TW539808B - Conversion device for seashore natural energy resources - Google Patents
Conversion device for seashore natural energy resources Download PDFInfo
- Publication number
- TW539808B TW539808B TW90119290A TW90119290A TW539808B TW 539808 B TW539808 B TW 539808B TW 90119290 A TW90119290 A TW 90119290A TW 90119290 A TW90119290 A TW 90119290A TW 539808 B TW539808 B TW 539808B
- Authority
- TW
- Taiwan
- Prior art keywords
- energy
- gear
- wind
- rack
- buoy
- Prior art date
Links
Landscapes
- Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
Abstract
Description
539808 五、發明說明(1) 五 發明說明(i) 海浪能源和風能源是一 有海浪,擷取這種自妒I 種自然能源,當有風時必 有助於人類生存的?::、,提:人類生活需求的能量是 必須考慮到能源的“效率然==然能源的揭取裝置 等。 手,裝置的存活性,潮水的適應性 現下有關海浪能源和風能源的轉換 例如中華民國專利:. 、裝置白疋刀別5又置, 2461 62 $ $浪防波堤發電機",該裝 ,應用海浪的推擠來帶動水輪僅:置於^ 低水位的潮水時,直於吾絲格从$轉換,坆種作法在 波堤與其能量的轉換量祐I M? ^ 方 浪之前後壓力,數车义、,…、關係、,,但需承受整個面對的海 堤就已被海浪所刮掉:工研院也冒試作,€未試驗其防波 2521 82號”浪潮發動機”,該裝置僅能置於防波堤 用 海水的湧動力,在其管道中產生氣壓來 置在低潮時其管道的空間變動孔輪機該裝 低。 门燹大則產生虱壓的效率亦將降 270962號"聚集自然資源發電之動力系統",該裝置僅 一個水平面上隨波浪的振動來轉換能量,匕 水時,對該汽紅及其連桿的運作將無法進二 量的時效低。 』所以轉換月b 3258 20號11浮筒式動力機抽蓄水力發電機 能轉換海浪的橫向之動能。 裝置π,該裝置僅539808 V. Description of the invention (1) V. Description of the invention (i) Wave energy and wind energy are the same. There are waves, and capturing this kind of self-jealous I natural energy will help human survival when there is wind? :: 、, mention: The energy required by human life must take into account the "efficiency of energy == natural energy extraction devices, etc." Hand, device survivability, tide water adaptability Nowadays, the conversion of wave energy and wind energy, such as Republic of China patent:., Installation of white shovel knife 5 and 2461 62 $ $ wave breakwater generator ", this installation, the use of the wave of the wave to drive the water wheel only: when placed in ^ low water tide, straight Yu Wusig's conversion from $, the method of conversion in the wave bank and its energy, IM? ^ Fang Lang before and after the pressure, counting the number of cars, ..., relationship ,, but need to withstand the entire sea wall facing It has been scraped off by the waves: ITRI also made a trial, and has not tested its wave-proof 2521 82 "Inspur Engine". This device can only be placed on the surge power of seawater used in breakwaters. It generates air pressure in its pipeline and is placed in At low tide, the space change of the pipeline turbine should be installed low. If the lintel is large, the efficiency of generating lice pressure will also decrease. No. 270962 "Power system for gathering natural resources to generate electricity". This device only follows the vibration of waves on one horizontal plane. Transforming energy, When it ’s in water, the operation of the steam red and its connecting rod will not be able to increase the amount of time. 『So the conversion month b 3258 20 No. 11 pontoon power pump pumped hydroelectric generator can convert the lateral kinetic energy of the waves. Device π, This device only
CAPrograin Files\Patent\浮動式海浪能源轉齡裝置· ptd 539808 五、發明說明(2) US 5708305 號"OCEAN WAVE ENERGY CONVERSION SYSTEM 丨丨 ,該裝置僅能轉換海浪的橫移動能,但其浮筒的回復力必 須靠自己擷取的能量來負出,導致輸出效能會更低,同時 對潮水的高低變化,只能用岸邊有限的高低支持體來適應 I ,故其擷取能量的範圍就相對的減少。 US 5808368 號"OCEAN WAVE ENERGY CONVERSION DEVICE” 該裝置僅能在最高的潮水中工作,當潮水降低時,其浮筒 的固定纜繩將呈無張力狀態而導致浮筒會漂移,如此就無 法做海浪能量的轉移。 ’ i US 4319454 號"WAVE ACTION POWER PLANT " I該裝置'是應用浮體來支撐海浪能的轉換裝置可以適應潮 丨水的變化,但其裝置是為移動性而非永久性的,該洋筒的位 移能量僅作單向轉換。 us 41 0 1 244 號” VERTICAL AXLE PADDLE MOTOR "、 該裝置是應用風向葉片的凸輪來改變風葉的受力條件,但 其架構所造成的風阻面積很大,所以能量的轉換效率低,亦 無防止強風時的煞車或減速功能。 ’ | US 953566號” WINDMILL"該裝置是應用風向 i為風力機的離合器功能。 丨例如市售之風力發電機,丹麥製、型號DANAK M20 00/72, 在風$速5(公尺/秒)才有轉換的功能,在風強度14(公尺/秒) | (相當7級風)為正常運作,超過25(公尺/秒)時,以離合器 I的功能來脫離運作(如附件一)。CAPrograin Files \ Patent \ Floating Ocean Wave Energy Ageing Device · ptd 539808 V. Description of the Invention (2) US 5708305 " OCEAN WAVE ENERGY CONVERSION SYSTEM 丨 丨 This device can only convert the horizontal movement energy of ocean waves, but its buoy's The restoring force must be negatively depended on the energy harvested by itself, resulting in lower output efficiency. At the same time, the height of the tide can only be adjusted by the limited height support on the shore, so the range of energy harvested is relatively Reduction. US 5808368 " OCEAN WAVE ENERGY CONVERSION DEVICE " This device can only work in the highest tide. When the tide is lowered, the fixed cable of the pontoon will be in a tension-free state and the pontoon will drift, so it cannot be used for the energy of the waves. Transfer. 'I US 4319454 " WAVE ACTION POWER PLANT " I This device' is a conversion device that uses floating bodies to support wave energy. It can adapt to changes in tide and water, but its device is mobile rather than permanent. The displacement energy of the ocean tube is only converted in one direction. Us 41 0 1 244 "VERTICAL AXLE PADDLE MOTOR " This device uses the cam of the wind direction blade to change the force condition of the wind blade, but the wind resistance caused by its structure The area is large, so the energy conversion efficiency is low, and there is no braking or deceleration function to prevent high winds. '| US 953566 "WINDMILL " This device uses the wind direction i as the clutch function of a wind turbine. 丨 For example, a commercially available wind turbine, Danish model DANAK M20 00/72, at a wind speed of 5 (m / s) ) Only has the conversion function. When the wind intensity is 14 (meters / second) | (equivalent to 7-level wind) is normal operation, when it exceeds 25 (meters / second), the function of the clutch I is used to disengage the operation (such as attachment one) ).
C.\Program Files\patent\浮動式海浪能源讎裝置邮 539808 五、發明說明^ ' —~- ft Ϊ列所示的擷取裝置都是單獨的海浪能源$ 11 & 75 擷取裝置名嘲士沾古彻総儿+ ^ ^風旎源之 疋,難以做有效的應用,顯然有甚多的缺失。 羊不穩 五發明說明(2 ) 海邊自然能源(海浪能源和風能源)的特告 =浪,這種自然能源皆屬中低能量型,所以,:有風, 對适種特徵提出一種海邊自然能源的丰發明疋針 夠將海邊具有中低能量的海浪能源和風能源分 的::,並轉換成為可運作的能量以供有效應用,其運有々 以適應备地環境的潮水高度變化和風力大小,該設施 定在海邊的淺海區域運作,裝置本身又 : 同時在其實施場所,也因其設施的特徵,m 為經濟區域。 个七.之地轉變 風rT八自別?有源=轉換裝置,該裝置能夠將㈣^ Γ ί’Λ :上 取功能,其特徵主要是在海面上1 有一海浪此源的擷取裝置,該裝置 ^ -風能源的操取裳置,這些裝置皆能獨;,^ j 一種高壓空氣能(這種能量可以傳遞至 德^奐成為 量累積裝置轉換為高能量後,再做有效的=如=:能 87U 7428號自然能源的能量累積 的利申請 09/41 721 2號)。 夭囤寻刎甲a月 J 的轉換裝置之下層,即為-種浮動式的 海浪此源之擷取裝置,該裝置主要是由一支持體,浮體,浮C. \ Program Files \ patent \ Floating Wave Energy Power Device Post 539808 V. Description of the Invention ^ '— ~-ft The capture devices shown in the queue are all separate Wave Energy sources $ 11 & 75 Shi Zan Gu Che 総 + + ^ ^ The source of the wind is difficult to make effective applications, obviously there are many defects. Fifth invention description of sheep instability (2) Special notice of seaside natural energy (wave energy and wind energy) = waves, this type of natural energy is of low-to-medium energy type, so: windy, a kind of natural energy by the sea is proposed for suitable characteristics Feng Feng's invention is enough to separate the wave energy and wind energy from the seaside with low and medium energy: and convert it into operational energy for effective application. It is equipped to adapt to the tide height change and wind power in the prepared environment. The facility is set to operate in shallow areas near the sea, and the device itself: At the same time, at the place where it is implemented, because of the characteristics of its facilities, m is an economic area. The change of the seven places. The wind rT eight separates? Active = conversion device, this device can take ㈣ ^ Γ ί'Λ: upward function, its characteristic is mainly on the sea surface 1 there is a capture device of this wave source, the device ^-wind energy operation equipment, These devices can be independent ;, ^ j a kind of high-pressure air energy (this energy can be transferred to the German ^ 奂 into a quantity accumulation device and converted to high energy, then do effective = such as: can 87U 7428 natural energy energy accumulation Lee's application 09/41 721 No. 2). The bottom layer of the conversion device of 月 甲 a 月 J is a floating capture device of the source of the waves. The device is mainly composed of a support, a floating body, and a floating body.
CAPiOgram Files\Patent\浮動式海浪 539808 五、發明說明(4) 筒和傳動機構所組合。直牿 b 將隨波浪的高低而振動,/該浮在^浪的振動下,其浮筒 室,其氣室的功能為浮筒的承^^在封的氣室和液 能為浮筒下降時可增加動能轉換汙力,而液室的功 動力就是提高海浪能的轉換’/率U = f降的雙向 ^動機構將其轉換為另—種高動力是經由傳 浮體的承載量比置所構是置於浮體上,由於 有相對運動的發生,該义:一 浪之間才會 上下滑動,由於支持體是固定=體套接,並容許浮體 潮水的高度變化而讓浮筒維、床上,因此洋體可以跟隨 浮體上的傳動機構與浮何之海浪振動的功能’故在 化。 两之運作疋可以適應潮水尚高度變 浮體是套接在一支持俨 — 浮筒和傳動機構之袓人而I二f汙體可以容納 '多數組.的 上,在支持體間的互相D連接f —個支持體都是固定於海床 其裝置的運作可以^人 卩可以增強該機構的存活性,故 *邊自然=區域。^ 置,該裝置的主要_ Λ裝置之上層,即風能源的操取裝 會隨風力的方向擺動1疋Λ 有方向性的風葉(該風葉 葉,在順風向時讓風葉,:風:3向:的動力來控制其他的: 逆風向時讓風葉與風向W垂直而承受最大的風力,在 提高風能的轉換饮率π ώ平仃而纟受最小㈣阻,如此可 風荦且有上卞,同時在超越負荷的風力下,該裝置的 禁”有自動減少風阻的功能,得以保護機構难持繼續運CAPiOgram Files \ Patent \ Floating Ocean Wave 539808 V. Description of the Invention (4) Combination of barrel and transmission mechanism. Straight 牿 b will vibrate with the height of the wave. / Under the vibration of the wave, its pontoon chamber and its air chamber function as a pontoon bearing. ^ It can be increased when the sealed air chamber and liquid energy are lowered for the pontoon. Kinetic energy converts pollution, and the power of the liquid chamber is to improve the conversion of the energy of the waves' / rate U = f bidirectional ^ kinetic mechanism to convert it to another-a kind of high power is constructed by the capacity ratio of the floating body It is placed on the floating body. Due to the occurrence of relative movement, the meaning is that it will slide up and down between waves. Because the support body is fixed = body socket, and allows the height of the floating body to change, the floating body is kept on the bed. Therefore, the ocean body can follow the function of the transmission mechanism on the floating body and the wave vibration of the floating body. The operation of the two can be adapted to the tide and the height of the floating body is connected to a support. The floating body and the transmission mechanism are the two, and the second and the second pollution bodies can accommodate multiple arrays. The D connections between the support bodies are mutually connected. f-each support is fixed to the sea floor, and the operation of the device can enhance the viability of the mechanism, so * edge natural = area. ^ The main part of the device _ Λ The upper layer of the device, that is, the wind energy handling device will swing with the direction of the wind 1 疋 Λ directional wind blades (the wind blades, when the wind direction is down, let the wind blades, wind: 3-way: the power to control the others: When the wind is upwind, let the wind blades be perpendicular to the wind direction W to bear the maximum wind force, and increase the conversion rate of wind energy drink rate. At the same time, under the wind force exceeding the load, the ban of the device has the function of automatically reducing the wind resistance, which can protect the organization from continuing to operate.
CAP專 Files\Patent\浮動讀浪能源鷀襄置 539808 五、發明說明(5)CAP Special Files \ Patent \ Floating Reading Wave Energy Co., Ltd. 539808 V. Description of Invention (5)
.、双土受疋對滑浪 取,忒裝置的運作特徵之詳細言 可直接驅動空氣幫浦而產生高壓空 I能源和風能源做有效的擷 說明如下列圖式所述。 五發明說明(3) 圖()海邊自然能源的轉換裝置示意圖 圖(一)一種浮動式的海浪能源轉換裝置示意圖 圖(三)AB剖面圖 圖(,四)浮筒承受海浪的上升狀態示意圖 圖(五)浮筒承受海浪的下降狀態示意圖’. 圖(/、)傳動機構的動力傳遞之俯視圖 圖(七)傳動機構的動力傳遞之前視圖 、, 圖(八)海浪能源轉換裝置固定於海床的示意圖· 圖(九)海浪能源轉換裝置的分佈俯視圖 圖(十)一種風能源轉換裝置俯視圖 圖(十一)風能源轉換裝置剖面圖 圖(十二)風向與風葉的擺動方向示意圖 圖(十三)凸輪槽展開圖 圖(十四)風葉擺動方向的控制圖 圖(十五)風葉的最大風阻俯視圖 圖(十六)風葉的基座俯視圖 圖(十七)阻風板俯視圖. The detailed description of the operating characteristics of the two-soil receiving system for windsurfing and the device can directly drive the air pump to generate high-pressure air I energy and wind energy for effective capture. The description is as shown in the following figure. Fifth invention description (3) Figure () Schematic diagram of a seaside natural energy conversion device (1) Schematic diagram of a floating wave energy conversion device (3) AB cross-sectional view (4) Schematic diagram of a buoy bearing the rising state of the waves ( (5) Schematic diagram of the buoy's declining state under the waves'. (/,) Top view of the power transmission of the transmission mechanism (7) Front view of the power transmission of the transmission mechanism, (8) Schematic diagram of the wave energy conversion device fixed on the sea floor · Figure (9) Top view of the distribution of wave energy conversion devices (10) Top view of a wind energy conversion device (11) Sectional view of a wind energy conversion device (12) Schematic diagram of the wind direction and the swing direction of the wind blade (13) Expansion view of the cam groove (14) Control chart of the blade swing direction (15) Top view of the maximum wind resistance of the blade (16) Top view of the base of the blade (17) Top view of the windshield
C: \Program F i 1 es\Patent\浮動式海浪能源轉齡裝置邛衍 539808 五、發明說明(6) 圖(十八)風葉的最小風阻俯視圖 圖(一)海邊自然能源的轉換裝置示意圖,該裝置分為 上下兩層,在上層的(C1) 一種風能源轉換裝置是擷取風能 後轉換為南壓空氣能,在下層的(C2)· 一種浮動式的海浪能 源轉換裝置是擷取海浪能後轉換為高壓空氣能,這兩種轉 換裝置都是由(21)支.持體支撐,該(21)支持體是一種剛體 的支柱,其一端埋入(1)海床,而在中層段以(4)連桿與其他 :的(21)支持體連結,故這兩種轉換裝置皆可面對風能源或 海浪能源的轉換做獨立運作。 圖(二)一種浮動式的海浪能源轉換裝置示意辱,主要 是說明一種浮動式的海浪能源轉換裝置之架構^功能,該 裝置是由一支持體,浮體,一扁平的浮筒和傳動後構所組 合。其特徵是(21)支持體的一端埋入(1)海床中(5)浮嘀 連接(10)齒條的端點,(5)浮筒是由(6)液室和(?’)氣室組 |合,(6)液室是裝填海水,而(1〇)齒條和(5)浮筒的殼重是由 i (7)氣室的排水量來承載,所以(5)浮筒能浮現在(〇海平面 I上。 I 在圖(二)中,(10)齒條的一端點與(5)浮筒連接,(1〇) I齒條延伸透過(13)孔,其齒面與(8)齒輪及(9)齒 人 丨滑輪及(⑵滑輪等組合,則 i净请升降時,將驅動(8)齒輪及(9)齒輪。 ! 在圖(二)中,(8)齒輪,(9)齒輪,(11)滑輪和(12)滑輪 皆裝置於(14)浮體上,該(14)浮體的下層連接—長柱形的C: \ Program F i 1 es \ Patent \ Floating ocean wave energy ageing device Yan Yan 539808 V. Description of the invention (6) Figure (18) Top view of minimum wind resistance of wind blade (I) Schematic diagram of the conversion device of natural energy by the sea, The device is divided into two layers. On the upper layer (C1), a wind energy conversion device is converted to south pressure air energy after capturing wind energy. On the lower layer (C2), a floating wave energy conversion device is captured. After the wave energy is converted into high-pressure air energy, both conversion devices are supported by (21) support. The (21) support is a rigid body pillar with one end embedded in the (1) sea floor, and The middle section is connected with (4) connecting rod and other: (21) support, so these two types of conversion devices can operate independently in the face of wind energy or wave energy conversion. Figure (II) A schematic illustration of a floating wave energy conversion device is mainly to illustrate the structure of a floating wave energy conversion device. The device consists of a support, a floating body, a flat pontoon and a transmission rear structure. By combination. It is characterized in that (21) one end of the support body is buried in (1) the sea floor, (5) the floating rafter is connected to (10) the end point of the rack, (5) the pontoon is composed of (6) the liquid chamber and (? ') Gas (6) The liquid chamber is filled with seawater, and the shell weight of (10) rack and (5) pontoon is carried by the displacement of i (7) air chamber, so (5) pontoon can emerge (〇 above sea level I. I In Figure (II), one end of (10) rack is connected to (5) buoy, (10) I rack extends through (13) hole, and its tooth surface is connected to (8) ) Gear and (9) tooth person 丨 pulley and (⑵ pulley, etc.), when you lift, please drive (8) gear and (9) gear.! In figure (2), (8) gear, ( 9) Gear, (11) pulley and (12) pulley are all installed on (14) floating body, the lower layer of the (14) floating body is connected-long cylindrical
CAPiOgram Files\Patent\浮動式海浪能源繼裝置.ptd 539808 五、發明說明(7) (^)浮筒,在下層的内侧置有(16)滑輪,以(16)滑輪頂住 …Λ持體的一邊,所以(15)浮筒將承載(14)浮體的重量, 讓(15)浮筒能浮現在(2)海平面上。 ’ 導汽f 中,(105)浮筒連接(110)齒條的端點,(1〇5) 子请疋由(106)液室和(107)氣室組合,(1〇6)液室是裝填海 ,,而(110)齒條和(1〇5)浮筒的殼重是由(1〇7)氣室的排水 量來承載,所以(105)浮筒能浮現在(2)海平面上。 在圖(二)中,(110)齒條的一端點與(1〇5)浮筒連接, (110)齒條延伸透過(113)孔,其齒面與(1〇8)齒輪及(1〇9) 齒輪等嗡合,而其齒背與(111)滑輪及(112)滑輪等組合,則 (110)齒條隨(105)浮筒升降時,將驅動(1〇8)齒輪及(1〇9) 齒輪。 在圖(二)中,(1〇8)齒輪,(1〇9)齒輪,(1U)滑輪和(112) 滑輪皆裝置於(11 4)浮體上,該(11 4 )浮體的下層連接(π 5) 浮筒,在下層的内側置有(116)滑輪,以(116)滑輪頂住(21) 支持體的一邊,所以(115)浮筒將承載(114)浮體的重量,讓 (115)浮筒能浮現在(2)海平面上。 在圖(二)中,(21)支持體的側邊皆可裝置許多浮體,如 (14)浮體和(114)浮體等,這些浮體皆可連接為一體,在其 中間圍成(1 7 )孔而呈現套接(21 )支持體的狀態,如圖(三) AB剖面圖所示,在(21 )支持體的側邊,共有四組浮體和浮筒 的組合,其中有連接齒條的(5)浮筒(1〇5)浮筒(205)浮筒和 :(305)浮筒,從浮力的關係式(浮力F=AHp,浮筒截面積A,水 |位上升的高度,水的密度P )可知,在相同的Η p條件下,因CAPiOgram Files \ Patent \ floating ocean wave energy relay device.ptd 539808 V. Description of the invention (7) (^) The buoy is provided with a (16) pulley on the inner side of the lower layer, and the (16) pulley stands against the side of the Λ holder Therefore, the (15) pontoon will carry the weight of the (14) buoyant body, so that the (15) pontoon can float on (2) sea level. '' In the steam guide f, the (105) pontoon is connected to the end point of the (110) rack, (10) the sub-please, (106) and (107) the liquid chamber are combined, and (106) the liquid chamber is Fill the sea, and the shell weight of (110) rack and (105) pontoon is carried by the displacement of (107) air chamber, so (105) pontoon can float on (2) sea level. In Figure (2), one end of the (110) rack is connected to the (105) buoy, (110) the rack extends through the (113) hole, and its tooth surface is connected to (108) the gear and (10). 9) The gears are humming, and the back of the tooth is combined with the (111) pulley and (112) pulley, etc., when the (110) rack moves with the (105) buoy, it will drive (108) the gear and (1〇). 9) Gear. In figure (2), (108) gear, (109) gear, (1U) pulley and (112) pulley are all installed on the (11 4) floating body, the lower layer of the (11 4) floating body Connected to the (π 5) buoy, a (116) pulley is placed on the inner side of the lower layer, and the (116) pulley is against the side of the (21) support body, so the (115) buoy will carry the weight of the (114) buoy and let ( 115) A buoy can float on (2) sea level. In figure (2), the sides of (21) support can be equipped with many floating bodies, such as (14) floating body and (114) floating body, etc. These floating bodies can be connected as a whole and enclosed in the middle. (17) The holes are in the state of being socketed with the (21) support, as shown in (III) AB sectional view. On the side of the (21) support, there are a total of four groups of buoys and pontoons, including: The (5) buoy (105) buoy (205) buoy and: (305) buoy are connected to the rack, from the buoyancy relationship (buoyancy F = AHp, buoy cross-sectional area A, height of water | level rise, water The density P) shows that under the same Η p condition,
C:\Program Fi 1 es\Patent\浮動式海浪能源轉換娣頸ptd 539808 五、發明說明(8) ~~〜' ~~~~—----------- 其截面積較大日备# Θ 而連接浮體的(154 輕微的浮力即可讓浮筒上升, 因其截面積較小承浮筒(215)浮筒和(315)浮筒, 升,所以浮體盘浮ίί 3重,4支必須,較大的浮力才可上 對運動發生。3在海浪波行進時,其兩者之間就會有相 ⑴海在平m’ #潮水的高度有變化時(即在低潮的水位 會跟有的浮筒皆 ΐ::^ ;: 并妝能-立回^门度變化,如圖(四)浮筒承受海浪的上 ::广;:圖(五)浮筒承受海浪的下降狀態示意圖。 截面穑二=、中,(3)波浪行進至(5)浮筒時,因(5),浮筒的 升力推以對輕微高度的波浪即可獲得提升,如(19)上 /筒,使(10)齒條上升而帶動⑻齒輪和⑴齒 輪做逆時針方向旋轉。 /國 下降H皮立浪過(5)浮筒時,如圖(五)浮筒承受海浪的 ;=:思圖,因⑸浮筒的浮力消失,則⑸浮筒的(2〇) 包括其承載量(齒條和浮筒的殼重)和⑷液室内 量,所以該(2g)下降力必大於(19)上升力,同 =2::“承受浮力(22)上升力,然而(14)浮體是與 ς 予體相連接,故該力僅造成(16)滑輪壓迫(21)支持 f而已,而(14)浮體仍然保持原狀。當(5)浮筒受(20)下降 而下降時,則(10)齒條會下降而帶動(8)齒輪和(9)齒輪 做順時針方向旋轉。C: \ Program Fi 1 es \ Patent \ floating wave energy conversion neck ptd 539808 V. Description of the invention (8) ~~~ '~~~~ --------------- Its cross-sectional area is smaller than大 日 备 # Θ and the (154 slight buoyancy of the buoy can make the buoy rise. Because of its smaller cross-sectional area, the buoy (215) buoy and (315) buoy rise, so the buoy floats 3 times, The four must have a large buoyancy before the upper movement can occur. 3 When the waves travel, there will be a phase between the two. When the sea level changes at a flat m '# tide (ie, at low tide levels) The following buoys are :: ^ ;: The degree of door-to-door ^ change is shown in Fig. (4). The buoy can withstand the waves :: wide ;: (five) Schematic diagram of the buoy's ability to withstand the waves. Section 穑 2 =, Medium, (3) When the wave travels to (5) the pontoon, due to (5), the lift of the pontoon can be lifted to the wave of a slight height, such as (19) up / tube, so that ( 10) The rack rises and drives the ⑻ gear and the ⑴ gear to rotate counterclockwise. / Country drops when the H skin rises past the (5) pontoon, as shown in (five), the pontoon is subjected to the waves; =: think, because of floating When the buoyancy of 消失 disappears, the 2buoy's (20) includes its bearing capacity (the weight of the rack and the buoy's shell) and the amount of ⑷ liquid chamber, so the (2g) descent force must be greater than (19) ascending force, the same = 2: : "Bearing the buoyancy (22) ascending force, but (14) the buoyant body is connected to the propellant, so this force only causes (16) the pulley to press (21) to support f, while (14) the buoyant body remains in its original state When (5) the pontoon is lowered by (20), then (10) the rack will descend and drive (8) and (9) the gear to rotate clockwise.
C:\Program Files\PatentW動式海浪能源_M^ptd 539808 五、發明說明(9) 在圖(二)中,(10)齒條隨(5)浮筒的上升和下降,其動 力的傳遞如圖(六)傳動機構的動力傳遞之俯視圖和圖(七) 傳動機構的動力傳遞之前視圖所示,該傳動機構是由(丨4 ) 浮體來支撐,(10)齒條帶動(8)齒輪和(9)齒輪,而(9)齒輪 是與(91)自由齒輪同轴相連,該(91)自由齒輪為單向旋轉 輪,(如(9)齒輪的旋轉符號與(91)自由齒輪相同時,則(91) 自由齒輪與其轴固定,否則與轴無關),同理,(8)齒輪是與 (81)自由齒輪同轴相連,該(81)自由齒輪為單向旋轉輪, (如(8 )齒輪的旋轉符號與(81)自由齒輪相同時,則(8丨)自 由齒輪與其轴固定,否則與轴無關)。 在_(六),圖(七)中,(91)自由齒輪與(92)齒輪餐合, (92)齒輪固定在(84)軸上,(92)齒輪帶動(93)曲軸',其動力 經(94)連桿來推動(95)空氣幫浦,該能量轉換為高壓空氣 能後,由(66)輸氣管傳遞輸出。(81)自由齒輪與(82)齒·輪 餐合,(82)齒輪與(83)齒輪嚷合,(83)齒輪也固定在(84)轴 上,(83)齒輪帶動(86)曲轴,其動力經(87)連桿來推動(85) 二氣幫浦,該能f轉換為南壓空氣能後,由(66)輸氣管傳遞 輸出。 在圖(六),圖(七)中,當(10)齒條上升時,(8)齒輪與 (9)齒輪做逆時針方向旋轉,(8)齒輪是與(81)自由齒輪同 轴相轉,但是(9)齒輪與(91)自由齒輪呈脫離狀(空轉),所 以(10)齒條上升的動力將由(81)自由齒輪的傳遞,經(82) 齒輪至(83)齒輪後,帶動(84)軸,因而使(92)齒輪驅動(95) 空氣幫浦,產生高壓空氣能,以及使(83)齒輪驅動(85)空氣C: \ Program Files \ PatentW Dynamic Wave Energy_M ^ ptd 539808 V. Description of the invention (9) In the figure (II), (10) the rack goes up and down with (5) the buoy, and its power transmission is as follows Figure (6) Top view of the power transmission of the transmission mechanism and Figure (7) Front view of the power transmission of the transmission mechanism. The transmission mechanism is supported by (丨 4) floating body, (10) rack drive (8) gear And (9) gear, and (9) gear is coaxially connected with (91) free gear, the (91) free gear is a one-way rotating wheel, (for example, the rotation symbol of (9) gear is the same as (91) free gear (81) free gear is fixed to its shaft, otherwise it has nothing to do with the shaft). Similarly, (8) gear is coaxially connected with (81) free gear, which is a one-way rotating wheel, (such as (8) When the rotation symbol of the gear is the same as (81) Free gear, (8 丨) The free gear is fixed to its shaft, otherwise it has nothing to do with the shaft). In (6), (7), (91) free gear and (92) gear are combined, (92) gear is fixed on (84) shaft, (92) gear drives (93) crankshaft ', its power The (95) air pump is pushed by the (94) connecting rod. After the energy is converted into high-pressure air energy, it is transmitted by the (66) air pipe. (81) The free gear is coupled with (82) teeth and wheels, (82) gear is coupled with (83) gear, (83) gear is also fixed on (84) shaft, (83) gear drives (86) crankshaft, Its power is used to push the (85) second gas pump through the (87) connecting rod. After the energy f is converted into the South-pressure air energy, it is transmitted and output by the (66) gas pipe. In (6) and (7), when (10) the rack is raised, (8) the gear rotates counterclockwise with (9) the gear, (8) the gear is coaxial with (81) the free gear But (9) gear and (91) free gear are disengaged (idling), so (10) the rack's rising power will be transmitted by (81) free gear, after (82) gear to (83) gear, Drive the (84) shaft, so that (92) gear drives (95) air pump, generates high-pressure air energy, and (83) gear drives (85) air
C: \Program F i 1 es\Patent\ 浮動式海浪能源跤類 Ptd 539808 五、發明說明(10) 幫浦’產生t壓空氣能後,再由(66)輸氣管傳遞輸出。 去&圖(六),圖(七)中,當(1〇)齒條下降時,(8)齒輪盥 軸相轉針^ 以(10)音你nr ) w輪與(81)自由齒輪呈脫離狀(空轉),所 齒輪帶勤降的動力將由(91)自由齒輪的傳遞,經(92) 帶動j 93)曲軸♦,其動力經(94)連桿來推動(95)空氣幫 /,生兩壓空氣能,再由(66)輸氣管傳遞輸出,同時在 面輪上的(84)軸也將帶動(83)齒輪驅動(85)空氣幫 產生面壓空氣能,再由(66)輸氣管傳遞輸出。 在圖(二)中,(11〇)齒條隨(1〇5)浮筒的上升和下降,其 動力的傳遞是與圖(六)傳動機構的動力傳遞之僻視圖和^ θ七^傳動機構的動力傳遞之前視圖所示相同,其轉、換的能 量皆可由(66)輸氣管傳遞輸出動能,就如圖(三)AB剖面圖 中的(21 0 )蠢條和(31 〇 )齒條皆能經由各自的傳動、機構(未 畫出)傳遞動力,再由各自的輸氣管傳遞輸出動能。* 、本裝置的(21)支持體以(4)連桿與其他的(21)支持體連 丨結並固定於(1)海床而構成堅固的設施,如圖(八)海浪能源 丨轉換裝置固定於海床的示意圖和圖(九)海浪能源轉換裝置 丨的分佈俯視圖所示,(21)支持體可以從(64)海岸邊的淺灘 開始設置,如(65)延伸區可延伸至適當的區域,其能量皆可 經由(66)輸氣管傳遞至(64)海岸邊後,然後累積為高能量, 丨再做有效的應用。 ’ I 圖(十)一種風能源轉換裝置俯視圖是說明該裝置具有 丨三個獨立的旋轉機構,每一個旋轉機構皆由(21)支持體支C: \ Program F i 1 es \ Patent \ Floating wave energy wrestling class Ptd 539808 V. Description of the invention (10) After the pump ’s t-pressure air energy is generated, it is transmitted by the (66) gas pipe. Go to & Figure (Six), Figure (Seven), when (10) the rack is lowered, (8) the gear shaft rotates the needle ^ at (10) your nr) w wheel and (81) free gear In a disengaged state (idle), the power of the gears to be descended will be transmitted by the (91) free gear, and driven by the (92) j 93) crankshaft. The power will be driven by the (94) connecting rod. The two-pressure air energy is generated and then transmitted by the (66) air pipe. At the same time, the (84) shaft on the face wheel will also drive the (83) gear to drive (85) air to generate surface pressure air energy. ) The gas pipe delivers output. In Figure (2), the (11) rack moves up and down with (10.5) the buoy, and its power transmission is a remote view of the power transmission of the transmission mechanism in Figure (6) and the transmission mechanism The front view of the power transmission is the same as that shown in the figure. The energy of rotation and change can be transmitted by the (66) gas pipe to output the kinetic energy, as shown in (3) AB section (21 0) stupid bar and (31 〇) rack. Both can transmit power through their respective transmissions and mechanisms (not shown), and then output kinetic energy through their respective gas pipelines. * 、 (21) support body of this device is connected with other (21) support body by (4) connecting rod and fixed on (1) sea floor to form a solid facility, as shown in (8) Wave Energy 丨 Conversion Schematic diagram and diagram of the device fixed to the seabed. (9) The top view of the distribution of the wave energy conversion device. (21) The support body can be set up from (64) the shore shoal, such as (65) the extension area can be extended to an appropriate level. In the area, the energy can be transmitted to the coast of (64) through the (66) gas pipe, and then accumulated into high energy, and then effective application. ′ I Figure (10) A top view of a wind energy conversion device shows that the device has three independent rotating mechanisms, each of which is supported by a (21) support body
C: \Program F i 1 es\Paten t\浮動式海浪能源轉齡騁顗ptd 539808 五、發明說明(11) — ~' —--- f 呈等角分佈排列,旋轉機構是以(43)風葉來擷取風的 2 ί 3二動(3 5 )傳動轴而獲得旋轉的動力’其運作機構皆 能源轉換裝置剖轉,其運轉的功能如圖(十-)風 圖(十一)風能源轉換裝置剖視圖的(21)支持體和(33) ^桿連成一剛體,(35)傳動軸以(34)軸承支撐於(33)支桿 ’ 37)方向葉與(3 8)凸輪連結成―體 上。(39)連桿由⑷)支轴支請)支 上故疋盘⑽值W轴上,(41)支桿一端固定在(35)傳動轴 人’所專動軸同轉,另一端以(42)轴承與(43)風葉組 i風葉也與(35)傳動軸同轉。(43)風葉、上的 連/帶動,讓(43)風葉沿(41)支桿擺動。 和U71查β V!固定在(35)傳動軸,(46)曲軸連接(45)曲輪 “7、# 的另一端接(48)支軸,(48)支軸推動 桿。工幫浦,(5〇)支桿支撐(49)空氣幫浦固定於(33)支 驅動UI :(37)方向葉和(43)風葉,皆受風力而被 ,)方向葉將順風向而停在一個方位上故(3 8 ) λ认 狀態。風力將使(43)風葉帶動⑽傳動轴作” 。备(35)傳動轴旋轉時,順著風向位移的(43)風 二=與風向呈垂直,如此才可以獲得最大的。:逆- 者風向位移的(43)風葉,則要與風向呈水平狀態如此在逆 風阻。(78)延伸可以適應空間的要求而增加日 U3)風葉的組合數量,有關風向與風葉的擺動方向,其說明C: \ Program F i 1 es \ Paten t \ Floating ocean wave energy age ptpt 539808 V. Description of the invention (11) — ~ '—--- f is arranged in an equiangular distribution, and the rotating mechanism is (43) The wind leaves come to capture the wind ’s 2 ί 3 two-moving (3 5) drive shafts to obtain rotating power. Its operating mechanisms are all energy conversion devices, and its function is shown in Figure (10-) Wind Diagram (11) Wind The (21) support body and (33) ^ rod of the energy conversion device cross-sectional view are connected into a rigid body, (35) the drive shaft is supported by (34) bearings on (33) support rods, (37) direction leaves and (38) cams are connected to form ―Physical. (39) The connecting rod is supported by (i) the supporting shaft, and then the value of the shaft W shaft is supported. (41) One end of the supporting rod is fixed at (35) the driving shaft. 42) The bearing and (43) fan blade group i fan blade also rotates with (35) drive shaft. (43) The wind blade and the upper part are connected / driven, and the (43) wind blade is swung along the (41) support rod. And U71 check β V! Fixed on (35) drive shaft, (46) crankshaft connection (45) crank wheel "7, # the other end is connected to (48) support shaft, (48) support shaft push rod. Industrial pump, ( 5) The support rod (49) air pump is fixed to the (33) support UI: (37) direction leaf and (43) wind blade are both affected by wind, and the direction leaf will stop in one direction along the wind direction. Therefore (3 8) λ recognizes the state. The wind will cause (43) the wind blade to drive the ⑽ drive shaft to work ". When the (35) transmission shaft rotates, the (43) wind that is displaced along the wind direction = perpendicular to the wind direction, so that the maximum can be obtained. : The (43) blades that are displaced in the wind direction must be in a horizontal state with the wind direction so as to oppose the wind resistance. (78) The extension can be adapted to the requirements of space and increase the number of days U3) The number of combinations of wind blades, the wind direction and the swing direction of the wind blades, their descriptions
CAProgram Files\patent\浮動式海浪能源繼^^ptd 539808 五、發明說明(12) ^ ^ -—- 如圖(十二)風向與風葉的擺動方向示意圖 在圖(十二)中,(35)傳動軸旋轉時,在順Ο”風向的 (43):葉由(42)軸承支撐,可以被轉成 。二5=Γ3)風葉可以被轉成與風向呈水平的 i二Λ 制說明,如圖(十三)凸輪槽展開 圖#圖(十四)風葉擺動方向的控制圖所示· 圖(十三)中的(61)中心線表示凸輪槽的一半長度凸 =1内可以容許一種滑輪位移,當該滑輪位移至(62)下降 輪Λ移至(63)上升槽時,滑輪上升。 m)曲被由(40)支轴支 # ;^(73) ^ =(十一)的(35)傳動轴同步旋轉β(71)支點是在圖(十三) m十凸沁=^ :移的滑輪軸,所以該滑輪軸位移·至 ^十^中的(63)上升槽時,(71)支點將位移至(75)點 ΙΑ』二將 L 罝U4)轴套是固定在(43)風葉 亡(44)軸套受(39)連桿帶動,因此(39)連桿位移至⑺ =的位置時’⑷)風葉將位移至⑽風葉垂直的位置, ίΓ圈(風+ 而受最大的風力。所以(71)支點位 十三)中的(62)下降槽時,(39)連桿將帶動(43)風 平狀態。(78)延伸是表示(39)連桿和(43)風葉的組 合數1可以隨高度依次遞増。 在圖(十一)中的(39)連桿和(43)風葉的組合共有三CAProgram Files \ patent \ floating ocean wave energy following ^ ptd 539808 V. Description of the invention (12) ^ ^---(Figure 12) The wind direction and the swing direction of the blades are shown in Figure (12), (35) When the drive shaft rotates, (43) in the direction of the wind direction: (43): The leaves are supported by (42) bearings and can be turned into two. 5 = Γ3) The wind leaves can be turned into a level i with the wind direction. Figure (13) Cam slot expansion view #Figure (14) The control chart of the blade swing direction is shown in Figure (13) The center line (61) in the figure (13) indicates that half the length of the cam groove is convex = 1 a type of pulley can be allowed Displacement, when the pulley is moved to (62) the descending wheel Λ moves to the (63) rising groove, the pulley rises. M) the curve is supported by the (40) support shaft #; ^ (73) ^ = (eleven) of ( 35) The synchronous rotation β (71) fulcrum of the transmission shaft is in the figure (13) m Shi convex Qin = ^: the pulley shaft moved, so when the pulley shaft is shifted to (63) ascending groove in ^ Shi ^, ( 71) The fulcrum will be shifted to (75) point ΙΑ 』Second, the L 罝 U4) bushing is fixed at (43) wind blade die (44) the bushing is driven by the (39) link, so (39) the link is moved to ⑺ = Position when '⑷ ) The wind blade will be displaced to the vertical position of the wind blade, and the (62) descending groove in (71) pivot point thirteen) will cause the (39) connecting rod to drive (43) The flat state. (78) extension means that the combination number (1) of (39) connecting rod and (43) wind blade can be successively increased with the height. In the figure (11), the (39) connecting rod and (43) wind blade There are three combinations
C:\Program Files\patent\浮動式海浪能源機 539808 五、發明說明(13) 組作等角分配,因為(3 7 )方向葉將會順著 :個方位上,也就是說,(38)凸輪將呈固$狀1定停在 一組(39)連桿和(43)風葉的組合,當其 以任何 傳動轴獲得動力,所以(35)傳動轴向,,將 11!能轉換一次的風能。最後(35)傳動軸的動力::個 45)曲輪上的(46) #轴,經(47)連桿和(48)支轴動力疋由 =)空氣幫浦而獲得高壓冑氣的冑能,所以當風力^ 時,(35)傳動軸將隨其而改變轉速,(4 浦對 該轉速的,化皆能轉換為空氣的動能,其能量皆可„由*對 66)輸氣官傳遞至(64)海岸邊後然後累積 有效的應用。 此里,丹做 在圖(十二)中,(43)風葉是以最大的面積來轉,換風 而提咼能量轉換效率,當風能強度超過負荷時,(43)風葉可 以自動減少面積來降低風阻,以維持風能源轉換、裝置的正 吊運轉,其架構如圖(十五)風葉的最大風阻俯視圖所示' :圖(十五)風葉的最大風阻俯視圖是說明(43)風葉呈現 丨最大面積的狀態,該(43)風葉的面積變化功能是由(43 —丨)| 丨風葉的基座,(43-2)阻風板和(43-3)拉力彈簧所組合,其架i i構如圖(十六)風葉的基座俯視圖和圖(十七)阻風板俯視圖i |所示,(43-1)風葉的基座具有數個(43 —6)孔,該孔呈現間隔| I排列,在該基座的兩側置有(43-4)滑槽,(43-3)拉力彈簧的 | 一端固定在(43-1)風葉的基座上,而另一端固定在(43-2) j 丨阻風板,該(43-2)阻風板具有數個(43-5)孔,該孔呈現間隔 排列,當(43-2)阻風板套在(43-4)滑槽内時,(43-5)孔和C: \ Program Files \ patent \ floating ocean wave energy machine 539808 V. Description of the invention (13) Grouping is equiangular distribution, because (3 7) direction leaves will follow: in one direction, that is, (38) The cam will be in a solid shape. It will stop at a combination of (39) connecting rods and (43) blades. When it gets power from any transmission shaft, so (35) transmission axis, 11! Can be converted once Wind energy. Finally, the power of the (35) transmission shaft: a 45) (46) #shaft on the curved wheel, the power of the high pressure radon gas obtained by the (47) connecting rod and (48) support shaft power == air pump Therefore, when the wind force ^, (35) the transmission shaft will change its speed, (4 pumps at this speed can be converted into the kinetic energy of the air, and its energy can be transmitted by * v 66). After (64) the coast and then accumulate effective applications. Here, Dan is shown in Figure (12), (43) the wind blades are rotated by the largest area, and the wind is changed to increase the energy conversion efficiency. When wind energy When the strength exceeds the load, (43) the wind blade can automatically reduce the area to reduce the wind resistance to maintain the wind energy conversion and the device is in the normal hanging operation. The structure is shown in (15) The top view of the maximum wind resistance of the wind blade. ) The top view of the maximum wind resistance of the wind blade is to explain the state of (43) the maximum area of the wind blade. The area change function of the (43) wind blade is (43-丨) | 丨 the base of the wind blade, (43-2) the windshield Combined with (43-3) tension spring, its frame ii structure is shown in (16) Top view and diagram of base of wind blade 17) The top view of the choke plate i | shows that the base of the (43-1) wind blade has several (43-6) holes, which are spaced apart | I arranged on both sides of the base (43 -4) Slot, (43-3) tension spring | One end is fixed to the base of (43-1) wind blade, and the other end is fixed to (43-2) j 丨 windshield plate, the (43-2 ) The baffle has several (43-5) holes, which are arranged at intervals. When the (43-2) baffle is placed in the (43-4) chute, the (43-5) holes and
C:\Program Files\Patent\浮動式海浪能源繼遝類pt(j 539808 五、發明說明(14) ~~~ (43-6)孔剛好完全錯開,讓(43)風葉的面積呈現最大的風 阻,當風能強度超過負荷時,因(43 )風葉的高轉速導致 (43_2)阻風板的離心力大於(43-3)拉力彈簧的拉力時, (43_2)阻風板將會外移而使(43-5)孔和(43-6)孔部份重疊 而呈現漏洞,導致(4 3 )風葉的風阻減少,以維持風能源轉換 裝置的正常運轉,這種減少風阻的變化量達最大時,如圖 (十八)風葉的最小風阻俯視圖所示最大的(43 —5)孔和 (43-6)孔。C: \ Program Files \ Patent \ Floating ocean wave energy relay class pt (j 539808 V. Description of the invention (14) ~~~ (43-6) The holes are just completely staggered, so that the area of (43) wind blades shows the largest wind resistance When the wind energy intensity exceeds the load, the high speed of the (43) wind blade causes the (43_2) choke force of the choke plate to be greater than that of the (43-3) tensile spring, and the (43_2) choke plate will move outward and cause The (43-5) hole and (43-6) hole partially overlap and present a loophole, which leads to (4 3) the reduction of the wind resistance of the wind blade to maintain the normal operation of the wind energy conversion device. As shown in (18), the smallest (43-5) holes and (43-6) holes are shown in the minimum wind resistance plan view of the blades.
C: \Program F i 1 es\Patent\ 浮動式海浪能源 駿類 ptdC: \ Program F i 1 es \ Patent \ Floating Ocean Wave Energy ptd
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW90119290A TW539808B (en) | 2001-08-06 | 2001-08-06 | Conversion device for seashore natural energy resources |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW90119290A TW539808B (en) | 2001-08-06 | 2001-08-06 | Conversion device for seashore natural energy resources |
Publications (1)
Publication Number | Publication Date |
---|---|
TW539808B true TW539808B (en) | 2003-07-01 |
Family
ID=29580332
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW90119290A TW539808B (en) | 2001-08-06 | 2001-08-06 | Conversion device for seashore natural energy resources |
Country Status (1)
Country | Link |
---|---|
TW (1) | TW539808B (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI788104B (en) * | 2021-11-17 | 2022-12-21 | 杜仕發 | Ocean tumbler integrated energy system |
-
2001
- 2001-08-06 TW TW90119290A patent/TW539808B/en not_active IP Right Cessation
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI788104B (en) * | 2021-11-17 | 2022-12-21 | 杜仕發 | Ocean tumbler integrated energy system |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
AU2014233070B2 (en) | Wave energy converter system | |
US4392060A (en) | Wind and water power generator | |
JP5858241B2 (en) | Device for generating electrical energy from waves | |
US7525214B2 (en) | Wave-power system and method for generating energy at constant rotational speed at variable significant wave heights and periods | |
US20080260548A1 (en) | Wave energy converter | |
CN102979661B (en) | One adopts energy unit and ratchet and wave power electromotor | |
CN104960636A (en) | Multi-functional combined ocean power generating platform capable of being congregated and congregating group | |
US8084873B2 (en) | Induced surface flow wave energy converter | |
US8253263B2 (en) | Wave-power system for extracting simultaneously both potential and kinetic energy at variable significant wave heights and periods | |
CA3005792C (en) | An apparatus for power generation from the surface ocean waves in deep seas | |
CN105298731B (en) | A kind of float-type Wave energy converting device | |
CN2937536Y (en) | Expansion propeller current energy generating device | |
CN209838585U (en) | Ocean energy collection device and power generation device | |
CN109882346B (en) | Ocean energy acquisition device and power generation device | |
TW499544B (en) | Energy accumulation method of natural energy resources | |
TW539808B (en) | Conversion device for seashore natural energy resources | |
EP2077393A1 (en) | Planing power generator | |
WO2009065178A1 (en) | Floating sea wave power-generating plant | |
CN202181982U (en) | Waterwheel type tide energy double-direction generating device floating on water | |
CN100430595C (en) | Wheel cable type sea wave energy conversion apparatus | |
CN104018980A (en) | Pile type wave energy capturing device utilizing plurality of floating bodies | |
CN111594377A (en) | Comprehensive utilization device for ocean energy | |
CN200999690Y (en) | Cable pulley type sea energy conversion device | |
KR101763802B1 (en) | Hybrid wind wave power plant | |
CN104389725A (en) | Multi-floater wave energy device using gas turbine |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
GD4A | Issue of patent certificate for granted invention patent | ||
MM4A | Annulment or lapse of patent due to non-payment of fees |