201107593 10右側擺桿上端之扳子頭：即右側擺桿上端圓環形之 扳子，與飛輪组外側組件之轉盤結成一體，町帶動 轉盤轉動。 π輪較：其外側與飛輪之内側組件相聯結。 7鍊輪輻條：用以聯結鍊輪之輪轂與輪緣。 13鍊輪輪緣：即鍊輪之輪框，沿鍊輪輪緣上均為扣鍊 齒。 鍊條：用以帶動增速機之低速軸轉動。 15發電機：為交流發電機。 即#輪箱，#以提高發電機之轉速。 17發電機台座：供安裝發電機。 Μ增速機台座：供安裝增速機。 19鋼鈑底盤：供安裝全部之設備，俾確保各項設備相 互間之相對位置保持固定。 $〇支架，鈑：支架與鋼鈑底盤之聯結部位。 1 Hit用以支撐輪轴供安裝鍊輪、飛輪組與擺動桿 等設備。 22輪軸：為鍊輪、飛輪組及擺桿等之轴。 £ 桿之前後側時，可制止擺桿擺動。 24制動桿架·供放置制動桿之支架。 $增速機低逮軸：增逮機轉速較低之機軸。 ^6増速機高速轴：增速機轉速較高之機 27螺絲帽：固定輪轴之用。 五、 本案俾減少擺桿之轉動摩擦力。 、若有化予式時，請揭不最能顯示發明特徵的化學式： 無 六、 發明說明： 【發明所屬之技術領域】 松式」巧洋波浪發電，係在於利用海洋波浪 ，俯後仰或前仰後俯之交替振蘯擺 船上之擺桿與擺錘亦隨之作前後擺動。藉擺桿與 5S與生ίΐ鍊輪輪緣上之鍊條帶動 【先前技術】 3之，洋波浪發電方式，在國内外均有研發創如： ί本印i國暴f爾挪威、西班牙、葡萄牙、瑞典、丹 ίϋϊ電裝ί，衫尚在實驗㈣段或改良階ί所ϊ商 f 寥無幾。在國内雖有本類技術之研發，但 忠呈現。有關先前技術，外國之研發概 L於朝向波浪之長形沉箱中築設多數之通道，每一 ，置兩單向水閥，海水可經由通道湧進蓄水池。當蓄 ΐίίΐί到2水位後，關閉進水σ水閥，並開啟 ^巧’放水驅動水輪機發電。迄蓄水池 ΐίί rtf位時，關出水口水閥，並開啟進水 ，二ff i ί吏海水可再汤進蓄水池，如此週而復始。 .3，構築—逐漸縮小之水道，使波浪湧 之卺二f?/、浪頭，海水溢流過蓄水池之牆壁後蓄存 於蓄水池中，然後放水驅動水輪機發電。 • ii5irSaI!!r DUCk)，係在海水面處設凸輪裝置，於 以欽鍊固定於礙座上，藉波浪之衝擊，使凸 鍊作擺動，並利用凸輪内設置之機械扭動 作功而發電。 4·，振係將設有分隔餘腔之長形沉箱财於海 土，並t用波浪衝擊湧進艙膛形成海水水柱之上下運 ，’以壓送大量空氣，再藉低墨空氣推動氣渦輪機發 5H式^U利用—漂浮之圓筒形構造物，其内部 it ί’連桿之另一端則錯旋於海床，構造 if 、低壓槽及閥。當波浪之能量大於構 力ί，將形成一往上拉扯力，而使活塞連 桿向下運動；當波浪之波谷到達時，構造物本身之重 201107593 量使構造物下沉，推動活塞連桿向上運動，如此週而 復始，藉波浪之帶動活塞連桿往復運動，壓縮空氣或 流體驅動渦輪機發電。 【發明内容】 本發明之主要設備包括： 1.浮船或膠筏：係用以承載全部相關設備，並錨泊於近岸 之海面上，船艏迎向波浪，使船體隨波浪之起伏而作前 俯後仰或前仰後俯之擺盪運動。 2·鋼構支架：四腳之鋼構支架，係固定於鋼鈑底盤上，用 以支撐附帶鍊條之鍊輪、飛輪組、擺桿及擺錘等驅動設 備。201107593 10 The upper end of the swing rod on the right side of the swing rod: the upper end of the right swing rod is a circular ring, which is integrated with the turntable of the outer assembly of the flywheel group, and the drum drives the turntable to rotate. π wheel comparison: the outer side is connected with the inner component of the flywheel. 7 spoke spokes: used to join the wheel and rim of the sprocket. 13 sprocket rim: the wheel frame of the sprocket, which is sprocket on the sprocket rim. Chain: It is used to drive the low speed shaft of the speed increaser. 15 generator: for the alternator. That is #轮箱,# to increase the speed of the generator. 17 generator pedestal: for the installation of generators. Μ Increaser pedestal: for installing speed increaser. 19 steel stern chassis: for the installation of all equipment, to ensure that the relative position of each equipment is fixed. $〇 bracket, 钣: the joint between the bracket and the steel sill chassis. 1 Hit is used to support the axle for the installation of sprocket, flywheel set and swing lever. 22 axles: shafts for sprocket, flywheel and pendulum. When the front side of the rod is in front of the rod, the swing of the swing rod can be stopped. 24 brake lever bracket · bracket for the brake lever. $ increase speed machine low catch shaft: increase the machine shaft with lower speed. ^6 Idle speed high speed shaft: machine with higher speed increaser 27 screw cap: for fixed axle. 5. This case reduces the rotational friction of the pendulum. If there is a chemical formula, please uncover the chemical formula that best shows the characteristics of the invention: None. 6. Description of the invention: [Technical field of invention] Loose-type "Chaoyang wave power generation" is based on the use of ocean waves, tilting back or The swinging lever and the pendulum on the ship are alternately vibrating in front and back. Driven by the swinging rod and the chain of the 5S and the ΐ ΐ sprocket wheel rim [Prior Art] 3, the ocean wave power generation method, has research and development at home and abroad: ί本印i country violence f Norway, Spain, Portugal , Sweden, Dan ϋϊ ϋϊ ϋϊ ,, shirt is still in the experimental (four) paragraph or improved order ί ϊ f 。 。 。 Although there are research and development of this type of technology in China, it is loyal. Regarding the prior art, foreign R&D has built a majority of channels in the long caisson facing the waves. Each of them has two one-way water valves, and the seawater can flow into the reservoir through the passage. After storing ΐίίΐί to the 2 water level, close the inlet σ water valve and turn on the water to drive the turbine to generate electricity. When the reservoir is ΐίί rtf, close the nozzle water valve and open the water inlet. The second ff i 吏 sea water can be poured into the reservoir again. .3. Constructing—a gradually narrowing waterway that causes the waves to rush into the reservoir and then accumulate in the reservoir and then drain the water to drive the turbine to generate electricity. • ii5irSaI!!r DUCk), which is equipped with a cam device at the sea surface, which is fixed to the obstruction seat by the chain, and the rock is oscillated by the impact of the wave, and the mechanical torsion work is set in the cam to generate electricity. . 4·, the vibrating system will be provided with a long caisson that separates the cavities from the sea, and will be transported by the wave impact into the cabin to form a seawater column, which will send a large amount of air and then push the air with low ink. The turbine sends a 5H-type U-utilized-floating cylindrical structure, the other end of which is internally twisted on the seabed, constructing if, low pressure trough and valve. When the energy of the wave is greater than the force ί, a pulling force is formed, and the piston rod is moved downward; when the wave trough reaches, the weight of the structure itself is 201107593, the structure sinks and pushes the piston rod. The upward movement, so repeated, the reciprocating motion of the piston rod by the wave, the compressed air or fluid drives the turbine to generate electricity. SUMMARY OF THE INVENTION The main equipment of the present invention includes: 1. A pontoon or plastic raft: used to carry all relevant equipment and anchored on the sea surface near the shore, the stern welcoming the waves, so that the hull is undulating with the waves Swinging forward or backward or leaning forward. 2. Steel frame bracket: The four-legged steel frame bracket is fixed on the steel stern chassis to support the sprocket with the chain, flywheel set, pendulum and pendulum drive equipment.
3·擺桿：擺桿係成對，分設於飛輪組之外側。擺桿之上端 以扳子頭與飛輪組外側組件之轉盤結成一體；其下端附 加擺錘’使成為一可自由擺動之擺動體。當擺桿與飛輪 組外側组件之齒槽輪在驅動模式方向擺動時，則内側组 件内之棘爪輪將與鍊輪亦隨之在一定之轉動方向轉 動。擺桿下端之擺錘兩側，均沿擺錘中心擺動之轨跡設 置側導輪’使擺桿雖在浮船左右搖晃時，依然得以隨時 保持在固定之正常軌跡上擺動 4·飛輪組：飛輪組亦成對，分設於鍊輪輪穀之外側β飛輪 組係由兩個環環相套之組件所組合而成。内側組件可栓 入或套至鍊輪之輪轂上；外側組件為齒槽輪及轉盤，其 中轉盤則與擺桿上端之扳子頭結成一體。飛輪組之内側 组件有滾軸承、棘爪、彈簧以及栓梢等構件。 棘輪之運作方式為： 棘爪之一端，以栓梢固定於飛輪組之内側組件；另一 =藉由彈簧控制，使之緊靠於飛輪外側組件周邊上一連 f之齒槽上。當擺桿在媒動模式方向轉動時，因彈著之 棘^便槽中’帶動飛輪組之内側组件隨 之轉動，並同時帶動鍊輪轉動。 跳空模式方向轉動時，此時棘爪會在齒槽輪上 跳玉滑過，而飛輪组之内側組件及鍊輪仍繼續維持在原 2011075933. Pendulum: The pendulum rods are paired and placed on the outer side of the flywheel group. The upper end of the swinging rod is integrally formed with the turntable of the outer assembly of the flywheel assembly; the lower end is provided with a pendulum 'to make it a swingable body that can swing freely. When the oscillating weight of the swing rod and the outer assembly of the flywheel group is swung in the driving mode direction, the pawl wheel in the inner component will rotate with the sprocket in a certain direction of rotation. On both sides of the pendulum at the lower end of the pendulum, the side guide wheels are arranged along the trajectory of the pendulum center. When the swing bar is shaken left and right on the floating ship, it can still be kept on the fixed normal track at any time. 4. Flywheel group: Flywheel The group is also paired, and the β-flywheel group which is disposed outside the sprocket wheel valley is composed of two components of the ring-loop phase sleeve. The inner component can be bolted or sleeved onto the hub of the sprocket; the outer component is a cogging wheel and a turntable, wherein the turntable is integral with the wrench head at the upper end of the swing bar. The inner side of the flywheel assembly has components such as roller bearings, pawls, springs, and bolt tips. The operation of the ratchet is as follows: one end of the pawl is fixed to the inner component of the flywheel set by the bolt tip; the other is controlled by the spring to abut against the tooth groove of the f on the periphery of the outer component of the flywheel. When the swinging lever rotates in the direction of the medium mode, the inner component of the flywheel group is rotated by the bullet in the slot, and the sprocket is rotated at the same time. When the gap mode is rotated, the pawl will jump over the cog wheel, and the inner component and the sprocket of the flywheel group will remain in the original 201107593.
來之轉動狀態。 I 亦即飛輪組之外側組件可隨擺桿之擺動作雙方向轉 動；而内側組件與鍊輪聯結’僅能帶動鍊輪在固定之單 一轉動方向轉動’而在反方向作跳空轉動。The state of rotation. I, that is, the outer side assembly of the flywheel group can be rotated in both directions with the pendulum swinging motion; the inner component and the sprocket coupling can only drive the sprocket to rotate in a fixed single rotation direction and perform a gap rotation in the opposite direction.
5.鍊輪：亦即為僅可在固定之單一方向轉動之鍊齒輪。鍊 輪由輻射狀之輻條連繫於與飛輪組之内側組件相聯結 之輪轂上，以形成一禮。沿鍊輪之輪緣上均為扣鍊齒’ 係用以扣帶鍊條，再藉鍊條帶動增速機之低速轴轉動。 6·增速機：增速機亦即為齒輪箱，其低速轴以鍊條與鍊輪 相聯結，其高速轴則與發電機機轴相聯結。設置增速 機之主要目的，係在於藉以提高發電機之轉速，俾減 小發電機之體積。 7·發電機：係為交流發電機，輸出之電力，再經過轉換器， 俾穩定轉速、頻率與電流，然後以電力電纜輸送至設 置於岸上之電力接收站之變壓器，經變壓之後再進入 輸電系統。 【實施方式】 1·將承载本發明相關設備之浮船或膠筏，錨泊於近岸之 海面上’船艏正面迎向波浪，俾船體隨波浪之起伏而 作前仰後俯或前俯後仰之擺盪。 2.當風平浪靜時，船體平穩，此時，兩組擺桿均垂直向 下不動，鍊輪亦處於停止狀態（如圖五）。 3· ^船禮隨波浪起伏擺盪，若船艏上仰船尾下俯時（如 擺桿因其下端擺鐘之重力關係、，必使兩 i端2于^5轉動，亦帶動飛輪組外侧組件之轉盤轉 鹛動鞭鲶紐夕i飛輪組處於驅動模式，棘爪鎖入齒槽中 之内側組件隨之轉動，並帶動鍊輪亦隨之在 “，右°側㈣口以?圖溫仏 槽輪丄跳空“，而飛輪组之内側組 件及鍊輸仍維持在原一定之方向繼續轉動狀態。 201107593 •隨著波浪前進時之正弦型起伏水面，繼之將造成船艏 下俯船尾上仰（如圖七），則兩組擺桿因其下端擺錘之 重1關係，必使兩組擺桿又同時向船艏方向擺動，對輪 軸形成轉矩，而擺桿上端之扳子頭之轉動，亦帶動飛輪 組外側組件之轉盤轉動。此時，右側飛輪組處於驅動模 ^ ’棘爪鎖入齒槽中帶動飛輪組之内側組件隨之轉動， 並帶動鍊輪亦隨之在（同方向）一定之轉動方向轉動(如 圖三之左上圖）；同時，左側飛輪組則處於跳空模式（如 圖三之右上圖），此時，棘爪會在齒槽輪上跳空滑過， 而飛輪組之内側組件及鍊輪仍維持在原一定之方向繼 續轉動狀態。 5. 上述3.項及4.項之運作過程，隨著波浪之前進，水面 之正弦型起伏擺盪，使船體隨之作交替性之連續擺盪運 動，如此週而復始。雖兩組擺桿必同時向同方向擺動， 然由於兩組飛輪組交互作驅動模式與跳空模式之交替 動作’使鍊輪得以維持在一定之轉動方向持續保持轉動 狀態，其周緣上之鍊條將隨之帶動增速機之低速轴持續 轉動。 6. 經過增速機之增速後，其高速轴亦隨之帶動發電機轉 動而產生電力。 7·發電機輸出之電力，再經過轉換器，俾穩定轉速、頻 率與電流，然後以電力電缆輸送至設置於岸上之電力接 收站之變壓器，經變壓之後再進入輸電系統。 8·本發明之設備倘在運轉中，遇船體發生左右搖晃時， 則設置於擺錘兩側之導輪，可引導擺錘與擺桿隨時維持 在固定之正常轨跡上擺動。 本發明之全部設備均可在岸上製造、安裝，然後再吊放於 海上。遇颱風或狂風大浪時，可起錨機動性移位進港避 風。本發明之發電方式，完全不受海洋潮位變化所影響， 且可數艘串列’形成較大規模之發電場。 【圖式簡單說明】 201107593 圖一、t本發明之正面圖。主要包括：支架、鍊輪、飛輪 組、擺桿、擺錘、及側導輪等設備。 圖二、^本發明之側面圖。主要包括：支架、鍊輪、擺桿、 ，錘、擺桿上端之扳子頭、及側導輪等設備。 圖二、係本發明之飛輪組圖。圖中之左兩圖為右側亦即右 般側之飛輪組；右兩圖為左側亦即左舷側之飛輪 組。飛輪組主要包括飛輪組之内側組件及外側組 件。内側組件有：滾轴承、棘爪、彈簧以及栓梢等 構件；外側組件為：齒槽輪及轉盤。兩組飛輪組隨 兩組擺桿之擺動，可連續交互作驅動模式（如左上 及右下圖）與跳空模式（如右上及左下圖）之交替 動作，以帶動鍊輪維持在一定之轉動方向持續保持 轉動狀態。 圖四、係本發明之平面圖。主要包括：浮船或膠筏、支架、 鍊輪、擺桿上端之扳子頭及飛輪組、增速機及發電 機等設備。 圖五、係本發明之側面圖。為船體平穩不運轉狀態，兩組 擺桿保持下垂狀態。主要包括：浮船或膠筏、支架、 鍊輪、鍊條、擺桿、擺錘、擺桿上端之扳子頭、側 導輪架、增速機及發電機等設備。 圖六、係本發明之側面圖。為船鐘前仰後俯狀態，兩組擺 桿同時向船尾方向擺動，藉飛輪組亦帶動鍊輪轉 動。設備同圖五。 圖七、係本發明之側面圖。為船體前俯後仰狀態，兩紐擺 桿同時向船艏方向擺動，藉飛輪組亦帶動鍊輪轉 動。設備同圖六。 【主要元件符號說明】 1左側擺桿：設於鍊輪左側之擺桿。 2右側攏桿：設於鍊輪右側之擺桿❶ 3左側擺鐘：附於左側擺桿之下端，藉其重力增加轉矩。 4右側擺錘：附於右側擺桿之下端，藉其重力增加轉矩。 5侧導輪·•為分設於擺錘兩側之一連串膠輪組，當浮船 左右搖晃時，可引導擺錘與擺桿在一定之軌跡上擺動。 6側導輪支架：用以支標安裝側導輪。 7左侧飛輪組·女裝於鏈輪與左側擺桿之間，其外側組 件之轉盤與左側擺桿上端之扳子頭結成一體；其内側 組件與鍊輪之輪轂聯結，藉以帶動鍊輪轉動。 8右侧飛輪組·安裝於鏈輪與右側擺桿間，其外側組 上端之扳子縣成-/ G側 組件與鍊輪之輪穀聯結，藉以帶動鍊輪轉動。 9 侧，桿上端之扳子頭：即左側擺桿上端圓環形之板 =也與飛輪組外側組件之轉盤結成—體，可帶動轉盤 轉動9 10 ί侧ίί if ϋ子頭：即右側擺桿上端圓環形之扳 =與飛輪組外側組件之轉盤結成—體，可帶 轉動。 11輪轂:其外側與飛輪組之内側組件相聯結。 12鍊輪輻條：用以聯結鍊輪之輪穀與輪緣。 巧輪緣：即鍊輪之輪框’沿鍊輪輪緣上均為扣鍊齒。 14鍊條·用以帶動增速機之低速轴轉動。 15發電機：為交流發電機。 16增速機：即齒輪箱，藉以提高發電機 17發電機台座：供安褒發電機。极轉迷 18增速機台座：供安裝增速機。 19鋼鈑底盤：供安裝全部之設備，俾確 間之相對位置保持固定。 谷項成備相互 20支架底鈑：支架與鋼鈑底盤之聯結部位。 21 ϋ:。用从撐輪輛供安裝鍊輪、飛輪组與擺動桿等 22輪轴：為鍊輪、飛輪鈑及擺桿等之轴。 23 ^動桿：放置於擺桿之前後側時， 24制動縣：供放置触桿之支架。J&擺桿擺動 25增速機，速軸：增逮機轉速較低之機軸。 26增速機高速軸：增逮機轉速較高之機軸。 201107593 27螺絲帽：固定輪軸之用。 嚣丄為滾軸承，俾減少擺桿之轉動摩擦力。 之外側組件：即飛輪組之外圍部分，包括：齒 槽輪及轉盤。 30齒槽輪：為飛輪組外側組件之内園部分，沿輪周有 一連串之齒槽。 31轉盤：為飛輪組外側組件之外圍部分，與擺桿上端 之扳子頭聯結成一體，可隨擺桿之擺動而轉動。 32飛輪組之内側组件：即飛輪組之内園部分，包括·· 滾軸承、棘爪、彈簧及栓梢等。5. Sprocket: It is a sprocket that can only be rotated in a fixed single direction. The sprocket is attached to the hub associated with the inner component of the flywheel set by radial spokes to form a ritual. A sprocket is attached to the rim of the sprocket for fastening the chain, and then the chain drives the low speed shaft of the speed increaser to rotate. 6. Speed-increasing machine: The speed-increasing machine is also a gear box. The low-speed shaft is connected with the chain wheel by a chain, and the high-speed shaft is coupled with the generator shaft. The main purpose of setting up the speed increaser is to increase the speed of the generator and reduce the volume of the small generator. 7. Generator: It is an alternator, the output power, and then through the converter, 俾 stabilize the speed, frequency and current, and then send it to the transformer of the power receiving station installed on the shore with power cable, and then enter after the transformer Transmission system. [Embodiment] 1. The pontoon or plastic raft carrying the equipment related to the present invention is anchored on the sea surface near the shore. 'The front of the hull is facing the wave, and the hull body is tilted forward or backward after the undulation of the wave. Swinging. 2. When the calm sea is calm, the hull is stable. At this time, the two sets of swing rods are vertically vertical and the sprocket is also in a stopped state (Figure 5). 3. The ship's ritual swings with the waves. If the ship's stern is on the stern and down (such as the pendulum due to the gravity of the lower pendulum clock), the two i-ends 2 must be rotated at ^5, which also drives the outer components of the flywheel. The turntable turns to sway the whips New Zealand i flywheel set is in the drive mode, the inner component of the pawl locked into the tooth groove rotates accordingly, and the sprocket is also driven in the "right side (four) mouth to the temperature The rim of the rim is empty, and the inner component of the flywheel and the chain are still maintained in the original direction. 201107593 • The sinusoidal undulating surface as the wave advances, which will cause the stern to stern down (As shown in Figure 7), the two sets of pendulum rods must have the two sets of swing rods swinging toward the bow simultaneously due to the weight 1 of the pendulum at the lower end, forming a torque on the axle and the rotation of the upper end of the swing rod. The turntable of the outer component of the flywheel group is also rotated. At this time, the right flywheel group is in the driving mode, and the pawl is locked into the tooth groove to drive the inner component of the flywheel group to rotate, and the sprocket is also driven in the same direction. ) a certain direction of rotation (as shown in the top left of Figure 3) At the same time, the left flywheel group is in the gap mode (as shown in the upper right picture of Figure 3). At this time, the pawl will slip over the cog wheel, and the inner component and the sprocket of the flywheel group remain in the original. The direction continues to rotate. 5. The operation of the above items 3. and 4. As the wave advances, the sinusoidal undulating sway of the water surface causes the hull to alternately continually swing, so that it is repeated. The set pendulum must swing in the same direction at the same time. However, because the two sets of flywheels interact as the alternate action between the drive mode and the gap mode, the sprocket can be maintained in a certain rotation direction and keep rotating. The chain on the circumference will follow The low speed shaft of the speed increaser continues to rotate. 6. After the speed increase of the speed increaser, the high speed shaft also drives the generator to rotate to generate electricity. 7. The power output from the generator passes through the converter. The speed, frequency and current are stabilized, and then transmitted to the transformer of the power receiving station installed on the shore by the power cable, and then transformed into the power transmission system after being transformed. 8. The device of the present invention is in operation When the hull is shaken left and right, the guide wheels are arranged on both sides of the pendulum to guide the pendulum and the swing bar to swing on the normal track at any time. All the equipment of the invention can be manufactured and installed on the shore. Then, it is hoisted at sea. In the event of a typhoon or a violent wind, the anchor can be moved into the harbor to avoid the wind. The power generation method of the present invention is completely unaffected by the change of the ocean tide level, and the number of serials can be formed larger. The scale of the power plant. [Simplified illustration] 201107593 Figure 1. Front view of the invention. It mainly includes: bracket, sprocket, flywheel set, pendulum, pendulum, and side guide wheel. Figure 2, ^ The side view of the invention mainly includes: a bracket, a sprocket, a swing rod, a hammer, a wrench head at the upper end of the swing rod, and a side guide wheel, etc. Fig. 2 is a diagram of the flywheel of the present invention. The picture shows the flywheel group on the right side, that is, on the right side; the right two pictures show the flywheel group on the left side, that is, the port side. The flywheel set mainly includes the inner and outer components of the flywheel set. The inner components are: roller bearings, pawls, springs, and bolts; the outer components are: cogging wheels and turntables. The two sets of flywheels oscillate with the swinging rods of the two groups, and can alternately drive the alternate modes of driving mode (such as upper left and lower right) and gap mode (such as upper right and lower left) to drive the sprocket to maintain a certain rotation. The direction continues to remain in rotation. Figure 4 is a plan view of the present invention. It mainly includes: pontoon or plastic raft, bracket, sprocket, wrench head and flywheel set at the upper end of the pendulum, speed increaser and generator. Figure 5 is a side view of the invention. For the hull to be in a stable state, the two sets of pendulums remain sagging. Mainly include: floating boat or plastic bottle, bracket, sprocket, chain, swing rod, pendulum, wrench head at the upper end of the swing rod, side guide wheel frame, speed increaser and generator. Figure 6 is a side view of the present invention. For the front and back of the ship's clock, the two sets of swinging rods swing toward the stern at the same time, and the flywheel set also drives the sprocket to rotate. The equipment is the same as Figure 5. Figure 7 is a side view of the present invention. For the hull forward and backward, the two-state swinging rod swings in the direction of the bow, and the flywheel group also drives the sprocket to rotate. The equipment is the same as Figure 6. [Explanation of main component symbols] 1 Left swing bar: Set on the left side of the sprocket. 2 Right-hand lever: Set on the right side of the sprocket ❶ 3 left-hand pendulum clock: attached to the lower end of the left swing rod, increase the torque by its gravity. 4 right pendulum: attached to the lower end of the right swing rod, using its gravity to increase the torque. 5 side guide wheels ·• A set of rubber wheels set on one side of the pendulum. When the floating ship swings from side to side, it can guide the pendulum and the swing bar to swing on a certain trajectory. 6 side guide wheel bracket: used to support the side guide wheel. 7 Left flywheel group·Women between the sprocket and the left swing rod, the outer assembly turntable is integrated with the upper end of the left swing rod; the inner component is coupled with the sprocket hub to drive the sprocket to rotate. 8 The right flywheel group is installed between the sprocket and the right swing rod, and the upper part of the outer group is connected to the wheel of the sprocket to drive the sprocket to rotate. 9 side, the upper end of the rod: the upper end of the left swing rod is also formed with the turntable of the outer assembly of the flywheel group, which can drive the turntable to rotate 9 10 ί side ίί if the scorpion head: the right swing The upper end of the circular ring = formed with the turntable of the outer assembly of the flywheel set, can be rotated. 11 Hub: The outside is connected to the inner component of the flywheel set. 12 spoke spokes: used to join the sprocket wheel and rim. The rim of the rim: the wheel frame of the sprocket is a sprocket on the rim of the sprocket. 14 chain · used to drive the low speed shaft of the speed increaser. 15 generator: for the alternator. 16 speed increaser: the gear box, in order to improve the generator 17 generator stand: for the ampoule generator. Extremely fascinated 18 speed increase pedestal: for the installation of speed increaser. 19 steel stern chassis: for the installation of all equipment, the relative position between the two remains fixed. Gu Xiangcheng prepares each other with 20 bracket bottoms: the joint between the bracket and the steel sill chassis. 21 ϋ:. The sprocket, flywheel set and swinging lever are used to support the 22 axles: the sprocket, the flywheel and the swinging shaft. 23 ^Moving rod: When placed on the back side of the swing rod, 24 Brake County: bracket for placing the rod. J& pendulum swing 25 speed increaser, speed axis: increase the machine speed lower crankshaft. 26 speed-increasing machine high-speed shaft: increase the machine shaft with higher speed. 201107593 27 screw cap: for fixed axles.嚣丄 is a rolling bearing, which reduces the rotational friction of the pendulum. The outer component: the outer part of the flywheel set, including: the grooving wheel and the turntable. 30 cog wheel: It is the inner part of the outer component of the flywheel set. There are a series of cogging along the circumference of the wheel. 31 Turntable: It is the outer part of the outer component of the flywheel set, which is integrated with the wrench head at the upper end of the swinging rod, and can rotate with the swinging of the swinging lever. The inner component of the 32 flywheel set: the inner part of the flywheel set, including the rolling bearing, the pawl, the spring and the tip.
33棘爪：當擺桿在驅動模式方向轉動時，因彈簧之作 用，棘爪便會鎖入齒槽中，帶動飛輪组之内側組件 隨之轉動；當擺桿在跳空模式方向轉動時，此時棘 爪會在齒槽輪上跳空滑過。 34检梢：位於飛輪組之内園部分，用以固定棘爪。 35浮船或膠筏：用以承載及安裝本發明之相關設備，並錨 泊於海面上’隨波浪之起伏而使船禮隨之擺盪。 七、申請專利範圍： 包括與本發明專利申請案相關之全部發電設備之設計與 應用方法以及發電方式之全部有關事項。 八、圖式：33 pawl: When the swing lever rotates in the driving mode, the pawl will lock into the tooth groove due to the action of the spring, and the inner component of the flywheel group will rotate accordingly; when the swing lever rotates in the direction of the gap mode, At this point the pawl will slip over the cog wheel. 34 Tip: Located in the inner part of the flywheel group to fix the pawl. 35 pontoon or plastic raft: used to carry and install the relevant equipment of the present invention, and anchored to the surface of the sea. VII. Scope of application for patents: It includes all the related matters concerning the design and application methods of all power generation equipment and the power generation methods related to the patent application of the present invention. Eight, the pattern: