M300023 1 r 八、新型說明·· 【新型所屬之技術之領域】 _係有關於一種整流誘導風 之，係有關於一锸目-Γ+ 再 更坪而百 送風距離之…： 之罩體以增加氣流風速，延伸 k此離之整流綉導風扇結構。 【先前技術】 清芩閱第1目，係為現今市面上 風扇1至少包括風扇護網10、 电風扇，該電 葦1 1、以《 ra、 置於風扇護網10中之扇 Γ 以驅動扇葉轉動之馬達12。去帝π戶〗的如 後，因為扇葉ιι_而產 以平杆於荩签# 乳々丨l A雖然大致 从十仃於扇茱轉軸之方向 氣進行壓力平衡，而由於氣流;A同時亦與週遭空 佈狀，因此人體必須靠…'•四周散失而使風力呈散 才可感受其風力/、誘導風扇結構1 —定距離内 由上例可知—般電 扇離人體超過2、3〜：通吊有風力不足之缺點，當風 統改善的方式乃係增強風扇即明顯變小’而傳 副作Τ’ ==扇葉轉速將導致高耗電以及高噪音的 誘導風扇結：為：：=來源::為線圈馬達，而現今整流 二 夕丈私風扇之護網係由複數全屬_所$， 在今天曰趨嚴格的安翔卜、隹τ 田後数孟屬、、、糸所組成， 田而，止成ΡΙ戶， _不準下，各金屬絲間之間距甚小， 因而过成風屬出風速度的衰減，且亦容易產生噪音。另外， 19512 5 M300023 風扇之瘦網於接近中乂、走火 處！吊設計為匯集狀因而使各金屬 絲更形密集的排列，長期 t + 长，、月下來谷易畜積灰塵或棉絮。 θ因此，如何改善以上種種缺點，為當今亟待思考之課 題0 【新型内容】 曰雲於以上所述習知技術之不足，本創作之—目的在於 提供-種可延長風力之整流誘導風扇結構。 I創作之又-目的在於提供—種整流誘導風扇結 構，其具有導流部，而使得風扇可以較低之轉速達到高風 速以節省能源。 本創作之另-目的在於提供一種整流誘導風扇結 構，其具有入風部以引導風扇之所有氣流以將氣流集中而 提面風速。 本創作之復一目的在於提供一種整流誘導風扇結 構，具有平行之導流部及具有平面結構之護網以加強誘導 I氣流之流動方向。 為達上揭目的，本創作提供一種整流誘導風扇結構， 係至少包括：複數之扇葉，用以進行旋轉運動而產生氣流； 第一罩體，罩覆於該扇葉之後方；第二罩體，罩覆於該扇 葉之箣方，设有一具圓滑導引表面之入風部、以及連設於 該入風部一端呈平行環狀之導流部，而使該第二罩體具鐘 形之外觀，該入風部係用以嵌合於該第一罩體而使該扇葉 奋置於该第一、一罩體間，並使氣流匯流至該導流部，而 經由該導流部將氣流以同一方向平行出風，俾增強風速並 6 19512 M3 00023 * 延長氣流之出風距離。 本創作之整流誘導風扇結構，係可應用於立扇、掛壁 羽以及°又於天花板之旋轉吊扇等。該第一及第二罩體可 同日寸採用塑膠罩體’且以免工具方式相互嵌合。該扇葉係 軸接於一旋轉動力裝置以進行旋轉運動。 該導流部係連設於該入風部具小口徑之一端，而該入 γ具大口從之一端則用以嵌合於該第一罩體，且入風部 错鐘形之圓滑導引表面可降低氣流因受限而損失的能量。 該導，部係呈均徑之圓環狀，其作用原理為將扇葉初始產 生之氣抓與週遭大氣環境隔離而僅留可直進之開口，因此 可避免氣流過早與週遭空氣進行壓力平衡而快速降低風 速，而氣流經由導流部整流後’可具有高度之準直性，因 而即使離開導流部後，氣流之風速亦不致如傳統未經整流 而直接用護網出風之風扇一般快速衰減，因此可使風速增 加並展延氣流之送風距離。 曰 ! έ亥弟-罩體具有第一護網以供導入空氣，該第二罩體 則具有連設於該導流部—端以供出風之第二護網，該第一 護網及第二護網係具有平行於出風風向之平面結構，以降 ^對於氣流的阻力，且平面結構亦不易附著有棉 等雜質。 相較於習知技術之整流誘導風扇結構其風速由出風 方向隨距離而快速衰減’本創作之整流誘導風扇結構具有 可將氣流集中之入風部及導引氣流的導流部，而將氣流均 由入風部導入導流部’而經由導流部出風之氣流具有高準 19512 7 M300023· 增加室内空氣循環 直性及較佳之風速而可增加傳播距離 效果。 再者，習知技術必須加大轉速才能使風力傳播得更 遂’而本創作之整流料風扇結構藉其導流部，可以 之轉速而達到甚至超越習知技術以大轉速方能達到之距-離，因此可節省耗電量。 又，本創作之整流料風扇結構#由導流部而具有較 傳統僅具制之整賴導風扇結構較少之阻力，因此可減 少氣流通過而產生之噪音，加上前述之低轉速可達高風速 之特性，本創作之整流誘導風扇結構所產生的馬達噪音亦M300023 1 r VIII. New Description·· [The field of new technology] _ is related to a kind of rectification induced wind, which is related to one eye-Γ+ more ping and hundred air supply distance... Increase the airflow speed and extend the structure of the rectifying embroidery fan. [Prior Art] The first item in the market is that the fan 1 on the market today includes at least a fan net 10 and an electric fan, and the electric fan 1 is driven by a fan placed in the fan net 10 to drive The motor 12 in which the blade rotates. Going to the Emperor π household as follows, because the fan leaf ιι_ is produced by the flat pole in the 荩 sign # 々丨 l l although the pressure is balanced from the direction of the ten 仃 茱 茱 , , , , , , , , , , , It is also empty with the surrounding, so the human body must rely on...'•The wind is scattered around the wind to feel its wind/, and the fan structure is induced. 1 - The distance can be seen from the above example. The fan is more than 2, 3~ from the human body. : There is a shortcoming of wind shortage in the crane. When the wind system is improved, the fan is obviously smaller. The transmission is vice Τ' == The fan blade speed will lead to high power consumption and high noise induced fan knot: :=Source:: is a coil motor, and nowadays the rectification of the Erxizhang private fan is protected by a plurality of _$, and today’s stricter Anxiang Bu, 隹τ, Tian Hou, Meng,, 糸The composition, the field, the end of the door, _ not allowed, the distance between the wires is very small, so the wind is attenuated, and it is easy to produce noise. In addition, the thin wall of the 19512 5 M300023 fan is close to the middle and the fire! The hoist is designed to be assembled so that the wires are more densely arranged, long-term t + long, and the valleys are easy to accumulate dust or cotton wadding. θ Therefore, how to improve the above various shortcomings is a problem that needs to be considered today. [New content] The deficiencies of the above-mentioned conventional technologies, the purpose of this creation is to provide a rectifying induction fan structure that can prolong the wind. I also created a rectification-induced fan structure with a diversion section that allows the fan to achieve high wind speeds at lower speeds to save energy. Another object of the present invention is to provide a rectification-inducing fan structure having an air inlet portion for directing all airflow of the fan to concentrate the airflow to raise the surface wind speed. A further object of the present invention is to provide a rectification-inducing fan structure having parallel flow guiding portions and a net having a planar structure to enhance the flow direction of the induced I gas stream. In order to achieve the above object, the present invention provides a rectification-inducing fan structure, which comprises at least: a plurality of blades for performing a rotary motion to generate an air flow; a first cover covering the rear of the blade; and a second cover The body covers the ridge of the blade, and has an air inlet portion with a rounded guiding surface and a flow guiding portion connected in parallel with one end of the air inlet portion, so that the second cover body has a bell-shaped appearance, the air inlet portion is configured to be fitted to the first cover body such that the fan blade is placed between the first and a cover bodies, and the airflow is merged to the flow guiding portion, and The deflector directs the airflow in parallel in the same direction, and increases the wind speed and 6 19512 M3 00023 * to extend the airflow distance of the airflow. The rectification-induced fan structure of the present invention can be applied to vertical fans, wall-hanging feathers, and rotating ceiling fans that are also mounted on the ceiling. The first and second covers can be plastic-covered in the same day and can be fitted to each other in a tool-free manner. The blade system is coupled to a rotary power unit for rotational movement. The flow guiding portion is connected to one end of the small diameter of the air inlet portion, and the inlet γ has a large opening from one end for fitting into the first cover body, and the wind inlet portion is slanted and guided by the wrong shape. The surface reduces the energy lost by the airflow due to limitations. The guide is in the shape of a ring of uniform diameter. The principle of action is to isolate the initial gas generated by the blade from the surrounding atmosphere and leave only the opening that can be straight into the air. Therefore, the airflow can be prevented from being prematurely balanced with the surrounding air. The wind speed is quickly reduced, and the airflow is rectified by the flow guiding portion, which can have a high degree of collimation. Therefore, even after leaving the flow guiding portion, the wind speed of the airflow is not as high as that of a conventional fan that is not rectified and directly uses the net to blow out. Fast decay, thus increasing the wind speed and extending the air supply distance.曰! έ海弟-The cover has a first net for introducing air, and the second cover has a second net connected to the end of the flow guiding portion for supplying air, the first net and the first The second protection net system has a planar structure parallel to the wind direction and the wind direction, so as to reduce the resistance to the air flow, and the planar structure is also less likely to adhere to impurities such as cotton. Compared with the rectification-induced fan structure of the prior art, the wind speed is rapidly attenuated by the direction of the wind with the distance. The rectification-inducing fan structure of the present invention has a flow guiding portion that can concentrate the airflow portion and the guiding airflow, and The airflow is introduced into the flow guiding portion by the air inlet portion, and the airflow through the air guiding portion has a high standard 19512 7 M300023. The indoor air circulation straightness and the preferred wind speed are increased to increase the propagation distance effect. Moreover, the conventional technology must increase the rotational speed to make the wind propagate more sturdy. The rectifying fan structure of the present invention can achieve the distance from the conventional technology with a large rotating speed by using the diversion portion. - Off, so you can save power. Moreover, the rectifying material fan structure # of the present invention has less resistance than the conventionally-constructed guide fan structure, so that the noise generated by the airflow can be reduced, and the aforementioned low rotational speed can be achieved. The characteristics of high wind speed, the motor noise generated by the rectification-induced fan structure of this creation
^且，本創作之整流誘導風扇結構之第一、第二罩體， 係由塑膠所製成’可相嵌合而使拆裝甚為簡便，而第一、 第二罩體所分別對應之第―、帛二護網又具有平行於氣流 方向之平面結構因此不易蓄積雜質。同時，本創作之整流 誘導風扇結構其導流部之平行環狀結構可使氣流具最佳之 =直性及較佳之出口風速。於實際測試中，不管將導流部 變更為漸縮結構或漸擴結構均無法達到本創作之整流誘導 風扇結構所能達到之效果。 由上可知，本創作之整流誘導風扇結構可改善習知技 術之不足，因此具有高度產業利用價值。 【實施方式】 以下請配合圖式說明本創作之具體實施例，以使所屬 技術中具有通常知識者可輕易地暸解本創作之技術特徵與 8 19512 (§) M3 00023· - 達成功效。 Μ» 一貫施例 以下第2Α圖至第2Ε圖係說明本創作之第一實施例。 - 請芩閱第2A圖，本創作之整流誘導風扇結構可應用 .於一立扇2，係至少包括：複數之扇葉20，軸接於一旋轉 動力裝置21而進行旋運轉動以產生氣流f ;第一罩體22， 罩覆於該扇葉20之後方；第二罩體23，罩覆於該扇葉2〇 之别方’设有一具圓滑導引表面之入風部2 3 〇、以及連設 _於該入風部230 —端呈平行環狀之導流部231，而使該第 二罩體23具有鐘形之外觀。該入風部23〇係用以嵌合於該 第一罩體22而使該扇葉20容置於該第一、二罩體間，該 入風部230並使氣流F匯流至該導流部23丨，而經由該導 流部231將氣流以同-方向平行出風’俾增強風速並延長 氣流F之送風距離。 该導流部23 1係連設於該入風部230具小口徑之一 _端，而該入風部230具大口徑之一端則用以嵌合於該第一 罩體22，而將扇葉20產生之氣流F完整地導入導流部工 中，且入風部230因具有鐘形之圓滑導引表面因此可降低 氣流F因受限而損失的能量。該導流部23丨係呈均徑之圓 環狀，其作用原理為將扇葉初始產生之氣流F與週遭大氣 環境隔離而僅留可直進之開口，因此可避免氣流F過早與 週遭空氣進行壓力平衡而快速降低風速，而氣流？經由導 <部231整流後，可具有高度之準直性，因此即使氣流f 離開&流部23 1後，其風速亦不致如傳統未經整流之風扇 19512 9 M3 00023 · 之氣流一般隨著距離快速衰減，因此可使風速增加並展延 氣流F之送風距離。 請麥閱2B圖，該第一及第二罩體均為塑膠罩體，且 以免工具方式相互嵌合。該第一罩體22之外緣係環繞設有 一嵌合環221，而該入風部23〇係以一端嵌合於該嵌合環 221之中，该嵌合環221之内侧係具有配合該入風部23〇 厚度之夾制部222，使該入風部230可藉由第二罩體23之 彈性而定位於夾制部222中。另外，該第一罩體22係具有 1第一護網220以供導入空氣，而該第二罩體23則具有連設 於該導流部23 1 —端以供出風之第二護網232。 請配合參閱2C圖，各該夾制部222係為一導引塊體 2220以及對應於該嵌合環221之止擂凸緣2221所形成之 間隔，该導引塊體2220係具有導角以引導入風部23〇之一 端滑入，而該止擋凸緣2221則用以止擋該該入風部23q 之一端以定位該第一及第二罩體組設之深度。應注意的 丨疋，第一、二罩體間的組設並不限於本實施例所述之結構， 該嵌合環221亦可設有例如為扣孔之結構，而該入風部23〇 則設有配合該扣孔之彈性卡勾。然而免工具組設之方式甚 多且均為習知技術，因此僅列舉數種常見之技術，而不再 加以贅述。 請參閱第2D圖，該第一護網220主要由放射排列之 板體所構成，其中，各該板體係具有平行於出風方向之相 對之平面結構以具導流效果。而各該板體於對稱中心處仍 具有適當的間隙以便於清潔。 19512 10 M3 00023. 請芩閱第2E圖，該第二護網232包括有十字狀之支 撐架234、以及複數以該支撐架234中心為圓心之圓環 235 ’各該圓環235係同心排列並接置於該支撐架幻*，其 中，該圓環235及該支樓架234均具有平行於出風（氣流 F)方向之平面結構，以減少氣流F所受之阻力。 弟二貫施例 請配合參閱第3圖，係本創作之第二實施例之示音 圖二本實施例與第，例係大致相同，不同之處係：於 本貝施例之整流誘導風扇結構係應用於一掛壁扇3。 弟二實施例 》 請配合參閱第4圖’係本創作之第三實施例之示意 圖，本實施例與第一、二實施例係大致相同，不同之^係 在於本實施例之整流誘導風扇結構係應用於— “ 板之旋轉吊扇4。 化 相較於習知技術之整流誘導風扇結構其風速由出風 二隨快速衰減，本創作之整流誘導風扇結構具有可 之入風部及導引氣流的導流部，而將氣流均由 性入^部’而經由導流部出風之氣流具有高準直 生及較仏之風速而可增加傳播距離， 空間。 疋Μ應用於一般室内 •t ,==知技術必須加大轉速才能使風力傳播得更 %=:整流誘導風扇結構藉其導流部，可以較低 :=甚至超越習知技術以大轉速方能達到之距 #，因此可郎省耗電量。 19512 11 M300023. 又’本創作之整流诱導風扇結構藉由導流部而具有較 傳統僅具遵網之整流誘&風扇結構較少之阻力，因此可減 少氣流通過而產生之嗓音，加上前述之低轉速可達高風速 之特性，本創作之整流誘導風扇結構所產生的馬達噪音亦 較小。 且，本創作之整流誘導風扇結構之第一、第二罩體， 係由塑膠所製成，可相嵌合而使拆裝甚為簡便，而第一、 '第二罩體所分別對應之第一、第二護網又具有平行於氣流 ❿方向之平面因此不易蓄積雜質。^ Moreover, the first and second covers of the rectification-inducing fan structure of the present invention are made of plastics, which can be assembled to make assembly and disassembly easy, and the first and second covers respectively correspond to The first and second protective nets have a planar structure parallel to the direction of the airflow, so that it is difficult to accumulate impurities. At the same time, the reciprocating induction fan structure of the present invention has a parallel annular structure of the flow guiding portion to optimize the airflow and the optimum outlet wind speed. In the actual test, no matter whether the diversion portion is changed to a tapered structure or a divergent structure, the effect of the rectification-induced fan structure of the present invention cannot be achieved. As can be seen from the above, the rectification-induced fan structure of the present invention can improve the deficiencies of the prior art, and thus has a high industrial utilization value. [Embodiment] Hereinafter, a specific embodiment of the present creation will be described with reference to the drawings so that those skilled in the art can easily understand the technical features of the present creation and achieve the effect of 8 19512 (§) M3 00023·. Μ» Consistent Application The following second to second drawings illustrate the first embodiment of the present creation. - Please refer to Figure 2A. The rectification-inducing fan structure of the present invention can be applied. A vertical fan 2 includes at least a plurality of blades 20 that are pivotally coupled to a rotary power unit 21 for rotational operation to generate airflow. f; a first cover 22 covering the rear of the blade 20; and a second cover 23 covering the other side of the blade 2' with an air inlet portion 2 3 having a rounded guiding surface And the connecting portion 231 having the parallel annular shape at the end of the air inlet portion 230, and the second cover 23 has a bell-shaped appearance. The air inlet portion 23 is configured to be fitted to the first cover 22 to accommodate the blade 20 between the first and second covers, and the air inlet portion 230 merges the airflow F to the flow. The portion 23丨, and the airflow in the same direction is parallel to the airflow through the flow guiding portion 231 to increase the wind speed and extend the air supply distance of the airflow F. The air guiding portion 23 1 is connected to the air inlet portion 230 at one end of the small diameter, and the air inlet portion 230 has a large diameter end for fitting to the first cover 22, and the fan The airflow F generated by the blade 20 is completely introduced into the flow guiding portion, and the air inlet portion 230 has a bell-shaped smooth guiding surface, thereby reducing the energy lost by the airflow F due to the restriction. The flow guiding portion 23 has an annular shape of a uniform diameter, and the working principle is that the airflow F initially generated by the blade is separated from the surrounding atmospheric environment and only the opening can be left straight, so that the airflow F is prevented from prematurely and surrounding air. Perform pressure balancing to quickly reduce wind speed while airflow? After being rectified by the conduction portion 231, it can have a high degree of collimation, so even if the airflow f leaves the & flow portion 23 1 , the wind speed is not as high as that of the conventional unrectified fan 19512 9 M3 00023 The distance is rapidly attenuated, thus increasing the wind speed and extending the air supply distance of the airflow F. Please refer to Figure 2B. The first and second covers are all plastic covers and are fitted to each other in a tool-free manner. The outer edge of the first cover 22 is surrounded by a fitting ring 221, and the air inlet portion 23 is fitted into the fitting ring 221 at one end, and the inner side of the fitting ring 221 is matched with the inner side. The air inlet portion 23 has a thickness portion of the clamp portion 222, so that the air inlet portion 230 can be positioned in the clip portion 222 by the elasticity of the second cover body 23. In addition, the first cover 22 has a first protection net 220 for introducing air, and the second cover 23 has a second protection net 232 connected to the first end of the flow guiding portion 23 for air supply. . Referring to FIG. 2C, each of the clamping portions 222 is a guiding block 2220 and a spacing formed by a locking flange 2221 corresponding to the fitting ring 221, and the guiding block 2220 has a guiding angle. One end of the guiding air inlet portion 23 is slid in, and the stopping flange 2221 is configured to stop one end of the air inlet portion 23q to position the first and second cover bodies. It should be noted that the assembly between the first and second covers is not limited to the structure described in this embodiment, and the fitting ring 221 may also be provided with a structure such as a buttonhole, and the air inlet portion 23〇 There is a flexible hook that matches the buttonhole. However, there are many tools-free methods and they are all well-known technologies. Therefore, only a few common technologies are listed and will not be described again. Referring to Fig. 2D, the first net 220 is mainly composed of a radially arranged plate body, wherein each of the plate systems has a relatively parallel planar structure parallel to the direction of the wind to have a flow guiding effect. And each of the plates still has a suitable gap at the center of symmetry for cleaning. 19512 10 M3 00023. Please refer to FIG. 2E. The second net 232 includes a cross-shaped support frame 234 and a plurality of rings 235 centered on the center of the support frame 234. Each of the rings 235 is concentrically arranged. And being attached to the support frame, wherein the ring 235 and the frame 234 have a planar structure parallel to the direction of the wind (flow F) to reduce the resistance of the airflow F. Please refer to Figure 3 for the second embodiment of the second embodiment. It is the same as the first embodiment of the present embodiment. The difference is the rectification induced fan of the present embodiment. The structure is applied to a wall fan 3. 2nd Embodiments Please refer to FIG. 4 for a schematic diagram of a third embodiment of the present invention. This embodiment is substantially the same as the first and second embodiments, and the difference is based on the rectification induction fan structure of the present embodiment. It is applied to - "Rotating ceiling fan 4 of the board. Compared with the rectification induced fan structure of the prior art, the wind speed is rapidly attenuated by the wind 2, and the rectification induced fan structure of the present invention has an inflow portion and a guiding air flow. The flow guiding portion, and the air flow that passes through the air flow through the flow guiding portion has high collimation and relatively high wind speed, thereby increasing the propagation distance and space. 疋ΜApplicable to general indoors•t , == know the technology must increase the speed to make the wind spread more% =: rectification induced fan structure by its diversion, can be lower: = even beyond the conventional technology to reach the distance with a large speed #, so can Lang power consumption. 19512 11 M300023. Also, the rectification-induced fan structure of the present invention has a smaller resistance than the conventional rectifier-only & fan structure, so that the airflow can be reduced. Produced The sound, coupled with the aforementioned low speed to high wind speed characteristics, the motor noise generated by the rectification-induced fan structure of the present invention is also small. Moreover, the first and second cover of the rectification-induced fan structure of the present invention are Made of plastic, it can be fitted to make it easy to disassemble, and the first and second guard nets corresponding to the first and second shields have planes parallel to the direction of the airflow, so they are not easy to accumulate. Impurities.
由上可知，本創作之整流誘導風扇結構可改善習知缺 點，因此具有高度產業利用價值。 ° N 惟以上所述之具體實施例，僅係用以例釋本創作 之特點及功效，而非用以限定本創作之可每 J貝施乾疇， 在未脫離本創作上揭之精神與技術範疇 可卜，任何運用 本創作所揭示内容而完成之等效改變及依 匕飾，均仍痺 鲁為下述之申請專利範圍所涵蓋。 心 【圖式簡單說明】 第1圖係顯示習知風扇結構之示意圖； 第2A圖係顯示本創作之整流誘導風户处 ^ 羽箱構之第 一實施例之一側視分解暨部份剖面示意圖； 風扇結構其第 風扇結構中第 第2B圖係顯示本創作之整流誘導 二罩體之爆炸圖； 第2C圖係顯示本創作之整流誘導 罩體之夾制部； 19512 12 M3 00023 - 第2D圖係顯示本創作之整流誘導風扇結構之第 一護網； 第2E圖係顯示本創作之整流誘導風扇結構之第 二護網； 第3圖係顯示本創作之整流誘導風扇結構之第二 實施例不意圖，以及 第4圖係顯示本創作之整流誘導風扇結構之第三 實施例示意圖。 • 【主要元件符號說明】 1 電風扇 10 護網 11 扇葉 12 馬達 2 立扇 20 扇葉 21 旋轉動力裝置 22 第一罩體 220 第一護網 221 嵌合環 222 爽制部 2220 導引塊體 2221 止擋凸緣 23 第二罩體 230 入風部 13 19512 M300023 231 導流部 232 第二護網 234 支撐架 235 圓環 3 掛壁扇 4 旋轉吊扇 A、F 氣流It can be seen from the above that the rectification-induced fan structure of the present invention can improve the conventional defects, and thus has a high industrial utilization value. The specific embodiments described above are only used to illustrate the features and functions of the present invention, and are not intended to limit the scope of the present invention, without departing from the spirit and technical scope of the present invention. However, any equivalent changes and reliance on the use of the contents disclosed in this creation are still covered by the following patent application. Heart [Simplified illustration of the drawing] Fig. 1 is a schematic view showing a conventional fan structure; Fig. 2A is a side view decomposition and partial section showing a first embodiment of the rectification-induced wind-bearing structure of the present invention Schematic diagram; fan structure, the second fan of the second fan structure shows the exploded view of the rectifying induction two-shell of the present invention; the second drawing shows the clamping portion of the rectifying induction cover of the present invention; 19512 12 M3 00023 - The 2D drawing shows the first protection net of the rectification induced fan structure of the present invention; the 2E figure shows the second protection net of the rectification induced fan structure of the present creation; the 3rd figure shows the second rectification induced fan structure of the present creation The embodiment is not intended, and FIG. 4 is a schematic view showing a third embodiment of the rectifying induction fan structure of the present invention. • [Main component symbol description] 1 Electric fan 10 Guard net 11 Fan blade 12 Motor 2 Vertical fan 20 Fan blade 21 Rotary power unit 22 First cover 220 First net 221 Fitting ring 222 Cooling part 2220 Guide block Body 2221 Stop flange 23 Second cover 230 Inlet portion 13 19512 M300023 231 Guide portion 232 Second net 234 Support frame 235 Ring 3 Wall fan 4 Rotating ceiling fan A, F Airflow