200819587 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種洗衣烘乾機，特別是指一種滾筒 式洗衣烘乾機。 【先前技術】 苓閱圖1，為一種習知的滾筒式洗衣烘乾機1，其包括 一機殼Π、一設置於機殼U内的滾筒式洗衣槽12及一熱 風模組13，機殼π前方設置有一機蓋U1，洗衣槽12前端 朝向機盍111而略為往上傾斜地容置於機殼〗i内，熱風模 組13包括一風道131、設置於風道131的一鼓風機132及 加熱斋133，以及一設置於洗衣槽後方的熱交換器 134，風道131前端連通洗衣槽12前方，後端則連接熱交 換器134並且連通至洗衣槽12後方。 該洗衣烘乾機1進行洗衣程序時，是由連接洗衣槽12 後端上方的一進水閥14進水，洗衣程序結束時，則是由連 接洗衣槽12後端下方的一出水閥15出水。 當該洗衣烘乾機1進行烘乾程序時，熱風是由洗衣槽 12前端進入，通過洗衣槽12而吸收衣物的濕氣後，再由洗 衣槽12後方進入熱交換器134並且往上經過進水閥14的 管路進行熱交換，接著，再通過鼓風機132及加熱器133 再度加熱成熱風，由洗衣槽12前端再次進入，形成烘乾程 序的熱風路徑。 但由於此種洗衣烘乾機1的熱風模組i 3，其風道i 3 i 是繞到前面進入洗衣槽12内，因此，洗衣槽12前方與機 5 200819587 殼11之間，便需預留一定空間以容納風道131，因此，便 " 增加整個機殼11的深度尺寸。 參閱圖2，為另一種習知的滾筒式洗衣烘乾機2，其同 樣包括一機殼21、一設置於機殼21内的滾筒式洗衣槽22 、以及一熱風模組23，且洗衣槽22包括一外槽體221及一 容置於外槽體221内的内槽體222，與上一習知洗衣烘乾機 _ 1不同之處在於，該熱風模組23的鼓風機231及加熱器 232是設置於洗衣槽22後方，而熱交換器233則是設置於 • 洗衣槽22上方，且風道230的進風口 24是位於洗衣槽22 後方，出風口 25位於洗衣槽22後方外圍，因此，熱風是 由洗衣槽22後方進入，吸收衣物的水氣之後，由洗衣槽22 周圍經出風口 25散出至風道230，再沿著風道230往前經 過熱交換器233進行熱交換，接著，再往後回流通過鼓風 機231及加熱片232，再重新進入洗衣槽22後方，完成烘 乾的風路循環。 因此，此種滾筒式洗衣烘乾機2藉由風路的改變，使 • 得機殼21前方與洗衣槽22前方之間的空間得以縮小，進 而縮減整個機殼21的深度，降低機殼21整體的佔用空間 〇 - 然而，此種滾筒式洗衣烘衣機2之缺點卻在於，由於 洗衣槽22的内、外槽體221、222後方之間並無任何阻隔 ，因此，當熱風由風道230通過外槽體221而欲進入内槽 體222時，便會發生部分熱風（如箭頭200的方向所示） 直接沿著内、外槽體221、222間的空隙直接進入風道230 6 200819587 而不進入内槽體222,造成真正進入内槽體222的熱風量不 足而烘乾效果不佳，因而降低烘乾效率。 【發明内容】 因此’本發明之目的，即在提供一種可提高烘乾效率 之滾筒式洗衣烘衣機。200819587 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a laundry dryer, and more particularly to a drum type laundry dryer. [Previous Art] FIG. 1 is a conventional drum type laundry dryer 1 including a casing Π, a drum type washing tank 12 disposed in the casing U, and a hot air module 13 A cover U1 is disposed in front of the shell π, and the front end of the washing tank 12 is disposed obliquely upwardly in the casing y1 toward the casing 111. The hot air module 13 includes a duct 131 and a blower 132 disposed on the duct 131. And heating 133, and a heat exchanger 134 disposed behind the washing tank, the front end of the air duct 131 communicates with the front of the washing tank 12, and the rear end is connected to the heat exchanger 134 and communicates with the rear of the washing tank 12. When the washing and drying machine 1 performs the washing process, water is introduced from a water inlet valve 14 connected to the rear end of the washing tank 12, and at the end of the washing process, the water is discharged from a water outlet valve 15 below the rear end of the connecting tank 12. . When the washing and drying machine 1 performs the drying process, the hot air is entered from the front end of the washing tank 12, and the moisture of the laundry is absorbed by the washing tank 12, and then enters the heat exchanger 134 from the rear of the washing tank 12 and passes upwards. The piping of the water valve 14 is heat-exchanged, and then heated again by the air blower 132 and the heater 133 to form hot air, which is re-entered by the front end of the washing tank 12 to form a hot air path of the drying process. However, due to the hot air module i 3 of the washer dryer 1 , the air duct i 3 i is wound into the front of the washing tank 12, so that the front of the washing tank 12 and the shell 5 of the machine 5 200819587 need to be pre-processed. A certain space is reserved to accommodate the air duct 131, and therefore, the depth dimension of the entire casing 11 is increased. Referring to FIG. 2, there is another conventional drum type laundry dryer 2, which also includes a casing 21, a drum type washing tank 22 disposed in the casing 21, and a hot air module 23, and a washing tank. 22 includes an outer tank body 221 and an inner tank body 222 accommodated in the outer tank body 221, which is different from the conventional laundry dryer _1 in that the blower 231 and the heater of the hot air module 23 232 is disposed behind the washing tank 22, and the heat exchanger 233 is disposed above the laundry tank 22, and the air inlet 24 of the air duct 230 is located behind the washing tank 22, and the air outlet 25 is located behind the washing tank 22, so The hot air is entered from the rear of the washing tank 22, and after absorbing the moisture of the clothes, the air is circulated to the air duct 230 through the air outlet 25 around the washing tank 22, and then heat is exchanged along the air duct 230 through the heat exchanger 233. Then, it flows back through the blower 231 and the heating sheet 232, and then re-enters the rear of the washing tank 22 to complete the drying air circulation. Therefore, the drum type washing and drying machine 2 reduces the space between the front of the casing 21 and the front of the washing tank 22 by the change of the air passage, thereby reducing the depth of the entire casing 21 and lowering the casing 21 The overall footprint 〇- However, the disadvantage of this type of drum-type washer-dryer 2 is that since there is no barrier between the inner and outer grooves 221, 222 of the washing tank 22, when the hot air is from the air passage When 230 is to enter the inner tank body 222 through the outer tank body 221, part of the hot air (as indicated by the direction of the arrow 200) directly enters the air duct directly along the gap between the inner and outer tank bodies 221, 222. Without entering the inner tank body 222, the amount of hot air that actually enters the inner tank body 222 is insufficient and the drying effect is not good, thereby reducing the drying efficiency. SUMMARY OF THE INVENTION Therefore, it is an object of the present invention to provide a drum type washing and drying machine which can improve drying efficiency.
於是，本發明之滾筒式洗衣烘乾機包含一機殼、一容 置於該機殼内之滚筒槽及一設置於該滾筒槽之熱風模組， 該滾筒槽包括-外槽體及—容納於該外槽體内的内筒，該 外槽體具有-圍繞壁及—底壁，㈣筒具有均設有多數開 孔之一内筒圍壁及一内筒底壁，該外槽體之圍繞壁設置一 出風口 1¾底壁&置—進風口 ’該熱風模組連接該進風口 及該出風口，可供該熱風模組產生之熱風由該進風口進入 該滾筒槽，由該出風口流回該熱風模組。 該滾筒式洗衣烘乾機更包含一設置於該外槽體之底壁 與該内筒底壁間的阻風圍婊邱，兮、仓门 风㈤、、凡邛，該進風口位於該阻風圍繞 部圍繞之區域内，該阻風圍繞部用以阻絕由該進風口進入 該滾同槽之熱風散出該阻風圍繞部外圍。 本毛明之滾同式洗衣機更包含一設置於該外槽體之底 土…亥内筒底壁之間的支撐架，而該阻風圍繞部包括多數 ^別設置於該支撐架與該外槽體之底壁而可減接的同心 環肋。 該熱風模組包括相逵接沾 _ ^ ^ 子目連接的一進風管部、一出風管部及 一設置於該進風管部盥哕φ_ ^ ^出風& #之間的鼓風機，該進風 管部連接該進風口’該出風管部連接該出風口。 7 200819587 本發明藉由該阻風圍繞部的設置，使得該熱風模組由 • 該進風管部經該進風口而欲進入該内筒之熱風，由於受到 該阻風圍繞部之阻擋，而可完全進入該内筒，以提高熱風 模組之烘乾效率。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 • 參閱圖3與圖4，本發明滾筒式洗衣烘乾機之一較佳實 施例包含一機殼4、一容置於機殼4内的滾筒槽5及一設置 於該滾筒槽5之熱風模組6。 機殼4内部界定出一可供容置滾筒槽5及熱風模組6 的内部空間40 ’機殼4前面則設置有一機殼門蓋41，以開 放該内部空間40而供衣物置入滾筒槽5或關閉内部空間40 ，滾筒槽5是以其前端略為往上朝向機殼門蓋41而呈傾斜 地谷置於内部空間40，熱風模組6設置於滾筒槽5上，滾 ⑩ 筒槽5底部透過兩避振器7G支撐於機殼3内底部，滾筒槽 5後方則設置一馬達71。 參閱圖4、圖5，滾筒槽5包括一外槽體51、一容納設 • 置於外槽體51内而可供容納待洗淨衣物的内筒52,及一設 置於内筒52及外槽體51間的支撐架„。本實施例中，外 槽體51包括可前後相組裝結合的_前蓋511及一後苔515 ，前蓋5H具有-圍壁512，壁512上鄰近前緣處設置 有一出風口 5Π。後蓋515具有一後蓋圍壁516及一連接後 8 200819587 蓋圍壁516底緣的後蓋底壁517，後蓋底壁517上設置有一 進風口 518’而圍壁516的外側一處隆起形成_隆起部519 ’該隆起部519内可供設置冷凝元件，如—冷凝板（圖未 示）。 丽蓋511與後蓋515相結合時，前蓋511的圍壁512與 後蓋515的圍壁516前後相接而界定出該外槽體51的一圍 繞壁，後盍底壁517則構成該外槽體51的一底壁，且當前Therefore, the drum type laundry dryer of the present invention comprises a casing, a drum tank housed in the casing, and a hot air module disposed in the drum tank, the drum tank including an outer tank body and a housing An inner cylinder in the outer tank body, the outer tank body has a surrounding wall and a bottom wall, and the (four) cylinder has an inner cylinder surrounding wall and an inner cylinder bottom wall each having a plurality of openings, and the outer tank body An air outlet 13⁄4 is disposed around the wall, and the air inlet module is connected to the air inlet and the air outlet. The hot air generated by the hot air module enters the drum slot from the air inlet. The tuyere flows back to the hot air module. The drum type washing and drying machine further comprises a wind blocking fence disposed between the bottom wall of the outer tank body and the bottom wall of the inner cylinder, the 兮, the 门门风(五), the 邛 邛, the air inlet is located in the choke The wind-proof surrounding portion is configured to block the hot air entering the same groove from the air inlet to dissipate the periphery of the choke surrounding portion. The same type of washing machine of the present invention further comprises a support frame disposed between the bottom wall of the outer tank body and the bottom wall of the inner tube, and the wind blocking surrounding portion comprises a plurality of the support frame and the outer groove body. Concentric ring ribs that can be reduced by the bottom wall. The hot air module includes an air inlet pipe portion connected to the _ ^ ^ ^ sub-connection, an air outlet pipe portion, and a blower disposed between the air inlet pipe portion 盥哕 φ_ ^ ^ air & The air inlet pipe portion is connected to the air inlet port. The air outlet pipe portion is connected to the air outlet. 7 200819587 The present invention is configured by the wind-proof surrounding portion, such that the hot air module enters the inner tube through the air inlet portion, and the hot air that enters the inner tube is blocked by the wind-proof surrounding portion. The inner cylinder can be completely inserted to improve the drying efficiency of the hot air module. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to FIG. 3 and FIG. 4, a preferred embodiment of the drum type laundry dryer of the present invention comprises a casing 4, a drum groove 5 accommodated in the casing 4, and a hot air disposed in the drum tank 5. Module 6. The inside of the casing 4 defines an internal space 40 for accommodating the drum groove 5 and the hot air module 6. The front of the casing 4 is provided with a casing door cover 41 for opening the internal space 40 for the laundry to be placed in the drum groove. 5 or close the inner space 40, the drum groove 5 is placed in the inner space 40 with the front end slightly inclined upward toward the casing door cover 41, and the hot air module 6 is disposed on the drum groove 5, and the bottom of the drum 10 is 5 The bottom of the casing 3 is supported by the two dampers 7G, and a motor 71 is disposed behind the drum groove 5. Referring to FIG. 4 and FIG. 5, the drum groove 5 includes an outer tank body 51, an inner cylinder 52 which is accommodated in the outer tank body 51 for accommodating the laundry to be washed, and one disposed on the inner cylinder 52 and the outer cylinder 52. The support frame between the tanks 51. In the present embodiment, the outer tank body 51 includes a front cover 511 and a rear moss 515 which can be assembled back and forth, and the front cover 5H has a wall 512 adjacent to the front edge of the wall 512 An air outlet 5 is provided at the bottom. The rear cover 515 has a rear cover wall 516 and a rear cover bottom wall 517 connected to the bottom edge of the cover wall 516. The rear cover bottom wall 517 is provided with an air inlet 518'. A ridge of the outer side of the wall 516 forms a ridge 519. The ridge 519 is provided with a condensing element, such as a condensing plate (not shown). When the hood 511 is combined with the back cover 515, the front cover 511 is surrounded. The wall 512 and the surrounding wall 516 of the rear cover 515 are connected back and forth to define a surrounding wall of the outer tank body 51, and the rear bottom wall 517 constitutes a bottom wall of the outer tank body 51, and currently
、後盍511、515相結合時，隆起部519是介於出風口 513 與後蓋底詹517之間，且隆起省"19的内部前端與出風口 513相連通。 内筒52具有一内筒圍壁521及一連接内筒圍壁521底 緣的内筒底壁522,如圖3所示，内筒52是以其内筒底壁 522對應於外槽體51的底壁地同軸容納於外槽體$丨内。 支撐架53概呈圓形盤狀連接固定於内筒底壁522外側 ，而介於内筒底壁522與外槽體51的後蓋底壁517之間， 其包括-環部532及-連接於環部532中央而呈放射狀的 集中肋部53卜集中肋部531固定於内筒底壁522，馬達？！ 則是鎖固於外槽體51的後蓋底壁517外，其傳動轴7iq連 ，於支撑架53的集中肋部53卜藉此帶動支撑架53連同内 同52相對於外槽體51轉動，且内筒圍壁521與内筒底壁 W2均設有多數開孔523,以供洗衣烘乾機3於運轉時/ = 流或熱空氣可由該等開孔523進出内筒52。 筝閱圖3圖5 ’值得注意的是，本實施例中，該滾筒 槽5更包括-阻風圍繞部54，該阻風圍繞部54包括多數同 9 200819587 軸圍繞而内外相間隔形成於支撐架53的環部532朝向外槽 體51後蓋底壁517 —側面上的第一同心環肋541，以及多 數同心圍繞而内外相間隔地形成於外槽體51的後蓋底壁 517内壁面的第二同心環肋542，且該等同心環肋541、542 均與滾筒槽5同轴，支撐架53的每一第一同心環肋541位 置疋對應於外槽體51内兩兩第二同心環胁542間，藉此， 當内筒52容置於外槽體51内時，内筒52底部支撐架53 上的第一同心環肋541與外槽體51的第二同心環肋542分When the rear jaws 511 and 515 are combined, the raised portion 519 is interposed between the air outlet 513 and the rear cover bottom 517, and the inner front end of the raised portion & 19 is in communication with the air outlet 513. The inner cylinder 52 has an inner cylinder surrounding wall 521 and an inner cylinder bottom wall 522 connecting the bottom edge of the inner cylinder surrounding wall 521. As shown in FIG. 3, the inner cylinder 52 has an inner cylinder bottom wall 522 corresponding to the outer tank body 51. The bottom wall is coaxially received in the outer tank body 丨. The support frame 53 is fixed to the outer side of the inner cylinder bottom wall 522 in a circular disk shape, and is disposed between the inner cylinder bottom wall 522 and the rear cover bottom wall 517 of the outer tank body 51, and includes a ring portion 532 and a connection. The concentrated rib 53 and the concentrated rib 531 which are radially formed at the center of the ring portion 532 are fixed to the inner cylinder bottom wall 522, the motor? ! Then, it is locked outside the bottom cover wall 517 of the outer tank body 51, and the transmission shaft 7iq is connected to the concentrated rib 53 of the support frame 53 to drive the support frame 53 together with the inner same 52 to rotate relative to the outer groove body 51. And the inner cylinder surrounding wall 521 and the inner cylinder bottom wall W2 are each provided with a plurality of openings 523 for the washing and drying machine 3 to be in operation/= or hot air can enter and exit the inner cylinder 52 from the openings 523. Figure 3 Figure 5 'It is worth noting that in the present embodiment, the drum groove 5 further includes a choke surrounding portion 54 which includes a majority of the same axis as the 200819587 axis and the inner and outer phases are spaced apart from each other to form a support. The ring portion 532 of the frame 53 faces the first concentric ring rib 541 on the side surface of the rear cover bottom wall 517 of the outer groove body 51, and a plurality of concentrically surrounding inner and outer portions are formed at intervals on the inner wall surface of the rear cover bottom wall 517 of the outer groove body 51. The second concentric ring rib 542, and the equivalent core ring ribs 541, 542 are coaxial with the drum groove 5, and the position of each first concentric ring rib 541 of the support frame 53 corresponds to the second and second of the outer groove body 51. Concentric annular ribs 542, whereby when the inner cylinder 52 is received in the outer tank body 51, the first concentric annular rib 541 on the bottom support frame 53 of the inner cylinder 52 and the second concentric annular rib 542 of the outer tank body 51 Minute
別伸入彼此間隔内而相嵌合，並且，當内筒52連同支擇架 53雙馬達71帶動而相對於外槽體51轉動時，支撐架53的 第一同心環肋541亦同時相對於外槽體51的第二同心環肋 542轉動滑移。 芩閱圖4、圖6,該熱風模組6具有相連接的一進風管 邛、一出風管部62及一設置於進風管部61與出風管部 62間的鼓風馬達63，且進風管部61與出風管部62内均設 置有如濾網（圖未示）之過濾元件，其作用稍後說明，該 熱風模組6組裝於滾筒槽5時，其進風管部Η連接於外槽 體51的進風口 518，出風管部62連接於外槽體51的出風 :513。當然，該進風管部61内亦可設置加熱元件（圖未 丁） y以將欲進入滾筒槽5之空氣加熱成熱風。 咅田該洗衣烘乾機3進行烘乾流程時，熱風是由進風管 4 61»經進風口 518進入滾筒槽$内，吸收衣物水氣後，再 由内冋52的該等開孔523散出至内筒圍壁521與外槽體u ]的二隙，並且經過隆起部519内的冷凝片進行冷凝， 10 200819587 • 11藉由鼓風馬達63的抽吸而由出風π 513進人出風管部62 ，接著，再經過鼓風馬達63，並且進入進風管部61，此時 ，若進風管部6丨内設置有加熱器，便可加熱形成熱風，再 由進風〇 518進入滾筒槽5,整個熱風循環如圖6的箭頭方 向所示。 特別注意的是，當熱風進人滾筒# 5的後蓋515而經 ， 過切架53時，由於該等同心環肋541、542相互嵌接， 因而使得阻風圍繞部54對熱風產生阻擋作用，熱風由於無 • 法通過阻風圍繞部54進入内筒圍壁521與外槽體51之間 的空隙，於是，便完全進入内筒52進行烘乾作業。因此， 透過該阻風圍繞部54㈣置，便可確保所有熱風均可進入 滾=槽5’提高衣服的供乾效率，況且，該阻風圍繞部μ 的'^置亦不影響内筒52相對於外槽體51之轉動。 綜上所述，本發明透過該阻風圍繞部54的設置，使得 内筒方面可保持正常的相對轉動，亦同時可發揮阻擋作 用，避免熱風未完全進人内筒52，進而提高 # 效率，除此之外，透過由内筒-後方進風的設計，亦^ 去如習知圖，機殼u前方與洗衣槽12之間預留風道 31的工間’進而減少本案機殼4深度尺寸以及整台洗衣供 ~ 乾機3之佔用空間。 惟以上所述者，僅為本發明之較佳實施例而已，當不 此以此限疋本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 11 200819587 【圖式簡單說明】Do not extend into the space of each other to fit, and when the inner cylinder 52 is rotated with the double frame 71 of the support frame 53 to rotate relative to the outer groove body 51, the first concentric ring rib 541 of the support frame 53 is also simultaneously opposed to The second concentric annular rib 542 of the outer tank body 51 is slidably slipped. Referring to FIG. 4 and FIG. 6, the hot air module 6 has a connecting air duct 邛, an air outlet tube portion 62, and a blower motor 63 disposed between the air inlet tube portion 61 and the air outlet tube portion 62. And a filter element such as a filter (not shown) is disposed in the air inlet pipe portion 61 and the air outlet pipe portion 62, and its function will be described later. When the hot air module 6 is assembled in the drum groove 5, the air inlet pipe is installed. The portion is connected to the air inlet 518 of the outer tank 51, and the air outlet portion 62 is connected to the air outlet 513 of the outer tank 51. Of course, a heating element (not shown) y may be disposed in the air inlet duct portion 61 to heat the air to enter the drum tank 5 into hot air. When the washing and drying machine 3 of Putian performs the drying process, the hot air is entered into the drum tank by the air inlet pipe 4 61» through the air inlet 518, and after the water vapor is absorbed by the air inlet, the openings 523 of the inner cymbal 52 are further Dissipated to the two gaps of the inner cylinder wall 521 and the outer tank body u], and condensed through the condensing fins in the ridges 519, 10 200819587 • 11 by the suction of the blower motor 63 by the air π 513 The human air outlet pipe portion 62 is then passed through the air blowing motor 63 and enters the air inlet pipe portion 61. At this time, if the heater is provided in the air inlet pipe portion 6丨, the hot air can be heated to form the hot air. The crucible 518 enters the drum tank 5, and the entire hot air circulation is indicated by the direction of the arrow in FIG. It is particularly noted that when the hot air enters the rear cover 515 of the roller #5 and passes through the cutting frame 53, since the equivalent core ring ribs 541, 542 are engaged with each other, the wind blocking surrounding portion 54 blocks the hot air. Since the hot air enters the gap between the inner cylinder surrounding wall 521 and the outer tank body 51 through the wind-proof surrounding portion 54, the hot air completely enters the inner cylinder 52 for the drying operation. Therefore, through the choke surrounding portion 54 (four), it can be ensured that all hot air can enter the roll = slot 5' to improve the drying efficiency of the clothes. Moreover, the arrangement of the choke surrounding portion μ does not affect the inner cylinder 52 relative to each other. The rotation of the outer tank body 51. In summary, the present invention allows the inner cylinder to maintain normal relative rotation through the arrangement of the wind-proof surrounding portion 54, and at the same time, can exert a blocking function to prevent the hot air from entering the inner cylinder 52 completely, thereby improving the efficiency. In addition, through the design of the inner cylinder-rear air inlet, as well as the conventional map, the space between the front of the casing u and the washing tank 12 is reserved for the air passage 31, thereby reducing the depth of the casing 4 of the present case. Size and the entire laundry supply ~ the space occupied by the dryer 3. However, the above is only the preferred embodiment of the present invention, and is not limited thereto, and is simply equivalent to the equivalent variation of the scope of the invention and the description of the invention. Modifications are still within the scope of the invention. 11 200819587 [Simple description of the diagram]
R Ί B "1疋一示意圖，說明一種習知的滾筒洗衣烘乾機進 行烘乾程序時，是由前方進風； 圖2是一示意圖，說明另一種習知的滾筒洗衣烘乾機 進行烘乾程序時，是由後方進風； 圖3是一剖視圖，說明本發明滾筒式洗衣烘乾機之較 乜貝靶例包含一機殼、設置於該機殼内的一滾筒槽、一熱 風模組及一阻風圍繞部； 圖4為該較佳實施例之熱風模組及滾筒槽之組合圖； 圖5是一元件分解圖，說明該滚筒槽包含一外槽體及 —内筒’該熱關組包括-進風m㈣組及一位 於該進、出模組間的鼓風機；以及 圖6是一剖視圖，說明埶 内之流向。 〜狀錢_及該熱風模組R Ί B "1 示意图 示意图 , , , , , , , & 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒 滚筒In the drying process, the air is introduced from the rear; FIG. 3 is a cross-sectional view showing that the mussel target of the drum type laundry dryer of the present invention comprises a casing, a drum groove disposed in the casing, and a hot air. Figure 4 is a combination view of the hot air module and the drum groove of the preferred embodiment; Figure 5 is an exploded view of the element, showing that the drum groove comprises an outer tank body and an inner cylinder The thermal shutdown group includes an intake air m (four) group and a blower located between the inlet and outlet modules; and FIG. 6 is a cross-sectional view illustrating the flow direction in the crucible. ~钱__ and the hot air module
12 200819587 【主要元件符號說明】 /| X X ^ 機殼 521， 5…， 滚筒槽 522 ^ 6 φ φ 熱風模組 523， 40♦… 内部空間 53… 41s s ^ 機殼門蓋 53卜 51s κ s 外槽體 532。 511… 前蓋 54… 512… 圍壁 542" 513… 出風口 54卜 515… 後蓋 61* 516… 圍壁 62 μ ^ 517… 後蓋底壁 63 e 518，， 進風口 7〇… 519… 隆起部 71… 52s χ β 内筒 710 ^ 内筒圍壁 内筒底壁 開孔 支撐架 集中肋部 環部 阻風圍繞部 第二同心環肋 第一同心環肋 進風管部 出風管部 鼓風馬達 避振器 馬達 傳動軸 1312 200819587 [Description of main component symbols] /| XX ^ Enclosure 521, 5..., Roller groove 522 ^ 6 φ φ Hot air module 523, 40♦... Internal space 53... 41s s ^ Case cover 53 b 51s κ s The outer tank body 532. 511... Front cover 54... 512... Fence 542" 513... Air outlet 54 515... Rear cover 61* 516... Enclosure 62 μ ^ 517... Back cover bottom wall 63 e 518, Air inlet 7 〇... 519... Department 71... 52s χ β inner cylinder 710 ^ inner cylinder inner wall inner cylinder bottom wall opening support bracket concentrated rib ring wind blocking surrounding second concentric ring rib first concentric ring rib inlet duct part outlet pipe drum Wind motor shock absorber motor drive shaft 13