量（例如如在圖3的水位W所示，水面不到達內槽13的 程度）的水，在此狀態下，繼續藉由內槽1 3的例如旋轉 驅動-驅動休止的重複的低速旋轉與送風機2 0的旋轉’進 行預定時間的運轉。於是，貯存於外槽2的水因餘熱而蒸 發產生蒸氣，藉由此蒸氣使洗濯物被加濕。 此處，在本構成的裝置中，由先前的洗濯物的量的測 定結果與運轉行程的選擇結果，使內槽1 3內的洗濯物的 摩擦越多的條件越拉長時間來實行上述加濕運轉（在外槽 2貯存預定量的水，進行預定時間的運轉）。 圖1係顯示此行程，洗濯物的量爲4kg、3kg、2kg、 lkg越少，例如在[標準]行程依次1分、1分、2分、3分 越拉長加濕運轉的時間。而且，使[充足]行程的加濕運轉 的時間比[標準]行程的加濕運轉的時間還長，此[充足]行 程的加濕運轉的時間是比[毛毯]行程的加濕運轉的時間還 長（[毛毯]行程的加濕運轉的時間是比[標準]行程的加濕 -12- (9) (9)200407480 運轉的時間還長）。 如圖2所示，洗濯物的量越少帶電量越多。此乃因洗 濯物的量越少乾燥時的內槽1 3內的洗濯物的動作越容易 ，洗濯物彼此的摩擦或與內槽1 3的摩擦越多。而且，在 運轉的行程，越花長時間的行程帶電量越多。此乃因花長 時間的份洗濯物彼此的摩擦或與內槽1 3的摩擦變多。 如此，本構成的裝置因使內槽1 3內的洗濯物的摩擦 越多的條件越拉長時間來實行加濕運轉，其所花的時間越 長，對洗濯物的加濕量增加，故對帶電防止等有效的加濕 可依照洗濯物的摩擦的多寡（帶電量的多寡）而無過與不 足。 此外，[毛毯]行程因比[充足]行程所花的時間還短， 比[標準]行程所花的時間還長，故加濕運轉的時間也定於 這兩者的中間。 而且，如此藉由[乾燥]行程中的洗濯物的加濕可依照 洗濯物的摩擦的多寡而無過與不足，對於附皺折的防止、 作爲鬆軟的最後修整等也能得到良好的結果。 此外，在進行加濕運轉後，打開排水閥7將外槽2內 的水排出到機外。 對以上’圖6到圖1 0是顯示本發明的第二到第五實 施例’分別對與第一實施例同一的部分附加同一符號省略 說明，僅針對不同的部分敘述。 [第二實施例] -13- (10) (10)200407480 在圖6所示的第二實施例中，使內槽1 3內的洗濯物 的摩擦越多的條件越減少貯存於外槽2的水量來實行上述 [乾燥]行程中的加濕運轉。 具體上，在此行程洗濯物的摩擦多洗濯物的量少時， 貯存於外槽的水量例如由8 0 0 m 1減少到5 0 0 m 1，且相反地 洗濯物的摩擦少洗濯物的量多時，或在洗濯、乾燥體積大 的毛毯的行程，貯存於外槽的水量由5 00ml增加到800ml ，進行加濕運轉。據此，加濕可依照洗濯物的摩擦多寡所 顯現的洗濯物的量或運轉的行程而無過與不足（以適切的 水量），對於附皺折的防止、作爲鬆軟的最後修整等也能 得到良好的結果。 此外，此第二實施例的貯存於外槽2的水量的設定用 以與第一實施例的加濕運轉時間的設定組合而實行也可以 [第三實施例] 在圖7所示的第三實施例中，使內槽1 3內的洗濯物 的摩擦越多的條件越縮短內槽1 3的每單位時間的旋轉驅 動時間（ON時間）來實行上述[乾燥]行程中的加濕運轉 〇 具體上，在此行程洗濯物的摩擦多洗濯物的量少時， 由多時的5 7/60秒依次以47/50秒、3 7/40秒、27/3 0秒縮 短內槽1 3的每單位時間的旋轉驅動時間，相反地洗濯物 的摩擦少洗濯物的量多時依次拉長內槽1 3的每單位時間 -14- (11) (11)200407480 的旋轉驅動時間。此外，圖7中的OFF時間是表示中斷 內槽1 3的驅動的時間。 而且，此情形在洗濯、乾燥體積大的毛毯的行程，與 [標準]以及[充足]的行程同等，或者每單位時間的旋轉驅 動時間比其還縮短。 再者，這些情形內槽1 3的旋轉速度對洗濯物的量的 不同與每單位時間的旋轉驅動時間成比例，針對[毛毯]行 程對[標準]以及[充足]的行程使其成反比而設定。 據此，洗濯物的攪拌可依照洗濯物的摩擦多寡所顯現 的洗濯物的量或運轉的行程而無過與不足（以適切的攪拌 程度），可使洗濯物的與蒸氣的接觸適切，對於帶電的防 止、附皺折的防止以及作爲鬆軟的最後修整等也能得到良 好的結果。 此外，此第三實施例的內槽1 3的每單位時間的旋轉 驅動時間的設定以及旋轉速度的設定與第一實施例的加濕 運轉時間的設定，以及第二實施例的貯存於外槽2的水量 的設定分別單獨或合倂組合來實行也可以。 [第四實施例] 在圖8所示的第四實施例中，在[乾燥]行程之後進行 藉由溫度感測器27的溫度檢測，當該檢測溫度因外氣溫 的影響等而爲預定溫度以上時延長運轉，該延長運轉中在 送風運轉之後用以進行再度加濕運轉（在外槽2貯存預定 量的水的狀態下的預定時間的運轉）。 -15- (12) (12)200407480 據此，可避免延長運轉造成的洗濯物的再帶電以及乾 燥的過度。 此外，此情形包含加濕運轉的延長運轉雖然與第一實 施例的加濕運轉時間的設定，或第二實施例的貯存於外槽 2的水量的設定組合來實行，惟其兩方或更與第三實施例 的內槽1 3的每單位時間的旋轉驅動時間的設定以及旋轉 速度的設定組合來實行也可以。 [第五實施例] 在圖9以及圖10所示的第五實施例中，在操作面板 配設[乾燥]行程中的加濕運轉的有無可選擇的操作部（例 如附加有[濕氣（moisture)]的文字的鍵（key) ) 41，與 顯示其選擇內容的顯示部（例如附加有[有]、[無]的文字 的發光部）42、43 (圖9)，據此，當加濕運轉的[有]被 選擇時，實行包含前述的加濕運轉的[乾燥]行程{圖10的 (a )}，當加濕運轉的[無]被選擇時，實行不包含加濕運 轉的[乾燥]行程{圖10的（b) }。 據此，可任意地實行加濕運轉，對於趕最後修整的情 形等，可不實行加濕運轉而依照此來進行。此外，此加濕 運轉的選擇令其即使在前述的延長運轉也能實行也可以。 此外，本發明並非僅限定於上述且圖面所示的實施例 ’例如具乾衣功能洗衣機的全體，不爲上述的橫軸形也能 適用於外槽以及內槽配設成縱軸狀的縱軸形者，且在加濕 運轉時不僅乾燥運轉的餘熱，用以使加熱器發熱使蒸氣產 -16- (13) (13)200407480 生也可以等，在不脫離要旨的範圍內可適宜地變更而實施 【發明的功效】 如以上的說明，如果依照本發明的具乾衣功能洗衣機 ，可得到在進行乾燥的行程，藉由內槽內的洗濯物的摩擦 越多的條件越拉長時間或越減少貯存於外槽的水量來實行 於外槽貯存預定量的水進行的預定時間的運轉，洗濯物的 量或運轉的行程等可依照洗濯物的摩擦的多寡而無過與不 足地加濕的顯著功效。 【圖式簡單說明】 圖1是顯示本發明的第一實施例的加濕運轉的時間設 定圖。 圖2是顯示洗濯物的量以及運轉的行程與洗濯物的帶 電量的關係圖。 圖3是具乾衣功能洗衣機全體的破斷側面圖。 圖4是電氣的構成的方塊圖（block diagram)。 圖5是乾燥行程圖。 圖6是顯示本發明的第二實施例的加濕運轉的水量設 定圖。 圖7是顯示本發明的第三實施例的加濕運轉的內槽旋 轉模式設定圖。 圖8是顯示本發明的第四實施例的圖5相當圖。 -17- (14) 200407480 圖9是顯示本發明的第五實施例的操作面板的部分前 視圖。 圖1 0是圖5相當圖。 【主要元件對照表】 1 : 外箱 2 : 外槽200407480 (1) 发明. Description of the invention [Technical field to which the invention belongs] The present invention relates to a clothes drying function for storing a predetermined amount of water in an outer tank during a drying process, and performing a preheating operation in this condition. washing machine. [Prior art] In the car with a clothes and clothes, there has been a rotatably arranged inner tank inside the outer tank capable of storing water, and a driving device for rotating and driving the inner tank is provided. The warm air supply device for warm air is used for washing and dehydrating and drying the laundry in the inner tank. In this way, when the laundry is dried, the laundry and the laundry in the inner tank rub against each other, or are rubbed against the inner tank to be charged. Or the washing of the grains is easy to wrinkle 'and it is difficult to obtain the final trimming as a fluffy. Therefore, in recent years, during the process of drying the laundry, a predetermined amount of water (for example, the level of the water surface does not reach the inner tank) is stored in the outer tank, and a washing machine with a drying function for a predetermined time operation is supplied (for example, refer to Patent Document 1). Here, a washing machine with a clothes drying function is used to humidify the laundry by steam generated by the evaporation of water stored in the outer tank, so that the electrification is reduced and wrinkles are reduced, and then a soft final finish is obtained. [Patent Document 1] Patent No. 2688117 (paragraphs [0026], FIG. 1 and FIG. 2) (2) (2) 200407480 [Summary of the Invention] In the conventional technique described above, a state in which a predetermined amount of water is stored in an outer tank The operation performed below is not related to the amount of laundry or course, etc. It is performed for a certain period of time and a certain amount of water. The amount of laundry or the course of operation is insufficient to humidify the laundry, which cannot be fully obtained. The above-mentioned effects such as the prevention of electrification, and conversely, excessive humidification have the disadvantage of failing to obtain good final trimming. The present invention has been made in view of the above-mentioned circumstances, and an object thereof is to provide a washing machine with a drying function capable of moisturizing without difficulty, depending on the amount of friction of the laundry depending on the amount of the laundry or the stroke of the operation. In order to achieve the above object, the washing machine with a clothes drying function of the present invention includes: an external tank capable of storing water; an internal tank rotatably disposed inside the external tank; a driving device for rotationally driving the internal tank; The warm air supply device for supplying warm air performs washing, dehydration, and drying of the laundry in the inner tank. During the drying process, a predetermined amount of water is stored in the outer tank and the operation is performed for a predetermined time. : First, the condition that the more the friction of the laundry in the inner tank is increased, the longer the operation is performed. (Invention in the scope of patent application) The smaller the amount of laundry, the easier it is to move in the inner tank when it is dry, and the friction between the laundry and the inner tank increases. In addition, during a long stroke and the like during the operation, the friction between the laundry and the inner tank is increased by -6-(3) (3) 200407480. Therefore, as described above, the operation of storing a predetermined amount of water in the outer tank is carried out under the condition that the more the friction of the laundry in the inner tank is increased, the longer the operation is performed. The amount of friction is over and under. The washing machine with a clothes drying function of the present invention is characterized in that: secondly, the condition time for more friction of the laundry in the inner tank is reduced, and the amount of water stored in the outer tank is reduced to perform its operation. (Invention No. 2 in the scope of patent application) In this washing machine with a drying function, when the friction of the laundry is large, the amount of the laundry is small, and the amount of water stored in the outer tank is reduced. On the contrary, when the amount of the laundry is large, or the laundry is washed, The stroke of the large washings increases the amount of water stored in the outer tank, and humidifies the operation. According to this, the humidification can be performed in accordance with the amount of the laundry or the running stroke of the laundry without the disadvantages. In these cases, it is better to have a temperature detection means for detecting the temperature inside the machine when the detection temperature is equal to or higher than a predetermined temperature, and during the extended operation, it is better to store a predetermined amount of water in the outer tank to perform the operation for a predetermined time. (Invention No. 3 in the Patent Application Range) [Embodiment] A first embodiment of the present invention will be described below with reference to FIGS. 1 to 5. First, the entire configuration of the washing machine with a clothes drying function is shown in FIG. 3, and an outer tank 2 is provided inside the outer box 1. As shown in FIG. Moreover, the tank 2 is a drum-shaped person which has the opening part 3 for washing in and out in the front part. With the suspension ((4) (4) 200407480 suspension) 4 (4) (4) 200407480 suspension) 4 erected from the bottom surface of the outer box 1, it is elastically supported into a horizontal axis and front (top left) Sloping. A water storage section 5 is formed on the bottom rear side of the outer tank 2. A drain port 6 is formed at the rearmost part of the lowest part of the water storage section 5. The drain port 6 is connected to a drain valve 7 closed by the outer tank 2. As a result, the outer tank 2 can store water above the water storage unit 5 by closing the drain valve 7. In addition, a water heater 8 is disposed in the water storage unit 5 and a drain hose 7 for draining water to the outside of the machine when the drain valve 7 is connected to the drain valve 7 is opened. The opening 3 in the outer tank 2 is connected to a laundry inlet / outlet 10 formed at a front portion of the outer box 1 via a bellows 11. A door 12 is provided at the laundry inlet / outlet 10 of the outer case 1 so as to be openable and closable. An inner groove 1 3 is rotatably disposed inside the outer groove 2. This inner tank 1 3 is also a roller-shaped person having an opening portion 14 for washing out and putting in the front portion. A plurality of buffer plates (buff 1 e) 1 5 for agitating the laundry are arranged on the peripheral side wall (only one is shown in the figure), and a large number of dewatering water passage holes are also formed throughout the entire area. Hole 1 6 (only part of the illustration). A motor 17 is mounted on the back of the outer tank 2. This motor 17 is an outer rotor type, and a rotary shaft 17b that rotates integrally with its rotor 17a is inserted into the outer groove 2 and an inner groove 13 is installed at a front end portion thereof. As a result, the inner tank 13 is rotationally driven by the motor 17, that is, the motor 17 functions as a driving device for rotationally driving the inner tank 13. In addition, the inner -8- (5) (5) 200 407 480 troughs 1 and 3 are supported coaxially with the outer trough 2 (horizontal axis and front-inclined shape) ^ warm air supply is provided from the back to the upper part of the outer trough 2 Device 1 8. In this case, the warm air supply device 18 is provided with a dehumidifier 19 on the back of the outer tank 2 and a blower 20 and a heater 21 on the upper side. These components are connected by ducts 22 and 23 It has a channel shape, and the inlet portion ISa is communicated from the lowermost portion of the back of the outer groove 2 into the outer groove 2, and the exit portion 18 b is communicated from the uppermost portion of the outer groove 2 into the outer groove 2. Here, in detail, in the dehumidifier 19, water is supplied to the internal water diffuser 26 through a water injection tube 25 through a water injection valve 24 arranged above it, and the water diffuser 26 releases the water as shown by an arrow A Make it fall. The blower 20 rotates the wing wheel 20a to draw the air in the inner groove 13 into the dehumidifier 19 through the inlet 18a through the inside of the outer groove 2 as shown by arrow B, and passes through the dehumidifier 19 through The blower 20 returns to the inner tank 13 through the heater 21 from the outlet portion 18b through the outer tank 2. During this process, the dehumidifier 19 is cooled in the dehumidifier 19 by the water released from the water diffuser 26 and passes through the dehumidifier 19. The air inside the inner tank 1 3. In addition, the heater 21 heats the dehumidified air that has been heated and warmed by the heater 21, and the warm air is supplied to the inner tank 13 in this way. In addition, FIG. 3 shows a temperature sensor 27 attached to the lower part of the back of the outer tank 2. This temperature sensor 27 is a temperature detection means for detecting the temperature inside the machine, and directly detects the temperature of the outer tank 2. This indirectly detects the temperature in the outer tank 2 and the temperature in the inner tank 13. In addition, 2 8 shows 200407480 C6) A rotation sensor provided in the motor 17 is used to detect the rotation of the rotor 17 a and then the rotation of the inner groove 13. Furthermore, in FIG. 3, 29 is a water injection case (case) for injecting water into the outer tank 2, and 30 is a feed pump (feedpump) for supplying the remaining hot water of the bathtub in the outer tank 2 through the water injection casing 29, 3 1 is a control device that displays control means including, for example, a microcomputer, which is installed in the front upper portion of the outer box 1. In addition to FIG. 4, in addition to the control device 31 described above, various operation switches provided on an operation panel (control panel) (not shown) for performing operations related to the operation of the washing machine with a drying function are also shown. 32), a water level sensor 33 that detects the water level in the outer tank 2, a door switch 34 that detects the opening and closing of the door 12, and the temperature sensor 27 and the rotation sensor 28 described above, for inputting these Switch the signal or detect the signal to the control device 31. Furthermore, based on these inputs and a control memorized control program, the control device 31 controls various displays 35, and controls the water supply valve 36 for supplying water to the outer tank 2 through the drive circuit 37, and the aforementioned drain valve 37. Water injection valve 24, motor 17, heater 8, heater 21a, and blower 20. Next, the function of the device configured as described above will be described. The control device 31 is basically used to perform the operation of the washing machine with a drying function in accordance with the sequence of [washing], [dehydrating], and [drying]. Immediately after the entire operation is started, the operation contents of the operation switches 32 according to various operations of the user are checked. This confirmation includes the confirmation of the selected operation stroke -10- (7) (7) 200407480. In this selected stroke, for example, [standard] shown in FIG. 1, it takes longer to wash and dry than [standard] [Sufficient], [Blanket] suitable for washing and drying blankets. Next, the control device 31 measures the amount of the laundry stored in the inner tank 13. The measurement of the amount of the laundry is performed by rotating the motor 17 with a predetermined input, and reading the detection result of the rotation sensor 28 at this time. If the motor 17 is rotated, the inner tank 13 is rotated. Since the more the amount of washings stored in the inner tank 13 is rotated by this rotation, the larger the rotation load is, the smaller the rotation speed is and the rotation sensor 28 detects it. Therefore, it is measured by reading the detection result. The amount of laundry. Therefore, at this time, the rotation sensor 28 can function as a means for detecting the amount of laundry. Then, the control device 31 executes the [washing] stroke. In this [washing] stroke, water is supplied into the outer tank 2 in an amount according to the measured amount of the laundry, and the inner tank 13 is made to low speed while the water level reaches the lower part of the inner tank 13 and stored. Rotate and stir the laundry for washing (laundry is followed by washing). In the next [dehydration] stroke, the water in the outer tank 2 and the inner tank 13 is discharged to the outside by the drain valve 7 through the drain pipe 9, and the inner tank 1 3 is driven at a high speed in the drained state. With the centrifugal force, the water in the washing product in the inner tank 13 is shaken off through the through hole 16 and discharged. In the subsequent [drying] stroke, the drying operation is performed first, then the air supply operation is performed, and then the humidification operation is performed. FIG. 5 shows this stroke. During the dry operation, the inner tank 13 is rotated at a low speed while the blower 20 of the warm air supply device 18 is rotated, and the heater 21 a is heated, and then the water injection valve -11-(8) ( 8) 200407480 2 4 Inject water into the dehumidifier 19 through the water diffuser 26. In this way, as described above, the dehumidified warm air is supplied to the inner tank 1 3, and the warm air is brought into contact with the laundry during stirring by the rotation of the inner tank 13 to dry the laundry slowly. Secondly, in the air supply operation, the heating of the heater 21a and the water injection to the dehumidifier I9 are stopped, and the low-speed rotation of the inner tank 13 and the rotation of the blower 20 are continued, that is, the room-temperature air is sent to the room-washing material while the food is being stirred. Increase hot and cold. Then, after the subsequent humidification operation is performed with the drain valve 7 closed, the water in the dehumidifier 19 is opened and a predetermined amount is stored in the outer tank 2 (for example, as shown by the water level W in FIG. 3, the water surface To the extent that the water does not reach the inner tank 13), in this state, the low-speed rotation of the inner tank 13 such as the rotary drive-drive stop and the rotation of the blower 20 are continued for a predetermined time. Then, the water stored in the outer tank 2 is evaporated by the residual heat to generate steam, and the laundry is humidified by the steam. Here, in the device of the present configuration, based on the previous measurement result of the amount of the laundry and the selection result of the operation stroke, the condition that the more the friction of the laundry in the inner tank 13 is increased, the longer the time is taken to perform the above-mentioned adding Wet operation (stores a predetermined amount of water in the outer tank 2 and performs operation for a predetermined time). Figure 1 shows this stroke. The smaller the amount of laundry is 4kg, 3kg, 2kg, and 1kg, for example, in the [standard] stroke, it will take 1 minute, 1 minute, 2 minutes, and 3 minutes in order to lengthen the humidification operation time. Moreover, the humidification operation time of the [sufficient] stroke is longer than the humidification operation time of the [standard] stroke, and the humidification operation time of the [sufficient] stroke is longer than the humidification operation of the [blanket] stroke. It is also long (the humidification operation time of the [blanket] stroke is longer than the humidification operation of the [standard] stroke -12- (9) (9) 200407480). As shown in FIG. 2, the smaller the amount of laundry, the greater the amount of charge. This is because the smaller the amount of the laundry, the easier the operation of the laundry in the inner tank 13 during drying, and the more the friction between the laundry and the inner tank 13 is. In addition, the longer the stroke during operation, the more charge it takes. This is due to the fact that the friction of the laundry over a long period of time increases with each other or with the inner tank 1 3. In this way, the device of the present configuration implements a humidifying operation for a longer period of time by increasing the friction of the laundry in the inner tank 13 and the longer the time it takes to increase the amount of humidification of the laundry, Effective humidification for charging prevention and the like can be performed according to the amount of friction of the laundry (the amount of charge), without any defects. In addition, the [blanket] stroke takes less time than the [sufficient] stroke and takes longer than the [standard] stroke, so the humidification operation time is also set between these two. In addition, the humidification of the laundry during the [drying] process can be performed in accordance with the amount of friction of the laundry without inadequacy, and good results can also be obtained for the prevention of wrinkles and for the final finishing of softness. After the humidifying operation is performed, the drain valve 7 is opened to discharge the water in the outer tank 2 to the outside of the machine. The above "Figs. 6 to 10" shows the second to fifth embodiments of the present invention ", and the same parts as those in the first embodiment are denoted by the same reference numerals and descriptions are omitted, and only different parts will be described. [Second Embodiment] -13- (10) (10) 200407480 In the second embodiment shown in FIG. 6, the conditions for increasing the friction of the laundry in the inner tank 1 3 are reduced and stored in the outer tank 2 The amount of water is used to perform the humidification operation in the above [drying] stroke. Specifically, when the friction of the laundry is small during this stroke, the amount of water stored in the outer tank is reduced from, for example, 800 m 1 to 500 m 1, and conversely, the friction of the laundry is less. When the amount is large, or during the washing and drying of the blanket with a large volume, the amount of water stored in the outer tank is increased from 500ml to 800ml, and the humidification operation is performed. According to this, the humidification can be performed according to the amount of the laundry or the running stroke of the laundry without any inadequacy (with an appropriate amount of water). It can also prevent wrinkles, and be used as a soft final finish. Get good results. In addition, the setting of the amount of water stored in the outer tank 2 in this second embodiment may be implemented in combination with the setting of the humidification operation time in the first embodiment. [Third embodiment] The third embodiment shown in FIG. In the embodiment, the condition for increasing the friction of the laundry in the inner tank 13 is to shorten the rotation driving time (ON time) per unit time of the inner tank 13 to perform the humidification operation in the above [drying] stroke. Specifically, when the friction of the laundry during this stroke is large, the amount of the laundry is small, and the inner tank is shortened by 5/7/60 seconds, 47/50 seconds, 3 7/40 seconds, and 27/3 0 seconds. On the contrary, the rotation driving time per unit time, on the other hand, the friction of the washings is less, and the amount of washings is longer, and the rotating driving time of the inner tank 13 per unit time is sequentially increased from -14 to (11) (11) 200407480. In addition, the OFF time in Fig. 7 is a time when the driving of the inner grooves 13 is interrupted. Moreover, in this case, the stroke of washing and drying a large-volume blanket is equivalent to the stroke of [Standard] and [Sufficient], or the rotation driving time per unit time is shorter than that. Furthermore, the difference between the rotation speed of the inner tank 13 and the amount of laundry in these cases is proportional to the rotation driving time per unit time. It is inversely proportional to the [blanket] stroke to the [standard] and [sufficient] stroke. set up. According to this, the agitation of the laundry can be performed in accordance with the amount of the laundry or the running stroke of the laundry without any inadequacy (with a proper degree of agitation), which can make the contact of the laundry with steam appropriate. Good results can also be obtained with the prevention of electrification, the prevention of wrinkles, and the final finishing as a softness. In addition, the setting of the rotation driving time and the setting of the rotation speed per unit time of the inner tank 13 of the third embodiment, the setting of the humidifying operation time of the first embodiment, and the storage in the outer tank of the second embodiment The setting of the water quantity of 2 may be implemented individually or in combination. [Fourth embodiment] In the fourth embodiment shown in FIG. 8, the temperature detection by the temperature sensor 27 is performed after the [drying] stroke, and when the detected temperature is a predetermined temperature due to the influence of the outside air temperature, etc. The above-mentioned extended operation is used for re-humidification operation (operation for a predetermined time in a state where a predetermined amount of water is stored in the outer tank 2) after the ventilation operation during the extended operation. -15- (12) (12) 200407480 Based on this, it is possible to avoid recharging and excessive drying of the laundry caused by prolonged operation. In addition, this case includes a combination of the extended operation of the humidification operation and the setting of the humidification operation time of the first embodiment or the setting of the amount of water stored in the outer tank 2 of the second embodiment. The combination of setting the rotation drive time per unit time and the setting of the rotation speed of the inner grooves 13 of the third embodiment may be performed. [Fifth Embodiment] In the fifth embodiment shown in FIG. 9 and FIG. 10, the operation panel is provided with a selectable operation portion for the presence or absence of humidification operation in the [drying] stroke (for example, [moisture ( moisture)] character key 41), and a display part (for example, a light-emitting part to which characters of [yes] and [none] are added) 42 and 43 (FIG. 9) for displaying the selected content, and accordingly, when When [Yes] is selected for the humidification operation, the [Drying] stroke including the aforementioned humidification operation is performed {(a) in FIG. 10}, and when [None] for the humidification operation is selected, the humidification operation is not included [Drying] stroke {Fig. 10 (b)}. According to this, the humidification operation can be arbitrarily performed, and in the case of the last trimming, the humidification operation can be performed without performing the humidification operation. In addition, this humidification operation is selected so that it can be implemented even in the aforementioned extended operation. In addition, the present invention is not limited to the above-mentioned embodiment shown in the drawings, for example, the entire washing machine with a clothes drying function, and is not applicable to the above-mentioned horizontal axis. Those with a vertical axis and not only the residual heat of the dry operation during humidification operation, but also for heating the heater to generate steam -16- (13) (13) 200407480 It can also wait, and it is suitable as long as it does not deviate from the gist [Effects of the invention] as described above, if the washing machine with a clothes drying function according to the present invention is used, it is possible to obtain a drying stroke, and the condition that the more the friction of the laundry in the inner tank is increased, the longer the condition will be. The time or the more the amount of water stored in the outer tank is reduced to implement the operation of the predetermined time performed by storing the predetermined amount of water in the outer tank, the amount of washing material or the stroke of the operation can be determined according to the amount of friction of the washing material. Significant effect of humidification. [Brief Description of the Drawings] Fig. 1 is a time setting diagram showing a humidifying operation according to the first embodiment of the present invention. Fig. 2 is a graph showing the relationship between the amount of laundry and the stroke of operation and the amount of charge of the laundry. Fig. 3 is a broken side view of the entire washing machine with a clothes drying function. FIG. 4 is a block diagram of an electrical configuration. FIG. 5 is a drying stroke diagram. Fig. 6 is a diagram showing a water amount setting in a humidification operation according to a second embodiment of the present invention. Fig. 7 is a setting diagram of an inner tank rotation mode showing a humidification operation according to a third embodiment of the present invention. Fig. 8 is a view corresponding to Fig. 5 showing a fourth embodiment of the present invention. -17- (14) 200407480 Fig. 9 is a partial front view showing an operation panel of a fifth embodiment of the present invention. FIG. 10 is a diagram corresponding to FIG. 5. [Comparison of main components] 1: Outer box 2: Outer tank
3 : 開口部 4 : 懸架 5 ： 貯水部 6 ： 排水口 7 ： 排水閥3: Opening 4: Suspension 5: Water storage 6: Drain opening 7: Drain valve
8、2 1 a、2 1 : 加 熱 9 ： 排水管 10 ： 洗濯物 出 入 □ 11: 波形管 12 ： 門 13 ： 內槽 15: 緩衝板 16 ： 通孔 17: 馬達（ jf[£ 動 裝 17a： 轉子 17b ： 轉軸 18: 溫風供 給 裝 置 -18- (15)200407480 18a: 入口部 18b ： 出口部 19 ： 除濕器 20 ： 送風機 2 2、2 3 : 導管 24 ： 注水閥 2 5: 注水管8, 2 1 a, 2 1: Heating 9: Drain pipe 10: Washing in and out □ 11: Wave tube 12: Door 13: Inner tank 15: Baffle plate 16: Through hole 17: Motor (jf [£ 动 装 17a: Rotor 17b: Rotary shaft 18: Hot air supply device-18- (15) 200407480 18a: Inlet section 18b: Outlet section 19: Dehumidifier 20: Blower 2 2, 2 3: Duct 24: Water injection valve 2 5: Water injection pipe
26 ： 散水器 27 ： 顯示溫度感測器（溫度檢測手段） 28 ： 旋轉感測器 29 ： 注水外殼 3 0: 給水泵 3 1: 控制裝置 3 2: 操作開關 3 3: 水位感測器26: Water diffuser 27: Display temperature sensor (temperature detection means) 28: Rotary sensor 29: Water injection housing 3 0: Water supply pump 3 1: Control device 3 2: Operation switch 3 3: Water level sensor
3 4: 門開關 3 5: 顯示器 3 6: 給水閥 3 7: 驅動電路 41: 操作部 4 2、4 3 : 顯示部 -19-3 4: Door switch 3 5: Display 3 6: Water supply valve 3 7: Drive circuit 41: Operation section 4 2, 4 3: Display section -19-