M384203 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種以磁浮原理具防震及防噪音之智慧型洗衣洪乾 機’指一種可在不銹鋼旋轉槽呈磁浮狀態下之進行洗衣、洗淨、脫水、 烘乾之各洗衣物的行程之智慧型洗衣乾衣機。 【先前技術】 一般市面上有各式各樣的洗衣烘乾機，但都無法達到使用者的需 求，為了達到更有效率的洗衣烘乾機。 以習知洗衣機之結構，大致上會包含一種機殼，在該機殼内部設 有一洗衣槽，有些洗衣機内部更包含一種脫水槽，在頂部設一種蓋板， 該蓋板可以活動打開，但在進行洗衣及脫水時即可蓋合，形成一個封 閉的空間確保安全，而在洗衣及脫水完成後可以將蓋板開啟，方便於 將洗衣槽之内部的衣服取出，且該機殼頂部設有一種機板，該機板表 面設有數個按鈕鍵，包含設定鍵及功能鍵，在該機板之下方設有一組 7子電路’可將與該機板底部連接，當使用者該按壓設定鍵或功能鍵， 可#作洗衣、洗清、浸泡、脫水，或者可設定預洗時間、洗衣強弱… 等c市面上洗衣烘乾機’功能具眾多’但擁有以磁浮功能之效用， 且>、之又少，無法將洗衣烘乾機，達到防止左右搖晃震動之情形。 【新型内容】 參閱第一圖所示’主要特色在於已知本體之機殼内，有底筒狀不 _旋轉槽經由彈性支擇機構懸吊支樓，且利用磁鐵產生之磁浮效 用=辅助支樓住不銹鋼旋轉槽，該不銹鋼旋轉槽内配設收容洗衣物 ^上端開口。此不_旋轉槽於周壁具有多數穿孔，於底部具備圓盤 、攪拌體。在别述不銹鋼旋轉槽之上端開口，在圖中略過，設有兩端 部分別連通連接此不錢鋼旋轉槽上下部之循環通路。 藉由錢結構，由於當洗衣物時，且關閉排水，給水而水貯存於 3 M384203 . ' · 不錄鋼旋轉槽内部狀態下之水槽，藉驅動馬達結構之旋轉作動攪拌 體，洗衣所收容洗衣物，當脫水時，在開啟排水狀態下，藉驅動馬達 結構之不銹鋼旋轉槽，藉此’經由多數穿孔離心脫水。當烘乾時，藉 由驅動馬達結構之低速不銹鋼旋轉槽，其不銹鋼旋轉槽上部，洗衣物 奪取水份，將其烘乾。在圖中略過，該不銹鋼旋轉槽上部吸入循環通 ，内而流入，經由上部加熱器，再度溫熱，供應至不銹鋼旋轉槽内， 藉由此溫風之循環達到進行洗衣烘乾運轉作用。且具備一般市售的洗 • 衣機之基本功能，且完善的智慧型洗衣烘乾機， • 本創作係有鑑於上述情形而完成者，因此，其目的在於提供一種 φ 於以磁浮原理具防震及防噪音之智慧型洗衣烘乾機，具防止左右搖晃 之震動’可使完成良好狀態之智慧型洗衣烘乾機。 【實施方式】 清參閱第一圖，係所示智慧型洗衣烘乾機整體之結構剖視圖，如 該，所示，首先說明洗衣烘衣運轉模式，開啟蓋板，投入内部之不銹 $旋轉槽105 β。並且，在操作面板之圖中略過開關或啟動按鍵等功 能鍵進行操作，開始運轉。在控置根據輯作輸人，按照預先記 憶之控制程式開始運轉，一開始，僅開始作動進水管1〇4之洗衣用， 在來自圖中略過之水位開關裝置之偵測信號，控制於適當的水位，投 入適量洗衣劑。 • 並且，該通電啟動驅動馬達102，藉由攪拌體107之旋轉動作進行 洗衣行程。在此情形，勝體107橫跨碗狀廣大面積與洗衣物接觸， 可預期將有抑制洗衣物受損之洗淨效果，且利用磁鐵產生之磁浮效 用，以輔助支樓住不錄鋼旋轉槽，防止左右搖晃之震動過大，其經過 預先時間後’在轉換至沖洗行程’就如同洗衣物動作。之後機至脫 水行，，經由圖中略過之離合器機構，不銹鋼旋轉槽1〇5與攪拌體1〇7 -體高速旋轉，洗衣物録心、力脫心此離4、力抽出之水自穿孔放出 至不錄纖轉槽105側之後，經由不錄鋼旋轉槽1〇5之底部，開啟狀 態之排水口 106排出機體外。 _ 4 M384203 在此洗衣至脫水一貫洗衣運轉模式結束，之後轉換至烘乾運轉模 ^。就如碗狀攪拌體107控制在低速旋轉，在洗衣運轉時速度較低之 旋轉速度，同時，隨著通電驅動加熱器103，產生溫風，自循環通路之 上端部朝不錄鋼旋轉槽105内部吐出。由於上面開口部為内蓋板閉鎖 住，且不銹鋼旋轉槽105内之溫風不會漏出該不銹鋼旋轉槽1〇5外， 可有效發揮烘乾作用’此情形下之不細旋制1G5具所謂的供 功能。 ^M384203 V. New description: [New technical field] This is a kind of intelligent laundry dryer with anti-vibration and anti-noise function based on the principle of maglev. It refers to a kind of washing and washing in the state of magnetic floating of stainless steel rotary groove. A smart washer-dryer that cleans, dehydrates, and dries the laundry. [Prior Art] There are a wide variety of washer-dryers on the market, but they are not able to meet the needs of users, in order to achieve a more efficient washing and drying machine. The structure of the conventional washing machine generally comprises a casing, and a washing tank is arranged inside the casing, and some washing machines further comprise a dewatering tank, and a cover is arranged at the top, and the cover can be opened by the movable, but It can be closed when washing and dewatering, forming a closed space to ensure safety, and the cover can be opened after washing and dewatering, which is convenient for taking out the clothes inside the washing tank, and the top of the casing is provided with a kind of The machine board has a plurality of button keys on the surface thereof, including setting keys and function keys, and a set of 7 sub-circuits below the board is connected to the bottom of the board, when the user presses the setting button or Function keys, can be used for washing, washing, soaking, dehydrating, or can set the pre-washing time, laundry strength... etc. The c-market washer-dryer has many functions, but it has the effect of maglev function, and > There are few, it is impossible to put the washing and drying machine to prevent the shaking of the left and right. [New content] Referring to the first figure, the main feature is that in the casing of the known body, there is a bottomed cylindrical shape. The rotating groove is suspended by the elastic supporting mechanism, and the magnetic floating effect generated by the magnet is used. The stainless steel rotating slot is built in the floor, and the stainless steel rotating slot is provided with an opening for receiving the laundry. This non-rotating groove has a plurality of perforations on the peripheral wall, and a disc and a stirring body are provided at the bottom. The upper end of the stainless steel rotary groove is opened, and is skipped in the figure, and a circulation passage is provided at both ends to connect and connect the upper and lower portions of the rotary groove of the stainless steel. With the money structure, because the laundry is closed and the drainage is turned off, the water is supplied to the water at 3 M384203. ' The water tank is not recorded in the inner state of the rotary tank, and the laundry is driven by the rotation of the drive motor structure. When dewatering, in the state of opening the drain, the stainless steel rotating groove of the motor structure is driven, thereby "drifting through a plurality of perforations." When drying, the low-speed stainless steel rotating groove of the driving motor structure, the upper part of the stainless steel rotating groove, the laundry takes water and dries it. In the figure, the upper part of the stainless steel rotary groove is sucked and circulated, flows in, flows through the upper heater, and is heated again, and is supplied into the stainless steel rotary tank, thereby performing the washing and drying operation by the circulation of the warm air. It has the basic functions of a general-purpose washing and washing machine, and a sophisticated intelligent washing and drying machine. • This creation is completed in view of the above situation. Therefore, the purpose is to provide a kind of φ with shockproof principle. And the intelligent laundry dryer with anti-noise, with the vibration to prevent the vibration of the left and right 'can make the smart laundry dryer in good condition. [Embodiment] Referring to the first figure, it is a structural cross-sectional view of the entire smart laundry dryer shown. As shown here, first, the washing and drying operation mode is explained, the cover is opened, and the stainless steel rotary groove is put into the interior. 105 β. Also, in the diagram of the operation panel, the function keys such as the switch or the start button are skipped to operate, and the operation is started. In the control of the input according to the series, according to the pre-memory control program to start the operation, at the beginning, only start to operate the inlet pipe 1 〇 4 of the laundry, the detection signal from the water level switch device omitted from the figure, controlled properly The water level, put the right amount of laundry detergent. • The energization starts the drive motor 102, and the laundry stroke is performed by the rotation of the agitating body 107. In this case, the winning body 107 is in contact with the laundry across a large area of the bowl, and it is expected that there will be a washing effect for suppressing the damage of the laundry, and the magnetic floating effect generated by the magnet is used to assist the branch to live in the non-recording rotary groove. To prevent the shaking of the left and right shaking too much, after the pre-time, 'switching to the flushing stroke' is like a laundry action. After the machine to the dehydration line, through the clutch mechanism skipped in the figure, the stainless steel rotary groove 1〇5 and the stirring body 1〇7-body rotate at a high speed, the laundry is recorded, the force is disengaged from this, and the force is extracted from the water. After being discharged to the side of the non-recording rotary drum 105, the drain port 106 in the open state is discharged to the outside of the machine through the bottom of the non-recording rotary groove 1〇5. _ 4 M384203 This laundry to dehydration has been consistent with the end of the laundry mode and then switched to the drying mode. For example, the bowl-shaped agitating body 107 controls the rotation speed at a low speed, and the rotation speed is low at the time of the washing operation, and at the same time, the heater 103 is driven to generate warm air, and the upper end portion of the self-circulation passage faces the non-recording rotary groove 105. Spit inside. Since the upper opening portion is closed by the inner cover plate, and the warm air in the stainless steel rotary groove 105 does not leak out of the stainless steel rotary groove 1〇5, the drying effect can be effectively exerted. In this case, the non-fine spinning 1G5 has the so-called For the function. ^
在此，在供給之溫風吹拂收容於不銹鋼旋轉槽1〇5内之洗衣物， 人拂後洗衣物奪去水似J：#乾作帛，再經由不錄鋼旋轉槽⑽、授掉體 107之各穿孔’自不錄峨轉槽105之下部抽入循環通路内，並且沿著 循環通路内部上昇，再度經由加減⑼進行供至稍緻轉槽105 2之3謂魏供給贈此_τ，在上述排出之加熱器⑽再度加溫 ,，，、之刖内，可將排氣中所含水份冷却凝固，以達到除濕作用。 隨著烘乾運轉模式，通電驅動前述作為氣冷手段之氣冷用扇，進 給抽入之大氣冷却循環通路以及不_旋轉槽1G5之外表面。藉此， 之魏流’使水份冷凝、滴下，均可麵獨織轉槽 :=二：排出機外，在排氣過程中除去水份，可高效率再度溫熱， 發揮所明軋冷除濕之功能。Here, in the warm air supplied, the laundry contained in the stainless steel rotary groove 1〇5 is blown, and the laundry is taken away from the water like J: #干作帛, and then through the non-recording rotary groove (10), the body is removed. Each of the perforations of 107 is drawn into the circulation passage from the lower part of the uncirculating groove 105, and rises along the inside of the circulation passage, and is again supplied to the slightly diverted groove 105 by the addition and subtraction (9). After the heater (10) discharged above is heated again, the moisture in the exhaust gas can be cooled and solidified to achieve the dehumidification effect. In the drying operation mode, the air-cooling fan as the air-cooling means is energized to feed the atmospheric cooling circulation passage and the outer surface of the non-rotation groove 1G5. In this way, the Wei flow 'condenses the water, drops it, and can evenly sew the groove:=2: Exhaust the machine, remove the water during the exhaust process, can warm again with high efficiency, and play the cold Dehumidification function.
及預定洗衣洪乾運轉模式結束，立即停止驅動馬達102 4 ，7 作’切_氣冷用扇或加熱器 103之通電 知止，精由圖中過略之警報蜂鳴器通知結束。 【圖式簡單說明】 第一圖係本創作之内部剖面圖。 第圖係本創作之俯視圖。 第三圖係本創作之前視圖。 第四圖係本創作之側視圖。 第五圖係本創作之後視圖。 5 M3S4203 【主要元件符號說明】 100本體 101 磁鐵 102驅動馬達 103加熱器 104進水管 105不錄鋼旋轉槽 106排水口 107攪拌體When the scheduled washing and drying operation mode is completed, the driving motor 102 4 , 7 is immediately stopped, and the energization of the fan or the heater 103 is turned off, and the alarm buzzer notification is omitted from the figure. [Simple description of the diagram] The first diagram is an internal section of the creation. The picture is a top view of the creation. The third picture is the previous view of the creation. The fourth picture is a side view of the creation. The fifth picture is the post-creation view. 5 M3S4203 [Description of main component symbols] 100 body 101 Magnet 102 Drive motor 103 Heater 104 Inlet pipe 105 No steel rotating groove 106 Drain port 107 Stirring body