TW202010935A - Wave-activated power generation device with fully enclosed longitudinal swing sliding rail characterized in that when the sliding block slides left or right, the gear assembly can drive different one-way ratchet assemblies to generate rotation at the same direction, so as to make the power generator generate electric power continuously - Google Patents
Wave-activated power generation device with fully enclosed longitudinal swing sliding rail characterized in that when the sliding block slides left or right, the gear assembly can drive different one-way ratchet assemblies to generate rotation at the same direction, so as to make the power generator generate electric power continuously Download PDFInfo
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Description
本發明係與一種發電機有關,特別是指一種可以隨波浪上下擺動皆可產生發電之全封閉縱搖滑軌波浪發電裝置。The invention relates to a generator, in particular to a fully-enclosed pitch-sliding wave wave power generation device that can generate power with swinging up and down.
按,隨著科技的發展,對於能源的使用量日趨增加,但是能源除了有一定儲量,會被消耗之外,能源轉換後產生的廢棄物,也是一大問題;是以,現今對於再生能源的使用,越來越依賴,如太陽能、風力、水力、潮汐等能源,透過其能量的變化而產生電力,除了可以重複使用不會有耗竭的問題外,再生能源產生的發電,其本身較不會產生廢棄物的問題,雖然在使用上有一些環境的限制而仍無法大量使用,但是,再生能源的使用是目前大家所努力的目標。According to the development of science and technology, the use of energy is increasing, but in addition to a certain amount of energy, it will be consumed, and the waste generated after energy conversion is also a major problem. Therefore, today’s renewable energy Use, more and more rely on, such as solar energy, wind power, water power, tide and other energy sources, through the change of energy to generate electricity, in addition to the problem of repeated use without exhaustion, the generation of electricity generated by renewable energy is less The problem of waste generation, although there are some environmental restrictions on the use and still can not be used in large quantities, but the use of renewable energy is the goal of everyone's efforts.
而現今,再生能源中,以海浪產生擺盪,透過潮流來進行發電的設計,因為海浪的產生是持續不間斷的,用來作為發電的設計是較為理想的再生能源提供來源,現今的海浪發電設備,主要係為浮標以及閉管氣柱式之發電方式,透過海浪來使浮標之浮力作功,透過浮力產生的高低差來產生電力,但是,其問題在於,浮力作功時,浮力必須負擔浮標本身的自重和發電機轉軸的線圈阻力,活塞或浮標上升時,理想上,不考慮機械磨擦耗損,作功會轉換成浮標的重力位能和發電機的電能,而當浮標下降時,是重力位能作功,作功時再將部分動能再轉換成電能,但目前,主流的浮標滑動均採用上升浮力的這段作功,且往上浮衝程若是太短,浮力再大,做的功也是有限。Nowadays, in the renewable energy, the wave is generated by the waves, and the power generation is designed through the tide. Because the generation of the waves is continuous, the design used for power generation is an ideal source of renewable energy. The current wave power generation equipment , Mainly for buoys and closed-tube gas column power generation methods. The buoyancy of the buoys is made to work through the waves, and the power is generated through the height difference generated by the buoyancy. However, the problem is that when the buoyancy works, the buoyancy must bear the buoy itself The self-weight and the coil resistance of the generator shaft, when the piston or buoy rises, ideally, without considering the mechanical friction loss, the work will be converted into the gravitational potential energy of the buoy and the generator's electrical energy, and when the buoy drops, it is the gravitational potential Can do work, and then convert part of the kinetic energy into electric energy when doing work, but at present, the mainstream buoy sliding uses the work of rising buoyancy, and if the upward stroke is too short, the buoyancy is too large, and the work done is also limited.
再者,一個更大的問題點在於,零件的腐蝕,一般主動構件都是以金屬製成的,韌性以及強度要求極高,但缺點是易腐蝕,容易損壞常保養更換,第二,機構與機構之間運動必須要有潤滑劑以減少摩擦,所以接觸的部位必須要有潤滑油覆蓋,但是,在每次做動時,潤滑油終究是會剝落一部分流入海洋,造成海洋的汙染,這是一般波浪發電機的兩大難題,當然,為了保護內部的零件,也有水密油封,也是會對海洋造成汙染的。Furthermore, a bigger problem is that the corrosion of parts, the active components are generally made of metal, toughness and strength requirements are extremely high, but the shortcomings are easy corrosion, easy damage and frequent maintenance and replacement. Second, the mechanism and There must be lubricant to reduce friction between the movements of the agencies, so the contact parts must be covered with lubricating oil. However, each time the action is performed, the lubricating oil will eventually peel off and flow into the ocean, causing pollution of the ocean. This is The two major problems of general wave generators are, of course, water-tight oil seals to protect internal parts, which can also cause pollution to the ocean.
本發明之主要目的即在於,提供一種全封閉縱搖滑軌波浪發電裝置,藉由發電機、滑動機構、齒輪組及殼體等配置設計,使其具有避免機件損壞以及避免內部潤滑油洩漏之優勢。The main purpose of the present invention is to provide a fully enclosed longitudinal slide rail wave power generation device, which has the configuration design of generator, sliding mechanism, gear set and housing, etc., so as to avoid the damage of machine parts and the leakage of internal lubricating oil Advantage.
本發明之另一目的係在於,提供一種全封閉縱搖滑軌波浪發電裝置,藉由波浪的升降起伏,達到無論上升或下降皆可產生發電效果之發電裝置。Another object of the present invention is to provide a fully enclosed longitudinal slide rail wave power generation device, which can generate power generation effect whether rising or falling by generating waves.
為達成上述之目的,本發明係提供一種全封閉縱搖滑軌波浪發電裝置,其係至少包含有:一發電機,該發電機設有一驅動軸,該驅動軸上設有一第一單向棘輪組及一第二單向棘輪組,該第一單向棘輪組與第二單向棘輪組輸出於該驅動軸之轉動方向相同; 一滑動機構,該滑動機構係由一滑動塊及一滑軌組所構成,該滑動塊係滑設於該滑軌組上,該滑動塊底部並設有一齒條; 一齒輪組,該齒輪組係包含有一主動輪軸及一轉向輪軸,該主動輪軸以一主動輪與該滑動機構的該齒條相齒接,該主動輪軸並軸接有一傳動輪,該轉向輪軸上軸設有兩轉向輪,其一轉向輪與該主動輪相齒接,且該第一單向棘輪組與該傳動輪相齒接,而另一轉向輪與該第二單向棘輪組相齒接;一殼體,該殼體內係具有一封閉的容置空間,該發電機、該滑動機構以及該齒輪組皆設於該殼體之容置空間內。To achieve the above object, the present invention provides a fully enclosed longitudinal slide rail wave power generation device, which at least includes: a generator, the generator is provided with a drive shaft, and a first unidirectional ratchet is provided on the drive shaft And a second one-way ratchet wheel group, the first one-way ratchet wheel group and the second one-way ratchet wheel group output on the drive shaft rotate in the same direction; a sliding mechanism, the sliding mechanism consists of a sliding block and a sliding rail The slide block is slidingly arranged on the slide rail group, and a rack is provided at the bottom of the slide block; a gear set, the gear set includes a driving axle and a steering axle, the driving axle is driven by an active The wheel is in gear connection with the rack of the sliding mechanism, the driving wheel shaft is connected with a transmission wheel in parallel, the steering wheel shaft is provided with two steering wheels on the shaft, one of the steering wheels is in gear connection with the driving wheel, and the first The one-way ratchet set is in gear connection with the transmission wheel, and the other steering wheel is in gear connection with the second one-way ratchet set; a housing with a closed accommodating space in the housing, the generator, the The sliding mechanism and the gear set are both arranged in the accommodating space of the housing.
較佳地,該殼體底部設有至少一鰭片。Preferably, at least one fin is provided at the bottom of the casing.
較佳地,該第一單向棘輪組係以一第一棘輪齒輪與該傳動輪相齒接。Preferably, the first unidirectional ratchet gear is geared to the transmission wheel by a first ratchet gear.
較佳地,該第一棘輪齒輪齒接一第一單向棘輪,使該第一棘輪齒輪單向驅動該第一單向棘輪。Preferably, the first ratchet gear teeth are connected to a first unidirectional ratchet wheel, so that the first ratchet gear drives the first unidirectional ratchet wheel unidirectionally.
較佳地,該第一棘輪齒輪側邊係設有一具有一第二錐面之第一齒輪凸塊。Preferably, a side of the first ratchet gear is provided with a first gear protrusion having a second tapered surface.
較佳地,該第一單向棘輪係依序包含有一第一主動棘輪、一第一彈簧及一第一被動棘輪,該第一主動棘輪相對於該第一棘輪齒輪之側邊設有一具有一第一錐面之第一棘輪凸塊。Preferably, the first unidirectional ratchet includes a first active ratchet, a first spring and a first passive ratchet in sequence, the first active ratchet is provided with a side with respect to the side of the first ratchet gear The first ratchet projection of the first cone surface.
較佳地,該第二單向棘輪組係以一第二棘輪齒輪與該轉向輪相齒接。Preferably, the second one-way ratchet gear is geared to the steering wheel with a second ratchet gear.
較佳地,該第二棘輪齒輪齒接一第二單向棘輪,使該第二棘輪齒輪能夠單向驅動該第二單向棘輪。Preferably, the second ratchet gear teeth are connected to a second unidirectional ratchet wheel, so that the second ratchet gear can drive the second unidirectional ratchet wheel unidirectionally.
較佳地,第二棘輪齒輪側邊係設有一具有一第四錐面之該第二齒輪凸塊,該第二單向棘輪係依序包含有一第二主動棘輪、一第二彈簧及一第二被動棘輪,該第二主動棘輪相對於該第二棘輪齒輪之側邊設有一具有一第三錐面之第二棘輪凸塊。Preferably, a side of the second ratchet gear is provided with a second gear projection having a fourth conical surface. The second unidirectional ratchet includes a second active ratchet, a second spring and a first Two passive ratchets, the second active ratchet is provided with a second ratchet projection with a third conical surface on the side of the second ratchet gear.
較佳地,該第一單向棘輪組係以一第一棘輪齒輪與該傳動輪相齒接,該第一棘輪齒輪側邊係設有一第一齒輪凸塊;該第二單向棘輪組係以一第二棘輪齒輪與該轉向輪相齒接,該第二棘輪齒輪側邊係設有一第二齒輪凸塊;該第一棘輪齒輪上之第一齒輪凸塊與第二棘輪齒輪上之該第二齒輪凸塊之凸設方向相同。Preferably, the first one-way ratchet gear system is gear-connected to the transmission wheel by a first ratchet gear, a first gear protrusion is provided on the side of the first ratchet gear system; the second one-way ratchet gear system A second ratchet gear is geared to the steering wheel, and a second gear cam is provided on the side of the second ratchet gear; the first gear cam on the first ratchet gear and the second gear cam on the second ratchet gear The convex direction of the second gear projection is the same.
本發明之縱向滑軌波浪發電機,其滑動塊不論向左或向右滑動,其齒條能帶動齒輪組轉動,不論向左或向右,可分別驅動該第一單向棘輪組或第二單向棘輪組產生同方向的轉動以驅動發電機產生持續的發電,並且,因為殼體可將所有機構容設於容置空間內,並產生浮力,以接收浮力作功,將所有做動的機構全部包在容置空間內裡,內部填充去氧空氣(惰性氣體)或者潤滑油,所有的機械零件都浸在容置空間內這惰性環境中,理想上,矽膠填在縫隙做得很紮實,完全的密封,則只考慮機械零件的磨損問題,近乎無視保養的週期頻繁程度,全包在殼體裡,所有的潤滑劑都只能在容置空間內流動,也沒有潤滑油污染的問題,遑論外來汙垢的黏附以致妨礙機構的運動。In the longitudinal slide rail wave generator of the present invention, whether the sliding block slides to the left or right, its rack can drive the gear set to rotate, whether to the left or right, and can drive the first unidirectional ratchet set or the second The one-way ratchet wheel set rotates in the same direction to drive the generator to generate continuous power generation, and because the housing can accommodate all the mechanisms in the accommodating space and generate buoyancy, to receive buoyancy work, all The mechanism is completely enclosed in the accommodating space, filled with deoxygenated air (inert gas) or lubricating oil, and all mechanical parts are immersed in the inert environment in the accommodating space. Ideally, the silicone rubber is filled in the gap very solidly. For complete sealing, only the wear of mechanical parts is considered, and the frequency of maintenance cycles is almost ignored. All of the lubricant is contained in the housing. All lubricants can only flow in the accommodation space, and there is no problem of lubricant pollution. Not to mention the adhesion of foreign dirt that hinders the movement of the mechanism.
請參閱第1至5圖所示,本發明係提供一種全封閉縱搖滑軌波浪發電裝置,其係包含有:Please refer to Figures 1 to 5, the present invention provides a fully enclosed longitudinal slide rail wave power generation device, which includes:
一發電機10,該發電機10設有一驅動軸11,該驅動軸11上設有一第一單向棘輪組12及一第二單向棘輪組13,該第一棘輪組12與第二棘輪組13輸出於該等驅動輪11之轉動方向相同,該第一棘輪組12係包含有一第一單向棘輪121及一第一棘輪齒輪122,該第二棘輪組13係包含有一第二棘輪131及一第二棘輪齒輪132;A
該第一棘輪組12之該第一棘輪齒輪122側邊係設有一第二錐面1222之第一齒輪凸塊1221;以及一第一單向棘輪121其中該第一單向棘輪121係依序包含有一第一主動棘輪1211、一第一彈簧1212及一第一被動棘輪1213,該第一主動棘輪1211相對於該第一棘輪齒輪122之側邊設有一第一錐面1215之第一棘輪凸塊1214,當該第一齒輪凸塊1221與該第一棘輪凸塊1214相卡接時,該第一齒輪凸塊1221會帶動該第一棘輪凸塊1214轉動,而使該第一主動棘輪1211可以帶動該第一被動棘輪1213轉動;該第一被動棘輪1213則會帶動該驅動軸11轉動,而當該第一棘輪齒輪122以該第二錐面1222方向轉動時,該第二錐面1222不會齒接該第一主動棘輪1211之該第一錐面1215,僅會使該第一主動棘輪1211往軸向靠近或遠離該第一被動棘輪1213,此時,第一被動棘輪1213不會轉動;該第一彈簧1212可以保持該第一主動棘輪1211與該第一棘輪齒輪122保持接觸。A side of the
同時,該第二棘輪組13之設置亦與該第一棘輪組12相同,該第二棘輪齒輪132側邊係設有一具有一第四錐面1322之第二齒輪凸塊1321;以及一第二單向棘輪131,該第二單向棘輪131係依序包含有一第二主動棘輪1311、一第二彈簧1312及一第二被動棘輪1313,該第二主動棘輪1311相對於該第二棘輪齒輪132之側邊設有一第三錐面1315之第二棘輪凸塊1314,當該第二齒輪凸塊1321與該第二棘輪凸塊1314相卡接時,該第二齒輪凸塊1321會帶動該第二棘輪凸塊1314轉動,而使該第二主動棘輪1311可以帶動該第二被動棘輪1313轉動;該第二被動棘輪1313則會帶動該驅動軸11轉動,而當該第二棘輪齒輪132以一具有一第四錐面1322方向轉動時,該第四錐面1322不會齒接該第二主動棘輪1311之一具有一第三錐面1315,僅會使該第二主動棘輪1311往軸向靠近或遠離該第二被動棘輪1313,此時,第二被動棘輪1313不會轉動,該第一彈簧1212可以保持該第一主動棘輪1211與該第一棘輪齒輪122保持接觸。At the same time, the arrangement of the second ratchet set 13 is also the same as that of the first ratchet set 12, the
而因為該第一棘輪齒輪122上之第一齒輪凸塊1221與該第二棘輪齒輪132上之該第二齒輪凸塊1321之凸設方向相同,所以該第一棘輪組12與第二單向棘輪組13係以同一方向來帶動該驅動軸11轉動作功。Since the
一滑動機構20,該滑動機構20係由一滑動塊21及一滑軌組22所構成,該滑動塊21係滑設於該滑軌組22上,該滑動塊21底部並設有一齒條211;A
一齒輪組30,該齒輪組30係包含有一主動輪軸31及一轉向輪軸32,該主動輪軸31以一主動輪311與該滑動機構20的滑動塊21的齒條211相齒接,該主動輪軸31並軸接有一傳動輪312,該轉向輪軸32上軸設有兩轉向輪321,該主動輪311並與一轉向輪321相齒接,且該第一單向棘輪組12之第一棘輪齒輪122與該傳動輪312相齒接,而另一轉向輪321與該第二單向棘輪組13之第二棘輪齒輪132相齒接;A gear set 30 including a driving
一殼體40,該殼體40內係具有一封閉的容置空間41,該發電機10、該滑動機構20以及該齒輪組30皆設於該殼體40之容置空間41內,該殼體40底部兩側設有鰭片42。A
使用時,請參閱第1及3圖所示,該殼體40係設於海洋之平面上,該殼體40會產生浮力而於海平面上飄浮,飄浮時因為浮力,使殼體40會隨海浪左右搖擺,該容置空間41內的滑動塊21會隨海浪而產生左搖或右搖的動作,因為該發電機10、該滑動機構20及該齒輪組30皆設置於容置空間41內,其滑動塊21不論向左或向右滑動,其齒條211能帶動該齒輪組30轉動,不論向左或向右,可分別驅動該第一單向棘輪組12或第二單向棘輪組13產生同方向的轉動以驅動發電機10產生持續的發電,並且,因為殼體40可將所有機構容設於容置空間41內,並產生浮力,以接收浮力作功,將所有做動的機構全部包在容置空間41內裡,內部填充去氧空氣(惰性氣體)或者潤滑油,所有的機械零件都進在容置空間41內這惰性環境中,理想上,矽膠填在縫隙做得很紮實,完全的密封,則只考慮機械零件的磨損問題,近乎無視保養的週期頻繁程度,全包在殼體40裡,所有的潤滑劑都只能在容置空間41內流動,也沒有潤滑油污染的問題,遑論外來汙垢的黏附以致妨礙機構的運動。When using, please refer to Figures 1 and 3, the
請參閱第6至9圖所示,當該滑動塊21往第6圖方向的左邊滑動時,該齒條211會帶動該主動輪軸31之主動輪311產生一逆時針方向旋轉,而同時,該主動輪軸31上的傳動輪312也會產生逆時針方向旋轉,而該主動輪311的逆時針轉動會對於該轉動輪軸32之轉動輪321產生順時針轉動,以及該傳動輪312會對該第一棘輪齒輪122產生順時針旋轉,而該轉動輪321會帶動該第二棘輪齒輪132產生逆時針旋轉,在這個方向時,請參閱第7圖,該第一棘輪齒輪122的第一齒輪凸塊1221會咬合該第一單向棘輪121之第一主動棘輪1211上之第一棘輪凸塊1214,使得該第一主動棘輪1211可以帶動該第一被動棘輪1213轉動,而使該第一被動棘輪1213可帶動該驅動軸11轉動,使該發電機10可以逆時針轉動發電,此時,該順時針轉動之第二棘輪齒輪132係以該第四錐面1322與第二單向棘輪131之第二主動棘輪1311之該第三錐面1315相滑接,使該第二主動棘輪1311僅產生軸向往復運動而未帶動該第二被動棘輪1313轉動,所以該第二棘輪齒輪132係在該驅動軸11上空轉。Please refer to FIGS. 6 to 9, when the
請參閱第9至11圖所示,當該滑動塊21往第9圖方向的右邊滑動時,該齒條211會帶動該主動輪軸31之主動輪311產生一順時針方向旋轉,而同時,該主動輪軸31上的傳動輪312也會產生順時針方向旋轉,而該主動輪311的順時針轉動會對於該轉動輪軸32之轉動輪321產生逆時針旋轉,以及該傳動輪312會對該第一棘輪齒輪122產生逆時針旋轉,而該轉動輪321會帶動該第二棘輪齒輪132產生順時針旋轉,在這個方向時,請參閱第10圖,該第二棘輪齒輪132的該第二齒輪凸塊1321會咬合該第二單向棘輪131之該第二主動棘輪1311上之該第二棘輪凸塊1314,使得該第二主動棘輪1311可以帶動該第二被動棘輪1313轉動,而使得該第二被動棘輪1313可帶動該驅動軸11轉動,使該發電機10可以逆時針轉動發電,此時,該順時針轉動之該第一棘輪齒輪122係以該第二錐面1222與該第一單向棘輪121之該第一主動棘輪1211之該第一錐面1215相滑接,使該第一主動棘輪1211僅產生軸向往復運動而未帶動該第一被動棘輪1213轉動,所以該第一棘輪齒輪122係在該驅動軸11上空轉,是以,不管該滑動塊21往左或往右滑動,都可以透過該第一單向棘輪組12或該第二單向棘輪組13帶動該驅動軸11往同一方向旋轉,使該發電機10可以持續運轉發電,使其作功能持續,另外,當該驅動軸11的轉速大於該第一單向棘輪組12或該第二單向棘輪組13時,該第一單向棘輪121之第一被動棘輪1213會帶動該第一主動棘輪1211轉動,使該第一主動棘輪1211上之第一錐面1215會與該第一棘輪齒輪122上的該第二錐面1222保持滑接,同時,或該第二單向棘輪131之該第二被動棘輪1313會帶動該第二主動棘輪1311轉動,使該第二主動棘輪1311上之ㄧ第三錐面1315會與該第二棘輪齒輪132上的該第四錐面1322保持滑接,使該第一單向棘輪組12與該第二單向棘輪組13都會保持在一離合的狀態,而不影響該驅動軸11轉動。Please refer to FIGS. 9 to 11, when the
本發明之滑動塊21因為係靠波浪的擺盪而產生左右晃動,所以不須要與海水接觸即可作用,而該殼體40的容置空間41可以提供一良好的密封效果,使得該發電機10、該滑動機構20及該齒輪組30皆容設於該殼體40內不與外界接觸,因為殼體40可將所有機構容設於容置空間41內,並產生浮力,以接收浮力作功,將所有做動的機構全部包在容置空間41內裡,內部填充去氧空氣(惰性氣體)或者潤滑油,所有的機械零件都進在容置空間41內這惰性環境中,理想上,矽膠填在縫隙做得很紮實,完全的密封,則只考慮機械零件的磨損問題,近乎無視保養的週期頻繁程度,全包在殼體40裡,所有的潤滑劑都只能在容置空間41內流動,也沒有潤滑油污染的問題,遑論外來汙垢的黏附以致妨礙機構的運動。The sliding
10:發電機11:驅動軸12:第一單向棘輪組121:第一單向棘輪1211:第一主動棘輪1212:第一彈簧1213:第一被動棘輪1214:第一棘輪凸塊1215:第一錐面122:第一棘輪齒輪1221:第一齒輪凸塊1222:第二錐面13:第二單向棘輪組131:第二單向棘輪1311:第二主動棘輪1312:第二彈簧1313:第二被動棘輪1314:第二棘輪凸塊1315:第三錐面132:第二棘輪齒輪1321:第二齒輪凸塊1322:第四錐面20:滑動機構21:滑動塊211:齒條22:滑軌組30:齒輪組31:主動輪軸311:主動輪312:傳動輪32:轉向輪軸321:轉向輪40:殼體41:容置空間42:鰭片10: generator 11: drive shaft 12: first unidirectional ratchet set 121: first unidirectional ratchet 1211: first active ratchet 1212: first spring 1213: first passive ratchet 1214: first ratchet cam 1215: first A conical surface 122: first ratchet gear 1221: first gear projection 1222: second conical surface 13: second unidirectional ratchet group 131: second unidirectional ratchet 1311: second active ratchet 1312: second spring 1313: Second passive ratchet 1314: second ratchet cam 1315: third taper 132: second ratchet gear 1321: second gear cam 1322: fourth taper 20: sliding mechanism 21: sliding block 211: rack 22: Slide rail group 30: gear group 31: driving axle 311: driving wheel 312: transmission wheel 32: steering wheel axle 321: steering wheel 40: housing 41: accommodating space 42: fin
第1圖係為本發明整體之立體外觀圖。 第2圖係為本發明由底部觀看之立體外觀圖。 第3圖係為本發明於海浪上作動之示意圖。 第4圖係為本發明之組接方式之示意圖。 第5圖係為第一單向棘輪組之立體方解圖。 第6圖係為滑軌滑向第一方向的動作示意圖。 第7圖係為第一方向動作立體圖。 第8圖係為第一方向動作示意圖。 第9圖係為滑軌滑向第二方向的動作示意圖。 第10圖係為第二方向動作立體圖。 第11圖係為第二方向動作示意圖。Fig. 1 is a perspective external view of the entire invention. Figure 2 is a perspective view of the present invention viewed from the bottom. Figure 3 is a schematic diagram of the present invention acting on the waves. FIG. 4 is a schematic diagram of the assembly method of the present invention. Figure 5 is a three-dimensional solution diagram of the first unidirectional ratchet set. Figure 6 is a schematic diagram of the movement of the slide rail in the first direction. Figure 7 is a perspective view of the first direction of operation. Figure 8 is a schematic diagram of the first direction of operation. Figure 9 is a schematic diagram of the movement of the slide rail in the second direction. Figure 10 is a perspective view of the second direction of operation. Figure 11 is a schematic diagram of the second direction of operation.
10:發電機 10: Generator
11:驅動軸 11: Drive shaft
12:第一單向棘輪組 12: The first one-way ratchet group
121:第一單向棘輪 121: The first one-way ratchet
122:第一棘輪齒輪 122: The first ratchet gear
13:第二單向棘輪組 13: The second one-way ratchet set
131:第二單向棘輪 131: Second unidirectional ratchet
132:第二棘輪齒輪 132: Second ratchet gear
20:滑動機構 20: Sliding mechanism
21:滑動塊 21: Slider
211:齒條 211: Rack
22:滑軌組 22: Rail set
30:齒輪組 30: Gear set
31:主動輪軸 31: driving axle
311:主動輪 311: Driving wheel
312:傳動輪 312: Drive wheel
321:轉向輪 321: Steering wheel
Claims (10)
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TWI823683B (en) * | 2022-11-21 | 2023-11-21 | 國立臺灣海洋大學 | Wave-driven gravity type power generation device |
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JPS58119974A (en) * | 1982-01-09 | 1983-07-16 | Mitsubishi Electric Corp | Wave power generating device |
JP2001041141A (en) * | 1999-08-02 | 2001-02-13 | Daiki Kogyo Kk | Oscillating generator |
TW200907166A (en) * | 2007-08-07 | 2009-02-16 | zuo-dong Lin | Electricity generating apparatus using sea waves |
TWM441719U (en) * | 2012-07-02 | 2012-11-21 | Mo-Zhong Huang | Gear type buoyancy power generator |
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