201143699 六、發明說明： t發明戶斤屬之技術領域2 技術領域 本發明係有關於一種固有式餐具清洗機，其係藉由洗 淨喷嘴向餐具類喷射洗淨水以洗淨餐具類之餐具清洗機。 c先前技術3 背景技術 迄今，該種餐具清洗機係被構成為如第6〜8圖所示者 (例如，參照專利文獻1)。 第6〜8圖係表示專利文獻1所記載之習知的餐具清洗機 者。如第6〜8圖所示，收納於系統廚房中，設在洗淨機本體 1内部的洗淨槽2係於上方設有開口部2a，並於内部配置有 收納餐具類3的洗淨籃4。在洗淨籃4的下方係以可自由旋轉 的方式設有洗淨喷嘴5，藉洗淨泵6使貯存於洗淨槽2内的洗 淨水循環，並藉由洗淨喷嘴5喷射來洗淨餐具類3。又，在 洗淨槽2下方將由軌道等所構成之滑件機構7固定，並以可 朝前後方向平行移動的方式支持。 在進行餐具類3之存取時，將洗淨槽2向前方拉出，藉 由開口部2a來收容餐具類3。接著將洗淨槽2放回洗淨機本 體1内，而在收納同時於洗淨機本體1内之上部空間待機的 蓋體8係以下述方式構成：藉由配置於洗淨機本體1内側面 之連接機構等（圖未示）一邊朝後方移動一邊下降，而將洗淨 槽2的開口部2a阻塞。 在洗淨槽2的前面安裝有把手9，一方面可將洗淨槽向 201143699 前拉出，一方面可在進行餐具清洗機的操作時，保護設於 門10内部之控制基板等（圖未示）。又，在洗淨槽2的前方上 面有鎖片11突出。鎖片11在洗淨槽2收納於洗淨機本體1内 的狀態下，可藉由閂鎖於設於洗淨機本體1前方之鎖板12來 保持洗淨槽2的收納狀態，防止運轉中及未使用時洗淨槽2 飛出（參照第7A圖）。為了解除閂鎖狀態，藉由操作設於把 手9内的把手桿13，使鎖片11移動至下方而避過鎖板12，以 解除閂鎖狀態，而使洗淨槽2可向前方拉出（參照第7B圖）。 又，在門10内部設有檢測把手13之操作的把手開關 14，且在洗淨機本體1的後方内部設有檢測洗淨槽2之收納 狀態的内拉開關15。把手開關14及内拉開關15檢測到在運 轉中把手桿欲將洗淨槽2拉出之旋轉動作，或洗淨槽2相對 於洗淨機本體1之前後位置，則控制使餐具清洗機的運轉操 作停止，或控制洗淨槽2在非收納之狀態下無法運轉。 然而，在上述習知的結構中，在抓住把手桿13的同時 可拉出洗淨槽2，而在洗淨步驟的中途未使餐具清洗機暫時 停止就拉出洗淨槽2的情形，在把手桿13轉動的同時，把手 開關14 一邊檢測，一邊使洗淨槽2拉出。因此，因拉出操作 的速度，有因洗淨泵6的停止較遲，而使來自洗淨喷嘴5之 喷射造成洗淨水朝機體外飛出之可能性這樣的課題。 [習知技術文獻] [專利文獻] [專利文獻1]日本特開2009-89834號公報 【發明内容】 4 201143699 發明概要 本發明之餐具清洗機係具備：收納被洗淨物的洗淨 槽、以可朝前後方向移動的方式收納洗淨槽的洗淨機本 體、設於洗淨槽前面且具有用於靠手之靠部的把手、及以 自由移動的方式設置於把手内的把手桿；且構成為藉由把 手桿之推壓移動，在靠部形成用於靠手的空間。 發明效果 緣此，只有藉由操作把手桿才能抓住把手。因此，即 便是在洗淨步驟中途未使餐具清洗機暫時停止的情況下， 仍可確實地防止因洗淨泵而從洗淨喷嘴所喷射之洗淨水飛 出機外。 圖式簡單說明 第1圖係本發明之實施形態的餐具清洗機之縱截面圖。 第2A圖係本發明之實施形態的餐具清洗機鎖定狀態之 把手桿部截面圖。 第2 B圖係本發明之實施形態的餐具清洗機解除鎖定狀 態之把手桿部截面圖。 第3圖係本發明之實施形態的餐具清洗機重要部位的 透視圖。 第4 A圖係本發明之實施形態的餐具清洗機鎖定狀態之 重要部位的平面圖。 第4B圖係本發明之實施形態的餐具清洗機解除鎖定狀 態之重要部位的平面圖 第5圖係本發明之實施形態的餐具清洗機之把手開關 5 201143699 部截面圖。 第6圖係習知的餐具清洗機之縱截面圖。 第7A圖係表示習知的餐具清洗機之把手桿部鎖定狀態 的截面圖。 第7B圖係表示習知的餐具清洗機之把手桿部之解除鎖 定狀態的截面圖。 第8圖係習知的餐具清洗機之洗淨槽收納狀態檢測部 的截面圖。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an intrinsic type dishwasher which is capable of washing tableware by spraying washing water to a tableware by a washing nozzle. washing machine. C. Prior art 3 Background Art This type of dishwasher is constructed as shown in Figs. 6 to 8 (see, for example, Patent Document 1). Figs. 6 to 8 show a conventional dishwashing machine described in Patent Document 1. As shown in the sixth to eighth embodiments, the cleaning tank 2 provided in the interior of the washing machine body 1 is provided with an opening 2a in the upper portion, and a washing basket for accommodating the tableware 3 is disposed inside. 4. The washing nozzle 5 is rotatably provided below the washing basket 4, and the washing water stored in the washing tank 2 is circulated by the washing pump 6, and is washed by the washing nozzle 5 to be washed. Tableware class 3. Further, the slider mechanism 7 composed of a rail or the like is fixed under the cleaning tub 2 and supported so as to be movable in parallel in the front-rear direction. When the tableware 3 is accessed, the cleaning tank 2 is pulled forward, and the tableware 3 is accommodated by the opening 2a. Then, the cleaning tank 2 is placed in the main body 1 of the washing machine, and the lid body 8 that is placed in the upper space of the washing machine main body 1 is placed in the following manner: The side connecting mechanism or the like (not shown) descends while moving rearward, and blocks the opening 2a of the washing tank 2. A handle 9 is attached to the front surface of the washing tank 2. On the one hand, the washing tank can be pulled out before the 201143699, and the control board provided inside the door 10 can be protected during the operation of the dishwasher (Fig. Show). Further, a locking piece 11 protrudes above the front side of the washing tub 2. The lock piece 11 can be held in the state in which the washing tank 2 is housed in the washing machine main body 1, and can be locked by the lock plate 12 provided in front of the washing machine main body 1 to maintain the storage state of the washing tank 2 and prevent the operation. The cleaning tank 2 is flying out during and after use (see Figure 7A). In order to release the latching state, by operating the handlebar 13 provided in the handle 9, the locking piece 11 is moved downward to avoid the lock plate 12, thereby releasing the latching state, and the cleaning groove 2 can be pulled forward. (Refer to Figure 7B). Further, inside the door 10, a handle switch 14 for detecting the operation of the handle 13 is provided, and an internal pull switch 15 for detecting the storage state of the cleaning tank 2 is provided inside the rear of the cleaner body 1. The handle switch 14 and the internal pull switch 15 detect the rotation of the handlebar to pull the cleaning tank 2 during operation, or the position of the cleaning tank 2 relative to the front and rear of the washer body 1, and then control the dishwasher. The operation operation is stopped, or the cleaning tank 2 is controlled to be inoperable in a state of not being stored. However, in the above-described conventional configuration, the cleaning tank 2 can be pulled out while grasping the handlebar 13, and the washing tank 2 can be pulled out without temporarily stopping the dishwasher in the middle of the washing step. While the handlebar 13 is rotated, the handle switch 14 is detected while pulling the cleaning tank 2 out. Therefore, there is a possibility that the washing of the washing nozzle 5 causes the washing water to fly out of the machine body due to the late stopping of the washing pump 6 due to the speed of the drawing operation. [Patent Document] [Patent Document 1] Japanese Laid-Open Patent Publication No. 2009-89834 (Description of the Invention) 4 201143699 Summary of the Invention The dishwasher of the present invention includes a washing tank for storing the object to be washed, a washing machine body that accommodates the washing tank so as to be movable in the front-rear direction, a handle provided on the front side of the washing tank, and a handle for the hand, and a handle bar that is movably provided in the handle; It is configured to form a space for the hand on the abutment by the pressing movement of the handlebar. Effect of the Invention Therefore, the handle can be grasped only by operating the handlebar. Therefore, even if the dishwasher is not temporarily stopped in the middle of the washing step, the washing water sprayed from the washing nozzle by the washing pump can be surely prevented from flying out of the machine. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a longitudinal sectional view of a dishwasher according to an embodiment of the present invention. Fig. 2A is a cross-sectional view showing the handlebar portion in a locked state of the dishwasher of the embodiment of the present invention. Fig. 2B is a cross-sectional view showing the handlebar portion of the dishwasher in the unlocked state according to the embodiment of the present invention. Fig. 3 is a perspective view showing an important part of the dishwasher of the embodiment of the present invention. Fig. 4A is a plan view showing an important part of the state in which the dishwasher of the embodiment of the present invention is locked. Fig. 4B is a plan view showing an important portion of the dishwasher in the unlocked state according to the embodiment of the present invention. Fig. 5 is a sectional view showing a handle switch of the dishwasher of the embodiment of the present invention. Figure 6 is a longitudinal sectional view of a conventional dishwasher. Fig. 7A is a cross-sectional view showing a state in which the handlebar portion of the conventional dishwasher is locked. Fig. 7B is a cross-sectional view showing the unlocked state of the handlebar portion of the conventional dishwasher. Fig. 8 is a cross-sectional view showing a washing tank storage state detecting portion of a conventional dishwasher.
I：實施方式J 用以實施發明之形態 以下，針對本發明之實施形態，一邊參照圖示一邊進 行說明。再者，與習知例相同結構者係賦予相同符號並省 略說明。又，本發明非受該等實施形態所限定者。 第1至5圖係表示本發明之貫施形態之餐具清洗機者。 在第1至5圖中，在門16之上方中央設有把手18 ’係在向前 方拉出洗淨槽17時用於靠手者；在把手18内設有由門16所 支撐，可向上方轉動之把手桿19。把手桿19之第1轉動軸20c 朝周圍轉動的操作角度Θ1，係依據將其一端2〇a固定連接於 把手桿19之第1轉動軸20c之傳達棒20，向洗淨槽17的側壁 方向傳達。 又，把手桿19係將下面】9a之手從前方可碰到的部分作 成無突出部或凹陷部的平坦面。藉此，構成為下述狀態： 沒有用於將洗淨槽17c向前方拉出之靠手的部分，而是藉由 將把手桿19朝上方轉動’而形成可將手搭在設於把手18前 201143699 壁部之内部的靠部18a之空間3〇。 洗淨槽17係收納於洗淨機本體⑺，在朝前後方向之移 動經鎖定的狀態時，係如第2A圖所示，把手_靠部18a 與把手桿19的下面叫之間，構成為沒有供手搭於靠部18a 並朝前拉出之缺”。接著，餘手㈣朝上推 轉動角度㈣成為第2B圖所示之位置關錢，在把手㈣ 的下面19a下方、㈣l8a的後方，形成用於將手搭 18a之空間30之結構。 將把手才干19朝上方推而移動之上限位置係藉由把手a 的上面内側18b來限制。 在如第2A圖所示之經鎖定的自然狀態下，靠部18a的下 成為與把手桿19的下面…之最下方點(在本實施形 態中為下面19&的前端）大約相同的高度。藉此，除了使盆 沒有供拉出之充足的空間外，在從前方看餐具清洗機時，，、 把手桿19減姐_18内Μ會被錢，何實現良好 的外觀。 傳達棒2〇係如第2八圖至第侧所示，由截面里略圓形 之線材所軸，如上所n施連結結手桿19，而由 該-端2G起形成為直線狀之直線部係在略水平左右方向上 朝洗淨槽17—㈣側壁(在本實施形態中係、左側的側壁)延 伸’另-端20b係朝略斜下方曲折而與鎖片2ι連結。 在此，針對鎖部進行說明，該鎖部係以鎖片Μ與鎖板 23作為主要結構要素，麵洗淨射目對概淨機本體i朝前 後方向之移動鎖定及解除鎖定者。 201143699 如第3圖及第4 A、4B圖所示，在洗淨槽17前側上部一 方之側壁附近，以圓弧狀的桿形成鎖部，並於其前端設置 具備爪部24之鎖21。就該鎖片21而言，係將第2旋動軸22 設置於鉛直方向上，並將鎖片21以可自由轉動的方式安裝 於以第2旋動軸22為中心且從上方看來為略水平面之内。鎖 片21係將用於抵接設在洗淨機本體〖之側壁内面之鎖板23 而栓鎖之爪部24與具有彈性之枢紐部25以一體成形的方式 形成。在鎖板23閂鎖之鎖定時，藉由枢紐部25與門16之前 壁背面16a抵接而使爪部24保持在較門丨6側壁的開口部％ 突出之位置。 又’鎖片21之第2轉動軸22與爪部24之間設有用於插入 傳達棒2G之另I20b的孔部27。構成為傳達棒2()之側壁端 ㈣另-端2Gb與孔部27栓鎖，以將把手桿19旋動的動作變 換成鎖片21的旋動動作。藉由此結構，把手桿19之動作角 度Θ1的旋轉係可藉由傳達棒傳達至鎖片2卜而變換為以 $2&動轴22為支點之動作角度θ2的旋轉。 如第3圖及第5圖所示，門16内的把手18附近設有 檢測把手桿19的動作之把手開關2 8 (把手桿動作檢測 =)’且如第10所*，在洗淨機本體1後方内部設有檢測洗 ，槽Π之收納狀態的内拉開關2 9 (洗淨槽收納狀態檢測 七。把手開關28及内拉開關29係以下述方式進行控制：檢 測在運轉中欲將洗淨槽17拉出時之把手桿19的旋轉動作或 相對於洗淨機本體1之洗淨槽17的前後位置，而使餐具清洗 機之運轉動作停止，使洗淨槽Π在非收納狀態下無法運轉。 201143699 t 又，鎖片21、鎖板23與内拉開關29從正面看來接是配 置於左側的側壁側。 再者，把手桿19之動作角度Θ1係為了實現在鎖定截除 時確實的操作感與把手_28之確實的動作，以及為了將 把手桿19收納於把手湖，而設定純大的_物20度 左扑又’若因爪部膽長、與製造誤差等緣故，將造成 在解除鎖定時無法完全收納於門16側壁之開口⑽内或 是卡住料良情況。因此，將動作肖如2狀為_小， 使解除鎖定動作作到確實。 又，如第4A、4B圖及第5圖所千，4 土 Ώ所不，把手開關28係構成 為藉由把手桿19之義，轉鎖片21之動作肖㈣所變換 之角度更小之角度的來動作者。藉此’構成為可在鎖片η 自鎖板解除之刚提早檢測到而關閉電源。 關於如上述所構成之餐具清洗機，以下說明其動作及 作用。 首先，將屬被洗淨物之餐具類3安置於洗淨槽17内後， 推動設於洗淨槽17之前面的門16，將洗淨槽17收納於洗淨 機本體1内，就在洗淨槽17完全收納於洗淨機本體丨内之 前，較門16側壁的開口部26突出之鎖片21的爪部24與設於 洗淨機本體1内的鎖板23之斜面彼此抵接。 在此狀態下，若將洗淨槽17進一步推入，則鎖片21將 藉由鎖板23以第2旋動軸22為支點旋轉，以一體的方式形成 於鎖片21上的枢紐部2 5藉由彎曲而暫時地使爪部改變位置 至開口部26的内部而被收納，使洗淨槽丨7完全地收納於洗 201143699 淨機本體1内。由於洗淨槽Π被完全地收納時爪部24將越過 鎖板23而處於後方，因樞紐部25的反作用力而使爪部24在 度回到自開口部26突出的狀態。在該狀態下，由於爪部24 與鎖板2 3係相對於將洗淨槽朝前方拉開的方向而勾掛呈現 楔狀的形狀之故’洗淨機本體丨與洗淨槽Π便保持在被鎖定 的狀態（參照第2Α圖及第4Α圖）。 運轉結束後，在取出餐具類3時，將設置於把手18内的 把手桿19抵接於把手18的上面内側1 gb，或朝上抬起至接近 該上面内側18的位置。藉此，如先前所述，在把手丨8的内 部形成可供靠手的空間30，只有在此才能將靠部18a向前方 拉出。同時’把手桿19係以第1旋動軸2〇c為支點而以Θ1的 角度旋轉（參照第2B圖）。Θ1的旋轉係藉由傳達棒20傳達至 鎖片21 ’變換成以第2旋動軸為支點的02的旋轉。藉由鎖片 21以Θ2的角度旋轉，爪部24改變位置到開口部26的内部而 被收納’洗淨機本體1與洗淨槽17的鎖定狀態解除。因此在 將把手桿19朝上方抬起時，洗淨槽π係呈可相對於洗淨機 本體1出入的狀態（參照第4B圖）。再者，在第4B圖之兩點鏈 線係表示與第4A圖相同狀態者，係供理解將洗淨槽π收納 於洗淨機本體1内的過程令鎖片21的動作者。 又，即便是在運轉中將洗淨槽17拉出的情況下，藉由 併用檢測將把手桿19向上方抬起之動作的把手開關28、及 檢測洗淨槽相對於洗淨機本體1之前後位置的内拉開關 29,可在進入拉出動作前於把手桿19的操作中使洗淨泵6的 動作趕緊停止。進一步，手在拉出後放開把手桿19，把手 201143699 桿19之角度便回復原樣，及便把手開關28變成〇?^的狀態， 内拉開關29呈現OFF的狀態，便可檢測拉出狀態而使運轉 停止。 又，由於把手開關28係藉由把手桿19的旋動而以較鎖 片21之動作角度Θ2所變換之角度更小的03來動作之故，可 在鎖片21自鎖板解除之前提早檢測到而關閉電源，因此可 確實地在洗淨泵6的動作停止後進行解除鎖定。 因此，只有藉由使把手桿丨9動作，在把手開關28檢測 到、停止了洗淨泵6之後，才能抓住把手18。因此，及便在 洗淨步驟的過程中未使餐具清洗機暫時停止就將洗淨槽17 拉出的情況下，仍可確實的防止因洗淨泵6而使自洗淨喷嘴 5所喷射的洗淨水飛出機外。 如以上所說明地，本發明係具有收納被洗淨物之洗淨 槽、收納被洗淨物的洗淨槽；以可朝前後方向移動的方式 收納前述洗淨槽的洗淨機本體；設於前述洗淨槽前面且具 有用於靠手之靠部的把手；及以自由移動的方式設置於把 手内的把手桿；並且構成為藉由前述把手桿之推壓移動， 在前述靠部形成用於靠手的空間之結構。 因此，如果不使把手桿動作，便無法在把手内部形成 可靠手的空間，而可使靠部無法朝前方拉出。而且，只有 藉由使把手桿動作，才能抓住把手，即便是在洗淨步驟過 私中未使養具清洗機暫時停止就拉出洗淨槽的情況下，亦 月b確貫防止因洗淨泵而從洗淨喷嘴所噴射之洗淨水飛出機 外。 201143699 體朝前後方 向之移動有將洗淨槽相對於洗淨機本 作之把计純較之鎖部，祕馳手桿的動 手杯動作檢測n把手桿係構成為在使把手桿動 進行 作檢測部檢測後將前述鎖部解除鎖定之結構。藉此 因把手桿的動作之把手開關（把手桿動作檢測部）的檢測而 停止洗淨泵，延遲鎖片自鎖板解除而將鎖定部解除封鎖， 拉出洗淨槽。因此，可更佳確實地防土因洗淨泵而從洗淨 喷嘴所喷射之洗淨水飛出機外。 【圖式簡單說明：j 第1圖係本發明之實施形態的餐具清洗機之縱截面圖。 第2 A圖係本發明之實施形態的餐具清洗機鎖定狀態之 把手桿部截面圖。 第2B圖係本發明之實施形態的餐異清洗機解除鎖定狀 態之把手桿部截面圖。 第3圖係本發明之實施形態的餐具清洗機重要部位的 透視圖。 第4A圖係本發明之實施形態的餐具·清洗機鎖定狀態之 重要部位的平面圖。 第4 B圖係本發明之實施形態的餐具清洗機解除鎖定狀 態之重要部位的平面圖 第5圖係本發明之實施形態的餐具清洗機之把手開關 部截面圖。 第6圖係習知的餐具清洗機之縱截面圖。 第7A圖係表示習知的餐具清洗機之把手桿部鎖定狀態 12 201143699 的截面圖。 第7B圖係表示習知的餐具清洗機之把手桿部之解除鎖 定狀態的截面圖。 第8圖係習知的餐具清洗機之洗淨槽收納狀態檢測部 的截面圖。 【主要元件符號說明】 1…洗淨機本體 2、17...洗淨槽 2a...開口部 3.. .餐具類 4.. .洗淨籃 5.. .洗淨喷嘴 6.. .洗淨泵 7.. .滑件機構 8.. .蓋體 9、 18...把手 10、 16···門 11、 21...鎖片 12、 23...鎖板 13、 19...把手桿 14.. .把手開關 15.. .内拉開關 13 201143699 16a...前壁背面 18a...靠部 18b...(把手18的)上面内側 19a...(把手桿19的)下面 20.. .傳達棒 20a...(傳達棒20的)一端 20b...(傳達棒20的)另一端 20c...第一轉動軸 22.. .第2旋動軸 24."爪部 25…樞紐部 26.. .開口部 27. •.孑匕部 28.. .把手開關 29. ··内拉開關(洗淨槽收納狀態檢測部) 30.. .空間 14I. Embodiment J Mode for Carrying Out the Invention Hereinafter, an embodiment of the present invention will be described with reference to the drawings. Incidentally, the same configurations as those of the conventional examples are given the same reference numerals and will not be described. Furthermore, the invention is not limited by the embodiments. Figures 1 to 5 show the dishwasher of the present invention. In the first to fifth figures, a handle 18' is provided at the upper center of the door 16 for the hand when the cleaning groove 17 is pulled forward; and the handle 18 is supported by the door 16, which can be upward Turn the handlebar 19. The operation angle Θ1 of the first rotating shaft 20c of the handlebar 19 is rotated toward the periphery, and is transmitted to the side wall of the washing tank 17 in accordance with the conveying rod 20 which is fixedly coupled to the first rotating shaft 20c of the handlebar 19 at one end 2〇a. convey. Further, the handlebar 19 is a flat surface from which the hand of the lower surface 9a can be touched from the front without a protruding portion or a depressed portion. Thereby, the configuration is such that the portion of the hand that pulls the cleaning groove 17c forward is not provided, but the handlebar 19 is rotated upward to form a hand that can be placed in front of the handle 18. 201143699 The space inside the wall 18a of the wall is 3〇. The washing tank 17 is housed in the washing machine body (7), and when the movement in the front-rear direction is locked, as shown in FIG. 2A, the handle-receiving portion 18a and the lower surface of the handlebar 19 are configured as There is no shortage of the hand to pull on the back 18a and pull it forward. Then, the remaining hand (four) pushes the turning angle (4) to the position shown in Figure 2B, under the 19a below the handle (4), (4) behind the l8a The structure for forming the space 30 for the hand 18a is formed. The upper limit position for pushing the handle 19 upward is restricted by the upper inner side 18b of the handle a. The locked nature as shown in Fig. 2A In the state, the lower portion of the abutment portion 18a is at the same height as the lowermost point of the lower surface of the handlebar 19 (in the present embodiment, the front end of the lower portion 19 &), thereby making it unnecessary for the tub to be pulled out. Outside the space, when looking at the dishwasher from the front, the handlebar 19 will be reduced by the _18 guilty, and the good appearance will be achieved. The communication stick 2 is shown in Figure 2 to the first side. The shaft of the wire which is slightly rounded in the cross section is connected to the hand lever 19 as described above. The linear portion formed linearly from the end 2G extends in the horizontally horizontal direction toward the side wall of the cleaning groove 17-(four) (in the present embodiment, the left side wall), and the other end 20b is slightly inclined. The lower portion is bent to be coupled to the lock piece 2ι. Here, the lock portion will be described. The lock portion is mainly composed of a lock piece and a lock plate 23, and the surface is cleaned toward the front and rear direction of the main body i. 201143699 As shown in Fig. 3 and Figs. 4A and 4B, the lock portion is formed by an arc-shaped rod near the side wall of the upper portion of the front side of the washing tank 17, and is provided at the front end thereof. The lock 21 of the claw portion 24. In the lock piece 21, the second rotary shaft 22 is disposed in the vertical direction, and the lock piece 21 is rotatably attached to the second rotary shaft 22 The center is viewed from above as being in a slightly horizontal plane. The locking piece 21 is used to abut the locking plate 23 provided on the inner surface of the side wall of the washing machine body to lock the claw portion 24 and the elastic hinge portion 25 Formed in an integrally formed manner. When the lock plate 23 is latched, the front wall of the hinge portion 25 and the door 16 is The back surface 16a abuts to hold the claw portion 24 at a position where the opening portion of the side wall of the sill 6 protrudes. Further, between the second rotation shaft 22 of the lock piece 21 and the claw portion 24, another one for inserting the communication rod 2G is provided. The hole portion 27 of the I20b is configured to transmit the side wall end (4) of the rod 2 () and the other end 2Gb and the hole portion 27 are latched to convert the operation of rotating the handle lever 19 into the rotation operation of the lock piece 21. The rotation of the operating angle Θ1 of the handlebar 19 can be converted to the rotation of the operating angle θ2 with the movement axis 22 as a fulcrum by the transmission bar being transmitted to the locking piece 2, as shown in Figs. 3 and 5. As shown in the figure, a handle switch 28 for detecting the movement of the handlebar 19 (handle lever motion detection=) is provided in the vicinity of the handle 18 in the door 16, and as in the tenth item*, a detection wash is provided inside the rear of the washer body 1. The inner pull switch 2 9 in the storage state of the tank (the washing tank storage state detection seven). The handle switch 28 and the inner pull switch 29 are controlled to detect the rotation of the handlebar 19 when the cleaning tank 17 is to be pulled out during operation or before and after the cleaning tank 17 of the washer body 1. At the position, the operation of the dishwasher is stopped, and the washing tank is not operated in the non-receiving state. 201143699 t Further, the lock piece 21, the lock plate 23, and the inner pull switch 29 are disposed on the side wall side of the left side from the front. Further, the operating angle Θ1 of the handlebar 19 is set so as to achieve a correct operational feeling at the time of the lock-off and the correct operation of the handle _28, and to set the pure _ object 20 in order to accommodate the handlebar 19 in the handle lake. The left fluttering 'causes the length of the claws, the manufacturing error, etc., will result in the fact that it cannot be completely accommodated in the opening (10) of the side wall of the door 16 when the lock is released, or the condition of the material is stuck. Therefore, the motion is as small as 2, and the unlocking operation is made true. Moreover, as shown in FIGS. 4A, 4B, and 5, the handle switch 28 is configured to have a smaller angle by the action of the handlebar 19 (4). The angle of the actor. In this way, the power supply can be turned off immediately before the lock piece η is released from the lock plate. Regarding the dishwasher according to the above configuration, the operation and action will be described below. First, after the tableware 3 belonging to the laundry is placed in the washing tank 17, the door 16 provided in front of the washing tank 17 is pushed, and the washing tank 17 is housed in the washing machine body 1, and is Before the cleaning tank 17 is completely housed in the cleaning machine body, the claw portion 24 of the lock piece 21 protruding from the opening portion 26 of the side wall of the door 16 abuts against the slope of the lock plate 23 provided in the cleaner body 1 . In this state, when the cleaning groove 17 is further pushed in, the lock piece 21 is rotated by the lock plate 23 with the second rotation shaft 22 as a fulcrum, and is integrally formed on the hinge portion of the lock piece 21. 2 5 is temporarily stored by changing the position of the claw portion to the inside of the opening portion 26 by bending, and the cleaning tank 7 is completely stored in the washing machine body 1113. When the cleaning tank is completely accommodated, the claw portion 24 will be rearward beyond the lock plate 23, and the claw portion 24 will return to the state protruding from the opening portion 26 due to the reaction force of the hinge portion 25. In this state, since the claw portion 24 and the lock plate 23 are hooked in a direction in which the cleaning groove is pulled forward, the "cleaner body" and the washing tank remain. In the locked state (refer to Figure 2 and Figure 4). After the operation is completed, when the tableware 3 is taken out, the handlebar 19 provided in the handle 18 is brought into contact with the upper inner side 1 gb of the handle 18 or lifted up to a position close to the upper inner side 18. Thereby, as described earlier, the space 30 for the hand can be formed inside the handle bar 8, and only the seat portion 18a can be pulled forward. At the same time, the handlebar 19 is rotated at an angle of Θ1 with the first rotation axis 2〇c as a fulcrum (see Fig. 2B). The rotation of the crucible 1 is transmitted to the lock piece 21' by the communication rod 20 and converted into rotation of 02 with the second rotation axis as a fulcrum. When the lock piece 21 is rotated at the angle of Θ2, the claw portion 24 is changed in position to the inside of the opening portion 26, and the lock state of the cleaner body 1 and the washing tank 17 is released. Therefore, when the handlebar 19 is lifted upward, the washing tank π is in a state in which it can be taken in and out with respect to the cleaner body 1 (refer to Fig. 4B). Further, in the case where the two-point chain diagram in Fig. 4B indicates the same state as in Fig. 4A, it is understood that the actor of the lock piece 21 is stored in the cleaning machine main body 1 in the cleaning tank π. Moreover, even when the cleaning tank 17 is pulled out during operation, the handle switch 28 for detecting the upward movement of the handlebar 19 and the detection of the cleaning tank with respect to the washing machine body 1 are used. The inner pull switch 29 at the front and rear positions can quickly stop the operation of the washing pump 6 during the operation of the handlebar 19 before entering the pull-out operation. Further, after the hand is pulled out, the handlebar 19 is released, the angle of the handle 201143699 is restored to the original state, and the handle switch 28 is turned into the state of the switch, and the pull-in switch 29 is turned OFF, and the pull-out state can be detected. And stop the operation. Moreover, since the handle switch 28 is operated by the rotation of the handlebar 19 at a smaller angle than the angle of change of the operating angle Θ2 of the locking piece 21, the locking piece 21 can be detected early before the locking plate is released. When the power is turned off, the unlocking can be surely performed after the operation of the washing pump 6 is stopped. Therefore, only by operating the handle bar 丨 9, the handle 18 can be grasped after the handle switch 28 detects and stops the cleaning pump 6. Therefore, even when the washing tank 17 is pulled out without temporarily stopping the dishwasher during the washing step, the washing nozzle 6 can be surely prevented from being ejected by the washing nozzle 5. The washing water flies out of the machine. As described above, the present invention has a washing tank for storing the object to be washed, a washing tank for storing the object to be washed, and a washing machine body for storing the washing tank so as to be movable in the front-rear direction; a handle for the abutment of the hand in front of the cleaning groove; and a handle bar that is movably disposed in the handle; and is configured to be formed by the pressing of the handle bar The structure of the space in the hand. Therefore, if the handlebar is not operated, a space for a reliable hand cannot be formed inside the handle, and the abutment cannot be pulled out toward the front. Moreover, the handle can be grasped only by moving the handlebar, and even if the washing tank is pulled out without temporarily stopping the washing machine in the washing step, the month b is surely prevented from being washed. The net pump and the washing water sprayed from the washing nozzle fly out of the machine. 201143699 The movement of the body in the front-rear direction has the cleaning groove compared to the cleaning machine. The handle of the hand-operated cup is detected. The handlebar is configured to move the handlebar. The structure in which the lock portion is unlocked after the detection unit detects the detection. Thereby, the washing pump is stopped by the detection of the handle switch (handle lever movement detecting unit) of the operation of the handlebar, and the lock piece is released from the lock plate, and the lock portion is unlocked, and the cleaning groove is pulled out. Therefore, it is possible to more reliably prevent the soil from being washed out of the washing water sprayed from the washing nozzle by the washing pump. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a longitudinal sectional view of a dishwasher according to an embodiment of the present invention. Fig. 2A is a cross-sectional view of the handlebar portion in a locked state of the dishwasher of the embodiment of the present invention. Fig. 2B is a cross-sectional view showing the handlebar portion of the meal washing machine in the unlocked state according to the embodiment of the present invention. Fig. 3 is a perspective view showing an important part of the dishwasher of the embodiment of the present invention. Fig. 4A is a plan view showing an important part of the state in which the dishware and the washing machine of the embodiment of the present invention are locked. Fig. 4B is a plan view showing an important portion of the dishwasher in the unlocking state of the embodiment of the present invention. Fig. 5 is a sectional view showing a handle switch portion of the dishwasher according to the embodiment of the present invention. Figure 6 is a longitudinal sectional view of a conventional dishwasher. Fig. 7A is a cross-sectional view showing the state in which the handlebar portion of the conventional dishwasher is locked 12 201143699. Fig. 7B is a cross-sectional view showing the unlocked state of the handlebar portion of the conventional dishwasher. Fig. 8 is a cross-sectional view showing a washing tank storage state detecting portion of a conventional dishwasher. [Description of main component symbols] 1...cleaner body 2, 17...washing tank 2a...opening section 3.....dishware class 4...washing basket 5...washing nozzle 6.. Washing pump 7.. Slider mechanism 8.. Cover body 9, 18... Handle 10, 16··· Door 11, 21... Locking piece 12, 23... Locking plate 13, 19 ...handle bar 14.. handle switch 15.. . pull-in switch 13 201143699 16a... front wall back 18a... abutment 18b... (the upper side of the handle 18) 19a... The lower part of the rod 19 is 20....the end 20b of the rod 20a...the other end 20c of the communication rod 20...the first rotation axis 22..the second rotation Shaft 24. "Claw 25...Pivot part 26... Opening 27..孑匕.28.. Handle switch 29. ··Inner switch (washing tank storage state detecting unit) 30.. . Space 14