TWM255339U - Flow regulation coupler for cascade, identical-rotation-direction axial flow fan and structure comprising the flow regulation coupler - Google Patents

Description

M255339 〇W6e ____-― __ 補充 _ 四、創作說明（1) ^ 【新型所屬之技術領域】 本創作係關於一種具有穩定增強風壓及風量之「串聯 式同轉向轴流風扇整流聯結器及包含該整流聯結器之結構 」，該結構係將傳統單風扇或直接串聯之風扇加以改良， 藉由整流聯結器之風向導流效能，使串聯後之風扇輸出風 壓及風篁達到較優於傳統風扇之效能，而穩定輸出風壓及 風量之效能則可避免傳統直接串聯風扇所造成之風力流向 滯流之弊端，實為一結構簡單、創新且效能大幅增進之全 方位優良設計者。 【先前技術】 按， 式各樣的 如電腦用 引擎等等 熱後之裝 持續運作 輸出之風 有限，當 壓較大時 壓方面， 一般則將 體結構亦 時間之研 統單一風 現今科 產品充 介面卡 ，其絕 置達到 之功能 壓及風 葉片轉 則會降 則必需 其半徑 會產生 發，浪 扇A 1 技之發達 斥市面， 、記憶體 大部份都 降溫之目 ，但傳統 量效果不 動方向γ 低流量， 重新開發 加大，亦 較大之體 費人力、 0加以直 而這些產品 、運算處理 以風扇來獲 的’而能在 風扇A 1 〇 佳，且單一 則形成出〇 針對此一缺 風扇設計， 或是馬達功 積及較昂責 時間及金錢 接串聯如第 快速發展下 中只要是會 晶片甚或是 致散熱之效 正常溫度範 如第一圖所 風扇A 1 〇 氣流方向X 失’於加大 而重新開發 率增強，相 之成本，更 ’於是便有 一圃所不， 產生南溫 汽、機車 能，使散 圍内獲致 示，其所 之增壓力 ，若遇背 流量及增 之風扇， 對地，整 需投入長 業者將傳 當第一風M255339 〇W6e ____-― __ Supplement_ IV. Creation instructions (1) ^ [Technical field to which the new type belongs] This creation is about a "tandem-type steering axial fan rectifier coupling with stable wind pressure and air volume, and The structure of the rectifier coupler "is a modification of a traditional single fan or a fan connected directly in series. With the wind deflection performance of the rectifier coupler, the fan output wind pressure and wind chirp after series connection are better than traditional The efficiency of the fan, and the stability of the output wind pressure and volume can avoid the disadvantages of the stagnation of the wind flow caused by the traditional direct series fan. It is an all-round excellent designer with a simple structure, innovation and greatly improved performance. [Previous technology] According to various types of equipment, such as computer engines, there is limited wind output for continuous operation. When the pressure is large, the pressure is generally reduced, and the body structure is also time-honored. For the interface card, its functional pressure and wind blade rotation will be reduced, but its radius will be generated. The development of the wave fan A 1 technology is out of the market, and most of the memory are for cooling purposes, but the traditional amount The effect does not move in the direction γ Low flow rate, redeveloping and increasing, it also requires a large amount of physical labor, and these products and computing processing are obtained by fans, and can be better in fan A 1, and a single one is formed. In view of this lack of fan design, or motor power and more time and money connected in series as in the first rapid development, as long as the chip or even the effect of heat dissipation, the normal temperature range is as shown in the first picture fan A 1 〇 airflow The direction X is lost, and the redeployment rate is increased. At the same time, the cost is even higher, so there is no other place, which can generate South Wenzhou steam and locomotive energy. Increasing the pressure, and the case of increasing the back flow fan, on the ground, the whole industry will need to invest long pass when the first air

M255339 本9vv、 曰、創作說明（2) 扇Al 1及第二 — 生由第一風扇Al =1 2之葉片轉動方向γ時，則會產 參閱第三圖所示，風扇A1 2之風力流向，請併 中，藉由出口氣流第二圖風力流向之向量示意圖，其 向0、進口氣流向1 = Β ★、葉片轉動向量C、進口氣流方 向量G可明顯看=、葉片相對向量Ρ及氣流相對葉片 力流向滯流之現象產生於第二風扇A 1 2之入風口風 2之葉片進氣角声八f參閱第四圖所示，為第二風扇a 1 葉片向量G與葉恩圖，由於直接串聯會造成氣流相對 力流向滯流之不121間之進氣角度η過大而行成風 風量之不佳效果見象’進而產生非穩定性之增強風壓及 或改善上述之缺头於結構上仍不盡理想，而如何有效避免 。 乃為各相關業者之努力與發展的方向 有鑑於習知未 業多年之設計經驗，、、/，處’本案創作人遂以從事該行 良，不斷創新試驗，並本著精益求精之精神，積極研究改 單、效能增進之方向專心投入於本技術之研發，以結構簡 向軸流風扇整济獅二，行設計，遂有本創作「串聯式同轉 【新塑内容】 傅」之產生。 本創作「_聯式同 整流聯結器之結構 锝向轴流風扇整流聯結器及包含該 、效能大幅增i且要目的在於提供一種結構簡單化 ，且於串聯後之風扇ΪΓ增強風壓及風量之風扇結構設計 能將比原來兩單一風ϋ藉由整流聯結器結構所產生之效 屬具有更佳之風壓及流量，進一步達M255339 Original 9vv, description, and creation instructions (2) Fan Al 1 and second—when the blade rotation direction γ of the first fan Al = 1 2 is generated, refer to the third figure, the wind direction of the fan A1 2 Please take the second schematic diagram of the wind flow direction according to the second picture of the outlet airflow, which is 0, the inlet airflow direction 1 = Β, the blade rotation vector C, and the inlet airflow direction amount G can be clearly seen =, the blade relative vector P and The phenomenon that the airflow stagnates relative to the force of the blades is caused by the inlet angle sound of the blades of the second fan A 1 2 and the inlet angle of the wind 2. Refer to the fourth figure, which is the blade vector G of the second fan a 1 and the Yen diagram. Because the direct connection in series will cause the relative force of the airflow to stagnate, the inlet angle η between 121 is too large, and the poor effect of the formed wind volume is visible, and then the instability increases the wind pressure and / or improves the above-mentioned shortcomings The structure is still not ideal, and how to effectively avoid it. It is the direction of the efforts and development of relevant industry players. In view of years of design experience that has not been known to the industry, the creators of this case have been engaged in this industry, continue to innovate and experiment, and in the spirit of excellence, actively The research direction of changing orders and improving efficiency is devoted to the research and development of this technology. With the simple structure of the axial flow fan to rectify the lion II, the design is based on the creation of this series of "tandem type rotation [new plastic content] Fu". This creation "_Structure of Synchronous Coupling Coupling Coupler Axial Flow Fan Rectification Coupling and the fan that includes this, its performance is greatly increased i, and the main purpose is to provide a fan with a simple structure and enhanced wind pressure and volume after series connection The fan structure design can have better wind pressure and flow than the effect of the original two single wind turbines through the rectifier coupling structure.

M255339 四、創作說明（3) 到串聯已有之兩風扇，而無需重新開發風扇之結構設計， 獲致省錢、省力及省時之全方位優良結構設計者。 本創作「串聯式同轉向轴流風扇整流聯結·器及包含該 整流聯結器之結構」之主要特徵在於該結構係由一第_風 扇、一第二風扇及一整流聯結器所構成，其中，該整流聯 結器係設於第一風扇及第二風扇間，藉由整流聯結器之風 向導流效能，使串聯後之第一風扇及第二風扇達到穩定加 強風壓及風量之效能不致形成風力流向滞流之不良現象， 換言之，該結構若使用於易產生高溫之裝置上，則可獲致 絕佳之散熱效果，且本創作乃將現有風扇之結構加以運用 ，配合整流聯結器結構，進而構成一簡單、創新之結構設 計，並獲致更佳之效能突破者。 綜上所述 能所具之高等 步性雙重要件 創作為達上述 例舉較佳實施 【實施方式】 首先，請 流風扇整流聯 該結構係由一 結器1 3所構 及第二風扇1 再者，請 ’本創作訴求明朗而簡單，為預期可達，效 精進結構设计’當能凸顯本案之新穎性及進 ，為便於貴審查委員能進一步瞭解有關本 目的、特徵所採用的技術手段及其功效，兹 例並配合圖式說明如下。 參閱第五圖所示，本創作「串聯式同轉向軸 結器及包含該整流聯結器之結構」，其中， 第一風扇1 1、一第二風扇12及一整流聯 成，該整流聯結器1 3係設於第一風扇丄工 2間，藉此以構成一風扇模組者。 參閱第六圖所示，本創作「串聯式同轉向軸M255339 Fourth, the creation instructions (3) to the existing two fans in series, without the need to redevelop the structural design of the fan, to obtain money, labor and time to save a comprehensive range of excellent structural designers. The main feature of this creation "Serial-type Steering Axial Fan Rectifier Coupler and Structure Containing the Rectifier Coupler" is that the structure consists of a first fan, a second fan, and a rectifier coupler. Among them, The rectifier coupler is located between the first fan and the second fan. By the wind deflection performance of the rectifier coupler, the first fan and the second fan connected in series can reach the effect of stably strengthening the wind pressure and the amount of air without forming wind. The bad phenomenon of stagnation in the flow direction. In other words, if this structure is used on a device that is prone to high temperature, it can obtain excellent heat dissipation effects. In this creation, the existing fan structure is used in conjunction with the rectifier coupling structure to form a A simple and innovative structural design and a better performance breakthrough. In summary, the creation of high-step dual important pieces can achieve the above-mentioned exemplary implementation. [Implementation] First, the flow fan is rectified. The structure is composed of a knotter 13 and a second fan 1. For the sake of clarity and simplicity of this creation, for the expectation that it can be achieved, the structure should be refined and refined. It should highlight the novelty and progress of this case. In order for your review committee to better understand the technical means used for this purpose and features, and Its effect is explained below with examples. Referring to the fifth figure, in this creation, "tandem type steering shaft coupling and structure including the rectifier coupling", in which, the first fan 11, a second fan 12 and a rectifier are combined, and the rectifier coupler 1 3 is located in the first fan house 2 to form a fan module. Referring to the sixth figure, this creation "tandem type with steering shaft

第7頁 '本We M255339 3、創作說明（4) 流風扇整流聯結器及包含該整流聯結器之結構」，其係藉 由整流聯結器1 3之風向導流效能，使串聯後之 11及第二風扇12達到穩定加強風壓及風量 形成風力流向滯流之不良現象，如圖所示， ^ ^第二風扇12之葉片轉動方向¥時，其； = 由整流聯結器13之固定式氣道分隔整 级^ 1 3 1導流後，再藉由第二風扇i 2穩定增強風壓及 風量之輪出，此時整流聯結器i 3則是將氣流通過第二風 扇1 2之進氣角度降至最小之角度範圍，而可獲致高穩定 性之增壓、增強風量之效果，換句話說，該結構若使用於 易產生兩溫之農置上，則可獲致絕佳之散熱效果，促使一 般電子產業或汽機車之冷卻致果方面獲致一大效能之突破 者。 請參閱第七圖所示，本創作「串聯式同轉向軸流風扇 整流聯結器及包含該榮流聯結器之結構」’其中’該整流 聯結器1 3係於本體之中心呈一固定式之軸心1 3 2 ’於 軸心1 3 2之外側表面則等分環設有氣道分隔整流片1 3 1，並於氣道分隔整流片131之外緣設f纟架133 ,M tu 4¾. . Q O . 132藉由氣道分隔整 藉此以構成該框架1 3 3與轴心1 <3 流片"1之連接形成固定態樣，該 1 一端則形成一略為孤面彎折並向另端I必 7 心 串聯式同轉^ ^ ^風扇整流聯 樣，並於氣道分隔整流片1 3 1間形成氣Μ、^ 1 3 4 ， 為其主要特徵。 綜上所陳，本創作之 第8頁Page 7 "This We M255339 3. Creation instructions (4) Flow fan rectifier coupler and structure including the rectifier coupler", which is based on the wind directing performance of the rectifier coupler 1 3, which makes the 11 and The second fan 12 achieves the problem of stabilizing and strengthening the wind pressure and the amount of wind to form the stagnation of wind flow. As shown in the figure, ^ ^ When the blade rotation direction of the second fan 12 is ¥, it is; Separate the whole stage ^ 1 3 1 after diversion, and then use the second fan i 2 to stably increase the wind pressure and air volume of the wheel. At this time, the rectifier coupling i 3 is to pass the airflow through the second fan 1 2 Reduced to the minimum angle range, and can obtain the effect of high stability of boosting pressure and increasing air volume. In other words, if the structure is used on farms that are prone to two temperatures, it can obtain excellent heat dissipation effect, which promotes The cooling effect of the general electronics industry or automobile and motorcycle has achieved a great breakthrough. Please refer to the seventh figure. In this creation, "Serial Synchronous Axial Flow Fan Rectifier Coupler and Structure Containing the Rongliu Coupler", where 'The Rectifier Coupler 1 3 is a fixed type in the center of the body. The shaft center 1 3 2 ′ is provided on the outer side surface of the shaft center 1 3 2 with an airway dividing fairing piece 1 3 1 and an outer edge of the airway dividing fairing piece 131 is provided with a 纟 frame 133, M tu 4¾.. QO. 132 is separated by the airway to form the fixed connection between the frame 1 3 3 and the axis 1 < 3 streamer " 1, and one end of the 1 forms a slightly solitary plane and bends towards the other The end I must be a 7-heart tandem type with the same rotation ^ ^ ^ fan rectifier coupling sample, and the formation of gas M, ^ 1 3 4 between the airway partition rectifier 1 31, its main characteristics. In summary, this work, page 8

惟、，上，所揭之圖式及說明，僅為本創作之實施例而 已’非為限定本創作之實施例；大凡熟悉該項技藝之人士 ’其所依本創作之特徵範疇，所作之其它等效變化或修飾 ’皆應涵蓋在以下本案之申請專利範圍内。 M255339 修正 93.10.26 本年月1 補免_ 圖式簡單說明 第一圖係習知傳統單一風扇之結構示意圖。 第二圖係習知單一風扇直接串聯之風力流向結構示意圖 第三圖係第二圖之風力流向向量結構不意圖。 第四圖係第二、三圖之第二風扇葉片之進氣角度示意圖 第五圖係本創作整體結構示意圖。 第六圖係本創作運轉時之風力流向結構示意圖。 第七圖係本創作整流聯結器之結構示意圖。 【元件符號說明】 風扇........A 1 〇 第一風扇 第二 葉片 第一 第二 整流 氣道 轴心 框架 氣流 出口 葉片 進口 進口 葉片 風扇 風扇However, the drawings and descriptions disclosed above are only examples of this creation, and are not 'non-limiting examples of this creation; anyone who is familiar with the skill' will do what the characteristics of this creation are. All other equivalent changes or modifications should be covered by the scope of patent application in the following case. M255339 Amendment 93.10.26 January 1st of this year _ Exemption of Drawings Simple Description The first picture is the structure of a conventional single fan. The second diagram is a schematic diagram of the wind flow direction structure of a conventional single fan directly connected in series. The third diagram is the wind flow direction vector structure of the second diagram. The fourth diagram is the schematic diagram of the inlet angle of the second fan blade in the second and third diagrams. The fifth diagram is the overall structure diagram of this creation. The sixth diagram is a schematic diagram of the wind flow structure during the operation of this creative work. The seventh diagram is a structural diagram of the rectifier coupler of this creation. [Description of component symbols] Fan ........ A 1 〇 First fan second blade first second rectifier air channel shaft center frame air flow outlet blade inlet inlet inlet blade fan fan

A A 2 2 聯結· · 分隔整流片 通道· · 氣流向量 轉動向量 氣流方向 氣流向量 相對向量A A 2 2 Couplings · Splitter channel · Airflow vector Rotation vector Airflow direction Airflow vector Relative vector

B C D E FB C D E F

2 3 1 3 2 3 3 3 4 第10頁 M255339 修正 & 93.10. 26 本年月8 補亦. 圖式簡單說明 氣流相對葉片向量 進氣角度· · · · 出口氣流方向·· 葉片轉動方向·· G Η X Υ ❿2 3 1 3 2 3 3 3 4 Page 10 M255339 Correction & 93.10. 26 8th of this year supplementary. The diagram briefly illustrates the airflow relative to the blade vector inlet angle · · · · outlet airflow direction · · blade rotation direction · G Η X Υ ❿

ISII 第11頁ISII Page 11

Claims (1)

M255339 修正 93.10. 26 本年Λ爾 補充_ 五、申請專利範圍 種「串 該整流聯 軸心之外 氣道分隔 架與轴心 該氣道分 弧面彎折 隔整流片 2、一種包含 結構，其 一整流聯 一風扇及 聯式同轉向 結器係於本 側表面則等 整流片之外 經由氣道分 隔整流片於 並向另端延 間形成氣流 如申請專利 中，該結構 結器所構成 第二風扇間 轴流風扇整流 體之中心呈一 分環設有氣道 緣設有一框架 隔整流片之連 對應軸心軸向 水平之 為其主 ，其中， 軸心，於 片，並於 構成該框 聯結器」 固定式之 分隔整流 ，藉此以 接形成固定態樣 伸呈 態樣，並 要特徵者 範圍第1項所述之整流 端則形成一略為 於氣道分 通道 係由一第一風扇 ，該整 整流聯 第 能，使串聯後之第 壓及風量 效能之結 之效能，進 構設計者。 ，其中 ，藉由 風扇及第二風 而構成一簡單 流聯結Is 結器之風 扇達到穩 、創新並 聯結器之 二風扇及 係設於第 向導流效 定加強風 獲致更佳 ^ΒΠ· 第12頁M255339 Amendment 93.10. 26 This year, Λ'er added _ Five, the scope of the patent application "strings the airway divider outside the rectifier coupling center and the axis of the airway, and the airway divides the curved surface of the airflow divider rectifier 2. It contains a structure, one A rectifier fan and a union-type steering coupler are attached to the side surface. The rectifier is separated from the rectifier by an air channel to form an air flow between the rectifier and the other end. As in the application for a patent, the structural fan constitutes a second fan The center of the axial flow fan rectifier body is divided into a ring, an airway edge, a frame partition rectifier plate, and the corresponding axial center of the axial center is the main one. Among them, the axial center is on the plate and forms the frame coupler. ”Fixed separation rectification, so as to form a fixed state extension, and the rectification end described in the first item of the characteristic range is formed a first fan, which is slightly in the airway sub-channel system, the whole Flow link energy can make the performance of the pressure and air volume performance of the series connected to the designer. Among them, the fan that constitutes a simple flow connection Is coupler by the fan and the second wind achieves stability, the second fan of the innovative parallel coupler, and the second flow guide is set to strengthen the wind to obtain better ^ ΒΠ · 第12 pages