200825276 九、發明說明： 【發明所屬之技術領域】 本發明係有關-種風鼓式海浪發電裝置，尤指__由海浪推動 風鼓機構之浮桶，使該伸㈣筒侧以吸取風壓儲存至儲紐壓與穩 壓筒，再釋放氣體壓力至氣動葉輪而轉動發電機以供發電，適用於不 同海域吸取海浪能量又能模組化之發電裝置或類似裝置，以裝置簡 單、不需依賴機械結構又能不斷地取得大小海浪之動力能量者。 【先前技術】 過去由於石油價格-再往上攀升，全球石油賴量逐漸減少以及 世界月b源*求i逐年增加’目前在日本、歐洲等國均積極開發海浪發 電能源，海》電即是以海裝置將絲缝轉換成電能，根據 能源專家估計，如果能將全世界不到〇· 1%的海浪能量轉換成電力，就 能提供全球能源所需量約為五倍的能量，其驚人龜藏量遠遠超過想 • 年末直媒法突破技術範驚’達到商品化經濟價值。 台冷屬於滑島地形，全島共擁有1 488公里的海岸線，沿海地區 由於又到強大季風的吹拂，在廣闊的海社波浪終年持續不斷，因此 波浪能源為相當可觀的1再生騎。因之，如何有效_海浪所攜 ▼之此里來lx私’也成為海洋工程研究人員所追求的最大目標。 本創作人在海/良發電之領域深人研究多年，並已於中華民國申請 專利，其專利證號為第Q Q 4 9 9 5 4 3號之發明專利「風鼓式海浪 毛心又備」。亥專利揭不了—種「風鼓式海浪發電設備」，係由〆架體； 配置方、預•置處之風鼓機構，該風鼓機構係由一伸縮 6 200825276 筒，一組设於伸縮筒一端之浮體及一組設於伸縮筒另一端之管體所組 成°亥浮肢之底部係與海面相貼靠；一發電機構，該發電機構係由一 儲乳同及-與儲氣筒連接具有氣動馬達之發電機所組成，域儲氣筒 U) it之延伸管相連接；如此，可藉由海浪之波動推動該風鼓機 妾取自/母/良上、下〉張洛之動能吸取風壓存入儲氣筒中，再從儲 氣同釋放氣壓力推動具有氣動馬達之發電機發電而構成—風鼓式海 浪舍R備’藉由不斷上下波動的海面上承受落差相當大且不同浪高 之海浪，以海浪的力量不斷推動風鼓機構，使海浪不分大小及高低皆 可取得風壓儲存於儲氣筒中，而制豐富的氣壓推動氣動馬達，進而 轉動發電機達到發電的功效，省略了制之大型#造及複雜的機械設 備而以㈣的結_構成之風鼓式絲發電設備，藉崎低成本、節 省組裝時間，並可達㈣於祕之功能。 上述之風鼓式海浪發電設備雖大幅地簡化了習用複雜的大型機 具’但其伸縮筒仍缺乏耐祕，且於儲存氣體時，氣體增加其氣體密 度^不斷地增加，因而氣壓也會跟著不斷地昇高，而當釋出氣體時筒 内壓力也同時下降，無法穩定地釋出恒壓氣體且儲量有限，故於實際 應用時其耐用及實用性上仍稍嫌不足；本創作人再更深人研究後= 上述結構之缺點，以從事該項事舒年之經驗並精心研究，終於設計 出一種嶄新的風鼓式海浪發電裝置。 【發明内容】 本發明之主要目的在提供—種風鼓式海浪發電裝置，藉由海浪推 動風鼓機構之浮桶而使該伸㈣筒作動以吸取風壓，再·氣怪壓與 7 200825276 穩壓筒儲存顧壓後釋放可調 電機以供發電，且爾電㈠卩她而轉動發 利用該鳴固定筒穩固且緊紐的活^相互活動結合’ 發電之風鼓式驗發健置，增加實祕者。式’藉此達成-以海浪 本發明之再-目的在提供一種風 式海浪發群ww 4 良發電裝置，藉由該風鼓 料⑨衣置之重力式儲驗壓與穩壓筒，以心 壓與穩壓筒中之穩定與值定 ·級地釋出儲氣恆 用性者。 讀至孔動茱輪進而轉動發電機，增加實 機構中简由;;Γ 風鼓式海浪發電裝置，藉由該風鼓 =::金屬層、—環氧樹脂層及， 4越輕，所能得到能量越大。 有U即 為達成上述目的，树⑽—顏料 包括-金屬二一固定筒相互活動結合，筒係 入傾Ά 对脂層及—塑膠板層，該金屬層係設為内檷， =::=::_一_層 設，該伸縮听筒-端之 至屬層内緣係與固定筒相互活動套 定筒係與轉管相^卩祕與浮桶相連接，而伸㈣筒另一端之固 形成—開口，該開口 結合有—延伸管，而該氣導管一端 之軋導官内壁没有一逆止閥，而延伸管中亦 200825276 exΗ咖伽峨她娜，崎電機構係由 -储_與_與„具_輪帶動之_相連接所組成，该 儲氣《與穩編與風鼓機構之延伸管相連接；藉此，以供海浪推 動風鼓機構之浮捅而使該伸縮㈣作_吸取賴，再以職賴與 至氣動葉輪而轉動發電機以 穩壓筒儲存該風壓後釋放穩定與恆定氣體 供發電者。 本發明之其他特點及具體實施例可於以下配合附圖之詳細說明 中，進一步瞭解。 【實施方式】 請參考第1〜4 _示，本㈣係—種風鼓式海浪發電裝置係包 括有： 一風鼓機構1 0，該風鼓機構i Q係設有伸㈣筒i i、浮桶丄 2及氣導管！ 3，該伸縮術i係由—即筒i 4與_固定筒i已相 互活動結合，該_ i 4因需與氣體接觸需具備有質輕、耐壓、耐磨 且摩擦係數小之要求，故該―！ 4係由—金屬層i 4 i、一環氧行 脂層！42及-塑膠板層143所組成，該金屬層ΐ4ι係設為内 襯，為-光滑、而情、耐海水賊之金屬片（本實施例係以不鑛鋼所 製），該金屬層i 4 i之外隱設有環氧樹脂層丄4 2*設數個定 形框183,俾利該哪筒14金屬層141之定型，而環氧樹脂^ 4 2外圍係有塑膠板層143(本實施例係為％塑膠薄片所製）包 覆，其中，利用該金屬層i 4 i外圍加設數個定形框工8 3，並於^ 屬層141與塑膠板層i 4 3中灌注環氧樹脂以形成三明治式結構 200825276 體，能達到質輕、耐壓、耐磨且摩擦係數小之要求，而該哪筒工4之 金屬層1 4 1内緣係與固定筒χ 5相互活動套設，料筒i 4之金屬 層141内緣與m定筒1 5活動套設處之固定筒i 5外圍係設有封 氣頭1 8，該封氣頭1 8係為|g鑄並設有密封墊圈丨8 i以防氣體外 泡’且該封氣頭18在該密封墊圈i 8工之上下兩側亦設有具耐磨之 定位梢18 2 "m°即筒14於固定筒i 5内穩定地上下移動，該伸 縮哪筒1 1 -端之，i 4係、與浮桶1 2相連接，而另—端之固定筒 15係與氣導管13相連接，該氣導管i 3結合有一延伸fi 6，而 該氣導管13 -端形成-開口 χ 7，該開口 i 7鄰側之氣導管丄3内 壁設有-逆止閥4 0，而延伸管16中亦設有—逆止閥41，該逆止 閥40、41係由-環體42與-片體43所組成，該環體42周緣 壁面上係設有-開孔4 21，且該環體4 2之内壁上係設有—環形凸 部4 2 2以供該環體4 2與片體4 3緊密靠合者，該片體4 3係設有 卡擎部4 3!’該片體4 3之卡掣部4 3 i係活動抵靠於該環體4 2 之開孔4 21兩令而以形成—可單向進出之無阻抗新式逆止閥。 一架體2 Q，該架體2⑽設有底座2 1與上座2 2，而該底座 21與上座2 2中間係連接至少—支架2 4，以供該風鼓機構丄〇之 浮桶1 2輯穿設於駐少—支架2 4，該上座2 2係設有儲氣槽2 5 /儲氣;fa2 5 ^與伸料筒！ ^連接*另—端與氣導管Μ相 連接，以供收集伸縮°即筒11中之氣體並傳送至氣導管i 3中。 一發電機構3 〇，而該發電機構3 〇係由-儲氣μ與穩壓筒3 10 200825276 1與具氣動葉輪之發電機3 2相連接所組成，該儲氣恆壓與穩壓筒 31係人風豉枝構1〇之延伸管16相連接，而該儲氣恆壓與穩壓筒 31係由龍3 3與-塊體3 4所組成，該筒體3 3係設有一出風 口 3 31與一入風口 3 3 2及擋塊3 3 3，該擋塊3 3 3係架設於該 η體3 3底部亚需高於該出風^ 3 3丄及人風口 3 3 2，而該出風口 3 31處係叹有風量開關3 3 7以調節出口風量，該筒體3 3之結構 係匕括孟屬層3 3 4、一環氧樹脂層3 3 5及-塑膠板層3 3 6， 口玄巫屬層3 3 4係设為内襯，為—光滑、耐磨、耐海水侵姓之金屬片 (本灵^例係以不鏽鋼所製），該金屬層3 3 4之外圍係設有環氧樹脂 a 3 3 5且加⑧數個定形框3 3 8，俾利該筒體3 3金屬層3 3 4之 '衣輪^層3 3 5外11係有瓣板層3 3 6(本實施例係為 PC塑刪所製）包覆，利用在侧3 3 4外圍加設數個定形框3 、1方'孟屬層3 3 4與塑膠板層3 3 6中灌注環氧樹脂以形成三 明治式結構體，能達到質輕、 、 寸土、耐磨且摩擦係數小之要求，該金 屬層3 3 4之内壁係對應活紗 “ °σ有一封乳頭3 5，而該塊體3 4係 术口又於封氣頭35上，該筒體 33疋固疋的，而塊體34與封氣頭3 5則是隨氣量多寡而上下活動， 一 μ、寸氣碩3 5係為鋁鑄並設有密封墊 圈3 6以防氣體外洩，且該封 令气士 、員35在該密封墊圈36之上下兩側 亦故有具耐磨之定位梢37，可 4與封氣頭35—起於筒體 3 3内穩定地上下移動，而當 Λ(, . ^ [與穩壓筒3 1内無氣體時該塊 體3 4與封氣頭3 5係、停止_，^ 、问肢内之擋塊333上。 200825276 請另參第1〜气^ 團所不，霄施時係將此風鼓式海浪裝置設置於海 浪中，而該架體f + α 氐座2 1視實際海況可加設一固定基座2工 1’架w使該風鼓機構1〇之浮桶i 2底面與海面相貼靠，該浮 2藉由母’良之波動進而推動該伸縮哪筒1 1之㈣1 4而吸取 氣體，該氣體被推進架體2 〇上座2 2之麵2 5後，進入氣導管 13與延伸t16内，鱗，該峨13㈣繩⑽會被推 =而呈關閉狀態，防止氣體從氣導管！3之開口 i 7跑出，而於延伸 逆止閥41則會被氣體推開，該氣體由延伸管1 6進入該 儲氣賴與穩壓筒3 1内，當氣體進人儲氣_與穩壓筒3 1後，該 1 6中之逆止閥4丨湘氣體壓力而被推至麵狀態，使吸取 職雜賊獅顯麵冑3 2㈣錢峨，而於伸縮 1之_} 4 _而向下刪，謝⑴之逆止間4 〇則會被乳體吸引至開放狀態而吸取氣體，該逆止閥4 Q於卿筒Η 倾海浪推至向上位糾謎氣體時關，而另―逆止閥4 k開合狀 態係與此逆止閥4 0之狀態完全相反，而儲存於儲驗壓與穩壓筒3 ^内之氣體再以-悝定壓力輸出至發電機3 2，因該儲壓與穩壓 筒3 1之塊體3 4可依儲驗壓與穩壓筒3丄内之氣體能量而上下 移動調整位置，使_氣恒壓與穩壓筒3 i在 ^達成__軸卿軸峨體= 電機3 2 ;藉此，以供海浪推動風鼓機構工〇之浮桶丄2而·即筒 1 4作動以吸取風壓，再靖氣恆顯穩_ 3 i儲存該題後釋放 200825276 釔疋/、〖亙疋氣體至氣動葉輪而轉動發電機以供發電者。 口月另寥第1〜㈣所示，係為本發明第二實施例之使用示意圖， ’置t用/舌動4體5〇以利將本發明裝置移設至海浪中之適當 位置□而可方便運用於各式之環境或直接架設於海中（如圖5)，且 可木σ又於駛至理想浪域取得更高浪能，當趟風或惡劣氣候時可驶 回港内’以使本發明可充分_不同狀況與不同海域之海浪取得更多 的能源。 淮以上所述者’僅為本發明之較佳實闕而已，舉驗本發明申 請專利範_狀鱗設計·，均應林案之技術所涵蓋。 綜上所述，本發明揭風鼓方式直接取自絲上、下張落 之動此吸取風壓存人儲氣,關與穩顯巾，再從職,隨與穩壓筒釋 放穩定與恆定氣難動具魏„輪之發錢，制侧海浪動能發 電之風鼓式海浪發電裝置，具有_性、進步性，更突破了 2〜3百 年來的思考研究模式，以裝置簡單、不需㈣機械結構缝大營迭机 傷二能連續不斷地取得大小海浪之動力能量，且可模組化達到產業又 之經濟價值，爰依法提出發明專利申請。 200825276 【圖式簡單說明】 第1圖係為本發明之立體外觀圖。 第2圖係為本發明之風鼓機構剖示圖。 第3圖係為本發明之儲氣恒壓與穩壓筒剖示圖。 第4圖係為本發明之逆止閥立體外觀圖。 第5圖係為本發明之使用示意圖。 第6圖係為本發明之另一實施例圖。 【主要元件符號說明】 10、風鼓機構 1 1、伸縮唧筒 1 2、浮桶 13、氣導管 1 4、唧筒 141、金屬層 14 2、環氧樹脂層 14 3、塑膠板層 15、 固定筒 16、 延伸管 1 7、開口 18、封氣頭 181、密封墊圈 18 2、定位梢 200825276 18 3、定形框 2 0、架體 2 1、底座 21 1、固定基座 2 2、上座 2 4、支架 2 5、儲氣槽 3 0、發電機構 31、儲氣恆壓與穩壓筒 3 2、發電機 3 3、筒體 3 31、出風口 3 3 2、入風口 3 3 3、擋塊 3 3 4、金屬層 3 3 5、環氧樹脂層 3 3 6、塑膠板層 3 3 7、風量開關 3 3 8、定形框 3 4、塊體 3 5、封氣頭 200825276 3 6、密封塾圈 3 7、定位梢 4 0、41逆止閥 4 2、環體 4 21、開孔 4 2 2、環形凸部 4 3、片體 4 4、卡掣部 5 0、活動架體 16200825276 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a wind-drum wave power generation device, in particular, a floating bucket that pushes a wind drum mechanism by an ocean wave, so that the side of the extension (four) cylinder absorbs wind pressure It is stored in the storage pressure and voltage regulator cylinder, and then releases the gas pressure to the pneumatic impeller to rotate the generator for power generation. It is suitable for power generation devices or similar devices that can absorb ocean wave energy in different sea areas and can be modularized, so that the device is simple and unnecessary. Depending on the mechanical structure, the kinetic energy of the large and small waves can be continuously obtained. [Prior Art] In the past, due to the rise in oil prices - the global oil market has gradually decreased, and the world's monthly source of money has increased year by year. 'At present, in Japan, Europe and other countries are actively developing wave power, sea" is Using sea appliances to convert silk seams into electrical energy, according to energy experts, if you can convert less than 1% of the world's ocean wave energy into electricity, you can provide about five times the energy required by global energy. The amount of turtles is far more than that of the thoughts. At the end of the year, the direct media method breaks through the technical Fan Jing' to achieve the commercialized economic value. Taiwan cold is a sliding island terrain. The island has a total coastline of 1,488 kilometers. The coastal area is boasted by a strong monsoon, and the waves of the vast seas continue throughout the year. Therefore, the wave energy is a considerable regenerative ride. Therefore, how to be effective _ the wave of the ▼ to the inside of lx private 'has become the biggest goal pursued by marine engineering researchers. The creator has been studying in the field of sea/liang power generation for many years and has applied for a patent in the Republic of China. The patent number of the invention is QQ 4 9 9 5 4 3, and the invention patent "Wind Drum Waves and Hearts" . Hai patent can not be uncovered - a kind of "drum-type wave power generation equipment", which is a truss body; a damper mechanism that is arranged and pre-placed, the wind drum mechanism is a telescopic 6 200825276 cylinder, and one set is set in the telescopic The floating body at one end of the cylinder and a group of tubes disposed at the other end of the telescopic cylinder are at the bottom of the floating limb, and the bottom of the floating limb is abutting against the sea surface; a power generating mechanism is a storage unit and a storage cylinder Connected to a generator with a pneumatic motor, the extension tubes of the domain air reservoir U) it are connected; thus, the typhoon can be driven by the fluctuation of the waves to extract the kinetic energy from the / mother / good upper and lower > Zhang Luo The suction wind pressure is stored in the air reservoir, and then the gas from the gas storage and the release air pressure pushes the generator with the air motor to generate electricity - the wind drum type wave house R prepares a large and different difference by the continuous fluctuation of the sea surface The waves of the waves are constantly pushing the drum mechanism with the power of the waves, so that the waves can be stored in the air reservoir regardless of the size and height, and the rich air pressure pushes the air motor, and then turns the generator to achieve the power generation effect. ,Omitted The large-scale system made up of complex mechanical equipment and the wind drum-type power generation equipment consisting of the knot of (4), which is low-cost, saves assembly time, and can reach (4) the secret function. The above-mentioned wind drum wave power generation equipment greatly simplifies the use of complicated large-scale machines', but its telescopic cylinder still lacks the secret, and when the gas is stored, the gas increases its gas density, and the air pressure is constantly increasing. The ground rises, and when the gas is released, the pressure in the cylinder also drops at the same time, and the constant pressure gas cannot be stably released and the reserves are limited, so the durability and practicality are still insufficient in practical application; the creator is deeper. After the research of people = the shortcomings of the above structure, and after careful research and careful research, finally designed a brand-new wind drum wave power generation device. SUMMARY OF THE INVENTION The main object of the present invention is to provide a wind drum type wave power generating device, which is driven by a wave pushing a floating drum of a wind drum mechanism to move the air (4) cylinder to absorb the wind pressure, and then the air pressure is pressed and 7 200825276 The voltage-regulating cylinder stores the adjustable motor for power generation after the pressure is stored, and the electric power (1) turns her hair and uses the sound-fixing cylinder to stabilize and tighten the live-action of the mutual activity to combine the power generation drum-type inspection and health. Increase the secret. The formula 'to achieve this - in the wave of the present invention - the purpose of providing a wind-type wave hair group ww 4 good power generation device, by the wind drum 9 clothing gravity-type storage pressure and voltage regulator, to the heart The stability and value in the pressure and the pressure regulator are released in a fixed manner. Read the hole to rotate the generator and turn the generator to increase the simple mechanism in the real mechanism; Γ wind drum type wave power generation device, by the wind drum =:: metal layer, epoxy layer and lighter The more energy you can get. In order to achieve the above purpose, the tree (10)-pigment includes-metal two fixed cylinders are combined with each other, and the cylinder is inserted into the grease layer and the plastic layer, and the metal layer is set to inner 檷, =::= ::_一_层, the telescopic earpiece-end to the inner edge of the genus layer and the fixed cylinder are mutually movable, the sleeve is connected with the turret, and the other end of the cylinder is connected. Forming an opening, the opening is combined with an extension tube, and the inner wall of the guide of one end of the gas conduit does not have a check valve, and the extension tube is also 200825276 exΗ 伽 伽 伽 娜, Nagasaki Department of the Department of Storage - _ is formed by connecting with the _ wheel-driven _, the gas storage is connected with the extension pipe of the wind drum mechanism; thereby, the sea steer is used to push the air drum mechanism to make the expansion (four) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In the detailed description, it is further understood. [Embodiment] Please refer to the first to fourth _ The wind-drum wave power generation device includes: a wind drum mechanism 10, the wind drum mechanism i Q is provided with an extension (four) cylinder ii, a floating bucket 丄 2 and a gas conduit! 3, the telescopic operation i is - that is, the cylinder i 4 and the _ fixed cylinder i have been combined with each other, and the _i 4 needs to have a light weight, a pressure resistance, a wear resistance and a small friction coefficient due to the contact with the gas, so the "! The metal layer i 4 i, an epoxy resin layer 42 and a plastic plate layer 143, the metal layer ΐ4ι is used as a lining, which is a smooth, erotic, sea-resistant thief metal sheet (this embodiment) It is made of non-mineral steel), and the metal layer i 4 i is provided with an epoxy resin layer 丄4 2*, and a plurality of shaped frames 183 are provided for the shaping of the tube 14 metal layer 141, and the epoxy The periphery of the resin ^ 4 2 is covered with a plastic plate layer 143 (this embodiment is made of % plastic sheet), wherein a plurality of shaped frame workers 8 3 are added around the metal layer i 4 i, and The layer 141 and the plastic plate layer i 4 3 are filled with epoxy resin to form a sandwich structure 200825276 body, which can meet the requirements of light weight, pressure resistance, wear resistance and small friction coefficient, and which tube 4, the inner layer of the metal layer 1 4 1 is fixedly sleeved with the fixed cylinder 5, the inner edge of the metal layer 141 of the cylinder i 4 and the fixed cylinder of the movable sleeve of the m cylinder 1 5 are provided with a seal The gas head 18 is made of |g and is provided with a sealing gasket 丨8 i to prevent gas bubbles' and the gas sealing head 18 is also provided on both sides of the sealing gasket i 8 The wear-resistant positioning tip 18 2 "m°, that is, the cylinder 14 is stably moved up and down in the fixed cylinder i 5 , which is 1 1 - end, the i 4 system is connected with the floating bucket 12 2, and the other The end of the fixed cylinder 15 is connected to the air duct 13, the air duct i 3 is combined with an extension fi 6, and the air duct 13 - end is formed - the opening χ 7, the opening i 7 is adjacent to the inner side of the air duct 丄 3 A check valve 40 is provided, and a check valve 41 is also provided in the extension pipe 16, and the check valves 40, 41 are composed of a ring body 42 and a body 43 having a peripheral wall surface of the ring body 42. The upper body is provided with an opening 4 21, and the inner wall of the ring body 42 is provided with an annular convex portion 42 2 for the ring body 4 2 to closely abut with the body 4 3 , the sheet body 4 The 3 series is equipped with a card engine 4 3! 'The body of the body 4 3 is 4 The non-impedance new check valve can be formed by the two holes of the ring body 4 2 to form a one-way access. a body 2 Q, the frame body 2 (10) is provided with a base 2 1 and a top seat 22, and the base 21 and the upper seat 2 2 are connected at least to the bracket 2 4 for the floating drum 1 2 of the wind drum mechanism. The set is installed in the station-support 2 4, the upper seat 2 2 is equipped with a gas storage tank 2 5 / gas storage; fa2 5 ^ and the barrel! ^Connection * The other end is connected to the gas conduit , for collecting the gas in the cylinder 11 and transferring it to the gas conduit i 3 . a power generating mechanism 3 〇, and the power generating mechanism 3 is composed of a gas storage μ and a surge tube 3 10 200825276 1 and a generator 32 with a pneumatic impeller, the gas storage constant voltage and the voltage regulator 31 are connected The extension tube 16 of the wind raft structure is connected, and the gas storage constant pressure and the pressure regulation cylinder 31 are composed of a dragon 3 3 and a block 3 4 , and the cylinder 3 3 is provided with an air outlet 3 31 and a The air inlet 3 3 2 and the block 3 3 3 are mounted on the bottom of the η body 3 3 and the sub-need is higher than the air outlet 3 3 3 丄 and the air outlet 3 3 2 , and the air outlet 3 At 31, there is a wind switch 3 3 7 to adjust the outlet air volume. The structure of the cylinder 3 3 includes a Meng layer 3 3 4 , an epoxy layer 3 3 5 and a plastic plate layer 3 3 . The Xuanwu layer 3 3 4 is set as a lining, which is a smooth, wear-resistant, seawater-resistant metal sheet (this is made of stainless steel), and the outer layer of the metal layer 3 3 4 is provided. Epoxy resin a 3 3 5 and 8 sets of shaped frames 3 3 8, 该利 The barrel 3 3 metal layer 3 3 4 'clothing wheel layer 3 3 5 outer 11 series with valve layer 3 3 6 ( This embodiment is coated by PC plastic cutting, and is added on the periphery of the side 3 3 4 The shape of the frame 3, the 1 'Meng 3 layer 3 3 4 and the plastic plate layer 3 3 6 are filled with epoxy resin to form a sandwich structure, which can achieve the requirements of light weight, inch soil, wear resistance and small friction coefficient. The inner wall of the metal layer 3 3 4 corresponds to the living yarn "°σ has a nipple 35, and the block 34 is attached to the sealing head 35, and the cylinder 33 is fixed, and the block is fixed. 34 and the sealing head 3 5 is up and down with the amount of gas, a μ, inch gas master 3 5 series is aluminum cast and equipped with a gasket 3 6 to prevent gas leakage, and the seal makes the gas, staff 35 On the lower side of the sealing gasket 36, there is also a wear-resistant positioning tip 37, which can be stably moved up and down in the cylinder 33 with the sealing head 35, and when Λ(, . . When there is no gas in the cylinder 3 1 , the block 3 4 and the gas sealing head 35 are connected, and the stop _, ^, and the stopper 333 in the limb are placed. 200825276 Please refer to the 1st to the gas group. When the wind drum type wave device is installed in the sea wave, the frame f + α 氐 seat 2 1 can be added with a fixed base 2 1 frame w according to the actual sea condition, so that the wind drum mechanism floats The bottom of the barrel i 2 is attached to the sea surface The float 2 draws gas by the fluctuation of the mother's good and then pushes the cylinder 1 1 (4) 14 , and the gas is pushed into the air duct 13 and the extension t16 after being pushed into the frame 2 2 of the upper body 2 2 , scale, the 峨13 (four) rope (10) will be pushed = closed, preventing gas from running out of the opening i 7 of the air conduit! 3, and the extension check valve 41 will be pushed away by the gas, the gas is extended by the extension tube 1 6 enters the gas storage and the pressure regulator 3 1 , when the gas enters the gas storage _ and the pressure regulator 3 1 , the check valve 4 of the 16 is pushed to the surface state, So that the thieves of the thief will be exposed to 3 2 (four) money 峨, and in the expansion _} 4 _ and down, Xie (1) will be attracted to the open state and suck the gas. The check valve 4 Q is closed when the tilting wave is pushed to the upward correction gas, and the other state of the check valve 4 k is completely opposite to the state of the check valve 40, and is stored in the storage test. The gas in the pressure and the pressure regulator 3 ^ is output to the generator 3 2 at a predetermined pressure, because the block 3 of the pressure storage and voltage regulator 3 1 can be stored in the pressure regulator and the pressure regulator 3 Gas energy And moving up and down to adjust the position, so that the _ gas constant pressure and the surge tube 3 i reach __ axis axis shaft body = motor 3 2; thereby, for the wave to push the drum mechanism 2 of the drum mechanism · The tube 1 4 is actuated to absorb the wind pressure, and then the gas is constantly stable. _ 3 i After storing the problem, release the 200825276 钇疋/, 亘疋 gas to the pneumatic impeller and turn the generator for the generator. In addition, the first month to the fourth embodiment of the present invention is a schematic view of the use of the second embodiment of the present invention, and the 't-use/tongue 4 body 5' is used to facilitate the transfer of the device of the present invention to an appropriate position in the sea wave. It is convenient to be used in various environments or directly installed in the sea (Fig. 5), and it can drive to the ideal wave to obtain higher wave energy, and when the hurricane or bad weather can drive back to the port, the invention can be used. It can be fully _ different conditions and different seas to obtain more energy. The above description of Huai's is only a preferred embodiment of the present invention, and the application of the invention is disclosed in the patent application. In summary, the method for exposing the wind drum of the present invention is directly taken from the upper and lower movements of the wire, and the suction wind pressure is stored in the gas storage, and the towel is closed and stabilized. The gas drum is a kind of wind-drum wave power generation device with a wave of kinetic energy. It has _ sex and progress, and it has broken through the research mode of 2~3 years. The device is simple and unnecessary. (4) Mechanical structure joints and large-scale machine-breaking machine can continuously obtain the power energy of large and small waves, and can modularize to achieve the economic value of the industry, and file an invention patent application according to law. 200825276 [Simple diagram of the diagram] Figure 1 Fig. 2 is a cross-sectional view of the wind drum mechanism of the present invention. Fig. 3 is a cross-sectional view of the gas storage constant pressure and voltage regulation cylinder of the present invention. Fig. 5 is a schematic view showing the use of the present invention. Fig. 6 is a view showing another embodiment of the present invention. [Description of main components] 10. Wind drum mechanism 1 1. Telescopic cylinder 1 2 , floating bucket 13, air duct 14 , cylinder 141 , metal layer 14 2. Epoxy resin layer 14 3 , plastic plate layer 15 , fixed tube 16 , extension tube 17 , opening 18 , gas sealing head 181 , sealing gasket 18 2 , positioning tip 200825276 18 3, shaping frame 2 0, frame body 2 1. Base 21 1 , fixed base 2 2 , upper seat 2 4 , bracket 2 5 , gas storage tank 30 , power generation mechanism 31 , gas storage constant pressure and voltage regulation cylinder 3 2 , generator 3 3 , cylinder 3 31 , out Tuyere 3 3 2, air inlet 3 3 3, stopper 3 3 4, metal layer 3 3 5, epoxy layer 3 3 6, plastic sheet 3 3 7, air volume switch 3 3 8, shape frame 3 4, block Body 3 5, sealing head 200825276 3 6, sealing ring 3 7, positioning tip 4 0, 41 check valve 4 2, ring body 4 21, opening 4 2 2, annular convex part 4 3, sheet body 4 4 , the card part 50, the movable frame 16