201219618 六、發明說明： 【發明所屬之技術領域】 發明領域 本發明係有關一種提高洗淨性能且進行防止衣服黑斑 之滾筒式洗衣機。 發明背景 在習知之洗衣機中，為了提高洗淨性能，例如在特開 2000-342887號公報（以下，記為「專利文獻l )提出了一種 在洗務液高濃度狀態進行清洗行程之控制方式。 以下，就有關專利文獻丨所記載之習知洗衣機的動作， 使用圖面進行說明。201219618 VI. Description of the Invention: [Technical Field of the Invention] Field of the Invention The present invention relates to a drum type washing machine which improves washing performance and prevents black spots on clothes. In the conventional washing machine, in order to improve the washing performance, a control method for performing a washing stroke in a high concentration state of the washing liquid is proposed in Japanese Laid-Open Patent Publication No. 2000-342887 (hereinafter referred to as "Patent Document 1"). Hereinafter, the operation of the conventional washing machine described in the patent document , will be described with reference to the drawings.
第8圖係說明習知之洗衣機的動作之流程圖。第9圖係 顯示前述洗衣機之水量設定鍵的前視圖。第1〇A圖與第10B 圖係顯示表示前述洗衣機之洗劑量的表示燈之一例的圖 示。 如第8圖所示’首先’使用者開啟電源時，洗衣機啟動。 接著’判斷疋否使用者利用運轉程序選擇紐選擇了高 濃度程序（步驟S201)。 ’、、、後’在使用麵擇了高濃度程料（步驟S201之 谓）’於第9圖所示之表示燈仏表示使用的水量，且 I圖或第⑽圖所示之表示燈他、杨表示投入的洗劑量 (/驟S2叫使用者依據所表示之洗劑量將洗劑投入到内槽 專。且，利用第9圖所示之水量設定鍵35可進—步使水量變 201219618 少。此時，在專利文獻1中，將洗劑量表示成較標準運轉程 序所必須的量為多，且使供水量較標準運轉程序為少。例 如’使供水之水1為3 0公升時，作為洗劑量，例如表示為 60g。此係標準洗滌程序之洗滌物的量設定成3kg時的設定 值，亦即與水量39公升及洗劑量27g相比較時，高濃度的情 況，洗劑的濃度變成約3倍。 接著’使用者依據所表示之洗劑量將洗劑投入到内槽 等，並使洗滌的動作開始，且供水到所設定的供水量（步驟 S203)。然後，供水完成時，移至清洗行程(步驟S2U)。 接著，判斷是否已經過預定之清洗時間（步驟S212)，清 洗時間經過且清洗行程完成時（步驟S2丨2之YES)，便移至下 一打程之漂洗步驟。另一方面，清洗時間未經過時（步驟 S212之NO)，便反覆清洗行程（步驟S211)。 又，在使用者未選擇高濃度程序時(步驟S201之NO)， 判斷是否選擇先浸泡高濃度程序（步驟S2〇4)。 ’，遵選擇了先泡局濃度程序時(步驟S2〇4之yes)， 首先，與高濃度料相同地，表料量且表錢劑量(步驟 5205) ° 其次，使用者依據所表示之洗劑量將洗劑投入到内槽 等，使洗滌的動作開始，並供水直到設定之供水量（步驟 5206) 域’供水完成時，進行洗㈣之㈣a(步驟 5207) ° 接者，授拌A結束時，移至以下之先浸泡動作。此時， 先浸泡動作進行停止水狀旋轉（步雜〇8)與 攪拌B(步驟 201219618 S209) ’並判斷先浸泡是否完成（步驟S21〇)。且，先浸泡動 作未完成時（步驟S21〇之NO)，反覆停止水槽的旋轉（步驟 S208)與攪拌B(步驟S209)。 接著，先浸泡動作結束時(步驟S21〇之YES)，與選擇高 濃度程序時相同地’進行清洗程序（步驟S2U)以後的動作。 即，習知之洗衣機藉由以上述控制方式選擇高濃度程 序，使投入之洗劑的量較標準運轉程序多，且使供水之水 量少而進行洗滌。藉此，提高洗淨性能且防止衣服的黑斑， 並可以高品質洗衣的方式來洗滌洗滌物。 但是，在習知之洗衣機中，為了防止衣服之黑斑在 以高濃度程序洗滌時，為了以較規定之水量少的水量來洗 規疋量的衣服’在洗滌槽（内槽）中衣服被強迫攪拌。此時， 内包内槽的水槽（外槽）由於係可搖動地支持於筐體内，因此 在内槽中衣服被強迫攪拌時，外槽全體會大幅地搖動，振 動變大且發生噪音。再者，最糟的情況，會有所謂外槽與 筐體碰撞的課題《且，在專利文獻1中，於實施形態係以縱 型的王自動洗衣機為例進行說明，然而即使是滾筒式洗衣 機也發生相同的問題。 【明内^^ 3 發明概要 本發明之滾筒式洗衣機，包含有支持於洗衣機本體内 的水槽、内設於水槽内的旋轉滚筒、旋轉驅動旋轉滚筒的 馬達、朝水槽内供水的供水閥、以輸入設定部與表示部構 成之操作表示部、與排水口連通的排水閥、檢測衣服之布 201219618 量的布量檢測部、及依序控制清洗行程、漂洗行程及脫水 行程之一連串行程的控制部。在以前述輸入設定部選擇高 品級洗衣程序時，以布量檢測部檢測布量後，控制部將對 應於布量之水位、與超過對應於水位之標準洗劑量之預定 洗劑量表示於表示部。 藉此，不會因外槽振動的擴大或噪音之發生而損及振 動性能，並可以高洗劑濃度來提高洗淨性能且防止衣服的 黑斑。 圖式簡單說明 第1圖係本發明實施形態1之滚筒式洗衣機之縱斷面 圖。 第2圖係說明前述滾筒式洗衣機之控制動作的塊狀圖。 第3圖係顯示前述滾筒式洗衣機之操作表示部之一例 的圖式。 第4圖係說明前述滾筒式洗衣機之高品級洗衣程序中 從清洗行程到脫水行程的控制之流程圖。 第5圖係本發明實施形態2之滚筒式洗衣機之縱斷面 圖。 第6圖係顯示前述滚筒式洗衣機之操作表示部之一例 的圖式。 第7圖係係說明前述滾筒式洗衣機之高品級洗衣程序 中從清洗行程到脫水行程的控制之流程圖。 第8圖係說明習知之洗衣機的動作之流程圖。 第9圖係顯示習知之洗衣機之水量設定鍵的前視圖。 201219618 第10A圖係顯示了表示習知洗衣機之洗劑量的表示燈 之一例的圖式。 第10B圖係顯示了表示習知洗衣機之洗劑量的表示燈 之一例的圖式。Figure 8 is a flow chart showing the operation of a conventional washing machine. Fig. 9 is a front view showing the water amount setting key of the aforementioned washing machine. Figs. 1A and 10B are views showing an example of a display lamp showing the washing amount of the washing machine. As shown in Fig. 8, when the user first turns on the power, the washing machine starts. Next, it is judged whether or not the user has selected the high-concentration program by the operation program selection button (step S201). ', , and 'after selecting a high-concentration material in the use surface (said in step S201)' indicates that the lamp 仏 indicates the amount of water used, and the I-picture or (10) shows the lamp. Yang indicates the amount of washing dose (/S2 is called the user to put the lotion into the inner tank according to the indicated washing dose. Moreover, the water amount setting button 35 shown in Fig. 9 can be used to make the water amount change to 201219618. In this case, in Patent Document 1, the amount of washing is expressed as more than the amount necessary for the standard operating procedure, and the amount of water supplied is smaller than the standard operating procedure. For example, when the water supply water 1 is 30 liters The washing dose is, for example, 60 g. The amount of the laundry in the standard washing procedure is set to a set value at 3 kg, that is, when the water is 39 liters and the washing amount is 27 g, the high concentration is the case of the lotion. The concentration is about three times. Next, the user puts the lotion into the inner tank or the like according to the indicated washing dose, and starts the washing operation, and supplies the water to the set water supply amount (step S203). Then, when the water supply is completed , moving to the cleaning stroke (step S2U). It is judged whether the predetermined cleaning time has elapsed (step S212), and when the cleaning time passes and the cleaning stroke is completed (YES of step S2丨2), it moves to the rinsing step of the next stroke. On the other hand, when the cleaning time has not passed (NO in step S212), the cleaning process is repeated (step S211). When the user has not selected the high-concentration program (NO in step S201), it is determined whether or not the high-concentration program is selected (step S2〇4). When the first soaking concentration program is selected (yes in step S2〇4), first, in the same manner as the high-concentration material, the amount of the meter and the amount of money (step 5205) ° second, the user according to the indicated washing dose Put the lotion into the inner tank or the like to start the washing operation, and supply water until the set water supply amount (step 5206). When the water supply is completed, perform the washing (4) (4) a (step 5207) °. At the end of the mixing A Move to the following first soaking action. At this time, first immerse the action to stop the water rotation (step 〇 8) and the stirring B (step 201219618 S209) ' and judge whether the immersion is completed (step S21 〇). When the soaking action is not completed ( In step S21, NO), the rotation of the water tank (step S208) and the stirring B are stopped (step S209). Next, when the first soaking operation is completed (YES in step S21), the cleaning is performed in the same manner as when the high-concentration program is selected. In the conventional washing machine, the high-concentration program is selected by the above-described control method, so that the amount of the lotion to be charged is larger than the standard operation program, and the amount of water supplied to the water is small, thereby washing. To improve the cleaning performance and prevent black spots on the clothes, and to wash the laundry in a high-quality laundry manner. However, in the conventional washing machine, in order to prevent the black spots of the clothes from being washed in a high concentration program, in order to The amount of water with a small amount of water is used to wash the clothes. In the washing tank (inner tank), the clothes are forced to stir. At this time, since the water tank (outer groove) of the inner bag inner groove is swayably supported in the casing, when the clothes are forcedly stirred in the inner tank, the entire outer groove is greatly shaken, and the vibration becomes large and noise is generated. In the worst case, there is a problem that the outer tank collides with the casing. Further, in Patent Document 1, the vertical king automatic washing machine is described as an example, but even the drum type washing machine is described. The same problem also occurs. [Brightness of the Invention] The drum type washing machine of the present invention includes a water tank supported in the washing machine body, a rotary drum installed in the water tank, a motor that rotationally drives the rotary drum, and a water supply valve that supplies water into the water tank. The operation setting unit configured by the input setting unit and the display unit, the drain valve that communicates with the drain port, the cloth amount detecting unit that detects the cloth of the clothes 201219618, and the control unit that sequentially controls one of the washing stroke, the rinsing stroke, and the dehydration stroke. . When the high-level laundry program is selected by the input setting unit, after the cloth amount detecting unit detects the cloth amount, the control unit indicates the water level corresponding to the cloth amount and the predetermined washing amount exceeding the standard washing amount corresponding to the water level. unit. Thereby, the vibration performance is not impaired by the expansion of the vibration of the outer tank or the occurrence of noise, and the washing performance can be improved with a high detergent concentration and the black spots of the clothes can be prevented. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a longitudinal sectional view showing a drum type washing machine in accordance with a first embodiment of the present invention. Fig. 2 is a block diagram showing the control operation of the above-described drum type washing machine. Fig. 3 is a view showing an example of an operation display portion of the above-described drum type washing machine. Fig. 4 is a flow chart showing the control from the washing stroke to the dehydrating stroke in the high-grade washing program of the aforementioned drum type washing machine. Fig. 5 is a longitudinal sectional view showing a drum type washing machine in accordance with a second embodiment of the present invention. Fig. 6 is a view showing an example of an operation display portion of the above-described drum type washing machine. Fig. 7 is a flow chart showing the control from the washing stroke to the dehydrating stroke in the high-grade washing program of the aforementioned drum type washing machine. Figure 8 is a flow chart showing the operation of a conventional washing machine. Fig. 9 is a front view showing a water amount setting key of a conventional washing machine. 201219618 Fig. 10A is a diagram showing an example of a display lamp showing the washing dose of a conventional washing machine. Fig. 10B is a view showing an example of a light indicating a washing amount of a conventional washing machine.
【實施方式J 較佳實施例之詳細說明 以下，就有關本發明實施形態一面參照圖面一面進行 說明。且，不可藉由該實施形態而限定本發明者。 (實施形態1) 第1圖係本發明實施形態i之滾筒式洗衣機之縱斷面 圖。 如第1圖所示，本實施形態之滾筒式洗衣機至少包含有 可搖動地配设於洗衣機本體51内部之水槽52、可旋轉地配 設於水槽52内之有底圓筒形的旋轉滚筒53、與安裝於水槽 52背面之外側的馬達54，且旋轉滾筒53係藉由馬達M而旋 轉驅動。此時’於水槽52側壁之内方下部，沿著旋轉滾筒 53之旋轉細的方向設有具排水q之例如崎的排水溝 76 ° 农同式洗衣機依據模式設定或控制 程式’而⑽制部控制第1圖所示 且具有至少進行= 你洗仙、脫水仃程與㈣㈣之功能 乾燥系統57而構成洗衣機。 ，也可^略 此時’如第1圖所示， ,、7 '、統55藉由供水閥85(在第2 201219618 圖，之開閉’從正面看自水槽52之中心的錯直方向，透 二 w如左側等側方側的位置之供水路彳f 75，如實線 所示般將自來水等適時地供水到水槽52内部。此時， 同時收納於洗劑收容部58之洗劑與自來水一起投 入到水槽52内。曰 ’所謂從正面看係意味著從第1圖之開閉 門64看水槽52内部的情況。 —又排水系統56係藉由排水閥59之開閉而在清洗行程 π成時、’票洗行程完成時等必要時利用在第1圖之虛線箭 的排水路彳f ’將洗蘇水或漂洗水等朝滾筒式洗衣機 之機外排水。且，排水純係以連接於形成在水槽52之内 底下。卩的排水口 71之排水管6〇、内設於過濾盒67之排水過 ;慮器61 '連接管72與排水閥59所形成。排水過濾器61收集 線屑類且設置成可從外部卸下。而且，透過設於水槽52側 壁内方下部之排水溝76之排水口 71，而可使洗滌水及漂洗 水等易於排水。 又，在排水閥59之上游側設有氣阱68，透過連接於氣 牌6 8之空氣管6 9而連接於例如以壓力感測器等所構成之水 位檢測部94(在第2圖後述卜藉此，利用供水到水槽52内部 之洗滌水所產生之水壓的變化，而可檢測例如複數段的水 位0 又，旋轉滾筒53係藉由設置成從大略水平方向或水平 方向朝前上方傾斜的旋轉軸63，而直接連接於固著在水槽 52外底部的馬達54。然後，藉由以馬達54之驅動使旋轉滾 筒53旋轉，而對從前方之開閉門64投入到旋轉滚筒53之衣 201219618 服進行難拍洗。a ’開閉門64在關閉開閉_時，^透 過安裝於水槽52開Π緣65之輯材66而㈣，在投入衣脈 時可開啟。 又’乾燥系統57沿著第1圖之虛線箭頭c所示之循環路 徑’猎由送風機62而使水槽52及旋轉滚筒53内之空氣猶 環。此處’乾燥系統57之循觀#内設裝⑽(在第 2圖後述）’該熱泵裝置86係以收集棉屬並除塵之過滤器（未 圖示）、將除塵後之導入空氣除濕之除濕部（未圖示）、及加 熱除濕後之空氣而使成錢高溫空氣之加熱部等構成。 又，本實施形態之滾筒式洗衣機除供水系統乃、排水 ^統56及乾燥系統π之外，於清洗準備行程、清洗行移、 休洗行程等巾’因應需要而具備有透過循環系水路Μ，使 水槽52内之自來水等循環之功能。藉此，而可謀求洗劍在 早期（短時間）溶解、防止洗劑在自來水中的不均、以及提扑 清洗行程或漂洗行程之功能。 也就是，例如在清洗行程中，可使旋轉速度為可變， 例如利用驅動由馬達構成之循環泵79而使水槽52内的水逸 過循環系水路78循環。具體而言，循環系水路乃係透過速 接於水槽52排水溝76的排水口71之底部排水管6〇、排水過 渡器61、朝循環泵79之流入側路徑8〇、循環栗79及來自循 環泵79之吐出側路徑81，而使水槽52内的水流通。且，妒 第1圖中之箭頭所示般，流通之水槽52内的水自形成於水槽 52前部（前面側）之複數噴射孔82朝旋轉滾筒53内喷射作為 循環水。 201219618 又，洗蘇時運轉程序等的模式選擇或是水位等各種功 能的選擇’係藉由對設於洗衣機本體51之前面上部的輸入 设定部83(在第2圖、第3圖後述)與表示部54(在第2圖、第3 圖後述)所構狀操作表示料輸人而進行。此時，押制裝 置7〇係將操作面板73之輸人資訊表示於操作面板^的表 不部84而讓使用者知道。且，藉由操作面㈣之輸人設定 部83而設狀運轉開始時，來自於㈣水槽a内 之水位的水減測部94等的資料便輸人顺㈣置％。藉 此，控制裝置70依據所輸入之資料而控制馬達54、排水闕 59、供水閥85等之動作，並依序控制清洗行程、漂洗行程、 脫水行程及乾燥行程等一連串行程而進行運轉。 以下，就有關本實施形態之滾筒式洗衣機之控制動 作，使用第2圖進行說明。 第2圖係說明本實施形態滾筒式洗衣機之控制動作的 塊狀圖。 如第2圖所示，控制裝置70之控制部88係例如以微電腦 等構成’藉由開啟電源開關90而連接到商用電源89以供給 電力並開始動作。來自布量檢測部91、溫度檢測部A92、温 度檢測部B93、及水位檢測部94的輸出被輸入到控制部88。 且’操作表示部74係以輸入設定部83與表示部84構成，並 依據藉由使用者的輸入且透過操作表示部74之輸入設定部 83而設定的内容，將設定内容表示於操作表示部74之表示 部84。 又，控制裝置70之控制部88係透過例如以雙向閘流 1 1201219618 S 繼器等構成之控制裝置70之負荷驅動部87，而控制 馬達54、送風用風扇馬達77、熱泵裝置86、排水閥59、供 水闊85、循環聚79等之動作。藉此，而控制清洗行程、漂 洗行袄、脫水行程及乾燥行程等各行程。 藉上述構成而獲得本實施形態之滾筒式洗衣機。 以下’就選擇本實施形態作為主要目的之高品級洗衣 权序（防止黑斑程序）時有關清洗行程、漂洗行程、脫水行程 之連串行程的動作，一面參照第1圖及第2圖，一面使用 第3圖與第4圖進行說明。 第3圖係顯示本實施形態丨中滾筒式洗衣機之操作表示 部之一例的圖式。 首先，使用者開啟第1圖所示之開閉門64，並將衣服投 入旋轉滾筒53内。然後，使用者按壓第3圖所示之操作表示 部74之輸入設定部83的電源輸入鈕83a而輸入電源。其次， 使用者利用輸入設定部83之程序鈕83c，利用表示部84的表 示選擇高品級洗衣程序84a。接著，使用者按壓輸入設定部 83之啟動鈕83b而啟動滾筒式洗衣機的運轉。且，如第3圖 所示，在操作表示部74之輸入設定部83上除上述外，有設 定洗滌及乾燥之洗乾切換鈕83d、設定自清洗行程到乾燥行 程之行程的行程鈕83e、及設定水位之水位鈕83f等。此時， 被供水之自來水的水位，使用者因應布量而可藉由水位鈕 83f自由設定。另一方面，在使用者未設定水位時，依據第 2圖所示之布量檢測部91所檢測的布量，而例如自動設定從 低水位到高水位的水位。 201219618 然後，在本實施形態防止衣服黑斑之高 ㈣)時’自㈣㈣叫巾纽的水^並 將水位表不於水位表示部84b。 以下就有關選擇了防止衣服之黑斑的高品級洗 衣私序時之控制，使用第4圖進行說明。 第4圖係說明前述滾筒式洗衣之古。、 清洗行程舰水行蚊㈣的流㈣級洗衣程序從 入示，首先，判定是否利用操作表示部74之輸 ^相的程序偏域擇了高品級洗衣程序叫步驟 )。「未選擇高品級洗衣程序84a時(步驟81之叫，例如因 應以急速」等程序紐83c所選擇的进裡 條件開始絲。 _的_㈣，以各個洗蘇 f ’在選擇了高品級洗衣程序8 4 a時(步驟s丨之☆ s)，開 始在高品級洗衣程序之洗滌。 接者’利用第2圖所示之布量檢測部91檢測所投入之布 量（步驟S2) ’並將因應控制部88所檢測之布量的水位（高品 級洗衣程序時祕水位或是巾水⑷表㈣水位表示部 84b(步驟S.同時，將超過相對於所檢測到水位的水量之 通常標準洗劑量’例如大約2倍（包含2倍)的預定洗劑量表示 於數位表示部84c作為例如洗劑杯的量。例如，在布量 4.5kg，所自動設定之既定水位為中水位的情況，通常之標 準’先劑罝為洗劑杯〇·8杯，而高品級洗衣程序中，2倍之1.6 杯表示於數位表示部84c。 接著，使用者投入表示於數位表示部84c之洗劑量（標 12 201219618 準洗劑里之大約2倍)時(步驟S4) ’控制部⑽透過負载驅動部 87控制供水閥85而開始供水到水槽52内（步驟S5)。然後直 到自動設定之水位的預定量供水完成時，開始供水授掉(步 驟S6)。㈣，供水中，控制部⑽透過負載驅動部⑽ 驅動循環幻9，將水槽52内之洗料作為循環水而從水槽 52上部之喷射孔82喷射到旋轉滾筒53内。藉此，促進投二 到洗蘇水的_之溶解。循環水喷射關時，控制物透 過負載驅動部87驅動馬達54,而使旋轉滾筒53旋轉。藉此， 攪拌投入到旋轉滾筒53内之衣服，開始預洗行程。此時， 在習知之洗衣機的清洗行程中，利用高濃度程序洗滌時， 投入標準洗劑量⑽），藉由較少的水而提高相對的洗劑的 濃度以進行清洗。因此，由於在較少的水量中硬攪拌衣服， 所以旋轉滾筒易於偏心而易於碰撞筐體。但是，在本實施 形態中，利用通常的水位（水量）提高洗劑的濃度(2倍）而清 洗衣服，因此即使在通常的旋轉數也難以發生旋轉滚筒的 偏心，而不會碰撞筐體。 接著，預洗行程完成，衣服的汗垢某程度掉落時，控 制部88透過負載驅動部87而開啟排水閥59，透過排水系統 56進行水槽52内之洗滌水的排水（步驟S7)。且，於上述排水 中’排水到第2圖所示之水位檢測部97可檢測的最低等級的 水位之後’再經過10秒後’控制部88關閉排水閥59。此時， 藉由排水而使從衣服剝離之某程度的汙垢朝滾筒式洗衣機 的機外排出。 接著’控制部88透過負載驅動部87控制供水閥85，而 13 201219618 供水到水槽52内直到與 也就是說，藉由預的水位（步驟S8)。 的供水，水槽52内之^丁程後該步驟S7的排水與步驟S8 (包含1倍）。此係例如=濃度便成為通f濃度之大約1倍 水時之水位（最低等组水位（步驟S5)的水位成為排 最低等級之水位中大約^的大約2倍（包含2倍）。因此， 而豨薄成大約i倍的濃声°的洗劑濃度因被供水之中水位 通常之標準洗«度進行洗務纟町如財，以 正式清洗行程之清洗攪拌(步_)。 洗_ 後’進— ㈣開啟排水閥59，將^5;首先控制部Μ透過負载驅動 之後，對衣服給予離内找務水她 水(步驟sii)。之&㈣订從衣服分離水分財間脫 _而供水直到清洗;:::透過_動部87控制供水 載驅_驅動馬二==轉控制部88透過負 出洗劑液之漂峨(步^柿3㈣，料自衣服取 ^ ’漂洗⑴行程後，進行成為最終漂洗行程之漂洗 在漂洗⑺行程中，與漂洗⑴相同地，控制部88 、载驅動部87而開啟排水_ ’而將水槽52内之漂洗 切行排水(錢犯）。錢，對衣服絲離心力，而進行 從衣服分離水分的中間脫水(步驟S14)。之後， 過負载驅動部87控制供水_，而供水直到清妹程的水 位。然後’控㈣88透過負載驅動部87驅動馬料而使旋 14 201219618 轉滾筒53旋轉，開始自衣服取出洗劑液的漂洗攪拌（步驟 515) 。 接著，漂洗(2)行程終了後，進行脫水行程（步驟si6)。 在脫水行程中’首先’開啟排水閥59，將水槽52内的水進 行排水後，驅動馬達54，使旋轉滾筒53高速旋轉，並藉由 對衣服給予離心力而自衣服分離水分的方式來進行（步驟 516) 。 如以上說明，依據本實施形態，藉由設置以超過標準 洗劑量之大約2倍的洗劑量實行預洗行程以防止衣服専斑 之尚品級洗衣行程序（黑斑防止程序）’而以高洗劑濃产提高 清洗性能，防止衣服的黑斑，而可實現可以高品質之洗衣 進行洗滌之滚筒式洗滌。 又’依據本實施形態，由於以通常水位利用超過標準 洗劑量之大約2倍的洗劑量進行預洗行程之後，以通常洗劑 濃度之大約1倍的濃度進行正式清洗行程，所以抑制旋轉滾 筒偏心而旋轉所產生之擴大朝水槽之振動及噪音的發生。 藉此，可實現不降低振動性能之滾筒式洗滌。 且，在本實施形態中’以將標準洗劑量2倍之洗劑量表 示於表示部而催促使用者投入的例子來做說明，然而並不 以此為限。投入之洗劑量在不影響旋轉滾筒之振動性能(例 如與筐體碰撞等）時，也可是因應在預洗行程供水之水位超 過標準洗劑量的量，例如也可是丨·5倍到3倍。此時，預洗 行程在排水後殘留的洗滌水之洗劑濃度即使是因在正式清 洗行程中注水之洗滌水而稀薄，也可投入與標準洗劑量相 15 201219618 同程度（1倍）的洗劑濃度之洗劑量。 (實施形態2) 以下，就有關本發明實施形態2之滾筒式洗衣機使用圖 示進行說明。 第5圖係本發明實施形態2之滾筒式洗衣機的縱斷面 圖。 本實施形態之滾筒式洗衣機設置自動將洗劑投入到水 槽内的液體洗劑自動投入裝置，以具有液體洗劑自動投入 裝置之控制的點，而與實施形態1相異。其他構成及控制以 及操作等，由於與實施形態1相同，而有省略說明的場合。 也就是說，如第5圖所示，本實施形態之滾筒式洗衣機 在洗衣機本體51之上部内方具備有液體洗劑自動投入裝置 95。液體洗劑自動投入裝置95至少具有收納液體洗劑之液 體洗劑槽95a、及例如空氣泵等之加壓裝置95b。且，構成 為以與密閉之液體洗劑槽95a連接之空氣泵，而提高液體洗 劑槽95a内之空氣壓，並藉由所加壓之空氣壓而自動地將液 體洗劑槽之液體洗劑預定量地投入水槽52内。 以下，於選擇本實施形態之黑斑防止程序（高品級洗衣 程序）時，以液體洗劑自動投入裝置95之控制為主，使用第 6圖與第7圖進行說明。 第6圖係顯示本發明實施形態2之滾筒式洗衣機之操作 表示部之一例子的圖示。如第6圖所示，本實施形態之滾筒 式洗衣機係在操作表示部74之輸入設定部83設有液體洗劑 自動投入鈕83g，以使使用者於洗滌開始前可設定液體洗劑 16 201219618 的洗劑量。 第7圖係說明前述滾筒式洗衣機之從高品級洗衣程序 之清洗行程到脫水行程之控制的流程圖。且，第7圖之步驟 S1、步驟S2及從步驟S5到步驟16係與在第4圖之實施形態1 中s兒明之控制相同，所以有省略說明的情況。 如第7圖所示’首先，判斷是否以操作表示部74之輸入 設定部83的程序鈕83c選擇了高品級洗衣程序（黑斑防止程 序）84a(步驟S1)。此時，選擇了高品級洗衣行程時（步驟S1 之Yes) ’判斷是否按壓液體洗劑自動投入鈕83g而選擇液體 洗劑自動投入（步驟S101)。未選擇液體洗劑自動投入時（步 驟S101之No)，依據在實施形態1說明之第4圖的流程圖實行 洗滌。 而’選擇液體洗劑自動投入時（步驟S101之Yes)，以高 品級洗衣程序且液體洗劑被液體洗劑自動投入，並開始洗 務0 接著，利用第2圖所示之布量檢測部91檢測所投入之布 量（步驟S2)，控制部88將因應檢測之布量的水位（高品級洗 衣程序時為低水位或是中水位）表示於水位表示部84b(步驟 S102)。同時，將於相對於所檢測之水位的水量之通常標準 液體洗劑超過洗劑量，例如大約2倍（包含2倍)之預定洗劑量 表示於數位表示部84c，以作為例如洗劑杯的量(杯）。例如， 在布量為4.5kg之下，自動設定之既定水位為中水位時，通 常洗劑濃度之洗劑量為0.8杯’然而高品級洗衣程序中2倍 之1.6杯被表示於數位表示部84c。 17 201219618 接著，液體洗劑自動投入裝置95之空氣泉以預定時間 驅動，表不於數位表不部84e之量的液體洗劑從液體洗劑自 動投入裝置95自動投入到水槽52内（步驟sl〇3)。 以下’實4丁第4圖况明之步驟S5到步驟S16相同的動 作，而完成洗蘇。 如以上所說明的，依據本實施形態，與実施形態丄相同 地’藉由設置以超過標準液體洗劑量之大約2倍的洗劑量實 行預洗行程之防止衣服黑斑的高品級洗衣程序（黑斑防止 程序）’而以高洗劑濃度提高清洗性能，防止衣服的黑斑， 而可實現可以高品質之洗衣進行洗滌之滚筒式洗滌。 又’依據本實施形態’以超過相對於通常水位之標準 液體洗劑量之大約2倍的洗劑量進行預洗行程之後，以通常 洗劑濃度之大約1倍的濃度進行正式清洗行程，所以抑制旋 轉滾筒偏心而旋轉所產生之擴大朝水槽振動及噪音的發 生。藉此，可實現不會降低振動性能之滚筒式洗衣機。 再者’依據本實施形態，藉由液體洗劑自動投入的選 擇’自動地投入超過標準液體洗劑量之例如大約2倍的液體 洗劑量’而可實行高品級洗衣程序（黑斑防止程序）。其結 果’省卻放入洗劑之作業，防止洗劑誤放，並藉由提升使 用者的操作性而可實現使用者友善之滾筒式洗衣機。 且，在本實施形態中，係以將標準液體洗劑量2倍的液 體洗劑量表示於表示部且自動投入的例子進行說明，然而 並不以此為限。投入之液體洗劑量在不影響（例如不與筐體 碰撞）旋轉滾筒之振動性能時，因應在預洗行程所供水的水 18 201219618 位，只要是超過標準液體洗劑量即可，即使是例如1.5倍到 3倍左右也可。此時，預洗行程排水後殘留洗滌水之液體洗 劑濃度，即使是藉由正式清洗行程中注入的洗滌水而變稀 薄，也可投入成為與標準液體洗劑量相同程度（1倍)之液體 洗劑濃度的液體洗劑量。 I：圖式簡單說明3 第1圖係本發明實施形態1之滚筒式洗衣機之縱斷面 圖。 第2圖係說明前述滾筒式洗衣機之控制動作的塊狀圖。 第3圖係顯示前述滾筒式洗衣機之操作表示部之一例 的圖式。 第4圖係說明前述滚筒式洗衣機之高品級洗衣程序中 從清洗行程到脫水行程的控制之流程圖。 第5圖係本發明實施形態2之滚筒式洗衣機之縱斷面 圖。 第6圖係顯示前述滚筒式洗衣機之操作表示部之一例 的圖式。 第7圖係係說明前述滾筒式洗衣機之高品級洗衣程序 中從清洗行程到脫水行程的控制之流程圖。 第8圖係說明習知之洗衣機的動作之流程圖。 第9圖係顯示習知之洗衣機之水量設定鍵的前視圖。 第10A圖係顯示了表示習知洗衣機之洗劑量的表示燈 之一例的圖式。 第10B圖係顯示了表示習知洗衣機之洗劑量的表示燈 19 201219618 之一例的圖式。 【主要元件符號說明】 35.. .水量設定鍵 35a...表示燈 40a...表示燈 40b...表示燈 51.. .洗衣機本體 52.. .水槽 53.. .旋轉滾筒 54.. .馬達 5 5…供水糸統 56.. .排水系統 57.. .乾燥系統 58.. .洗劑收容部 59.. .排水閥 60.. .排水管 61.. .排水過滤器 62.. .送風機 63.. .旋轉軸 64.. .開閉門 65.. .開口緣 66.. .密封材 67.. .過濾盒 68.. .氣拼 69.. .空氣管 70…控制裝置 71.. .排水口 72.. .連接管 73.. .操作面板 74.. .操作表示部 75.. .供水路徑 76.. .排水溝 77.. .風扇馬達 78.. .循環系水路 79.. .循環泵 80.. .流入測路徑 81.. .吐出測路徑 82.. .喷射孔 83.. .輸入設定部 83a...電源輸入鈕 83b...啟動鈕 83c...數位表示部 83d...洗乾切換la 83e...行程鈕 83f...水位 ia 83g...液體洗劑自動投入la 20 201219618[Embodiment J] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the drawings. Further, the inventors of the present invention are not limited by the embodiment. (Embodiment 1) FIG. 1 is a longitudinal sectional view of a drum type washing machine in accordance with Embodiment 1 of the present invention. As shown in Fig. 1, the drum type washing machine of the present embodiment includes at least a water tank 52 that is swingably disposed inside the washing machine body 51, and a bottomed cylindrical rotating drum 53 that is rotatably disposed in the water tank 52. The motor 54 is attached to the outer side of the back surface of the water tank 52, and the rotary drum 53 is rotationally driven by the motor M. At this time, in the lower inner side of the side wall of the water tank 52, a drainage groove 76 with a drainage q is provided along the direction of the rotation of the rotary drum 53. The same type of washing machine according to the mode setting or control program is used (10) The washing machine is constructed by controlling a functional drying system 57 as shown in Fig. 1 and having at least a function of = washing, dehydrating, and (4) (4). In this case, as shown in Fig. 1, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The water supply path f 75 at the position on the side of the left side, such as the left side, is supplied to the inside of the water tank 52 in a timely manner as indicated by the solid line. At this time, the lotion and the tap water which are accommodated in the lotion accommodating portion 58 at the same time. It is put into the water tank 52 together. The so-called "looking from the front" means that the inside of the water tank 52 is seen from the opening and closing door 64 of Fig. 1. The drainage system 56 is opened and closed by the drain valve 59 in the cleaning stroke π. When the 'ticket washing course is completed, etc., the draining water or the rinsing water is drained to the outside of the drum type washing machine by the drain line 彳f ' in the dotted arrow of Fig. 1 as necessary. It is formed under the bottom of the water tank 52. The drain pipe 6 of the drain port 71 of the crucible, the drain pipe provided in the filter case 67, and the connecting pipe 72 and the drain valve 59 are formed. The drain filter 61 collects the wire dust. And arranged to be detachable from the outside. Moreover, through the inside of the side wall of the sink 52 The drain port 71 of the drain 76 can easily drain the washing water, the rinsing water, etc. Further, a gas trap 68 is provided on the upstream side of the drain valve 59, and is passed through the air tube 169 connected to the gas plate 68. It is connected to, for example, a water level detecting unit 94 which is constituted by a pressure sensor or the like (this will be described later in FIG. 2, and it is possible to detect, for example, a plurality of stages by using a change in water pressure generated by the washing water supplied to the inside of the water tank 52. Water Level 0 Further, the rotary drum 53 is directly connected to the motor 54 fixed to the outer bottom of the water tank 52 by a rotary shaft 63 which is disposed to be inclined upward from the substantially horizontal direction or the horizontal direction. Then, by the motor 54 The rotation of the rotary drum 53 is performed, and it is difficult to wash the clothes 201209618 which is fed from the front opening and closing door 64 to the rotary drum 53. When the 'opening/closing door 64 is closed and closed _, the opening and closing door 64 is attached to the opening of the water tank 52. The material 66 of 65 and (4) can be opened when the clothing pulse is put in. Further, the drying system 57 is hunted by the air blower 62 along the circulation path indicated by the broken line arrow c in Fig. 1 to make the water tank 52 and the rotary drum 53 Air is still ringing. Here 'drying system 57 The inside of the installation (10) (described later in Fig. 2) is a filter (not shown) for collecting cotton and dust, and a dehumidifying unit (not shown) for dehumidifying the introduced air after dust removal, And heating and dehumidifying the air to form a heating unit for the high-temperature air, etc. Further, the drum type washing machine of the present embodiment is in addition to the water supply system, the drainage system 56, and the drying system π, in the cleaning preparation stroke and the cleaning line. The towel, the rest period, and the like are provided with a function of circulating the tap water in the water tank 52 through the circulation water passage, and it is possible to dissolve the shampoo at an early stage (short time) and prevent the lotion from being dissolved. Uneven in tap water, and the function of lifting the washing stroke or rinsing stroke. That is, for example, during the washing stroke, the rotation speed can be made variable, for example, by circulating the circulation pump 79 composed of a motor to circulate the water in the water tank 52 through the circulation water passage 78. Specifically, the circulation water passage is a bottom drain pipe 6 that passes through the drain port 71 that is fast connected to the drain groove 76 of the water tank 52, a drain transition device 61, an inflow side path 8 toward the circulation pump 79, a circulation pump 79, and The discharge side path 81 of the circulation pump 79 circulates the water in the water tank 52. Further, as shown by the arrow in Fig. 1, the water in the water tank 52 that has passed through is injected into the rotary drum 53 as a circulating water from a plurality of injection holes 82 formed in the front portion (front side) of the water tank 52. 201219618 In addition, the mode selection of the operation program such as the washing operation and the selection of various functions such as the water level are performed by the input setting unit 83 provided on the front surface of the washing machine main body 51 (described later in FIGS. 2 and 3). This is performed by the operation of the display unit 54 (described later in FIG. 2 and FIG. 3). At this time, the binding device 7 displays the input information of the operation panel 73 on the display portion 84 of the operation panel ^ to let the user know. When the setting operation unit 83 is operated by the operator setting unit 83 of the operation surface (4), the data from the water level reducing unit 94 of the water level in the (4) water tank a is input (4). Thereby, the control device 70 controls the operations of the motor 54, the drain port 59, the water supply valve 85, and the like in accordance with the input data, and sequentially controls the series of the washing stroke, the rinsing stroke, the dehydration stroke, and the drying stroke to operate. Hereinafter, the control operation of the drum type washing machine according to the present embodiment will be described using Fig. 2 . Fig. 2 is a block diagram showing the control operation of the drum type washing machine of the embodiment. As shown in Fig. 2, the control unit 88 of the control device 70 is connected to the commercial power source 89 by turning on the power switch 90, for example, by turning on the power switch 90 to supply electric power and start the operation. The outputs from the cloth amount detecting unit 91, the temperature detecting unit A92, the temperature detecting unit B93, and the water level detecting unit 94 are input to the control unit 88. The operation display unit 74 is configured by the input setting unit 83 and the display unit 84, and displays the setting content in the operation display unit based on the content set by the input setting unit 83 of the operation display unit 74 by the user's input. A portion 84 of 74. Further, the control unit 88 of the control device 70 controls the motor 54, the air blowing fan motor 77, the heat pump device 86, and the drain valve by, for example, the load driving unit 87 of the control device 70 constituted by the two-way thyristor 1 1201219618 S relay or the like. 59. The water supply is 85, and the circulation is 79. Thereby, each stroke such as the washing stroke, the washing stroke, the dehydration stroke, and the drying stroke is controlled. According to the above configuration, the drum type washing machine of the present embodiment is obtained. In the following description, the operation of the series of cleaning strokes, rinsing strokes, and dehydration strokes in the case of selecting the high-grade laundry order (prevention of the black spot program) as the main object of the present embodiment is referred to FIG. 1 and FIG. The description will be made using Figs. 3 and 4. Fig. 3 is a view showing an example of an operation display portion of the drum type washing machine in the present embodiment. First, the user opens the opening and closing door 64 shown in Fig. 1 and throws the clothes into the rotary drum 53. Then, the user presses the power input button 83a of the input setting unit 83 of the operation display unit 74 shown in Fig. 3 to input the power. Next, the user selects the high-grade laundry program 84a by the display of the display unit 84 by the program button 83c of the input setting unit 83. Next, the user presses the start button 83b of the input setting unit 83 to start the operation of the drum type washing machine. Further, as shown in Fig. 3, in addition to the above, the input setting unit 83 of the operation display unit 74 includes a washing and drying washing button 38d, a stroke button 83e for setting a stroke from the washing stroke to the drying stroke, and And set the water level button 83f and so on. At this time, the water level of the tap water supplied by the user can be freely set by the water level button 83f depending on the amount of the cloth. On the other hand, when the user does not set the water level, the water level from the low water level to the high water level is automatically set, for example, according to the amount of cloth detected by the cloth amount detecting unit 91 shown in Fig. 2 . 201219618 Then, in the case where the black spot of the clothes is prevented from being high (four)), the water of the towel is not self-contained (4) and the water level is not indicated by the water level indicating portion 84b. The following is a description of the control of the high-grade laundry in the private order of preventing the black spots of the clothes, and the description will be made using FIG. Fig. 4 is a view showing the aforementioned drum type laundry. The cleaning (fourth) level laundry program of the cleaning route is carried out. First, it is determined whether or not the high-grade laundry procedure is selected by the procedure of the operation phase of the operation display unit 74. "When the high-grade laundry program 84a is not selected (the call is made in step 81, for example, in response to a rapid speed, etc.), the entry condition is selected by the entry condition 83c. _ _ (four), each of the washes f 'selected high quality When the level of the washing program is 8 4 a (step s 丨 s s), the washing in the high-grade washing program is started. The picker 'detects the amount of the cloth to be fed by the cloth amount detecting unit 91 shown in Fig. 2 (step S2) 'The water level of the cloth volume detected by the control unit 88 (the water level of the high-grade laundry program or the towel water (4) table (4) water level indicating portion 84b (step S. simultaneously, will exceed the detected water level) The usual standard washing amount of the amount of water 'for example, about 2 times (including 2 times) of the predetermined washing amount is expressed by the digit indicating portion 84c as, for example, the amount of the lotion cup. For example, when the cloth amount is 4.5 kg, the automatically set predetermined water level is medium. In the case of the water level, the standard 'pre-agent 罝 is the lotion cup 〇 8 cups, and in the high-grade laundry program, the 1.6-fold cup is expressed in the digit display portion 84c. Next, the user inputs the unit in the digital representation. Washing dose of 84c (standard 12 201219618 in the lotion) (2 times) (Step S4) The control unit (10) controls the water supply valve 85 through the load drive unit 87 to start water supply into the water tank 52 (step S5). Then, when the predetermined amount of water supply of the automatically set water level is completed, the water supply is started. (Step S6). (4) In the water supply, the control unit (10) drives the circulation fan 9 through the load driving unit (10), and ejects the washing material in the water tank 52 as circulating water from the injection hole 82 in the upper portion of the water tank 52 to the rotating drum 53. In this way, the dissolution of the water to the washing water is promoted. When the circulating water is sprayed off, the control unit drives the motor 54 through the load driving unit 87 to rotate the rotary drum 53. Thereby, the clothes thrown into the rotary drum 53 are stirred. The pre-washing stroke is started. At this time, in the washing process of the conventional washing machine, when the washing is performed by the high-concentration program, the standard washing amount (10) is introduced, and the relative concentration of the lotion is increased by washing with less water. Therefore, since the clothes are hardly stirred in a small amount of water, the rotating drum tends to be eccentric and easily collides with the casing. However, in the present embodiment, the concentration of the lotion is increased by the usual water level (water amount). (2 times) and washing the clothes, it is difficult to cause the eccentricity of the rotating drum to occur, even if the number of normal rotations does not collide with the casing. Next, when the pre-washing stroke is completed and the sweat of the clothes falls to some extent, the control unit 88 The drain valve 59 is opened by the load driving unit 87, and the washing water in the water tank 52 is drained through the drain system 56 (step S7). In the drain, the water level detecting unit 97 shown in Fig. 2 can be detected. After the lowest level of the water level, the control unit 88 closes the drain valve 59. After that, the dirt which is peeled off from the clothes is discharged to the outside of the drum type washing machine by the drain. The water supply valve 85 is controlled by the load driving unit 87, and 13 201219618 is supplied into the water tank 52 until, in other words, by the pre-water level (step S8). The water supply, the drain in the step S7 after the water tank 52, and the step S8 (including 1 time). For example, if the concentration is the water level at about 1 times the water concentration (the lowest water level (step S5), the water level becomes about 2 times (including 2 times) the water level of the lowest level. Therefore, The concentration of the lotion which is reduced to about i times the thickness of the water is washed by the standard of the water level in the water supply, and the washing is carried out by the official cleaning process (step _). 'Into- (4) Open the drain valve 59, which will be ^5; firstly, after the control unit is driven by the load, the clothes are given water to the water (step sii). The & (4) order to separate the water from the clothes. Water supply until cleaning;::: Control the water supply drive through the moving part 87_Drive the horse two == the control unit 88 through the negative washing liquid 峨 (step ^ persimmon 3 (four), from the clothes to take ^ 'rinse (1) After the stroke, the rinsing to be the final rinsing stroke is performed in the rinsing (7) stroke. Similarly to the rinsing (1), the control unit 88 and the load driving unit 87 turn on the drain _ ' while the rinsing in the water tank 52 is drained and drained. Money, the centrifugal force on the clothes, while the intermediate dehydration of the moisture from the clothes (step S 14) After that, the overload driving unit 87 controls the water supply_, and supplies water to the water level of the Qingmei process. Then, the control unit (4) 88 drives the horse material through the load driving unit 87 to rotate the screw 12201219618 rotating drum 53, and starts to take out the clothes. The rinsing and stirring of the solution liquid (step 515). Next, after the rinsing (2) end of the stroke, the dehydration step is performed (step si6). In the dehydration step, the drain valve 59 is first opened, and the water in the water tank 52 is drained. The motor 54 is driven to rotate the rotary drum 53 at a high speed, and the moisture is separated from the clothes by applying centrifugal force to the clothes (step 516). As described above, according to the embodiment, by setting the amount to exceed the standard washing amount About 2 times the washing dose is pre-washed to prevent the freckle of the laundry class (black spot prevention program), and the high washing agent is used to improve the cleaning performance and prevent the black spots of the clothes, and can be realized. The high-quality washing machine performs the drum washing of the washing. In addition, according to the embodiment, the washing amount is about 2 times of the standard washing amount in the normal water level. After the washing stroke, the main washing stroke is performed at a concentration approximately one time higher than the normal lotion concentration. Therefore, the occurrence of vibration and noise generated by the expansion of the rotating drum due to the eccentricity of the rotating drum is suppressed. Thereby, vibration performance can be achieved without lowering the vibration performance. In the present embodiment, the example in which the washing amount of the standard washing amount is twice as shown in the display portion and the user is urged to input is described. However, the present invention is not limited thereto. When the vibration performance of the rotating drum is not affected (for example, collision with the casing), the water level of the water supply in the pre-washing stroke may exceed the standard washing amount, for example, it may be 5 to 3 times. At this time, the pre-washing is performed. The lotion concentration of the washing water remaining after the drainage is thin even if it is due to the washing water injected in the main washing course, and the washing dose of the same concentration (1 times) of the standard washing dose phase 15 201219618 can be put. . (Embodiment 2) Hereinafter, a description will be given of a drum type washing machine according to Embodiment 2 of the present invention. Fig. 5 is a longitudinal sectional view showing a drum type washing machine in accordance with a second embodiment of the present invention. The drum type washing machine of the present embodiment is different from the first embodiment in that a liquid detergent automatic input device that automatically puts the lotion into the water tank is provided with the control of the liquid detergent automatic input device. Other configurations, controls, operations, and the like are the same as those in the first embodiment, and the description thereof will be omitted. That is, as shown in Fig. 5, the drum type washing machine of the present embodiment is provided with a liquid detergent automatic input device 95 in the upper portion of the washing machine body 51. The liquid detergent automatic introducing device 95 has at least a liquid lotion tank 95a for storing a liquid lotion and a pressurizing device 95b such as an air pump. Further, the air pump connected to the sealed liquid detergent tank 95a is configured to increase the air pressure in the liquid detergent tank 95a, and automatically wash the liquid of the liquid detergent tank by the pressurized air pressure. The agent is introduced into the water tank 52 by a predetermined amount. In the following, when the black spot prevention program (high-grade laundry program) of the present embodiment is selected, the control of the liquid lotion automatic input device 95 is mainly used, and the sixth and seventh drawings will be described. Fig. 6 is a view showing an example of an operation display unit of the drum type washing machine in accordance with the second embodiment of the present invention. As shown in Fig. 6, the drum type washing machine of the present embodiment is provided with a liquid lotion automatic input button 83g in the input setting unit 83 of the operation display unit 74, so that the user can set the liquid lotion 16 before the start of washing. 201219618 Washing dose. Fig. 7 is a flow chart showing the control of the above-described drum type washing machine from the washing stroke of the high-grade washing program to the dehydrating stroke. Further, the steps S1 and S2 in the seventh embodiment and the steps S5 to S16 are the same as those in the first embodiment in the fourth embodiment, and therefore the description thereof will be omitted. As shown in Fig. 7, first, it is judged whether or not the high-grade laundry program (black spot prevention program) 84a is selected by the program button 83c of the input setting unit 83 of the operation display unit 74 (step S1). At this time, when the high-grade laundry stroke is selected (Yes in step S1), it is determined whether or not the liquid detergent automatic input button 83g is pressed to select the liquid detergent automatic input (step S101). When the liquid detergent is not automatically charged (No in Step S101), the washing is carried out in accordance with the flowchart of Fig. 4 described in the first embodiment. And 'when the liquid lotion is automatically put in (Yes in step S101), the high-grade washing program is used and the liquid lotion is automatically put in by the liquid lotion, and the washing is started. 0 Next, the cloth amount detection shown in Fig. 2 is used. The portion 91 detects the amount of the input (step S2), and the control unit 88 indicates the water level (the low water level or the middle water level at the time of the high-grade laundry program) in the water level indicating portion 84b (step S102). At the same time, the usual standard liquid lotion which will be in excess of the amount of water relative to the detected water level exceeds the washing amount, for example, about 2 times (including 2 times) of the predetermined washing amount is expressed in the digital indicating portion 84c as the amount of, for example, the lotion cup. (cup). For example, when the cloth is 4.5kg and the set water level is automatically set to the middle water level, the washing dose of the lotion concentration is usually 0.8 cups. However, the 1.6 cups of the high-grade laundry program are represented by the digital display unit. 84c. 17 201219618 Next, the air spring of the liquid detergent automatic input device 95 is driven for a predetermined time, and the liquid detergent which is not in the amount of the digital portion 84e is automatically put into the water tank 52 from the liquid detergent automatic input device 95 (step sl1) 〇 3). In the following, the same operation as step S5 to step S16 of Fig. 4 is completed, and the washing is completed. As described above, according to the present embodiment, in the same manner as the embodiment, the high-grade laundry program for preventing the black spots of the clothes is performed by setting the washing amount exceeding the standard liquid washing amount by about twice the washing amount of the standard liquid washing amount ( The black spot prevention program)' improves the cleaning performance with a high lotion concentration, prevents dark spots on the clothes, and enables a drum type washing that can be washed with a high quality laundry. Further, according to the present embodiment, after the pre-washing stroke is performed at a washing dose exceeding about twice the standard liquid washing amount with respect to the normal water level, the main washing stroke is performed at a concentration approximately equal to about 1 times the normal lotion concentration, so that the rotation is suppressed. The expansion caused by the eccentricity of the drum causes the vibration and noise of the water tank to occur. Thereby, a drum type washing machine which does not degrade the vibration performance can be realized. Furthermore, according to the present embodiment, the high-grade laundry program (black spot prevention program) can be implemented by the selection of the automatic injection of the liquid lotion 'automatically input the liquid washing amount exceeding, for example, about 2 times the standard liquid washing amount'. . As a result, the operation of the lotion is eliminated, the lotion is prevented from being misplaced, and the user-friendly drum type washing machine can be realized by improving the operability of the user. Further, in the present embodiment, an example in which the liquid washing amount of the standard liquid washing amount is twice as indicated in the display portion and automatically input is described, but the invention is not limited thereto. When the liquid washing dose of the input does not affect (for example, does not collide with the casing) the vibration performance of the rotating drum, the water supplied in the pre-washing stroke 18 201219618, as long as it exceeds the standard liquid washing dose, even if it is, for example, 1.5 It can be doubled to about 3 times. At this time, the liquid detergent concentration remaining in the washing water after the pre-washing stroke is drained, even if it is thinned by the washing water injected in the main washing stroke, the liquid can be put into the same level (1 time) as the standard liquid washing dose. The liquid wash dose of the lotion concentration. I: BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a longitudinal sectional view of a drum type washing machine in accordance with a first embodiment of the present invention. Fig. 2 is a block diagram showing the control operation of the above-described drum type washing machine. Fig. 3 is a view showing an example of an operation display portion of the above-described drum type washing machine. Fig. 4 is a flow chart showing the control from the washing stroke to the dehydrating stroke in the high-grade washing program of the aforementioned drum type washing machine. Fig. 5 is a longitudinal sectional view showing a drum type washing machine in accordance with a second embodiment of the present invention. Fig. 6 is a view showing an example of an operation display portion of the above-described drum type washing machine. Fig. 7 is a flow chart showing the control from the washing stroke to the dehydrating stroke in the high-grade washing program of the aforementioned drum type washing machine. Figure 8 is a flow chart showing the operation of a conventional washing machine. Fig. 9 is a front view showing a water amount setting key of a conventional washing machine. Fig. 10A is a view showing an example of a display lamp showing the washing amount of a conventional washing machine. Fig. 10B is a view showing an example of a lamp 19 201219618 showing the washing amount of a conventional washing machine. [Main component symbol description] 35.. Water quantity setting key 35a... indicates that the lamp 40a... indicates the lamp 40b... indicates the lamp 51.. The washing machine body 52.. The water tank 53.. Rotary drum 54. . Motor 5 5... Water supply system 56.. Drainage system 57.. Drying system 58.. Lotion accommodating section 59.. Drain valve 60.. Drainage pipe 61.. Drainage filter 62. .. blower 63.. rotating shaft 64.. opening and closing door 65.. opening edge 66.. sealing material 67.. filter box 68.. gas 69.. air tube 70... control device 71 .. .Drainage port 72.. . Connection pipe 73.. Operation panel 74.. Operation indication part 75.. Water supply path 76.. Drainage 77.. Fan motor 78.. .Circulation system waterway 79 .. . Circulating pump 80.. . Inflow measurement path 81.. Discharge test path 82.. Injection hole 83.. Input setting unit 83a... Power input button 83b... Start button 83c... Digital Display portion 83d...washing switch la 83e...stroke button 83f...water level ia 83g...liquid lotion automatically put in la 20 201219618
84...表示部 93...溫度檢測部B 84a... 品級洗衣程序 94...水位檢測部 84b...水位表示部 95...液體洗劑自動投入裝置 84c...數位表示部 95a...液體洗劑槽 85...供水閥 95b...加壓裝置 86...熱泵裝置 S1〜S16.··步驟 87...負載驅動部 S201 〜S213·.·步驟 88...控制部 a...箭頭 89…商用電源 b...箭頭 90...電源開關 C...箭頭 91...布量檢測部 d...箭頭 92...溫度檢測部A 2184...display portion 93...temperature detecting portion B 84a... grade laundry program 94...water level detecting portion 84b...water level indicating portion 95...liquid lotion automatic input device 84c... Digital display unit 95a...liquid detergent tank 85...water supply valve 95b...pressure device 86...heat pump device S1 to S16.··Step 87...load drive unit S201 to S213·.· Step 88: Control unit a... Arrow 89... Commercial power supply b... Arrow 90... Power switch C... Arrow 91... Cloth amount detecting unit d... Arrow 92... Temperature Detection Department A 21