M405114 五、新型說明： 【新型所屬之技術領域】 本創作係與風扇馬達有關，尤指藉由風扇馬達使 無葉風扇抽風及送風之力道更加強。 【先前技術】 習用之一般風扇直接用一馬達帶動一葉扇轉動 形成一端抽風一端送風，由於葉扇為外露方式，常發 _ 生葉扇割傷使用者，因此將風扇設計成具有罩體將葉 扇框住，但仍有小朋友伸出入手指頭伸入罩體之隙縫 中’而使手指頭被葉扇割傷。 因此，有識人士設計出一種無葉風扇，係將馬達 與風扇隱藏在底座中，底座二側延伸二支臂為一吸風 道及送風道，由風扇從吸風道吸風至送風道送風而 出，再由二支臂之另一端的送風環吹出風，由於此無 葉風扇之風扇為單一風扇，無法具有強烈之風吹出， φ 讓使用者達到具有涼意。 【新型内容】 本創作之主要創作目的在於利用傳動軸傳動抽風 葉扇及送風葉扇轉動，因此使本創作形成同時具有抽 風及送風之力道’以增加本創作風扇馬達之吹風力量。 本創作之次要創作目的在於利用及第三容置室 漸縮狀’以及該圓凸部，形錢面積錢縮小，使風 再次加壓方式經由該第二流通空間送出，因此使本創 3 M405114 作形成具有加壓方式增加風吹送之力量。 為達上述目的，本創作提供—種風扇馬達組，係包 括.一座體，該座體外部設有數第一、二固定凸耳， =體内部設有：座體葉扇，該座體與該座體葉扇一 成形，该座體葉扇將該座體内部分隔成第一、二容 在該座體葉扇中央設置一中心孔，胃中心：設 =轴承，該座體葉扇具有數個第—扇葉片，在兩兩 〇第一扇葉片之間為一第一流通空間。 古机：t座體’設置在該座體上方，該上座體外部設 :數第三固定凸耳，該上座體内部設有一上座體葉 ’二该上座體與該上座體葉扇一體成形，該上座體内 駚 弟一今置至為一漸縮狀，該上座 扇具有數個第二扇葉片，在兩兩該第二扇葉片之 間為一第二流通空間。 T座體，設置在該座體下$，該下座體具有一 置室，在該第四容置室設置利用數連接肋連接 Α座’該©定座具有—穿孔’該下座體外部設有 數第四固定凸耳。 -送風葉扇’設置在該座體與該上座體之間，該 =葉扇具有數個第三葉扇’在該送風葉扇中央具有 第一定位孔。 社Γ7 *抽風葉扇，設置在該座體與該下座體之間，該 葉屬具有數個第四葉扇在該抽風葉扇中 一第二定位孔。 负 一傳動軸，該傳動轴上具有一第…二銷孔 M405114 第―、二銷孔分別可插置一第一' _ 一相對端具有-嵌設槽，該傳動心一相：ΐ!二另 螺紋孔，可供一固定螺栓鎖固。 對編汉有一 一馬達，設置在該固定座之 嵌設軸，該嵌帅可穿過該料卜’ μ達設置一 -連接塊，設置於該傳動軸與該馬達之間 接塊放置於該嵌設槽中，該連接塊中央具有一^ 孔，該嵌設孔可供嵌設軸插置。 、人0又 【實施方式】 ㈣步瞭解本創作之構造、運用之技術手段即 所預期達成之功效1舉數個較佳實施例並配合圖示 詳細說明如下，相信本創作目的、特徵及其他特點， 當可由此而得深入且具體之瞭解。 敬請參閱第一圖至第四圓，本創作為一種風扇馬 達組，係包括： 座體（1 0 ),該座體（1 Q )外部設有數第 固疋凸耳（1 1 )、第二固定凸耳（1 2 )，各該第 一固定凸耳（1 1)具有一第一螺孔（1 1 1)及一 第一通孔（1 1 2)，各該第二固定凸耳2)具 有一第二通孔（121)，該座體（1〇)内部設有 一座體葉扇（13)，該座體（1〇)與該座體葉扇 (1 3 )—體成形，該座體葉扇（1 3)將該座體（1 内部分隔成第一容置室（1 4)、第二容置室（1 5 ) ’在該座體葉扇（1 3 )中央設置一中心孔（1 M405114 6 )，該中心孔（1 6 )設置數軸承（丄7 )， 葉扇（13)具有數個第一扇葉片（18)， ^『一扇紫片（1 8 )之間為一第一流通空間^工 一上座體（2 0 )，設置在該座體（丄Q ) 該上座體（20)外部設有數第三固定凸耳（ 各該第三固定凸耳（2 D纟有一第三 ’ 1) ，該上座體（20)内部設有一上座體葉 2) ，該上座體（20)與該上座體葉扇（2 體成形，該上座體（20)内具有一第三容置室（2 3 )’第三容置室（2 3 )為一漸縮狀，該上座體葉 具有數個第二扇葉片（24)，在兩兩該 一羽葉片（2 4 )之間為一第二流通空間（2 $ )。 ^ 一下座體設置在該座體（1 〇)下方， ”衾下座體（30)具有一第四容置室（31)，在兮 第四容置室（3 1 )設置利用數連接肋（3 = 固疋座（33)，該固定座（33)具有一穿孔 該下座體（30)外部設有數第四固定凸耳（3 5)"各該第四固定凸耳（35)具有一第二螺孔（3 該上：ΐ風葉扇（5 0 )，設置在該座體（1 〇 )與 /座體（2 Q )之間，該送風葉扇（ ^ ϋ::(51)，在該送風葉扇（5〇)中央 端為《1疋位孔（52)’該送風葉扇（50)前 鳊為一圓凸部（53)。 該下= = )(:)二置風;該㈣(1。)與 個第，片二，在 具有-第二定位孔（62)。η葉扇（60)中央 ;1二銷孔（72)分別可插置一第一銷 7)鎖固。累孔（76)，可供一固定螺栓（7 座 定 固 ^(3 >t設穿 } } 該 ο ο 過 8 8穿 c C可 達達} 馬馬 1 一該8 ， ( 方袖 由° 4 ) 設 8 下設 之嵌 該 3 3 塊 ο、·， 接 8 5 3 連 7 -~_ 一達 9 〇 馬槽C 置 該設孔插 9之 中 嵌 該 與嵌設} }該敌'—_ ο於1 8 7 置有C C放具軸 軸}央設 動ο中嵌 傳9 }供 該C ο可 於塊9 } 置接C 1 設連塊9 ，該接C V) ，連 L· ο間該幻 以上係為本創作各元件的構造、位置及相互連接 關係的概述；接著’再將本創作各元件之結合及其所 預期達成之功效陳述如后： 敬請繼續參閱第一圖至第四圖，利用上述之元件 組成本創作，先將該下座體（3 〇 )置於該馬達（8 〇)上方’該連接塊（90)設置於該嵌設軸（8 1) 114 與該嵌設槽（75) 該座體u〇)iH再將該抽風葉扇（6〇)、 傳動軸（7 〇 )上°::風㈣（5 〇 )依序放置於該 二銷（7 4 )奸要’並利用該第一銷（7 3 )、該第 孔（7 2 W 該第—銷孔（7 1 )、該第二銷 〇)及缔飞中：使該抽風葉Λ ( 6 ◦)、該座體（1 定蟫“Ϊ風葉扇（5 〇 )限位固定位置，再以該固 於該座®(1(n r後將該上座^(20)放置 f 9彳q、 ）上方，並以螺柱將穿過該第三通孔 穿過該第二通孔（ 鎖固於該第一螺孔（1 1 1 )，及螺柱將 )鎖固於該第二螺孔（3 5 使該送風葉扇（ 與忒第三容置室（2 於該第二容置室（] 0)置於該第一容置室（1 4) )中，該抽風葉扇（6 〇 )置 1 )中。 使用啟動該馬達（8 〇 )時，利用該傳動軸（7 傳動該抽風㈣（6〇)及該送風葉扇（5〇) 轉動、，風由該抽風葉扇（6〇)為吸入方式進入該第 ’:通空fa’（ 1 9 )中’形成一加壓方式，再由該送 風葉扇（50)為推送方式至第三容置室（23)， 由於《亥第二谷置室（2 3 )為漸縮狀，以及該圓凸部 Y 5 3 )，形成截面積突然縮小，使風再次加壓方式 &由該第二流通”（2 5 )送出’因此使本創作形 成具有多次加壓方式增加風吹送之力量。 如第五圖所示，本創作運用於之無葉風扇（工） 之中’利用螺柱穿過該第一通孔（1 1 2 )鎖固於該 ιβ- 無葉風扇（1)之底座（2)中，哕 將吸風道（3)之空氣吸入爯由心風葉扇（6〇〕 矾吸入，再由該送 推送至送風道（4 )中，Α《㈣扇（5 0 ) ^ )中再由該吹風環（5 )吹屮 a上所m!作誠符合專利法 提出申請，盼早日准予專利。a菱依法 【圖式簡單說明】 第一圖：係本創作之立體分解圖。 第二圖：係本創作之立體組合圖。 第三圖：係本創作之立體半剖視示意圖。 第四圖：係本創作之平面剖視風流動示意圖。 第五圖··係本創作之實用例示意圖。 【主要元件符號說明】 (1 )無葉風扇 (3 )吸風道 (5 )吹風環 (1 0 )座體 (1 1 1 )第一螺孔 (12) 第二固定凸耳 (13) 座體葉扇 (1 5 )第二容置室 (1 7 )軸承 (1 9 )第一流通空間 (2 0 )上座體 (2 )底座 (4 )送風道 (1 1)第一固定凸耳 (1 1 2 )第一通孔 (1 2 1 )第二通孔 (14)第一容置室 (16)中心孔 (1 8)第一扇葉片 (21)第三固定凸耳 M405114 (2 1 1 )第三通孔 (2 3 )第三容置室 (2 5 )第二流通空間 (3 0 )下座體 (3 2 )連接肋 (3 4 )穿孔 (3 5 1 )第二螺孔 (5 0 )送風葉扇 (52)第一定位孔 (6 0 )抽風葉扇 (6 2 )第二定位孔 (7 0 )傳動軸 (7 2 )第二銷孔 (7 4 )第二銷 (7 6 )螺紋孔 (8 0 )馬達 (9 0 )連接塊 (2 2 )上座體葉扇 (2 4 )第二扇葉片 (3 1 )第四容置室 (3 3 )固定座 (35)第四固定凸耳 (5 1 )第三扇葉片 (5 3 )圓凸部 (6 1 )第四扇葉片 (7 1 )第一銷孔 (7 3 )第一銷 (7 5 )嵌設槽 (7 7 )固定螺栓 (8 1 )嵌設軸 (9 1 )嵌設孔M405114 V. New description: [New technical field] This creation is related to the fan motor, especially the fan motor to make the bladeless fan exhaust and air supply more powerful. [Prior Art] A conventional fan is directly driven by a motor to drive a leaf fan to form one end of the exhaust air to supply air. Since the leaf fan is exposed, the fan is often cut by the user, so the fan is designed to have a cover and a leaf frame. Live, but there are still children sticking out their fingers into the gap of the cover' and causing the fingers to be cut by the leaf fan. Therefore, a person with knowledge has designed a bladeless fan that hides the motor and the fan in the base. The two arms on the two sides of the base are a suction duct and a supply duct. The fan draws air from the suction duct to the air supply duct. Then, the air is blown by the air supply ring at the other end of the two arms. Since the fan of the bladeless fan is a single fan, it cannot be blown with strong wind, and φ allows the user to have a cool feeling. [New content] The main purpose of this creation is to use the drive shaft to drive the fan blades and the fan blades to rotate. This makes the creation of both the wind and the air supply to increase the blowing power of the fan motor. The second purpose of this creation is to use the third housing chamber to be tapered and the convex portion, and the money is reduced in size, so that the wind is again pressurized and sent out through the second circulation space, thus making the creation 3 M405114 is formed to have a pressurized manner to increase the force of wind blowing. In order to achieve the above object, the present invention provides a fan motor group, which comprises a body, the first and second fixing lugs are arranged outside the body, and the body is internally provided with: a seat leaf fan, the seat body and the body The seat leaf fan is formed, and the seat leaf fan divides the interior of the seat body into a first and a second body, and a central hole is arranged in the center of the seat leaf fan. The stomach center is provided with a bearing, and the seat leaf fan has a number The first fan blades are a first flow space between the first and second blades. The ancient machine: the t seat body is disposed above the seat body, and the upper seat body is externally provided with a plurality of third fixing lugs, and the upper seat body is provided with a upper body leaf 'two. The upper seat body and the upper seat body leaf fan are integrally formed. The upper body of the upper body is set to a tapered shape, and the upper seat fan has a plurality of second blades, and a second circulation space between the two of the second blades. The T-seat body is disposed under the seat body. The lower seat body has a chamber, and the fourth housing chamber is provided with a connecting rib to connect the shackle. The ©-seat has a perforation. There are a number of fourth fixed lugs. - a fan blade is disposed between the seat body and the upper body, the leaf fan having a plurality of third leaf blades having a first positioning hole in the center of the fan blade. The Γ7* draft fan blade is disposed between the seat body and the lower seat body, and the leaf genus has a plurality of fourth leaf fans in the second locating hole in the draft fan blade. Negative one drive shaft, the drive shaft has a second ... pin hole M405114 first and second pin holes can be inserted into a first ' _ an opposite end has - embedded groove, the transmission center one phase: ΐ! Another threaded hole can be locked by a fixing bolt. There is a motor for the knitting machine, and an embedded shaft is disposed on the fixing seat, and the inlay can pass through the material to set a connecting block, and the connecting block disposed between the driving shaft and the motor is placed on the motor. In the embedded groove, the connecting block has a hole in the center, and the embedded hole is for inserting the embedded shaft. (4) Steps to understand the structure of the creation and the technical means of application, which are expected to be achieved. Several preferred embodiments are described below in detail with reference to the following figures. I believe that the purpose, characteristics and other purposes of this creation are Features, when you can get deep and specific understanding. Please refer to the first to fourth rounds. The present invention is a fan motor unit comprising: a seat body (10), and the seat body (1Q) is provided with a plurality of first solid tongues (1 1 ), Two fixing lugs (1 2 ), each of the first fixing lugs (11) having a first screw hole (11 1) and a first through hole (1 1 2), each of the second fixing lugs 2) having a second through hole (121), the body (1〇) is internally provided with a body leaf fan (13), and the seat body (1〇) and the seat leaf fan (13) are formed The seat leaf fan (13) divides the seat body (1 inside into a first accommodation chamber (14) and a second accommodation chamber (15) in the center of the seat leaf fan (13) A central hole (1 M405114 6 ) is provided, the central hole (16) is provided with a number of bearings (丄7), and the leaf fan (13) has a plurality of first blades (18), ^“a purple piece (1 8) Between the first circulation space and the upper body (20), disposed on the seat body (丄Q), the upper seat body (20) is provided with a plurality of third fixing lugs (the third fixing lugs) (2 D纟 has a third '1), the upper body (20) is internally provided with a upper body leaf 2) The seat body (20) and the upper body leaf fan (two body forming, the upper seat body (20) has a third receiving chamber (23); the third receiving chamber (23) is tapered. The upper body blade has a plurality of second fan blades (24), and a second flow space (2$) between the two blades (2 4 ). ^ The lower seat body is disposed on the seat body (1) 〇), below, the lower arm (30) has a fourth receiving chamber (31), and the fourth receiving chamber (3 1 ) is provided with a plurality of connecting ribs (3 = solid seat (33), The fixing base (33) has a through hole. The lower base body (30) is provided with a plurality of fourth fixing lugs (35). Each of the fourth fixing lugs (35) has a second screw hole (3). The hurricane leaf fan (5 0 ) is disposed between the seat body (1 〇) and the / seat body (2 Q ), the air supply leaf fan (^ ϋ:: (51), in the air supply leaf fan (5 〇) The central end is "1 position hole (52)'. The fan blade (50) is a round convex part (53). The lower ==) (:) two sets of wind; the (four) (1.) and the first , the second piece, has a second positioning hole (62). The center of the η leaf fan (60); one of the two pin holes (72) can be inserted Pin 7) Locking. Reinforced hole (76), available for a fixing bolt (7 seat fixing ^ (3 > t set through} } } ο ο over 8 8 wearing c C up to reach} Ma Ma 1 8 , ( square sleeve by ° 4 ) Set 8 to embed the 3 3 pieces ο, ·, connect 8 5 3 and 7 -~_ up to 9 〇 〇 C 置 置 置 置 置 置 置Embedded} } The enemy '-_ ο is placed in the 8 8 7 with the CC release axis} The central setting moves in the middle 9 } for the C ο can be connected to the block C 1 to connect the block 9 Connected to CV), even L. ο The above is an overview of the structure, location, and interconnection of the various components of the author; then 'representing the combination of the components of the creation and the expected benefits achieved as follows: Please continue to refer to the first to fourth figures. The above components are used to form the creation. First, the lower body (3 〇) is placed above the motor (8 〇). The connecting block (90) is placed on the embedded Set the shaft (8 1) 114 and the embedded groove (75). The seat body u〇)iH then the draft fan blade (6〇) and the drive shaft (7 〇) on the °:: wind (four) (5 〇) Prefaced in the second pin (7 4 ) to be 'and use the first pin (7 3 ) The first hole (7 2 W the first pin hole (7 1 ), the second pin 〇) and the middle of the missile: the wind blade (6 ◦), the seat body (1 蟫 Ϊ Ϊ 叶 leaf fan ( 5 〇) The fixed position of the limit, and then the above is fixed on the seat (1 (nr, then the upper seat ^ (20) is placed above the f 9彳q, ), and the stud will pass through the third through hole Passing through the second through hole (locked to the first screw hole (1 1 1 ), and the stud will be locked) to the second screw hole (3 5 to make the air supply fan fan (2) The second accommodating chamber (? 0) is placed in the first accommodating chamber (14), and the exhaust fan (6 〇) is placed in 1). When the motor (8 〇) is started, the drive shaft (7 drives the exhaust (4) (6 〇) and the blower fan (5 〇) to rotate, and the wind enters the suction fan (6 〇) as the suction mode. In the first 'opening fa' (1 9 ), a pressurization mode is formed, and then the fan blade (50) is pushed to the third housing chamber (23), due to the "Second Valley Room" (2 3 ) is tapered, and the convex portion Y 5 3 ), the cross-sectional area is suddenly reduced, and the wind re-pressurization method & is sent out by the second circulation “(2 5 )”, thus forming the creation It has multiple pressurization methods to increase the power of wind blowing. As shown in the fifth figure, the bladeless fan (work) used in this creation is locked with the first through hole (1 1 2) by the stud. In the base (2) of the ιβ-leafless fan (1), the air of the suction duct (3) is sucked in, sucked by the heart fan blade (6〇), and then pushed to the air supply duct (4) In the middle of the "(4) fan (5 0) ^), the blowing ring (5) is blown up by a m! The application is in accordance with the patent law, and it is expected to grant the patent as soon as possible. Brief Description] The first picture: the three-dimensional exploded view of the creation. The second picture: the three-dimensional combination of the creation. The third picture: the three-dimensional half-section diagram of the creation. The fourth picture: the plane of the creation Schematic diagram of cross-sectional wind flow. Figure 5 is a schematic diagram of a practical example of this creation. [Explanation of main component symbols] (1) Leafless fan (3) suction duct (5) air ring (10) seat (1) 1 1) First screw hole (12) Second fixing lug (13) Seat leaf fan (1 5 ) Second accommodation chamber (17) Bearing (1 9 ) First flow space (20) Upper body (2) base (4) air supply duct (1 1) first fixing lug (1 1 2) first through hole (1 2 1 ) second through hole (14) first receiving chamber (16) central hole ( 1 8) The first blade (21), the third fixing lug M405114 (2 1 1), the third through hole (2 3 ), the third accommodation chamber (25), the second circulation space (30), the lower body ( 3 2) connecting rib (3 4 ) perforation (3 5 1 ) second screw hole (5 0 ) air supply fan fan (52) first positioning hole (60) exhaust fan fan (6 2) second positioning hole (7 0) drive shaft (7 2 ) second pin hole (7 4 ) second pin (7 6 ) threaded hole (8 0 ) motor (9 0 ) connecting block (2 2 ) Body leaf fan (2 4 ) second blade (3 1 ) fourth accommodation chamber (3 3 ) fixing seat (35) fourth fixing lug (5 1 ) third fan blade (5 3 ) round convex portion ( 6 1) Fourth blade (7 1 ) First pin hole (7 3 ) First pin (7 5 ) Embedding groove (7 7 ) Fixing bolt (8 1 ) Embedding shaft (9 1 ) Inserting hole