200831777 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種發電動力一 水槽之儲能壓縮蓄氣筒内之空氣，二人二1利用液體進入 筒同時釋放空氣，上、下設置之㈣内，而上位浮 筒内【已=^完成，產生發蓄氣 iiiH?二====== =:ΐίΐ庫發電之方式乃屬於國營之範圍，= 請參閱附件1及附件2之專利公告影本及發明公開 0901135^)!^^ 500874 5 §£所=224與釋 履τ 36表面所設之空氣室格362内 ㈣ 32 上主也附件2係「新能源—浮力發電」（公開編號：20〇512381，申 ^卞號：順25_)，主要係於裝滿水之賴水槽 ^ 氣之容器m、102、103以及褒滿水之容器1〇4、1〇5、1(Jf1〇7、 108，其主要之動作原理為： ^==!1G1、1()2、1G3自水槽織上浮起，利用 ② 裝滿水之容H 104、1G5、106、107、108自密閉水槽頂向下 沉。 ③ 容器之上浮與下沉循一定的執道140與方向進行，周而復 200831777 始，源源不斷的產生浮力。 同時啟動空氣壓縮機120與真空幫浦121 ;同時完成①、② 指令，使容器源源不絕的上浮與下沉。 上f的2個習知技術中的共通點都是利用壓縮空氣注入附件 1，之空氣室格362内以及壓縮空氣充入附件2之容器内，進而產生 浮力L利用浮力產生上升之動能而連動發電設備。此2種習之技 術在還沒有產生發電之前就必須要耗用能源運轉空氣壓縮機來壓 細空氣，換句話說如果是在沒有任何能源之情況下，此2種發電 裝置將無法使用，而且發電之後必須耗用部份之能源絲驅^空200831777 IX. Description of the Invention: [Technical Field] The present invention relates to an energy storage power tank for storing energy to compress air in a gas cylinder, and the two persons use liquid to enter the cylinder while releasing air, and the upper and lower sides are disposed. (4) Inside, and in the upper pontoon [has been completed = ^, generating gas storage iiiH? 2 ====== =: ΐ ΐ ΐ ΐ 发电 发电 发电 发电 发电 发电 = = = = = = = = = = = = = = = = = = = = = = = = = = = = Film and invention disclosure 0901135^)!^^ 500874 5 §£====================================================================================================== 20〇512381,申^卞号: 顺25_), mainly in the tank filled with water ^ gas container m, 102, 103 and container filled with water 1〇4,1〇5,1 (Jf1〇7 108, the main operating principle is: ^==!1G1, 1()2, 1G3 float from the sink, use 2 filled with water H 104, 1G5, 106, 107, 108 from the closed tank top Sinking. 3 The floating and sinking of the container follows the certain dedication of the 140 and the direction, starting from the beginning of 200831777, a steady stream At the same time, the air compressor 120 and the vacuum pump 121 are activated; at the same time, the 1 and 2 commands are completed, so that the container source is continuously floating and sinking. The common points in the two conventional techniques of the f are compression. The air is injected into the accessory 1, the air chamber 362 and the compressed air are filled into the container of the accessory 2, thereby generating buoyancy L to use the buoyancy to generate the rising kinetic energy to link the power generating equipment. The two techniques are before the power generation has been generated. It is necessary to use energy to operate the air compressor to compact the air. In other words, if there is no energy, the two types of power generation devices will not be used, and after the power generation, some energy consumption must be consumed.
氣壓縮機，因此發電量就會減少，產生之動能或是發電無法百分 之百儲存。 … 【發明内容】 /習知利用浮力產生動能發電之裝置，在還沒有產生發電之前就 必須耗用能源，為的是驅動空氣壓縮機，以便能夠來壓縮空氣， 供應浮力設備所需之壓縮空氣，因此發電之後必須耗用部&之能 源用來驅動空氣壓縮機，因此發電量就會減少，產生之動能或是 餐％播法百为之百應用，此外，在沒有任何能源供應之情況下， 習知之浮力發電裝置將會無法使用。 〜 本發明利用液體進入水槽之儲能壓縮蓄氣筒内之空氣，並釋放 入水槽内之下位浮筒内，而上位浮筒同時釋放空氣並導入液體， 並同日守排出蓄氣同内已釋放儲能之水而完成一循環，藉上、下浮 筒之昇、降交互作動，產生發電。 胃 ' 本發明係於水槽内設有兩浮筒，兩浮筒為一上_下之設置，且 兩浮筒間以鏈條相連，鏈條並繞經兩侧之鏈輪，兩鏈輪内設有反 向設置之單向軸承，鏈輪之轉軸以皮帶輪組連動兩相互嚙合之齒 輪，其一齒輪連接一輸出轴，該輸出轴之鍵輪連動於發電機組$ 本發明利用水槽内之水壓儲能輸入蓄氣筒内將蓄氣筒^空氣擠壓 入下位之浮筒内，使浮筒產生浮力而往上浮昇，另一上位之浮筒 因空氣已流出至儲氣罩内，浮筒逐漸裝滿水產生重力，兩浮筒一 200831777 上父互作動，進而連動發電機組做為發電之動力來源。 雜明不需要藉助任何設備來產生空氣來供應浮筒，既可達到 之下目=全不需藉助額外之動力能^ ;7此源之备、件下，使產生之動力完全轉變為發電之能 ^內ΐ ^需輸人與排出蓄氣筒内之水即能完成將空氣壓縮入浮 成循環之動作’壓縮空氣進人浮筒内產生浮力，無論任 何琢所只需要有水源既能運轉發電。 【實施方式】 請參_ 1圖所示’係本發明之纽邊界圖，主要包含 1曰0 氣筒Λ’該水槽10與一水源80連接’隨時保持水槽 位之㈣’該賴1G接近底雜纽-管體61連接 7至少-個以上之單向氣閥13與水槽1G連接，並 21之位置相對應，兩浮筒23、24以鍵 ‘ 於一發電機組40。 1逆莰亚運動 請參閱* 1圖所示，當浮筒23 —位於下方位置 槽啟水槽1〇與蓄氣筒ϋ之通路，水 ί 甚大’流人纽筒11 _壓空氣，壓、缩空 早向氣閥13流入浮筒23内，並逐漸將浮筒23内之液# 、、^ 1，Ξ上t浮筒24因單向氣閥52與觸壓管54碰觸而開啟， 吉=24内之工乳將被槪，水槽1〇内之液體同步 =至下位之浮筒23 _充滿壓駐氣產生浮力而上昇 内1充滿液體而下降，進入蓄氣筒n之液體將空氣擠壓筒 2旦3後使兩浮筒23、24 _上下移動’液體既已完全釋放壓力『 明芩閱第二、四、五圖所示，本發明液體動能裝置主要係包含 200831777 ，心10，^亥水槽iο與一水源抑， ^置⑽，包含—上水位感應器ιΛ—位伯 處於滿水位之狀態，隨 =以=罩2^間設雜組2]:二浮 11上之兩鏈輪32、於'^間以鏈巧31連接並繞經蓄氣筒 輪32、33之單向轴承係反向言Γ，、，内設有單向軸承，且兩鏈 動單-鏈輪轉動；往夫_二辦’使鏈條31上下滑動時僅能帶 湖以皮帶輪％%之轉轴奶、 36連接一輸出輛38之齒輪36、37，其一齒輪 前述之浮筒23、二"j 鏈輪39連動於發電機組40。 觸屢管53、54對庫，了” 了之向氣闕51、52，得與頂部之 之蓄氣筒11，該Γ气儲^罩12以空氣導管56連接於底部 槽η之動571，靖絲部蓄氣 延伸於水槽1。外部，、並展轉^管體6! 之把侧i-氣筒11)之閉與開，球闕62 部繞至蓄氣筒U頂部 閥經由水槽10頂 浮筒23、24邊证閲13之連杯14上，該繩索64經 64連動球閥62緣曰月輪組65 ’得由浮筒23、24壓掣繩索 §浮筒作動之原理： 輸入用水槽10内之水壓 產生浮二^ 兩浮i 24至儲f下1二浮筒24(23)逐漸裝滿水產生重力， 發電之動力來源。 父互作動，進而連動發電機組40做為 ^ 竽筒之前半循環作動： 印翏閱第1至5圖所示，與水源8〇相連接並保持滿水位之水 200831777 ，10内一浮筒23因内部盛滿水而位於最低位置（下位），另一浮 同24内，盛，空氣而浮昇於最高位置（上位），當浮筒23下降位 於下位日了―，洋筒23之邊緣將會壓掣繩索64(如第二圖所示），繩索 !^動$氣筒11上方之單向氣閥13,連桿14開啟單向氣閥U， 64之另端拉掣球閥62使管體61呈開路狀態，水槽10 由水，排人蓄氣筒11内（將壓力儲能釋放），擠壓内 單向氣閥13已經同步被開啟，空氣將被水逐漸擠 底邱:^山’而稍23内部之水將會被空氣擠壓而由浮筒23 夾^。，朗浮筒23 _找錄脫彈性 之單ΐΐίΓϋ立之ΐ筒24 ’其内部充滿空氣，由於浮筒24頂部 内:ί:5二也百同严觸壓管54頂開形成開路狀態，峨 =24内並推擠空氣流入儲氣罩 汁同—24外’且水亦同時充滿於浮桶24内。J工孔兀王排出 ^珂述頂部之儲氣罩12係位於水面下’儲氣罩 水’當空氣由浮筒24流入儲氣罩罩2内將會充滿 大，料蝴m防蝴之 最高，置之浮筒之二】二'^兩m31步拉掣另-位於 (如第6圖所示），鏈條3ί在游動時同時驅古^1置互相倒置 因為兩鏈輪32、33裝設單向轴承之龄，徭古動皮f輪組34、35， 浮昇部位之浮筒23侧），另一鏈之鏈輪犯作動（暨 23將會由皮帶輪組34連動輪出軸38,、隹而^"，因此上升之浮筒 組40做為發電之動力來源。 由鏈輪39驅動發電機 …請參閱第5、6、7圖所示，當下位之 p "23 t 64，64 200831777 彈性元件63之拉掣而回復，使得水槽1〇盥其 而蓄氣筒11則呈開啟之狀態，因此苦王封閉之狀態’ 出（排出無壓力能量之水，壓力能量 =卞同厂11内之積水將會被排 睛參閱第6圖所示，本發明浮筒徭主彡 二=3 ”昇之同; 之空氣流人頂部之儲氣罩12内，此=筒23内 =23内並推擠_人儲氣罩12 ^到 23内，且水亦同時充滿於浮桶23内。 ，、凡王排出斤同 而另一浮筒24同步沉落於下位時，浮筒 連旱64連動蓄氣筒11上方之單向氣闕13Ϊ ft Ρί開啟早向氣閥13’同時繩索％之另端拉掣球閥62使管妒 壓槽1〇内之水藉由水壓而排入蓄氣筒11内（將 力^^)，松壓内部之空氣，由於單向氣閥13已經同步二 二Ϊίίίί逐?賴〜销24内’而浮筒24畴之水將會 tit _ 24底部往外排出至水槽1G内，直到浮筒24 内充^工氣亚擺脫彈性夾91之挾持力而往上浮昇。 64, irm筒24往上浮料’料24之邊緣將會脫離繩索 梯ji·«鳊之球閥把手621受到彈性元件63之拉掣而回復， i仔ί A與=61呈糊之狀態，崎氣筒11則呈開啟之狀 g =畜關11内之積水將會被排ώ (排出無壓力能量之水， 2 =於严壓空氣時被空氣吸收成為遷縮空氣並被擠入浮筒 内）’畜乳同11之壓力降低且低於儲氣罩12之壓力，此時頂部儲 200831777 ^罩12内之空氣將會同步推頂單向閥571而排入底部之蓄氣筒11 ^汙筒之作動將完成後半循環作動；同時藉由鏈條31同時 輪組35，因為兩鏈輪32、33裝設單向軸承之故，僅有鏈 =1動（暨浮昇部位之浮筒24側），另一鏈輪32產生空轉，因 ΐΓ筒24將會由皮帶輪組35連動齒輪37改變旋轉方向而 軸38旋轉，進而由鏈輪39驅動發賴組40運轉，·據此 或始地上、下浮昇與沉降，不斷地帶動發電機組4〇運轉，做 為發電之動力來源。 切r 1 乂 §外來液壓能源之實施例·· 身水所示，本發明得利用外來液麼能源，不需使用自 液壓能源只需與蓄氣筒1具有一適 1田1内in哕’^用此，^差㈣產生之壓力既可擠壓蓄氣筒 n 來之液塱能源諸如水池、魚池、水塔、蓄水池... =失之液體將不 示之= 間就不需要有管體61(如第3圖所 水與液屢能源連接，因此液壓能源之 JC貝二口貝不尚要太溝究，適用之環境可以更為寬廣。 為===:用二槽1内之液體可以置換 趙，嶋㈣内早之====== 餘問題，機構之設計可以更簡易。 、、 舄考里鏽 據此週而復始地循環運轉，得已不斷 本實施例亦不需藉助任何動能設備 轉發電。僅而有水源之場所暨能不斷地循環運 §液壓能壓縮空氣之實施例： 請參閱第1G圖所示，本發明利用 生壓縮’得翻於工業或是水（>)池打内之空氣產 所示，一水槽H)，該水槽10得為一般之蓄‘工=之= 1 200831777 Ϊί!是;Ϊϋί一湖、泊、，是水庫’其内部置設一蓄氣 二+水㈣外部’—賴騎管路Μ設於水槽it 2二tV _能源管路94末端與輸水管路93末端連接於 可以控制液體流入蓄氣筒11或是由蓄 底斤示’利用水槽1〇内部所積存液體之能量，在 长iitrf、4内將會有壓力存在(可依Be_ui定理 外ίΐ) ’畜氣筒11由入氣管路921及排氣管路股2盘 ，故其内充滿1大氣壓之空氣(錶壓力為零Pg=〇)，夢由 二制，95將液壓能源管路94與輸水管路93接通，水槽1〇二 內筒，侧力，故液體將會排曰入蓄氣筒 ，空—流’入氣管路921藉單向 二= 或者如第12 _示，直接排人水槽㈣ 二，乳氧（該藉單向止回閥923防止液體回流），如 ^ 苦；二種養殖業，無須再由發電機打水使空 $ Π 96 , ttaw 筒€^體自^卿閥95，或是使控侧95轉向，使蓄氣 閥9?ί，ΐ13圖所示’當蓄氣筒11内液體達到滿水位時中制 液壓能源管路94，並使輸水管路93與外部導i ==11内之將會排出到外界，畴藉由入 而筒11内’藉此完成液體麵空氣之魏，只要週 设=、地運作，既可不義產生獅錄。 ^ 可述裝置液體之水槽10如果只是一般之液體儲槽，若要能约 12 200831777 週而復始地壓縮空氣，水样肉 雜 ^ 10 ΤΙΦ#1.7^ 80^Χ^-^；7： 10 水位感應器102 ’以便確保水槽 ^立感應益1(H、下 統才能持續運作。而如果裝^體滿水位之狀態，系 (液體），系統就可以持續地運作。 _ /、要水庫有存積水源 = 上所述可得知本發明不需要藉 機）產生线來供麟筒，既 備^氣壓縮 目的’完全不需藉助額外之動力能源，以任=到發電之 下’使產生之動力完全轉變祕雷料任何能源之條件 費能源啟動线_機之缺點， 度浪費水源及浪 ;所之環境而改變水槽箱體之高度，;茲^ =具有水源之場所既可使本發明運轉發等，只 付合發明♦利之中請要件，緣依法Ί 以性’誠能 【圖式簡單說明】 Μ 第1圖係本發明之系統邊界圖 ，2圖係本發明系統作動之示意圖 ^3圖係本發明之前視組合剖視圖 ，4圖係本發明之側式組合剖視圖 $ 5圖係本發明之俯視組合剖視圖 ，6圖係本發明兩浮筒作動之位置示意圖 第7圖係本發明繩索之聯結示意圖 第8圖係本發明浮筒作動示意^ =圖^發明_外來液魏社實施 弟0圖係本發明侧液H源產生 弟11圖係本發明利用液壓能源加壓空 知例圖 第12圖係本發明對水槽内液體輸人空氣之示^Gas compressors, so the amount of electricity generated will be reduced, and the generated kinetic energy or power generation cannot be stored in 100%. ... [Summary of the Invention] / The device that uses buoyancy to generate kinetic energy to generate electricity must consume energy before power generation has occurred, in order to drive the air compressor so as to be able to compress the air and supply the compressed air required for the buoyancy equipment. Therefore, after power generation, it is necessary to use the energy of the department & to drive the air compressor, so the amount of power generation will be reduced, and the kinetic energy generated by the kinetic energy or the meal will be applied. In addition, in the absence of any energy supply. Next, the conventional buoyancy power unit will not be available. ~ The invention utilizes the energy of the liquid to enter the water tank to compress the air in the gas storage cylinder and release it into the lower pontoon in the water tank, while the upper pontoon simultaneously releases the air and introduces the liquid, and releases the stored energy in the same day as the deflated gas storage. The water completes a cycle, and the rise and fall of the upper and lower floats interact to generate electricity. The invention has two pontoons arranged in the water tank, the two pontoons being arranged in an upper _ lower, and the two pontoons are connected by a chain, the chain is wound around the sprocket on both sides, and the two sprocket wheels are provided with a reverse setting The one-way bearing, the rotating shaft of the sprocket is connected with two mutually meshing gears by a pulley set, one gear is connected to an output shaft, and the key wheel of the output shaft is linked to the generator set. The invention utilizes the water pressure storage energy input in the water tank. In the gas cylinder, the air cylinder is squeezed into the lower pontoon, so that the buoy is buoyant and rises upward. The other pontoon is discharged into the air hood due to the air, and the pontoon is gradually filled with water to generate gravity. 200831777 The father moved to each other and then connected the generator set as a source of power for power generation. Zaming does not need any equipment to generate air to supply the buoy, which can achieve the following goals: no need to use additional power; ^ This source of equipment, under the equipment, the power generated is completely converted into power generation ^ 内ΐ ^The need to enter and discharge the water in the gas cylinder can complete the action of compressing the air into the floating cycle. 'Compressed air enters the buoy to generate buoyancy. No matter what kind of water, only the water source can run and generate electricity. [Embodiment] Please refer to the figure _ 1 for the boundary diagram of the present invention, which mainly includes 1曰0 air cylinder Λ 'The water tank 10 is connected with a water source 80. 'The water tank is kept at any time. (4) 'The Lai 1G is close to the bottom The neo-tube body 61 is connected to at least one or more of the one-way air valves 13 connected to the water tank 1G, and the positions of 21 are corresponding to each other, and the two buoys 23, 24 are keyed to a generator set 40. 1 Counter-Asian movement Please refer to *1 picture, when the pontoon 23 is located in the lower position slot, the water tank 1 〇 and the gas cylinder ϋ passage, the water ί very large 'flowing people's barrel 11 _ pressure air, pressure, shrink early The air valve 13 flows into the pontoon 23, and gradually opens the liquid #, 、 1, 1 on the pontoon 23, and the pontoon 24 is opened by the one-way air valve 52 and the contact pressure tube 54. The milk will be smashed, the liquid in the tank 1 is synchronized = the pontoon 23 to the lower position _ full pressure is used to generate buoyancy and the inside is raised, 1 is filled with liquid and drops, and the liquid entering the gas cylinder n is squeezed by the air cylinder 2 The two floats 23, 24 _ move up and down 'the liquid has completely released the pressure'. As shown in the second, fourth and fifth figures, the liquid kinetic energy device of the present invention mainly comprises 200831777, the heart 10, the ^ sink and the water source. , ^ set (10), including - the upper water level sensor ιΛ - position in the state of full water level, with = = = cover 2 ^ between the set of 2]: two floats on the two sprocket 32, between the The chain 31 is connected and wound around the one-way bearing of the gas storage cylinders 32, 33, and has a one-way bearing therein, and the two-chain moving single-sprocket rotates. When the chain 31 is slid up and down, only the lake can be belted with a pulley of %% of the shaft milk, 36 is connected with an output 38 gear 36, 37, one of the gears of the aforementioned buoy 23, two "j The sprocket 39 is linked to the generator set 40. The pair of tubes 53 and 54 are connected to the reservoir, and the gas cylinders 51 and 52 are connected to the gas reservoir 11 at the top. The helium gas storage cover 12 is connected to the bottom groove η by the air conduit 56. The wire accumulating gas extends to the water tank 1. The outside, and the side of the pipe body 6! is closed and opened, and the ball sill 62 is wound around the top of the gas cartridge U. On the side of the 14 cups of the 14 side of the license, the rope 64 is connected to the ball valve 62 by the 64-way ball valve 62. The principle of the pontoon is activated by the pontoons 23 and 24: The water pressure generated in the water tank 10 is input. Float two ^ two float i 24 to store f lower 1 two floats 24 (23) gradually filled with water to generate gravity, power source of power generation. Father interaction, and then linkage generator set 40 as ^ 竽 cylinder before the half cycle: printing Referring to Figures 1 to 5, water connected to the water source 8〇 and maintained at the full water level 200831777, a pontoon 23 in the 10 is located at the lowest position (lower position) due to the internal full of water, and the other float is within 24, Sheng , the air rises to the highest position (upper position), when the pontoon 23 descends in the lower position, the edge of the ocean tube 23 will crush the rope 64 (such as Figure 2), the rope! ^ move the one-way air valve 13 above the air cylinder 11, the connecting rod 14 opens the one-way air valve U, 64 the other end pulls the ball valve 62 to open the pipe body 61, the water tank 10 The water is discharged into the gas cylinder 11 (the pressure storage energy is released), and the one-way air valve 13 in the squeeze has been opened simultaneously, the air will be gradually squeezed by the water. Qi: ^山' and the water inside the 23 will be The air is squeezed and clamped by the pontoon 23. The ventilator 23 _ 找 脱 脱 ΐΐ ΐΐ 24 24 24 24 24 24 ' ' ' ' 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 24 54 open to form an open state, 峨 = 24 and push the air into the gas hood juice with the same - 24 outside 'and the water is also filled in the floating bucket 24 at the same time. J Gong Kong 兀 Wang discharge ^ 顶部 top of the gas hood The 12 series is located under the water surface 'air storage hood water'. When the air flows from the pontoon 24 into the gas storage hood 2, it will be full of large, and the butterfly m will be the highest, and the pontoon will be placed two] two two m31 steps. Another-located (as shown in Fig. 6), the chain 3ί is in the middle of swimming while driving the ancient ^1 to reverse each other because the two sprocket 32, 33 is equipped with a one-way bearing age, 徭古动皮f wheel set 34 35, on the side of the buoy 23 of the floating part, the sprocket of the other chain is activated (the cum 23 will be connected by the pulley set 34 to the shaft 38, 隹 and ^", so the rising pontoon group 40 is Power source for power generation. The generator is driven by the sprocket 39... Please refer to the figures 5, 6, and 7 to restore the lower part of the p "23 t 64,64 200831777 elastic element 63, so that the sink 1〇 In the meantime, the gas cartridge 11 is in a state of being opened, so the state of the closed king of the bitter king is out (the water without pressure energy is discharged, the pressure energy = the water in the same plant 11 will be arranged as shown in Fig. 6, The pontoon of the present invention has the same enthalpy of the enthalpy; the air hood is located in the air hood 12 at the top of the air flow, and the inside of the cylinder 23 is inside the 23 and pushes the _ human air hood 12 ^ to 23, and the water It is also filled in the floating bucket 23 at the same time. When the king discharges the pound and the other float 24 sinks in the lower position, the float is connected to the drought 64 and the one-way gas above the gas cylinder 11 is 13 ft ft Ρ ί opens the early air valve 13' while the rope is at the other end The ball valve 62 causes the water in the tube 1 groove to be discharged into the gas cartridge 11 by the water pressure (the force is ^^), and the internal air is loosened, since the one-way air valve 13 has been synchronized two or two times. Lai ~ pin 24 inside 'and the water of the buoy 24 domain will tap the bottom of the bottom _ 24 out into the sink 1G, until the buoy 24 is filled with the power of the elastic clip 91 and rises upward. 64, irm tube 24 up the floating material 'the edge of the material 24 will be off the rope ladder ji · «鳊 ball valve handle 621 is pulled by the elastic element 63 to recover, i ί A and = 61 in a state of paste, the mastic tube 11 is open, g = the water in the livestock gate 11 will be drained (the water without pressure energy is discharged, 2 = the air is absorbed into the air and squeezed into the float when the air is pressed) The pressure of the milk 11 is lower and lower than the pressure of the gas storage hood 12, at this time, the top storage 200831777 ^ the air in the cover 12 will simultaneously push the check valve 571 and discharge into the bottom of the gas cartridge 11 After the completion of the second half of the cycle; at the same time by the chain 31 at the same time the wheel set 35, because the two sprocket wheels 32, 33 are equipped with a one-way bearing, only the chain = 1 move (the side of the buoy 24 of the floating part), another chain The wheel 32 is idling, because the drum 24 will be rotated by the pulley set 35 to change the direction of rotation of the gear 37 and the shaft 38 is rotated, and then the sprocket 39 drives the squad group 40 to operate, according to which the ups and downs rise and fall, Continue to drive the generator set 4 〇 operation, as a power source for power generation. Example of cutting r 1 乂§External hydraulic energy ·························································································· With this, the pressure generated by the difference (4) can squeeze the liquid from the gas cylinder n, such as a pool, a fish pond, a water tower, a reservoir... = the liquid that is lost will not be shown = there is no need for a tube 61 (As shown in Figure 3, the water and liquid are connected with energy, so the JC shellfish of hydraulic energy is not too gully, and the applicable environment can be wider. For ===: use the liquid in the two tanks 1 It is possible to replace Zhao, 嶋 (4) in the early ====== remaining problems, the design of the organization can be more simple. 、, 舄考里锈 according to this cycle and again and again, has not continued to use this kinetic energy The device forwards electricity. The only place where there is a water source and the ability to continuously circulate the hydraulic energy to compress the air: As shown in Figure 1G, the present invention utilizes raw compression to turn over industry or water (>) As shown in the air production in the pool, a sink H), the sink 10 has to be a general storage 'work = = 1 2008317 77 Ϊί! Yes; Ϊϋί a lake, mooring, is a reservoir's internal storage of a gas 2 + water (four) external '- Lai riding pipeline Μ set in the sink it 2 2 tV _ energy pipeline 94 end and water pipe The end of the road 93 is connected to the energy that can control the flow of the liquid into the gas storage cylinder 11 or the liquid accumulated in the interior of the water tank, and there will be pressure in the long iitrf, 4 (may be based on the Be_ui theorem) 'The gas cylinder 11 consists of two inlets of the gas inlet line 921 and the exhaust line, so it is filled with 1 atmosphere of air (the gauge pressure is zero Pg = 〇), the dream is made of two, 95 will be the hydraulic energy pipeline 94 and lose The water pipe 93 is connected, the water tank 1 〇 two inner cylinders, side force, so the liquid will be drained into the gas storage cylinder, and the air-flow 'air inlet pipe 921 borrows one-way two = or as shown in the 12th, directly drains the sink (4) Second, the milk oxygen (the one-way check valve 923 prevents the liquid from flowing back), such as ^ bitter; two kinds of aquaculture, no need to be pumped by the generator to make the air $ Π 96, ttaw tube ^ ^ body from ^ Qing valve 95, or the control side 95 is turned to make the gas storage valve 9?, ΐ13 shown in the figure 'When the liquid in the gas cylinder 11 reaches the full water level, the hydraulic energy pipeline 94 is made. And the water supply line 93 and the external guide i == 11 will be discharged to the outside, the domain by the inside of the cylinder 11 'by this to complete the liquid surface air Wei, as long as the circumference =, the ground operation, can be unjust Produce a lion record. ^ If the tank 10 of the liquid can be described as a general liquid storage tank, if it can be compressed by about 12 200831777 weeks, the water sample is mixed. 10 ΤΙΦ#1.7^ 80^Χ^-^;7: 10 Water level sensor 102 'In order to ensure that the sink is inductive 1 (H, the lower system can continue to operate. And if the body is full of water, the system (liquid), the system can continue to operate. _ /, the reservoir has a reservoir of water = As described above, it can be seen that the present invention does not require an opportunity to generate a line for the cylinder, and the purpose of the gas compression is to completely eliminate the need for additional power energy, so that the power generated is completely Change the conditions of any energy source of the mines, the energy start line _ machine shortcomings, waste water and waves; change the height of the tank body in the environment; ^^=where the water source can make the invention run, etc. , only pay for the invention ♦ profit, please ask for the content, the law is based on the principle of 'sincerity [simplified description of the schema] Μ Figure 1 is the system boundary diagram of the invention, 2 diagram is the schematic diagram of the system actuation of the invention ^ 3 diagram Prior to the present invention, a sectional view, 4 The side view of the present invention is a cross-sectional view of a side view of the present invention. FIG. 7 is a schematic view showing the position of the two floats of the present invention. FIG. 7 is a schematic view of the connection of the rope of the present invention. FIG. 8 is a schematic diagram of the operation of the float of the present invention. Figure 2 invention _ foreign liquid Wei Shi implementation brother 0 map system side liquid H source generation brother 11 diagram system of the present invention using hydraulic energy pressure air vacancy example diagram 12 is the invention of the liquid in the sink into the human air display ^
13 S 200831777 第13圖係本發明排出液體並輸入空氣之示意圖 【主要元件符號說明】 10水槽 12儲氣罩 14連桿 23、24浮筒 32、33鏈輪 34、35皮帶輪組 38輸出軸 40發電機組 53、54觸壓管 571單向閥 62球閥 63彈性元件 65滑輪組 91彈性夾 922排氣管 93輸水管路 95控制閥 100水位偵測裝置 102下水位感應器 11蓄氣筒 13單向氣閥 21、22滑柱組 31鍵條 321、331 轉軸 36、37齒輪 39鏈輪 51、52單向氣閥 57空氣導管 61管體 621把手 64繩索 80水源 921入氣管 923、924單向止回閥 94液壓能源管路 96水位感測器 101上水位感應器 1413 S 200831777 Figure 13 is a schematic diagram of the present invention for discharging liquid and inputting air [Description of main components] 10 sink 12 gas storage cover 14 connecting rod 23, 24 buoy 32, 33 sprocket 34, 35 pulley set 38 output shaft 40 generating electricity Units 53, 54 contact pressure tube 571 check valve 62 ball valve 63 elastic element 65 pulley block 91 elastic clamp 922 exhaust pipe 93 water supply line 95 control valve 100 water level detecting device 102 lower water level sensor 11 gas storage tube 13 one-way air valve 21, 22 spool group 31 key bar 321, 331 shaft 36, 37 gear 39 sprocket 51, 52 one-way air valve 57 air duct 61 pipe body 621 handle 64 rope 80 water source 921 air pipe 923, 924 one-way check valve 94 hydraulic energy pipeline 96 water level sensor 101 water level sensor 14