200916656 九、發明說明： 【發明所屬之技術領域】 =_為=魏產生系統及其裝置，尤指—種 ^對流’《驅紐钱置發電之電能產生系統及 【先前技術】 為追求科技的發展與經濟的進步，利用電能來驅 機把成為人魅財砰或缺，而目献部分之魏來= 大仍係利用煤炭、石油、天然氣或鱗燃料，然由於該 L料係為-種非再线源，因此終有使用殆盡之—天；除^ 外^吏用該等非再生能源所產生之污染將嚴重的危害全球環产 生態’因此利用太陽能來發展—種電能產生系統，已為追求： 技與崎妙_時，錢—财雜之錄觸。 【發明内容】 本务月之目的’即在於提供一種利用熱空氣對流，以驅動 發電裝置發電之電能產生系統及其裝置。 為達到上述目的’本發明之電能產生系統及其裝置，包含 有太域裝置、二次加熱裝置與發電裝置；其中： 太％能加熱裳置，主要在於吸收太陽能，以加熱流經其裝 置之介質； —人力…衷置，主要在於對流經太陽能加熱裝置之介質進 -步加熱’以提高介f之溫度，使產生熱空氣對流；、 4 200916656 發電裝置’可藉由埶办扣 供負載愤以驅動發電，俾輪出電能提 加熱裝置之制；X錢所輪出之钱可_提供二次 以驅動發電裝置發電之 藉此’提供一種利用熱空氣對流 電能產生系統及其裝置。 【實施方式】200916656 IX, invention description: [Technical field of invention] =_ = = Wei production system and its devices, especially - kind of convection - "Power generation system for power generation and power generation" [previous technology] For the pursuit of technology Development and economic progress, the use of electric energy to drive the machine to become a charm or lack of talent, and the part of the Wei Lai = large still use coal, oil, natural gas or scale fuel, but because the L material is a species Non-re-source, so the end of the use of - the day; in addition to ^ outside the use of these non-renewable energy pollution will seriously harm the global ring production state - hence the use of solar energy to develop - a power generation system, Has been pursued: technology and Qi Miao _, the money - the miscellaneous record. SUMMARY OF THE INVENTION The purpose of the present invention is to provide an electric energy generating system and apparatus for utilizing hot air convection to drive a power generating device to generate electricity. In order to achieve the above object, the electric energy generating system and the device thereof of the present invention comprise a terrestrial device, a secondary heating device and a power generating device; wherein: too much can heat the skirt, mainly to absorb solar energy, to heat the device through the device Medium; - manpower...intentional, mainly in the step of heating the medium flowing through the solar heating device to increase the temperature of the medium f, so as to generate hot air convection; 4 200916656 power generation device can be used to charge the load In order to drive power generation, the power of the electric power supply device can be turned off; the money that X money can take out can provide a second to drive the power generation device to generate electricity, thereby providing a system and device for utilizing the hot air convection power generation. [Embodiment]
有關本發明為達到目的所運用之技術手段，兹謹再配合第 一圖所示之系統方塊圖，詳細說明如下： 再己口第 =-_示，本發明之電能產生系統，包含有太陽能加 置1Q、二:人加缝置與發電裝置3〇 ;其中： 太陽能加熱裝測(請參„ —晒外主要在於吸收太 月b以加熱流經其裝置之介質（如：空氣或水）。 〜-次加難置20(請參閱第—圖所示），主要在於對流經太 陽月b加熱裝置丨〇之介質進—步加熱，以提高介質之 生熱空氣對流。 餐電裝置30(請參閱第—圖所示）’可||由熱錢對流以驅 電俾輸出電能提供負載4〇之使用；同時，發電裝置3〇所 輪出之電能可回饋提供二次加熱裝置2〇之使用。 耜此，提供一種利用熱空氣對流，以驅動發電裴置發電之 系統者。 嗣’為進一步說明本發明之電能產生系統，茲謹再配合第 5 200916656 及第三圖所示之另—可行實施例，詳 二圖所示之可行實施例， 細說明如下： 如第二圖所示，本發明之電能產生裝置，包含有一太陽能 加熱裝置ίο、二次加餘置2Q與發電裝·;其中：Regarding the technical means used by the present invention to achieve the purpose, the following is a detailed description of the system block diagram shown in the first figure. The power generation system of the present invention includes solar energy plus Set 1Q, 2: people add sewing and power generation device 3〇; where: solar heating test (please refer to „ — outside the sun is mainly to absorb the moon b to heat the medium flowing through its device (such as: air or water). ~-Additional difficulty 20 (see the figure - shown), mainly in the heating of the medium flowing through the solar heating device to improve the convection of the hot air of the medium. Referring to the figure--) can be used by the hot money convection to drive the electric output power to provide the load 4 ;; at the same time, the power of the power generation device 3 可 can be fed back to provide the secondary heating device 2 。. Accordingly, a system for utilizing hot air convection to drive power generation to generate electricity is provided. 嗣' To further illustrate the power generation system of the present invention, it is to cooperate with another feasible implementation shown in 5th 200916656 and the third figure. Case, detail two Possible embodiment, as shown in the fine explained as follows: As shown, the present invention generates a second electric energy FIG means comprises a solar heating apparatus ίο, I add the second power generating means opposed · 2Q; wherein:
鴻能加熱裝置ίο(請參閱第二圖所示），係為—可用以吸 收太陽能H較佳之實施例是，喃t由太陽能加熱裝置 10建構2成-熱空氣對流空間n，該熱空氣對流空間n並以形 成-上窄下寬之錐狀空間為佳；該太陽能加熱I㈣内則具有 可提供空氣流經之通道12，通道12之端口設有鼓風機13，藉由 鼓風機13可強制將外部之空氣由通道12上端吸入，經太陽能加 熱裝置10加熱後，再由通道12下端排入熱空氣對流空間I〗内。 二次加熱裝置20(請參閱第二圖所示），包含有一燃燒機 21，4燃燒機21係為一以氫氣和氧氣為燃料之燃燒裝置，其可 利用燃燒機21之火焰直接對經太陽能加熱裝置1〇加熱後排入熱 空氣對流空間11内之空氣進行二次加熱，以提高空氣之熱能， 俾加速空氣之熱對流速度。 發電裝置30(請參閱第二圖所示），具有一轉軸31，該轉軸 31設置於熱空氣對流空間1丨内，並於轉軸31上設有葉片32。 藉由上述之構造，可利用太陽能加熱裝置1〇及二次加熱裝 置20對空乳加熱’使之於熱空氣對流空間11内產生熱空氣對 流’而利用熱空氣對流得以驅動葉片32經轉軸31帶動發電展置 6 200916656 :轉’進而得以輸出一電能提供負載(第二圖中未揭* 用f 0 又:如第三圖所示，係本發明之電能產生裝置另一可行實 二·’ Γ含有—太陽能加熱裝置1G、二次加熱裝置_發電裝 罝dU，其中： 战能加熱裝置1()(請參閱第二圖所示），係為一可用以吸 收太陽此之裳置；較佳之實施例是，同時藉由太陽能加熱裝置 、建構域熱空氣對流空間n，該熱空氣對流空間Η並以形 成一上窄下寬之錐狀空間為佳；該太陽能加熱裂置_則具有 :可提供水流經之通道12，可使水由通道12上端進入，經太陽能 加熱裝置10加熱後，再由通道12下端排入二次加熱裝置卻内。 二次加熱裝置20(請參閱第二圖所示） -加熱_22與-熱交換·;其中，賴賴 虱耽和乳氣為燃料之燃燒褒置；該加熱鋼爐22具有一進水端221 與出水端222，進水端221與太陽能加熱展之通初銜接， 可將經太陽能加熱裝置1〇加_之熱水導入加熱鋼爐助，而 利用燃燒機21之火焰對經加油爐22内之熱水進行二次加熱， 以提高熱水之溫度，·該熱交換器23係設於熱空氣對流空間此 下部，具有-進水端231與出水端232，進水端231與加熱銷爐泣 之出水端222銜接，可將經加熱鋼爐22二次加熱之熱水導引進入 熱交換器23内，而出水端232則可與太陽能加熱裝之通道12 200916656 銜接，即可將熱交換器23内熱水再導引進入太陽能加熱裝· 内重複使用（第三圖中未揭示）。 撕請參閱第三_示），具有—轉軸3丨，該轉轴 f於熱4對流空間11内，並於轉_上設有葉片32。 错由上述之構造，可利用太陽能加絲置10及二次加埶裝 熱’並藉由熱交換1123得與熱空氣對流空間U内之 工孔仃,，，、父換，以加溫熱空氣對流空間u内之 氣對流空間11内之空氣產生埶 、使，、、、工 重感Η奶n 而利用熱空氣對流得以驅 動葉片32轉補帶紐魏置3峰轉， 提供負載（第三圖中未揭示）之使用者。 Η輪出一電此 由是，從以上所述及實施例可知， 及其裝置確財如下之伽： 產生系統 ㈠由於树日狀魏魅Μ及其較_㈣ :驅動發繼發電’相較於以煤炭、石油 為燃料，其使用成本低廉， ’、㈣或1 浪費。 致以成每境巧染與能源之 (二） =接明之躲產生_及聽置之燃 和氧氣為燃料，而氫氣和氧氣可從水電解而出_ = 致造成環境污染與能源之浪費者。 ，因此其 (三） 由於本發明之電減生系統及其Μ 熱之介質，其取得容易，且可循環重復利用1或水為加 衣蕙设利用，因此不會造 200916656 成環境污染。 (四）ttr之魏產生錢从鼓所產生之钱，除可 1栽之外，_可回健⑽、統及裝置之運作使 用，因此並不需外來之電能提供。 流，=二知’本發明確可利用熱空氣對The Hungeng heating device ίο (see the second figure) is used to absorb solar energy. The preferred embodiment is that the solar heating device 10 constructs a hot air convection space n, which is convective. The space n is preferably formed in a tapered space having a narrow upper and a lower width; the solar heating I (4) has a passage 12 through which air flows, and the port of the passage 12 is provided with a blower 13 through which the outer portion can be forced The air is taken in from the upper end of the passage 12, heated by the solar heating device 10, and then discharged into the hot air convection space I by the lower end of the passage 12. The secondary heating device 20 (refer to the second figure) comprises a burner 21, and the burner 21 is a combustion device that uses hydrogen and oxygen as a fuel, which can directly use the flame of the burner 21 to pass through the solar energy. The heating device 1 is heated and discharged into the hot air to reheat the air in the convection space 11 to increase the heat energy of the air and accelerate the heat convection speed of the air. The power generating device 30 (refer to the second figure) has a rotating shaft 31 which is disposed in the hot air convection space 1 and is provided with a vane 32 on the rotating shaft 31. With the above configuration, the solar heating device 1 and the secondary heating device 20 can be used to heat the empty milk to generate hot air convection in the hot air convection space 11 and the hot air convection can drive the blade 32 through the rotating shaft 31. Drive power generation exhibition 6 200916656: Turn 'and then output a power to provide load (not shown in the second figure * use f 0 again: as shown in the third figure, is another feasible second of the power generation device of the present invention) Γ contains—solar heating device 1G, secondary heating device _ power generation device dU, where: combat energy heating device 1 () (see the second figure), is a device that can be used to absorb the sun; In a preferred embodiment, the hot air convection space n is formed by the solar heating device, and the hot air convection space is preferably formed to form a narrow and wide tapered space; the solar heating crack has: The passage 12 through which the water flows can be provided, so that the water can enter from the upper end of the passage 12, and after being heated by the solar heating device 10, the lower end of the passage 12 is discharged into the secondary heating device. The secondary heating device 20 (refer to the second figure) Shown - heating _22 and - heat exchange; wherein, the lyon and the milk gas are fuel burning devices; the heating steel furnace 22 has a water inlet end 221 and a water outlet end 222, the water inlet end 221 and the solar heating exhibition At the beginning of the connection, the hot water heated by the solar heating device can be introduced into the heating steel furnace, and the hot water in the refueling furnace 22 can be reheated by the flame of the burner 21 to improve the hot water. The heat exchanger 23 is disposed at the lower portion of the hot air convection space, has a water inlet end 231 and a water outlet end 232, and the water inlet end 231 is coupled with the water outlet end 222 of the heating pin furnace, and the heated steel can be heated. The hot water of the secondary heating of the furnace 22 is guided into the heat exchanger 23, and the water outlet end 232 can be connected with the channel 12 200916656 of the solar heating device, so that the hot water in the heat exchanger 23 can be redirected into the solar heating device. · Reuse within (not disclosed in the third figure). For tearing, please refer to the third figure, having a shaft 3丨, the shaft f is in the heat 4 convection space 11, and the blade 32 is provided on the rotation_. According to the above configuration, the solar energy can be set by using the solar wire and the secondary heat is added to the work hole 藉 in the hot air convection space U by the heat exchange 1123, and the father is replaced to heat up. In the air convection space u, the air in the convection space 11 generates enthalpy, squirrel, and sturdiness, and the convection of the hot air is used to drive the blade 32 to turn around and turn around the peak to provide a load (the first Users of the three figures are not disclosed. This is the result of the above-mentioned and the examples. The device and the device are as follows: The production system (1) With coal and petroleum as fuel, its use cost is low, ', (4) or 1 waste. It is the result of the wise dyeing and energy (2) = the hiding of the _ and the burning of the oxygen and oxygen as fuel, and the hydrogen and oxygen can be electrolyzed from the water _ = causing environmental pollution and energy waste . Therefore, (3) due to the electro-attenuation system of the present invention and its hot medium, it is easy to obtain, and can be recycled and reused or water is used for the decoration, so that environmental pollution is not caused by 200916656. (4) The money generated by the ttr's Wei from the drums, except for the one that can be planted, can be used for the operation of the system (10), the system and the device, so no external power is required. Flow, = two knowledge' The present invention does utilize hot air pairs
，：=，本發明確具有顯著之進步，…^ ，有k 4已付合發明專利之要件，羡依法提出專利申請 祈賜專利為禱，至感德便。 w ’該實施例主要僅 之技術手段及其構 ’舉凡依本發明說 ’皆應仍屬本發明 惟以上所述，僅為本發明之可行實施例 在於用以舉例說明本發明為達到目的所運用 造，因此並不能以之限定本發明之保護範圍 明書及申請專利範圍所為之等效變化或修飾 所涵蓋之保護範圍者。 【圖式簡單說明】 第一圖係本發明之系統方塊圖。 第二圖係本發明之可行實施例構造示意圖。 第二圖係本發明之另一可行實施例構造示音圖 【主要元件符號說明】 10太陽能加熱裝置 π 熱空氣對流空間 200916656 12通道 13鼓風機 20二次加熱裝置 21燃燒機 22加熱鍋爐 221進水端 222出水端 23熱交換器 231進水端 232出水端 30發電裝置 31轉軸 32葉片 40負載 10, :=, the invention does have significant progress, ... ^, there are k 4 has already paid for the requirements of the invention patent, 提出 filed a patent application according to law, praying for a patent for prayer, to the sense of virtue. </ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The use of the invention is not intended to limit the scope of protection of the invention and the scope of protection covered by the equivalent changes or modifications. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a block diagram of the system of the present invention. The second drawing is a schematic view of the construction of a possible embodiment of the invention. The second figure is a schematic diagram of another possible embodiment of the present invention. [Main component symbol description] 10 solar heating device π hot air convection space 200916656 12 channel 13 blower 20 secondary heating device 21 burner 22 heating boiler 221 water inlet End 222 outlet end 23 heat exchanger 231 inlet end 232 outlet end 30 power generating unit 31 shaft 32 blade 40 load 10