200924686 九、發明說明： 【發明所屬之技術領域】 . 技術領域 本發明係有關於一種具有可收容調理物之容器的電動 5 調理器。200924686 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to an electric 5 conditioner having a container capable of containing a conditioner.
【先前技術;J 背景技術 第6圖係專利文獻丨揭示之習知電動調理器5〇1的截面 圖。電動調理器501包含有内建電動機113、操作開關116、 10安全裝置開關112的本體101 ;與安全裝置開關112連動的桿 檢測部106;及可自由裝卸地載置於本體1〇1的容器1〇2。容 器102具有刀具11卜且具有開口於上方的開口 1〇2八。蓋忉^ 可封閉容器102的開口 l〇2A，且具有可裝卸於容器1〇2的凸 部105A。容器102包含有用以固定蓋1〇5的鎖鈕117、及可動 15的桿104。當容器102載置於本體1〇1，且蓋105位於可封閉 容器102的開口 102A的預定位置時，藉由蓋1〇5的凸部1〇5八 將桿104往下方壓，使桿1〇4按壓桿檢測部1〇6並使之動作， 即可使安全裝置開關112通電。安全裝置開關112通電的期 間，可藉由操作操作開關116使刀具ηι旋轉。當蓋1〇5不在 .20前述預定位置時，藉由桿1〇4以彈簧1〇9將桿檢測部1〇6往不 會動作的上方移動，使桿檢測部1〇6不按壓安全裝置開關 112’即可使安全裝置開關112不通電，即使操作操作開關 116亦無法使刀具111旋轉。 習知電動調理器501在容器102載置於本體1〇1的狀態 200924686 下會有果汁等調理物附著於桿1〇4並使桿1〇4固定的情况 發生。在此情況下，即使自容器102卸除蓋1〇5，桿檢測部 1〇6依舊會受雜1Q4減，故安全裝置開關112仍會通電。。 此時操作操作開_6的話，刀具ln會在非使用者意 5用之情形下旋轉。[Prior Art; J BACKGROUND] Fig. 6 is a cross-sectional view of a conventional electric conditioner 5〇1 disclosed in the patent document. The motorized conditioner 501 includes a body 101 having a built-in motor 113, operation switches 116, and 10 safety device switches 112; a lever detecting portion 106 coupled with the safety device switch 112; and a container detachably mounted on the body 1〇1 1〇2. The container 102 has a cutter 11 and has an opening 1 〇 2 eight that is open above. The lid 忉 can close the opening l 〇 2A of the container 102 and has a projection 105A detachable from the container 1 〇 2 . The container 102 includes a lock button 117 for fixing the lid 1〇5, and a rod 104 for the movable member 15. When the container 102 is placed on the body 1〇1 and the cover 105 is located at a predetermined position of the opening 102A of the closable container 102, the rod 104 is pressed downward by the convex portion 1〇5 of the cover 1〇5, so that the rod 1 is pressed. When the lever detecting unit 1〇6 is pressed and operated, the safety device switch 112 can be energized. While the safety device switch 112 is energized, the tool ηι can be rotated by operating the operation switch 116. When the cover 1〇5 is not in the predetermined position of .20, the lever detecting unit 1〇6 is moved upward by the spring 1〇9 by the lever 1〇4, so that the lever detecting unit 1〇6 does not press the safety device. The switch 112' can cause the safety device switch 112 to be de-energized, even if the operation switch 116 is operated, the tool 111 cannot be rotated. The conventional electric conditioner 501 is placed in the state in which the container 102 is placed on the main body 1〇1, and a condition such as juice is attached to the rod 1〇4 and the rod 1〇4 is fixed. In this case, even if the cover 1〇5 is removed from the container 102, the lever detecting unit 1〇6 is still subjected to the mismatch 1Q4, so that the safety device switch 112 is still energized. . At this time, if the operation operation is _6, the tool ln will rotate in the case of non-user use.
【專利文獻1】特表2002—526135號公報 ί發明内容J 發明揭示 電動調理器包含有電動機；藉由使用者操作，使電動 10機動作的操作開關；可切換成動作狀態及不動作狀態的安 全裝置開關·，具有可將調理物放入取出之開口的容器；用 以遮蓋容器之開口，且可自由裝卸地安裝於容器的蓋；藉 t將蓋安裝於容器’而可自動作位置移動到不動作位置二 桿；因應桿而使安全裝置開關動作的桿檢測部；及使桿移 15動的桿操作部。在動作狀態中，可使電動機於操作操作開 關時動作。在不動作狀態中，可使電動機於操作操作開關 時不動作。桿可藉由將蓋安裝於容器，而自動作位置移動 到不動作位置。桿檢測部可在桿位於不動作位置時，將安 全裝置開關設定在不動作狀態，且可在桿位於動作位置 時’將*全裝置開關設定在動作狀態。桿操作部藉由使用 者操作，可使桿自動作位置移關㈣作位置。 該電動調理器即使桿附著有調理物，電動機亦不旋 轉’係為安全的電動調理器。 圖式簡單說明 200924686 第1圖係本發明之實施型態1之電動調理器的截面圖。 第2A圖係實施型態1之電動調理器的載面圖。 第2B圖係第2A圖所示電動調理器的戴面圖。 第3A圖係實施型態1之電動調理器的截面圖。 5 第3B圖係第3A圖所示電動調理器的戴面圖。 第3C圖係實施型態1之電動調理器的截面圖。 第3D圖係第3C圖所示電動調理器的戴面圖。[Patent Document 1] JP-A-2002-526135. SUMMARY OF THE INVENTION The present invention discloses an electric motor that includes an electric motor, an operation switch that operates the electric motor 10 by a user operation, and can be switched to an operating state and a non-operating state. Safety device switch, having a container for inserting the conditioning object into the opening for opening; covering the opening of the container and detachably attaching to the lid of the container; and attaching the lid to the container to automatically move the position a lever detecting portion that moves to the inoperative position; a lever detecting portion that operates the switching device of the safety device in response to the lever; and a lever operating portion that moves the lever 15 . In the operating state, the motor can be operated when the operation switch is operated. In the inoperative state, the motor can be made to operate when the operation switch is operated. The rod can be automatically moved to the inoperative position by attaching the lid to the container. The lever detecting unit can set the safety device switch to the non-operating state when the lever is in the inoperative position, and can set the *all device switch to the operating state when the lever is in the operating position. The lever operating portion can be automatically moved to the position (4) by the user's operation. The electric conditioner does not rotate the motor to be a safe electric conditioner even if the rod is attached to the conditioner. BRIEF DESCRIPTION OF THE DRAWINGS 200924686 Fig. 1 is a cross-sectional view showing an electric power conditioner according to an embodiment 1 of the present invention. Fig. 2A is a plan view showing the electric power conditioner of the first embodiment. Fig. 2B is a front view of the electric power conditioner shown in Fig. 2A. Fig. 3A is a cross-sectional view of the electric power conditioner of the embodiment 1. 5 Figure 3B is a front view of the electric power conditioner shown in Figure 3A. Figure 3C is a cross-sectional view of the electric power conditioner of the implementation type 1. Fig. 3D is a front view of the electric power conditioner shown in Fig. 3C.
第3E圖係實施型態1之電動調理器的截面圖。 第3F圖係第3E圖所示電動調理器的戴面圖。 10 第4A圖係實施型態1之電動調理器的截面圖。 第4B圖係第4A圖所示電動調理器的戴面圖。 第4C圖係實施型態1之電動調理器的戴面圖。 第4D圖係第4C圖所示電動調理器的戴面圖。 第5 A圖係本發明之實施型態2之電動調理器的截面圖。 15 第5B圖係第5A圖所示電動調理器的戴面圖。 第6圖係習知電動調理器的截面圖。 【實施方式3 實施發明之最佳型態 (實施型態1) 20 第1圖係本發明之實施型態1之電動調理器1〇 圖。實施型態1中電動調理器1001係為攪拌機。 面 , 電動調理35 1〇〇1包含有内建電動機13、操作開關16、安全裝 裔 的本體1 ;與安全裝置開關12連動的桿檢剛部6 .開關12 裝卸地栽置於本體丨的容器2。容器2具有刀且 及可自由 且具有開 7 200924686 口於上方的開口 12A。容器2構造成可收容藉由電動機13之 動作調理的調理物1001C，且可透過開口 2A將調理物i〇〇ic 放入取出。蓋5可封閉容器2的開口 2A且可裝卸於容器2，並 具有蓋凸部5A。當容器2載置於本體1，且蓋5位於可封閉容 5 器2的開口2A的預定位置時，藉由蓋凸部5A將桿4往下方 壓’使桿4按壓桿檢測部6並使之動作，即可使安全裝置開 關12通電。安全裝置開關12通電的期間，可藉由使用者操 作操作開關16，使電動機π動作並使刀具11旋轉。當蓋5不 在前述預定位置時，桿4以彈簧9將桿檢測部6往上方移動 10後’桿檢測部6會使安全裝置開關12不通電進而不動作，即 使操作操作開關16亦無法使刀具11旋轉。 電動調理器1001具有固定於容器2的握把h握把3具有 握把蓋10。桿4設置於握把蓋1〇之内部。桿4藉由彈簧9被賦 予在上方移動的勢此，且桿檢測部6位於使安全裝置開關12 15不動作的位置。桿4具有桿凸部4A及桿斜面4B。蓋5安裝於 容器2的前述預定位置時，藉由蓋5的蓋凸部5A將桿凸部4A 往下方壓，使桿4將桿檢測部6往動作方向按壓並使之動 作。於握把蓋10之内部具有用以使桿4移動的桿操作部7。 桿操作部7具有與桿斜面4B平行相對的斜面，亦及桿操作部 2〇斜面7A。桿操作部斜面7A藉由以回復彈簧8按壓移動桿操 作部7，而可自桿斜面4B分離。 第2A圖及第2B圖係電動調理器_的截面圖。桿操作 部7具有桿操作部凸部7B。於蓋5形成有往水平方向延伸的 蓋溝部5C。桿操作部7的桿操作部凸㈣可與蓋溝部冗卡 8 200924686 合。藉此，盖5於使用中不會輕易打開，故可得到安全性更 高的電動調理器1001。 蓋5具有相連於蓋溝部5C的蓋斜面5B。於蓋溝部5c之 下側設有相連於蓋溝部5C的卡合部斜面5D。 5 接著說明電動調理器1〇〇1的動作。第3A圖到第3F圖及 第4A圖到第4D圖係顯示電動調理器1〇〇1的動作的截面 圖。第3A圖、第3C圖、第3E圖、第4A圖、第扣圖係顯示 才干操作部7的附近’且第3B圖、第3D圖、第3F圖、第4B圖、 第4D圖係顯示桿探測部6的附近。 10 第3A圖及第3B圖係顯示以蓋5徹底封閉容器2的狀 態。蓋5以蓋凸部5A將桿凸部4A往下壓後，桿4會位於動作 位置p卜此時，位於下㈣桿檢測部6會朝動作方向i2A被 往下壓，使安全裝置開關12通電並使之動作。桿操作部凸 部7B藉由被回復彈簧8按壓而插入至蓋溝部5(：之内部，使 15蓋5固定於容器2及握把3。此時，桿操作部斜面顧著間陈 7C與桿斜面犯平行相對，且不會按壓桿斜面犯。由於安全 裝置開關12已在動作，故使用者藉由操作操作開_使電 動機13動作並使刀具u旋轉，可調理出調理物應c。 第3C圖及第3D圖係顯示使用者按壓操作操作部7，使 桿操作部斜面7A往靠近桿斜面4B的操作方向娜動的狀 態。桿操作部斜面7A及桿斜面犯相對於操作方向測斜。 桿操作部7往操作方向7D被按壓後，桿操作部斜會接 觸桿斜面4B並將桿斜面4B朝上升方向⑴⑽往上推。藉 此’桿4會自動作位置P1往使動作中的安全農置開關12不動 200924686 作的不動作方向12B移動。實施型態1中’動作方向12A雖 為不動作方向12B的相反方向，但不受限於此。藉由桿4往 不動作方向12B移動’桿檢測部6會往不動作方向12B移 時即使桿4因調理物等而固著於握把蓋1〇或容器2Figure 3E is a cross-sectional view of the electric power conditioner of the implementation type 1. Fig. 3F is a front view of the electric power conditioner shown in Fig. 3E. 10 Fig. 4A is a cross-sectional view of the electric power conditioner of the implementation type 1. Fig. 4B is a front view of the electric power conditioner shown in Fig. 4A. Fig. 4C is a front view of the electric power conditioner of the first embodiment. Fig. 4D is a front view of the electric power conditioner shown in Fig. 4C. Fig. 5A is a cross-sectional view showing the electric power conditioner of the embodiment 2 of the present invention. 15 Figure 5B is a front view of the electric power conditioner shown in Figure 5A. Figure 6 is a cross-sectional view of a conventional electric conditioner. [Embodiment 3] BEST MODE FOR CARRYING OUT THE INVENTION (Embodiment 1) 20 Fig. 1 is a view showing an electric power conditioner 1 according to Embodiment 1 of the present invention. In the first embodiment, the electric power conditioner 1001 is a mixer. The electric conditioning 35 1〇〇1 includes a built-in electric motor 13, an operation switch 16, and a body 1 for safety attachment; a rod inspection portion 6 interlocked with the safety device switch 12. The switch 12 is detachably placed on the body 丨Container 2. The container 2 has a knife and is free to have an opening 12A in which the opening is 200924686. The container 2 is configured to receive the conditioner 1001C conditioned by the action of the motor 13, and the conditioner i〇〇ic can be taken out through the opening 2A. The cover 5 can close the opening 2A of the container 2 and can be detachably attached to the container 2, and has a cover projection 5A. When the container 2 is placed on the main body 1 and the cover 5 is located at a predetermined position of the opening 2A of the closable container 2, the rod 4 is pressed downward by the cover convex portion 5A to cause the rod 4 to press the rod detecting portion 6 and The action of the safety device switch 12 can be energized. While the safety device switch 12 is energized, the user can operate the switch 16 to operate the motor π and rotate the tool 11. When the cover 5 is not in the predetermined position, the lever 4 moves the lever detecting portion 6 upward by the spring 9, and the lever detecting portion 6 causes the safety device switch 12 to be de-energized and does not operate, even if the operation switch 16 is operated, the tool cannot be operated. 11 rotation. The motorized conditioner 1001 has a grip h that is fixed to the container 2, and the grip 3 has a grip cover 10. The rod 4 is disposed inside the grip cover 1〇. The lever 4 is biased by the spring 9 to move upward, and the lever detecting portion 6 is located at a position where the safety device switch 12 15 does not operate. The rod 4 has a rod convex portion 4A and a rod inclined surface 4B. When the cover 5 is attached to the predetermined position of the container 2, the lever convex portion 4A is pressed downward by the cover convex portion 5A of the cover 5, and the lever 4 presses the lever detecting portion 6 in the operating direction and operates. Inside the grip cover 10, there is a lever operating portion 7 for moving the lever 4. The lever operating portion 7 has a slope parallel to the stem inclined surface 4B and a lever operating portion 2 inclined surface 7A. The lever operating portion inclined surface 7A is detachable from the lever inclined surface 4B by pressing the moving lever operating portion 7 with the return spring 8. 2A and 2B are cross-sectional views of the electric actuator _. The lever operating portion 7 has a lever operating portion convex portion 7B. A lid groove portion 5C extending in the horizontal direction is formed in the lid 5. The lever operating portion protrusion (4) of the lever operating portion 7 can be combined with the cover groove portion card 8 200924686. Thereby, the cover 5 is not easily opened during use, so that the safer electric motor 1001 can be obtained. The cover 5 has a cover slope 5B that is connected to the cover groove portion 5C. An engaging portion inclined surface 5D that is connected to the lid groove portion 5C is provided on the lower side of the lid groove portion 5c. 5 Next, the operation of the electric power conditioner 1〇〇1 will be described. Figs. 3A to 3F and Figs. 4A to 4D show cross-sectional views of the operation of the electric power conditioner 1〇〇1. 3A, 3C, 3E, 4A, and 4D show the vicinity of the talent operating unit 7 and 3B, 3D, 3F, 4B, 4D The vicinity of the rod detecting portion 6. 10 Figures 3A and 3B show the state in which the container 2 is completely closed by the cover 5. After the cover 5 presses the lever projection 4A downward by the cover projection 5A, the lever 4 is positioned at the operation position p. At this time, the lower (four) lever detection portion 6 is pressed downward in the operation direction i2A, so that the safety device switch 12 is pressed. Power on and make it work. The lever operation portion convex portion 7B is inserted into the lid groove portion 5 by being pressed by the return spring 8, and the 15 cover 5 is fixed to the container 2 and the grip 3. At this time, the lever operation portion is inclined to face the gap 7C and The slope of the pole is parallel and does not press the slope of the pole. Since the safety device switch 12 is already in operation, the user can operate the motor 13 and rotate the cutter u by operating the operation to adjust the conditioner c. 3C and 3D show a state in which the user presses the operation operation portion 7 to bring the lever operation portion inclined surface 7A toward the operation direction of the rod slope 4B. The lever operation portion slope 7A and the rod slope are determined relative to the operation direction. When the lever operating portion 7 is pressed in the operating direction 7D, the lever operating portion obliquely contacts the lever inclined surface 4B and pushes the lever inclined surface 4B upward in the upward direction (1) (10). Thus, the lever 4 automatically performs the position P1 to make the motion. The safe agricultural switch 12 does not move in the non-operating direction 12B made by 200924686. In the first embodiment, the 'operation direction 12A' is the opposite direction of the non-operating direction 12B, but is not limited thereto. 12B moving 'bar detection unit 6 will not move Even when the direction of the shift lever 12B due conditioner 4 and the like fixed to the handle or the container lid 2 1〇
5時，使用者亦可按壓操作桿操作部7，強制地使桿4移動。 使用者將椁操作部7減作方向7D按壓後，桿操作部凸部 财沿著蓋5的蓋溝部冗移動。沿著蓋溝部5C移動的桿操 作4凸。卩7B，會在接觸蓋斜面53的位置開始解除與蓋溝部 5C之間的卡合。於此同時，桿操作部斜面7A會接觸桿斜面 10 4B並使桿4往不動作方向UB移動，藉此，桿凸部會將蓋 凸〇P5A往方向1001B抬起，使封閉容器2的開口 2A的蓋5自 開口部2A分離。藉由桿4往杨作方向12B移動，會透過桿 檢測抑使動作中的安全裝置開關u不通電進而不動作。由 於女全裝置開關12不動作，故使用者即使操作操作開關 6亦無法使電動機13動作且無法使刀具11旋轉。 3 E圖及第3 F ®係㈣制輕桿操作部7更加往操 作方向7D按堡的狀態。使用者將桿操作部7更加往操作方向 7D按屢後’娜作部凸獅會使蓋斜面蹄方向細b移 動。藉此’桿操作部斜面从會將桿斜面4b更加朝方向醜B =二:吏桿4更加往不動作方向12B移動後，使之位於 中解放。於h此時’會使桿檢測部6自被桿4按_狀態 、此同時，桿凸部4A會接觸蓋斜面5B 凸部5A往方向1〇_抬起 】時將盖 離後，桿凸部4A會解除與蓋溝部5C之間:卡1的開口⑽ 20 200924686At 5 o'clock, the user can also press the lever operating portion 7 to forcibly move the lever 4. When the user presses the operation portion 7 in the direction 7D, the lever operation portion convex portion is redundantly moved along the cover groove portion of the cover 5. The rod that moves along the lid groove portion 5C operates 4 convex. In the case of the 卩 7B, the engagement with the lid groove portion 5C is released at the position where the lid slope 53 is contacted. At the same time, the lever operating portion slope 7A contacts the lever slope 10B and moves the lever 4 in the inoperative direction UB, whereby the lever projection lifts the cover tab P5A in the direction 1001B to close the opening of the container 2. The cover 5 of 2A is separated from the opening 2A. When the rod 4 moves toward the yang direction 12B, it is detected by the rod that the safety device switch u in operation is not energized and does not operate. Since the female full device switch 12 does not operate, even if the user operates the operation switch 6, the motor 13 cannot be operated and the tool 11 cannot be rotated. 3 E and the 3F F (4) light lever operation unit 7 are further pressed to the state of the castle in the direction of operation 7D. When the user presses the lever operating portion 7 further in the operating direction 7D, the lion is moved by the lion in the direction of the beveled shoe. Thereby, the inclined portion of the lever operating portion is moved from the inclined surface 4b of the lever to the direction B=2: the mast 4 is moved further toward the inoperative direction 12B, and is then released. At this time, the lever detecting portion 6 is pressed from the lever 4 to the _ state, and at the same time, the lever convex portion 4A contacts the cover inclined surface 5B, and the convex portion 5A is lifted toward the direction 1〇_lifted. The portion 4A is released between the cover groove portion 5C: the opening of the card 1 (10) 20 200924686
如前述，安全裝置開關12，可切換成使電動機13於藉 由使用者操作操作開關16時動作的動作狀態、及使電動機 13即使於操作操作開關i 6時亦不動作的不動作狀態。桿4藉 由將蓋5安裝於容器2,而可自動作位置P1移動到不動作位 5置P2。桿檢測部6可在桿4位於不動作位置P2時，將安全裝 置開關12設定在不動作狀態，且可在桿4位於動作位置ρι 時’將安全裝置開關12設定在動作狀態。桿操作部7藉由使 用者操作，可使桿4自動作位置P1移動到不動作位置P2。 第4A圖及第4B圖係顯示蓋5未安裝於容器2的狀態。該 10狀態中，桿操作部7被賦予往回復彈簧8賦予勢能之方㈣ 移動的勢能’且位於較第3A圖所示位置更往方向7e移動的 位置。方向7E係為操作方向7D的相反方向。 15 20 第4C圖及第4D圖係顯示使用者為使蓋5靠近容器2,而 朝下降方向1〇〇1A㈣的狀態。將蓋5安裝於容器2時使用 者會將蓋5朝與方向10_相反的下降方向職a往下麼。 藉此，蓋5的卡合部斜面5D會接觸桿操作部凸部π並使桿 操作部凸部輝操作方向71)移動。藉此，桿操作部7會往 操作方向7D移動，且桿操作料面7A會接觸桿斜面4b。將 蓋5更加朝方向讀a往下覆後，蓋5的卡合部斜面會將 桿操作部凸部7B更加往操作方向7〇移動，且桿操作部斜面 7A會將桿斜面侧方向_咐動作方向〗2B)抬起。藉 此，即使桿4因調理物等而固私容器2或握把蓋川(握把/) 時，亦可_地使之往獨作杨12β軸。蓋择裝於容 器2且封__後，回復彈糾賦予桿操作部7往方向 11 200924686 7E移動的勢能並使之移動，且桿操作部凸部7B會沿著蓋溝 部5C往方向7E移動並卡合於蓋溝部5C。藉此，電動調理器 1001的各部分會位於第3A圖及第3B圖所示狀態的位置。 如前述，實施型態1之電動調理器1〇〇1中，在將蓋5安 5裝於容器2及自容器2分離的兩種情況下，桿操作部7可強制 地使桿4移動。藉此，即使桿4因調理物等而固著於握把3或 容器2時，亦可解除固著且使桿4可動。藉此，蓋5沒封閉容 器2的開口 2A時，可使安全裝置開關12不動作，且即使使用 者不小心操作操作開關16，電動機13亦不動作，故可得到 1〇具有高安全性的電動調理器聰。又，使用者將桿操作部7 往操作方向7D按壓冑’會以桿操作部凸部爪沿著蓋溝部冗 使桿操作部7移動。藉此，可解除蓋溝部5C及桿操作部凸部 之間的卡合，並且桿操作部凸部7b會接觸蓋斜面5B，使 蓋5可自容器2分離。因此，可得到安全性高，並且可使蓋5 15方便地自容器2分離的電動調理器^⑽。 又，藉由使桿操作部凸部7B卡合於蓋溝部5C，可使蓋 5確實地卡合於容器2。此外，藉由此構造，可確保桿操作 部7與桿4之間的間隙7C，且可使各零件的尺寸精度降低到 某種程度’而可輕易設計、製造各零件。 。/又為了將桿操作部凸部7B按壓至蓋溝部5(：之端部， 目㈣f 8錢轉操作部7往方向卿動的勢能 ’故可更 加確實地保持蓋5且可封閉容器2的開口 ^。 又’於握把3内建有桿4及桿操作部7As described above, the safety device switch 12 can be switched to an operation state in which the motor 13 operates when the user operates the operation switch 16, and a non-operation state in which the motor 13 does not operate even when the operation switch i6 is operated. The rod 4 is automatically moved to the non-operating position 5 by setting the cover 5 to the container 2 to P2. The lever detecting unit 6 can set the safety device switch 12 to the non-operating state when the lever 4 is at the inoperative position P2, and can set the safety device switch 12 to the operating state when the lever 4 is at the operating position ρ. The lever operating portion 7 can automatically move the lever 4 to the inoperative position P2 by the position P1 by the user's operation. 4A and 4B show the state in which the lid 5 is not attached to the container 2. In the ten-state, the lever operating portion 7 is provided with a potential energy that moves to the return spring 8 (4), and is located at a position moving further from the position shown in Fig. 3A. The direction 7E is the opposite direction of the operation direction 7D. 15 20 Fig. 4C and Fig. 4D show the state in which the user approaches the container 2 with the cover 5 facing the lowering direction by 1〇〇1A (four). When the cover 5 is attached to the container 2, the user will lower the cover 5 in the downward direction opposite to the direction 10_. Thereby, the engaging portion inclined surface 5D of the cover 5 contacts the lever operating portion convex portion π and moves the lever operating portion convex portion operating direction 71). Thereby, the lever operating portion 7 moves in the operating direction 7D, and the lever operating surface 7A contacts the lever inclined surface 4b. After the cover 5 is further read downward in the direction a, the inclined portion of the engaging portion of the cover 5 moves the lever operating portion convex portion 7B further in the operating direction 7〇, and the lever operating portion inclined surface 7A will be in the direction of the bevel side. Movement direction〗 2B) Lift up. Therefore, even if the rod 4 is fixed to the container 2 or the grip cover (bristle/) due to the conditioning material or the like, it can be made to be the sole 12β axis. After the cover is attached to the container 2 and sealed, the potential energy of the movement correction lever operating portion 7 in the direction 11 200924686 7E is restored and moved, and the lever operation portion convex portion 7B moves in the direction 7E along the cover groove portion 5C. And it is engaged with the cover groove portion 5C. Thereby, the respective portions of the motorized conditioner 1001 are located at the positions shown in Figs. 3A and 3B. As described above, in the electric power conditioner 1〇〇1 of the first embodiment, the lever operating portion 7 can forcibly move the lever 4 in the case where the cover 5A is attached to the container 2 and separated from the container 2. Thereby, even if the rod 4 is fixed to the grip 3 or the container 2 by a conditioner or the like, the stick 4 can be released and the rod 4 can be moved. Thereby, when the cover 5 does not close the opening 2A of the container 2, the safety device switch 12 can be prevented from operating, and even if the user accidentally operates the operation switch 16, the motor 13 does not operate, so that a high safety can be obtained. Electric conditioner Cong. Further, when the user presses the lever operation portion 7 in the operation direction 7D, the lever operation portion convex claw moves along the cover groove portion to the lever operation portion 7. Thereby, the engagement between the lid groove portion 5C and the rod operation portion convex portion can be released, and the rod operation portion convex portion 7b contacts the lid slope surface 5B, so that the lid 5 can be separated from the container 2. Therefore, the electric conditioner (10) which is high in safety and which can easily separate the cover 5 15 from the container 2 can be obtained. Further, by engaging the lever operation portion convex portion 7B with the lid groove portion 5C, the lid 5 can be surely engaged with the container 2. Further, with this configuration, the gap 7C between the lever operating portion 7 and the lever 4 can be ensured, and the dimensional accuracy of each component can be reduced to a certain extent, and the components can be easily designed and manufactured. . Further, in order to press the lever operation portion convex portion 7B to the cover groove portion 5 (the end portion of the cover portion 5), the cover 5 can be held more surely and the container 2 can be closed. Opening ^. Also 'built inside the grip 3 with the rod 4 and the rod operating portion 7
，故使用者即使握 或/、用單手’亦可輕易地使桿4往不動作方向12B 12 200924686 移動並解除固著，同時可解除蓋5的安裝。 (實施型態2) 第5A圖及第5B圖係本發明之實施型態2之電動調理器 1002的截面圖。第5A圖及第5B圖中，與第】圖到第犯圖所 5示實施型態1之電動調理器_相同的部分將附上相同的 參照符號，並省略其說明。實施型態2之電動調理器⑽包 含有代替第1圖所示實施型態丄之電動調理器職的桿4、桿 操作部7、蓋5的桿14、桿操作部15、蓋25。 如第5A®所示，於她3之㈣設有用以按壓桿檢測部 1〇 6的桿MH4具有桿斜面14B。蓋25具有蓋凸部25八。使 用者為了封閉容器2的開口 2A而將蓋25安裝至容器2時，蓋 凸部5A會將桿斜面14B之上面往下壓。藉此，桿14會透過 桿檢測部6往用以使安全裝置開關12動作的動作方向以移 動。此時使用者藉由操作操作開關16，可使電動機動作並 15可使刀具11旋轉。桿斜面14B與桿操作部咖桿操作部斜面 15A平行相對。回復彈簧8為了不使桿操作部斜面15A按壓 桿斜面14B’職予桿操作部斜面15A往自桿斜面i4B分離的 方向15E移動的勢能。 如第5B圖所示，使用者將桿操作部⑸主可使桿操作部 扣斜面15A靠近桿斜面14B的方向加按壓後，桿操作部斜面 l5At將蓋凸部5A朝上升方向聰b按壓並使之移動使蓋 5自令器2》離。於此同時，藉由使桿斜面往方向觀b 移動，；M4會往與動作方向以相反的不動作方向 12B移 藉由#i4在不動作方向UB移動，會使安全裝置開關I2 13 200924686 不通電進而不動作。此時，使用者即使操作操作開關16， 亦無法使電動機動作且無法使刀具11旋轉。使用者放開按 壓中的桿操作部15後，回復彈簧8會使桿操作部15往方向 15E移動，並使之回到自蓋凸部5A及桿斜面14B分離的位置 5 15F。 實施型態2之電動調理器1002中’藉由使用者使桿操作 部15往方向15D按壓移動，桿操作部斜面15A會按壓蓋5的 蓋凸部5A且使蓋5自容器2分離’同時，透過桿斜面14B強 制地使桿14往不動作方向12B移動。即使桿14因調理物而固 10 著於握把3或容器2時亦可解除固著。 此外，本發明不受限於此實施型態。實施型態，電 動調理器1001雖為授拌機，但亦可為食物處理機及磨機等 具有電動機的電動調理器，或，包含有藉由桿動作之安全 裝置的電動調理器。 15【產業上利用的可能性】 本發明之電動調理器即使桿附著有調理物，電動機亦 不旋轉，係為安全的電動調理器，且雖為攪拌機，但亦可 適用於食物處理機及磨機等具有電動機的電動調理器， 或，包含有藉由桿動作之安全裝置的電動調理機。 20 【圖式簡專软^明】 第1圖係本發明之實施型之電動調理器的截面圖。 第2A圖係實施型態1之電動調理器的截面圖。 第2B圖係第2A圖所示電動調理器的載面圖。 第3A圖係實施型態1之電動調理器的截面圖。 14 200924686 第3B圖係第3A圖所示電動調理器的截面圖。 第3C圖係實施型態1之電動調理器的截面圖。 第3D圖係第3C圖所示電動調理器的截面圖。 第3E圖係實施型態1之電動調理器的截面圖。 5 第3F圖係第3E圖所示電動調理器的截面圖。 第4A圖係實施型態1之電動調理器的截面圖。 第4B圖係第4A圖所示電動調理器的截面圖。 第4C圖係實施型態1之電動調理器的截面圖。 第4D圖係第4C圖所示電動調理器的截面圖。 10 第5A圖係本發明之實施型態2之電動調理器的截面圖。 第5B圖係第5A圖所示電動調理器的截面圖。 第6圖係習知電動調理器的截面圖。 【主要元件符號說明】 1 本體 5D 卡合部斜面 2 容器 6 桿檢測部 2A 開口 7 桿操作部 3 握把 7A 桿操作部斜面 4 桿 7B 桿操作部凸部 4A 桿凸部 7C 間隙 4B 桿斜面 7D 操作方向 5 蓋 7E 方向 5A 蓋凸部 8 回復彈簧 5B 蓋斜面 9 彈簧 5C 蓋溝部 10 握把蓋 15 200924686 11 刀具 105 蓋 12 安全裝置開關 105A 凸部 12A 動作方向 106 桿檢測部 12B 不動作方向 109 彈簧 13 電動機 111 刀具 14 桿 112 安全裝置開關 14B 桿斜面 113 電動機 15 桿操作部 116 操作開關 15A 桿操作部斜面 117 鎖紐 15D 方向 501 電動調理器 15E 方向 1001 電動調理器 15F 位置 1001A 方向 16 操作開關 1001B 方向 25 蓋 1001C 調理物 25A 蓋凸部 1002 電動調理器 101 本體 1002B 方向 102 容器 P1 勤作位置 102A 開口 P2 不動作位置 104 可動桿 16Therefore, even if the user holds or/and uses a single hand, the lever 4 can be easily moved and released in the inactive direction 12B 12 200924686, and the mounting of the cover 5 can be released. (Embodiment 2) Figs. 5A and 5B are cross-sectional views showing a motor conditioner 1002 of an embodiment 2 of the present invention. In the fifth and fifth embodiments, the same reference numerals will be given to the same portions as those of the electric motor controller of the first embodiment shown in the first embodiment, and the description thereof will be omitted. The electric actuator (10) of the second embodiment includes a lever 4, a lever operating portion 7, a lever 14, a lever operating portion 15, and a cover 25 in place of the electric actuator of the embodiment shown in Fig. 1. As shown in Fig. 5A®, the rod MH4 for pressing the lever detecting portion 1〇6 is provided with a rod inclined surface 14B. The cover 25 has a cover projection 25 eight. When the user attaches the cover 25 to the container 2 in order to close the opening 2A of the container 2, the cover convex portion 5A presses the upper surface of the rod inclined surface 14B downward. Thereby, the lever 14 is moved by the lever detecting portion 6 to the operating direction for operating the safety device switch 12. At this time, by operating the operation switch 16, the user can operate the motor and 15 to rotate the cutter 11. The rod inclined surface 14B is parallel to the rod operating portion coffee portion operating portion inclined surface 15A. The return spring 8 does not cause the lever operating portion inclined surface 15A to press the lever inclined surface 14B' to bias the lever operating portion inclined surface 15A toward the direction 15E in the direction 15E separated from the rod inclined surface i4B. As shown in FIG. 5B, after the user applies the lever operating portion (5) to the main lever portion of the lever operating portion buckle inclined surface 15A in the direction of the lever inclined surface 14B, the lever operating portion inclined surface 15A presses the cover convex portion 5A toward the upward direction. Move it so that the cover 5 is separated from the actuator 2. At the same time, by moving the inclined surface of the rod toward the direction b, the M4 will move in the opposite direction 12B of the opposite direction to the movement direction by the movement of #i4 in the non-operation direction UB, so that the safety device switch I2 13 200924686 does not Power up and not operate. At this time, even if the user operates the operation switch 16, the motor cannot be operated and the tool 11 cannot be rotated. When the user releases the lever operating portion 15 in the pressing state, the return spring 8 moves the lever operating portion 15 in the direction 15E and returns to the position 5 15F separated from the cover convex portion 5A and the rod inclined surface 14B. In the electric power conditioner 1002 of the second embodiment, the user operates the lever operating portion 15 in the direction 15D, and the lever operating portion inclined surface 15A presses the cover convex portion 5A of the cover 5 and separates the cover 5 from the container 2 while The rod 14 is forcibly moved in the inoperative direction 12B through the rod inclined surface 14B. Even if the rod 14 is fixed to the grip 3 or the container 2 by the conditioning material, the fixing can be released. Further, the present invention is not limited to this embodiment. In the embodiment, the electric power conditioner 1001 is a mixer, but may be an electric conditioner having an electric motor such as a food processor or a grinder, or an electric conditioner including a safety device that operates by a lever. 15 [Industrial Applicability] The electric power conditioner of the present invention is a safe electric conditioner even if the rod is attached with a conditioning material, and the motor is not rotated. However, although it is a mixer, it can also be applied to a food processor and a grinding machine. An electric power conditioner having an electric motor such as a machine, or an electric power conditioner including a safety device that operates by a lever. 20 [Description of the drawings] Fig. 1 is a cross-sectional view showing the electric power conditioner of the embodiment of the present invention. Fig. 2A is a cross-sectional view of the electric power conditioner of the embodiment 1. Fig. 2B is a plan view of the electric power conditioner shown in Fig. 2A. Fig. 3A is a cross-sectional view of the electric power conditioner of the embodiment 1. 14 200924686 Figure 3B is a cross-sectional view of the electric power conditioner shown in Figure 3A. Figure 3C is a cross-sectional view of the electric power conditioner of the implementation type 1. Fig. 3D is a cross-sectional view of the electric power conditioner shown in Fig. 3C. Figure 3E is a cross-sectional view of the electric power conditioner of the implementation type 1. 5 Fig. 3F is a cross-sectional view of the electric power conditioner shown in Fig. 3E. Figure 4A is a cross-sectional view of the electric power conditioner of the implementation type 1. Fig. 4B is a cross-sectional view of the electric power conditioner shown in Fig. 4A. Figure 4C is a cross-sectional view of the electric power conditioner of the implementation type 1. Fig. 4D is a cross-sectional view of the electric power conditioner shown in Fig. 4C. 10A is a cross-sectional view of the electric power conditioner of the embodiment 2 of the present invention. Fig. 5B is a cross-sectional view of the electric power conditioner shown in Fig. 5A. Figure 6 is a cross-sectional view of a conventional electric conditioner. [Description of main components] 1 Main body 5D Engagement bevel 2 Container 6 Rod detection part 2A Opening 7 Rod operation part 3 Grip 7A Rod operation part Bevel 4 Rod 7B Rod operation part convex part 4A Rod convex part 7C Clearance 4B Rod bevel 7D Operation direction 5 Cover 7E Direction 5A Cover projection 8 Return spring 5B Cover slope 9 Spring 5C Cover groove 10 Grip cover 15 200924686 11 Tool 105 Cover 12 Safety device switch 105A Projection 12A Movement direction 106 Rod detection unit 12B No action direction 109 Spring 13 Motor 111 Tool 14 Rod 112 Safety device switch 14B Rod ramp 113 Motor 15 Rod operating part 116 Operating switch 15A Rod operating part ramp 117 Locking 15D direction 501 Motorized conditioner 15E Direction 1001 Motorized conditioner 15F Position 1001A Direction 16 Operation Switch 1001B Direction 25 Cover 1001C Conditioner 25A Cover Projection 1002 Motorized Conditioner 101 Body 1002B Direction 102 Container P1 Diligent Position 102A Opening P2 No Action Position 104 Movable Rod 16