M276442 八 、新型說明： 【新型所屬之技術領域】 本創作係有關於一種水車結構改良，尤其是指可 由風力來帶動水車的運轉，俾達不必耗費任何電力的一稭 水車結構改良創新設計。 、種 【先前技術】 隨著人工養殖業的蓬勃發展，為了使漁塭内的水 足的氧氣以供水中漁類生活所需，一般漁塭水面上均备2 置有水車，藉由水車的運轉，將空氣中的氧氣打人水^ 以提高水中的含氧量，使養殖的漁類能夠在舒 二 速的成長。 衣見肀快 按，就目前習知的水車結構，請參閱第五圖所示 要係由水車⑷之馬達（61)轉動以帶動—_ 動，轉軸（62)上連結設有揚水輪（63)，並在該揚水 的數放射狀支撐桿⑽）上分別固設有葉片（64)，） 動=(61)使馬達（61)轉動以帶動一轉軸⑽轉：， 同日τ連動揚水輪（63)而轉動，使固設在 射狀支撐桿⑽）上的葉片（64)拍打 的氧氣摻打入水中。 立將二氧中 /、二而，上述的習用水車結構 該葉片之所以能拍打水面，主要冓 動而引起，而揚水輪之所以能轉 ： 運轉，而該漁埋必須維持有水由電力供應使其 耗費之電力成本將相當可觀。^運轉’因此其累積 5 M276442 緣是，創作人有鑑於此’秉持多年該相關行業之豐畐 設計開發及實際製作經驗，針對習用之結構及缺失予以研 究改良，提供可以藉由風力來帶動葉片的轉動，而使水車 的運轉能夠不必耗費電力的一種水車結構改良，以期完全 改善習用的缺失。 【新型内容】 本創作係有關於一種水車結構改良，主要係由組設在 豎直支撐筒内之傳動結構、套設在支撐筒上端之承載裝 置、組設於承載裝置上之風車及導風板、組設在支樓同近 水面處之打水裝置及套設支撐筒下端之固定座所組設而 成；該傳動結構，主要係於支撐筒内組設一豎直轉軸，轉 軸上、下兩端分別固設上、下傘形齒輪，另，於支撐筒下 端適當位置處具設數貫通孔；該承載裝置，其底端連具有 一套筒，該套筒下端適當位置處組設擔止塊’以供該套筒 套入支撐筒内，該擋止塊恰擋止在支撐筒上，而使套筒連 同該承載裝置可旋轉於支撐筒上；該風車，固設在承載裝 置上，具設有葉片，葉片連具轉轴，轉軸上固設有伞形齒 輪，以與支樓筒内豎直轉軸之上傘形僮輪喊合’另’於風 車上固設有導風板，以供導引風車之葉片能受風轉動；該 打水裝置，其轉軸内端固設有傘形齒輪’以與支撐间内豆 直轉軸之下傘形齒輪嚙合，而其轉軸外端固設一揚水輪’ 揚水輪上具設數放射狀支撐桿，支撐桿上分別固設有葉 片，供轉軸轉動時將帶動揚水輪轉動而使支撐桿上的葉片 拍打水面，以將空氣中的氧氣摻打入水中；該固定座’其 上具設諸多穿孔，供釘固元件穿設以將板片釘固在池底’ 6 M276442 另，於固定座上固設-豎直之外套筒，可供支標筒 套，且外套筒上具設貫通孔，以供一定位件穿設該貫通孔 及支撐筒之貫通孔，而加以定位；據此，藉由風力來帶動 揚水輪茱片的轉動，俾達不必耗費任何電力， 支出之效。 奄賈 【實施方式】 而為令本創作之技術内容、創作目的及其所能達成之M276442 8. Description of the new model: [Technical field to which the new model belongs] This creation relates to the improvement of a watermill structure, especially the windmill that can drive the operation of the watermill. Trent does not need to consume any electricity. [Previous technology] With the vigorous development of the artificial breeding industry, in order to make the oxygen sufficient for the water in the fishing bream to feed the fishes in the water supply, generally there are 2 water wheels on the water surface of the fishing bream. Operation, the oxygen in the air hits the water ^ to increase the oxygen content in the water, so that the cultured fishery can grow at a comfortable speed. For the current known waterwheel structure, please refer to the fifth figure. The waterwheel is driven by the motor (61) of the waterwheel 以 to drive. The shaft (62) is connected with a lift wheel (63). ), And blades (64) are fixed on the number of radial support rods (扬) of the ascending water, respectively.) Movement = (61) rotates the motor (61) to drive a rotating shaft: 63) and rotate, so that the blade (64) affixed to the shooting support rod (i) is beaten into the water with oxygen. In the above-mentioned conventional water truck structure, the reason why the blades can flap on the water surface is mainly caused by throbbing, and the reason why the lifting wheel can turn: operation, and the fishing burial must maintain water by electricity The cost of the electricity it consumes will be considerable. ^ Operation ', so its accumulation is 5 M276442. The reason is that the creator has taken this into account and has been holding years of rich design and development and actual production experience in the relevant industry, researching and improving the conventional structure and defects, and providing blades that can be driven by wind. It is a kind of structural improvement of the waterwheel that makes the operation of the waterwheel unnecessary to consume electricity, so as to completely improve the lack of custom. [New content] This creation relates to the improvement of a watermill structure, which is mainly composed of a transmission structure arranged in a vertical support cylinder, a bearing device sleeved on the upper end of the support cylinder, a windmill and wind guide arranged on the bearing device. The plate and the water-fighting device arranged at the same water surface of the branch building and the fixed seat set at the lower end of the supporting cylinder are assembled; the transmission structure is mainly arranged in the supporting cylinder with a vertical shaft, the shaft, Upper and lower bevel gears are respectively fixed at the lower ends, and a plurality of through-holes are provided at appropriate positions at the lower end of the support cylinder; the bearing device has a sleeve connected to the bottom end thereof, and the lower end of the sleeve is arranged at an appropriate position. The stop block is used for the sleeve to be sleeved in the support cylinder, and the stop block is just stopped on the support cylinder, so that the sleeve and the bearing device can be rotated on the support cylinder; the windmill is fixed on the support device There are blades, and the blades are connected with a rotating shaft, and a bevel gear is fixed on the rotating shaft, so as to coincide with the umbrella-shaped child wheel above the vertical rotating shaft in the branch cylinder, and another wind guide is fixed on the windmill. Plate for the blades of the windmill to be rotated by the wind; A bevel gear is fixed on the inner end of the rotating shaft to mesh with the bevel gear below the straight shaft of the bean in the support room, and a lifting wheel is fixed on the outer end of the rotating shaft. A radial support rod is provided on the lifting wheel. Blades are respectively fixed on the support rods. When the rotating shaft rotates, the lifting wheel will be driven to make the blades on the support rods slap on the water surface to mix the oxygen in the air into the water. The fixed seat is provided with a plurality of perforations. For nailing elements to pass through to nail the plate to the bottom of the pool '6 M276442 In addition, it is fixed on the fixing base-a vertical outer sleeve can be used to support the sleeve of the standard, and the outer sleeve is provided with a through hole For a positioning member to pass through the through hole and the through hole of the support cylinder for positioning; according to this, by using the wind to drive the rotation of the water pump, the Tiida does not need to consume any electricity, and the effect of expenditure. Ji Jia [Implementation Mode] In order to make the technical content of this creation, the purpose of creation and what can be achieved
功效能更完整、清楚的揭露，兹請—併參閱所揭之圖式及 圖號並詳細說明如下·· 首先，請參閱第-〜二圖所示，本創作之水車結構改 良，。主要係將傳動結構（1)組設在豎直之支撐筒（11)内， 支撐筒（11)上端套設可旋轉之承載裝置（2)，並於承載 衣置（2)上組设風車（3)及導風板（31)，藉由風力吹拂 轉動風車（1)，經支撐筒（11)内之傳動結構（1)傳動， 以轉動組設在支撐筒（11)近水面處之打水裝置（4)，而 將空氣中的氧氣摻打入水中，另，將支撐筒（1丨）下端套 。又入一固定座（5)之外套筒（51)内，並將水車固定而成， 其中： 該傳動結構（1)，主要係於支撐筒（11)内組設一豎 直轉軸（12)，轉軸向上延伸至風車轉軸（32)處， 同時，向下延伸至打水裝置（4)轉轴（41)處，其上、下 兩端分別固設上、下傘形齒輪（13)、（14),另，於支撐筒 (11)下端適當位置處具設數貫通孔（1]tl); 該承載裝置（2)，底端向下連具一套筒（21)，上端固 設風車（3)，而該套筒（21)下端適當位置處對應向外側 M276442 組設擂止塊⑽），以供該套筒（21)套 内止塊(2⑴恰揚止在支標筒⑴)二 同（⑴連同該承載裝置（2)可旋轉於支㈣（⑴上套 賴車（3)，固設在承载褒置⑴上，具轉轴（32)， 可於轉軸（32)之-端或兩端固設葉片（33)，轉轴⑽ 上固設有伞形齒輪⑽，以與支撐筒（n)内豎直轉轴（12) :卞=齒輪⑽喃合1，於風車(3)上固設有導風 供順應來風方向偏轉，以連動承載裝 ⑼上作旋轉，以令風車⑺之葉片⑽能 該打水裝置（4)，組設在支禮筒（11)上近水面處， 其轉軸（41)内端固設有傘形齒輪（42)，以與支撐筒（ιι) 内豎直轉軸（12)之下傘形齒輪（14)嚙合，而其轉軸（12) 外端固設-揚水輪（43)，揚水輪（43)上具設數放射狀支 撐桿（431)，支撐桿（431)上分別固設有葉片（432)，供 轉軸（41)轉動時將帶動揚水輪（43)轉動而使支撐桿（431) • 上的葉片（432)拍打水面，以將空氣中的氧氣摻打入水中； 該固定座（5)，其上具設諸多穿孔（52)，供釘固元件 (53)穿設以將固定座（5)釘固在池底，另，固定座（5) 頂端面固設一豎直之外套筒（51)，可供支撐筒（n)下端 牙套，且外套缚（51)上具設貫通孔（54)，以供一定位件 (55)穿设外套筒（51)之貫通孔（54)及支撐筒（11) 之貫通孔（1Π )，而加以定位。 於實施使用時，先利用釘固元件（53)穿設水車固定 座（5)之穿孔（52)，將固定座（5)釘固在池底，再將水 M276442 · 車支樓筒（li)下端套人固定座（5)之外套筒（5i)内， 利用一定位件（55)穿設外套筒（51)之貫通孔（54)及 支撐筒（11)之適當貫通孔（111)，而加以定位，令水車 ^水裝置⑷之葉片（432)恰可適當拍打水面；由於風 車（3)上固設有導風板（31)，以順應風向偏轉，以連動 =载裝置（2)於支撐筒（11)上作旋轉，使風車（3)之 葉片（33)能受風轉動；當風車（3)之葉片（33)受風力 轉動時，將使風車（3)之轉軸（32)及轉軸（32)上之傘 形齒輪（34)跟著轉動，由於轉軸（32)上之 與支撐筒⑴）内登直轉軸⑽上端之上傘形齒輪〇3)) 嚙^，所以將帶動豎直轉軸02)也跟著轉動，又，因支 撐疴（11)内豎直轉軸（12)下端固設之下傘形齒輪（13) 與打水裝置（4)之轉軸（41)固設的傘形齒輪（42)嚙合， 所以1傳動使打水裝置（4)之轉軸（41)跟著轉動，而因 打水裝置（4)之轉軸（12)固設有揚水輪（43)，揚水輪 (43)上具設數放射狀支撐桿（431)，支撐桿（431)上分 別固5又有葉片（ 432)，所以轉軸（41)轉動時將帶動揚水 輪（43)轉動而使支撐桿（431)上的葉片（432)拍打水 面，以將空氣中的氧氣摻打入水中。 又，請參閱第三〜四圖所示，係為本創作之另一實施 例’其主要結構大致與本創作相同，唯於支撐筒（11)上 打水裝置（4 )下適當位置處對應兩側分別固設一浮桶 /56)，令支撐筒（n)下端穿套固定座（5)之外套筒（51) 後:汗桶（56)將支撐水車而浮於水面，使打水裝置（4) 之揚水輪（43)上之葉片（ 432)可拍打到水面，以將空氣 9 M276442 中的氧氣摻打入水中。 於實施使用時，先利用釘固元件（53)穿設水車固定 座（5)之穿孔（52)，將固定座（5)釘固在池底，再 車支撐筒（11)下端套人固定座（5)之外套筒⑸）内， 調整支撐筒（⑴上對應兩侧分別固設的浮桶（％)，浮桶 (56)將支撐水車使洋於水面，並令水騎核置⑷之 ^片（ 432)恰可適當拍打水面；由於風車⑺上固設有 ¥風板（31)，以順應風向偏轉，以連 念mr乍旋轉，使風車（3)之葉片⑽能= 轉^當風車⑺之葉片（33)受風力轉動時，將使風車 =)之轉軸（32)及轉軸（32)上之傘形齒輪（34)跟著 轉動’由於轉軸（32)上之傘形齒輪（34)與支撐筒（⑴ ^直轉軸（12)上端之上傘形齒輪（13)唾合，所以將 直轉轴（⑴也跟著轉動，又，因支撐筒（⑴内 =直轉軸⑽下端固設之下傘形齒輪（13)與打水裝置 j )之轉軸（41)固^的傘形齒輪（42)替，所以將傳 ^打水4置（4)之轉軸（41)跟著轉動，而因打水裝置 (4)之轉轴（12)固設有揚水輪（43)，揚水輪⑷）上 1數放射狀支撐桿（431)，支撐桿⑽）上分別固設有 =432h所以轉軸（41)轉動時將帶動揚水輪（43) 而使支撐桿（431)上的葉片（432)拍打水面，以將 空氣中的氧氣摻打入水中。 由上所4 ’本創作之結構組成及實施說明可知，本創 作具有如下優點： 1·由於本創作藉由風力來帶動風車轉動，並傳動轉轴以帶 10 M276442 動揚水輪之葉片的轉動，而使水車的運轉能夠不必耗費 電力，所以可以減少電費成本的開銷。 2. 由於本創作之支撐筒下端係穿套固定座之外套筒，並藉 由一定位件可穿設外套筒之貫通孔及支撐筒之貫通孔， 而將水車定位在水面上的適當位置，使打水摻氧的效果 更好。 3. 由於本創作之支撐筒下端係穿套固定座之外套筒，並藉 由支撐筒上對應兩側分別固設有浮桶，浮桶將支撐水車 使浮於水面，而將水車定位在水面上的適當位置，使打 水摻氧的效果更好。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見於同類產品中， 亦未曾公開於申請前，誠已完全符合專利法之規定與要 求，爰依法提出新型專利之申請，懇請惠予審查，並賜准 專利，則實感德便。 M276442 【圖式簡單說明】 第一圖··本創作之立體分解圖 第二圖··本創作之側視剖面圖 2三圖：本創作之立體分解圖（另一實施例） ^四圖：本創作之側視剖面圖（另一實施例) 第五圖：習用之立體組合圖 【主要元件符號說明】The effect can be more completely and clearly disclosed. Please refer to the drawings and figure numbers disclosed and the details are as follows. First, please refer to the second and third pictures, the waterwheel structure of this creation is improved. Mainly, the transmission structure (1) is arranged in a vertical support cylinder (11), and the upper end of the support cylinder (11) is provided with a rotatable bearing device (2), and a windmill is arranged on the bearing clothing (2). (3) and the wind deflector (31), the windmill (1) is rotated by the wind and driven by the transmission structure (1) in the support cylinder (11), and the rotation group is arranged near the water surface of the support cylinder (11). The water extraction device (4) mixes oxygen in the air into the water, and sets the lower end of the support cylinder (1 丨). It is inserted into the outer sleeve (51) of a fixed seat (5), and the waterwheel is fixed. Among them: The transmission structure (1) is mainly connected to a support cylinder (11) to set a vertical shaft (12). ), The rotating shaft extends upward to the windmill rotating shaft (32), and at the same time, it extends downward to the water extraction device (4) rotating shaft (41), the upper and lower ends of which are respectively fixed with upper and lower bevel gears (13) (14), in addition, a plurality of through holes (1) tl are provided at appropriate positions at the lower end of the support cylinder (11); the bearing device (2), a bottom end is connected with a sleeve (21), and the upper end is fixed A windmill (3) is provided, and a suitable position at the lower end of the sleeve (21) is provided with a stopper (对应) corresponding to the outer side of the M276442 group, so that the sleeve (21) sets an inner stopper (2⑴ just stops at the support cylinder) ⑴) Ertong (⑴ together with the bearing device (2) can be rotated on the support ㈣ (⑴ is attached to the support car (3), fixed on the bearing 褒, with a shaft (32), and can be connected to the shaft (32) A blade (33) is fixed at one end or both ends, and a bevel gear ⑽ is fixed on the rotating shaft ⑽ so as to be combined with the vertical rotating shaft (12) in the supporting cylinder (n): 卞 = ⑽ 合 和 1, in A wind guide is fixed on the windmill (3) for the wind direction. Rotate to rotate on the linked loading device so that the blades of the windmill can support the water extraction device (4), which is arranged near the water surface on the gift tube (11), and the inner end of the rotating shaft (41) is fixed. There is a bevel gear (42) to mesh with the bevel gear (14) below the vertical rotating shaft (12) inside the support cylinder (ι), and the outer end of the rotating shaft (12) is fixed-a lifting wheel (43) for lifting water The wheel (43) is provided with a plurality of radial support rods (431), and the blades (432) are fixed on the support rods (431), respectively. When the rotating shaft (41) rotates, the lifting wheel (43) is driven to rotate to make the support rods. (431) • The upper blade (432) beats the water surface to mix the oxygen in the air into the water; the fixing seat (5) is provided with a plurality of perforations (52) for the nailing element (53) to pass through The fixing base (5) is nailed to the bottom of the pool. In addition, a vertical outer sleeve (51) is fixed on the top surface of the fixing base (5), which can be used to support the lower end of the cylinder (n) and the outer sleeve (51). ) Is provided with a through hole (54) for a positioning member (55) to pass through the through hole (54) of the outer sleeve (51) and the through hole (1Π) of the support cylinder (11) for positioning. When using, first benefit The nailing element (53) penetrates the perforation (52) of the waterwheel fixing seat (5), nails the fixing seat (5) to the bottom of the pool, and then sets the lower end of the car support tube (li) into the fixing seat ( 5) In the outer sleeve (5i), a positioning member (55) is used to perforate the through hole (54) of the outer sleeve (51) and the appropriate through hole (111) of the support cylinder (11) to perform positioning. The blades (432) of the waterwheel ^ water device can just slap the water surface properly; because the windmill (3) is fixed with a wind deflector (31), it deflects in accordance with the wind direction, and the linkage = load device (2) on the support tube ( 11) Rotating the windmill, so that the blades (33) of the windmill (3) can be rotated by the wind; when the blades (33) of the windmill (3) are rotated by the wind, the rotating shaft (32) and the rotating shaft (3) of the windmill (3) The bevel gear (34) on 32) follows the rotation. Since the bevel gear on the upper end of the rotating shaft (32) and the support cylinder ⑴) is mounted on the upper end of the straight shaft ⑽), it will drive the vertical shaft 02. ) Also rotates, and because the lower end of the vertical shaft (12) inside the support cymbal (11) is fixed with the lower bevel gear (13) and the bevel gear (41) of the water extraction device (4), the bevel gear ( 42) meshing, Therefore, the 1 transmission causes the rotating shaft (41) of the water pumping device (4) to rotate accordingly, and because the rotating shaft (12) of the water pumping device (4) is fixed with a lifting wheel (43), a number of radiation is provided on the lifting wheel (43). The supporting rod (431) is fixed on the supporting rod (431) and has blades (432), so when the rotating shaft (41) rotates, the lifting wheel (43) will be driven to rotate and the blades (432) on the supporting rod (431) will be rotated. ) Tap the water surface to mix the oxygen in the air into the water. Also, please refer to the third to fourth figures, which are another embodiment of this creation. Its main structure is roughly the same as that of this creation, except that it corresponds to the appropriate position under the water extraction device (4) on the support cylinder (11). A floating bucket / 56) is fixed on each side, so that the lower end of the support tube (n) is passed through the outer sleeve (51) of the fixed seat (5). After: the sweat bucket (56) will support the waterwheel and float on the water surface, so that The blades (432) on the lifting wheel (43) of the water device (4) can be tapped on the water surface to mix the oxygen in the air 9 M276442 into the water. In practice, first use the nailing element (53) to pierce the perforation (52) of the waterwheel fixing base (5), nail the fixing base (5) to the bottom of the pool, and then put the lower end of the car support cylinder (11) to fix it. Inside the sleeve (5) outside the seat (5), adjust the support cylinder (float buckets (%) respectively fixed on the corresponding sides on the ⑴, and the float bucket (56) will support the waterwheel to the ocean and make the water ride nuclear The ^ piece (432) can just be appropriate to slap the surface of the water; because the ¥ wind plate (31) is fixed on the windmill ⑺ to deflect in accordance with the wind direction, and to rotate with continuous reading mr, the blade of the windmill (3) can turn = turn ^ When the blade (33) of the windmill is rotated by the wind, the shaft (32) of the windmill =) and the bevel gear (34) on the shaft (32) will rotate accordingly. 'Because the bevel gear on the shaft (32) (34) aligns with the bevel gear (13) above the upper end of the support cylinder (⑴ ^ Straight shaft (12), so the straight shaft (⑴ also rotates, and because the lower end of the support shaft (⑴ 内 = Straight shaft ⑽) The fixed bevel gear (13) and the rotating shaft (41) of the water extraction device j) are replaced by the fixed bevel gear (42), so the rotating shaft (41) of the transmission 4 (4) is rotated accordingly. ,and As the lifting shaft (12) of the water pumping device (4) is fixed with a lifting wheel (43), a number of radial supporting rods (431) on the lifting wheel ⑷) are respectively fixed on the supporting shaft = 432h, so the rotating shaft (41) When rotating, the lifting wheel (43) is driven to cause the blades (432) on the support rod (431) to slap the water surface, so that oxygen in the air is mixed into the water. According to the composition and implementation instructions of the above 4 'this creation, this creation has the following advantages: 1. As this creation uses wind to drive the windmill to rotate, and drives the shaft to rotate the blade of the lifting wheel with 10 M276442, As a result, the operation of the waterwheel can be performed without power consumption, so the cost of electricity costs can be reduced. 2. Since the lower end of the support cylinder of this creation is through the outer sleeve of the fixed seat, and a positioning member can pass through the through hole of the outer sleeve and the through hole of the support cylinder, the waterwheel is properly positioned on the water surface. Position, so that the effect of water and oxygen is better. 3. Since the lower end of the support cylinder of this creation is a sleeve outside the fixed seat, and a floating bucket is fixed on each side of the support cylinder, the floating bucket will support the waterwheel to float on the water surface, and the waterwheel is positioned at The proper position on the water surface makes the effect of water and oxygen better. In summary, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed is not only not seen in similar products, nor disclosed before the application, and has fully met the requirements and requirements of the Patent Law If you apply for a new type of patent in accordance with the law, you are kindly requested to review it and grant the patent. M276442 [Brief description of the drawing] The first picture ... The three-dimensional exploded view of the creation The second picture The side-view sectional view of the creation 2 and three: The three-dimensional exploded view of the creation (another embodiment) A side sectional view of this creation (another embodiment) Figure 5: Conventional three-dimensional combination drawing [Description of the main component symbols]
<本創作> (1) 傳動結構 (11) 支撐筒 (111) 貫通孔 (12) 豎直轉車由 (13) 上傘形齒輪 (14) 下傘形齒輪 (2) 承載裝置 (21) 套筒 (211) 擋止塊 (3) 風車 (31) 導風板 (32) 轉軸 (33) 葉片 (34) 傘形齒輪 (4) 打水裝置 (41) 轉軸 (42) 伞形齒輪 (43) 揚水輪 (431) 支撐桿 ( 432) 葉片 (5) 固定座 (51) 外套筒 (52) 穿孔 (53) 釘固元件 (54) 貫通孔 (55) 定位件 (56) 浮桶 <習用> 12 M276442 (6) 水車 (61) 馬達 (62) 轉軸 (63) 揚水輪 (631) 支撐桿 (64) 葉片< This creation > (1) Transmission structure (11) Support cylinder (111) Through hole (12) Vertical turning car (13) Upper bevel gear (14) Lower bevel gear (2) Bearing device (21) Sleeve (211) Stop (3) Windmill (31) Wind deflector (32) Shaft (33) Blade (34) Bevel gear (4) Water pump (41) Shaft (42) Bevel gear (43 ) Lifting wheel (431) Support rod (432) Blade (5) Fixing seat (51) Outer sleeve (52) Perforation (53) Nail element (54) Through hole (55) Positioning member (56) Float bucket < Conventional > 12 M276442 (6) Waterwheel (61) Motor (62) Shaft (63) Lifting wheel (631) Support rod (64) Blade
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