C.XLindeM» P#t\PilOII5.doc 1297060 、 95·08·01申請第95124866號專利說日身書修正本 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種固定式海浪動力發電設備，特別是關於 利用固設至少一齒排組之一浮筒組件及至少一傳動軸，利用 海浪帶動該浮筒而連動該傳動軸以傳遞能量之固定式海浪動 力發電設備。 【先前技術】 習用固定式海浪動力發電設備如中華民國專利第547434 號「波浪動力船」新型專利所述，其係於一船體設置至少一 洋筒及-動力祕。該浮筒設有—齒條及數個將。該齒條 係喷合於軸力系統’該滑桿射滑動的連接至—轴套，進 而導引心筒之向上或向下之作動。該動力系狀有數個主 動齒輪、數健動錄及—傳動軸，魅動錄及從動齒輪 2別互㈣合或與該浮筒之齒㈣合，以利該浮筒於向上 移時均可分別帶動該傳動轴於同—方向轉動如此 動該浮筒進行上下作動，並將該上下作動所 轉變為該傳動轴之轉動動能，且該傳動軸 電能方式儲存。 接’進—步將_動動能以 般而吕’上述習用具有下列缺點：該動 顧 動齒輪及從動齒輪的組合構造極 ° ^ 力系統之«造域及祕保養切声其2相對增加該動 雞度，且由於設於該浮筒 0β/0β/01/11：|3 am —5 ~ 1297〇6〇 95. 〇8· 〇〗申請第95124866號專利說明書修正本 3個滑捍係分翻定於料筒之_角附近，當該浮筒進 2升或下降之作動時，即可能由於該浮筒之四個角的各別 :二下降作動不一致而影響該浮筒之作動的協調性，甚至 ^致該滑桿及軸套之損毀。此外，該f用技術之各構件 、Γ〜疋於該n惟該船體本身亦隨海浪浮動，因而減少該 =相對簡力祕之作缺離，造賴㈣未能有效利用 之動能，且其收#之動力亦無法傳輸至—發電廠以供產 系利用。 有鑑於此’本發關用至少—㈣組件及至少—傳動轴組 一if °又有—齒排及二單向齒輪，該齒排及單向齒輪係可於 f 7筒進行上升或下降作動時進行連動，以致動該傳動軸址 :之-傳動軸於m向進行轉動，進而簡化機構之複雜 又、、此外該浮筒係僅套設於單一軸桿，且該轴桿係固設於 塑，床表面，進而有效避免制數個軸桿配置於該浮筒而影 a該浮桶之上升或下降作動’並增加該浮賴傳動轴組件之 ^對移動距離。藉此，本發明確實有效降低機構之複雜度、 麵1升作動之協調性並增加蓄能效率。 【發明内容】 ，本發明主要目的係提供一種固定式海浪動力發電設備，其 系利^至夕一齒排組件及至少一傳動軸組件分別設有二齒排 及一單向齒輪，該齒排及單向齒輪於一浮筒進行上升或下降 作動時進仃連動，以致動該傳動軸組件之一傳動軸於一固定 方向進仃轉自，使得本創作破實具有簡化機構之複雜度之功 CALindaMt PaUPKlous. ^ 1297060 ‘ 95. 08· 01申請第95124866號專利說明書修正本C.XLindeM»P#t\PilOII5.doc 1297060, 95·08·01 Application No. 95124866, the Japanese version of the invention is amended. 9. The technical field of the invention belongs to the present invention. The power generation device, in particular, relates to a fixed-wave power generation device that utilizes one of the at least one tooth row of the pontoon assembly and at least one of the drive shafts to drive the pontoon with the waves to transfer the transmission shaft to transfer energy. [Prior Art] The conventional fixed-wave power generation equipment is described in the new patent of the "wave power boat" of the Republic of China Patent No. 547434, which is provided with at least one ocean tube and a power secret in a hull. The float is provided with a rack and a plurality of pins. The rack is sprayed onto the axial force system. The slider is slidably coupled to the sleeve to guide the upward or downward movement of the barrel. The powertrain has a plurality of driving gears, a number of moving gears, and a transmission shaft, and the gears and the driven gears 2 are combined with each other (four) or with the teeth (four) of the floating cylinder, so that the floats can be separately moved when moving upwards. The driving shaft is rotated in the same direction to move the buoy to move up and down, and the up-and-down operation is converted into the rotational kinetic energy of the transmission shaft, and the transmission shaft is stored in electric energy mode. The above-mentioned conventional use has the following shortcomings: the combination of the moving gear and the driven gear is extremely close to the system and the maintenance of the sound system. The dynamic degree of the chicken is set in the pontoon 0β/0β/01/11:|3 am —5 ~ 1297〇6〇95. 〇8· 〇〗 Application No. 95124866 When the pontoon is moved near the horn of the barrel, when the pontoon is moved in 2 liters or down, it may be affected by the difference of the four corners of the pontoon: ^ The damage of the slider and the bushing. In addition, the components of the f-use technology, Γ 疋 疋 该 惟 惟 惟 惟 惟 惟 惟 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船 船The power of its collection can not be transmitted to the power plant for use by the production system. In view of the fact that the present invention uses at least - (four) components and at least - the drive shaft set - if ° and has - tooth rows and two one-way gears, the gear row and the one-way gear train can be raised or lowered in the f 7 cylinder Simultaneously interlocking to activate the transmission shaft address: the transmission shaft rotates in the m direction, thereby simplifying the complexity of the mechanism, and further, the pontoon is only sleeved on a single shaft, and the shaft is fixed to the plastic The surface of the bed, in turn, effectively prevents the plurality of shafts from being disposed on the pontoon and affecting the raising or lowering of the floating bucket' and increasing the moving distance of the floating drive shaft assembly. Thereby, the present invention can effectively reduce the complexity of the mechanism, the coordination of the surface movement and increase the energy storage efficiency. SUMMARY OF THE INVENTION The main object of the present invention is to provide a fixed-wave power generation device, which is provided with a two-tooth row and a one-way gear, respectively. And the one-way gear is interlocked when the pontoon is raised or lowered to actuate, and the drive shaft of one of the transmission shaft assemblies is driven in a fixed direction, so that the creation of the simplification has the simplification of the complexity of the mechanism CALindaMt PaUPKlous ^ 1297060 ' 95. 08· 01 Application No. 95124866 Patent Specification Amendment
效。 本發明次要目的係提供一種固定式海浪動力發電設備，其 係利用一浮筒套設於一基座之一軸桿，進而避免採用數個軸 桿配置於該浮筒而影響該浮桶之上升或下降作動之效率，使 得本創作確實具有提升作動流暢度之功效。 根據本發明之固定式海浪動力發電設備，其包含一基座、 一浮筒組件及至少一傳動轴組件。該基座設有一軸桿供該浮 同組件套5又。該浮笱組件設有一浮筒及至少一齒排組件，該 浮筒係套設於該軸桿，且該齒排組件設有二齒排。該傳動軸 組件設有一傳動軸及二單向齒輪，該傳動軸係供該單向齒輪 套設，且該單向齒輪對應嚙合於該齒排組件之齒排。藉由該 浮桶之向上或向下移動，該齒排組件連動該傳動軸組件，以 利該傳動軸於一固定方向進行轉動。藉此，該固定式海浪動 力發電設備確實有效收集海浪帶動該浮筒所產生之動能及位 能，並傳輸至該傳動軸。 【實施方式】 為讓本發明之上述及其他目的、特徵、優點能更明顯易懂 ，下文特舉本發明之較佳實施例，並配合所附圖式，作詳細 說明如下： 請參照第1、2及3圖所示，本發明較佳實施例之固定式 海浪動力發電設備係包含一基座i、一浮筒組件2及至少一 傳動軸組件3。該基座1係可選擇設置於接近-海岸之海床 表面或直接於該海床佈設固定樁所組成，且該基座1設有一 C:\Linda\PK PfttNPKIOHS. doceffect. A secondary object of the present invention is to provide a fixed-wave power generation device that uses a float to be placed on a shaft of a base, thereby avoiding the use of a plurality of shafts disposed on the float to affect the rise or fall of the float. The efficiency of the action makes the creation really improve the fluency of the action. A stationary wave power plant according to the present invention includes a base, a pontoon assembly and at least one drive shaft assembly. The base is provided with a shaft for the floating assembly sleeve 5 again. The floating raft assembly is provided with a pontoon and at least one tooth row assembly, the pontoon sleeve is sleeved on the shaft, and the tooth row assembly is provided with a two-tooth row. The transmission shaft assembly is provided with a transmission shaft and two one-way gears, and the transmission shaft is provided for the one-way gear, and the one-way gear is correspondingly engaged with the tooth row of the tooth row assembly. The gear row assembly interlocks the drive shaft assembly by the upward or downward movement of the float barrel to facilitate rotation of the drive shaft in a fixed direction. Thereby, the stationary wave power generating device effectively collects the kinetic energy and potential generated by the wave wheel to drive the pontoon and transmits it to the transmission shaft. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, and advantages of the present invention will become more <RTIgt; As shown in FIGS. 2 and 3, the stationary wave power plant of the preferred embodiment of the present invention comprises a base i, a pontoon assembly 2 and at least one drive shaft assembly 3. The base 1 can be selected to be disposed on the surface of the seabed close to the coast or directly disposed on the seabed, and the base 1 is provided with a C:\Linda\PK PfttNPKIOHS. doc
00/08/01/11:13 AN —7 — 1297060 、 95. 〇8.01申請第95124866號專利說明書修正本 軸桿11及至少一滑執12。該軸桿u係向诲平面垂直延伸並 突出水面，且該軸桿11係供該浮筒組件2套設。該轴桿n 之頂端另具有-限位塊in，以便將該浮肢件2限制於該 軸桿11延伸區域内。該滑軌12係平行該軸桿n設置，其具 有一滑槽121，且該滑槽121之一開口係朝向該軸桿u。 請再參照第1、2及3圖所示，本發明較佳實施例之浮筒 組件2設有一浮筒21、至少一齒排組件22及至少一導引桿幻 > 。該浮筒21設有一通孔211、二軸承212及一水泵213，且 該浮同21之浮力較佳係為該浮筒組件2之重量的二倍。該通 孔211係穿設於該浮筒21並通過該浮筒組件2之重心位置， I 且該通孔211供該基座1之軸桿u延伸通過。該二軸承212 丨係固定於該通孔211位於該浮筒21表面之二開口端，且該軸 承212配合套設於該軸桿u以便於該浮筒21沿該軸桿u進 行滑動。該軸承212較佳係選自一線性軸承，以降低該軸承 > 212及軸桿11之間的摩擦力。該水泵213位於該浮筒21之 > 下表面，其係可進行抽水進入該浮筒21或將水排出該浮筒21 之動作，以改變該浮筒組件2與海平面之相對位置，甚至可 下沉該浮筒組件2至接近該海床表面處以進行維修。該齒排 組件22係包含一殼體221、一第一齒排222、一第二齒排223 及一通道224。該殼體221固設於該浮筒21之表面，且其具 有至少一對互相平行之側壁；該第一齒排222及第二齒排223 係對向並錯位的分別設置於該殼體221之二内側表面，該二 内侧表面係位於該互相平行之側壁的内侧；該通道224設於 C:\Linda\PK PatXPKlOUS. doc00/08/01/11:13 AN —7 — 1297060, 95. 〇8.01 Application No. 95124866, the patent specification, the shaft 11 and at least one slipper 12 are provided. The shaft u extends perpendicularly to the plane of the weir and protrudes from the water surface, and the shaft 11 is sleeved for the pontoon assembly 2. The top end of the shaft n has a - stop block in to limit the floating limb member 2 to the extended region of the shaft 11. The slide rail 12 is disposed parallel to the shaft n, and has a chute 121, and one of the slots 121 is open toward the shaft u. Referring again to Figures 1, 2 and 3, the pontoon assembly 2 of the preferred embodiment of the present invention is provided with a pontoon 21, at least one tooth row assembly 22 and at least one guide rod illusion >. The pontoon 21 is provided with a through hole 211, two bearings 212 and a water pump 213, and the buoyancy of the float 21 is preferably twice the weight of the pontoon assembly 2. The through hole 211 passes through the pontoon 21 and passes through the center of gravity of the pontoon assembly 2, and the through hole 211 extends through the shaft u of the susceptor 1. The two bearings 212 are fixed to the through hole 211 at two open ends of the surface of the pontoon 21, and the bearing 212 is fitted over the shaft u so that the pontoon 21 slides along the shaft u. The bearing 212 is preferably selected from a linear bearing to reduce the friction between the bearing > 212 and the shaft 11. The water pump 213 is located on the lower surface of the pontoon 21, which is capable of pumping water into the pontoon 21 or discharging water from the pontoon 21 to change the relative position of the pontoon assembly 2 to the sea level, and even sink the The pontoon assembly 2 is brought close to the surface of the seabed for maintenance. The gear row assembly 22 includes a housing 221, a first tooth row 222, a second tooth row 223, and a passage 224. The housing 221 is fixed to the surface of the pontoon 21 and has at least one pair of mutually parallel side walls. The first tooth row 222 and the second tooth row 223 are oppositely disposed and offset from each other. Two inner side surfaces, the inner side surfaces are located inside the mutually parallel side walls; the passage 224 is located at C:\Linda\PK PatXPKlOUS. doc
0β/08/01/11：13 AM 1297060 ‘ 95.08. 01申請第95124866號專利說明書修正本 該殼體221之一侧，且該通道224係介於該殼體221之互相 平行之側壁之間。該導引桿23之一端係設有一導引輪231， 且該導引桿23由該浮筒21或齒排組件22之表面延伸至該基 座1之滑軌12並伸入該滑軌12之開口，該導引輪231係可 滑動的容設於該滑槽121内。 凊再參照第1、2、3及5騎示，本發明較佳實施例之傳 動軸組件3係對應該齒排組件22，其設有一傳動軸31、一第 • -錄u二齒輪33、—變速裝置34及—轴承35。該 傳動軸31之一端係延伸穿過該齒排組件22之通道224並伸 入該殼體221心該第一齒輪32唾合於該第-齒排222，該 . 第二齒輪33响合於該第二齒排223，且該第一齒輪32及第 」二齒輪33均選自一單向齒輪， 定轉動方向。該變速裝置34係可選擇連接於該傳動轴Μ之 另-端，以便降低或升高該傳動軸31之轉速。該轴承％係 挪!.'丨 供該傳動軸31可轉動的穿設ιφ p a 蟲.^ ^ J牙叹具中以支撐該傳動軸31，且該 馨軸承35係固疋於一發電廢4之平台上。 、:再參照第4及5圖所示，當本發明較佳實施例之固定式 行作動時，該浮筒組件2係由於海面波 浪之起伙而向上方或下方移動。例如，當 方移動時，該第一齒排222帶勒 ，冋、、件向上 該第二齒排223帶動該第| ^ 1251輪32進行轉動’而 芯罄㈣偏鈾Μ弟一^輪3進行轉動，且該第一齒輪 相㈣僂動鈾31、隹Ρ遠其轉動方向進行轉動，該第二齒輪33 相對该傳動轴31進行空轉；反之，當該浮筒組件2向下方移 C:\Linde\PK Pet\PKl〇ll5.<toc ▲ » # I 分 —9 95.08.01 t請第95124866號專利說明書修正本 動時’該第二齒輪33帶動該傳動轴3 動，該第一齒輪32相_傳_31_』動^進= 波tr即可彻料筒組件2之移動轉變為該傳動軸= ==”軸31係保持向，方向二動 3曼，動軸31係可選擇經過該變速裝置34或 二π m動能以電能方式進行储存或傳輸 發電設備可另二動動力 設備之d 少二該固定式海浪動力發電 5球恭^ w動力機構5係可選擇為—發電機以輪出電处 :=X電廠4 ;該動力機構5可選擇為-齒輪機構，並： =6串聯各該動力機構5。藉由該動力機構5本=0β/08/01/11:13 AM 1297060 ‘95.08. 01 Application Serial No. 95124866 modifies one side of the housing 221, and the passage 224 is interposed between mutually parallel side walls of the housing 221 . One end of the guiding rod 23 is provided with a guiding wheel 231, and the guiding rod 23 extends from the surface of the pontoon 21 or the tooth row assembly 22 to the sliding rail 12 of the base 1 and extends into the sliding rail 12 The guide wheel 231 is slidably received in the sliding slot 121. Referring to the first, second, third and fifth riding, the drive shaft assembly 3 of the preferred embodiment of the present invention is corresponding to the tooth row assembly 22, which is provided with a drive shaft 31, a second recording gear, and a second gear 33. - a shifting device 34 and a bearing 35. One end of the drive shaft 31 extends through the passage 224 of the tooth row assembly 22 and extends into the housing 221. The first gear 32 is sprinkled on the first tooth row 222. The second gear 33 is coupled to the second gear 33. The second gear row 223, and the first gear 32 and the second gear 33 are each selected from a one-way gear, and the rotation direction is determined. The shifting device 34 is selectively connectable to the other end of the drive shaft 以便 to reduce or increase the rotational speed of the drive shaft 31. The bearing % is moved!. '丨The transmission shaft 31 is rotatably worn by the ιφ pa worm. ^ ^ J slings to support the transmission shaft 31, and the singular bearing 35 is fixed to a power generation waste 4 On the platform. Further, referring to Figs. 4 and 5, when the fixed type of the preferred embodiment of the present invention is actuated, the pontoon assembly 2 is moved upward or downward due to the wave of the sea surface. For example, when the square moves, the first tooth row 222 is pulled, and the second gear row 223 is driven upward by the second tooth row 223 to drive the first | ^ 1251 wheel 32 to rotate 'the core 罄 (4) partial uranium Μ 一 一 ^ 3 Rotating, and the first gear phase (four) slams the uranium 31, the yaw rotates in the direction of rotation thereof, and the second gear 33 idly rotates relative to the transmission shaft 31; otherwise, when the pontoon assembly 2 moves downward C:\ Linde\PK Pet\PKl〇ll5.<toc ▲ » # I分—9 95.08.01 t, please refer to the patent specification No. 95124866, the second gear 33 drives the transmission shaft 3, the first gear 32 phase _ _ _ _ _ _ move ^ into = wave tr can be moved to the barrel assembly 2 to the drive shaft = = = "axis 31 is maintained, the direction of the two moves 3 MAN, the moving shaft 31 can be selected The shifting device 34 or two π m kinetic energy can be stored or transmitted by electric energy. The power generating device can be powered by two other dynamic power devices. The fixed wave power generation 5 ball can be selected as a power generator. Wheel powering out: =X power plant 4; the power mechanism 5 can be selected as a gear mechanism, and: =6 each of the power mechanisms 5 in series. Force agency 5 this =
纖I l297〇60 y聯多個固定式海轉力發電設備以獲得 ° 電效能之目的。 又疋十均發 個嵩如人於習用固定式海浪動力發電設備係利用數 ^於同—方向轉動’導致該固定式海浪動力發電設^之 t組裝及維修保養_度較高，且設於該浮筒 甚至可能造成該滑桿及軸套之損毁。第1圖 明利用在該洋筒組件2之齒排組件22設有該第一齒排 訊及第二齒排223，且該傳動軸組件3之傳動軸31對應套 叹有该第i輪32及第二齒輪33，該第—齒輪 C:Mind.xPK PatXPK.0,,5.^ 〆入牙^ 一 回 —10 —Fiber I l297〇60 y combined with a number of fixed sea-power plants to achieve the purpose of ° electrical performance. In addition, the ten-seven-six-six-six-six-six-six-six-six-six-six-six-six-six-six The pontoon may even cause damage to the slider and the bushing. FIG. 1 shows that the first tooth row and the second tooth row 223 are provided by the tooth row assembly 22 of the canister assembly 2, and the drive shaft 31 of the drive shaft assembly 3 correspondingly sighs the ith wheel 32. And the second gear 33, the first gear C: Mind.xPK PatXPK.0,, 5.^ 〆入牙^一回—10 —
06/0g/0I/ll：l3 A 1297060 • 卯.〇8. 01申請第95124866號專利說明書修正本 輪33係選自單向齒輪。當該浮筒組件2向上或向下移動日士， 該齒排組件22 ~分別利用該第一齒輪％或第二齒輪％ I _該傳動軸31向-固^方向轉動。另外，藉由該浮筒組件 2僅套設於-贿U，其係可有效避免採用數她桿配置於 該洋筒而影響料桶之上升或下降作動。藉此，本發明確實 有效降低機構之複雜度並提升作動之協調性。 雖然本發明已利用上述較佳實施例揭示，然其並非用以限 定本發明，，任何熟習此技藝者，在不脫離本發明之精神和範 圍之内’當可作各種更動婦改，因此本發明之保護範圍當 視後附之申請專利範圍所界定者為準。 C:\Linda\PK Pat\PK10U5. doc ——11—— 1297060 5·08· 01申請第95124866號專利說明書修正本 【囷式簡單說明】 第1圖：本發明較佳實施例之固定式海浪動力發電設備之 立體圖。 第2圖：本發明較佳實施例之固定式海浪動力發電設備之 上視圖。 第3圖：本發明較佳實施例之固定式海浪動力發電設備之 正視圖。 ® 弟4圖··本發明較佳實施例之固定式海浪動力發電設備進 行運轉之側視圖。 苐5圖：本發明較佳實施例之固定式海浪動力發電設備之 _丨使用示意圖。 -h終.¾ ，—〜 第6圖：本發明較佳實施例串聯一對固定式海浪動力發電 設備之示意圖。 【主要元件符號說明】 1 基座 11 軸桿 111 限位塊 12 滑軌 121 滑槽 2 浮筒組件 21 浮筒 211 通孔 212 軸承 22 齒排組件 221 殼體 222 第一齒排 223 第二齒排 224 通道 23 導引桿 231 導引輪06/0g/0I/ll: l3 A 1297060 • 卯.〇8. 01 Application No. 95,224,866. When the pontoon assembly 2 moves the yoghurt up or down, the gear row assembly 22 - is rotated in the -solid direction by the first gear % or the second gear % I _ respectively. In addition, the pontoon assembly 2 is only sleeved on the bribe U, which can effectively avoid the use of a plurality of rods disposed on the ocean tube to affect the ascending or descending operation of the drum. Thereby, the present invention effectively reduces the complexity of the organization and enhances the coordination of the actions. Although the present invention has been disclosed in the above-described preferred embodiments, it is not intended to limit the present invention, and those skilled in the art can make various modifications and changes without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims. C:\Linda\PK Pat\PK10U5. doc ——11——1297060 5·08· 01 Application No. 95124866 Patent Specification Amendment [Simplified Description] FIG. 1 : Fixed wave of preferred embodiment of the present invention A perspective view of a power generation facility. Fig. 2 is a top plan view of a stationary wave power plant according to a preferred embodiment of the present invention. Figure 3 is a front elevational view of a stationary wave power plant in accordance with a preferred embodiment of the present invention. ® Figure 4 is a side view of the operation of the stationary wave power plant of the preferred embodiment of the present invention. Figure 5 is a schematic view showing the use of the stationary wave power generating apparatus of the preferred embodiment of the present invention. -h final. 3⁄4, -~ Fig. 6 is a schematic view showing a series of fixed-wave power generation equipment in series according to a preferred embodiment of the present invention. [Main component symbol description] 1 Base 11 Shaft 111 Limit block 12 Slide rail 121 Chute 2 Float assembly 21 Buoy 211 Through hole 212 Bearing 22 Tooth row assembly 221 Housing 222 First tooth row 223 Second tooth row 224 Channel 23 guide rod 231 guide wheel
C:\Linda\PK PetNPKJOl15.doc 一 12 一 06/08/01/11:13 AN 1297060 . 95. 08.01申請第95124866號專利說明書修正本C:\Linda\PK PetNPKJOl15.doc A 12 A 06/08/01/11:13 AN 1297060 . 95. 08.01 Application No. 95124866 Patent Specification Amendment
3 傳動軸組件 32 第一齒輪 34 變速裝置 4 發電廠 6 連接轴 31 33 35 傳動軸 第二齒輪 軸承 動力機構 C:\Linda\PK Pat\PKI0115. doc —133 Drive shaft assembly 32 First gear 34 Transmission 4 Power plant 6 Connecting shaft 31 33 35 Drive shaft Second gear Bearing Power mechanism C:\Linda\PK Pat\PKI0115. doc —13