M415271 五、新型說明： 【新型所屬之技術領域】 本創作係涉及-種風力發電系統，尤指—種應用於工薇 廠房之工廠排風扇之風力發電組。 【先前技術】 由於目前麟危·環境污染日魏重，因此有各種新 的能源替代方案，如太陽能、風力及水料，以供應人們未 來的能源需求。 /般的建築、廠房為了要維持室内通風，或是將室 _熱氣、廢氣排出’多會於屋頂或薇房外加裳排風設備， 错由排風設備強力的運作’使室内的空氣保持清新，缺，習 知排風設備電力所產生之風力，僅只用於排風調_功 能’其所«之風力於排出後便平㈣戶外，並 利用’因此有業者針對此部分提供—種資源再彻的方案。 β舉例而言，中華民國公告第M356876號專利針，其主 要提供一轉顺之風力發魏置’其主要結構包括·一排 風機包合.-外罩，該外罩内部設有一馬達，該馬達固定 於上述外罩内’辦魏性連接—㈣單元；該馬達設有複 數排風扇葉，上述排風機的出風口處之風力發電單元，該風 力發電單元由風管連接，並於風管㈣設树電機，達 到風力發電再利用之目的。 上述之結構’雖具有風力發電再利用之優點，然其讀存 3 M415271 著使用政率上明顯的瑕龜，其中如果僅是用同一風管加 長’其為了維持其管内壓力差的問題，會增加工廢排風設備 之負載’似乎是發電了’但其排風設備也增加了電流量，實 非有效的解決方案。 、 再者’其它有關文獻上之侧研究’對孩排風扇之風 力發電組的t置’雖有不同之設計及應財量，料少見討 論多方向性風力發電之利用。 有鑑於此，為提供一種解決上述習用結構之問題，並同籲 時達到有效时再發電之目的，因此，本翁提供如下文詳 細說明中所述具創紐的工廠排風扇之風力發電組。 【新型内容】 本;ii作之主要目的係提供一種具有易受風力驅動轉動之 結構的工廠排風扇之風力發電組。 為達成上述目的，本創作之工廠排風扇之風力發電組包 括-設於玉廠之排風扇及—魏發電裝置，_風扇包括有-籲 -入風口及-出風口，其係提供將工廠内部之空氣由該入風-口進入，並經由該出風口排出於外部空間；該旋動發電裝 置係獨立設置於排風扇之出風口外部，該旋動發電裝置與該 出風口之距離0.75M-1.5M。 其中該旋動發電裝置包括有_導風座'一轉動部及—風 力發電裝置導風座係被gj定於該排風扇之出風口外部， 該轉動部配合導風翻對位置設有多师片及_旋動座，各 4 M415271 葉片形成有風壓搶，藉導風座導人氣流，使氣流進入各葉片 風壓艙形成壓力，而令^帶動該錢舰轉產生旋動力， 旋動力可提供該風力發電装置達到風力發電。 本創作之工廠排風扇之風力發電組於使用時，該排風扇 可將工廠内部空氣（或是廢氣）排出至外部空間，此時所排 出之空氣會產生一氣流，由於氣流進入該導風座時沒有阻力 只有助力，因此藉由該葉片之風壓艙產生風壓之設計，僅需 有微弱的風即可驅動該轉動部整體轉動而產生旋動力，藉 此，δ亥紅動發電裝置只要與該排風扇之出風口保持一適當距 維，且中間不需裝設任何導風裝置（如風管），即可藉由上 述之特徵使該轉動部達到極佳的旋動效果，進而使該風力發 電裝置產生電力而達到風力發電之功效。 【實施方式】 以下僅以實施例說明本發明可能之實施態樣，然並非用 以限制本發明所欲保護之範疇，合先敘明。 睛參考圖1及圖2，本創作之較佳實施例中，該工薇排風 扇之風力發電組包括有一設於工廠之排風扇丨〇及一旋動發電 裝置20 ’該排風扇10包括有一入風口（未繪示）及一出風口 11 ’其係提供將工廠内部之空氣由該入風口進入，並經由該 出風口11排出於外部空間。更明確地說，於本實施例中，請 參考圖2 ’該排風扇10係設於工廠廠房之屋頂3〇。於另一實施 例中’請參考圖3 ’該排風扇10係設於工廠之廠房側邊。較 5 M415271 佳者’該設於屋頂之排風扇1〇係—種渦輪狀排風扇（如圖2 所不）’其係由複數渦輪葉片所組成，該設於廠房側邊之排 風扇10係一般具有排風能力之電風扇（如圖3所示），當然， 裝設於·或是廠相叙贼叙祕亦可相互錢，且 本創作所揭示之排風扇的態樣並不以此為限。 請參考圖2及圖3 ’該旋動發電裝置2〇係獨立設置於排風 扇之出風nil外部，且該旋動發電裝置顺該出風川之距-離為0.75M-1.5M。更明確地說，請參考圖！至圖3，該旋動發籲 電裝置20包財-導風座2卜—轉動部奴―風力發電裝置 23，該導風座21係被固定於該排風扇之出風ση外部，且二 者之距離為〇.75Μ-1.5Μ。其中，料風座21設有多個呈預定 方向排列的導風板21卜且該些導風板211環狀排列形成一容 置空間’並於各導風板211間形成-風道供導引氣流進入，該 轉動部22容設於該容置空間，且該轉動部22配合導風座糾目 對位置設有多個葉片⑵及-旋動座您，各葉片奶之間形成翁 有一風壓艙223，該旋動座222包括一轉軸224，該轉軸224連-結該風力發電裝置23，該導風前導减錢，使氣流進入 各葉片之風壓艙223而形成壓力，令葉片221帶動該旋動座222 旋轉產生旋動力，此旋動力可帶動該轉軸224轉動，令該轉軸 224之旋動力供該風力發電裝置23達到風力發電。再者，請參 考圖2，在本創作之較佳實施例中，其中各葉片221具有一凹 狐槽22H，該凹5瓜槽2211具有—凹陷方向，該排風扇的出風 6 M415271 口 11恰位於該導風座21之偏心位置的下方，且該導風座21之 偏心位置的各葉片之凹弧槽2211的凹陷方向朝上，藉此，可 將該排風扇10之風力集中吹向該導風座21其中一側，且又因 該側的各葉片之凹弧槽2211的凹陷方向朝上，使整個轉動部 22的轉動速度更加快速，令葉片221帶動該旋動座222產生更 大的旋動力，進而使該轉軸224同樣產生更大的旋動力，使該 風力發電f置23賴力發電效衫佳。較佳者，該出風口 u 之直徑不大於該導風座21之半徑’更可使簡風扇所有之風 力全部集中於該導風座其中一側，而達到更有效率地將該排 風扇所產生的全部風力吹向該旋動發電裝置。 其中，於其他可能實施例中（未繪示），該風力發電裝 置20與该排風扇1〇設有一導線連接者，令該風力發電裝置 所產生的電力可再回收並供該排風扇1〇再利用，當然該導線 連接到工廠中其他需要外部電源之設備亦無不可。 職是，本創作之工廠排風扇之風力發電組於使用時，該 排風扇係藉由一外部電源驅動，使該排風扇可將工廠内部空 氣（或是廢氣）排出至外部空間，此時所排出之空氣會產生 一氣流，由於氣流進入該導風座時沒有阻力只有助力，因此 藉由該葉片之風壓艙產生風壓之設計，僅需有微弱的風即可 驅動該轉動部整體轉動而產生旋動力，藉此，該旋動發電褒 置只要與該排風扇之出風口保持一適當距離，且中間不兩轳 設任何導風裝置（如風管），即可藉由上述之特徵使該轉動 7 M415271 部達到極_购效果（其巾贿 75叫I的距離所產 生的旋動效果為佳），進而使該風力發電裝置產生電力而達 到風力發電之功效。M415271 V. New description: [New technical field] This creation involves a kind of wind power generation system, especially a wind power generation group used in factory exhaust fans of Gongwei factory. [Prior Art] Due to the current threat of environmental pollution, there are various new energy alternatives, such as solar energy, wind power and water materials, to supply people's future energy needs. In order to maintain indoor ventilation, or to discharge the room _ hot air, exhaust gas, more will be on the roof or Weifang plus the hair exhaust equipment, the wrong operation by the exhaust equipment to keep the indoor air fresh , lack, the wind generated by the power of the exhaust device is only used for the exhaust air conditioning _ function 'the wind of the wind' is exhausted after the discharge (four) outdoor, and use 'so the industry provides this kind of resources for this part Thorough plan. For example, the Republic of China Announcement No. M356876 patent pin, which mainly provides a turn-by-turn wind force Wei set 'its main structure includes · a row of fan package. - outer cover, the outer cover is provided with a motor, the motor is fixed In the above-mentioned outer cover, a 'superior connection-(four) unit is provided; the motor is provided with a plurality of exhaust fan blades, a wind power generation unit at the air outlet of the exhaust fan, the wind power generation unit is connected by a duct, and a wind turbine (four) is provided with a tree motor To achieve the purpose of wind power generation and reuse. Although the above structure 'has the advantages of wind power generation and reuse, it reads 3 M415271 and uses the obvious tortoises in the political rate. If only the same duct is used, it will increase the pressure difference in the tube. Increasing the load on the waste exhaust equipment seems to be generating electricity, but its exhaust equipment also increases the amount of current, which is not an effective solution. Furthermore, the other side of the literature on the research of the wind power generation group of the children's fan has different design and financial resources, and it is rare to discuss the use of multi-directional wind power generation. In view of the above, in order to provide a solution to the above-mentioned conventional structure and to achieve the purpose of re-generation when it is effective, the present invention provides a wind power generation group of the factory exhaust fan described in detail below. [New content] The main purpose of this; ii is to provide a wind power generation group with a factory exhaust fan that is susceptible to wind driven rotation. In order to achieve the above objectives, the wind power generation unit of the factory exhaust fan of the creation includes a exhaust fan located at the jade factory and a Wei power generation device, and the fan includes a-call-in air inlet and an air outlet, which provide air inside the factory. The air inlet port enters and exits the external space through the air outlet; the rotary power generating device is independently disposed outside the air outlet of the exhaust fan, and the distance between the rotary power generating device and the air outlet is 0.75M-1.5M. The rotary power generating device includes a _ wind guide seat'-rotating portion and a wind power generating device air guiding seat is arranged outside the air outlet of the exhaust fan, and the rotating portion is provided with a multi-master film in conjunction with the wind deflecting position And _rotating seat, each 4 M415271 blade formed with wind pressure grab, by the air guide to guide the airflow, so that the airflow enters the blade air pressure chamber to form pressure, and the ^ drive the money ship to generate the rotary power, the rotary power can be The wind power generation device is provided to achieve wind power generation. When the wind power generation group of the factory exhaust fan of the present invention is used, the exhaust fan can discharge the internal air (or exhaust gas) of the factory to the external space, and the air discharged at the time generates an air flow, since the airflow does not enter the air guide seat. The resistance is only assisted. Therefore, by designing the wind pressure generated by the air pressure chamber of the blade, only a weak wind is required to drive the entire rotation of the rotating portion to generate the rotational power, whereby the δHai red power generation device only needs The air outlet of the exhaust fan maintains an appropriate distance dimension, and there is no need to install any air guiding device (such as a duct) in the middle, so that the rotating part can achieve an excellent swirling effect by the above characteristics, thereby enabling the wind power generation The device generates electricity to achieve the effect of wind power generation. [Embodiment] The following is a description of the possible embodiments of the present invention, and is not intended to limit the scope of the present invention. Referring to FIG. 1 and FIG. 2, in a preferred embodiment of the present invention, the wind power generation unit of the industrial fan includes a exhaust fan disposed at the factory and a rotary power generator 20. The exhaust fan 10 includes an air inlet ( Not shown) and an air outlet 11' provide access to the air inside the factory from the air inlet and through the air outlet 11 to the outside space. More specifically, in the present embodiment, referring to Fig. 2', the exhaust fan 10 is attached to the roof of the factory building. In another embodiment, please refer to Fig. 3, and the exhaust fan 10 is disposed on the side of the factory building. Compared with the 5 M415271, the '1' is a roof-mounted exhaust fan, which is a type of turbine exhaust fan (as shown in Figure 2). It consists of a plurality of turbine blades. The exhaust fan 10 system on the side of the factory generally has rows. The electric fan of the wind capacity (as shown in Figure 3), of course, can be installed in the factory or the narrator of the thief can also be mutual money, and the aspect of the exhaust fan disclosed in this creation is not limited to this. Referring to FIG. 2 and FIG. 3', the rotary power generating device 2 is independently disposed outside the outlet air nil of the exhaust fan, and the rotational power generating device is separated from the outlet wind by a distance of 0.75 M-1.5 M. More specifically, please refer to the figure! As shown in FIG. 3, the rotary power-injecting device 20 includes a wind-guiding seat 2-rotating slave-wind power generating device 23, and the air guiding seat 21 is fixed to the outside of the exhaust air ση of the exhaust fan, and both The distance is Μ.75Μ-1.5Μ. The air damper 21 is provided with a plurality of air guiding plates 21 arranged in a predetermined direction, and the air guiding plates 211 are annularly arranged to form an accommodating space ′ and formed between the air guiding plates 211. The directional airflow enters, the rotating portion 22 is accommodated in the accommodating space, and the rotating portion 22 is provided with a plurality of blades (2) and a rotating seat in cooperation with the air guiding seat. The air pressure chamber 223 includes a rotating shaft 224 connected to the wind power generating device 23, and the air guiding front guide reduces the money, so that the airflow enters the air pressure chamber 223 of each blade to form a pressure, so that the blade The rotation of the rotating base 222 generates a rotational power, and the rotating power can drive the rotating shaft 224 to rotate, so that the rotating power of the rotating shaft 224 is supplied to the wind power generating device 23 to generate wind power. In addition, referring to FIG. 2, in the preferred embodiment of the present invention, each of the blades 221 has a concave fox groove 22H having a concave direction, and the exhaust fan 6 M415271 is 11 Located below the eccentric position of the air guiding seat 21, and the concave direction of the concave arc groove 2211 of each blade of the eccentric position of the air guiding seat 21 is upward, whereby the wind of the exhaust fan 10 can be blown toward the guide. One side of the wind seat 21, and because the concave direction of the concave arc groove 2211 of each blade on the side faces upward, the rotation speed of the entire rotating portion 22 is made faster, so that the blade 221 drives the rotating seat 222 to generate a larger The rotating power, in turn, causes the rotating shaft 224 to generate a larger rotational power, so that the wind power generation is better. Preferably, the diameter of the air outlet u is not greater than the radius of the air guiding seat 21, so that all the winds of the fan are concentrated on one side of the air guiding seat, and the exhaust fan is more efficiently generated. All of the wind is blown to the rotary power generator. In other possible embodiments (not shown), the wind power generator 20 and the exhaust fan 1 are provided with a wire connector, so that the power generated by the wind power generator can be recovered and reused by the exhaust fan 1 Of course, the wire is connected to other equipment in the factory that requires an external power supply. At the time of use, the wind turbine of the factory exhaust fan of the creation is driven by an external power source, so that the exhaust fan can discharge the internal air (or exhaust gas) of the factory to the external space, and the air discharged at this time. A gas flow is generated. Since the airflow enters the air guiding seat without resistance and only assists, the wind pressure is generated by the air pressure chamber of the blade, and only a weak wind is required to drive the whole rotation of the rotating portion to generate the rotation. The power, whereby the rotary power generating device can maintain the proper distance from the air outlet of the exhaust fan, and any air guiding device (such as a duct) is disposed in the middle, so that the rotating 7 can be characterized by the above features. The M415271 achieves the extreme effect of purchasing (the swirling effect of the distance of the ice bar 75 is called I), and the wind power generating device generates electricity to achieve the effect of wind power generation.
再者該些導風板係呈環狀排列，且各風道係以螺旋向 在内導向’使得不論風自何處吹來’都會有相對應方向的導 風板及風道’令該導風座可無時無刻提供源源不絕的風力， 使本創作之卫廠顧叙風力發電組不僅可達成彻該排風 扇所排出的空氣產生之氣流達到風力發電，而且可達成利用 外邛二間的自然風之氣流令該旋動風力發電裝置產生電力的 功能，令本創作之工廠排風扇之風力發電組具有顯著且不可 預期的進步功效’符合專槪糊狀，纽法提起專利申 請，鑑請鈞局早曰核予專利，實感德便。 【圖式簡單說明】 圖1係本創作之旋動發電裝置之立體圖。Furthermore, the air deflectors are arranged in a ring shape, and each air duct is guided in a spiral direction so that no matter where the wind blows, there will be a corresponding direction of the wind deflector and the air duct. The wind seat can provide endless wind power all the time, so that the wind power generation group of the creation of the manufacturer can not only achieve the wind power generated by the air discharged by the exhaust fan, but also achieve the natural wind of using the outer two. The airflow makes the rotating wind power generation device generate electricity, which makes the wind power generation group of the factory exhaust fan of the creation have significant and unpredictable progress. 'In line with the special paste, Newfa filed a patent application, so please曰 曰 予 patent, real feelings. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a rotary power generating device of the present invention.
Q2係本;作之較佳實施例裝設工廠廠房屋頂之示意圖。 圖3係本創作之另一實施例裝設於工廠廠房側邊之示章圖 2211 :凹弧槽 222 :旋動座 223 :風壓艙 224 :轉軸 23 :風力發電裴置 【主要元件符號說明】 :排風扇 11 :出風口 20 :旋動發電裝置 21 .導風座 211 :導風板 8 M415271 22 ： 221 轉動部 30 :屋頂 :葉片 40:廠房側邊Q2 is a schematic diagram of a preferred embodiment of a factory building roof. Figure 3 is a diagram showing another embodiment of the present invention installed on the side of the factory building. Figure 2211: concave arc groove 222: rotary seat 223: wind pressure chamber 224: shaft 23: wind power generation device [main component symbol description 】 :Exhaust fan 11 : Air outlet 20 : Rotary power generator 21 . Wind guide 211 : Air deflector 8 M415271 22 : 221 Rotation part 30 : Roof: Blade 40: Side of the building