TW201219619A

TW201219619A - Laundry drying processor

Info

Publication number: TW201219619A
Application number: TW100132810A
Authority: TW
Inventors: Masahiro Suzuki; Tsuyoshi Murao; Toshiyuki Kurakake
Original assignee: Panasonic Corp
Priority date: 2010-09-30
Filing date: 2011-09-13
Publication date: 2012-05-16
Also published as: TWI437150B; CN102560991A; EP2436831B1; CN102560991B; JP2012075599A; JP5657982B2; EP2436831A1

Abstract

The present invention provides laundry drying processor (100) having: tub (410); removal device (700) for removing lint; dehumidifying heater (630); air supplier (621) and power supply (530), wherein removal device (700) includes: housing (710); filter element (720); adjuster (500) for adjusting flow direction of dry air; and controller (510) for controlling adjuster (500), adjuster (500) includes rotating shaft (740) rotating in housing (710), adjustment plate (765) extending from rotating shaft (740), and drive source (520) for rotating rotary shaft (740), filter element (720) includes first area (753) extending in extension direction of rotating shaft (740), and second area (754) extending along first area (753), and controller (510) controls drive source (520) in response to power to change amounts of dry air passing through first and second areas (753, 754).

Description

201219619 六、發明說明： c 明戶斤屬^_ 々貝】發明領域本發明係有關於一種使衣物乾燥之乾燥處理裝置 C ^tr ϋ 發明背景使衣物乾燥之乾燥機或除了乾燥機能之外具有洗衣機能之乾燥處理裝置，典型來說係將乾燥空氣供給到收容有衣物之滾筒内，使衣物乾燥。曰本專利特開第2007-82586號公報揭示了具有用以提高乾燥效率之外部空氣導入系統之乾燥處理裝置。根據曰本專利特開第2007-82586號公報，乾燥處理裝置具有··筐體、及在筐體内將空氣除濕及加熱，作出乾燥空氣之加熱果。乾燥處理裝置可視需要而將外部空氣吸人筐體内，冷部加熱果。該結果是，提高加紐進行之熱交換效率。衣物之乾操效率不僅依賴加熱栗之熱交換效率，也依賴在筐體⑽環之錢空氣之流量。乾輯縣置典型來 =有在乾燥步驟之間除去由衣物分離之棉絨（所謂紗屑 =埃成分）之過渡器。棉絨造成過渡器之阻塞空氣之流量之降低。思乾燥環之農置一般係具有用以使乾燥空氣在貧體内循氣之旦㈣％風機進行控制，使在流動之乾燥空里’、、在預定之程度。上述之過濾器產生阻塞、，會以較高的旋轉數使葉片旋轉。該結果是，緩和^ 201219619 引起之乾燥空氣之流量之降低。然而，高旋轉數之葉片的旋轉會使送風機之消耗電力增大。【發明内容】發明概要本發明之目的在於提供一種可達成省電力之乾燥處理裝置。本發明之一局面之乾燥處理裝置包含有：乾燥槽，係具有用以吸入使衣物乾燥之乾燥空氣之吸氣口及用以排出前述乾燥空氣之排氣口；除去裝置，係由前述排氣口所排出之前述乾燥空氣除去棉屑；除濕加熱裝置，係對被該除去裝置除去前述棉屑之前述乾燥空氣進行除濕及加熱；送氣裝置，係使業經該除濕加熱裝置除濕及加熱之前述乾燥空氣以預定之流量送到前述吸氣口；及電力供給源，供給用以使前述送氣裝置動作之電力，前述除去裝置包含：筐體，形成有：用以導入前述排氣口所排出之前述乾燥空氣導入口、及向前述除濕加熱裝置排出前述乾燥空氣之排出口；過濾元件，係安裝於前述排出口，以由前述乾燥空氣除去前述棉屑；調整機構，用以調整由前述導入口往前述過濾元件之前述乾燥空氣的流動方向；及控制元件，係用以控制前述調整機構，該調整機構包含：在前述筐體内旋轉之旋轉軸、由該旋轉軸延伸之調整板、及使前述旋轉軸旋轉之驅動源；前述過濾元件包含：朝前述旋轉軸之延伸方向延伸之第1領域、及沿著該第1領域延伸之第2領域，該控制元件根據前述電力，控制前述驅動源，使通過前述第1 201219619 領域之前述乾燥空氣的流量及通過前述第2領域之前述乾燥空氣的流量變化。圖式簡單說明第1圖係一實施型態之洗衣乾燥機之概略的立體圖。第2圖係第1圖所示之洗衣乾燥機之概略的截面圖。第3圖係第1圖所示之洗衣乾燥機之頂壁之放大立體圖。第4圖係概略地顯示第1圖所示之洗衣乾燥機之外部空氣導入機構者。第5圖係沿著第4圖所示之A - A線之外部空氣導入機構之截面圖。第6圖係概略的顯示第4圖所示之外部空氣導入機構之蓋機構之平面圖。第7圖係第6圖所示之蓋機構之概略的底面圖。第8圖係第4圖所示之外部空氣導入機構之過濾裝置之概略的平面圖。第9圖係沿著第8圖所示之B-B線之過濾裝置之概略的截面圖。第10圖係沿著第9圖所示之C - C線之過濾裝置之概略的截面圖。第11A圖係顯示第5圖所示之過濾裝置之調整機構之動作。第11B圖係顯示第5圖所示之過濾裝置之調整機構之動作。 5 201219619 第12A圖係顯示第5圖所示之過濾裝置之調整機構之動作。第12B圖係顯示第5圖所示之過濾裝置之調整機構之動作。第13圖係掌管第11A圖至第12B圖所示之調整機構之動作之控制之元件之概略的區塊圖。第14圖係顯示根據對於第13圖所示之調整機構之控制之旋轉軸的旋轉範圍。第15圖係概略地顯示第9圖所示之過濾裝置之旋轉軸的截面圖。第16A圖係概略地顯示第9圖所示之過濾裝置之筐體之開關動作的截面圖。第16B圖係概略地顯示第9圖所示之過濾裝置之筐體之開關動作的截面圖。【實施方式3 較佳實施例之詳細說明以下、使用圖式說明乾燥處理裝置及除去裝置之一實施型態。再者，以下之說明所使用之「上」、「下」、「左」或「右」等表示方向之用語係單純以說明之明瞭化為目的者，對於乾燥處理裝置及除去裝置之原理並無任何限定。 (洗衣乾燥機之全體構成）第1圖係例示一實施型態之乾燥處理裝置之洗衣乾燥機之概略立體圖。本實施型態中，係例示兼具洗衣機能與乾燥機能之洗衣乾燥機之乾燥處理裝置。取而代之，亦可 201219619 〜有洗衣機能之乾燥機作為乾燥處理裝置。先衣乾燥機100具有：主筐體200、及門體3〇〇。主筐體形成為略長方體形狀。主筐體200包含：豎立設置於上下方向之正面壁210、與正面壁210為相反側之背面壁220、在正面壁21〇與背面壁22〇之間朝上下方向賢立設置之左侧羞230及右側壁240、形成主筐體2〇〇之上面之頂壁25〇以及形成主筐體200之下面之底壁260。正面壁210包含：配設於下方之下部壁211、配設於下部壁211之上方之中央壁212、及配設於中央壁212之上方之上部壁213。中央壁212及上部壁213係彎曲傾斜成隨著愈朝向上方愈接近背面壁22〇。中央壁212包含形成凹領域之環狀凹面214，且該凹領域構成與略圓板狀之門體300略為互補之形狀。凹面214包圍形成為貫通中央壁212之大略中央之投入口 215。投入口 215連通於收容在主筐體200之内部之洗衣乾燥槽(後述）。使用者可透過投入口 215而在主筐體200之内外取出投入衣物 (衣服或類似物）。洗衣乾燥機100具有可使門體300旋動地連接於主筐體 200之鉸合構造330。藉由鉸合構造330 ’門體300可在用以關閉投入口 215之關閉位置、及用以開放投入口 215之開放位置之間旋動。在關閉位置旋動之門體300收容在被包圍於凹面214之凹領域。又，第1圖所示之門體300存在於開放位置。第2圖係具有存在於關閉位置之門體300之洗衣乾燥機 201219619 ⑽之概略的截面圖。第2圖所示之主筐體2叫之元件的配置、形狀及構造不應做限定解釋。主M體咖内之元件的配 Γ形狀及構造亦可因應於乾燥處理裝置之設計或機能適 U定。使用請及第2圖進—步說明洗衣體構造》如第2圖所示，主筐體細内構築有用以進行乾燥處理之處理裝置彻。本實施型態中，處理裝置4〇〇除了乾燥處理之外還進行洗衣處理'洗清處理或脫水處理等需要衣物c 之洗衣以及乾燥之處理。取而代之的是，若使$不具有洗衣機能之乾雜作為乾燥處理裝置，處理裝置亦可僅進行乾燥處理。處理裝置400具有上述之洗衣乾燥槽41〇。洗衣乾燥槽 41〇包含：可旋動自如地受支持於主筐體2〇〇之内部之一端有底筒狀之水槽420、及可旋轉自如地受支持於水槽42〇内且為一端有底筒狀之旋轉滾筒440。處理裝置4〇〇具有可彈性支持洗衣乾燥槽410之懸吊裝置490。連接於主值體2〇〇之底壁260之懸吊裝置490可適當地吸收在如上述之乾燥處理、洗衣處理、洗清處理或脫水處理之各種處理間所產生之振動。處理裝置400更包含使旋轉滾筒440旋轉之馬達430。馬達430之本體部安裝於水槽420之底壁431的外面。又，馬達 430之旋轉軸貫通水槽420之底壁431，連接於旋轉滚筒440 之底壁432。馬達430係使旋轉滾筒440在乾燥處理、洗衣處理、洗清處理或脫水處理等各種處理之間旋轉。 201219619 於水槽420之與底壁431為相反側之前壁433，形成與存在於關閉位置之略圓形之門體300大略同心之開口部434。同樣地在與旋轉滾筒440之底壁432為相反側之前壁435，形成與形成於水槽420之前壁433之開口部434為大略同心之開口部436。使用者可使門體300移動到開放位置，並透過投入口 215而將衣物C投入旋轉滾筒44〇内。處理裝置400更具有配設在主筐體200之中央壁212與水槽420之前壁433之間的伸縮管437。水槽420經由伸縮管437而與主筐體200彈性連接。如第1圖所示，門體300包含：大略一端為有底梯形圓錐狀之透明窗部310、及用以支持窗部31〇之略板狀支持枠 320。如第2圖所示，當門體300配置於關閉位置時，窗部31〇插入到形成於主筐體200之投入口 215内。當門體3〇〇存在於關閉位置時，使用者可透過透明窗部31〇而觀察洗衣乾燥槽 410内之衣物C。如第2圖所示’水槽420形成有用以排出洗蘇液之排出口 423、及供洗祕流人之流人Π424。使用於洗衣之洗務液在排出口 423與流入口 424之間循環使用。洗衣乾燥機1〇〇具有用以規定排出Π423與流人〇424之間之絲液之循環路徑的管路425。管路425包含上游管路似與下游管路 ❿上游管路426之-端部連接於排出〇423。上游管路似之他端部連接於主筐體200之底壁26〇。下游管路427之一端部連接於上时路426找”。下游f路似之他端部連接於流入口 424。 201219619 '先衣乾燥機100具有：產生在排出口 423與流入口 424之間之洗滌液之循環的循環泵4 2 8、及用以控制往主筐體2 〇〇外之洗滌液之排出之排出閥429。循環泵428及排出閥429皆安裝於上游管路426。循環泵428係配置於較上游管路426與下斿g路427之間之連接部更上游。排出閥429配置於較循衣泵428下游。洗衣乾燥機100在進行洗衣乾燥槽410中之要求預疋里之貯水之處理（例如，洗衣處理或洗清處理）期間，關閉排出閥429。該期間，循環果428可視需要作動，產生在排出〇 423與流入0 424之間之洗條液之循環。另-方面’洗衣乾行不需魏妹職⑽巾之貯水的處理(例如，脫水處理或乾料理）時，排出_9會被打開。 »亥”。果疋洗衣乾燥槽410中之洗滌液通過上游管路426而自底壁260往主筐體200外排出。洗衣乾燥機1GG具有循環機構細，該循環機構6〇〇係用以使收合在％轉滾筒44Q巾之衣物⑽燥之賴空氣循環。水槽420包含在底壁431與前壁433之間延伸之筒狀周壁 438。。水槽420之周壁438形成有用以自洗衣乾燥槽41〇排出乾燥空氣之排氣口 60卜又，水槽420之底壁431形成有用以將乾燥线吸氣到洗衣乾燥槽彻内之吸氣口⑷。循環機構600使乾燥空氣在排氣〇 6〇丨與吸氣口⑷之間循環。疋轉滚筒440之底壁432形成底孔州，該底孔⑷係用以促進自吸氣口 643吸人之乾燥空氣進人旋轉滚筒44〇内。旋轉滚筒440包3在底壁432與前壁…之間延伸之圓筒狀周壁439。旋轉滾筒44G之周壁439形成有多數之周孔咖，201219619 VI. Description of the invention: c. The invention relates to a drying treatment device for drying clothes. C ^tr ϋ BACKGROUND OF THE INVENTION Drying machines for drying clothes or in addition to drying functions A drying device capable of washing a washing machine, typically supplying dry air into a drum containing clothes to dry the clothes. A drying treatment apparatus having an external air introduction system for improving drying efficiency is disclosed in Japanese Laid-Open Patent Publication No. 2007-82586. According to Japanese Laid-Open Patent Publication No. 2007-82586, the drying treatment apparatus has a casing and dehumidifies and heats the air in the casing to provide heating of the dry air. The drying treatment device can suck the outside air into the casing as needed, and heat the fruit in the cold portion. The result is an increase in the efficiency of heat exchange in Canada. The dry handling efficiency of the clothes depends not only on the heat exchange efficiency of the heat pump, but also on the flow of the air in the ring of the casing (10). The typical setting of the county is to have a transitioner that removes the lint separated by the clothes (so-called yarn shavings = angstroms) between the drying steps. The lint causes the blockage of the transitioner to reduce the flow of air. The drying of the ring is generally used to control the dry air in the lean body (four)% of the fan to control the dry space in the flow, to a predetermined extent. The filter described above produces a blockage that causes the blade to rotate at a higher number of revolutions. The result is a reduction in the flow of dry air caused by ^201219619. However, the rotation of the blades with a high number of revolutions increases the power consumption of the blower. SUMMARY OF THE INVENTION An object of the present invention is to provide a drying processing apparatus that can achieve power saving. A drying treatment device according to one aspect of the present invention includes: a drying tank having an air inlet for sucking dry air for drying clothes and an exhaust port for discharging the dry air; and a removing device for exhausting The dry air discharged from the mouth removes cotton dust; the dehumidification heating device dehumidifies and heats the dry air from which the cotton dust is removed by the removing device; and the air supply device dries and dries the drying device by the dehumidifying heating device The air is supplied to the air intake port at a predetermined flow rate; and the power supply source supplies electric power for operating the air supply device, and the removing device includes a casing, and the battery is formed to be introduced into the exhaust port. a drying air introduction port and a discharge port for discharging the drying air to the dehumidification heating device; the filter element is attached to the discharge port to remove the cotton dust by the drying air; and an adjustment mechanism for adjusting the introduction port The flow direction of the aforementioned drying air of the filter element; and a control element for controlling the aforementioned adjustment The adjustment mechanism includes: a rotating shaft that rotates in the casing, an adjusting plate that extends from the rotating shaft, and a driving source that rotates the rotating shaft; and the filter element includes: extending toward the extending direction of the rotating shaft In the first field and the second field extending along the first field, the control element controls the drive source based on the electric power, and passes the flow rate of the dry air in the first 201219619 field and passes through the second field. The flow rate of the aforementioned dry air changes. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic perspective view of a laundry dryer of an embodiment. Fig. 2 is a schematic cross-sectional view showing the laundry dryer shown in Fig. 1. Figure 3 is an enlarged perspective view of the top wall of the laundry dryer shown in Figure 1. Fig. 4 is a view schematically showing an external air introduction mechanism of the laundry dryer shown in Fig. 1. Fig. 5 is a cross-sectional view of the external air introduction mechanism taken along line A - A shown in Fig. 4. Fig. 6 is a plan view schematically showing the cover mechanism of the external air introducing mechanism shown in Fig. 4. Fig. 7 is a schematic bottom plan view of the cap mechanism shown in Fig. 6. Fig. 8 is a schematic plan view showing a filtering device of the external air introducing mechanism shown in Fig. 4. Fig. 9 is a schematic cross-sectional view of the filtering device taken along the line B-B shown in Fig. 8. Fig. 10 is a schematic cross-sectional view of the filtering device taken along line C - C shown in Fig. 9. Fig. 11A is a view showing the operation of the adjusting mechanism of the filtering device shown in Fig. 5. Fig. 11B is a view showing the operation of the adjusting mechanism of the filtering device shown in Fig. 5. 5 201219619 Figure 12A shows the operation of the adjustment mechanism of the filter device shown in Figure 5. Fig. 12B is a view showing the operation of the adjusting mechanism of the filtering device shown in Fig. 5. Fig. 13 is a block diagram showing the outline of the elements for controlling the operation of the adjustment mechanism shown in Figs. 11A to 12B. Fig. 14 is a view showing the range of rotation of the rotating shaft according to the control of the adjusting mechanism shown in Fig. 13. Fig. 15 is a cross-sectional view schematically showing the rotation axis of the filtering device shown in Fig. 9. Fig. 16A is a cross-sectional view schematically showing the switching operation of the casing of the filter device shown in Fig. 9. Fig. 16B is a cross-sectional view schematically showing the switching operation of the casing of the filter device shown in Fig. 9. [Embodiment 3] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, one embodiment of a drying treatment apparatus and a removal apparatus will be described using a drawing. In addition, the terms "upper", "lower", "left", or "right" used in the following descriptions are simply for the purpose of explanation, and the principles of the drying treatment device and the removal device are There are no restrictions. (Composite configuration of the laundry dryer) Fig. 1 is a schematic perspective view showing a washing and drying machine of a drying apparatus of an embodiment. In the present embodiment, a drying treatment device for a washing and drying machine capable of both a washing machine and a drying function is exemplified. Instead, it can also be used as a drying device for the dryer of the washing machine. The garment drying machine 100 has a main casing 200 and a door body 3〇〇. The main housing is formed in a slightly rectangular parallelepiped shape. The main casing 200 includes a front wall 210 that is erected in the vertical direction, a rear wall 220 that is opposite to the front wall 210, and a left side that is placed up and down between the front wall 21〇 and the back wall 22〇. 230 and the right side wall 240, the top wall 25A forming the upper surface of the main casing 2, and the bottom wall 260 forming the lower surface of the main casing 200. The front wall 210 includes a lower wall 211 disposed above, a central wall 212 disposed above the lower wall 211, and an upper wall 213 disposed above the central wall 212. The central wall 212 and the upper wall 213 are curved so as to become closer to the back wall 22A as they go upward. The central wall 212 includes an annular concave surface 214 that forms a concave field, and the concave shaped body forms a shape that is slightly complementary to the slightly disc-shaped door body 300. The concave surface 214 is formed as an input port 215 that penetrates the center of the central wall 212. The inlet 215 is connected to a washing and drying tank (described later) housed inside the main casing 200. The user can take out the laundry (clothing or the like) inside and outside the main casing 200 through the input port 215. The laundry dryer 100 has a hinge structure 330 that allows the door body 300 to be rotatably coupled to the main housing 200. By the hinge structure 330', the door body 300 can be rotated between a closed position for closing the input port 215 and an open position for opening the input port 215. The door body 300 that is rotated in the closed position is housed in a recessed area surrounded by the concave surface 214. Further, the door body 300 shown in Fig. 1 exists in an open position. Fig. 2 is a schematic cross-sectional view of the laundry dryer 201219619 (10) having the door body 300 present in the closed position. The configuration, shape and configuration of the components of the main casing 2 shown in Fig. 2 should not be construed as limiting. The shape and structure of the components of the main M coffee can also be adapted to the design or function of the drying treatment device. Please refer to Fig. 2 for further explanation of the structure of the laundry. As shown in Fig. 2, the main casing is constructed with a processing device for drying. In the present embodiment, the processing apparatus 4 performs a laundry treatment, such as a washing treatment or a dehydration treatment, in addition to the drying treatment, such as washing and drying of the laundry c. Instead, if the dry cleaning device is not used as a drying treatment device, the processing device may be only subjected to a drying process. The processing device 400 has the above-described laundry drying tank 41. The laundry drying tank 41 includes: a bottomed cylindrical water tank 420 which is rotatably supported by one of the inner ends of the main casing 2, and is rotatably supported in the water tank 42〇 and has a bottom end A cylindrical rotating drum 440. The processing device 4 has a suspension device 490 that elastically supports the laundry drying tank 410. The suspending means 490 connected to the bottom wall 260 of the main body 2 can appropriately absorb the vibration generated between the various processes such as the above-described drying treatment, laundry treatment, washing treatment or dehydration treatment. The processing device 400 further includes a motor 430 that rotates the rotary drum 440. The body portion of the motor 430 is attached to the outside of the bottom wall 431 of the water tank 420. Further, the rotating shaft of the motor 430 passes through the bottom wall 431 of the water tank 420 and is connected to the bottom wall 432 of the rotating drum 440. The motor 430 rotates the rotary drum 440 between various processes such as a drying process, a washing process, a washing process, or a spin process. 201219619 The front wall 433 opposite to the bottom wall 431 of the water tank 420 forms an opening 434 which is substantially concentric with the slightly circular door body 300 present in the closed position. Similarly, the front wall 435, which is opposite to the bottom wall 432 of the rotary drum 440, forms an opening 436 which is substantially concentric with the opening 434 formed in the wall 433 of the water tank 420. The user can move the door body 300 to the open position and put the laundry C into the rotating drum 44 through the inlet 215. The processing apparatus 400 further has a bellows 437 disposed between the central wall 212 of the main casing 200 and the front wall 433 of the water tank 420. The water tank 420 is elastically coupled to the main casing 200 via a bellows 437. As shown in Fig. 1, the door body 300 includes a transparent window portion 310 having a substantially trapezoidal rounded shape at one end and a slightly plate-shaped support member 320 for supporting the window portion 31. As shown in Fig. 2, when the door body 300 is placed at the closed position, the window portion 31 is inserted into the insertion port 215 formed in the main casing 200. When the door body 3 is present in the closed position, the user can observe the laundry C in the laundry drying tank 410 through the transparent window portion 31. As shown in Fig. 2, the water tank 420 forms a discharge port 423 for discharging the washing liquid, and a person 424 for washing the secret stream. The washing liquid used for washing is recycled between the discharge port 423 and the inflow port 424. The laundry dryer 1 has a line 425 for defining a circulation path of the silk liquid between the discharge port 423 and the flow port 424. The line 425 includes an upstream line that is connected to the end of the downstream line ❿ upstream line 426 to the discharge port 423. The upstream line is like his end connected to the bottom wall 26 of the main casing 200. One end of the downstream line 427 is connected to the upper time path 426. The downstream f-path is like the other end connected to the inflow port 424. 201219619 'The garment drying machine 100 has: produced between the discharge port 423 and the inflow port 424 The circulation pump 4 8 8 of the washing liquid and the discharge valve 429 for controlling the discharge of the washing liquid to the outside of the main casing 2. The circulation pump 428 and the discharge valve 429 are both installed in the upstream line 426. The pump 428 is disposed further upstream than the connection between the upstream line 426 and the lower 斿g path 427. The discharge valve 429 is disposed downstream of the comparison pump 428. The laundry dryer 100 is required to perform the laundry drying tank 410. During the treatment of the stored water in the bowl (for example, a laundry treatment or a washing treatment), the discharge valve 429 is closed. During this period, the circulation fruit 428 can be actuated as needed to generate a circulation of the washing liquid between the discharge port 423 and the inflow of 0 424. On the other hand, when the laundry is not required to be treated by the Wei (3) towel (for example, dehydration or dry cooking), the discharge _9 will be opened. »Hai. The washing liquid in the laundry drying tank 410 is discharged from the bottom wall 260 to the outside of the main casing 200 through the upstream line 426. The washing and drying machine 1GG has a fine circulation mechanism, and the circulation mechanism 6 is used to circulate the air which is folded in the clothes (10) of the % rotating drum 44Q. The water tank 420 includes a cylindrical peripheral wall 438 extending between the bottom wall 431 and the front wall 433. . The peripheral wall 438 of the water tank 420 forms an exhaust port 60 for discharging dry air from the laundry drying tank 41. Further, the bottom wall 431 of the water tank 420 forms an air inlet (4) for sucking the drying line into the washing and drying tank. . The circulation mechanism 600 circulates dry air between the exhaust port 6〇丨 and the intake port (4). The bottom wall 432 of the tumbling drum 440 forms a bottom hole state, and the bottom hole (4) is used to facilitate the intake of dry air sucked from the suction port 643 into the rotating drum 44. The rotary drum 440 packs 3 a cylindrical peripheral wall 439 extending between the bottom wall 432 and the front wall. The peripheral wall 439 of the rotating drum 44G is formed with a plurality of peripheral holes.

S 10 201219619 該多數之周孔646用以促進乾燥空氣進入形成於水槽42〇之周壁438之排氣口 601。藉由由底孔645朝向周孔646之乾燥空氣’促進旋轉滚筒440内之衣物C的乾燥。本實施型態中，進行乾燥處理之洗衣乾燥槽410可例示作為乾燥槽。使乾燥空氣在主筐體200内循環之循環機構6〇〇具有：由排氣口 601向主筐體200之頂壁250延伸之第丨管路61〇、連接於第1管路610之過濾裝置700、及鄰接於過濾裝置7〇〇之加熱泵630。如第1圖所示’頂壁250包含：形成主筐體2〇〇之上面之大部分之略矩形之主壁252、及包圍主壁252之略矩形之蓋機構800。如第2圖所示，過濾裝置7〇〇鄰接於蓋機構800。在旋轉滚筒440中之乾燥處理期間，自衣物c分離棉絨 (所謂棉狀塵埃成分)。棉絨隨著乾燥空氣之流動而通過第 1管路610導入到過濾裝置700。過濾裝置7〇〇形成用以除去乾燥空氣中之棉絨。本實施型態中，過濾裝置7〇〇係例示為除去裝置。如後述，過渡裝置700係與可自由裝卸於主壁252之蓋機構80G連結。蓋機構獅由主壁252拆下時，聽裝置7〇〇會與蓋機構800—起往主筐體200外被除去。然後使用者可除去貯存於過濾裝置700内之棉絨。加熱泵630亦可為一般使用之熱交換機。加熱泵63〇具 ^ .用以冷卻漏空氣，錄去乾燥^氣巾之濕氣之除濕邛635、及用以加熱通過除濕部635之乾燥空氣之加熱部 633。除濕部635進行之除去以及加熱部633進行之加熱係藉 201219619 由對於，過除濕部635及加熱部633中之冷狀加減壓而達實知型態中，加熱泵63〇係例示作為除濕加埶除濕加熱骏置亦^ … 亦了如加熱泵630，為組裝有除濕部635盥熱部633之萝署 ^ 一刀 ,一、罝。取而代之，除濕加熱裝置亦可包含用以進订除濕I除濕裝置、及與除濕裝置分開設置之加熱裝置。 a d :機構600具有：藉由加熱泉630除濕以及將被加熱之乾古燥空⑧送往吸氣口⑷之送風機62ι、及將藉由送風機 621肌動之乾燥空氣導往吸氣口 643之第2管路62〇。送風機 621在.&風機621之场㈣造itl貞壓，並在収機621之下游側製造出正壓。該結果是，製造出在排氣口 601與吸氣口一 1之乾燥空氣的循環。本實施型態中，送風機621係例示作為送氣裝置。機構600具有：由第2管路620分歧之分歧管路 650及配設於第2管路620與分歧管路650之連接部之切換閥651。分歧管路65〇具有連通於在旋轉滾筒44〇之前壁形成之開口部436的前端部。切換閥651在用以遮蔽由送風機621向°及氣口 643之乾燥空氣的流動之第丨位置、與沿著由送風機621向吸氣口 643之乾燥空氣之流動之第2位置之間旋動。當切換閥651存在於第1位置時，乾燥空氣之大部分會通過分歧管路650而由旋轉滾筒44〇之開口部436吹向衣物〇當t刀換閥651存在於第2位置時，乾燥空氣之大部分會向吸氣口 643。切換閥651係例如從乾燥處理開始而設定成預疋期間第2位置。然後，在乾燥處理結束之前，切換閥η 1 設疋於第1位置。而且，乾燥動作可配合衣物c之乾燥程度S 10 201219619 The majority of the peripheral holes 646 serve to promote dry air into the exhaust port 601 formed in the peripheral wall 438 of the trough 42. Drying of the laundry C in the rotary drum 440 is promoted by the drying air ' from the bottom hole 645 toward the peripheral hole 646'. In the present embodiment, the laundry drying tank 410 subjected to the drying treatment can be exemplified as a drying tank. The circulation mechanism 6 that circulates the dry air in the main casing 200 has a second conduit 61 that extends from the exhaust port 601 to the top wall 250 of the main casing 200, and is filtered by the first conduit 610. The device 700 and the heat pump 630 adjacent to the filter device 7〇〇. As shown in Fig. 1, the top wall 250 includes a substantially rectangular main wall 252 which forms a majority of the upper surface of the main casing 2, and a slightly rectangular cover mechanism 800 which surrounds the main wall 252. As shown in Fig. 2, the filter unit 7 is adjacent to the lid mechanism 800. During the drying process in the rotary drum 440, lint (so-called cotton dust component) is separated from the laundry c. The lint is introduced into the filtering device 700 through the first line 610 as the dry air flows. The filter unit 7 is formed to remove lint from the dry air. In the present embodiment, the filtration device 7 is exemplified as a removal device. As will be described later, the transition device 700 is coupled to a cover mechanism 80G that is detachably attachable to the main wall 252. When the cover mechanism lion is removed from the main wall 252, the hearing device 7 is removed from the cover housing 800 to the outside of the main housing 200. The user can then remove the lint stored in the filter unit 700. The heat pump 630 can also be a heat exchanger that is generally used. The heat pump 63 is used to cool the leaked air, and the moisture dehumidification 635 of the dry air towel is recorded, and the heating portion 633 for heating the dry air passing through the dehumidifying portion 635. The removal by the dehumidifying unit 635 and the heating by the heating unit 633 are performed by the cold decompression and decompression in the dehumidifying unit 635 and the heating unit 633, and the heat pump 63 is exemplified as dehumidification. The twisting and dehumidifying heating device is also used as a heat pump 630, and is equipped with a dehumidifying portion 635 hot portion 633. Alternatively, the dehumidification heating device may include a heating device for dispensing the dehumidification I dehumidification device and the dehumidification device. Ad: The mechanism 600 has: a dehumidifier by heating the spring 630 and a blower 621 for sending the heated dry air 8 to the air inlet (4), and guiding the dry air that is moved by the blower 621 to the air inlet 643 The second line 62 is 〇. The blower 621 makes itl pressure in the field of the & fan 621 (4), and creates a positive pressure on the side of the radiator 621. As a result, a circulation of dry air at the exhaust port 601 and the intake port 1 is produced. In the present embodiment, the blower 621 is exemplified as a gas supply device. The mechanism 600 has a branch line 650 that is branched by the second line 620, and a switching valve 651 that is disposed at a connection portion between the second line 620 and the branch line 650. The branch line 65A has a front end portion that communicates with the opening portion 436 formed in front of the rotating drum 44'. The switching valve 651 is rotated between a second position for shielding the flow of the dry air from the blower 621 to the air port 643 and a second position along the flow of the dry air from the blower 621 to the intake port 643. When the switching valve 651 is present in the first position, most of the dry air is blown toward the clothes by the opening portion 436 of the rotating drum 44 through the branch line 650. When the t-knife valve 651 is present in the second position, the drying is performed. Most of the air will be directed to the suction port 643. The switching valve 651 is set to, for example, the second position during the pre-twisting period from the start of the drying process. Then, before the end of the drying process, the switching valve η 1 is set to the first position. Moreover, the drying action can match the dryness of the laundry c

S 12 201219619 變更。 (外部空氣導入機構）使用第1圖及第2圖說明用以冷卻加熱泵63〇之外部空氣導入機構。本實施型態中，為了維持上述加熱泵63〇之熱父換效率，主筐體200外之外部空氣作為冷卻空氣導入至主筐體200内部。如第2圖所示’外部空氣導入機構15〇包含上述之過渡裝置700與配設於過濾裝置7〇〇之上方之蓋機構8〇(^如上述’蓋機構800安裝於主筐體2〇〇之頂壁25〇。第3圖係頂壁250之放大立體圖。使用第1圖至第3圖更進一步說明外部空氣導入機構15〇。頂壁250形成呈略矩形開口之取出口 251。取出口 251 形成用以在主筐體200之内外取出放入過濾裝置7〇〇。如後述，蓋機構800連接於過慮裝置7〇〇。因此，使用者由取出口 251拆下蓋機構800,藉此可經由取出口 251而在主筐體 200外取出過濾裝置70(^又，使用者藉由使蓋機構8〇〇連接於過滤裝置700，將蓋機構800安裝於取出口 251，藉此可將過濾裝置700配設於收容衣物c之主筐體200内之適當處。如第1圖所示，蓋機構800包含：具有與取出口 251互補之外面813之蓋板810、及可旋動地安裝於蓋板810之桿板 820。蓋板810可適當地關閉取出口 251。因此，可適切地抑制從收容於主筐體200之各種元件（例如，洗衣乾燥槽41〇、過濾裝置700、加熱泵630或送風機621)發生之機械音或流 13 201219619 属出。如後所述’蓋板_桿板斷間形成用以將夕卜7氣導入主筐體細内之吸引σ。又過隸置700 形夕部空氣導入口，該外部空氣導入口形成為連通於吸引心通過過渡裝置之外部空氣導人π而被吸入主僮體内之外。卩空氣使用於上述加熱栗㈣的冷卻。本實施型態中’蓋機獅〇係例示作為蓋元件。χ，蓋板81〇之外面 813例示作為第1外面。第4圖係外部空氣導入機構15〇之正面圖。第5圖係第4 圖所示之/。著Α.Α線之外部空氣導入機構15〇之截面圖。第6 圖係蓋板810之平面圖。使用第1@]、第4圖至第帽說明形成於蓋板810與桿板820之間之吸引口。第如4圖及第5圖所示，蓋機構800之蓋板81〇安裝於過濾裝置700之上部。如第6圖所示，蓋板81〇包含形成與桿板 820互補之安裝口 811之安裝緣812。本實施型態中，安裝緣 812係沿著略矩形狀之封閉環狀。如第1圖所示，桿板820安裝成封閉安裝口 811。如第5圖所示，桿板820包含：位於洗衣乾燥機100之背面側之基端緣821、位於基端緣821之相反側（即，正面側）之前端緣822、及在基端緣821與前端緣822之間延伸之外面 823。基端緣821沿著桿板820之旋動軸。本實施型態中，桿板820之外面823係例示為第2外面。桿板820係繞著基端緣821附近之旋動軸而朝上下旋動。因此，使用者可下壓桿板820而抓住蓋板810。前端緣 822位於安裝緣812之下方（即，主筐體200内方）。 201219619 桿板820之外面823包含：由基端緣821沿著蓋板81〇之外面813而朝正面方向延伸之基面824、及由前端緣822向基面824傾斜延伸而彎曲之傾斜面825。在傾斜面825與安裝緣 812之間形成之空間使用作為用以吸引外部空氣之吸引口 830。吸引口 830係於與正面壁210為相反方向（即，朝向背面壁220)開口。於斜上方開口之吸引口 830主要係用以規定於背面方向在主筐體200内發生之音的傳達方向，因此可適當地抑制往在正面壁210附近作業之使用者的聲音。如第5圖及第6圖所示’安裝緣812包含朝上方隆起之隆起緣814。隆起緣814位於桿板820之前端緣822的上方。隆起緣814可適當地抑制例如從使用者載置頂壁25〇上之洗衣物滴落之水往吸引口 830流入。第7圖係蓋機構800之底面圖。使用第5圖及第7圖說明桿板820之旋動。桿板820具有：配設於基端緣821之附近之第1軸片826 及第2軸片827。第1軸片826及第2軸片827由桿板820之底面朝下方突出。第1軸片826包含略呈柱狀之第1軸828。第2軸片827包含比第1軸828短且略呈柱狀之第2軸829。第1轴828 及第2軸829沿著基端緣821延伸。蓋板810具有沿著略呈矩形之環路而延伸之安裝壁 815。安裝壁815由蓋板810之底面朝下方突出。安裝壁815 包含：可旋轉地支持第1軸828之第1軸承片816、及可旋轉地支持第2軸829之第2轴承片817。第1轴承片816及第2軸承片817由鄰接於桿板820之基端緣821之安裝壁815的内面往 15 201219619 正面方向突出。而且’桿板82G可旋動地安裝於蓋板81〇。沿著桿板之基端緣821而㈣之第…似及第沐似係用以規定桿板820之旋動孝由。蓋機構800具有捲繞第！軸828之螺旋彈箸84〇。螺旋彈簧84〇之知。卩連接於蓋板81〇之底面。螺旋彈篑_之他端部連接於桿板82〇之底面。而且，螺旋彈簧請賦與桿板㈣勢能，而將桿板820之前端緣822朝上方上推。本實施型態中，螺旋彈簧840係例示為賦與勢能元件。桿板820包含略U型之定位片891。定位片891形成前端緣822及桿板82〇之側緣的—部份位片891與蓋板81〇部分地疊合。而且，定位片891適當地限制螺旋彈簧84〇之勢能造成往桿板820上方之旋動。第8圖係過慮裝置7GG之平面圖。使用^圖第2圖、第4圖、帛5圖、第7圖及第8圖’說明蓋機構8〇〇與過渡裝置 700之連接。如第4圖、第5圖及第8圓所示，過渡裝置7〇〇具有僮體彻。筐體710形成有用以導入由排氣口排出之乾燥空氣之導入口 712及用以導入主管體2⑼外之外部空氣之外部空氣導入口 725。於筐體71〇’與導入口化減向形成排出口 713。排出σ713職直諸子狀支持部714。沿著支持部μ 安裝濾網720(參照第5圖）。由排氣口 601藉由第1管路_而導往過滤裝置700之乾燥空氣經由導入口 712而導入筐體71〇内。之後，乾燥空氣由與導入u712相對向而形成之排出口爪排ι乾燥空氣S 12 201219619 Change. (External air introduction means) The external air introduction means for cooling the heat pump 63A will be described with reference to Figs. 1 and 2 . In the present embodiment, in order to maintain the heat-replacement efficiency of the heat pump 63, the outside air outside the main casing 200 is introduced into the main casing 200 as cooling air. As shown in Fig. 2, the external air introduction mechanism 15 includes the above-described transition device 700 and a cover mechanism 8 disposed above the filter device 7 ( (as described above) the cover mechanism 800 is attached to the main housing 2 The top wall of the crucible is 25 〇. Fig. 3 is an enlarged perspective view of the top wall 250. The external air introduction mechanism 15A is further explained using Figs. 1 to 3. The top wall 250 is formed as an exit 251 having a slightly rectangular opening. The outlet 251 is formed for taking out the filter device 7 inside and outside the main casing 200. As will be described later, the cover mechanism 800 is connected to the filter device 7. Therefore, the user removes the cover mechanism 800 from the outlet 251, Therefore, the filter device 70 can be taken out from the outside of the main casing 200 via the take-out port 251. Further, the user can attach the cover mechanism 800 to the take-out port 251 by connecting the cover mechanism 8 to the filter device 700. The filter device 700 is disposed at a suitable place in the main housing 200 for accommodating the garment c. As shown in Fig. 1, the cover mechanism 800 includes a cover 810 having a complementary outer surface 813 with the outlet 251, and is rotatable. Mounted to the lever plate 820 of the cover plate 810. The cover plate 810 can be properly closed The outlet 251 is closed. Therefore, mechanical noise or flow occurring from various components housed in the main casing 200 (for example, the laundry drying tank 41, the filtering device 700, the heat pump 630, or the blower 621) can be appropriately suppressed. As will be described later, the 'cover_bar plate breakage is formed to introduce the attraction σ into the fineness of the main casing, and the 700-shaped eve air introduction port is formed, and the external air introduction port is formed. In order to communicate with the attraction air through the outside air of the transition device, the air is sucked into the body of the main body. The air is used for cooling the heat pump (4). In the present embodiment, the capping machine is illustrated as a cover member. χ, the outer surface 813 of the cover plate 81 is exemplified as the first outer surface. Fig. 4 is a front view of the external air introduction mechanism 15A. Fig. 5 is a view of the outer air of the Α. A cross-sectional view of the introduction mechanism 15A. Fig. 6 is a plan view of the cover plate 810. The suction port formed between the cover plate 810 and the lever plate 820 will be described using the first @] and the fourth to fourth caps. And shown in FIG. 5, the cover 81 of the cover mechanism 800 is mounted on the filter device 700. As shown in Fig. 6, the cover plate 81 includes a mounting edge 812 which forms a mounting opening 811 complementary to the lever plate 820. In the present embodiment, the mounting edge 812 is a closed ring shape which is slightly rectangular. As shown in Fig. 1, the lever plate 820 is installed to close the mounting opening 811. As shown in Fig. 5, the lever plate 820 includes: a base end edge 821 on the back side of the washer dryer 100, on the opposite side of the base end edge 821 ( That is, the front side edge 822 and the outer surface 823 extend between the base end edge 821 and the front end edge 822. The base end edge 821 is along the swivel axis of the stem plate 820. In the present embodiment, the outer surface 823 of the rod plate 820 is exemplified as the second outer surface. The lever plate 820 is rotated up and down about a rotation axis near the base end edge 821. Therefore, the user can press the lever plate 820 to grasp the cover 810. The leading edge 822 is located below the mounting edge 812 (i.e., inside the main housing 200). 201219619 The outer surface 823 of the rod plate 820 includes a base surface 824 extending from the base end edge 821 along the outer surface 813 of the cover plate 81 and extending in the front direction, and an inclined surface 825 bent obliquely from the front end edge 822 toward the base surface 824. . A space formed between the inclined surface 825 and the mounting edge 812 is used as a suction port 830 for attracting outside air. The suction port 830 is open in the opposite direction to the front wall 210 (i.e., toward the back wall 220). The suction port 830 which is opened obliquely upward is mainly used to regulate the direction in which the sound generated in the main casing 200 in the back surface direction is transmitted. Therefore, the sound of the user working in the vicinity of the front wall 210 can be appropriately suppressed. As shown in Figures 5 and 6, the mounting edge 812 includes a raised edge 814 that bulges upward. The raised edge 814 is located above the front edge 822 of the stem plate 820. The ridge 814 can appropriately suppress, for example, the water dripping from the laundry placed on the top wall 25 of the user to the suction port 830. Figure 7 is a bottom plan view of the capping mechanism 800. The rotation of the lever plate 820 will be described using Figs. 5 and 7. The lever plate 820 has a first shaft piece 826 and a second shaft piece 827 disposed in the vicinity of the base end edge 821. The first shaft piece 826 and the second shaft piece 827 protrude downward from the bottom surface of the rod plate 820. The first shaft piece 826 includes a first column 828 that is slightly columnar. The second shaft piece 827 includes a second shaft 829 which is shorter than the first shaft 828 and has a substantially columnar shape. The first shaft 828 and the second shaft 829 extend along the base end edge 821. The cover plate 810 has a mounting wall 815 that extends along a slightly rectangular loop. The mounting wall 815 protrudes downward from the bottom surface of the cover 810. The mounting wall 815 includes a first bearing piece 816 that rotatably supports the first shaft 828 and a second bearing piece 817 that rotatably supports the second shaft 829. The first bearing piece 816 and the second bearing piece 817 protrude from the inner surface of the mounting wall 815 adjacent to the base end edge 821 of the rod plate 820 toward the front direction of 15 201219619. Further, the lever plate 82G is rotatably attached to the cover plate 81. Along with the base end edge 821 of the stem plate, the first and the second of the (4) are used to define the rotation of the stem plate 820. The cover mechanism 800 has a winding number! The auger of the shaft 828 is 84 inches. The spiral spring 84 knows. The crucible is connected to the bottom surface of the cover 81. The end of the spiral magazine _ is connected to the bottom surface of the rod 82. Moreover, the coil spring is given the potential energy of the lever plate (4), and the front end edge 822 of the lever plate 820 is pushed upward. In the present embodiment, the coil spring 840 is exemplified as a potential energy element. The lever plate 820 includes a slightly U-shaped positioning piece 891. The positioning piece 891 forms a front end edge 822 and a side edge of the rod plate 82. The partial land piece 891 is partially overlapped with the cover plate 81. Moreover, the positioning tab 891 suitably limits the potential of the coil spring 84 to cause rotation above the stem 820. Figure 8 is a plan view of the filter device 7GG. The connection of the cover mechanism 8A to the transition device 700 will be described using Fig. 2, Fig. 4, Fig. 5, Fig. 7, and Fig. 8'. As shown in Figs. 4, 5, and 8 , the transition device 7 has a child's body. The casing 710 is formed with an introduction port 712 for introducing dry air discharged from the exhaust port and an external air introduction port 725 for introducing external air outside the main body 2 (9). The discharge port 713 is formed in the casing 71'' and the introduction port opening. The σ713 position is supported by the sub-support portions 714. The filter 720 is attached along the support portion μ (refer to Fig. 5). The dry air guided to the filtering device 700 by the first port_ through the first port_ is introduced into the casing 71 through the inlet port 712. Thereafter, the dry air is dried by the discharge claws formed by the opposite side of the introduction u712.

S 16 201219619 通過排出口 713時，濾網720過濾。該結果是，濾網720可適當地捕捉乾燥空氣所含之棉絨。加熱果630配設於排出口 713之後。因此，業經棉絨之除去處理之乾燥空氣由排出口 713往加熱泵630排出。本實施型態中，濾網72〇係例示作為過濾元件。以下的說明中，由導入口 712向排出口 713之乾燥空氣的流動方向（即，由正面壁21〇向背面壁220之方向）稱為第1方向。盧體710包含.形成有導入口 7丨2及外部空氣導入口 725 之第1筐體壁715、及形成有排出口 713之第2筐體壁716。第 1筐體壁715包含用於與蓋機構8〇〇之連接且具有略u型之截面的連接壁717。如第5圖所示，於下方彎曲之連接壁717與平板狀蓋板810之間形成用以供桿板820旋動之空間r 1。如第5圖所示，連接壁717包含朝上方隆起之突條718。突條718沿著連接壁717之背面側之緣部而形成。配設成覆蓋連接壁717之蓋板810之安裝壁815鄰接於突條718。安裝壁815與突條718使用螺絲或螺栓之適當的固定具連結。本實施型態中’安裝壁815係例示連結部。第9圖係沿著第8圖所示之B-B線之過濾裝置7〇〇的截面圖。使用第1圖、第5圖、第8圖及第9圖說明外部空氣往筐體710内之導入。如第5圖相關說明，略平板狀之蓋板81〇與朝下方彎曲之連接壁717之間形成空間。如第8圖及第9圖所示，第1筐體壁715具有朝第1方向延伸之分隔壁719。分隔壁719部分地劃分為供桿板820在蓋板810與連接壁717之間的空間旋 17 201219619 動之空間R卜及供外部空氣流入之空間R2。空間R2隔著分隔壁719之上緣與蓋板810之間的間隙而連通於吸引口 83〇。用以規定空間R2之連接壁7Π形成呈略矩形狀開口之外部空氣導入口 725。吸引口 830與外部空氣導入口 725之間的空間(即，蓋板請與連接壁717之間的空間)係藉由從連接壁717之上面朝上方突出之分隔壁719而部分地分隔。分隔壁719適當地抑制從吸引口 830流下到連接壁717上之液體往外部空氣導入口 725之流入。如第8圖及第9圖所示，過濾裝置7〇〇包含用以開關外部玉氣導入口 725之開關機構730。開關機構730包含閥片 735。閥片73 5包含.嵌入至鄰接外部空氣導入口而形成之開口部的基部731、在用以關閉外部空氣導入口 725之關閉位置與用以開放外部空氣導入口 725之開放位置之間變位的閥塞部732、及形成於基部731與閥塞部732之間之較薄部733 »本實施型態中，閥片735係例示作為閥元件。再者，第9圖中’存在於開放位置之閥塞部732係以虛線描繪。形成為略長方體形狀之基部731固定地安裝於連接壁 717。形成為略長方體形狀之閥塞部732通過外部空氣導入口 725而部分地朝筐體710之内部空間突出。閥塞部732繞著車乂薄部733而在開放位置與關閉位置之間旋動。閥塞部732 存在於開放位置期間，外部空氣經由吸引口 830通過連通於主筐體200之外部之外部空氣導入口 725而流入筐體710 内。本實施型態中，較薄部733係例示作為樞紐部。第10圖係沿著第9圖所示之C-C線之過濾裝置700的截 201219619 面圖。使用第5圖、第9圖及第10圖說明開關機構730。如第10圖所示’筐體710包含形成略圓枉形狀之内部空間之内壁面726。内壁面726形成之内部空間朝與第1方向大略直交之第2方向延伸。筐體710具有將朝第2方向延伸之内部空間分隔成第1室727與第2室728之環狀分隔板729。第1 室727與導入口 712連通。因此，乾燥空氣在第1室727内流動。如第9圖所示，第2室728與外部空氣導入口 725連通。因此，閥塞部732存在於開放位置期間，外部空氣在第2室 728内流動。過濾裝置700包含在筐體710内旋轉之旋轉軸740。第1 筐體壁715包含在導入口 712與排出口 713之間延伸之第1側壁736及第2側壁737。第1側壁736之外面安裝齒輪738。齒輪738具有插通於在第1側壁736形成之貫通孔之齒輪軸 739。齒輪軸739插入到形成於旋轉軸740之一端部之凹部。螺絲或螺栓之適當的固定具沿著齒輪轴739及旋轉軸740之長向軸而螺通《而且，適當地連接齒輪738及旋轉軸740。齒輪738連接有馬達或者其他適當的驅動源。藉由往齒輸 738之驅動力的傳達，旋轉軸74〇在筐體710内適當地旋轉。第2側壁737包含插入到在旋轉軸740之他端部形成之凹部的軸套741。軸套741係支持可旋轉之旋轉軸740。開關機構730包含由第2室728内之旋轉轴740之周面突出之&輪片745。與旋轉軸740—起旋轉之凸輪片745形成為與存在於關閉位置之閥塞部732接觸。與凸輪片745接觸之閥塞部732被上推到上方。而且，閥塞部732繞著較薄部733 19 201219619 朝上方旋動，並變位到開放位置。然後，業經解除與凸輪片745之接觸之閥塞部732會因為自身重量而繞著較薄部 733朝下方旋動，並且往關閉位置變位。而且，開關機構73〇可與旋轉軸740之旋轉連動，而關閉外部空氣導入口 725。分隔板729包含：連接於筐體710之内壁面726之外緣 746、及形成供旋轉軸74〇插通之開口部的内緣74八旋轉軸 740橫切形成内緣747之開口部。内緣747與旋轉軸74〇之間形成用以使第1室727與第2室728連通之環狀空隙部。由導入口 712流往排出口 713之流動之乾燥空氣的流動使第2室728為負壓。該結果是，閥塞部732被凸輪片745上推時’外部空氣由吸引口 830往第2室728内流入。如第10圖所示，排出口 7Π包含：用以將由導入口 712 流入第1室727内之乾燥空氣朝加熱泵63〇排出之第丨排出口 748、及流入到第2室728内之外部空氣朝加熱泵63〇排出之第2排出口 749。又，濾網包含：用以覆蓋第1排出口 748 之第1過濾部751(參照第5圖）' 及用以覆蓋第2排出口 749之第2過濾部752(參照第9圖）。第丨過濾部751用以過濾由導入口 712",入之乾燥空氣，並除去乾燥空氣所含之棉域。棉絨除去後’乾㈣氣會直接（即，不會被麟在送風機621間）彺加熱泵63 0供給。第2過濾部75 2係用以過濾由外部空氣導入口 725流人之外部空氣，並且除去外部空氣所含之異物 (例如’埃）。異物除去後，外部空氣直接往（即不會被夾於送風機621間）加熱泵630供給。 (調整機構）S 16 201219619 When the outlet 713 is passed, the filter 720 is filtered. As a result, the screen 720 can properly capture the lint contained in the dry air. The heating fruit 630 is disposed after the discharge port 713. Therefore, the dry air which has been removed by the lint is discharged from the discharge port 713 to the heat pump 630. In the present embodiment, the screen 72 is exemplified as a filter element. In the following description, the flow direction of the dry air from the introduction port 712 to the discharge port 713 (i.e., the direction from the front wall 21 to the back wall 220) is referred to as a first direction. The lug body 710 includes a first housing wall 715 having an introduction port 7丨2 and an external air introduction port 725, and a second housing wall 716 having a discharge port 713 formed therein. The first housing wall 715 includes a connecting wall 717 for connection to the cover mechanism 8 and having a substantially u-shaped cross section. As shown in Fig. 5, a space r 1 for the rotation of the lever plate 820 is formed between the connecting wall 717 which is bent downward and the flat plate cover 810. As shown in Fig. 5, the connecting wall 717 includes a protrusion 718 that bulges upward. The ridge 718 is formed along the edge of the back side of the connecting wall 717. A mounting wall 815 disposed to cover the cover 810 of the connecting wall 717 is adjacent to the ridge 718. Mounting wall 815 and rib 718 are joined using a suitable fixture of screws or bolts. In the present embodiment, the mounting wall 815 is a coupling portion. Fig. 9 is a cross-sectional view of the filter unit 7'' along the line B-B shown in Fig. 8. The introduction of the outside air into the casing 710 will be described using Figs. 1, 5, 8 and 9. As will be described with reference to Fig. 5, a space is formed between the substantially flat plate-shaped cover 81 and the connecting wall 717 which is bent downward. As shown in Figs. 8 and 9, the first casing wall 715 has a partition wall 719 extending in the first direction. The partition wall 719 is partially divided into a space R for the rod plate 820 between the cover plate 810 and the connecting wall 717, and a space R2 for the outside air to flow into. The space R2 communicates with the suction port 83A via a gap between the upper edge of the partition wall 719 and the cover plate 810. The connecting wall 7A for defining the space R2 forms an external air introduction port 725 having a substantially rectangular opening. The space between the suction port 830 and the outside air introduction port 725 (i.e., the space between the cover plate and the connecting wall 717) is partially partitioned by the partition wall 719 which protrudes upward from the upper surface of the connecting wall 717. The partition wall 719 appropriately suppresses the inflow of the liquid flowing from the suction port 830 to the connecting wall 717 to the outside air introducing port 725. As shown in Figs. 8 and 9, the filter unit 7A includes a switch mechanism 730 for opening and closing the external jade gas introduction port 725. Switching mechanism 730 includes a valve plate 735. The valve piece 73 5 includes a base portion 731 that is fitted into the opening portion formed adjacent to the external air introduction port, and is displaced between a closed position for closing the external air introduction port 725 and an open position for opening the external air introduction port 725. The valve plug portion 732 and the thinner portion 733 formed between the base portion 731 and the valve plug portion 732. In the present embodiment, the valve piece 735 is exemplified as a valve element. Further, in the Fig. 9, the valve plug portion 732 existing in the open position is drawn by a broken line. The base portion 731 formed in a substantially rectangular parallelepiped shape is fixedly attached to the connecting wall 717. The plug portion 732 formed in a substantially rectangular parallelepiped shape partially protrudes toward the internal space of the casing 710 through the external air introduction port 725. The valve plug portion 732 is rotated about the rudder thin portion 733 between the open position and the closed position. While the valve plug portion 732 is present in the open position, the outside air flows into the casing 710 through the external air introduction port 725 that communicates with the outside of the main casing 200 via the suction port 830. In the present embodiment, the thinner portion 733 is exemplified as a hinge portion. Fig. 10 is a cross-sectional view of the filter device 700 taken along line C-C shown in Fig. 9 in the 201219619. The switching mechanism 730 will be described using FIG. 5, FIG. 9, and FIG. As shown in Fig. 10, the housing 710 includes an inner wall surface 726 which forms an inner space having a substantially rounded shape. The inner space formed by the inner wall surface 726 extends in the second direction which is substantially orthogonal to the first direction. The casing 710 has an annular partitioning plate 729 that partitions the inner space extending in the second direction into the first chamber 727 and the second chamber 728. The first chamber 727 is in communication with the inlet port 712. Therefore, the dry air flows in the first chamber 727. As shown in Fig. 9, the second chamber 728 is in communication with the outside air introduction port 725. Therefore, the valve plug portion 732 exists in the open position, and the outside air flows in the second chamber 728. The filter device 700 includes a rotating shaft 740 that rotates within the housing 710. The first housing wall 715 includes a first side wall 736 and a second side wall 737 extending between the introduction port 712 and the discharge port 713. A gear 738 is mounted on the outer surface of the first side wall 736. The gear wheel 738 has a gear shaft 739 that is inserted through a through hole formed in the first side wall 736. The gear shaft 739 is inserted into a recess formed at one end of the rotating shaft 740. A suitable fixture of a screw or bolt is screwed along the long axis of the gear shaft 739 and the rotating shaft 740. Further, the gear 738 and the rotating shaft 740 are appropriately connected. Gear 738 is coupled to a motor or other suitable drive source. The rotation shaft 74 is appropriately rotated in the casing 710 by the transmission of the driving force to the tooth transmission 738. The second side wall 737 includes a boss 741 that is inserted into a recess formed at the other end of the rotating shaft 740. The sleeve 741 supports a rotatable rotary shaft 740. The switch mechanism 730 includes a & wheel 745 that protrudes from the circumferential surface of the rotating shaft 740 in the second chamber 728. The cam piece 745 that rotates with the rotating shaft 740 is formed in contact with the valve plug portion 732 existing in the closed position. The plug portion 732 that is in contact with the cam piece 745 is pushed up. Moreover, the valve plug portion 732 is rotated upward about the thinner portion 733 19 201219619 and is displaced to the open position. Then, the valve plug portion 732 which is released from contact with the cam piece 745 is rotated downward about the thin portion 733 due to its own weight, and is displaced toward the closed position. Further, the switch mechanism 73A can be interlocked with the rotation of the rotary shaft 740 to close the external air introduction port 725. The partition plate 729 includes an outer edge 746 that is connected to the inner wall surface 726 of the casing 710, and an opening portion that forms an inner edge 74 of the inner edge 74 of the opening through which the rotary shaft 74 is inserted. An annular gap portion for connecting the first chamber 727 and the second chamber 728 is formed between the inner edge 747 and the rotating shaft 74A. The flow of the dry air flowing from the introduction port 712 to the discharge port 713 causes the second chamber 728 to be a negative pressure. As a result, when the valve plug portion 732 is pushed up by the cam piece 745, the outside air flows into the second chamber 728 from the suction port 830. As shown in Fig. 10, the discharge port 7A includes a third discharge port 748 for discharging the dry air flowing into the first chamber 727 from the introduction port 727 to the heat pump 63, and an external flow into the second chamber 728. The air is discharged to the second discharge port 749 of the heat pump 63. Further, the filter screen includes a first filter portion 751 (see Fig. 5) for covering the first discharge port 748 and a second filter portion 752 (see Fig. 9) for covering the second discharge port 749. The second filter unit 751 filters the dry air introduced into the inlet 712" and removes the cotton field contained in the dry air. After the lint is removed, the dry (four) gas will be directly supplied (i.e., not in the air blower 621) by the heat pump 63 0. The second filter portion 75 2 is for filtering the outside air flowing from the outside air inlet 725 and removing foreign matter (e.g., 'Angstrom') contained in the outside air. After the foreign matter is removed, the outside air is directly supplied (i.e., not sandwiched between the blowers 621) by the heat pump 630. (adjustment mechanism)

S 20 201219619 使用第5圖及第10圖說明用以調整由導入口 712向排出口 713之乾燥空氣之流動方向的調整機構。過濾裝置700具有用以調整由導入口 712往排出口 713 之乾燥空氣之流動方向的調整機構500 °調整機構5〇〇具有：上述之旋轉軸740、及由旋轉軸740延伸之調整片765。調整片765隨著旋轉軸740在筐體71〇内之旋轉而旋轉。調整片765為略矩形之板材。本實施型態中，調整片765係例示為調整板" 筐體710包含：由内壁面726朝排出口 713突出之上側止動銷773及下側止動銷774。上側止動銷773形成於導入口 712之上側。下側止動銷774形成於導入口 712之下侧。調整片765包含在上側止動銷773與下側止動銷774之間旋前端部766。當調整片765移動到移動上方時，前端部766抵接於上側止動銷773。該結果是，限制調整片765往上方之移動。調整片765移動到下方時’前端部766抵接於下側止動銷774。該結果是，限制調整片765往下方之移動。本實施型態中，上側止動銷773及/或下側止動銷774例示作為限制元件。第11A圖至第12B圖係概略地顯示調整機構5〇〇之動作。第11A圖及第12A圖係過濾裝置7〇〇之概略的截面圖。第11B圖及第12B圖係顯示第1過濾部751。使用第1〇圖至第 12B圖說明調整機構500之動作。第11八圖所示之調整片765由旋轉軸74〇朝下方突出，前端部766抵接於下側止動銷774。第12A圖所示之調整片765 21 201219619 保持著較第11A圖所示之調整片765更水平之姿勢。紅轉軸740在第2方向上延伸。第丨過濾部751與旋轉軸 740同樣朝第2方向延伸。第11B圖及第12β圖中，係顯示了 f第1過濾部751二分為上下之假想線FL。假想線FL規定沿著旋轉軸740之延伸方向延伸之上側領域753、及沿著上側領域753延伸之下側領域754。本實施型態中’上側領域753 例示作為第1領域。又，下側領域乃4例示作為第2領域。虫第11A圖及第11B圖所示，由旋轉轴740向下方突出之3周整片765干擾欲流經較旋轉軸740下方之乾燥空氣。該結果是’大部分的乾燥空氣被促使往上方。結果，通過下側領域754之乾燥空氣的流量減少，另一方面通過上側領域 753之乾燥空氣的流量增大。第12A圖及第12B圖所示之調整片765相較於第11A圖及第118圖所示之調整片765，可容許乾燥空氣之流暢的流動。該結果是，當調整片765由第11A圖及第11B圖所示之位置移動到第12A圖及第12B圖所示之位置時’通過下側領域754之乾燥空氣的流量增大，另一方面通過上側領域753 之乾燥空氣的流量減少。因此’調整片765可隨著旋轉軸740之旋轉而使通過上側領域753之乾燥空氣的流量及通過下側領域754之乾燥空氣的流量變化。第13圖係負責對過濾裝置700之控制之元件的區塊圖。使用第2圖、第11A圖至第13圖說明對過濾裝置7〇〇之控制。S 20 201219619 An adjustment mechanism for adjusting the flow direction of the dry air from the inlet 712 to the discharge port 713 will be described using Figs. 5 and 10. The filter device 700 has an adjustment mechanism for adjusting the flow direction of the dry air from the introduction port 712 to the discharge port 713. The adjustment mechanism 5 includes the above-described rotation shaft 740 and an adjustment piece 765 extending from the rotation shaft 740. The tab 765 rotates as the rotating shaft 740 rotates within the housing 71. The adjustment piece 765 is a slightly rectangular plate. In the present embodiment, the adjustment piece 765 is exemplified as the adjustment plate " The housing 710 includes the upper side stopper pin 773 and the lower side stopper pin 774 protruding from the inner wall surface 726 toward the discharge port 713. The upper stopper pin 773 is formed on the upper side of the introduction port 712. The lower side stopper pin 774 is formed on the lower side of the introduction port 712. The adjustment piece 765 includes a front end portion 766 between the upper side stopper pin 773 and the lower side stopper pin 774. When the tab 765 is moved above the movement, the front end portion 766 abuts against the upper side stopper pin 773. As a result, the movement of the tab 765 upward is restricted. When the tab 765 is moved downward, the front end portion 766 abuts against the lower stopper pin 774. As a result, the movement of the tab 765 downward is restricted. In the present embodiment, the upper stopper pin 773 and/or the lower stopper pin 774 are exemplified as the restriction member. Figs. 11A to 12B schematically show the operation of the adjustment mechanism 5〇〇. 11A and 12A are schematic cross-sectional views of the filter device 7'. The first filter unit 751 is shown in FIGS. 11B and 12B. The operation of the adjustment mechanism 500 will be described using Figs. 1 to 12B. The tab 765 shown in Fig. 11 is protruded downward by the rotating shaft 74, and the front end portion 766 abuts against the lower stopper pin 774. The tab 765 21 201219619 shown in Fig. 12A maintains a more horizontal posture than the tab 765 shown in Fig. 11A. The red shaft 740 extends in the second direction. The second filter unit 751 extends in the second direction similarly to the rotary shaft 740. In Fig. 11B and Fig. 12β, it is shown that the f first filter unit 751 is divided into upper and lower imaginary lines FL. The imaginary line FL defines an upper side field 753 extending in the extending direction of the rotating shaft 740, and a lower side field 754 extending along the upper side field 753. In the present embodiment, the upper field 753 is exemplified as the first field. In addition, the lower field is shown as the second field. As shown in Figs. 11A and 11B, the entire three-week 765 projecting downward from the rotating shaft 740 interferes with the dry air to be flowed under the relatively rotating shaft 740. The result is that 'most of the dry air is pushed up. As a result, the flow rate of the dry air passing through the lower side field 754 is decreased, and on the other hand, the flow rate of the dry air passing through the upper side field 753 is increased. The tab 765 shown in Figs. 12A and 12B allows the smooth flow of dry air as compared with the tab 765 shown in Figs. 11A and 118. As a result, when the tab 765 is moved from the position shown in FIGS. 11A and 11B to the positions shown in FIGS. 12A and 12B, the flow rate of the dry air passing through the lower side field 754 is increased, and the other is In terms of the flow of dry air through the upper field 753, the flow rate is reduced. Thus, the tab 765 can vary the flow of dry air through the upper field 753 and the flow of dry air through the lower field 754 as the axis of rotation 740 rotates. Figure 13 is a block diagram of the components responsible for controlling the filtering device 700. The control of the filter unit 7 is explained using Fig. 2, Fig. 11A to Fig. 13.

S 22 201219619 洗衣乾燥機100具備用以控制調整機構500之控制元件 51〇。調整機構500包含用以使旋轉軸740旋轉之步進馬達 52〇。控制元件510透過與第10圖相關說明之齒輪738咬合之步進馬達520的控制’調整過濾裝置700内之乾燥空氣的流動。本實施型態中，步進馬達520係例示作為驅動源。取而代之，驅動源亦可使用可使旋轉軸740旋轉之其他驅動元件。送風機621具備：葉片622、及用以使葉片622旋轉之馬達623。馬達623使葉片622旋轉，以使在洗衣乾燥機100内循％之乾燥空氣的量保持在預定之水準。洗衣乾燥機1〇〇具備用以將電力供給至馬達623之電力供給源530。控制元件 510根據由電力供給源530送往馬達623之電力，控制步進馬達52〇。該結果是，適當地進行第丨1八圖至第12B圖相關說明之過濾裝置700内之乾燥空氣之流動的調整。本實施型態中，控制元件510控制步進馬達520，以讀取或者接收由電力供給源530往馬達623流動之電流値，並降低電流値（即，降低電力）。例如，第丨過濾部751之上側領域753中，附著了較下側領域754多之棉絨時，相較於設定調整片765之位置使較多的乾燥空氣通過上側領域753，設疋調整片765之位置以使較多的乾燥空氣通過下側領域754 者’可以較低之電流値使同量的乾燥空氣循環。因此，此種情況下，控制元件51〇調整調整片765之位置，使較多的乾燥空氣通過下側領域754。加熱系630具備：用以檢測使用於與乾燥空氣熱交換之 23 201219619 冷媒之溫度的溫度感測器631、及壓縮冷媒之壓縮機632。控制元件510根據溫度感測器631所檢測出之冷媒溫度與壓縮機632之旋轉數，控制步進馬達520，並使閥塞部732移動到開放位置或關閉位置。控制元件510具備用以讀取或者接收由電力供給源5 3 0 往馬達623流動之電流値之取得部511。取得部511更進一步接收來自溫度感測器631之輸出信號。除此之外，取得部511 讀取或者接收壓縮機632之旋轉數。本實施型態中，由電力供給源530往馬達623流動之電流値係例示作為電力情報。又，來自溫度感測器631之輸出信號及/或壓縮機632之旋轉數係例示作為溫度情報。控制元件510具備輸出用以使步進馬達52〇動作之動作信號之輸出部512。動作信號包含第丨動作信號，第丨動作信號係使旋轉軸740旋轉涵括上側止動銷773及/或下側止動銷774所規定之預定旋轉範圍。旋轉軸74〇根據第丨動作信號在涵括預定旋轉範圍旋轉期間，取得部511監測供給至送風機621之電流値。级科神，刊丞半位置係設定為例如，調整片 765抵接於上側止動銷773之位置、及/或、調整片％5抵接於下側止動銷774之位置。步進馬達52〇根據第i動作信號，使旋轉軸74G在涵括預定之旋轉範圍旋轉。取得旋轉軸谓之旋轉期間之電流値，找出自旋轉㈣扣開二轉後到觀㈣Μ最小之電―之顧。本實施型㈠疋被取得部川找出之期間的資料係例示作為關於調整心片765 24 201219619 之位置的位置情報β 一控制元件51G具備用以記憶取得部η丨所找出之期間之 :料之》己隐邛513。動作信號包含第2動作信號’該第2動作 5虎係使調正片765移動到根據第1動作信號之旋轉軸740 之旋轉期間f力最為減低之位置。根據期間之資料，找出旋轉轴7錢轉期間電力降狀低時之調整片 765的位置。輸出。Ρ 512在根據第！動作信號之旋轉轴74〇之旋轉結束後，將第2動作信號輸出到步進馬達520。該結果是，調整片765移動到供給到送風機切之電力最低之位置。第14圖係外部空氣導人機構15G之概略的截面圖。使用第9圖第U圖及第Μ圖進—步說明控制元件別的控制。本實鉍型態中’旋轉軸740之旋轉範圍包含上側旋轉範圍UR與下側旋轉範gjLR。上側旋轉範圍抓係規定為例如調&片765抵接於上側止動銷後朝下方移動約6〇。之範圍。下側旋轉範圍LR係規定為例如調整片765抵接於下側止動銷774後朝上方移動約卯。之範圍。旋轉軸74〇在上側旋轉範圍UR内旋轉期間，閥塞部732保持在開放位置。旋轉轴 740在下側旋轉範圍1^内旋轉期間，閥塞部乃2保持在關閉位置。本實施型態中，下側旋轉範圍1^11係例示作為第圍。又’上侧旋轉範圍UR係例示作為第2範圍。上述之第1動作信號包含：使旋轉軸740在涵括下側旋轉範圍LR内旋轉之第丨模式信號、及使旋轉軸74〇在涵括上側旋轉範圍UR内旋轉之第2模式信號。取得部511根據來自溫度感測器631之輸出信號及/或壓縮機632之旋轉數，判定 25 201219619 加熱泵630之冷卻是否為必要。當加熱泵63〇之冷卻為非必要時’取得部511選擇旋轉軸740在下側旋轉範圍LR内旋轉之第1模式。當加熱泵630之冷卻為必要時，選擇旋轉軸74〇上側旋轉範圍UR内旋轉之第2模式。該結果是，閥塞部732 移動到開放位置，外部空氣供給到加熱泵63〇。輸出部512根據取得部511之判定，選擇性地輸出第1模式k说與第2模式信號。該結果是，旋轉軸谓在涵括上側旋轉範1SUR或下顺轉範圍LR_。這期間，取得部511 監視旋轉軸740旋轉期間之電流値，並找出旋轉軸74〇之旋轉開始到觀察到成為最小之電流値之㈣。記憶部$丨3記憶旋轉軸740之旋轉開始後觀察到成為最小之電流値之期間。然後輸出部512輸出第2動作㈣。該結果是，調整片 765移動到供給到送風機621之電力最低之位置。第15圖係沿著旋轉軸7 4 Q之長向軸之過濾裝置700的截面圖。使用第15圖說明旋轉轴740。如上述，分隔板729之内緣w形成使第i室w與第2室 728連通之開口部。旋轉轴74q包含鄰接於由内緣川所規定 1口部㈣狀突出部775。形成與開口部為略等大之環狀大出。P775包3 /α著分隔板729之内緣747之周緣π。因 ° ^地抑制順著往第2方向之乾燥之流動之棉絨由第1室727進人第2室728。再者’在分 729與環錄_75之間Μ些肺《。藉由㈣與環狀突出部775之間的間隙，保持與第⑻ 間的連通。S 22 201219619 The laundry dryer 100 is provided with a control element 51 for controlling the adjustment mechanism 500. The adjustment mechanism 500 includes a stepping motor 52A for rotating the rotary shaft 740. The control element 510 adjusts the flow of dry air in the filter unit 700 through the control of the stepper motor 520 engaged with the gear 738 described in connection with Fig. 10. In the present embodiment, the stepping motor 520 is exemplified as a drive source. Alternatively, the drive source can use other drive components that can rotate the rotary shaft 740. The blower 621 includes a blade 622 and a motor 623 for rotating the blade 622. Motor 623 rotates blade 622 to maintain the amount of dry air in the laundry dryer 100 at a predetermined level. The washing and drying machine 1 is stocked to supply electric power to the power supply source 530 of the motor 623. The control element 510 controls the stepping motor 52 based on the power supplied from the power supply source 530 to the motor 623. As a result, the adjustment of the flow of the dry air in the filtering device 700 according to the description of Figs. 18 to 12B is appropriately performed. In the present embodiment, the control element 510 controls the stepper motor 520 to read or receive the current 流动 flowing from the power supply source 530 to the motor 623 and to reduce the current 値 (i.e., reduce the power). For example, in the upper field 753 of the second filter unit 751, when more cotton velvets are attached to the lower side field 754, more dry air passes through the upper side field 753 than the position of the setting adjustment piece 765, and the adjustment piece is provided. The position of 765 is such that more dry air passes through the underside field 754 'the lower amount of current can be used to circulate the same amount of dry air. Therefore, in this case, the control member 51 adjusts the position of the tab 765 to allow more dry air to pass through the lower side field 754. The heating system 630 includes a temperature sensor 631 for detecting the temperature of the refrigerant of 23 201219619 exchanged with dry air, and a compressor 632 for compressing the refrigerant. The control element 510 controls the stepping motor 520 based on the temperature of the refrigerant detected by the temperature sensor 631 and the number of rotations of the compressor 632, and moves the valve plug portion 732 to the open position or the closed position. The control element 510 includes an acquisition unit 511 for reading or receiving a current 値 flowing from the power supply source 530 to the motor 623. The acquisition unit 511 further receives an output signal from the temperature sensor 631. In addition to this, the acquisition unit 511 reads or receives the number of rotations of the compressor 632. In the present embodiment, the current flowing from the power supply source 530 to the motor 623 is exemplified as electric power information. Further, the output signal from the temperature sensor 631 and/or the number of revolutions of the compressor 632 are exemplified as temperature information. The control element 510 includes an output unit 512 that outputs an operation signal for causing the stepping motor 52 to operate. The action signal includes a second action signal, and the second action signal causes the rotary shaft 740 to rotate to include a predetermined range of rotation defined by the upper stop pin 773 and/or the lower stop pin 774. The rotation axis 74A monitors the current 供给 supplied to the blower 621 during the rotation including the predetermined rotation range in accordance with the second rotation operation signal. The level of the semi-position is set to, for example, the position at which the tab 765 abuts against the upper stopper pin 773, and/or the position at which the tab %5 abuts against the lower stopper pin 774. The stepping motor 52A rotates the rotating shaft 74G in a predetermined rotation range based on the i-th operation signal. Obtain the current 期间 during the rotation of the rotating shaft, and find out the self-rotation (4) buckled two turns and then the (4) Μ minimum power. The information of the period in which the present embodiment (1) is obtained by the acquisition of the department is exemplified as the positional information on the position of the adjustment core 765 24 201219619. The control element 51G includes the period for which the acquisition unit η is found: The material has been concealed 513. The operation signal includes the second operation signal. The second operation 5 causes the adjustment piece 765 to move to the position where the force of the rotation axis 740 is the most reduced during the rotation of the rotation axis 740 according to the first operation signal. Based on the data of the period, the position of the tab 765 when the power drop is low during the rotation of the rotary shaft 7 is found. Output. Ρ 512 in accordance with the first! When the rotation of the rotation axis 74A of the operation signal is completed, the second operation signal is output to the stepping motor 520. As a result, the tab 765 is moved to the position where the power supplied to the blower is cut to the lowest. Fig. 14 is a schematic cross-sectional view showing the external air guiding mechanism 15G. The control of the control unit will be described using the U and FIG. In the present embodiment, the rotation range of the 'rotational axis 740' includes the upper side rotation range UR and the lower side rotation range gjLR. The upper rotation range gripping system is defined as, for example, the adjustment &ample 765 abutting the upper side stopper pin and moving downward by about 6 inches. The scope. The lower rotation range LR is defined such that, for example, the adjustment piece 765 abuts against the lower stopper pin 774 and then moves upward by about 卯. The scope. While the rotating shaft 74 is rotated in the upper side rotation range UR, the valve plug portion 732 is held in the open position. While the rotary shaft 740 is rotating within the lower rotation range 1^, the spool portion 2 is held in the closed position. In the present embodiment, the lower side rotation range 1^11 is exemplified as the first circumference. Further, the upper side rotation range UR is exemplified as the second range. The first operation signal includes a second mode signal that rotates the rotary shaft 740 in the lower rotation range LR, and a second mode signal that rotates the rotary shaft 74 in the upper rotation range UR. The acquisition unit 511 determines whether or not the cooling of the heat pump 630 is required by the 2012 201219 19 based on the output signal from the temperature sensor 631 and/or the number of rotations of the compressor 632. When the cooling of the heat pump 63 is not necessary, the acquisition unit 511 selects the first mode in which the rotary shaft 740 rotates in the lower rotation range LR. When the cooling of the heat pump 630 is necessary, the second mode in which the rotation shaft 74 is rotated in the upper rotation range UR is selected. As a result, the valve plug portion 732 is moved to the open position, and the outside air is supplied to the heat pump 63. The output unit 512 selectively outputs the first mode k and the second mode signal based on the determination by the acquisition unit 511. The result is that the rotation axis is said to encompass the upper side rotation vane 1SUR or the lower reversal range LR_. During this period, the acquisition unit 511 monitors the current 期间 during the rotation of the rotary shaft 740, and finds that the rotation of the rotary shaft 74 开始 starts to observe the minimum current 値 (4). The memory unit $丨3 memory is observed as the period of the minimum current 后 after the rotation of the rotary shaft 740 is started. Then, the output unit 512 outputs the second operation (fourth). As a result, the tab 765 moves to the position where the power supplied to the blower 621 is the lowest. Figure 15 is a cross-sectional view of the filter device 700 along the long axis of the axis of rotation 7 4 Q. The rotating shaft 740 will be described using FIG. As described above, the inner edge w of the partition plate 729 forms an opening that allows the i-th chamber w to communicate with the second chamber 728. The rotating shaft 74q includes a one-portion (four)-shaped projecting portion 775 which is defined by the inner edge of the river. The ring shape is formed to be slightly larger than the opening portion. The P775 package 3 / α is on the periphery π of the inner edge 747 of the partition plate 729. The lint flowing through the drying in the second direction is suppressed from entering the second chamber 728 by the first chamber 727. In addition, 'the lungs between the 729 and the ring record _75." The communication with the (8) is maintained by the gap between (4) and the annular projection 775.

B 26 201219619 第16A圖及第16B圖係顯示過濾裝置7〇〇之筐體71〇之概略的截面圖。第16A圖係顯示使用時之筐體71〇。第MB 圖係顯示分解時之筐體710。使用第16A圖及第16B圖說明筐體710。第2筐體壁716係可旋動地安裝於第丨筐體壁715。於第i 筐體壁715之連接壁717的下方，設置第1筐體壁715與第2筐體壁716之間的連接部780。第2筐體壁716包含：例如配設於連接壁717之正下方之連接板78卜及由連接板781突出之銷782。連接壁717形成為保持銷782旋轉。使用者藉由使第 2筐體壁716旋動，可適當地除去在筐體710内蓄積之棉絨。 (以下為重複請求範圍區）上述之實施形態中，主要包含有具有以下構成之乾燥處理裝置。具有以下構成之乾燥處理裝置可達成省電力。上述實施形態之一局面之乾燥處理裝置包含有：乾燥槽’係具有用以吸入使衣物乾燥之乾燥空氣之吸氣口及用以排出前述乾燥空氣之排氣口；除去裝置，係由前述排氣口所排出之前述乾燥空氣除去棉屑；除濕加熱裝置，係對被該除去裝置除去前述棉屑之前述乾燥空氣進行除濕及加熱；送氣裝置’係使業經該除濕加熱裝置除濕及加熱之前述乾燥空氣以預定之流量送到前述吸氣口；及電力供給源’供給用以使前述送氣裝置動作之電力，前述除去裝置包含：筐體’形成有：用以導入前述排氣口所排出之前述乾燥空氣導入口、及向前述除濕加熱裝置排出前述乾燥空氣之排出口；過滤元件，係安裝於前述排出口’以由前述 27 201219619 乾燥空氣除去前述棉屑；調整機構，用以調整由前述導入口往前述過濾元件之前述乾燥空氣的流動方向；及控制元件，係用以控制前述調整機構，該調整機構包含：在前述筐體內旋轉之旋轉軸、由該旋轉軸延伸之調整板、及使前述旋轉軸旋轉之驅動源；前述過濾元件包含：朝前述旋轉軸之延伸方向延伸之第1領域、及沿著該第1領域延伸之第2 領域，該控制元件根據前述電力，控制前述驅動源，使通過前述第1領域之前述乾燥空氣的流量及通過前述第2領域之前述乾燥空氣的流量變化。根據上述構成，乾燥空氣通過吸氣口流入乾燥槽。然後，通過排氣口由乾燥槽排出。結果，乾燥槽内的衣物被烘乾。除去裝置可除去自乾燥槽所排出之乾燥空氣除去棉屑。棉屑除去處理後，除濕加熱裝置對乾燥空氣進行除濕以及加熱。電力供給源將電力供給到送氣裝置，該送氣裝置係以預定之流量將除濕並且加熱後之乾燥空氣送入乾燥槽之吸氣口。結果，乾燥空氣送入流入口，並且再度使用於將乾燥槽内衣物乾燥。除去裝置之筐體形成有導入排氣口所排出之乾燥空氣之導入口及向除濕加熱裝置排出乾燥空氣之排出口。安裝於排出口之過濾元件從乾燥空氣除去棉屑。用以調整從導入口往過濾元件之乾燥空氣的流動方向之調整機構包含：在筐體内旋轉之旋轉軸、及由旋轉軸延伸而出之調整板。過濾元件包含：朝旋轉軸之延伸方向延伸之第1領域、及沿著第1領域延伸之第2領域。控制元件根據電力控制驅動源，使通過第1領域之乾燥空氣的流量及B 26 201219619 Fig. 16A and Fig. 16B are schematic cross-sectional views showing the housing 71 of the filter unit 7〇〇. Fig. 16A shows the housing 71〇 when in use. The MB map shows the housing 710 at the time of decomposition. The housing 710 will be described using Figs. 16A and 16B. The second housing wall 716 is rotatably attached to the second housing wall 715. A connecting portion 780 between the first housing wall 715 and the second housing wall 716 is provided below the connecting wall 717 of the i-th housing wall 715. The second housing wall 716 includes, for example, a connecting plate 78 disposed directly below the connecting wall 717 and a pin 782 protruding from the connecting plate 781. The connecting wall 717 is formed to keep the pin 782 rotated. The user can appropriately remove the lint accumulated in the casing 710 by rotating the second casing wall 716. (The following is a repeat request range area.) In the above embodiment, a drying processing apparatus having the following configuration is mainly included. A dry processing apparatus having the following configuration can achieve power saving. The drying processing apparatus according to one aspect of the embodiment includes a drying tank having an air inlet for sucking dry air for drying clothes and an exhaust port for discharging the dry air, and a removing device is provided by the row The dry air discharged from the air outlet removes cotton dust; the dehumidification heating device dehumidifies and heats the dry air from which the cotton dust is removed by the removing device; and the air supply device is configured to dehumidify and heat the dehumidifying heating device Dry air is sent to the air intake port at a predetermined flow rate; and the power supply source 'supplies electric power for operating the air supply device, and the removing device includes a casing body formed with a discharge for introducing the exhaust port a drying air introduction port and a discharge port for discharging the drying air to the dehumidification heating device; and a filter element attached to the discharge port to remove the cotton dust by the drying air of the above-mentioned 27 201219619; and an adjustment mechanism for adjusting the aforementioned a flow direction of the aforementioned drying air passing through the inlet to the filter element; and a control element, The adjusting mechanism includes: a rotating shaft that rotates in the casing, an adjusting plate that extends from the rotating shaft, and a driving source that rotates the rotating shaft; and the filter element includes: toward the rotating shaft The first field extending in the extending direction and the second field extending along the first field, the control element controls the driving source based on the electric power, and the flow rate of the dry air passing through the first field and the second The flow rate of the aforementioned dry air in the field. According to the above configuration, the dry air flows into the drying tank through the intake port. Then, it is discharged through the drying port through the exhaust port. As a result, the laundry in the drying tank is dried. The removing device removes the dry air discharged from the drying tank to remove the cotton chips. After the cotton swab removal treatment, the dehumidification heating device dehumidifies and heats the dry air. The power supply source supplies electric power to the air supply means which supplies the dehumidified and heated dry air to the suction port of the drying tank at a predetermined flow rate. As a result, dry air is supplied to the inflow port and is again used to dry the clothes in the drying tank. The casing of the removing device is formed with an introduction port for introducing dry air discharged from the exhaust port and a discharge port for discharging dry air to the dehumidifying heater. The filter element mounted to the discharge port removes cotton dust from the dry air. The adjustment mechanism for adjusting the flow direction of the dry air from the inlet to the filter element includes a rotating shaft that rotates in the casing, and an adjusting plate that extends from the rotating shaft. The filter element includes a first field extending in a direction in which the rotation axis extends, and a second field extending along the first field. The control element controls the driving source according to the electric power to make the flow rate of the dry air passing through the first field and

S 28 201219619 通過第2領域之乾燥空氣的流量變化。調整板可調整乾燥空氣的流動難以受到過濾裝置中棉屑的影響 = 必機力供給，可她燥處上述構成中前述控制元件控制前述驅動源，使前述電力降低。根據上述構成，㈣元件控•動源，以使前述電力降低。而且達成乾燥處理裝置之省電力化。上述構成中’前述筐體宜包含接觸於前述調整板並__旋轉轴錢轉範圍之限制科。根據上述構成，_元件接觸調 =板1限制旋轉軸之旋轉範圍。調整板在限制元件所限定之旋轉範_調整以使乾燥空氣的流動難以受到過滤裝 =中之棉屑的影響時，可防止對送氣裝置不必要的電力供給。而且’可達成乾燥處理裝置之省電力化。。上述構&中，前述控制元件宜包含：輸出用以使前述驅動源動作之動作信號之輸出部、取得關於前述電力之電力清報之取得部、及記憶關於在前述旋轉範圍内電力降到前述調整板之位置之位置情報記憶部，前述動作 3包含：使前賴_旋轉涵括前述旋轉範圍之第】動作及使前述旋轉軸旋轉以使前述調整板移動到前述旋部^出^電力減到最低時之位置之第2動作信號，前述輸出轉期/逃第1動作信號時’前述取得部取得前述旋轉轴旋之前述電力情報，前述記憶部根據前述電力情報記 ;2動了置情報’則述輸出部根據前述位置情報輸出前述乍信號，前述驅動源根據前述第2動作信號使前述旋 29 201219619 轉軸旋轉，使前述調整板移朗根據前述位置情報之位置。根據上述構成，控制元件包含輸出用以使驅動源動作之動作仏號之輸出部'取得關於電力之電力情報之取得部、及記㈣於在旋轉範圍内電力最低時之調整板的位置 u置情報之記憶部。動作信號包含：使旋轉軸旋轉涵括走轉範圍之第1動作信號、及使旋轉軸旋轉以使調整板移動到旋轉範圍内電力最低時之位置之第2動作信號。當輸出部輸出第1動作信號時’取得部取得旋轉軸旋轉期間之電力情報，δ己憶部根據電力情報記憶位置情報。輸出部根據位置隋報輪出第2動作信號。驅動源根據第2動作信號使旋轉使調整板移動到依據位置情報之位置。因此，調整板進行調整，使乾燥空氣之流動難以受到過濾裝置中之棉肩的影響，並且可防止對送氣裝置供料必要的電力。而且’達成乾燥處理裝置之省電力化。上述構成中，宜更具有用以收容前述乾燥槽、前述除去裝置'前述除濕加熱裝置及前述送氣裝置之主筐體前述撞體形成有導入來自前述主筐體外之外部空氣之外部空氣導入口’前述除去裝置包含：閥元件，係具有在封閉前述外部空氣導人口封閉之封閉位置、及開放前述外部空氣導入口之開玫位置之間變位之閥塞部、及凸輪片，係連接於則述旋轉軸，該凸輪片係隨著前述旋轉軸的旋轉而使前述閥塞部在前述封閉位置與前述開放位置之間變位。根據上述構成，形成於筐體之外部空氣導入口導入來自用以收容乾燥槽、除去裝置、除濕加熱裝置及送氣裝置S 28 201219619 The flow rate of dry air passing through the second field. The adjustment plate can be adjusted. The flow of dry air is hardly affected by the lint in the filter unit. = It must be supplied by the machine. The dry control unit can control the above-mentioned drive source to reduce the power. According to the above configuration, (4) the component control source is used to reduce the aforementioned electric power. Moreover, the power saving of the drying treatment device is achieved. In the above configuration, the casing preferably includes a restriction section that contacts the adjustment plate and the range of the rotation axis. According to the above configuration, the _ element contact adjustment plate 1 limits the rotation range of the rotation axis. The adjustment plate is adjusted in such a manner that the rotation of the restriction element is adjusted so that the flow of the dry air is hardly affected by the cotton dust in the filter unit, and unnecessary supply of power to the air supply device can be prevented. Moreover, the power saving of the drying treatment device can be achieved. . In the above configuration, the control element preferably includes an output unit that outputs an operation signal for operating the drive source, an acquisition unit that acquires power clearing of the power, and a memory that reduces power in the rotation range. The position information storage unit of the position of the adjustment plate, the operation 3 includes: operating the front rotation _ rotation including the rotation range; and rotating the rotation shaft to move the adjustment plate to the rotation portion The second operation signal at the position when the time is minimized, the output unit transitions/escapes the first operation signal, and the acquisition unit acquires the power information of the rotation axis, and the memory unit moves according to the power information record; The information output unit outputs the chirp signal based on the position information, and the drive source rotates the screw 29 201219619 according to the second operation signal to shift the adjustment plate according to the position information. According to the above configuration, the control element includes an output unit that outputs an operation signal for operating the drive source, an acquisition unit that acquires power information about the power, and a fourth position of the adjustment plate when the power is lowest in the rotation range. The memory department of intelligence. The operation signal includes a first operation signal for rotating the rotation axis and a rotation range, and a second operation signal for rotating the rotation axis to move the adjustment plate to a position where the electric power in the rotation range is the lowest. When the output unit outputs the first operation signal, the acquisition unit acquires the power information during the rotation of the rotation axis, and the δ memory unit stores the position information based on the power information. The output unit rotates the second operation signal according to the position report. The drive source rotates according to the second operation signal to move the adjustment plate to the position based on the position information. Therefore, the adjustment plate is adjusted so that the flow of the dry air is hardly affected by the cotton shoulder in the filter device, and the power necessary for supplying the air supply device can be prevented. Moreover, the power saving of the drying treatment device is achieved. In the above configuration, it is preferable to further include a main casing for accommodating the drying tank, the removing device 'the dehumidifying heating device and the air supplying device, and the impingement body is formed with an external air introduction port for introducing outside air from the outside of the main casing. The removing device includes a valve element having a valve plug portion and a cam piece that are displaced between a closed position in which the outside air guiding population is closed and a opening position in which the external air introducing port is opened, and is connected to the valve piece. In the rotating shaft, the cam piece is displaced between the closed position and the open position in accordance with the rotation of the rotating shaft. According to the above configuration, the external air introduction port formed in the casing is introduced to receive the drying tank, the removing device, the dehumidifying heating device, and the air supply device.

S 30 201219619 之主筐體外的外部空氣。閥元件之閥塞部藉由連接於旋轉片而在封閉外部空氣導入口之封閉位置與開放外 …導入口之開放位置之間變位。當需要除濕加熱裝置之冷部時’則開放外部空氣導入口。因此’除濕加熱裝置可適當地冷卻。而且，乾雜能可適當地__長期間。上述構成中，前述旋轉軸之前述旋轉範圍宜包含前述 p保持μ述封閉位置之第1範ϋ、及前述閥塞部保持前述開放位置之帛後圍，前述取得部轉關於前述除濕加熱裝置之'皿度之溫度情報，前述第1動作信號包含：使前迷旋轉車=在前述第1範圍旋轉之第1模式信號、及使前述旋轉二 j前述第2範圍旋轉之第2模式信號，前述輸出部根據前述溫度情報’選擇性地輸出前述第1模式信號與前述第2楔式信號。根據上述構成，旋轉軸之旋轉範圍包含：閥塞部保持封閉位置之第1範圍、及閥塞部保持開放位置之第2範圍。取得部取得關於除濕加熱裝置之溫度的溫度情報。第i勤作信號包含：使旋轉軸在第i旋轉範圍旋轉之第i模式信號、及使旋轉軸在第2旋轉範圍旋轉之第2模式信號。輸出部根據溫度情報，選擇性地輸出第i模式信號與第2模式信就。因此，可適當地執行閥塞部之位置調整與除去裝置中之乾燥空氣之流動方向的調整。上述構成中，前述閥元件包含：安裝於前述筐體之基部、及形成於前述基部與前述閥塞部之間之樞紐部，接觸於前述凸輪片之前述閥塞部繞著前述樞紐部朝上方旋動， 31 201219619 變為到前述開放位置，業經解除與前述凸輪片之接觸之前述閥塞部藉由自身重量而繞著前述枢紐部朝下方旋動，變位到前述封閉位置。根據上述構成，閥元件宜包含：安裝於筐體之基部、及形成於基部與閥塞部之間之枢紐部。接觸於凸輪片之閥塞部係繞著樞紐部朝上方旋動，並且變位到開放位置。業經解除與凸輪片之接觸之閥塞部藉由自身重量而繞著樞紐部下方旋動，並且變位到封閉位置。而且，藉由較簡單的構造，達成外部空氣導入口之開閉。産業上之利用可能性本實施型態之原理適合利用於乾燥機及洗衣乾燥機。 I：圖式簡單說明3 第1圖係一實施型態之洗衣乾燥機之概略的立體圖。第2圖係第1圖所示之洗衣乾燥機之概略的截面圖。第3圖係第1圖所示之洗衣乾燥機之頂壁之放大立體圖。第4圖係概略地顯示第1圖所示之洗衣乾燥機之外部空氣導入機構者。第5圖係沿著第4圖所示之A-A線之外部空氣導入機構之截面圖。第6圖係概略的顯示第4圖所示之外部空氣導入機構之蓋機構之平面圖。第7圖係第6圖所示之蓋機構之概略的底面圖。第8圖係第4圖所示之外部空氣導入機構之過濾裝置之S 30 201219619 The outside air outside the main basket. The valve plug portion of the valve member is displaced between the closed position of the closed external air introduction port and the open position of the open outer introduction port by being coupled to the rotary piece. When the cold portion of the heating device is required to be dehumidified, the external air introduction port is opened. Therefore, the dehumidifying heating device can be appropriately cooled. Moreover, the dry energy can be suitably __ long period. In the above configuration, it is preferable that the rotation range of the rotation axis includes a first mode in which the p is held in a closed position, and a rear circumference in which the valve plug portion holds the open position, and the acquisition unit is switched to the dehumidification heating device. The temperature information of the dish, the first operation signal includes: a first mode signal that rotates in the first range, and a second mode signal that rotates the second range in the rotation The output unit selectively outputs the first mode signal and the second wedge signal based on the temperature information. According to the above configuration, the rotation range of the rotating shaft includes the first range in which the plug portion is held in the closed position and the second range in which the plug portion is kept in the open position. The acquisition unit acquires temperature information about the temperature of the dehumidification heating device. The i-th operation signal includes an ith mode signal for rotating the rotation axis in the ith rotation range and a second mode signal for rotating the rotation axis in the second rotation range. The output unit selectively outputs the ith mode signal and the second mode signal based on the temperature information. Therefore, the adjustment of the position of the plug portion and the adjustment of the flow direction of the dry air in the removing device can be appropriately performed. In the above configuration, the valve element includes a base portion that is attached to the casing, and a hinge portion that is formed between the base portion and the valve plug portion, and the valve plug portion that contacts the cam piece faces upward toward the hinge portion Rotation, 31 201219619 When the position is changed to the open position, the valve plug portion that has been released from contact with the cam piece is rotated downward about the hinge portion by its own weight, and is displaced to the closed position. According to the above configuration, the valve element preferably includes a base attached to the casing and a hinge portion formed between the base and the plug portion. The plug portion that contacts the cam piece is swung upwardly about the hinge and is displaced to the open position. The valve plug which is released from contact with the cam piece is rotated about the lower side of the hinge by its own weight and is displaced to the closed position. Moreover, the opening and closing of the external air introduction port is achieved by a relatively simple structure. Industrial Applicability The principle of this embodiment is suitable for use in dryers and laundry dryers. I: BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic perspective view of a laundry dryer of an embodiment. Fig. 2 is a schematic cross-sectional view showing the laundry dryer shown in Fig. 1. Figure 3 is an enlarged perspective view of the top wall of the laundry dryer shown in Figure 1. Fig. 4 is a view schematically showing an external air introduction mechanism of the laundry dryer shown in Fig. 1. Fig. 5 is a cross-sectional view of the external air introduction mechanism taken along line A-A shown in Fig. 4. Fig. 6 is a plan view schematically showing the cover mechanism of the external air introducing mechanism shown in Fig. 4. Fig. 7 is a schematic bottom plan view of the cap mechanism shown in Fig. 6. Figure 8 is a filter device of the external air introduction mechanism shown in Figure 4

S 32 201219619 概略的平面圖。第9圖係沿著第8圖所示之B-B線之過濾裝置之概略的截面圖。第10圖係沿著第9圖所示之C - C線之過濾裝置之概略的截面圖。第11A圖係顯示第5圖所示之過濾裝置之調整機構之動作。第11B圖係顯示第5圖所示之過濾裝置之調整機構之動作。第12A圖係顯示第5圖所示之過濾裝置之調整機構之動作。第12B圖係顯示第5圖所示之過濾裝置之調整機構之動作。第13圖係掌管第11A圖至第12B圖所示之調整機構之動作之控制之元件之概略的區塊圖。第14圖係顯示根據對於第13圖所示之調整機構之控制之旋轉軸的旋轉範圍。第15圖係概略地顯示第9圖所示之過濾裝置之旋轉軸的截面圖。第16A圖係概略地顯示第9圖所示之過濾裝置之筐體之開關動作的截面圖。第16 B圖係概略地顯示第9圖所示之過濾裝置之筐體之開關動作的截面圖。 33 201219619S 32 201219619 A rough plan view. Fig. 9 is a schematic cross-sectional view of the filtering device taken along the line B-B shown in Fig. 8. Fig. 10 is a schematic cross-sectional view of the filtering device taken along line C - C shown in Fig. 9. Fig. 11A is a view showing the operation of the adjusting mechanism of the filtering device shown in Fig. 5. Fig. 11B is a view showing the operation of the adjusting mechanism of the filtering device shown in Fig. 5. Fig. 12A is a view showing the operation of the adjusting mechanism of the filtering device shown in Fig. 5. Fig. 12B is a view showing the operation of the adjusting mechanism of the filtering device shown in Fig. 5. Fig. 13 is a block diagram showing the outline of the elements for controlling the operation of the adjustment mechanism shown in Figs. 11A to 12B. Fig. 14 is a view showing the range of rotation of the rotating shaft according to the control of the adjusting mechanism shown in Fig. 13. Fig. 15 is a cross-sectional view schematically showing the rotation axis of the filtering device shown in Fig. 9. Fig. 16A is a cross-sectional view schematically showing the switching operation of the casing of the filter device shown in Fig. 9. Fig. 16B is a cross-sectional view schematically showing the switching operation of the casing of the filter device shown in Fig. 9. 33 201219619

【主要元件符號說明】 100...洗衣乾燥機 423...排出口 150...外部空氣導入機構 424…流入口 200...主筐體 425...管路 210...正面壁 426...上游管路 211...下部壁 427...下游管路 · 212...中央壁 428...循環泵 213...上部壁 429...排出閥 214…凹部 430...馬達 215...投入口 431...水槽底壁 220...背面壁 432...旋轉滚筒底壁 ’ 230...左側壁 433...水槽前壁 240...右側壁 434...開口部 250...頂壁 435...旋轉滾筒前壁 251...取出口 436...開口部 252...主壁 437...伸縮軟管 300...門體 438...水槽周壁 310...窗部 439...旋轉滚筒周壁 320...支持框 440…旋轉滾筒 330…鉸合構造 490…懸吊裝置 400...處理裝置 500…調整機構 410...洗衣乾燥槽 510...控制元件 420...水槽 511...取得部 34 S 201219619 512.. .輸出部 513.. .記憶部 520…步進馬達 530.. .電力供給電源 600.. .循環機構 601.. .排氣口 610.. .第1管路 620.. .第2管路 621.. .送風機 622.. .葉片 623.. .馬達 630.. .加熱泵 631.. .溫度感測器 632.. .壓縮機 633.. .加熱部 635.. .除濕部 643.. .吸氣口 645.. .底孔 646.. .周孔 650.. .分歧管路 651.. .切換閥 700.. .過濾裝置 710.. .筐體 712.··導入口 713.. .排出口 714.. .支持部 715.. .第1筐體壁 716.. .第2筐體壁 717.. .連接壁 718.. .突條 719.. .分隔壁 720.. .濾網 725.. .外部空氣導入口 726.. .内壁面 727.. .第 1室 728…第2室 729.. .分隔板 730.. .開關機構 731.. .基部 732.. .閥塞 733.. .較薄部 735.. .閥片 736.. .第1側壁 737.. .第2側壁 738.. .齒輪 739.. .齒輪轴 740.. .旋轉軸 741.. .軸套 35 201219619 745.. .凸輪片 746.. .外緣 747.. .内緣 748.. .第1排出口 749.. .第2排出口 751.. .第1過濾部 752…第2過濾部 753.. .上側領域 754.. .下側領域 765.. .調整片 766.. .前端部 773.. .上側止動銷 774.. .下側止動銷 775.. .突出部 776.. .周緣 780.. .連接部 781.. .連接板 782…保持銷 800.. .蓋機構 810.. .蓋板 811.. .安裝口 812.. .安裝緣 813.. .外面 814.. .隆起緣 815·.·安裝壁 816.. .第1軸承片 817.. .第2軸承片 820.. .桿板 821.. .基端緣 822.. .前端緣 823.. .外面 824.. .基面 825.. .傾斜面 826.. .第1軸片 827.. .第2軸片 828…第1軸 829.. .第 2 軸 830.. .吸引口 840.. .螺旋彈簧 891.. .定位片 900…過濾裝置 910.. .洗衣乾燥機 911.. .筐體 912.. .管路 260, 431，913.··底壁 914.. .副管路 920.. .過濾筒 921.. .回收筒[Description of main component symbols] 100... Laundry dryer 423... Discharge port 150... External air introduction mechanism 424... Inflow port 200... Main casing 425... Pipe 210... Front wall 426...upstream line 211...lower wall 427...downstream line 212... center wall 428...circulation pump 213...upper wall 429...discharge valve 214...recess 430. .. motor 215... input port 431... sink bottom wall 220... back wall 432... rotating drum bottom wall '230... left side wall 433... sink front wall 240... right side wall 434...opening portion 250...top wall 435...rotating drum front wall 251...take outlet 436...opening portion 252...main wall 437...retractable hose 300...door Body 438...sink peripheral wall 310...window 439...rotary drum peripheral wall 320...support frame 440...rotary drum 330...hinge structure 490...suspension device 400...processing device 500...adjustment mechanism 410...Washing drying tank 510...Control element 420...Sink 511...Acquisition unit 34 S 201219619 512.. Output unit 513.. Memory unit 520...Stepper motor 530.. Power supply Power supply 600.. .Circulation mechanism 601...Exhaust port 610.. .1st pipe 620.. .2nd pipe 621.. . blower 622.. .blade 623.. motor 630.. heat pump 631.. temperature sensor 632.. compressor 633.. heating section 635.. dehumidification section 643.. Suction port 645.. . Bottom hole 646... Peripheral hole 650.. . Branch line 651.. Switching valve 700.. Filter device 710.. . Housing 712.··Inlet port 713.. Outlet 714.. Supporting section 715.. . 1st housing wall 716.. 2nd housing wall 717.. Connecting wall 718.. . protruding strip 719.. . partition wall 720.. Net 725.. External air inlet 726.. Inner wall surface 727.. 1st chamber 728... 2nd room 729.. Separator 730.. Switching mechanism 731.. Base 732.. Valve Plug 733... Thinner part 735.. Valve 736.. .1st side wall 737.. 2nd side wall 738.. Gear 739.. Gear shaft 740.. . Rotary shaft 741.. shaft Set 35 201219619 745.. .Cam piece 746.. . outer edge 747.. . inner edge 748.. . 1st row exit 749.. . 2nd row exit 751.. . 1st filter part 752... 2nd filter Department 753... Upper side field 754... Lower side field 765.. Adjusting piece 766.. Front end part 773.. Upper side stop pin 774.. Lower side stop pin 775.. Projection 776.. .Circumference 780.. .Connection 781.. .Connection Plate 782... retaining pin 800.. cover mechanism 810.. cover 811.. mounting port 812.. mounting edge 813.. outside 814.. ridge edge 815.. mounting wall 816.. The first bearing piece 817.. 2nd bearing piece 820.. rod plate 821.. base end edge 822.. . front end edge 823.. outside 824... base surface 825... inclined surface 826. . 1st shaft 827.. 2nd shaft 828... 1st shaft 829.. 2nd shaft 830.. suction port 840... coil spring 891.. positioning piece 900... filtering device 910. .. Laundry Dryer 911.. .Shell 912... Pipeline 260, 431,913.··Bottom wall 914...Sub-pipe 920.. Filter cartridge 921..

S 36 201219619 922.. .線圈構件 923.. .馬達 924.. .底部 925.. .環狀筒 926.. .副過濾器 931.. .外筒 C...衣物 FL...假想線 L...棉賊 UR...上側旋轉範圍 LR...下側旋轉範圍 R1,R2...空間 37S 36 201219619 922.. .coil member 923.. motor 924.. bottom 925.. ring cylinder 926.. sub filter 931.. outer cylinder C...clothing FL...hypothetical line L... cotton thief UR... upper side rotation range LR... lower side rotation range R1, R2... space 37

Claims

201219619 VII. Patent application scope: 1. A drying treatment device, comprising: a drying tank for forming an air inlet for sucking dry air for drying clothes and an exhaust port for discharging the dry air; The removing device removes the cotton dust by the drying air discharged from the exhaust port; the dehumidifying heating device dehumidifies and heats the dry air from which the cotton scrap is removed by the removing device; and the air supplying device is configured to perform the dehumidification The drying air that is dehumidified and heated by the heating device is sent to the intake port at a predetermined flow rate; and the power supply source supplies electric power for operating the air supply device, and the removing device includes: a casing, which is formed to be introduced into the row a port for introducing the dry air discharged from the port, and a discharge port for discharging the dry air to the dehumidifying heater; the filter element is attached to the discharge port to remove the cotton scrap by the dry air; Adjusting the aforementioned dry air from the inlet to the filter element a flow direction; and a control element for controlling the adjustment mechanism, the adjustment mechanism comprising: a rotation shaft rotating in the housing, an adjustment plate extending from the rotation shaft, and a drive source for rotating the rotation shaft; The transition element includes: a first field extending in a direction in which the rotation axis extends in S 38 201219619, and a second field extending along the first field, wherein the control element controls the drive source based on the electric power to pass the The flow rate of the "air" before the third field and the flow rate of the dry air by the aforementioned first field. 2. The drying treatment device of claim 1, wherein the control element controls the driving source to reduce the power 3. The processing device according to the fourth aspect of the invention, wherein the front body comprises a restriction member that contacts the adjustment plate and limits a rotation range of the rotating shaft. 4. Drying treatment according to item 3 of the patent application. The device, wherein the control component package 3 is used for outputting an operation signal of the axis source operation when the wheel is rotated, and obtaining The power information acquisition unit for the electric power and the memory unit for storing the position information of the position of the adjustment plate when the electric power is reduced to the minimum in the rotation range, wherein the operation signal includes rotating the rotation axis to include the rotation I The first movement signal of the circumference and the second operation signal for rotating the rotation shaft to move the adjustment plate to a position where the electric power is minimized in the rotation range, and when the output unit outputs the first operation signal, The acquisition unit acquires the electric power information that the rotation axis rotates, and the memory unit stores the position information based on the electric power information, and the output “the position information outputs the second operation signal, and the driving source is based on the second operation signal. The thief money rotation axis 39 201219619 turns, the aforementioned adjustment plate is moved to the position according to the aforementioned position information. 5. The drying treatment apparatus according to claim 4, further comprising a main casing for accommodating the drying tank, the removing device, the dehumidifying heating device, and the air supplying device, wherein the casing is formed with the introduction from the main basket The external air introduction port of the external air outside the body, the removal device includes: a valve element having a valve plug portion that is displaced between a closed position that closes the external air introduction port and an open position that opens the external air introduction port, And the cam piece is coupled to the rotating shaft, and the cam piece is displaced between the closed position and the open position according to the rotation of the rotating shaft. 6. The drying processing device according to claim 5, wherein the rotation range of the rotating shaft includes a first range in which the valve plug portion holds the closed position, and a second range in which the valve plug portion holds the open position. The acquisition unit acquires temperature information on the temperature of the dehumidification heating device, and the first operation signal includes a first mode signal for rotating the rotation axis in the first range and a rotation of the rotation axis in the second range. In the second mode signal, the output unit selectively outputs the first mode signal and the second mode signal based on the temperature information. 7. The drying apparatus according to claim 5 or 6, wherein the valve element S 40 201219619 comprises: a base portion attached to the casing, and a rim portion formed between the base portion and the valve plug portion, The valve plug portion that is in contact with the cam piece is rotated upward about the hinge portion, and is changed to the open position, and the valve plug portion that releases the contact with the cam piece is wound around the hinge portion by its own weight. Rotate below and shift to the aforementioned closed position. 41