1373543 六、發明說明： 【發明所屬之技術領域】 本發明，係有關於對給電回復時之控制內容作了改良 的洗衣機。 【先前技術】1373543 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a washing machine which has improved control contents when power is returned. [Prior Art]
在洗衣機中，當在運轉中而電源被遮斷（特別是停電 )時，一般而言，係成爲維持在運轉被中斷的狀態。因此 ，使用者，在電源回復後，係有必要再次進行用以使運轉 再度開始之操作。作爲對於停電時以及停電回復時之對策 有所考慮的洗衣機，例如，係週知有在專利文獻1中所記 載之洗衣機、和在專利文獻2中所記載之洗衣機。在專利 文獻1中所記載之洗衣機，係具備有非揮發性記憶體，並 成爲在此非揮發性記憶體處，而於運轉中使其對於該運轉 之設定內容或是進行狀況作記憶。而後，此洗衣機，當發 φ 生停電時，係於其後之電源回復時（電源投入時），從記 憶在非揮發性記憶體中之運轉的進行階段起，來以記億在 非揮發性記憶體中之內容而使運轉再度開始。 又，在專利文獻2中所記載之洗衣機，係在常用商用 電源（1次電力）處，經由無停電電源裝置與主電源裝置 (洗衣機所具備之各機器用的電源裝置），來將主控制部 . 作連接。而，此洗衣機，當商用電源被遮斷時，係藉由特 定之處理程序而將主控制部自動停止。又，此洗衣機，當 商用電源之供給被再度開始時，係藉將主控制部自動地啓 1373543 動。 [先前技術文獻] [專利文獻] [專利文獻1]日本特開平7-275561號公報 [專利文獻2]日本特開平6-282360號公報 【發明內容】 [發明所欲解決之課題] 若藉由專利文獻1之洗衣機，則使用者，係在停電後 之電源的回復後，能夠從中斷了的階段來再度開始運轉， 而爲便利。然而，專利文獻1之洗衣機，係成爲不僅是在 運轉中之停電發生時，而就算是在運轉中之使用者所致的 電源開關之OFF操作時，亦係進行上述之控制（於電源回 復時，從記憶在非揮發性記憶體中之運轉的進行階段起， 來以記憶在非揮發性記億體中之內容而使運轉再度開始之 控制）。故而，會有例如就算是在使用者爲了從最初起來 重新開始運轉而將電源開關作了 OFF的情況時，在電源回 復時運轉亦成爲從途中而再度開始的事態，而有著反倒成 爲不便的情況。 又，引用文獻2之洗衣機，係並未將在停電時之運轉 進行狀況或是運轉內容作記憶。因此，係無法將洗衣機之 運轉從電源遮斷前之狀態來再度開始。 本發明之目的，係在於提供一種：當在運轉中由於停 電等而使給電被遮斷的情況時，於給電回復時，能夠從給 -6- 1373543 電遮斷時之階段起來以給電遮斷時之內容而使運轉再度開 始’而當運轉通常結束的情況、或是在運轉中電源開關被 作了 OFF的情況時，則係能夠在給電回復時將運轉從最初 起來進行之洗衣機。 [用以解決課題之手段] ' 本發明之洗衣機，其特徵爲，具備有：從電源而被作 'φ 給電之控制裝置、和非揮發性記憶體、和用以將對於前述 控制裝置之給電狀態解除的電源切斷開關，前述控制裝置 ，係具備有：在運轉中而將該運轉之設定內容或是進行狀 態記憶在前述非揮發性記憶體中之功能；和當前述運轉爲 通常結束時、或是在前述運轉中前述電源切斷開關被操作 而使對於前述控制裝置之給電狀態被解除的情況時，將前 述非揮發性記憶體之記憶內容清除之功能；和當在前述控 制裝置中係存在有給電時，判斷前述非揮發性記憶體之記 φ 憶內容是否有被作清除之功能；和當判斷前述非揮發性記 憶體之記憶內容並未被清除的情況時’從依據被記憶在記 '憶體中之記憶內容的進行階段，來以依據該記憶內容之內 '容而再度開始前述運轉之功能。 [發明之效果] 若藉由本發明，則當在運轉中由於停電等而使給電被 遮斷的情況時’係於給電回復時’能夠從給電遮斷時之階 段起而以給電遮斷時之內容來使運轉再度開始。另一方面 1373543 ’當運轉爲通常結束的情況、或是在運轉中電源開關被作 了 OFF的情況時，係於給電回復時，能夠使運轉從最初起 來進行。 【實施方式】 [實施例1 ] 以下’參考圖丨乃至圖15，對本發明之第1實施例作 說明》 於圖13中，係展示有洗衣機中之縱軸型的洗衣機之 全體構成。身爲洗衣機之外殼的外箱1，係由底部之基台 la、和被載置於此基台ia之上並被作了結合的箱本體lb 、和被安裝於此箱本體lb處並被作了結合的頂蓋lc所構 成。在此頂蓋lc處，係可開閉地被設置有洗衣機蓋id。 在外箱1之內部，係被配設有水槽2。水槽2，係經由以 複數根（僅圖示有1根）之吊棒3a作爲主體的彈性吊持 機構3而被作彈性支持。在水槽2之內部，係被配設有旋 轉槽4。 旋轉槽4，係成爲籃狀，並在週側壁之全區域處，具 備有多數（僅圖示一部份）之脫水孔5。在旋轉槽4之上 緣部，例如係被安裝有液體封入形之旋轉平衡器6。在旋 轉槽4之內部的底部處，係被配設有攪拌體7。在水槽2 之外部的下方部處，係作爲洗衣機馬達而被配設有從底部 而延伸之驅動裝置8。驅動裝置8，例如係以外轉子（ outer rotor)型之直流無刷馬達作爲主體，並於其內部內 1373543 藏有離合機構（未圖示）。驅動裝置8，係在運轉中之洗 衣時（清洗行程、洗淨彳了程），在將旋轉槽4作了制止的 狀態下，使攪拌體7例如在正反兩方向上交互地作直接旋 轉。又，驅動裝置8，在脫水時，係使旋轉槽4與攪拌體 7 —同地在一方向上直接作旋轉。 在水槽2之底部，係被形成有排水口 9。水槽2，係 將內部之水從此排水口 9而通過排水閥1 〇以及排水管1 1 φ 來作排水。在排水口 9處，係被並排設置有水位檢測用之 空氣阱12。在此空氣阱12處，係被連接有空氣管13。 於圖14中，操作面板14，係藉由後述之特定的顯示 狀態而被顯示。此操作面板1 4，例如係被設置在頂蓋1 C 之前部處。操作面板14，係作爲電源開關，而具備有由自 動回復型之推壓開關所成的電源投入開關15A、和由自動 回復型之推壓開關所成的電源切斷開關16。又，操作面板 14，係具備有：將存在有停電一事作顯示之停電存在顯示 φ 器17、和用以對運轉之預約作設定的預約開關18、和將 運轉之預約的設定作顯示之預約顯示器19、和將從進行了 運轉之預約起直到運轉被開始爲止的剩餘時間（預約待機 時間）作顯示之剩餘時間顯示器2 0、和用以對風乾燥作設 定之風乾燥開關21、和將風乾燥之設定作顯示的風乾燥顯 示器22。 進而，操作面板14，係具備有：用以設定運轉之行程 的行程開關23、和用以顯示所設定之運轉行程（「標準行 程」、「強力清洗行程」、「確實洗淨行程」、「預浸行 -9- 1373543 程j 、「毛毯行程」、「槽洗淨行程」）的行程顯示器24 〜29、和用以使運轉開始之開始開關30、和用以對水位作 設定之水位開關3 1、和將設定水位作顯示之水位顯示器 32〜35、和用以對清洗行程作設定之清洗開關36、和對清 洗行程之設定時間作顯示之清洗時間顯示器3 7、和用以對 洗淨行程作設定之洗淨開關38、和將洗淨行程之設定次數 作顯示的洗淨次數顯示器39、和將被設定有注水洗淨一事 作顯示的注水洗淨顯示器40、和用以對脫水行程作設定之 脫水開關4 1、和對脫水行程之設定時間作顯示的脫水時間 顯示器42。 另外，在上述之各種顯示器中，係使用有LED。 相對於此，於圖15中，係展示有以控制裝置43作爲 主體之電性構成。相當於電性構成之核心的控制裝置43， 例如係爲由被配設在頂蓋lc之內部的微電腦所成。此微 電腦，係包含有CPU、ROM、RAM等而被構成，並藉由 實行預先所記憶之程式，來對洗衣機之各種動作作控制。 若是電源投入開關1 5 A被操作，則係從電源4 4而對 控制裝置43作給電。藉由根據此給電而從控制裝置43而 來之訊號，電源繼電電路45，係成爲將給電狀態作保持。 又，若是操作面板14所具有之電源切斷開關16被作操作 ，則藉由根據此操作而從控制裝置43而來之訊號，電源 繼電電路45，係成爲將給電狀態作解除。進而，就算是在 由於停電等而使電源之供給中斷的時間點時，電源繼電電 路45，亦係成爲將對於控制裝置43之給電狀態解除。 -10- 1373543 在控制裝置43處，係從由操作面板14所具備之其他 的開關群所成的開關輸入部46而被輸入有各種操作訊號 。又，在控制裝置43處，係從以將驅動裝置8之旋轉（ 以及旋轉槽4或攪拌體7之旋轉）檢測出來的方式而設置 之旋轉感測器47而被輸入有旋轉檢測訊號。又，在控制 裝置43處，係成爲從以在空氣阱12處透過空氣管13來 檢測出水槽2內之水位的方式而設置之水位感測器48而 φ 被輸入有水位檢測訊號。另外，控制裝置43，係成爲進行 將從旋轉感測器47所輸入之每單位時間的旋轉檢測訊號 除以該單位時間的演算，而計算出驅動裝置8之旋轉速度 (以及旋轉槽4或攪拌體7之旋轉速度）。 而後，控制裝置43，係成爲根據被輸入之各種訊號、 以及預先所記憶之控制程式，來對於由操作面板1 4所具 有之各種顯示器群所成的顯示部49之動作，特別是對由 電子蜂鳴器所成之蜂鳴器5 0的動作、和以對於水槽2內 φ 作給水的方式而設置的給水閥5 1之動作、和排水閥1 0之 動作、以及驅動裝置8之動作作控制。進而，控制裝置43 ，例如係成爲在其與由例如EEPROM所成之非揮發性記憶 體5 2之間，來如同後述一般地進行記憶資訊之授受。 接著，針對上述構成之洗衣機的作用作敘述。 . 圖1乃至圖5，係展示控制裝置43所致之洗衣機的控 - 制內容。圖1，係展示電源投入時之控制內容。若是電源 投入開關1 5 A被操作，則係如同前述一般，從電源44而 對控制裝置43作給電。根據此給電，控制裝置43，係在 -11 - 1373543 電源繼電電路45處而將給電狀態作保持（步驟A1)。 而後，控制裝置43，係從非揮發性記憶體5 2來讀出 停電之記憶資訊（步驟A2)、並從該讀出了的資訊來判 斷停電資訊是否被清除（步驟A3)。控制裝置43，在步 驟A3中，若是判斷停電資訊係被清除（YES )，則係在 操作面板14之各種顯示器處使其進行通常之電源投入的 顯示」（步驟A4)，並使蜂鳴器50進行「通常之電源投 入的動作」（步驟A5)。在蜂鳴器50之「通常之電源投 入的動作」中，控制裝置4 3，係使蜂鳴器5 0進行一次之 0.05秒間的動作。另外，在此「通常之電源投入的動作」 中之蜂鳴器5 0的動作次數或是動作時間等，係可適宜地 變更並實施。 之後，控制裝置43，係判斷開始開關3 0是否被操作 (步驟A6 )。控制裝置43，若是判斷開始開關3 0係被作 了操作（YES )，則係實行通常之運轉（步驟A7 )。 相對於此，控制裝置43，在步驟A3中，若是判斷停 電資訊係並未被清除（NO )，則係在操作面板1 4之各種 顯示器處，使其進行在步驟A2中所讀出之記憶資訊中的 停電資訊（停電之發生、在非揮發性記憶體52中所記憶 了的於停電發生前之運轉的設定內容或是進行狀況）之顯 示（步驟A4’）。 圖14，係展示在上述步驟A4’中控制裝置43所顯示 之內容的其中一例。於此情況，控制裝置43，係藉由使存 在停電顯示器17作點滅，而對發生有停電一事作顯示。 •12- 1373543 而後，控制裝置43，係使毛毯行程顯示器28與注水洗淨 顯示器40點燈，並在注水次數顯示器3 9處顯示「2」（2 次），而在脫水時間顯示器42處顯示「5」（5次），並 使水位顯示器32點燈。藉由此，控制裝置43，係顯示了 :在停電發生前之設定行程，係爲「毛毯行程」，於此毛 毯行程中，「於第2次之注水洗淨中運轉係停止」，「脫 水時間係剩餘5分鐘」，「設定水位係爲高水位」。 又，控制裝置43，係使蜂鳴器50進行「存在停電之 發生的動作」（步驟A5')。在此蜂鳴器50之「存在停電 之發生的動作」中，控制裝置4 3，係使蜂鳴器反覆進行 1 〇次之動作〇 · 2秒並停止0 · 3秒的動作。亦即是，控制裝 置43，係使蜂鳴器50藉由與上述之通常的電源投入時爲 相異之形態（相異之模式）來動作。另外，在此「存在停 電之發生的動作」中之蜂鳴器5 0的動作時間、停止時間 或是反覆次數等，係可適宜地變更並實施。 此後，控制裝置43，係判斷開始開關30是否被操作 (步驟A6')。控制裝置43，若是判斷開始開關30係被 作了操作（YES )，則係從在步驟Α4·中所顯示了的運轉 之進行階段起，而以所顯示之內容來使運轉再度開始。亦 即是’控制裝置43，係從停電發生前而記憶在非揮發性記 憶體52中之運轉的進行階段起，來以記憶在非揮發性記 憶體52中之內容而使運轉再度開始（步驟Α7·)。 圖2乃至圖5，係詳細展示控制裝置43在步驟Α7中 所實行之通常的運轉之控制內容。於最初，控制裝置4 3， -13- 1373543 係判斷是否爲運轉中（步驟All)。於此情況，控制裝置 43’若是並未進行後述之步驟A52的運轉結束處理，則係 判斷在此步驟Al 1中係爲運轉中（YES )。因此，接著， 控制裝置43’係判斷是否存在有預約之設定（步驟A12) 。控制裝置43，若是判斷並不存在有預約之設定（NO) ’則係進一步判斷是否存在有清洗行程之設定（步驟A13 )· 於此’若是被設定有當使用者並未對行程開關23作 操作的情況時所自動被設定之「標準行程」，則控制裝置 43’在上述步驟13中，係判斷其係存在有清洗行程之設 定（YES)。因此，接著，控制裝置43，係判斷洗滌物量 之檢測行程是否結束（步驟A14 )。控制裝置43，若是判 斷洗滌物量之檢測行程並未結束（NO )，則係在此階段 下，而記憶停電資.訊（步驟A 1 5 )。 圖6，係展示有「標準行程」之行程內容、和於該進 行階段中的作爲停電資訊之行程記憶No。對應於洗滌物 量之檢測行程的行程記憶No，係爲「1」。故而，在上述 步驟A1 5中，控制裝置43，係判定其係進行至了「標準 行程」之洗滌物量的檢測行程，並將身爲對應於此階段之 停電資訊的行程記憶No「1」作記憶（參考圖2 )。另外 ，在此「標準行程」中，對應於洗滌物量之檢測行程後的 給水行程之行程記憶No，係爲^ 3」。對應於清洗行程後 之排水行程的行程記億No ’係爲^ 4」。對應於第1中間 脫水行程（脫水1)後之第1噴淋洗淨行程（噴淋洗淨1 -14- 1373543 )的行程記憶No，係爲「5」。對應於第2中間脫水行程 (脫水2)後之第2噴淋洗淨行程（噴淋洗淨2)的行程 記億No，係爲「6」。對應於第3中間脫水行程（脫水3 )後之給水行程的行程記億No，係爲「7」。對應於最終 洗淨行程後之排水行程的行程記憶No，係爲「8」。對應 於最終脫水行程後之風乾燥行程的行程記憶No，係爲^ 9 * 」。關於其他之行程，係並未被設定有相對應之行程記憶 'φ No。故而，控制裝置43，針對其他之行程，係成爲並不 記憶停電資訊。 圖7，係展示有「預浸行程」之行程內容、和於該進 行階段中的作爲停電資訊之行程記憶No。另外，在「預 浸行程」中之第1中間脫水行程（脫水1 )以後的行程， 係與上述之「標準行程」中的第1中間脫水行程以後的行 程相同。於圖8中，係展示有「伴隨有預約之設定的標準 行程」之行程內容、和於該進行階段中的作爲停電資訊之 φ 行程記憶No。於圖9中，係展示有「伴隨有預約之設定 的預浸行程」之行程內容、和於該進行階段中的作爲停電 資訊之行程記憶No。另外，在「伴隨有預約之設定的預 • 浸行程」中之第1中間脫水行程（脫水1 )以後的行程， 係與上述之「標準行程」中的第1中間脫水行程以後的行 程相同。於圖1〇中，係展示有「槽洗淨行程」之行程內 容、和於該進行階段中的作爲停電資訊之行程記憶No。 關於其他之行程’係省略行程內容與行程記憶No之圖示 -15- 1373543 圖11，係爲展示非揮發性記憶體52之記憶映射的一 部份。在非揮發性記憶體52之位址10處，行程係記憶有 4bit之記憶容量、水位係記億有2bit之記憶容量、停電時 機係記憶有4bit之記億容量、脫水時間係記憶有4bit之 記憶容量。在非揮發性記憶體5 2之位址1 2處，清洗時間 係記億有4bit之記憶容量、洗淨次數係記憶有3bit之記 憶容量、風乾燥時間係記憶有3 bit之記憶容量、預浸時間 係記憶有3bit之記憶容量。 圖1 2，係爲對於在非揮發性記憶體52中所記憶之記 億內容，而將上述各項目別與上述各記憶容量一同作展示 。控制裝置43，係將關於行程之記億內容，如圖1 2中所 示一般地作記憶。亦即是，控制裝置43，係成爲分別地將 對應於「標準行程」之記憶內容記憶於「1」、將對應於 「強力清洗行程」之記憶內容記憶於「2」、將對應於「 確實洗淨行程」之記憶內容記憶於「3」、將對應於「毛 毯行程」之記憶內容記憶於「4」、將對應於「預浸行程 」之記憶內容記憶於「5」、將對應於「槽洗淨行程」之 記憶內容記憶於「6」。控制裝置43，係將關於其他之項 目（水位、清洗時間、…）之記憶內容，亦分別如圖12 中所示一般地作記憶。 而，在步驟A15之後，控制裝置43，係檢測出洗滌 物量（圖2中所示之步驟A16)。在此洗滌物量之檢測中 ，控制裝置43，例如，係由使旋轉槽4上升至特定之旋轉 速度爲止所需之時間、和其後將旋轉槽4之驅動停止並使 -16- 1373543 旋轉槽4作惰性旋轉並藉由此而使旋轉槽4之旋轉速度下 降至特定之旋轉速度所需之時間，來檢測出洗滌物之量° 亦即是，控制裝置43，係根據驅動裝置8之旋轉負載來檢 測出洗滌物量。如此這般，旋轉感測器47與控制裝置43 ，係擔當檢測出洗滌物量之功能。 在步驟A16之後，控制裝置43，係設定洗滌物量之 檢測行程的結束（結束旗標）（步驟A17)。而後，控制 φ 裝置43，係回到步驟All，並與前述相同地而經過步驟 A12、A13，並到達步驟 A14。此時，由上述步驟 A17之 結果，控制裝置43，係判斷洗滌物量之檢測行程爲結束（ YES )。因此，接著，控制裝置43，係判斷是否被設定有 「預浸行程」（步驟A 1 8 )。控制裝置43 ’若是判斷被設 定有「預浸行程」（NO)，則係在此階段下，而記憶停 電資訊（步驟A19)。此時，控制裝置43，係判定「標準 行程」之洗滌物量的檢測行程係結束並進行至了接下來的 φ 給水行程，而將身爲對應於此階段之停電資訊的行程記憶 No「3」作記億（參考圖6)。 此後，控制裝置4 3，係從給水行程而經過清洗行程（ 步驟A20 )。另外，在給水行程中，控制裝置43，係使給 水閥5 1開放，並對水槽2內進行給水’直到其成爲對應 於在步驟A16中所檢測了的洗滌物量之水位’或是成爲使 用者對水位開關3 1作操作而手動設定了的水位。在清洗 行程中，控制裝置43，係使攪拌體7在例如正反兩方向而 交互作旋轉，並藉由此而將洗滌物作洗淨。 -17- 1373543 在步驟A20之後，控制裝置43，係設定洗淨行程的 結束（步驟A2 1)，接著，將清洗行程之設定清除（步驟 A22 )。而後，控制裝置43，係再度回到步驟A1 1，並與 前述相同地而經過步驟A12，並到達步驟A13。此時，由 上述步驟A22之結果，控制裝置43，係判斷並不存在有 清洗行程之設定（NO)。因此，接著，控制裝置43，係 判斷是否存在有洗淨行程之設定（圖3中所示之步驟A2 3 )° 在步驟A23中，控制裝置43，若是判斷係存在有清 洗行程之設定（YES )，則係判斷第1中間脫水行程（脫 水1 )是否結束（步驟A24 )。控制裝置43，若是判斷第 1中間脫水行程並未結束（NO )，則係在此階段下，而記 憶停電資訊（步驟A25 )。此時，控制裝置43，係判定「 標準行程」之清洗行程係結束並進行至了接下來的排水行 程，而將身爲對應於此階段之停電資訊的行程記憶No「4 」作記憶（參考圖6)。 此後，控制裝置43，係從排水行程而經過第1中間脫 水行程（步驟A26 )。另外，在排水行程中，控制裝置43 ，係使排水閥1 〇開放，並將水槽2內之水通過排水管1 1 而排出至機外。在第1中間脫水行程中，控制裝置43，係 藉由使旋轉槽4作旋轉而對洗滌物作離心脫水》 在步驟A26之後，控制裝置43，係設定第1中間脫 水行程的結束（步驟A27 )。而後，控制裝置43，係進而 回到步驟 All，並與前述相同地而經過步驟 A12、A13、 -18- 1373543 A23，並到達步驟A24。此時，由上述步驟A27之結果， 控制裝置43，係判斷第1中間脫水行程爲結束（YES )。 因此，接著，控制裝置43，係判斷洗淨行程之次數是否被 設定有3次（步驟A28 )。 控制裝置43，若是判斷洗淨行程之次數係被設定爲3 次（YES )，則係在此階段下，而記億停電資訊（步驟 A30 )。此時，控制裝置43，係判定「標準行程」之第1 φ 中間脫水行程係結束並進行至了接下來的第1噴淋洗淨行 程（噴淋洗淨1)，而將身爲對應於此階段之停電資訊的 行程記憶No「5」作記憶（參考圖6 )。 此後，控制裝置43，係從第1噴淋洗淨行程而經過第 2中間脫水行程（脫水2 )(步驟A3 1 )。另外，在第1 噴淋洗淨行程中，控制裝置43，係將對於水槽2內之給水 (注水）與旋轉槽4之旋轉交互地或是同時地進行’並藉 由此而對洗滌物作沖洗。在第2中間脫水行程中’控制裝 φ 置43，係進行與上述之第1中間脫水行程相同的動作。 在步驟A3 1之後，控制裝置43，係設定第1噴淋洗 淨行程的結束（步驟A32 )。接著，控制裝置43 ’係將作 爲洗淨行程之次數而被設定了的「3次」作清除’同時’ 作爲洗淨行程之次數，而設定「2次」（步驟A3 3)。而 後，控制裝置4 3，係進而回到步驟A 1 1，並與前述相同地 而經過步驟人12、八13、八23、入24’並到達步驟八28°此 時，由上述步驟A33之結果，控制裝置43，係判斷洗淨 行程之次數係並未被設定爲3次（NO)。因此’接著’ -19- 1373543 控制裝置43,係判斷洗淨行程之次數是否被設定爲2 步驟A29 )。 控制裝置43,若是判斷洗淨行程之次數係被設定 次（YES )，則係在此階段下，而記憶停電資訊（ A34)。此時，控制裝置43，係判定「標準行程」之 中間脫水行程係結束並進行至了接下來的第2噴淋洗 程（噴淋洗淨2)，而將身爲對應於此階段之停電資 行程記憶No「6」作記億（參考圖6 )。 此後，控制裝置43，係從第2噴淋洗淨行程而經 3中間脫水行程（脫水3 )(步驟A3 5 )。另外，在 噴淋洗淨行程中，控制裝置43，係進行與上述之第1 洗淨行程相同的動作。在第3中間脫水行程中，控制 43，係進行與上述之第1中間脫水行程以及第2中間 行程相同的動作。在步驟A3 5之後，控制裝置43， 定第2噴淋洗淨行程的結束（步驟A3 6)。接著，控 置43,係將作爲洗淨行程之次數而被設定了的「2次 清除，同時，作爲洗淨行程之次數，而設定「1次」 驟 A37)。 而後，控制裝置43，係進而回到步驟A1 1，並與 相同地而經過步驟 A12、A13、A23、A24、A28，並 步驟A29。此時，由步驟A37之結果，控制裝置43 判斷洗淨行程之次數係並未被設定爲2次（NO)。 ’接著，控制裝置43，係於此階段下而將停電資訊作 (步驟A3 8 )。此時，控制裝置43，係判定「標準行 次（ 爲2 步驟 第2 淨行 訊的 過第 第2 噴淋 裝置 脫水 係設 制裝 」作 (步 前述 到達 ，係 因此 記憶 程j -20- 1373543 之第2噴淋洗淨行程係結束並進行至了接下來的給水行程 ，而將身爲對應於此階段之停電資訊的行程記億No「7」 作記億（參考圖6 )。 此後，控制裝置43，係從給水行程而經過最終洗淨脫 水行程（步驟A39)。另外，在給水行程中，控制裝置43 ’係進行與上述之給水行程相同的動作。在最終洗淨行程 中，控制裝置43，係進行與上述之清洗行程相同的動作。 φ 在步驟 A3 9之後，控制裝置43，係設定最終洗淨行程的 結束（步驟A40 )，接著，將洗淨行程之設定清除（步驟 A4 1 )。 而後，控制裝置4 3，係進而回到步驟A 1 1，並與前述 相同地而經過步驟 A 1 2、A 1 3，並到達步驟A23。此時， 由步驟A4 1之結果，控制裝置43，係判斷並未被設定有 洗淨行程（NO )。因此，接著，控制裝置43，係判斷是 否存在有脫水行程之設定（圖4中所示之步驟A42) » φ 在步驟A42中，控制裝置43，若是判斷係存在有脫 水行程之設定（YES )，則係判斷最終脫水行程是否結束 (步驟A43 )。控制裝置43，若是判斷最終脫水行程並未 結束（NO )，則係在此階段下，而記憶停電資訊（步驟 A44 )。此時，控制裝置43，係判定「標準行程」之最終 洗淨行程係結束並進行至了接下來的排水行程，而將身爲 對應於此階段之停電資訊的行程記億No「8」作記憶（參 考圖6 )。 此後，控制裝置43，係從排水行程而經過最終脫水行 -21 - 1373543 程（步驟A45 )。另外，在排水行程中，控制裝置 進行與上述之排水行程相同的動作。在最終脫水f 控制裝置43，係進行與上述之各中間脫水行程相同 。但是，控制裝置43，係將此最終脫水之時間，設 上述之各中間脫水時間爲更長而實行之。 在步驟A45之後，控制裝置43，係設定最終 程的結束（步驟A46 )。而後，控制裝置4 3，係判 存在有風乾燥行程之設定（步驟A47 )。控制裝置 是判斷係存在有風乾燥行程之設定（YES )，則係 到步驟A 1 1。而後，控制裝置43，係從步驟A 1 1， 述相同地而經過步驟 A12、A13、A23、A42，並到 A43。此時，由步驟A46之結果，控制裝置43，係 終脫水行程係結束（YES )。因此，接著，控制裝f 係於此階段下，而將停電資訊作記憶（步驟A4 8 ) ，控制裝置43，係判定「標準行程」之最終脫水行 束並進行至了接下來的風乾燥行程，而將身爲對應 段之停電資訊的行程記億No「9」作記憶（參考圖 此後，控制裝置43，係經過風乾燥行程（步驟 。另外，在此風乾燥行程中，控制裝置43，係進行 脫水行程相同的動作。在步驟A49之後，控制裝§ 係將脫水行程之設定清除（步驟A50)，並回到步 。而後，控制裝置43,係從步驟All，來與前述相 經過步驟A12、A13、A23，並到達步驟A42。此時 驟A50之結果，控制裝置43，係判斷並未被設定 4 3，係 程中， 的動作 定爲較 脫水行 斷是否 43，若 進而回 來與前 達步驟 判斷最 置43， 。此時 程係結 於此階 6 )。 A49 ) 與最終 ί 43， 驟 All 同地而 ，由步 有脫水 •22- 1373543 行程（NO)。因此，接著，控制裝置43，係將所記億了 的停電資訊清除（步驟A51)，並進行運轉結束處理（步 驟A52)。故而，於此後之電源投入時，控制裝置43,係 成爲在步驟A3中，判斷停電資訊係被清除（YES )。 雖未圖示，但是，控制裝置43，係成爲亦檢測出在運 轉途中之電源切斷開關16的操作（亦即是，檢測出電源 開關之〇 F F )。而後’控制裝置4 3 ’係成爲當檢測到此電 'φ 源開關之OFF時，亦將所記憶了的停電資訊清除。故而， 就算是在運轉途中而電源切斷開關16被作了操作的情況 時，於其後之電源投入時，，控制裝置43，亦成爲在步驟 A3中，判斷停電資訊係被清除（YES )。 另外’在步驟A47中，控制裝置43，若是判斷係並 不存在有風乾燥行程之設定（NO)，則係成爲前進至步 驟 A5 0 » 在圖2所示之步驟A18中，控制裝置43，若是判斷 φ 係被設定有「預浸行程」（YES )，則接著，係判斷預浸 行程是否結束（步驟A53 )。控制裝置43，若是判斷預浸 行程並未結束（NO )，則係在此階段下，而記憶停電資 ’訊（步驟A54)。此時，控制裝置43，係判定「預浸行程 j之洗滌物量的檢測行程係結束並進行至了接下來的給水 行程，而將身爲對應於此階段之停電資訊的行程記憶No 「2」作記憶（參考圖7 )。 此後，控制裝置43，係從給水行程而經過預浸行程（ 步驟A55 )。另外，在預浸行程中，控制裝置43，係將水 -23- 1373543 槽2內（旋轉槽4內）之洗漉物浸漬在洗滌水中。在步驟 A55之後，控制裝置43，係設定預浸行程之結束（步驟 A56 )，而後，進而回到步驟Al 1。而後，控制裝置43， 係從步驟All，來與前述相同地而經過步驟A12、A13、 A14、A18，並到達步驟A53。此時，由步驟 A56之結果 ，控制裝置43，係判斷預浸行程係結束（YES )。故而， 接著，控制裝置43，係前進至步驟A19。另一方面，在上 述之步驟A12中，控制裝置43，若是判斷係存在有預約 之設定（YES )，則接著，係判斷預約待機時間是否結束 (圖5中所示之步驟A57 )。控制裝置43，若是判斷預約 待機時間係並未結束，則係經過進行與上述之步驟A 1 4〜 A17相同的動作之步驟A58〜A61，並回到步驟All。 而後，控制裝置43，係從步驟All，來與前述相同地 而經過步驟A12、A57’並到達步驟A58。控制裝置43’ 若是判斷洗滌物量之檢測行程係結束（YES )，則接著’ 係判斷是否被設定有「預浸行程」（步驟A62) °控制裝 置43，若是判斷係並未被設定有「預浸行程」（NO) ’ 則係在此階段下，而記億停電資訊（步驟A63 )。此時’ 控制裝置43，係判定「伴隨有預約之設定的標準行程」之 洗滌物量的檢測行程係結束並進行至了預約待機狀態（胃 約待機時間中），而將身爲對應於此階段之停電資訊的行 程記憶No「3」作記億（參考圖8 )。 在步驟A62中，控制裝置43，若是判斷被設定有「 預浸行程」（YES )，則係在此階段下，而記憶停電資訊 -24- 1373543 (步驟A64 )。此時，控制裝置43，係判定「伴隨有預約 之設定的預浸行程」之洗滌物量的檢測行程係結束並進行 至了預約待機狀態（預約待機時間中），而將身爲對應於 此階段之停電資訊的行程記億No「2」作記憶（參考圖9 )° 行程記憶No「2」以及行程記億No「3」，係均爲與 在進行至了給水行程的情況時之停電資訊爲相同的記億內 φ 容。亦即是，控制裝置43，當並未進行有預約之設定的情 況時，則就算是進行至了預約待機行程，亦並不對已進行 至了該預約待機行程中一事作記憶，而將已進行至了給水 行程一事作記億。而後，控制裝置43，當再度開始運轉的 情況時，係並不進行待機，而直接從給水行程來開始運轉 〇 在步驟 A5 7中，控制裝置43，若是判斷預約待機時 間係結束（YES )，則係將預約之設定清除（步驟A65 ) •。 另外，在圖2乃至圖5中，係將關於控制裝置43所 實行之「強力清洗行程」、「確實預浸行程」、「毛毯行 程」、「槽洗淨行程」的控制內容作省略。 如此這般，在本構成之洗衣機中，控制裝置43，係在 非揮發性記憶體52處，而於運轉中使其對於該運轉之設 定內容或是進行狀況作記憶。又，控制裝置43，係成爲當 通常之運轉結束時、或是檢測到電源開關之OFF時，將非 揮發性記憶體5 2之記憶內容清除。而後，控制裝置43， -25- 1373543 係在電源投入時，若是判斷前次之電源的遮斷係爲 運轉結束，或是判斷並非爲電源開關之OFF (步驟 爲NO)，則成爲能夠從記憶在非揮發性記億體52 轉的進行階段起（特別是從對應於進行階段之行程 起），來以記憶在非揮發性記憶體52中之內容而 再度開始。 藉由此，洗衣機，當在運轉中發生了停電的情 在步驟A3中爲NO)，係能夠於其後，在電源回復 記憶在非揮發性記憶體52中之運轉的進行階段起 記憶在非揮發性記憶體52中之內容而使運轉再度 步驟A71)。另一方面，當在運轉中被進行有使用 的電源開關之OFF操作的情況時（在步驟A3中爲 ，而奇後，當電源被投入時，係能夠將運轉從最初 進行（步驟A7)。 又，在本構成之洗衣機中，控制裝置43，當電 時，若是判斷前次之電源的遮斷係並非爲通常之運 、或是並非爲電源開關之OFF，則係成爲將發生有 事作顯示（步驟A4’）。藉由此，能夠將停電之發 地且明確地通知給使用者。 進而，在本構成之洗衣機中，控制裝置43，係 將發生了停電一事作顯示時，使蜂鳴器50藉由與 電源投入時爲相異之形態來動作（步驟A5’）。藉 亦能夠將停電之發生容易地且明確地通知給使用者 進而，在本構成之洗衣機中，控制裝置43，當 通常之 A3中 中之運 的最初 使運轉 況時（ 時，從 ，來以 開始（ 者所致 YES ) 來重新 源投入 轉結束 停電一 生容易 設爲在 通常的 由此， 〇 未被進 -26- 1373543 行有預約之設定的情況時，係設爲在非揮發性記億體52 處並不進行待機時間的記憶（步驟A63、A64 )。藉由此 ，當電源被再度投入並使運轉再度開始的情況時，係能夠 並不待機地而直接使運轉再度開始。 相對於上述，圖16乃至圖19，係爲展示本發明之第 2實施例乃至第5實施例者。另外，在此些之第2實施例 乃至第5實施例中，對於與第1實施例相同之部分，係附 加相同之符號，並省略其說明，而僅針對相異之部分來作 敘述。 [第2實施例] 在圖16所示之第2實施例中，控制裝置43，係設爲 將發生了停電一事之顯示並不藉由專用之顯示器來顯示， 而是使用既存之顯示器來作顯示。具體而言，洗衣機，係 並不具備有身爲專用之顯示器的前述之停電存在顯示器17 φ 。控制裝置43，係使身爲既存之顯示器的毛毯行程顯示器 28和身爲既存之顯示器的注水洗淨顯示器40作點滅。與 此同時的，控制裝置43，係在身爲既存之顯示器的洗淨次 數顯示器39處來使「2」一面點滅一面進行顯示，並在身 爲既存之顯示器的脫水時間顯示器42處來使「5」一面點 滅一面進行顯示。又，控制裝置43，係使身爲既存之顯示 器的水位顯示器3 2作點燈。 藉由此，控制裝置43，係將發生了停電一事作顯示， 而後，與前述相同的，顯示了 ：在停電發生前之設定行程 -27- 1373543 ，係爲「毛毯行程」，於此毛毯行程中，「於第2次之注 水洗淨中運轉係停止」，「脫水時間係剩餘5分鐘」，「 設定水位係爲高水位」。若藉由本實施例，則能夠使用以 將發生了停電一事作顯示的專用之顯示器成爲不必要，而 能夠減低成本。 [第3實施例] 在圖17所示之第3實施例中，控制裝置4 3，係在將 發生了停電一事作顯示時，使對於運轉之設定內容的變更 成爲不可能。 具體而言，控制裝置43，係作爲在發生了停電一事之 顯示中的插入常式（routine )，而於最初判斷是否存在有 操作面板14所具有之各種開關的操作（步驟B1)。控制 裝置43，若是判斷並不存在有操作（no )，則係回到主 常式（return )。另一方面，控制裝置43，若是判斷係存 在有操作（YES )’則係判斷記憶在非揮發性記億體5 2中 之停電資訊是否被清除（步驟B2)。 控制裝置43 ’在步驟B2中，若是判斷停電資訊係被 清除（YES ) ’則係進行對應於被作了操作之開關的處理 (步驟B3)。另一方面，控制裝置43，若是判斷停電資 訊係並未被清除（NO )，則係判斷被作了操作之開關是 否爲開始開關30 (步驟B4 )。在此步驟B4中，控制裝置 43 ’若是判斷被作了操作的開關係爲開始開關30 ( YES ) ，則係前進至步驟B3。另一方面，控制裝置43，若是判 -28- 1373543 斷被作了操作的開關係並非爲開始開關30 ( NO )，則係 判斷被作了操作之開關是否爲子開關（child switch)(步 驟B5)。另外，本實施例之洗衣機，於此情況中，例如 係成爲經由對預約開關1 8與開始開關30同時作操作，而 使其實現作爲子開關之功能。 v 而後，在步驟B5中，控制裝置43，若是判斷被作了 操作的開關係爲子開關（YES )，則係前進至步驟B3。另 φ 一方面’控制裝置43，若是判斷被作了操作之開關並非爲 子開關（NO )，則係回到主常式。 亦即是，控制裝置43，係成爲對於用以再度開始運轉 之開始開關30以及爲了安全之子開關的操作，而進行對 應於該開關之操作的處理。相對於此，控制裝置43，對於 開始開關或是子開關以外之開關的操作，係成爲並不接收 該開關之操作所致的運轉之設定內容的變更。藉由此，控 制裝置43，係在將發生了停電一事作顯示時，使對於運轉 φ 之設定內容的變更成爲不可能。 控制裝置43，在將發生了停電一事作顯示時，係將操 作面板1 4之顯示設爲與通常之狀態時相異的狀態（參考 圖14、圖16)。於此狀態下，若是被進行有對運轉之設 定內容作變更的開關操作，則顯示係變得難以理解，而有 讓使用者產生混亂的可能性》在此第3實施例之洗衣機中 ，係不會有顯示被改變的情況。故而，顯示係維持在易於 理解的狀態下，且亦不會有令使用者混亂的可能性。 -29- 1373543 [第4實施例] 在圖18所示之第4實施例中，控制裝置43，係在將 發生了停電一事作顯示時，當被進行有對於運轉之設定內 容作變更的操作時，設爲將發生有停電一事的顯示消除， 並切換爲通常之顯示。 具體而言，控制裝置43，係作爲在發生了停電一事之 顯不中的插入常式（routine)，而於最初判斷是否存在有 操作面板14所具有之各種開關的操作（包含有對運轉之 設定內容作變更之開關）（步驟C1)。控制裝置43，若 是判斷並不存在有操作（NO )，則係回到主常式（return )。另一方面，控制裝置43，若是判斷係存在有操作（ YES )’則係判斷記憶在非揮發性記憶體52中之停電資訊 是否被清除（步驟C2)。 控制裝置43,在步驟C2中，若是判斷停電資訊係被 清除（YES )，則係進行對應於被作了操作之開關的處理 (步驟C3)。另一方面，控制裝置43，若是判斷停電資 訊係並未被清除（NO)，則係將停電資訊之顯示消除（ 步驟C〇 ’並前進至步驟C3。另外，在步驟3之處理（ 對應於被作了操作之開關的處理）中，係包含有因應了開 關操作之通常的顯示。控制裝置43，在將發生了停電一事 作顯示時，當被進行有對於運轉之設定內容作變更的操作 的情況時，係設爲將發生有停電一事的顯示消除，並切換 爲通常之顯示。 如此這般’經由將發生有停電一事的顯示消除，並切 -30- 1373543 換爲通常之顯示，能夠消除令使用者混亂之可能性。 [第5實施例] 在圖19所示之第5實施例中，控制裝置43，係在將 發生了停電一事作顯示時，當檢測到有電源開關之OFF的 情況時，設爲將非揮發性記憶體52之記憶內容作清除， 並於其後將電源遮斷。 具體而言，控制裝置43，係作爲在發生了停電一事之 顯示中的插入常式（routine )，而於最初判斷是否存在有 電源開關之OFF (電源切斷開關1 6之操作）（步驟D 1 ) 。控制裝置43，若是判斷並不存在有電源開關之OFF ( NO )，則係回到主常式（return )。另一方面，控制裝置 43，若是判斷係存在有電源開關之OFF ( YES )，則係判 斷記憶在非揮發性記憶體52中之停電資訊是否被清除（ 步驟D2 )。 控制裝置43，在步驟D2中，若是判斷停電資訊係被 清除（YES)，則係進行將電源遮斷的處理（步驟D3)。 另一方面，控制裝置43，若是判斷停電資訊係並未被清除 (NO)，則係將記憶在非揮發性記憶體5 2中之停電資訊 清除（步驟D4)，並前進至步驟D3 (電源遮斷之處理） 〇 若藉由此種構成，則當在發生有停電一事之顯示中而 欲由停電發生前之狀態來再度開始運轉的情況時，係只要 如同前述一般而操作開始開關3 0即可。相對於此，當在 -31 - 1373543 發生有停電一事顯示中而欲實施通常之運轉時，係 行電源開關之OFF並再度將電源投入即可。藉由此 以易於理解之操作來使操作性變佳。 另外，控制裝置43，對於運轉中之非揮發性 52所致的運轉之設定內容或進行狀況之記億，係亦 如同前述一般地在每一特定之行程中作記憶，而是 特定之時間中來進行。 又，控制裝置43，係亦可設爲藉由特定之操作 —面操作預約開關18—面對電源投入開關15A進 等之操作）來將停電發生之顯示功能以及將運轉從 狀態來再度開始之功能無效化。於此情況，在製品 時，係將上述功能有效化，並能夠藉由使用者所致 操作來將上述功能無效化。若是將上述功能無效化 停電發生後，就算是投入電源，顯示亦係成爲通常 投入時的狀態。又，若是從將上述功能作了無效化 下，而再度進行相同的特定操作，則能夠將上述功 有效化。進而，若是將控制裝置43構成爲能夠將 述功能係爲有效之狀態或是無效之狀態一事的資訊 非揮發性記憶體52中，則爲理想。藉由此，在將 能之有效或是無效作過一次設定之後，係不需要對 能之有效或無效再度作設定。 [第6實施例] 接著，參考圖20乃至圖24，對本發明之第6 只要進 ，能夠 記憶體 可並不 在每一 (例如 行操作 停電前 之出貨 之特定 ，則在 之電源 的狀態 能再度 關於上 記憶在 上述功 上述功 實施例 -32- 1373543 作說明。另外，在此第6實施例中，對於與第1實施例相 同之部分，係附加相同之符號，並省略其說明，而僅針對 相異之部分來作敘述。圖20，係展示本實施例之洗衣機的 電性構成。 電源插頭44A，係被連接於與身爲商用交流電源之電 源44 (參考圖15)相連接之電源插座（未圖示）。電源 插頭44 A，其中一方之電源端子係被連接於控制電源電路 φ 45A之其中一方的輸入端子，而另外一方之電源端子係經 由開關裝置15而被連接於控制電源電路45A之另外一方 的輸入端子。此控制電源電路45A之兩輸出端子，係被連 接於控制裝置43之電源輸入端子。亦即是，開關裝置15 ，係被設置在電源插頭44A與控制電源電路45A之間的 通電路44a、44b中之通電路44a處。此控制電源電路 45A，係爲構成電源繼電電路45 (參考圖15)之一部分者 〇 φ 開關裝置15，其構成係具備有：電源投入開關15A、 和閂鎖繼電器15B、和ON用線圈15C、和OFF用線圏 15D»電源投入開關15A，係由藉由手動而被設爲ON並 將通電路44a作閉路之自動回復形的推壓開關所成。閂鎖 繼電器15B，係被與此電源投入開關i5A作並聯連接。此 閂鎖繼電器15B，係藉由ON用線圈15C之通電而被閉路 ’並且，在閉路後，就算是ON用線圈15C被斷電，亦係 保持閉路狀態，而若是OFF用線圈15D被通電，則成爲 開放。故而，此閂鎖繼電器15B，只要OFF用線圏15D未 -33- 1373543 被通電，則係維持在閉路狀態。 閂鎖繼電驅動電路61，係經由對於ON用線圈15C以 及OFF用線圈15D通電以及斷電作控制（通斷電控制） ’而對閂鎖繼電器1 5B之開閉作控制。 此閂鎖繼電驅動電路61，係具備有：相當於用以將 ON用線圏15C作ON/0之開關元件的NPN型之電晶體62 '和用以檢測出電源切斷開關16之閉路（使用者所致之 ON操作）的檢測電路63、和相當於用以將OFF用線圈 15D作ΟΝ/OFF之開關元件的NPN型之電晶體64。 ON用線圈15C與電晶體62，係在直流電源Vd與 GND (接地）之間被作串聯連接。於此電晶體62之基極 處’係被從控制裝置43而賦予有閂鎖訊號 Sa (電晶體 ON訊號）。又，檢測電路63，係具備有被連接於直流電 源Vd與GND之間的分壓電阻63a以及分壓電阻63b。而 後，檢測電路63，係與上段之分壓電阻63a並聯地而連接 電源切斷開關16，並進而與下段之分壓電阻63b並聯地而 連接雜訊吸收用之電容器63C，而被構成。分壓電阻63a 與分壓電阻6 3 b間之連接點的電位，係作爲電源切斷開關 16之ON指令/OFF指令而起作用。特別是，電源切斷開 關16被作了 ON操作時之電位，係作爲電源切斷指令Sb 而被賦予至控制裝置43處。 OFF用線圈I5D與電晶體64，係在直流電源Vd與 GND之間被作串聯連接。於此電晶體64之基極處，係被 從控制裝置43而賦予有閂鎖開放訊號Sc (電晶體ON訊 -34-In the washing machine, when the power is interrupted (especially when the power is turned off) during operation, in general, the operation is interrupted. Therefore, it is necessary for the user to perform the operation for restarting the operation again after the power is restored. For example, the washing machine described in Patent Document 1 and the washing machine described in Patent Document 2 are known as a washing machine in consideration of a countermeasure against a power failure and a power failure. The washing machine described in Patent Document 1 is provided with a non-volatile memory and is stored in the non-volatile memory, and is stored during operation to set the content or progress of the operation. Then, the washing machine, when the power failure occurs, is followed by the power supply recovery (when the power is turned on), from the stage of the operation of the memory in the non-volatile memory, to the non-volatile The content in the memory causes the operation to start again. Further, the washing machine described in Patent Document 2 is mainly controlled by a non-power failure power supply device and a main power supply device (a power supply device for each device included in the washing machine) at a common commercial power source (primary power). Ministry . Make a connection. On the other hand, in the washing machine, when the commercial power source is blocked, the main control unit is automatically stopped by a specific processing program. Further, in the washing machine, when the supply of the commercial power source is resumed, the main control unit automatically activates 1373543. [PRIOR ART DOCUMENT] [Patent Document 1] Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. Hei. In the washing machine of Patent Document 1, the user can restart the operation from the interrupted stage after the power failure of the power failure, and it is convenient. However, in the washing machine of Patent Document 1, the above-described control is performed not only when the power failure occurs during operation, but also when the power switch is turned off by the user during operation (when the power is restored). From the stage of the operation of the memory in the non-volatile memory, the control is started again by memorizing the content in the non-volatile memory. Therefore, for example, even when the user turns off the power switch in order to restart the operation from the beginning, the operation is resumed from the middle when the power is restored, and it is inconvenient. . Further, the washing machine of the cited document 2 does not memorize the operation state or the operation content at the time of power failure. Therefore, it is impossible to restart the operation of the washing machine from the state before the power supply is interrupted. It is an object of the present invention to provide a case where the power supply is interrupted due to a power failure or the like during operation, and when the power is restored, it can be cut off from the stage of the electrical interruption of the -6 - 1373543. When the operation is normally resumed, or when the power switch is turned off during operation, the washing machine can be operated from the beginning when the power is returned. [Means for Solving the Problem] The washing machine of the present invention is characterized in that it is provided with a control device for supplying power from the power source, a non-volatile memory, and a power supply for the control device. The power-off switch that cancels the state, the control device includes a function of storing the setting content or the progress state of the operation in the non-volatile memory during operation; and when the operation is normally ended Or the function of clearing the memory content of the non-volatile memory when the power-off switch is operated to cancel the power-on state of the control device in the operation described above; and when in the foregoing control device When there is power supply, it is judged whether the content of the non-volatile memory of the non-volatile memory is cleared; and when it is judged that the memory content of the non-volatile memory is not cleared, the memory is memorized from the basis In the progress stage of the memory content in the memory, the function of the above operation is resumed in accordance with the content within the memory content. [Effects of the Invention] According to the present invention, when power is interrupted due to power failure or the like during operation, 'when returning to power supply' can be interrupted by power supply from the stage of power supply interruption. Content to get the operation started again. On the other hand, when the operation is normally completed or the power switch is turned OFF during operation, the operation can be performed from the beginning when the power is restored. [Embodiment] [Embodiment 1] Hereinafter, a first embodiment of the present invention will be described with reference to Fig. 15 and Fig. 15. Fig. 13 shows an overall configuration of a vertical axis type washing machine in a washing machine. The outer casing 1 which is the outer casing of the washing machine is a bottom base la, and a box body lb which is placed on the base ia and is combined, and is mounted on the box body lb and is It is composed of a combined top cover lc. At the top cover lc, the washing machine cover id is provided to be openable and closable. Inside the outer casing 1, a water tank 2 is provided. The water tank 2 is elastically supported by an elastic suspension mechanism 3 mainly composed of a plurality of hangers 3a (only one of which is shown). Inside the water tank 2, a swirling groove 4 is provided. The rotary groove 4 has a basket shape and has a plurality of (only a part of the illustrated) dewatering holes 5 in the entire area of the peripheral side wall. At the upper edge portion of the rotary groove 4, for example, a rotary balancer 6 in which a liquid is sealed is attached. At the bottom of the inside of the rotary groove 4, a stirring body 7 is disposed. At the lower portion of the outside of the water tank 2, a drive unit 8 extending from the bottom is provided as a washing machine motor. The drive unit 8 is, for example, an outer rotor type DC brushless motor as a main body, and a clutch mechanism (not shown) is housed in the interior 1373543. The driving device 8 is configured to directly rotate the stirring body 7 in the forward and reverse directions, for example, in the state in which the rotating tank 4 is stopped while the washing machine is in operation (washing stroke, washing stroke). . Further, when the driving device 8 is dehydrated, the rotary groove 4 is directly rotated in the same direction as the agitating body 7 in one direction. At the bottom of the water tank 2, a drain port 9 is formed. In the water tank 2, the internal water is drained from the drain port 9 through the drain valve 1 〇 and the drain pipe 1 1 φ. At the drain port 9, air traps 12 for water level detection are arranged side by side. At this air trap 12, an air tube 13 is connected. In Fig. 14, the operation panel 14 is displayed by a specific display state which will be described later. This operation panel 14 is, for example, disposed at the front of the top cover 1 C. The operation panel 14 is provided as a power switch, and is provided with a power supply switch 15A formed by a self-recovery type push switch and a power cutoff switch 16 formed by an automatic return type push switch. Further, the operation panel 14 is provided with a power failure display display φ unit 17 for displaying a power failure, a reservation switch 18 for setting a reservation for operation, and a reservation for setting the operation reservation. The display 19 and the remaining time display 20 for displaying the remaining time (reservation standby time) from the start of the operation until the start of the operation, and the air drying switch 21 for setting the air drying, and The air drying is set to display the air drying display 22. Further, the operation panel 14 is provided with a travel switch 23 for setting a stroke of the operation, and for displaying the set operation stroke ("standard stroke", "strong cleaning stroke", "really cleaning stroke", " Pre-dip line 9- 1373543, j, "rubber stroke", "slot cleaning stroke") travel display 24 to 29, and start switch 30 for starting the operation, and water level switch for setting the water level 3 1. and a water level display 32 to 35 for setting the water level for display, a cleaning switch 36 for setting the cleaning stroke, and a cleaning time display 37 for displaying the set time of the cleaning stroke, and for washing The cleaning switch 38 for setting the net stroke, the cleaning number display 39 for displaying the set number of cleaning strokes, and the water washing display 40 for displaying the water washing and cleaning, and for dehydrating The dehydration switch 4 1 for setting the stroke and the dehydration time display 42 for displaying the set time of the dehydration stroke. Further, in the various displays described above, LEDs are used. On the other hand, in Fig. 15, an electrical configuration in which the control device 43 is the main body is shown. The control device 43 corresponding to the core of the electrical configuration is formed, for example, by a microcomputer disposed inside the top cover lc. The microcomputer is constructed by including a CPU, a ROM, a RAM, etc., and controls various operations of the washing machine by executing a program stored in advance. If the power-on switch 15 5A is operated, the control unit 43 is powered from the power source 4 4 . The power supply relay circuit 45 maintains the power supply state by the signal from the control unit 43 based on the power supply. Further, when the power-off switch 16 of the operation panel 14 is operated, the power supply relay circuit 45 cancels the power-on state by the signal from the control device 43 based on the operation. Further, even when the supply of the power source is interrupted due to a power failure or the like, the power source relay circuit 45 is also released from the power supply state of the control device 43. -10- 1373543 At the control device 43, various operation signals are input from the switch input unit 46 formed by another switch group provided in the operation panel 14. Further, at the control device 43, a rotation detecting signal is input from the rotation sensor 47 provided to detect the rotation of the driving device 8 (and the rotation of the rotary groove 4 or the agitating body 7). Further, at the control unit 43, the water level sensor 48 is provided from the water level sensor 48 which detects the water level in the water tank 2 by passing the air tube 13 through the air trap 12, and φ is input with the water level detecting signal. Further, the control device 43 calculates the rotation speed of the driving device 8 (and the rotation tank 4 or the stirring) by dividing the rotation detection signal per unit time input from the rotation sensor 47 by the unit time. The rotation speed of the body 7). Then, the control device 43 operates on the display unit 49 formed by the various display groups included in the operation panel 14 based on the various signals input and the control program stored in advance, especially for the electronic device. The operation of the buzzer 50 formed by the buzzer, the operation of the water supply valve 51 provided to the water supply in the water tank 2, the operation of the drain valve 10, and the operation of the drive unit 8 control. Further, the control device 43 is, for example, between the non-volatile memory 52 and the non-volatile memory 52 made of, for example, an EEPROM, and the memory information is generally transmitted and received as will be described later. Next, the operation of the washing machine configured as described above will be described. . Fig. 1 through Fig. 5 show the control contents of the washing machine caused by the control unit 43. Figure 1 shows the control content when the power is turned on. If the power-on switch 1 5 A is operated, the control unit 43 is powered from the power source 44 as described above. According to this power supply, the control unit 43 holds the power supply state at the power supply relay circuit -11 - 1373543 (step A1). Then, the control unit 43 reads the memory information of the power failure from the non-volatile memory 52 (step A2), and judges from the read information whether or not the power failure information is cleared (step A3). When the control device 43 determines in step A3 that the power failure information is cleared (YES), the control unit 43 performs a normal power-on display on the various displays of the operation panel 14 (step A4), and the buzzer is provided. 50 "Operation of normal power supply" is performed (step A5). In the "normal power input operation" of the buzzer 50, the control device 43 causes the buzzer 50 to perform once. 05 seconds of action. In addition, the number of operations of the buzzer 50 or the operation time in the "normal power supply operation" can be appropriately changed and implemented. Thereafter, the control unit 43 determines whether or not the start switch 30 is operated (step A6). When the control device 43 determines that the start switch 30 is operated (YES), the normal operation is performed (step A7). On the other hand, if the control device 43 determines in step A3 that the power failure information system has not been cleared (NO), it is stored in the various displays on the operation panel 14 to perform the memory read in step A2. The blackout information in the information (the occurrence of power failure, the setting content of the operation before the power failure occurred in the non-volatile memory 52, or the progress status) is displayed (step A4'). Fig. 14 shows an example of the contents displayed by the control unit 43 in the above step A4'. In this case, the control unit 43 displays the occurrence of a power outage by causing the power-off display 17 to be turned off. • 12 - 1373543 Then, the control device 43 lights the blanket stroke display 28 and the water-filled cleaning display 40, and displays "2" (2 times) at the water injection number display 39, and displays at the dehydration time display 42 "5" (5 times) and turn on the water level display 32. As a result, the control device 43 displays that the set stroke before the power failure occurs is the "rubber stroke", and in the blanket stroke, "the operation is stopped during the second water washing", "dehydration" The time is 5 minutes remaining," "Set the water level to a high water level." Further, the control device 43 causes the buzzer 50 to perform an "operation in which power failure occurs" (step A5'). In the "operation in which power failure occurs" of the buzzer 50, the control device 43 causes the buzzer to repeatedly perform the operation for 1 〇 2 seconds and stops the operation for 0 · 3 seconds. That is, the control unit 43 operates the buzzer 50 in a different form (different mode) from the above-described normal power supply. In addition, the operation time, the stop time, or the number of times of the buzzer 50 in the "operation in which the power failure occurs" can be appropriately changed and implemented. Thereafter, the control unit 43 determines whether or not the start switch 30 is operated (step A6'). When the control start switch 30 is operated (YES), the control device 43 restarts the operation from the displayed content from the progress of the operation displayed in step Α4·. That is, the control device 43 starts the operation again by the content stored in the non-volatile memory 52 from the stage of the operation of the memory stored in the non-volatile memory 52 before the occurrence of the power failure (steps). Α7·). Fig. 2 through Fig. 5 show in detail the control contents of the normal operation performed by the control unit 43 in step Α7. Initially, the control unit 4 3, -13 - 1373543 determines whether it is in operation (step All). In this case, if the control device 43' does not perform the operation end processing of the step A52 to be described later, it is determined that the operation is performed in the step A1 (YES). Therefore, next, the control device 43' determines whether or not there is a reservation setting (step A12). If the control device 43 determines that there is no reservation setting (NO), it is further determined whether or not there is a setting of the cleaning stroke (step A13). Here, if the user is not set to the stroke switch 23 In the case of the "standard stroke" that is automatically set in the case of operation, the control device 43' determines in step 13 that the cleaning stroke is set (YES). Therefore, next, the control unit 43 determines whether or not the detection stroke of the laundry amount is completed (step A14). The control device 43, if the detection stroke for determining the amount of laundry is not finished (NO), is at this stage, and the memory is stopped. (Step A 1 5). Figure 6, Demonstrate the itinerary of the "Standard Itinerary" And the travel memory No as the power failure information in this progress phase. The stroke memory No corresponding to the detection stroke of the laundry amount, The system is "1". Therefore, In the above step A1 5, Control device 43, It is determined that the system is carrying out the detection stroke of the amount of laundry in the "standard stroke". The itinerary memory No. 1 which is the power failure information corresponding to this stage is memorized (refer to Fig. 2). In addition, In this "standard trip", The stroke memory No corresponding to the water supply stroke after the detection stroke of the laundry amount, Is ^ 3". The stroke amount corresponding to the drainage stroke after the washing stroke is "No. 4". The stroke memory No corresponding to the first spray cleaning stroke (spray cleaning 1 - 14 - 1373543) after the first intermediate dehydration stroke (dehydration 1), It is "5". The stroke corresponding to the second spray cleaning stroke (spray cleaning 2) after the second intermediate dehydration stroke (dehydration 2) It is "6". The stroke of the water supply stroke corresponding to the third intermediate dehydration stroke (dehydration 3) is 100 million, It is "7". The stroke memory No corresponding to the drainage stroke after the final cleaning stroke, It is "8". The stroke memory No corresponding to the air drying stroke after the final dewatering stroke, Is ^ 9 * ". Regarding other itineraries, The system is not set to have a corresponding trip memory 'φ No. Therefore, Control device 43, For other itineraries, The system does not remember the power outage information. Figure 7, Show the content of the itinerary with "pre-dip" And the travel memory No as the power failure information in this progress phase. In addition, The stroke after the first intermediate dehydration stroke (dehydration 1) in the "pre-dip stroke", It is the same as the stroke after the first intermediate dehydration stroke in the above-mentioned "standard stroke". In Figure 8, It shows the contents of the itinerary of "Standard Itinerary with Scheduled Appointment", And the φ travel memory No as the power failure information in the progress phase. In Figure 9, It shows the contents of the itinerary of "pre-dip trip with the setting of the reservation". And the travel memory No as the power outage information in the progress phase. In addition, The stroke after the first intermediate dehydration stroke (dehydration 1) in the "pre-dip stroke with the setting of the reservation", It is the same as the stroke after the first intermediate dehydration stroke in the above-mentioned "standard stroke". In Figure 1〇, Shows the itinerary of the "slot cleaning journey", And the travel memory No as the power failure information in the progress phase. For other trips, the illustration of the stroke content and the stroke memory No is omitted. -15- 1373543 Figure 11, It is a part of the memory map showing the non-volatile memory 52. At the address 10 of the non-volatile memory 52, The travel system memory has 4bit memory capacity, The water level system has a memory capacity of 2 bits. In the event of a power outage, the memory of the machine has 4 bits of capacity, The dehydration time is memory with 4 bits of memory capacity. At address 12 of the non-volatile memory 52, Cleaning time is based on the memory capacity of 4 million The number of washings is 3 bits of memory, memory capacity, Wind drying time is memory with 3 bit memory capacity, The pre-dip time has a memory capacity of 3 bits. Figure 1 2, For the content of the memory that is remembered in the non-volatile memory 52, The above items are displayed together with the above respective memory capacities. Control device 43, It will be about the content of the trip, Memory is generally used as shown in Figure 12. That is, Control device 43, It is to memorize the memory content corresponding to the "standard trip" to "1", Memorize the memory content corresponding to the "Strong Cleaning Itinerary" at "2", Memorize the memory content corresponding to the "really cleaned trip" to "3", Memorize the memory content corresponding to the "rubber stroke" in "4", Memorize the memory content corresponding to the "pre-dip stroke" at "5", The memory content corresponding to the "slot cleaning stroke" is stored in "6". Control device 43, Will be related to other projects (water level, Cleaning time, ...) the memory content, They are also generally remembered as shown in Figure 12, respectively. and, After step A15, Control device 43, The amount of laundry was detected (step A16 shown in Fig. 2). In the detection of the amount of laundry, Control device 43, E.g, The time required to raise the rotary groove 4 to a specific rotational speed, And thereafter, the driving of the rotary groove 4 is stopped and the -16-1373543 rotary groove 4 is inertly rotated and thereby the time required for the rotational speed of the rotary groove 4 to be lowered to a specific rotational speed is To detect the amount of laundry, that is, Control device 43, The amount of laundry is detected based on the rotational load of the drive unit 8. So, Rotating the sensor 47 and the control device 43, It is responsible for detecting the amount of laundry. After step A16, Control device 43, The end (end flag) of the detection stroke of the laundry amount is set (step A17). then, Control φ device 43, Go back to step All, And in the same manner as described above, after step A12, A13, And arrive at step A14. at this time, As a result of the above step A17, Control device 43, It is judged that the detection stroke of the amount of laundry is ended (YES). therefore, then, Control device 43, It is judged whether or not the "pre-dip stroke" is set (step A 18). The control device 43' determines that the "pre-dip stroke" (NO) is set. Under this stage, And the memory power failure information (step A19). at this time, Control device 43, The detection stroke of the amount of laundry that determines the "standard stroke" is completed and proceeds to the next φ water supply stroke. The travel memory No "3" which is the power failure information corresponding to this stage is recorded as 100 million (refer to Fig. 6). Thereafter, Control device 4 3, The cleaning stroke is passed from the water supply stroke (step A20). In addition, In the water supply journey, Control device 43, The water supply valve 51 is opened, The water supply in the water tank 2 is turned on until it becomes the water level corresponding to the amount of laundry detected in the step A16 or the water level manually set by the user operating the water level switch 31. During the cleaning process, Control device 43, The stirring body 7 is alternately rotated in the forward and reverse directions, for example. The laundry is thus washed. -17- 1373543 After step A20, Control device 43, Set the end of the cleaning stroke (step A2 1), then, The setting of the cleaning stroke is cleared (step A22). then, Control device 43, The system returns to step A1 1 again. And passing through step A12 in the same manner as described above, And arrive at step A13. at this time, As a result of the above step A22, Control device 43, It is judged that there is no setting of the cleaning stroke (NO). therefore, then, Control device 43, It is determined whether there is a setting of the cleaning stroke (step A2 3 shown in Fig. 3). In step A23, Control device 43, If it is judged that there is a cleaning stroke setting (YES), Then, it is judged whether or not the first intermediate dehydration stroke (dehydration 1) is completed (step A24). Control device 43, If it is judged that the first intermediate dehydration stroke has not ended (NO), Under this stage, And remember the power outage information (step A25). at this time, Control device 43, It is determined that the cleaning stroke of the "standard stroke" is completed and proceeds to the next drainage process. The itinerary memory No. "4" which is the power failure information corresponding to this stage is memorized (refer to Fig. 6). Thereafter, Control device 43, The first intermediate dewatering stroke is passed from the draining stroke (step A26). In addition, During the drainage trip, Control device 43, So that the drain valve 1 is open, The water in the water tank 2 is discharged to the outside of the machine through the drain pipe 1 1 . In the first intermediate dehydration process, Control device 43, The laundry is centrifugally dehydrated by rotating the rotary tank 4, after step A26, Control device 43, The end of the first intermediate dehydration stroke is set (step A27). then, Control device 43, Then go back to step All, And in the same manner as described above, after step A12, A13, -18- 1373543 A23, And arrive at step A24. at this time, As a result of the above step A27, Control device 43, It is judged that the first intermediate dehydration stroke is ended (YES). therefore, then, Control device 43, It is determined whether or not the number of times of the washing course is set three times (step A28). Control device 43, If it is judged that the number of washing strokes is set to 3 times (YES), Under this stage, And remember the billion blackout information (step A30). at this time, Control device 43, It is determined that the first φ intermediate dehydration stroke of the "standard stroke" is completed and the next first spray cleaning process (spray cleaning 1) is performed. The itinerary memory No. "5" which is the power failure information corresponding to this stage is memorized (refer to Fig. 6). Thereafter, Control device 43, The second intermediate dehydration stroke (dehydration 2) is passed from the first shower cleaning stroke (step A3 1 ). In addition, In the first spray cleaning process, Control device 43, The washing water is flushed with the feed water (water injection) in the water tank 2 and the rotation of the rotary tank 4 either interactively or simultaneously. In the second intermediate dehydration stroke, the control device φ is set to 43, The same operation as the first intermediate dehydration step described above is performed. After step A3 1, Control device 43, The end of the first shower washing stroke is set (step A32). then, The control device 43' sets "3 times" which is set as the number of cleaning strokes to be cleared "at the same time" as the number of washing strokes. Set "2 times" (step A3 3). Then, Control device 4 3, And then go back to step A 1 1, And in the same way as the foregoing, after the step person 12, Eight 13, Eight 23, Enter 24' and go to step eight 28°, As a result of the above step A33, Control device 43, The number of times the washing course was judged was not set to 3 times (NO). Therefore 'Next' -19-1373543 control device 43, It is determined whether the number of times of the washing course is set to 2 step A29). Control device 43, If it is judged that the number of washing strokes is set (YES), Under this stage, Memory blackout information (A34). at this time, Control device 43, It is determined that the intermediate dehydration stroke of the "standard stroke" is completed and the next second spray washing process (spray cleaning 2) is performed. In the case of the power outage transaction No. 6 corresponding to this stage, it is recorded as 100 million (refer to Figure 6). Thereafter, Control device 43, The intermediate dewatering stroke (dehydration 3) is carried out from the second spray cleaning stroke (step A3 5). In addition, During the spray cleaning process, Control device 43, The same operation as the above-described first washing course is performed. In the third intermediate dehydration process, Control 43, The same operation as the first intermediate dehydration step and the second intermediate stroke described above is performed. After step A3 5, Control device 43, The end of the second spray cleaning stroke is completed (step A3 6). then, Control 43, "2 times of cleaning is set as the number of cleaning trips. Simultaneously, As the number of cleaning trips, Set "1 time" to A37). then, Control device 43, And then go back to step A1 1. And after the same step, through step A12, A13, A23, A24, A28, And step A29. at this time, From the result of step A37, The control device 43 determines that the number of washing strokes has not been set to 2 (NO). 'then, Control device 43, The power failure information is made at this stage (step A38). at this time, Control device 43, It is judged that "the standard line (for the 2nd step 2nd net operation, the 2nd sprinkler dehydration system is installed)" (step forward arrives, Therefore, the second spray cleaning stroke of the memory path j -20- 1373543 ends and proceeds to the next water supply stroke. In the case of the power outage information corresponding to this stage, the number of tickets is "No. 7" (see Figure 6). Thereafter, Control device 43, The final dewatering stroke is passed from the water supply stroke (step A39). In addition, In the water supply journey, The control unit 43' performs the same operation as the above-described water supply stroke. In the final wash journey, Control device 43, The same operation as the above-described cleaning stroke is performed. φ after step A3 9 Control device 43, Setting the end of the final washing course (step A40), then, Clear the setting of the cleaning stroke (step A4 1). then, Control device 4 3, And then go back to step A 1 1, And after the same as the foregoing, step A 1 2 A 1 3, And arrive at step A23. at this time, As a result of step A4 1, Control device 43, It is judged that the washing course (NO) is not set. therefore, then, Control device 43, It is judged whether or not there is a setting of the dehydration stroke (step A42 shown in Fig. 4) » φ in step A42, Control device 43, If it is judged that there is a setting of the dehydration stroke (YES), It is judged whether or not the final dehydration stroke is ended (step A43). Control device 43, If it is judged that the final dehydration stroke has not ended (NO), Under this stage, And the memory power failure information (step A44). at this time, Control device 43, It is determined that the final washing course of the "standard stroke" is completed and proceeds to the next drainage stroke. In the case of the power failure information corresponding to this stage, the number of records is "No. 8" (see Fig. 6). Thereafter, Control device 43, From the drainage stroke through the final dewatering line -21 - 1373543 (step A45). In addition, During the drainage trip, The control device performs the same operation as the above-described drainage stroke. At the final dehydration f control device 43, The system is the same as each of the intermediate dewatering strokes described above. but, Control device 43, Is the time to dehydrate this final, It is assumed that each of the above intermediate dehydration times is longer. After step A45, Control device 43, The end of the final process is set (step A46). then, Control device 4 3, It is determined that there is a setting of the air drying stroke (step A47). The control device determines that there is a setting for the air drying stroke (YES). Then it is to step A 1 1 . then, Control device 43, From step A 1 1, In the same way, after step A12, A13, A23, A42, And to A43. at this time, As a result of step A46, Control device 43, The end of the dehydration schedule is terminated (YES). therefore, then, Control assembly f is under this stage, And the power outage information is memorized (step A4 8), Control device 43, Determine the final dewatering stroke of the "standard stroke" and proceed to the next air drying stroke. In the case of the power outage information of the corresponding segment, the record number is "No. 9" for memory (refer to the figure. Control device 43, After the wind drying process (steps. In addition, In this wind drying process, Control device 43, The same action is taken for the dehydration stroke. After step A49, The control device clears the setting of the dehydration stroke (step A50). And go back to step. then, Control device 43, From step All, Come along with the above, after step A12, A13, A23, And arrive at step A42. At this point, the result of step A50, Control device 43, The judgment is not set 4 3, In the system, The action is determined to be more dehydrated. If it is returned to the previous step, the judgment is at most 43, . At this point, the process is tied to this order 6). A49 ) with the final ί 43, All the same place, By step There is dehydration • 22 - 1373543 stroke (NO). therefore, then, Control device 43, Clearing the power outage information of the recorded billion (step A51), The operation end processing is performed (step A52). Therefore, After the power is turned on, Control device 43, Becomes in step A3, It is judged that the power outage information is cleared (YES). Although not shown, but, Control device 43, It is also detected that the operation of the power cut-off switch 16 during the operation is also performed (that is, 电源 F F ) is detected after the power switch. Then, the control device 4 3 ' is when the OFF of the electric source 'φ source switch is detected. The memorized information of the memory is also cleared. Therefore, Even when the power cut-off switch 16 is operated while in operation, When the power supply is followed, , Control device 43, Also in step A3, It is judged that the power outage information is cleared (YES). In addition, in step A47, Control device 43, If it is judged that there is no wind drying stroke setting (NO), Then proceed to step A5 0 » In step A18 shown in Figure 2, Control device 43, If it is judged that φ is set to "pre-dip stroke" (YES), Then, It is judged whether or not the prepreg stroke is ended (step A53). Control device 43, If it is judged that the prepreg stroke is not over (NO), Under this stage, And the memory power outage message (step A54). at this time, Control device 43, It is determined that the detection stroke of the amount of laundry of the prepreg j is completed and proceeds to the next water supply stroke. The itinerary memory No. "2" which is the power failure information corresponding to this stage is memorized (refer to FIG. 7). Thereafter, Control device 43, The prepreg stroke is passed from the water supply stroke (step A55). In addition, In the pre-dip stroke, Control device 43, The rinsing in the water -23- 1373543 tank 2 (in the rotary tank 4) is immersed in the washing water. After step A55, Control device 43, Setting the end of the pre-dip stroke (step A56), then, Going back to step A1. then, Control device 43, From step All, In the same manner as described above, after step A12, A13, A14, A18, And arrive at step A53. at this time, By the result of step A56, Control device 43, It is judged that the prepreg course is ended (YES). Therefore, then, Control device 43, The process proceeds to step A19. on the other hand, In the above step A12, Control device 43, If it is judged that there is a reservation setting (YES), Then, It is judged whether or not the reservation standby time has ended (step A57 shown in Fig. 5). Control device 43, If it is judged that the standby time is not over, Then, steps A58 to A61 which perform the same operations as steps A1 4 to A17 described above, And return to the step All. then, Control device 43, From step All, In the same manner as described above, after step A12, A57' and proceeds to step A58. The control device 43' terminates (YES) if the detection course of the amount of laundry is determined. Then, it is determined whether or not the "pre-dip stroke" is set (step A62) ° control means 43, If the judgment system is not set to "pre-dip stroke" (NO), then it is under this stage. And remember the billion power outage information (step A63). At this time, the control device 43, It is determined that the detection course of the amount of laundry of the "standard stroke with the setting of the reservation" is completed and the reservation standby state is reached (in the stomach waiting time). The course memory No. "3" which is the power failure information corresponding to this stage is recorded as 100 million (refer to Fig. 8). In step A62, Control device 43, If the judgment is set to "pre-dip stroke" (YES), Under this stage, And the memory blackout information -24-1373543 (step A64). at this time, Control device 43, It is determined that the detection course of the amount of laundry of the "pre-dip stroke with the setting of the reservation" is completed and the reservation standby state is reached (in the reservation standby time). In the case of the power failure information corresponding to this stage, the record number is "No. 2" (see Fig. 9). The travel memory No. "2" and the travel record is "No. 3". The system is the same as the power outage information when the water supply trip is in progress. That is, Control device 43, When there is no reservation setting, Even if it is the appointment standby trip, It is also not a memory of what has been done in the appointment standby journey. And it will have been carried out to the water supply trip to make a record of 100 million. then, Control device 43, When you start running again, Does not stand by, And start running directly from the water supply stroke. 〇 In step A57, Control device 43, If it is judged that the reservation standby time is over (YES), The reservation settings are cleared (step A65). In addition, In Figure 2 to Figure 5, Regarding the "strong cleaning stroke" performed by the control device 43, "Really pre-dip trip", "Blanket journey", The control contents of the "slot cleaning stroke" are omitted. So, In the washing machine of the present configuration, Control device 43, Attached to non-volatile memory 52, In operation, it is used to remember the setting contents or the status of the operation. also, Control device 43, When the normal operation ends, Or when the power switch is turned OFF, The memory contents of the non-volatile memory 52 are cleared. then, Control device 43, -25- 1373543 is when the power is turned on, If it is judged that the previous power supply is blocked, the operation is completed. Or judge that it is not the OFF of the power switch (step is NO), Then it becomes possible to start from the stage of the non-volatile recording of 52 revolutions (especially from the stroke corresponding to the progress phase), The memory begins again in memory of the non-volatile memory 52. By this, washing machine, When a power outage occurs during operation, it is NO in step A3, Can be followed, The contents of the non-volatile memory 52 are memorized in the progress phase of the operation of the power recovery memory in the non-volatile memory 52 to cause the operation to be repeated (Step A71). on the other hand, When the OFF operation of the used power switch is performed during operation (in step A3, And after the odd, When the power is turned on, It is possible to carry out the operation from the beginning (step A7). also, In the washing machine of the present configuration, Control device 43, When electricity, If it is judged that the previous power supply is not normally used, Or not the OFF of the power switch, Then, an event is displayed (step A4'). By this, It is possible to notify the user of the origin of the power outage and clearly. and then, In the washing machine of the present configuration, Control device 43, When a power outage occurs, the system will display The buzzer 50 is operated in a different form from when the power is turned on (step A5'). It is also possible to easily and clearly notify the user of the occurrence of a power outage. In the washing machine of the present configuration, Control device 43, When the normal operation of the medium in A3 is usually (when From , Come back to the beginning (which is caused by YES) to re-invest in the end of the power-off. It is easy to set the power outage at the usual time. 〇 When you have not entered the -26- 1373543 line with the appointment setting, It is set as a memory that does not perform standby time at the non-volatile memory unit 52 (step A63, A64). By this, When the power is turned back on and the operation starts again, It is possible to start the operation again without waiting for it. Relative to the above, Figure 16 to Figure 19, The second embodiment to the fifth embodiment of the present invention are shown. In addition, In the second embodiment to the fifth embodiment, For the same part as the first embodiment, Attach the same symbol, And the description thereof is omitted. It is only for the different parts to make a narrative. [Second Embodiment] In the second embodiment shown in Fig. 16, Control device 43, The system is set to display the power outage and is not displayed by a dedicated display. Instead, use an existing display for display. in particular, washing machine, The aforementioned power failure presence display 17 φ is not provided with a dedicated display. Control device 43, The blanket stroke display 28, which is an existing display, and the water-filled cleaning display 40, which is an existing display, are turned off. At the same time, Control device 43, It is displayed on the cleaning number display 39 of the existing display, and the "2" side is turned off and displayed. At the dehydration time display 42 which is the existing display, the "5" side is turned off and displayed. also, Control device 43, The water level display 3 2, which is an existing display, is illuminated. By this, Control device 43, The system will display the power outage, then, Same as the above, shown : Set the trip before the power outage -27- 1373543, It is a "carpet trip". During this blanket trip, "In the second note, the operation is stopped in the washing process," "Dehydration time is 5 minutes remaining," "Set the water level to a high water level." According to this embodiment, It is possible to use a dedicated display for displaying a power outage, which is unnecessary. And can reduce costs. [Third embodiment] In the third embodiment shown in Fig. 17, Control device 4 3, When the power outage is displayed, It is impossible to change the setting contents of the operation. in particular, Control device 43, As an insertion routine in the display of a power outage, At the beginning, it is judged whether or not there is an operation of various switches of the operation panel 14 (step B1). Control device 43, If it is judged that there is no operation (no), Then return to the main return (return). on the other hand, Control device 43, If it is judged that there is an operation (YES), it is judged whether or not the power failure information stored in the non-volatile memory unit 5 2 is cleared (step B2). Control device 43' in step B2, If it is judged that the power failure information is cleared (YES), the processing corresponding to the operated switch is performed (step B3). on the other hand, Control device 43, If it is judged that the power outage information system has not been cleared (NO), It is judged whether or not the switch that has been operated is the start switch 30 (step B4). In this step B4, If the control device 43' determines that the open relationship is operated as the start switch 30 (YES), Then proceed to step B3. on the other hand, Control device 43, If it is judged that the opening relationship of -28-1373543 is not the start switch 30 (NO), It is judged whether the switch that has been operated is a child switch (step B5). In addition, The washing machine of this embodiment, In this case, For example, by simultaneously operating the reservation switch 18 and the start switch 30, It is implemented as a sub-switch. v Then, In step B5, Control device 43, If it is judged that the open relationship of the operation is a sub-switch (YES), Then proceed to step B3. Another φ on the one hand, the control device 43, If it is judged that the switch that has been operated is not a sub-switch (NO), Then return to the main routine. That is, Control device 43, It becomes the operation of the start switch 30 for restarting operation and the sub-switch for safety. The processing corresponding to the operation of the switch is performed. In contrast, Control device 43, For the operation of the switch other than the start switch or sub-switch, This is a change in the setting contents of the operation that does not receive the operation of the switch. By this, Control device 43, When the power outage is to be displayed, It is impossible to change the setting contents of the operation φ. Control device 43, When the power outage is to be displayed, The display of the operation panel 14 is set to a state different from that in the normal state (refer to FIG. Figure 16). In this state, In the case of a switch operation that changes the setting of the operation, The display becomes incomprehensible, There is a possibility that the user is confused. In the washing machine of the third embodiment, There will be no cases where the display has been changed. Therefore, The display system is maintained in an easy to understand state, There is also no possibility of confusion for the user. -29- 1373543 [Fourth embodiment] In the fourth embodiment shown in Fig. 18, Control device 43, When the power outage is displayed, When an operation to change the setting contents of the operation is performed, Set to eliminate the display of a power outage, And switch to the usual display. in particular, Control device 43, As an insertion routine in the event of a power outage, On the other hand, it is first determined whether or not there is an operation (including a switch for changing the setting contents of the operation) of the various switches included in the operation panel 14 (step C1). Control device 43, If it is judged that there is no operation (NO), Then return to the main routine (return). on the other hand, Control device 43, If it is judged that there is an operation (YES), it is judged whether or not the power failure information stored in the non-volatile memory 52 is cleared (step C2). Control device 43, In step C2, If it is judged that the power outage information is cleared (YES), Then, processing corresponding to the switch that has been operated is performed (step C3). on the other hand, Control device 43, If it is judged that the power outage information system has not been cleared (NO), The display of the power failure information is eliminated (step C〇 ' and proceeds to step C3. In addition, In the processing of step 3 (corresponding to the processing of the switch that has been operated), It contains the usual display in response to the switch operation. Control device 43, When a power outage occurs, the display is performed. When an operation to change the setting contents of the operation is performed, Is set to eliminate the display of the occurrence of a power outage, And switch to the usual display. So in this way, by the display of the occurrence of a power outage, And cut -30- 1373543 for the usual display, Can eliminate the possibility of confusion for the user. [Fifth Embodiment] In the fifth embodiment shown in Fig. 19, Control device 43, When the power outage is displayed, When it is detected that there is a power switch OFF, Set to clear the memory content of the non-volatile memory 52, And then the power supply is blocked. in particular, Control device 43, As an insertion routine in the display of a power outage, At the beginning, it is judged whether or not there is an OFF of the power switch (operation of the power-off switch 16) (step D1). Control device 43, If it is judged that there is no OFF (NO) of the power switch, Then return to the main routine (return). on the other hand, Control device 43, If it is judged that there is a power switch OFF ( YES ), It is judged whether or not the power failure information stored in the non-volatile memory 52 is cleared (step D2). Control device 43, In step D2, If it is judged that the power outage information is cleared (YES), Then, the process of blocking the power supply is performed (step D3). on the other hand, Control device 43, If it is judged that the power outage information system has not been cleared (NO), Clearing the power failure information stored in the non-volatile memory 52 (step D4), And proceed to step D3 (processing of power supply interruption) 〇 If by this configuration, Then, when there is a situation in which there is a blackout and the state is to be restarted before the power failure occurs, It suffices to operate the start switch 30 as described above. In contrast, When there is a blackout in the -31 - 1373543 and you want to perform normal operation, Turn off the power switch and turn the power on again. The operability is improved by an easy-to-understand operation. In addition, Control device 43, For the setting content or status of the operation caused by the non-volatile 52 in operation, The system also remembers in each particular itinerary as described above. It is done in a specific time. also, Control device 43, It is also possible to disable the display function for occurrence of power failure and the function of restarting operation from the state by the operation of the specific operation-surface operation reservation switch 18 - facing the power-on switch 15A. In this case, At the time of work, The above functions are validated, And the above functions can be invalidated by the operation of the user. If the above function is invalidated, after the power outage occurs, Even if it is powered, The display is also in the state of normal input. also, If the above functions are invalidated, And repeat the same specific operation, Then the above work can be activated. and then, If the control device 43 is configured to be in a state in which the function is in an active state or in an invalid state, the non-volatile memory 52 is included in the information. It is ideal. By this, After making a setting that is valid or invalid, It is not necessary to set the validity or invalidity again. [Sixth embodiment] Next, Referring to FIG. 20 to FIG. 24, For the sixth of the present invention, The ability to store memory may not be specific to each (for example, the shipment before the power outage, Then, in the state of the power supply, the above-mentioned work can be re-described in the above-mentioned work example -32- 1373543. In addition, In this sixth embodiment, For the same part as the first embodiment, Attach the same symbol, And the description thereof is omitted. It is only for the different parts to describe. Figure 20, The electrical configuration of the washing machine of this embodiment is shown. Power plug 44A, It is connected to a power outlet (not shown) connected to a power source 44 (refer to Figure 15) that is a commercial AC power source. Power plug 44 A, One of the power supply terminals is connected to an input terminal of one of the control power supply circuits φ 45A. The other power supply terminal is connected to the other input terminal of the control power supply circuit 45A via the switch device 15. The two output terminals of the control power circuit 45A, It is connected to the power input terminal of the control unit 43. That is, Switching device 15, a pass circuit 44a provided between the power plug 44A and the control power supply circuit 45A, The circuit 44a in the 44b. This control power circuit 45A, Is a part of the power relay circuit 45 (refer to FIG. 15) 〇 φ switching device 15, Its composition is equipped with: Power input switch 15A, And latch relay 15B, And ON coil 15C, And OFF with the line 圏 15D» power input switch 15A, It is formed by a push switch that is set to ON by hand and that automatically closes the pass circuit 44a. Latch relay 15B, It is connected in parallel with this power input switch i5A. This latch relay 15B, By being energized by the ON coil 15C, it is closed ’ and After the closed circuit, Even if the ON coil 15C is powered off, Also maintaining a closed circuit, And if the OFF coil 15D is energized, It becomes open. Therefore, This latch relay 15B, As long as the OFF wire is 圏15D not -33- 1373543 is energized, It is maintained in a closed circuit state. Latching the relay drive circuit 61, The opening and closing of the latch relay 15B is controlled by controlling the energization and de-energization of the ON coil 15C and the OFF coil 15D (on/off control). This latch relay drive circuit 61, The system has: An NPN-type transistor 62' corresponding to a switching element for turning ON the ON line 15C to ON/0 and a detecting circuit 63 for detecting a closed circuit of the power-off switch 16 (ON operation by the user) , And an NPN-type transistor 64 corresponding to a switching element for turning OFF the OFF coil 15D. The ON coil 15C and the transistor 62, It is connected in series between the DC power supply Vd and GND (ground). At the base of the transistor 62, a latch signal Sa (transistor ON signal) is applied from the control unit 43. also, Detection circuit 63, A voltage dividing resistor 63a and a voltage dividing resistor 63b connected between the DC power source Vd and GND are provided. Then, Detection circuit 63, Connected to the power cut-off switch 16 in parallel with the voltage dividing resistor 63a of the upper stage. Further, a capacitor 63C for noise absorption is connected in parallel with the voltage dividing resistor 63b of the lower stage. And it is composed. The potential of the junction between the voltage dividing resistor 63a and the voltage dividing resistor 6 3 b, It functions as an ON command/OFF command of the power-off switch 16 . especially, The power cut-off switch 16 is energized at the time of ON operation, It is given to the control device 43 as the power-off command Sb. OFF coil I5D and transistor 64, It is connected in series between the DC power supply Vd and GND. At the base of the transistor 64, The latching open signal Sc is given from the control device 43 (transistor ON-34-
1373543 號）。 在控制裝置43處，係被連接有：開 含各開關 21、23、30、36、38、41) 、jj 此係包含各顯示器17、19、20、22、32 -、42 )、和洗衣機蓋開閉感測器65、和相 8之旋轉速度的旋轉感測器47、和檢測ί± 的水位感測器4 8、和非揮發性記憶體5 2 進而’在此控制裝置43處，係被這 洗衣機馬達8之驅動電路8Α、和用以驅| 動電路10Α、和用以驅動對水槽2內進行 的驅動電路51Α。在此些之驅動電路8Α 經由開關裝置15之閉路，而成爲被賦子 。另外，在排水閥10之驅動電路10Α以 動電路51處，係亦可設爲由控制電源電 流電源。 非揮發性記憶體5 2，例如係爲藉由 成。此非揮發性記憶體52，係亦可設爲 而具備之。 控制裝置43所致之洗滌運轉的控 行預先被作了記億的運轉控制程式，而 給水閥5 1、排水閥1 0作驅動控制並實 現之。於此情況，作爲洗滌運轉行程， 程。在本實施例中/例如，係對「標準 約設定之標準行程」、「附有預浸之標 關群46 (此係包 »顯示器群49a ( -35、 37、 39、 40 菱測出洗衣機馬達 i水槽2內之水位 〇 ί接有：用以驅動 勖排水閥1 〇之驅 給水之給水閥5 1 、1 0Α、5 1 Α 處， ，有商用交流電源 及給水閥5 1之驅 路45A來賦予直 EPPROM等所構 E控制裝置43中 丨功能，係藉由實 ^洗衣機馬達8、 ί洗滌運轉，來實 丨存在有各種之行 :程j 、「附有預 i行程」來作槪略 -35- 1373543 說明。 「標準行程」，係如圖2 1中所示一般，爲依序進行 洗滌物量檢測行程、給水行程、清洗行程、排水行程、第 1中間脫水行程（脫水1 )、第1噴淋洗淨行程（噴淋洗 淨1 )、第2中間脫水行程（脫水2 )、第2噴淋洗淨行 程（噴淋洗淨2)、第3中間脫水行程（脫水3 )、給水 行程、最終洗淨行程、排水行程、最終脫水行程、風乾燥 行程者。在此「標準行程」中之運轉進行狀況的記憶時機 ，係爲T 1 (洗滌物量檢測行程前）、T2 (洗滌物量檢測 行程後、給水行程前）、T3 (清洗行程後、排水行程前） 、T4 (第1中間脫水行程後、第1噴淋洗淨行程前）、T5 (第2中間脫水行程後、第2噴淋洗淨行程前）、T6 (第 3中間脫水行程後、給水行程前）、T7 (最終洗淨行程後 、排水行程前）、T8 (最終脫水行程後）、以及T9 (風 乾燥行程後）。 在時機T1中，控制裝置43，係作爲進行狀況記憶參 數，而記億「1」。此參數「1」，係代表進行狀況（控制 裝置43視爲已作了進行的狀況）爲洗滌物量檢測前或是 檢測途中，並代表從洗滌物量檢測行程來再度開始運轉。 在時機T2中，控制裝置43，係作爲進行狀況記憶參 數’而記憶「3」。此參數「3」，係代表進行狀況爲洗滌 物量檢測後而爲給水行程途中、或是代表係爲清洗行程途 中，並代表從給水行程來再度開始運轉。 在時機T3中，控制裝置43 ’係作爲進行狀況記憶參 -36- 1373543 數，而記億「4」。此參數「4」’係代表進行狀況爲清洗 行程後而爲排水行程途中、或是代表係爲第1中間脫水行 程途中，並代表從排水行程來再度開始運轉。 在時機T4中，控制裝置43，係作爲進行狀況記億參 數，而記憶「5」。此參數「5」’係代表進行狀況爲第1 中間脫水行程後而爲第1噴淋洗淨行程途中、或是代表係 爲第2中間脫水行程途中，並代表從第1噴淋洗淨行程來 φ 再度開始運轉。 在時機T5中，控制裝置43，係作爲進行狀況記憶參 數，而記億「6」。此參數「6」，係代表進行狀況爲第2 中間脫水行程後而爲第2噴淋洗淨行程途中、或是代表係 爲第3中間脫水行程途中，並代表從第2噴淋洗淨行程來 再度開始運轉。 在時機T6中，控制裝置43，係作爲進行狀況記憶參 數，而記憶「7」。此參數「7」，係代表進行狀況爲第3 φ 中間脫水行程後而爲給水行程途中、或是代表係爲最終洗 淨行程途中，並代表從給水行程來再度開始運轉。 在時機T7中，控制裝置43，係作爲進行狀況記憶參 數’而記憶「8」。此參數「8」，係代表進行狀況爲最終 洗淨行程後而爲排水行程途中、或是代表係爲最終脫水行 程途中，並代表從排水行程來再度開始運轉。 在時機T8中’控制裝置43，係作爲進行狀況記憶參 數，而記億「9」。此參數「9」，係代表進行狀況爲最終 脫水行程後而爲風乾燥行程途中，並代表從風乾燥行程來 -37- 1373543 再度開始運轉。 在時機T9中，洗滌運轉係正常結束，控制裝置43, 係將至此爲止之記憶內容清除，並作爲進行狀況記憶參數 ，而記憶「0」。此參數「0j ，係代表將記憶內容作了清 除。 另外，控制裝置43，當在上述之洗滌運轉的途中而電 源切斷開關16被作了 ON操作時，亦將至此爲止之記憶 內容清除，並將進行狀況記億參數「0」作記憶。 「附有預約設定之標準行程」，係如圖22中所示一 般，在將預約待機行程加入至洗滌物量檢測行程與給水行 程之間一點上，係與「標準行程」相異。在此預約待機行 程中，控制裝置4 3，係因應於使用者所致之預約開關18 的操作，而以在使用者之希望時間後來開始運轉（從給水 行程起之運轉）的方式而作設定。 在此「附有預約設定之標準行程」中的運轉進行狀況 之記憶時機，係爲 Tl、Ta、Tb、T3、T4、T5、T6、T7、 Τ8、T9。「附有預約設定之標準行程」，係在代替時機 Τ2而追加了時機Ta、Tb —點上，與「標準行程」相異。 時機Ta，係爲在洗滌物量檢測行程之後而在預約待 機行程開始之前。在此時機Ta中，控制裝置43，係作爲 進行狀況記億參數，而記憶「3」。此參數「3」，係代表 進行狀況爲洗滌物量檢測後而爲給水行程途中、或是代表 係爲清洗行程途中，並代表省略預約待機行程而從給水行 程來再度開始運轉。其意義，係在於：若是在再度開始運 -38- 1373543 轉時’再度進行預約待機行程，則會有使待機時間增加的 可能性之故。 ‘時機Tb’係爲在預約待機行程結束之後而在給水行 程開始之前。在此時機Tb中，控制裝置43，係作爲進行 狀況記憶參數，而記憶「3」。此參數「3」，係代表進行 狀況爲洗滌物量檢測後而爲給水行程途中、或是代表係爲 清洗行程途中’並代表省略預約待機行程而從給水行程來 φ 再度開始運轉。其意義，係在於：若是在再度開始運轉時 ，再度進行預約待機行程，則會有使待機時間增加的可能 性之故。 「附有預浸之標準行程」，係如圖23中所示一般， 在於給水行程後追加有預浸行程一點上，係與「標準行程 」相異。在此「附有預浸之標準行程」中的運轉進行狀況 之記憶時機，係爲 ΤΙ、 T2、 Tc、 T3、 T4、 T5、 T6、 T7、 T8、T9。「附有預浸之標準行程」，在時機T2處之記憶 φ 內容係爲相異，同時，追加了時機Tc，於此點上，係與 「標準行程」相異。 時機T2，係爲在洗滌物量檢測行程結束之後而在給 水行程開始之前。在此時機T2中，控制裝置43，係作爲 進行狀況記憶參數，而記憶「2」。此參數「2」，係代表 進行狀況爲洗滌物量檢測行程後而爲給水行程途中、或是 代表係爲預浸行程途中，並代表從給水行程來再度開始運 轉。 又，時機Tc，係爲在預浸行程後且在清洗行程後。 -39- 1373543 在此時機Tc中’控制裝置43，係作爲進行狀況記億參數 ，而記億「3」。此參數「3」，係代表進行狀況爲預浸行 程後而爲清洗行程途中，並代表省略預浸行程而從清洗行 程來再度開始運轉。其意義，係在於：若是在再度開始運 轉時’再度進行預浸行程，則會有使預浸時間增加的可能 性之故。 而’控制裝置43，係根據圖24中所示之流程圖而動 作。此圖24中所示之流程圖，係在控制裝置43接收到控 制電源（電源投入開關15A被作了 ON操作時、或是從停 電而回復時）時而開始。在步驟S1中，控制裝置43，係 對電晶體62輸出閂鎖訊號S a，並對ON用線圈1 5 C通電 ’而使閂鎖繼電器1 5 B閉路。此時，閂鎖繼電器1 5 B，係 保持閉路狀態。 在步驟S2中，控制裝置43，係將非揮發性記憶體52 之記憶內容讀出，並判斷是否殘留有記憶內容。於此，當 前一次之洗滌運轉係正常結束的情況時、或是在前一次之 洗滌運轉中電源切斷開關16被作了 ON操作的情況時， 係成爲代表並未殘留有記憶內容之參數「〇」。因此，控 制裝置43，係在步驟S2中判斷爲「NO」，並移動至步驟 S3。在此步驟S3中，控制裝置43 ’係藉由被設定之行程 來開始洗滌運轉。在步驟S4中，控制裝置43，係如前述 〜般，以被設定之時機來對運轉進行狀況作記憶。 在接下來的步驟S5中’控制裝置43，係判斷洗滌運 轉是否正常地結束。若是在洗滌運轉並未正常結束的情況 -40-No. 1373543). At the control device 43, it is connected with: each switch 21, 23, 30, 36, 38, 41), jj, which includes each display 17, 19, 20, 22, 32-, 42), and a washing machine a cover sensor 65, a rotation sensor 47 for rotating the phase of the phase 8, a water level sensor 48 for detecting the φ±, and a non-volatile memory 5 2 and then 'at the control device 43 The drive circuit 8 of the washing machine motor 8 and the drive circuit 10A for driving the inside of the water tank 2 are driven. In this case, the drive circuit 8 is closed by the switching device 15, and becomes a sub-driver. Further, at the drive circuit 10 of the drain valve 10, the drive circuit 51 may be configured to be a control power source. The non-volatile memory 52 is, for example, formed by. This non-volatile memory 52 can also be provided. The control of the washing operation by the control unit 43 is previously performed in the operation control program of 100 million, and the water supply valve 51 and the drain valve 10 are driven and controlled. In this case, as a washing operation stroke, the process. In this embodiment, for example, it is a "standard standard set standard stroke", "with a pre-dip mark group 46 (this package » display group 49a (-35, 37, 39, 40 lings out the washing machine) The water level in the water tank 2 of the motor i is connected with: the water supply valve 5 1 , 10 0 , 5 1 Α for driving the water supply valve of the drain valve 1 , and the commercial AC power supply and the water supply valve 5 1 45A is used to give the function of the E-control device 43 of the EPPROM, etc., and the washing machine motor 8 and the washing machine are used to perform various operations: the process j, "with the pre-i-stroke"槪略-35- 1373543 Description "Standard stroke", as shown in Figure 21, is the order of washing amount detection stroke, water supply stroke, washing stroke, drainage stroke, first intermediate dehydration stroke (dehydration 1) , the first spray cleaning stroke (spray cleaning 1), the second intermediate dehydration stroke (dehydration 2), the second shower cleaning stroke (spray cleaning 2), and the third intermediate dehydration stroke (dehydration 3) , water supply stroke, final washing stroke, drainage stroke, final dewatering stroke, wind drying stroke. The memory timing of the operation progress in this "standard stroke" is T 1 (before the washing amount detection stroke), T2 (before the washing amount detection stroke, before the water supply stroke), T3 (before the washing stroke, before the drain stroke) , T4 (before the first intermediate dehydration stroke, before the first spray cleaning stroke), T5 (before the second intermediate dehydration stroke, before the second shower cleaning stroke), T6 (after the third intermediate dehydration stroke, and the water supply stroke) Front), T7 (after the final washing stroke, before the draining stroke), T8 (after the final dewatering stroke), and T9 (after the air drying stroke). In timing T1, the control device 43 is used as the status memory parameter. In the case of "1", the parameter "1" represents the status (the situation that the control device 43 considers to have been performed) before or during the detection of the amount of laundry, and represents the restart of the operation from the washing amount detection stroke. In the timing T2, the control device 43 stores "3" as the status memory parameter '." This parameter "3" indicates that the status is the middle of the water supply stroke after the detection of the laundry amount, or the representative system is clear. In the middle of the trip, it means that the operation is resumed from the water supply stroke. In the timing T3, the control device 43' is used as the status memory parameter -36-1373543, and the number is "4". This parameter "4" is representative. The condition is the middle of the draining stroke after the washing stroke, or the representative is in the middle of the first intermediate dehydrating stroke, and represents the restart of the operation from the draining stroke. In the timing T4, the control device 43 is used as the status parameter. And the memory "5". This parameter "5"' indicates that the first intermediate dehydration stroke is in the middle of the first shower cleaning stroke, or the representative is the second intermediate dehydration stroke, and represents the second 1 Spray cleaning stroke to φ to start running again. In the timing T5, the control device 43 counts "6" as the progress memory parameter. The parameter "6" represents the middle of the second spray washing course after the second intermediate dewatering stroke, or the middle of the third intermediate dewatering stroke, and represents the second spray washing stroke. Come back to work again. In the timing T6, the control device 43 stores "7" as the progress memory parameter. This parameter "7" represents the middle of the water supply stroke after the 3rd φ intermediate dehydration stroke, or the middle of the final cleaning stroke, and represents the restart of the operation from the water supply stroke. In the timing T7, the control device 43 stores "8" as the status memory parameter '. This parameter "8" indicates that the condition is the end of the final cleaning process and is in the middle of the drainage process, or the representative is on the way to the final dewatering process, and represents the re-starting operation from the drainage stroke. In the timing T8, the "control device 43" is regarded as the status memory parameter, and the value is "9". This parameter "9" indicates that the condition is the final dewatering stroke and is in the middle of the air drying stroke, and represents the restart from -37 to 1373543 from the wind drying stroke. In the timing T9, the washing operation is normally completed, and the control device 43 clears the memory contents up to this point and stores "0" as the status memory parameter. The parameter "0j" indicates that the memory content is cleared. Further, when the power-off switch 16 is turned ON during the above-described washing operation, the control device 43 also clears the memory contents so far. The status is recorded as a parameter of "0" parameter "0". The "standard trip with appointment setting" is similar to the "standard stroke" in that the standby standby stroke is added to the point between the washing amount detection stroke and the water supply stroke as shown in Fig. 22. In this reservation standby course, the control device 43 sets the operation of the reservation switch 18 by the user, and starts to operate after the user's desired time (operation from the water supply stroke). . The memory timing of the operation progress status in the "standard trip with reservation setting" is Tl, Ta, Tb, T3, T4, T5, T6, T7, Τ8, and T9. The "standard trip with appointment setting" is added to the timings Ta and Tb instead of the timing Τ2, which is different from the "standard stroke". The timing Ta is after the laundry amount detecting stroke and before the scheduled standby stroke starts. In the time machine Ta, the control device 43 stores "3" as a status parameter. The parameter "3" indicates that the condition is the middle of the water supply stroke after the washing amount is detected, or the representative is in the middle of the washing stroke, and the operation is resumed from the water supply stroke by omitting the reserved standby stroke. The significance is that if the reservation standby stroke is re-started when the operation starts again -38 - 1373543, there is a possibility that the standby time is increased. The 'time Tb' is after the end of the reservation standby period and before the start of the water supply trip. In this case Tb, the control device 43 stores "3" as a condition memory parameter. The parameter "3" indicates that the condition is the middle of the water supply stroke after the detection of the laundry amount, or the representative is the middle of the cleaning stroke, and the operation is resumed from the water supply stroke φ by omitting the reserved standby stroke. The significance is that if the standby standby stroke is performed again when the operation is resumed, there is a possibility that the standby time is increased. "Standard stroke with prepreg" is as shown in Figure 23. It is different from the "standard stroke" when a prepreg stroke is added after the water supply stroke. The memory timing of the operation progress in the "Standard stroke with prepreg" is ΤΙ, T2, Tc, T3, T4, T5, T6, T7, T8, and T9. "Standard stroke with prepreg", the memory φ at the timing T2 is different, and the timing Tc is added. At this point, it is different from the "standard stroke". The timing T2 is after the end of the washing amount detection stroke and before the start of the water supply stroke. In this case T2, the control device 43 stores "2" as a status memory parameter. This parameter "2" represents the middle of the water supply stroke after the laundry quantity detection stroke, or the middle of the pre-dip stroke, and represents the restart of the operation from the water supply stroke. Further, the timing Tc is after the pre-dip stroke and after the washing stroke. -39- 1373543 In the case of the machine Tc, the "control device 43" is a parameter of the progress status, and the value is "3". This parameter "3" indicates that the condition is the pre-dip line and is in the middle of the cleaning process, and the operation is resumed from the cleaning process by omitting the pre-dip stroke. The significance is that if the prepreg stroke is re-executed when the operation is resumed again, there is a possibility that the prepreg time is increased. The control unit 43 operates in accordance with the flowchart shown in Fig. 24. The flowchart shown in Fig. 24 is started when the control device 43 receives the control power (when the power-on switch 15A is turned ON or when it is returned from a power failure). In step S1, the control unit 43 outputs the latch signal Sa to the transistor 62, and energizes the ON coil 1 5 C to close the latch relay 15 5 B. At this time, the latch relay 1 5 B is kept in a closed state. In step S2, the control device 43 reads the memory contents of the non-volatile memory 52 and determines whether or not the memory content remains. Here, when the current washing operation is normally completed or when the power-off switch 16 is turned ON during the previous washing operation, the parameter indicating that the memory content does not remain is " 〇". Therefore, the control device 43 determines "NO" in step S2, and moves to step S3. In this step S3, the control device 43' starts the washing operation by the set stroke. In step S4, the control unit 43 remembers the state of the operation at the timing of the setting as described above. In the next step S5, the control means 43 judges whether or not the washing operation is normally ended. If the washing operation does not end normally -40-
1373543 (NO )時，則控制裝置43，係移動至步驟S6，並男 此洗滌運轉中電源切斷開關16是否被作了 ON操fj 否存在有電源切斷指令sb)。若是並不存在有電in 指令Sb ( NO )，則控制裝置43係回到步驟S4。 於此，若是洗滌運轉正常結束、或是存在有電濟 指令（YES )，則控制裝置43，係在步驟S7中，消 爲止所記憶了的內容清除，並在步驟S8中，停止名 之驅動。而後，在步驟S9中，控制裝置43，係對賃 64輸出閂鎖開放訊號Sc’並對OFF用線圈15D通霄 由此，閂鎖繼電器1 5B係開放，包含有控制裝置43 部機器係被斷電。其結果，在洗滌運轉結束狀態中， 裝置43之電源係被遮斷，而不會成爲待機動作狀· 而，係能夠免除運轉結束狀態（洗衣機不使用狀態） 電力消耗。 於此，當在洗滌運轉中（經由控制裝置43而 φ 有步驟S4— S5— S6— S4之迴圈的期間中）而存在 的情況時，於該時間點，對於控制裝置43以及其 之給電係消失。藉由此，控制裝置43所致之控制 止。此時，在非揮發性記憶體52中’係殘存有停 點時之記憶內容。又，在此停電發生時’閂鎖繼電 ，係成爲維持在閉路狀態。 而後，若是停電回復，則如同上述—般’由於 電器1 5B係維持在閉路狀態下，因此，係對於控制 路45A而賦予有商用交流電源。藉由此’控制裝置 J斷在 “是 i切斷 (切斷 ί至此 r機器 i晶體 卜藉 之全 控制 i。故 中的 丨實行 ί停電 1機器 ^被中 i時間 1 5B 1鎖繼 i源電 43係 -41 - 1373543 被作給電，並開始如圖24中所示一般之控制。於此情況 ，在步驟S1中，控制裝置43，係對於ON用線圈15C唯 一性地通電，但是，閂鎖繼電器15B係維持在閉路。此後 ，在步驟S2之判斷結果中，控制裝置43，係判斷殘存有 非揮發性記憶體5 2之記億內容。因此，控制裝置4 3，係 移動至步驟S 1 0，並在停電存在顯示器1 7處對發生有停 電一事作顯示。進而，在步驟S11中，控制裝置43，係 根據洗衣機蓋開閉感測器65之輸出，來判斷洗衣機蓋Id 是否被關閉》而後，控制裝置43，若是判斷洗衣機蓋Id 係爲關閉（YES)，則移動至步驟S12，並因應於記憶內 容而再度開始運轉。 控制裝置43，當判斷洗衣機蓋Id係爲開放（NO)的 情況時，係移動至步驟S13，並在適當的顯示器處而進行 對於洗衣機蓋Id之關閉作催促的顯示。而後，控制裝置 43,係等待使用者所致之洗衣機蓋Id的關閉。 在步驟S12之後，控制裝置43，係實行前述之步驟 S 4以後的處理。 如此這般，若藉由本實施例之洗衣機，則係在電源插 頭44A與控制電源電路45A之間的通電路44a處設置了開 關裝置15。此開關裝置15，係藉由使用者之操作而將該 通電路44a作閉路，且在該閉路後，將該閉路狀態作保持 。而後，開關裝置15,係根據洗滌運轉通常地結束一事、 或是發生有電源切斷開關16所製之電源切斷指令Sb—事 ，來將該通電路44a作開路。故而，在洗滌運轉結束了的 -42- 1373543 狀態下，通電路44a係被開路，而控制裝置43之電源係 被遮斷。故而，控制裝置43係不會有成爲待機動作狀態 的情況。其結果，能夠對消耗電力作抑制。又，控制裝置 43，若是洗漉運轉被開始，則係在預先所決定了的時機下 來將進行狀況或運轉內容記憶在非揮發性記憶體52中。 而後，控制裝置43，當洗滌運轉係通常地結束時、或是藉 由電源切斷開關16而被輸入了電源切斷指令Sb時，係將 φ 此非揮發性記億體52之記憶內容清除。故而，在除了洗 滌運轉係通常地結束時、或是藉由電源切斷開關16而被 輸入了電源切斷指令Sb時以外的情況中（亦即是當由於 停電而使洗淌運轉結束的情況中），在非揮發性記憶體52 中，係成爲被記憶有洗滌運轉之進行狀況或是運轉內容。 故而，就算是並不設置用以檢測出停電並在運轉控制 電路中實行對於非揮發性記憶體之記憶控制的停電檢測手 段、或是並不設置用以將從停電發生起之運轉控制電路用 φ 以進行記憶控制的電源作保持的電源保持手段，亦可將停 電時之洗滌運轉的進行狀況或是運轉內容作記憶。 進而，控制裝置43，當存在有給電時，係將非揮發性 記憶體52之記億內容讀出。而後，當殘留有相關於進行 狀況或是運轉內容之記憶內容時，控制裝置43,係依據該 記憶內容而再度開始洗滌運轉。因此，在停電回復後，係 能夠從停電時之狀態來再度開始運轉。 進而，在電源插頭44A與控制電源電路45A之間的 通電路44a處，係設置有上述之開關裝置15。因此，就算 -43- 1373543 是存在有停電，亦能夠將通電路44a維持在閉路的狀態， 而當停電回復時，能夠自動地對於控制電源電路45A作給 電。故而，在控制裝置43處，亦係自動地被供給控制電 源。 藉由此，在停電回復時，不需等待使用者之操作，便 能夠自動地將洗衣機之運轉從停電時之狀態來再度開始運 轉。 又，若藉由本實施例之洗衣機，則開關裝置15，係由 電源投入開關15A、和閂鎖繼電器15B所構成。電源投入 開關15A，係由藉由手動而被設爲ON並將通電路44a作 閉路之自動回復形的推壓開關所成。閂鎖繼電器1 5B，係 藉由被與電源投入開關15A作並聯連接之ON用線圈15C 的通電而被閉路，並且，在閉路後，就算是該ON用線圈 15C被斷電，亦係保持閉路狀態，而若是OFF用線圈15D 被通電，則成爲開放。控制裝置43，係根據通電路44a破 閉路一事，而經由閂鎖繼電驅動電路61來對ON用線圏 15C通電。而後，控制裝置43，係根據洗滌運轉通常地結 束一事、或是發生有電源切斷開關16所致之電源切斷指 令Sb —事，來經由閂鎖繼電驅動電路61而在OFF用線圈 15d處通電。藉由此，能夠確實地進行開關裝置15之所期 望的動作。 又，若藉由本實施例之洗衣機，則控制裝置43，係設 爲在停電存在顯示器17處而對發生有停電一事作顯示。 藉由此，能夠將停電之發生容易地且確實地通知給使用者 -44 - 1373543 又，若藉由本實施例，則控制裝置43，係以在停電回 復時而洗衣機蓋Id爲關閉一事作爲條件，來根據記憶內 容而再度開始洗滌運轉。一般而言，洗衣機，多係構成爲 就算是使用者在途中而將洗衣機蓋Id開放，亦實行清洗 行程。 於此情況，若是在使用者尙未注意到停電之回復的時 候，便在洗衣機蓋1 d被開放的狀態下來使運轉開始，則 在安全性上係並不理想。在本實施例中，係不會有在洗衣 機蓋1 d被開放的狀態下而使運轉再度開始的事態。而爲 安全。 [其他實施例] 另外，本發明，係並不被限定於上述之各實施例。例 如，作爲開關裝置，係並不被限定於上述之構成，而能夠 φ 作各種之變更並實施。又，本發明，係能夠在不脫離要旨 的範圍內而適宜地作變更並實施。 【圖式簡單說明】 [圖1]圖1，係爲展示本發明之第1實施例者，並爲顯 示有電源投入時之控制內容的流程圖。 [圖2]圖2，係爲展示了通常之運轉的控制內容之流程 圖（其之1 )。 [圖3]圖3，係爲展示了通常之運轉的控制內容之流程 -45- 1373543 圖（其之2) ° [圖4]圖4’係爲展示轉@@制1內 圖（其之3 ) ° [圖5]圖5’係爲展示了通常之運轉的控制內容之流程 圖（其之4) ° [圖6]圖6’係爲展示「標準行程」之行程內容和1於其 之進行階段中的行程記億No之圖。 [圖7]圖7’係爲展示「預'浸行程」之行程內容和I於其 之進行階段中的行程記億N 0之圖。 [圖8]圖8,係爲展示「伴隨有預約之設定的標準行程 」之行程內容和於其之進行階段中的行程記億No之圖° [圖9]圖9，係爲展示「伴隨有預約之設定的預浸行程 」之行程內容和於其之進行階段中的行程記憶No之圖。 [圖10]圖10，係爲展示「槽洗淨行程」之行程內容和 於其之進行階段中的行程記憶No之圖。 [圖1 1 ]圖1 1，係爲展示非揮發性記憶體之記億地圖的 圖。 [圖1 2]圖1 2，係爲將記憶在非揮發性記憶體中之記憶 內容分爲各項目並與各記憶容量一同作展示之圖。 [圖13]圖13，係爲展示洗衣機之全體構成的截斷側面 圖。 [圖14]圖14，係爲操作面板之平面圖》 [圖15]圖15，係爲電性構成之區塊圖。 [圖16]圖16，係爲展示本發明之第2實施例的相當於 -46- 1373543 圖1 4之圖， [圖17]圖17’係爲展示本發明之第3實施例的流程圖 〇 [圖18]圖18，係爲展示本發明之第4實施例的流程圖 〇 [圖19]圖19，係爲展示本發明之第5實施例的流程圖 〇 [圖20]圖20，係爲展示本發明之第6實施例的電性構 成圖。 [圖21]圖21，係爲「標準行程」之時序圖。 [圖22]圖22，係爲「附有預約設定之標準行程」之時 序圖。 [圖23]圖23，係爲「附有預浸之標準行程」之時序圖 〇 [圖24]圖24，係爲展示控制內容之流程圖。 【主要元件符號說明】 1 5 :開關裝置 15A :電源投入開關 1 5 B :閂鎖繼電器 15C : ON用線圏 1 5D : OFF用線圏 1 6 :電源切斷開關 17:停電存在顯示器（專用顯示器） -47- 1373543 1 8 :預約開關 28:毛毯開關（既存之顯不器） 32:水位顯示器（既存之顯示器） 39:洗淨次數顯示器（既存之顯示器） 40:注水洗淨顯示器（既存之顯示器） 42 :脫水時間顯示器（既存之顯示器） 43 :控制裝置 44 :電源 44a 、 44b ：通電路 45 :電源繼電電路 5 〇 :蜂鳴器 52 :非揮發性記憶體 6 1 :閂鎖繼電驅動電路 65 :洗衣機蓋開閉感測器 -48-At 1373543 (NO), the control unit 43 moves to step S6, and whether or not the power-off switch 16 is turned ON during the washing operation, whether or not there is a power-off command sb). If there is no electric in command Sb (NO), the control unit 43 returns to step S4. Here, if the washing operation is normally completed or there is a power command (YES), the control device 43 clears the content stored in step S7, and stops the driving of the name in step S8. . Then, in step S9, the control device 43 outputs the latch open signal Sc' to the rent 64 and turns on the OFF coil 15D, whereby the latch relay 15B is opened, and the control device 43 is included. Power off. As a result, in the state in which the washing operation is completed, the power source of the device 43 is blocked, and the standby operation state is not caused, and the power consumption can be eliminated in the operation end state (the washing machine is not in use). Here, when there is a case in the washing operation (in the period in which the step S4 - S5 - S6 - S4 is looped via the control device 43), the control device 43 and the power supply thereto are supplied at this point in time. The system disappears. Thereby, the control by the control unit 43 is stopped. At this time, in the non-volatile memory 52, the memory content at the time of the stop is left. Moreover, when the power failure occurs, the latch-up relay is maintained in a closed state. Then, if the power failure is restored, the electric appliance 15B is maintained in the closed state as described above. Therefore, commercial AC power is supplied to the control circuit 45A. By means of this 'control device J breaks in the 'is i cut off (cut off ί to this r machine i crystal borrowed full control i. Therefore in the implementation of ί power failure 1 machine ^ was i time 1 5B 1 lock succeeded i The source 43-41 - 1373543 is supplied with power, and general control as shown in Fig. 24 is started. In this case, in step S1, the control device 43 is uniquely energized for the ON coil 15C, however, The latch relay 15B is maintained in a closed circuit. Thereafter, in the result of the determination in step S2, the control device 43 determines that the content of the non-volatile memory 52 remains. Therefore, the control device 4 moves to the step. S 1 0, and display the occurrence of a power outage at the power failure display display 17. Further, in step S11, the control device 43 determines whether the washing machine cover Id is based on the output of the washing machine cover opening and closing sensor 65. When the control device 43 determines that the washing machine cover Id is off (YES), the process proceeds to step S12, and the operation is resumed in response to the memory content. The control device 43 determines that the washing machine cover Id is open (NO) Love Then, the process moves to step S13, and the display for prompting the closing of the washing machine cover Id is performed at an appropriate display. Then, the control device 43 waits for the closing of the washing machine cover Id by the user. After step S12 The control device 43 performs the above-described processing of step S4 and subsequent steps. Thus, with the washing machine of the present embodiment, the switching device is provided at the through circuit 44a between the power plug 44A and the control power supply circuit 45A. 15. The switch device 15 is closed by the operation of the user, and the closed circuit state is maintained after the closed circuit. Then, the switch device 15 is normally terminated according to the washing operation. Or the power-off command Sb of the power-off switch 16 is generated to open the circuit 44a. Therefore, in the state of -42 - 1373543 when the washing operation is completed, the through-circuit 44a is When the circuit is opened, the power of the control device 43 is blocked. Therefore, the control device 43 does not have a standby operation state. As a result, the power consumption can be suppressed. When the washing operation is started, the manufacturing device 43 stores the progress status or the operation content in the non-volatile memory 52 at a timing determined in advance. Then, the control device 43 normally ends the washing operation system. When the power-off command Sb is input by the power-off switch 16, the memory content of the non-volatile body 52 is cleared. Therefore, when the washing operation system is normally completed, In the case where the power-off command Sb is input when the power-off switch 16 is input (that is, when the washing operation is completed due to the power failure), in the non-volatile memory 52, It is the state of the progress of the washing operation or the content of the operation. Therefore, even if the power failure detecting means for detecting the power failure and performing the memory control for the non-volatile memory in the operation control circuit is not provided, or the operation control circuit for not generating the power failure is not provided. φ The power supply holding means for holding the memory controlled by the memory can also memorize the progress of the washing operation at the time of power failure or the operation content. Further, the control device 43 reads out the contents of the non-volatile memory 52 when there is power supply. Then, when there is a memory content related to the progress status or the operation content, the control unit 43 restarts the washing operation based on the memory content. Therefore, after the power failure is restored, the operation can be resumed from the state of the power failure. Further, the above-described switching device 15 is provided at the through circuit 44a between the power plug 44A and the control power supply circuit 45A. Therefore, even if -43-1373543 is in the presence of a power failure, the pass circuit 44a can be maintained in a closed state, and when the power failure is resumed, the control power supply circuit 45A can be automatically powered. Therefore, at the control unit 43, the control power is also automatically supplied. Thereby, when the power failure is resumed, the operation of the washing machine can be automatically restarted from the state of the power failure without waiting for the user's operation. Further, according to the washing machine of the present embodiment, the switch device 15 is composed of the power supply input switch 15A and the latch relay 15B. The power-on switch 15A is formed by a push switch that is turned ON by manual operation and that automatically closes the pass circuit 44a. The latch relay 1 5B is closed by energization of the ON coil 15C connected in parallel with the power supply input switch 15A, and even after the circuit is closed, even if the ON coil 15C is turned off, the closed circuit is kept closed. In the state, if the OFF coil 15D is energized, it is opened. The control device 43 energizes the ON wire 15C via the latch relay drive circuit 61 in accordance with the fact that the pass circuit 44a is broken. Then, the control device 43 is normally turned off or the power-off command Sb due to the power-off switch 16 is generated, and the OFF coil 15d is turned on via the latch relay drive circuit 61. Power on. Thereby, the desired operation of the switching device 15 can be surely performed. Further, according to the washing machine of the present embodiment, the control unit 43 is configured to display a power failure when the power failure is present at the display 17. By this, it is possible to easily and surely notify the user of the occurrence of the power failure - 44 - 1373543. Further, with the present embodiment, the control device 43 is based on the fact that the washing machine cover Id is turned off when the power failure is resumed. , to start the washing operation again according to the memory content. In general, the washing machine is configured such that the washing process is performed even if the user opens the washing machine lid Id while on the way. In this case, if the user does not notice the return of the power failure, the operation is started when the washing machine cover 1d is opened, which is not preferable in terms of safety. In the present embodiment, there is no situation in which the operation is resumed in a state where the washing machine cover 1d is opened. And for safety. [Other Embodiments] Further, the present invention is not limited to the above embodiments. For example, the switching device is not limited to the above-described configuration, and can be variously modified and implemented. Further, the present invention can be suitably modified and implemented without departing from the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a flow chart showing the control contents when power is turned on, showing a first embodiment of the present invention. [Fig. 2] Fig. 2 is a flow chart (1) showing the contents of the control of the normal operation. [Fig. 3] Fig. 3 is a flow chart showing the control contents of the normal operation - 45 - 1373543 (2 of the figure) ° [Fig. 4] Fig. 4 ' is a display of the internal image of the transfer@@ 3) ° [Fig. 5] Fig. 5' is a flow chart showing the control content of the normal operation (4 of it) ° [Fig. 6] Fig. 6' is a show showing the content of the "standard stroke" and 1 The course of the progress in the stage is recorded in the figure of 100 million. [Fig. 7] Fig. 7' is a view showing the content of the stroke of the "pre-dip stroke" and the travel record of the I in the progress phase thereof. [Fig. 8] Fig. 8 is a diagram showing the content of the itinerary of the "standard course with the setting of the reservation" and the course of the journey in the progress phase thereof. [Fig. 9] Fig. 9 is a The content of the itinerary of the pre-dip stroke set with the reservation and the graph of the stroke memory No in the progress stage thereof. Fig. 10 is a view showing the content of the stroke of the "slot cleaning stroke" and the stroke memory No in the progress stage thereof. [Fig. 1 1] Fig. 1 is a diagram showing a map of the non-volatile memory. [Fig. 1 2] Fig. 12 is a diagram in which the memory contents memorized in the non-volatile memory are divided into items and displayed together with the respective memory capacities. Fig. 13 is a sectional side view showing the entire configuration of the washing machine. Fig. 14 is a plan view of the operation panel. Fig. 15 is a block diagram of an electrical configuration. Fig. 16 is a view corresponding to -46-1373543 of Fig. 14 showing a second embodiment of the present invention, and Fig. 17 is a flow chart showing a third embodiment of the present invention. [Fig. 18] Fig. 18 is a flowchart showing a fourth embodiment of the present invention. Fig. 19 is a flowchart showing a fifth embodiment of the present invention, Fig. 20, Fig. 20, The electric configuration diagram of the sixth embodiment of the present invention is shown. [Fig. 21] Fig. 21 is a timing chart of "standard stroke". Fig. 22 is a timing chart showing "a standard stroke with a reservation setting". [Fig. 23] Fig. 23 is a timing chart of "standard stroke with prepreg" 〇 [Fig. 24] Fig. 24 is a flow chart showing control contents. [Main component symbol description] 1 5 : Switching device 15A: Power supply switch 1 5 B : Latch relay 15C : ON wire 圏 1 5D : OFF wire 圏 1 6 : Power cut-off switch 17: Power failure display (dedicated Display) -47- 1373543 1 8 : Appointment switch 28: Blanket switch (existing display) 32: Water level display (existing display) 39: Washing number display (existing display) 40: Water-washed display (existing) Display) 42: Dehydration time display (existing display) 43: Control device 44: Power supply 44a, 44b: Through circuit 45: Power supply relay circuit 5 〇: Buzzer 52: Non-volatile memory 6 1 : Latch Relay drive circuit 65: washing machine cover opening and closing sensor-48-