201249365 六、發明說明： 【發明所屬之技術領域】 ，發明是有關於-種吹風機，且特別是有關於 口人風機中引導空氣循環流動的轉動裝置。 ' 【先前技術】 吹風機具有多種已知可用治 置句括喰喈附姓+、日 彳丨涂轧仙·的裝置。這些裝 氣流。附件可經由吹風機送出的氣流 = 專 動棘，常連接到附件内部的中心並且繞著 ^為循環的模式。然而，轉動附件送出的氣夺= 律保持直線前進，並且挚片僅 ”机々虞自y疋 1業片僅改變氣流前進的方向。 【發明内容】 且提=月少關於前述内容的問題及/或缺點，並 構件。式手持吹風機所發出循環氣流功能的轉動 根據本發明之—方 置。此旋轉式空氣引導# Α旋轉式空氣引導裝 孔5 ν袁置包括—筒型轉m 地耦接在吹風機 _構件’可拆除 件，可轉動地減Λ 4含—筒狀轉動構 内部=接!筒_接構件。筒狀轉動構件包含- 圆门衣甶—入口端開口、一出口姓„ 曲形葉片。旋轉式空氣引導裝置 ，以及多個 更包含―嘴嘴構件，鄰接 201249365 於筒狀轉動構件的出口 。噴嘴構件包含I有二：设置’並隨著筒狀轉動構件 ^ 具有貝嘴開口的斜角型筒妝;I#姓 嘴開口相對於出口端開σ :角=大構件’噴 白目女 Ρ-, _ 銳冉β又置。多個曲形辇 件的入上，固定端從筒狀轉動構 自具有相對㈣t 端開口 ’並且多個曲形葉片各 —央，空間。多：二片端二定義出筒狀轉動構件之 多個曲形徑向門口，入獨立設置’從而定義出 秤θ Η 口夂/ )1於鄰近的曲形葉片之間。多個曲妒 ^向開口各自鄰接中央 固曲形 徑。 间以开/成一連續開口路 =^㈣―方面’提出―種吹風機 地_在筒體。筒狀轉二二4狀轉動構件可轉動 口端開口出=動構件包含一内部圓周表面、-入 ?括-喷嘴構件，其設置鄰接 二：': 口’並隨著筒狀轉動構件轉動。嘴嘴構件包冓牛= 銳角設置，曲形葉片央- 出口= 構件之入口端開口沿曲形延伸至 出口螭開口，並且曲形筆 "主 由端，m姑棠片各自具有相對於固定端的一自 間在轉動構件之中央開口空間，且中央開口空 出多二二曲形葉片各自獨立設置，從而定義 鬥 向開口"於鄰近的曲形葉片之間。曲形栌亡 開口^自鄰接中央開口空間，以形成—連續開口路徑 為了對本發明之上述及其他方面有更佳的瞭解，下文 201249365 特舉較佳實施例’並配合所附圖式，作詳細說明如下： 【實施方式】 本發明中之較佳實施例，將配合下列圖式作為說明。 然其本發明中之較佳實施例並非用以限定本發明。本說明 書中省略了-些習知的組成構件以及處理過程技術，並非 用以隱藏本發明中之必要技術。本說明書内容揭露本發明 之功能，同時可依據不同使用者或是操作者所需做更動。 實施例内容根據本發明中之技術詳述如下。 第1圖〜第4圖及第6圖〜第12β圖顯示本發明之一 實施例中用於吹風機筒财的旋轉式空氣 圖根據树明之另-實施㈣示—吹風機組件，、其包^旋 轉式空乳引導裝置。旋轉式空氣引導裝置可如第！圖〜第4 =及第6圖〜第12圖中所示的組件，可拆除地轉接固定 在=機的㈣上，或是可和吹風機筒體—體成型，如第 圓斤不”人風機較佳為手持可攜式 或是用在理髮院。 &吊疋豕用 動。ί棘轉氣引導裝置利用吹風機所產生的氣流來驅 轉形式的氣流，和使用者丰動茲 產生彺刖、方疋 m 使用者手動#作吹風機吹頭髮時產生的 牙W貞似。本發明實施例中 機組件，解決了摔作引導褒置或是吹風 減少操作者的疲勞呆作吹風機的問題，因此 女第4圖所示，根據本發明之一银 _之旋轉式空氣引導裝置可包括; 201249365 型，接構，1可拆除地耦接於吹風機1〇〇之筒體】ι〇。舉 .兄，筒型轉接構件〗中内徑尺寸為可切合裝上吹風機 筒脱110之外杈，用以提供緊配合或是摩擦配合。另一方 面W型轉接構件1的外徑尺寸為可切合裝入吹風機筒體 110的内徑中’以提供緊配合或是摩擦配合。其他提供可 =除式筒型轉接構件！耗接到吹風機i⑼中筒體⑽的可 匕括卡合溝槽（engaging groove)、螺紋配件 (threaded fit)，以及炎具單元（ciampingeiement)，其中 f述卡合溝槽可同時位於筒型轉接構件】及吹風機H)〇之 同體110 ’或是位於筒型轉接構件1及吹風機⑽之筒體 110的其中之一。 何直構件1可由剛性的、輕量的塑膠材料或是4 來說大約是53 ^，、 〇毫米的外徑，舉< 長度’例如θ a 〃 ’以及㈣介於4G毫米到80毫米6 1 及出，…。:二么:广入口端開… 切合裝入筒型轉接構件〗内，二提=:2的外㈣ 供承載面支揮::::面r::動構件2的外表㈣ 裝入旋轉式空氣引憨雄囟，一或多個軸承元件节 動運動。軸承單& ^ 以利於茼狀轉動構件2的車 W為任何合適的類型，舉例來說，獅 201249365 ringbeaWng)' (roller bearing) 4^,,, 件广的)。至少一環狀軸承可設置於筒型轉接i 外，第上及/或筒狀轉動構件2的外部表面1。此 =以及向型轉接構件丨的内部表面 卜：表 件2的出口端開口 2 3處 ，狀轉動構 轉動構件2的外 ：广狀軸承62可設置於筒狀 上，接近於筒 1轉動^同_接構件1㈣部表面 箇壯二 的入口端開口 22處。 何其他合適材:II多了種由::二的二輕量的塑膠材料或是任 以及筒狀轉動構件2之組4;;:二筒型轉接構件丨 到⑽毫米的長度，舉例來說是82巳毫^於 =6〇毫米 可為任-可達成前述目的之合適長度。…、’此組合 ”噴嘴構件3鄰接於筒狀轉動構件2之出口端鬥 吕又置，並且隨著筒狀轉動構件 * &開口 23 地耦接至筒狀轉動構件2 。喷嘴構件3可剛性 構件2-體成型，因成構件〜^ 斜角型Ungied)筒狀構件，、冓件3包括一 形狀。 疋囡錐形或是截圓錐 噴嘴構件3同時包括含有噴 構件，喷嘴開口相對於出口端開汗1的斜角型筒狀 言之，一條虛擬的垂直線通過喷 夹—銳角設置。詳 出口端開…心的虛擬垂直二？的中心和通過 度。由於斜角型喷嘴開口的設置，春小於90度的角 喷嘴構件3轉 201249365 乍吹風機吹頭髮時產生的氣流類似。喷嘴構 或是多種材料混合而成。 次疋任何其他合適材料 引導片設置於筒狀轉動構件2中。旋轉式空氣 3圖所: 或是更多葉片。舉例來說，如第 荦片二—曲形葉片4卜第二曲形葉片42、第三曲形 43二於筒狀轉動構件2中。曲形葉片41、42、 了I:地輕接至筒狀轉動構件2’曲形葉片4卜42、43 可。同狀轉動構件2-體成型，因此成 過曲=片41、42、43之設置係在吹風機二流通 嘴構二1、42、43時’用以使筒狀轉動構件2及喷 ::广起轉動。曲形葉片41、42、43的形狀以及設 置產生-渦流（vortex)或是漩渦（whirnng) 得筒狀轉動構件2及噴嘴構件3產生轉動。特別地，多個 曲形葉片41、42、43包括對應的多個固定端4ιι 421、 43卜每個固定端411、421、431各自相關於曲形葉片Μ、 =、43。固定端411、421、431固定至筒狀轉動構件“ 内部圓周表面21。 多個曲形葉片4卜42、43同時包括多個自由端412、 似、432。每個自由端412、422、432各自相關於曲形葉 片41、42、43。自由端412、422、432和筒狀轉動構件2 的内部圓周表面21分離設置。如第3圖所示，多個自由 % 412、422、432定義出中央開口空間句。 多個曲形葉片41、42、43同時包括多個相關的入口 端側緣413、423、433。每一入口端側緣413、423、以 8 201249365 各自相關於曲形葉片41、42、43。入口端側緣41 3、423、 433各自設置於接近入口端開口 22，並且延伸於對應的固 定端411、421、431及自由端412、422、432之間。 多個曲形葉片41、42、43同時包括多個出σ端侧緣 414人424、434。出口端側緣414、424、434各自相關於 曲形葉片4]、42、43之一。出口端側緣414、424、434 各自設置於出口端開口 23的末端，並且延伸於對應的固 定端411、42卜431及自由端412、422、432之間。 曲心葉片41、42、43各自和鄰近的曲形葉片分離地 設置’以定義出多個曲形徑向開口衝、術、彻 的曲形葉片之間。如第3圖所示，曲形徑向開口彻、術、 4〇3各自鄰接中央開口空間％而形成連續開口路徑。 爆炸;m明之另―貫施例’第5圖顯示吹風機組件的 爆炸視圖15圖所示之實施例令， 和吹風機1。。之筒體u。一體成型。其中元件 如同前述第】圖〜第4圖所示之實施例，除了不需要己= Γ==，筒狀轉動構件2可轉動地轉㈣風 ，同體110，而非筒型轉接構件】。 根據本發明又一實施例，篦一 之旋轉式命气w首壯、 弟圖颂不附加於吹風機上 轉弋工矾引冷裝置的透視視圖。旋 202接合於吹風機2 工乳引導裝置 2〇2包括轉接槿杜遍0㈣式空氣引導裝置 之元旋轉式空氣引導裝請 筒體2 i 0。旋轉1 導裝置202至吹風機之 处得武空軋引導裝置2〇2可 乂 第，4圖所示的方今诖接了^任何月|J述第1圖〜 的方式連接吹風機細。旋轉式空氣引導裝置 201249365 2〇2同時包括噴嘴構件施，從轉接構件2⑽的中 =伸而連接到筒體210的另一端。噴嘴構件施動地 連接到設置於轉接構件綱内部的元件，並 ， 獨立於轉接構件204旋轉。 嘴為構件206 第7圖繪示出第6圖中所繪出本發 氣引導裝置的爆炸視圖。旋轉式空氣引導裝置 ==件2。4、噴嘴構件裏、筒狀轉動^ 度減速7G件310以及空氣弓丨導構 逯 件應、速度減速元件31〇及空氣引;;犯^動構 中固定不動的位置，並且空氣引導構件m f件撕 214用以引導吹風機產生的氣流。詳士之，二固茶片 的-端由空氣引導構件212的中心點^向 構：212的邊緣。每個葉片相對於-平面傾斜以 氣二Ϊ祕此平面垂直於空氣引導構件212之周緣。二* 20:= 中葉片Μ引導的氣流衝擊筒狀轉動；： 。内的内部曲形葉片216時，筒狀轉動構 :： =綱内自由轉動。筒狀轉動構件谓中的内= ^2】6和第1圖〜第5圖中綠示及討論的筒狀轉動構^ 中：葉片類似。由於第1圖〜第5圖緣示出葉：： 的自由端和側端’自由端可同時以曲形的形式延伸至= 轉動構件208上内部周緣的—固定端，而不需在自=狀 側端區域之間具有明顯的區別。 田^和 速度減速元件310設置於筒狀轉動構件· ⑽之中，並且速度減航件31G協助筒狀轉動構=溝槽 201249365 在轉接構件204中轉動時減速。速度減速元件3i〇在筒狀 轉動構件208旋轉時，利用速度減速元件310和筒型轉接 構件204内部周緣之間因旋轉產生的接觸和摩擦力所造成 的離心力，擴大速度減速元件31〇的外徑至超出筒狀轉動 構件208的周緣，以降低筒型轉接構件2〇8之轉速。 筒狀轉動構件208同時包括滚珠軸承220，設置於位 在疴狀轉動構件208外部周緣的滾珠軸承架222中。滾珠 軸=220在完全組裝的情況下接觸於轉接構件2〇4的内部 〜架（inner ledge)及内部周緣壁。由於這些接觸點防止 筒狀轉動構件208滑出轉接構件204從噴嘴構件2〇6延伸 端，使得筒狀轉動構件在轉接構件2()4中自由轉 =。筒狀轉動構件208同時包括多個接收元件224，位於 :狀轉動構件外部周緣靠近噴嘴構件施處，接收元 二224並幫助喷嘴構件2〇6及筒狀轉動構件施的組裝。 收嘴構件施的内部周緣可具有多個凸出元件，用以和接 兀件224配合來協助筒狀轉動構件208的袓裝。 狀據第6圖中所示本發明之—實施例，第^_會示筒 ^轉動構件2〇8之透視視圖。此透视视圖清楚繪 動構件208内部構造中三個曲形葉片 ° m ^ 朱片2!6，第8圖並且和 禾1圖〜第5圖所繪示及討論的内容類似 根據第6圖中所示本發明之〜眘&, 筮 ^ 牙知*例，第9A圖繪示 卑—種連接速度減速元件310及筒妝触4 锈相、 狀轉動構件208的部份 透現硯圖。速度減速元件310位於潘姚。 站4 - 霉槽中，並且速度 哉速το件31〇具有凸片226延伸進入餘⑴ ^ 淡械。 缚狀轉動構件208的 /專槽218中孔洞228。當筒狀轉動構 再件208轉動時，凸片 201249365 创限制速度減速元件310於_中198_ ^方式’其中凸片226利用超音波焊接於筒狀轉^ = 2〇8的内部。速度減速元件31〇由於 動構件 ::接而炼化的塑膠凸塊23。而固定於溝槽218中用= 凸塊230的尺寸大於孔洞22R从D 亚且 施例，第9C圖顯示筒狀轉動構φ =根據本&明之一實 的側視圖。開口位於溝槽21^咖和附加喷嘴構件瑯 置於開口 228中。 8中’而速度減速元件310配 、、且口工机引導裝置的剖面側视圖 _ 固定於噴嘴構件206、筒狀轉^ σ圖所不 心當筒狀轉動構件2:=:8及空氣料構件 於轉接構件204内時，空氣弓道冓牛206可轉動地設置 接構件叫空氣引導St12咖 產生-間隙，以使筒狀轉動構件件2〇8中 觸空氣引導構件212。空氣從=由^動而不需接 導引到筒狀轉動構件208的%件212的某片Μ 構件208 ☆轉接構件2〇動葉:：6，造成筒狀轉動 收元㈣處和筒狀轉動::=構件206由於在接 和筒狀轉動構件2〇8同 接’因此喷嘴構件2〇6 由超音波焊接連接到M 。评S之，噴嘴構件200經 構件雇彻滚L =轉動構件208上。由於筒狀轉動 壁234以及内部端2 ^ 2G接觸轉接構件2G4的内部圓周 轉動。轉接構件2〇4的内因部=狀轉動構件208可自由地 設置於接近轉接構件 _:、，同時包括凸出元件236 ’ 端相對於噴嘴構件206處。凸 12 204 201249365 根據第6圖所繪示本發明之一實施例，第ηΑ圖繪示 筒狀轉動構件以及喷嘴構件206的側_。喷嘴構件 206如圖所不具有銳角型開口只部份延伸橫跨喷嘴構件 2〇6 1圓周平面。詳言之，噴嘴構件206的開口從圓周平 面的第端向外以一銳角延伸至超出喷嘴構件206的中心 的一點上，但是並不延伸到圓周平面的另一端。此開口較 佳地係一長圓形（ovular)。 根據本發明之一實施例，帛11B圖及第11C圖！會示 轉接構件204以及喷嘴構件2〇6的前視圖以及側視圖。圖 中繪出一中心線C/L通過轉接構件204的中心A。在本發 明實施例中，當噴嘴構件2〇6中的開口中心線的中心點^ =圖所不低於中心線C/L 6 3毫米時，噴嘴構件施中最 尚的點D如圖所示高於中心線c/L 7.3毫米。 根據第6圖所綠示本發明之一實施例，帛12八圖及 第12B圖緣;ττ空氣引導裝置的氣流示意圖。第以圖及第 12B圖分別繪示出當噴嘴旋轉造成釋出的氣流跟著旋 側視圖以及前視圖。特定地，喷嘴送出的氣流循環 轉，並且此循環旋轉氣流的行進方向由於轉動的喷嘴 縯的以循環的形式改變。這種性質的氣流造成一種龍捲風 (tornado)效應，對於吹乾頭髮的效率更佳。 第6圖〜第】2B圖所繪示的本發明實施例可同時附力 成為吹風機組件的一部份。如第5圖所示，這些附加元° 可應用在吹風機的筒體上，而不用在筒型轉接構件上°， 201249365 綜上所述，雖然本發明已以較佳實施例揭露如上，然 其並非用以限定本發明。本發明所屬技術領域中具有通常 知識者，在不脫離本發明之精神和範圍内，當可作各種之 更動與潤飾。因此，本發明之保護範圍當視後附之申請專 利範圍所界定者為準。 【圖式簡單說明】 第1圖〜第3圖繪示筒型轉接構件。 第4圖繪示吹風機筒體之旋轉式空氣引導裝置。 第5圖繪示吹風機組件的爆炸視圖。 第6圖繪示附加於吹風機上之旋轉式空氣引導裝置 的透視視圖。 第7圖繪示旋轉式空氣引導裝置的爆炸視圖。 第8圖繪示筒狀轉動構件之透視視圖。 第9A圖繪示連接速度減速元件及筒狀轉動構件的透 視視圖。 第9B圖繪示另一種連接速度減速元件及筒狀轉動構 件的透視視圖。 第9C圖繪示筒狀轉動構件和喷嘴構件的側視圖。 第10圖繪示組合空氣引導裝置的剖面側視圖。 第11A圖繪示筒狀轉動構件以及喷嘴構件的側視圖。 第11B圖繪示轉接構件的前視圖。 第11C圖繪示喷嘴構件的側視圖。 第12A圖繪示喷嘴旋轉釋出的旋轉氣流側視圖。 第12B圖繪示喷嘴旋轉釋出的旋轉氣流前視圖。 14 201249365 【主要元件符號說明】 1 :筒型轉接構件 100、200 :吹風機 110、210 ··筒體 2、 208 :筒狀轉動構件 202 :旋轉式空氣引導裝置 204 :轉接構件 21 :内部圓周表面 212 :空氣引導構件 214 :葉片 216 :曲形葉片 218 :溝槽 22 :入口端開口 23 :出口端開口 220 :滾珠軸承 224 :接收元件 226 :凸片 228 :孔洞 230 :凸塊 232 :内部端 234 :内部圓周壁 236 :凸出元件 3、 206 :喷嘴構件 31 :喷嘴開口 310 :速度減速元件 15 201249365 401、402、403 :曲形徑向開口 41 :第一曲形葉片 411、 421、431 :固定端 412、 422、432 :自由端 413、 423、433 :入口 端側緣 414、 424、434 :出口 端側緣 42 :第二曲形葉片 43 :第三曲形葉片 50 :中央開口空間 61 :第一環狀軸承 62 :第二環狀軸承 16201249365 VI. Description of the invention: [Technical field to which the invention pertains] The invention relates to a hair dryer, and in particular to a rotating device for guiding air circulation flow in a mouth fan. [Prior Art] The hair dryer has a variety of devices that are known to be available in the form of a surname + a surname + a day. These are filled with air. The airflow that the accessory can send via the blower = the special spine, often connected to the center of the inside of the accessory and around the ^ cycle mode. However, the gas that is sent by the rotating attachment is kept straight, and the cymbal only changes the direction in which the airflow advances from the y疋1 industry. [Summary of the invention] / or disadvantages, and components. The rotation of the circulating airflow function of the hand-held hair dryer according to the present invention - this rotary air guide # Α rotary air guiding hole 5 ν Yuan set including - cylinder type m coupling Connected to the blower_component' removable part, rotatably reduced Λ 4 - cylindrical rotating structure inside = connected! tube _ joint member. The cylindrical rotating member contains - round door 甶 - entrance end opening, an exit name „ Curved leaves. The rotary air guiding device, and a plurality of further including a mouthpiece member, abuts the outlet of the cylindrical rotating member at 201249365. The nozzle member comprises two: set 'and along with the cylindrical rotating member ^ has a beveled opening of the beak mouth; I# surname opening with respect to the outlet end σ: angle = large component 'spraying white niece- , _ sharp 冉 β again. The plurality of curved members are inserted into the upper end, and the fixed end has a relative (four) t-end opening from the cylindrical rotating body and a plurality of curved vanes each. Multiple: Two-piece end two defines a plurality of curved radial doorways of the cylindrical rotating member, which are disposed independently to define a scale θ Η 夂 / ) 1 between adjacent curved blades. A plurality of curved turns ^ are adjacent to each other to the central curved shape. In the open / into a continuous open circuit = ^ (four) - aspects of the proposed - kind of hair dryer _ in the cylinder. The cylindrical rotating member has a rotatable end opening. The moving member includes an inner circumferential surface, and a nozzle member is disposed adjacent to the two: ': port' and rotates with the cylindrical rotating member. Mouthpiece component packs yak = acute angle setting, curved blade center - outlet = member inlet end opening extends along the curved shape to the exit opening, and the curved pen "main end, m 棠 各自 each has a relative fixed One end of the end is in the central opening space of the rotating member, and the central opening vacates the two or two curved blades independently of each other, thereby defining a bucket opening " between adjacent curved vanes. The curved opening ^ opening ^ from the adjacent central opening space to form a continuous opening path. In order to better understand the above and other aspects of the present invention, the following 201249365 exemplifies the preferred embodiment 'and with the drawings, for details The description is as follows: [Embodiment] The preferred embodiment of the present invention will be described with reference to the following drawings. The preferred embodiments of the invention are not intended to limit the invention. Some of the conventional constituent members and processing techniques are omitted from the description and are not intended to hide the necessary techniques in the present invention. The contents of the present specification disclose the functions of the present invention, and can be modified according to different users or operators. EXAMPLES The details of the technology according to the present invention are as follows. 1 to 4 and 6 to 12 are diagrams showing a rotary air pattern for a hair dryer in an embodiment of the present invention, according to another embodiment of the tree - the hair dryer assembly, and the package thereof Empty milk guiding device. Rotary air guiding device can be like the first! Figure ~ 4 = and the components shown in Figure 6 ~ Figure 12, removably transferred to the (four) of the machine, or can be formed with the body of the hair dryer, such as the first person The fan is preferably hand-held or used in a hairdressing salon. & slings are used. The squirting and guiding device uses the airflow generated by the hair dryer to drive the airflow in the form, and the user is prosperous.刖 疋 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者Therefore, as shown in Fig. 4, a rotary air guiding device according to one of the present invention may include: 201249365 type, coupling, 1 removably coupled to the barrel of the blower 1 〇. Brother, the inner diameter of the tubular adapter member can be fit to fit the blower cylinder to remove the outer tube to provide a tight fit or a friction fit. On the other hand, the outer diameter of the W-type adapter member 1 is Cut fit into the inner diameter of the blower barrel 110 to provide a tight fit or Others can provide = de-type tubular adapter member! The sleeve (10) that is connected to the blower i (9) can include an engaging groove, a threaded fit, and a ciampingeiement. Wherein the engaging groove can be located at the same time in the tubular adapter member and the hair dryer H) or the tubular body 110 of the tubular adapter member 1 and the blower (10). The member 1 may be made of a rigid, lightweight plastic material or an outer diameter of about 53 ^, 〇 mm, and the length ', for example, θ a 〃 ' and (4) between 4 G mm and 80 mm 6 1 and Out, ....: two: wide inlet end opening... fit into the cylindrical adapter member, two mentions =: 2 outer (four) for the bearing surface support:::: face r:: the appearance of the moving member 2 (d) Inserting a rotary air sling, one or more bearing elements for articulation. Bearing single & ^ to facilitate the car-shaped rotating member 2 of the vehicle W is of any suitable type, for example, lion 201249365 ringbeaWng) '(roller bearing) 4^,,, a wide range of parts. At least one ring bearing can be placed outside the barrel type transfer i, first And/or the outer surface 1 of the cylindrical rotating member 2. This = and the inner surface of the directional switching member 卜: the outlet end opening 23 of the watch member 2, the outer portion of the rotating member 2: the wide bearing 62 can be disposed on the cylindrical shape, close to the inlet end opening 22 of the tube 1 rotating the same as the surface of the joint member 1 (four). What other suitable materials: II more kinds of: 2: two lightweight plastic The material is either a set of any of the tubular rotating members 2;;: the two-barrel type adapter member has a length of (10) mm, for example, 82 巳 ^ = = 6 〇 mm can be used for the aforementioned purpose The appropriate length. The nozzle member 3 is adjacent to the outlet end of the cylindrical rotating member 2, and is coupled to the cylindrical rotating member 2 with the cylindrical rotating member * & opening 23. The nozzle member 3 can be The rigid member 2-body is formed, and the member 3 includes a shape. The crucible or the truncated conical nozzle member 3 includes a spray member, and the nozzle opening is opposite to the nozzle member. The beveled cylinder of the sweat-extinguishing end of the outlet end, a virtual vertical line is set by the spray clamp - acute angle. The outlet end is open... the center of the virtual vertical two of the heart and the passage degree. Due to the angled nozzle opening It is set that the angle nozzle member 3 which is less than 90 degrees in spring turns to the 201249365 乍 blower to generate a similar air flow when the hair is blown. The nozzle structure or a plurality of materials are mixed. Next, any other suitable material guide sheets are disposed in the cylindrical rotating member 2. Rotary air 3: or more blades. For example, the second piece of curved blade - the curved blade 4, the second curved blade 42, and the third curved shape 43 are in the cylindrical rotating member 2. Shaped blades 41, 42, I : lightly connected to the cylindrical rotating member 2' curved blade 4 42 42, 43. The same rotating member 2 is formed, so that the bending = the pieces 41, 42, 43 are arranged in the hair dryer two flow nozzle structure At 2, 42, 43 o'clock, the cylindrical rotating member 2 and the spray are: rotated widely. The shape and arrangement of the curved blades 41, 42, 43 are generated - vortex or whirnng The rotating member 2 and the nozzle member 3 are rotated. In particular, the plurality of curved blades 41, 42, 43 include a corresponding plurality of fixed ends 4, 421, 43 each of which is associated with a curved shape Blade Μ, =, 43. The fixed ends 411, 421, 431 are fixed to the inner circumferential surface 21 of the cylindrical rotating member. The plurality of curved blades 4, 42, 43 simultaneously include a plurality of free ends 412, 432. Each of the free ends 412, 422, 432 is associated with a curved blade 41, 42, 43 respectively. The free ends 412, 422, 432 and the inner circumferential surface 21 of the cylindrical rotating member 2 are disposed separately. As shown in Fig. 3, a plurality of free % 412, 422, 432 define a central open space sentence. The plurality of curved vanes 41, 42, 43 simultaneously include a plurality of associated inlet end side edges 413, 423, 433. Each of the inlet end side edges 413, 423, and 8 201249365 are each associated with a curved blade 41, 42, 43. The inlet end side edges 41 3, 423, 433 are each disposed adjacent the inlet end opening 22 and extend between the corresponding fixed ends 411, 421, 431 and the free ends 412, 422, 432. The plurality of curved blades 41, 42, 43 simultaneously include a plurality of sigma-terminal side edges 414 of persons 424, 434. The outlet end side edges 414, 424, 434 are each associated with one of the curved vanes 4], 42, 43. The outlet end side edges 414, 424, 434 are each disposed at the end of the outlet end opening 23 and extend between the corresponding fixed ends 411, 42b and 431 and the free ends 412, 422, 432. The curved core blades 41, 42, 43 are each disposed separately from the adjacent curved shaped blades to define a plurality of curved radial opening punches, between the curved and curved curved blades. As shown in Fig. 3, the curved radial opening is completed, and the 4, 3, respectively, adjacent to the central opening space % forms a continuous opening path. Explosion; another example of the embodiment of the invention is shown in the exploded view of the blower assembly 15 and the blower 1. . The cylinder u. One piece. Wherein the components are the same as the embodiments shown in the above-mentioned FIG. 4 to FIG. 4, except that the cylindrical rotating member 2 is rotatably rotated (four) wind, the same body 110, instead of the cylindrical adapter member. . According to still another embodiment of the present invention, the rotary type of life of the first one is not attached to the perspective view of the rotary unit on the hair dryer. The rotary 202 is coupled to the hair dryer 2, and the milk guiding device 2 〇 2 includes a meta-rotating air guiding device 2 i 0 of the transfer 遍 Du dou 0 (four) type air guiding device. Rotating the 1 guide device 202 to the blower at the location of the Wukong rolling guide device 2〇2 can be 乂 , , , , , , , , , , 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何 任何Rotary air guiding device 201249365 2〇2 includes a nozzle member, which is connected from the middle of the adapter member 2 (10) to the other end of the cylinder 210. The nozzle member is operatively coupled to an element disposed inside the adapter member and is rotated independently of the adapter member 204. The mouth is a member 206. Fig. 7 is an exploded view showing the gas guiding device depicted in Fig. 6. Rotary air guiding device == part 2. 4. In the nozzle member, cylindrical rotation, deceleration 7G piece 310 and air bow guide member, speed reduction element 31〇 and air lead; The stationary position and the air guiding member mf tear 214 are used to direct the airflow generated by the blower. In detail, the end of the Ergu tea piece is centered by the center point of the air guiding member 212: 212. Each of the blades is inclined with respect to the - plane to be perpendicular to the circumference of the air guiding member 212. 2* 20:= The airflow guided by the middle blade 冲击 impacts the cylindrical rotation; When the inner curved blade 216 is inside, the cylindrical rotating structure ::= is free to rotate. The cylindrical rotating member is referred to as inner = ^2]6 and in the first to fifth figures, the green and discussed cylindrical rotating structure is similar to the blade. Since the first to fifth figures show that the free end and the side end 'free end of the leaf:: can be simultaneously extended in the form of a curved shape to the fixed end of the inner circumference of the rotating member 208, without being in the self = There is a clear distinction between the lateral end regions. The field speed reducing element 310 is disposed in the cylindrical rotating member (10), and the speed reducing member 31G assists the cylindrical rotating structure = groove 201249365 to decelerate when rotated in the adapter member 204. When the cylindrical reduction member 208 rotates, the speed reduction element 3i 扩大 expands the speed reduction element 31 by the centrifugal force caused by the contact and frictional force generated by the rotation between the speed reduction element 310 and the inner circumference of the cylindrical adapter member 204. The outer diameter is beyond the circumference of the cylindrical rotating member 208 to reduce the rotational speed of the cylindrical adapter member 2'8. The cylindrical rotating member 208 includes both a ball bearing 220 and is disposed in a ball bearing frame 222 positioned on the outer periphery of the beak-shaped rotating member 208. The ball shaft = 220 is in contact with the inner ledge and the inner peripheral wall of the adapter member 2〇4 when fully assembled. Since these contact points prevent the cylindrical rotating member 208 from sliding out of the extending end of the adapter member 204 from the nozzle member 2〇6, the cylindrical rotating member is freely rotated in the adapter member 2()4. The cylindrical rotating member 208 simultaneously includes a plurality of receiving members 224 located at the outer periphery of the rotating member adjacent to the nozzle member, receiving the member 224 and assisting assembly of the nozzle member 2〇6 and the cylindrical rotating member. The inner periphery of the mouthpiece member can have a plurality of projecting members for engaging the jaws 224 to assist in the armoring of the cylindrical rotating member 208. According to the embodiment of the present invention shown in Fig. 6, the second embodiment shows a perspective view of the rotating member 2'. This perspective view clearly depicts the three curved blades in the internal structure of the member 208. The m ^2 2,6, and the contents depicted and discussed in Figures 1 through 5 are similar to those according to Figure 6. In the present invention, the example of the invention is shown in FIG. 9A, and the ninth diagram shows a partial penetration of the connection speed deceleration element 310 and the rust phase and the rotation member 208. . The speed reduction element 310 is located in Pan Yao. Station 4 - in the mildew tank, and the speed of the idle το 31 〇 has a tab 226 extending into the remainder (1) ^ light arm. A hole 228 in the slot 208 of the rotating member 208 is engaged. When the cylindrical rotating member 208 is rotated, the tab 201249365 creates the speed limiting element 310 in the _ 198 _ _ mode where the tab 226 is ultrasonically welded to the inside of the cylindrical turn ^ 2 〇 8. The speed reduction element 31 is a plastic bump 23 which is refining due to the moving member. While being fixed in the groove 218, the size of the bump 230 is larger than that of the hole 22R from the D sub-example, and the 9Cth view shows the cylindrical rotating structure φ = a side view according to this & The opening is located in the opening 228 in the groove 21 and the additional nozzle member 。. 8"' and the speed reduction element 310 is arranged, and the cross-sectional side view of the machine tool guiding device is fixed to the nozzle member 206, and the cylindrical rotation is sinuous. The cylindrical rotating member 2: =: 8 and air When the material member is in the adapter member 204, the air bow yak 206 is rotatably provided with a joint member called an air guide St12 coffee generation-gap so that the cylindrical rotating member member 2 is in contact with the air guiding member 212. The air is removed from the frame member 208 of the % member 212 of the cylindrical rotating member 208. The adapter member 2 is moved by the blade: 6 to cause the cylindrical rotation to receive the element (4) and the barrel. The rotation of the member: : = member 206 is connected to the cylindrical rotating member 2 〇 8 so that the nozzle member 2 〇 6 is ultrasonically welded to M. In addition, the nozzle member 200 is assembled by the member to roll the L = rotating member 208. The inner circumference of the adapter member 2G4 is rotated by the cylindrical rotating wall 234 and the inner end 2^2G. The inner portion of the adapter member 2〇4 = the rotational member 208 is freely disposed adjacent to the adapter member _:, while including the projection member 236' end with respect to the nozzle member 206. Convex 12 204 201249365 An embodiment of the invention is illustrated in accordance with FIG. 6, which depicts the cylindrical rotating member and the side of the nozzle member 206. The nozzle member 206 has only an acute-angled opening that extends only partially across the circumferential plane of the nozzle member 2〇6 1 . In particular, the opening of the nozzle member 206 extends outwardly from the first end of the circumferential plane at an acute angle to a point beyond the center of the nozzle member 206, but does not extend to the other end of the circumferential plane. This opening is preferably an ovular. According to an embodiment of the present invention, Figure 11B and Figure 11C! A front view and a side view of the adapter member 204 and the nozzle member 2A are shown. A centerline C/L is drawn through the center A of the adapter member 204. In the embodiment of the present invention, when the center point of the opening center line in the nozzle member 2〇6 is not lower than the center line C/L 6 3 mm, the most desirable point D in the nozzle member is as shown in the figure. Shows 7.3 mm above the centerline c/L. According to an embodiment of the present invention shown in Fig. 6, a schematic diagram of the airflow of the ττ air guiding device is shown in Fig. 12 and Fig. 12B. Figure 1 and Figure 12B respectively show the flow of the gas as a function of the rotation of the nozzle, followed by a side view and a front view. Specifically, the airflow sent by the nozzle circulates, and the direction of travel of the circulating swirling airflow changes in a cyclical manner due to the rotating nozzle. This type of airflow creates a tornado effect that is more efficient for drying hair. The embodiment of the invention illustrated in Figures 6 to 2B can be simultaneously attached as part of the blower assembly. As shown in Fig. 5, these additional elements can be applied to the barrel of the blower without being used on the barrel adapter member, 201249365, although the invention has been disclosed above in the preferred embodiment, It is not intended to limit the invention. Those skilled in the art can make various changes and modifications without departing from the spirit and scope of the invention. Therefore, the scope of the invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIGS. 1 to 3 illustrate a cylindrical adapter member. Figure 4 is a diagram showing the rotary air guiding device of the blower cylinder. Figure 5 depicts an exploded view of the blower assembly. Figure 6 is a perspective view of the rotary air guiding device attached to the blower. Figure 7 shows an exploded view of the rotary air guiding device. Fig. 8 is a perspective view showing the cylindrical rotating member. Fig. 9A is a perspective view showing the connection speed reduction element and the cylindrical rotating member. Fig. 9B is a perspective view showing another connecting speed reduction element and a cylindrical rotating member. Fig. 9C is a side view showing the cylindrical rotating member and the nozzle member. Figure 10 is a cross-sectional side view of the combined air guiding device. Fig. 11A is a side view showing the cylindrical rotating member and the nozzle member. Figure 11B shows a front view of the adapter member. Figure 11C shows a side view of the nozzle member. Fig. 12A is a side view showing the swirling airflow released by the nozzle rotation. Figure 12B is a front elevational view of the swirling airflow released by the nozzle rotation. 14 201249365 [Description of main component symbols] 1 : Cylindrical adapter member 100, 200: Hair dryer 110, 210 · Barrel 2, 208: Cylindrical rotating member 202: Rotary air guiding device 204: Adapter member 21: Internal Circumferential surface 212: air guiding member 214: blade 216: curved blade 218: groove 22: inlet end opening 23: outlet end opening 220: ball bearing 224: receiving element 226: tab 228: hole 230: bump 232: Inner end 234: inner circumferential wall 236: projecting element 3, 206: nozzle member 31: nozzle opening 310: speed reduction element 15 201249365 401, 402, 403: curved radial opening 41: first curved blade 411, 421 431: fixed ends 412, 422, 432: free ends 413, 423, 433: inlet end side edges 414, 424, 434: outlet end side edges 42: second curved blade 43: third curved blade 50: central Opening space 61: first annular bearing 62: second annular bearing 16