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WO2004005707A1 - A floating generate electric power apparatus - Google Patents

A floating generate electric power apparatus Download PDF

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Publication number
WO2004005707A1
WO2004005707A1 PCT/CN2002/000775 CN0200775W WO2004005707A1 WO 2004005707 A1 WO2004005707 A1 WO 2004005707A1 CN 0200775 W CN0200775 W CN 0200775W WO 2004005707 A1 WO2004005707 A1 WO 2004005707A1
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WO
WIPO (PCT)
Prior art keywords
shaft
energy
leaf
gear
water
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/CN2002/000775
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French (fr)
Chinese (zh)
Inventor
Yuening Lei
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
ZHENG YOULING
Original Assignee
ZHENG YOULING
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by ZHENG YOULING filed Critical ZHENG YOULING
Priority to AU2002344530A priority Critical patent/AU2002344530A1/en
Publication of WO2004005707A1 publication Critical patent/WO2004005707A1/en
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03BMACHINES OR ENGINES FOR LIQUIDS
    • F03B17/00Other machines or engines
    • F03B17/06Other machines or engines using liquid flow with predominantly kinetic energy conversion, e.g. of swinging-flap type, "run-of-river", "ultra-low head"
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/30Energy from the sea, e.g. using wave energy or salinity gradient

Definitions

  • the invention relates to a floating method nano-flow water power generation device composed of mechanical principles. Background technique
  • the main purpose of the present invention is to provide the development of a powerful renewable green clean electric energy, which can actually contribute to meeting people's energy needs, which can protect limited resources, clear pollution, protect the environment, protect ecological balance, and benefit anyone.
  • the invention has adaptability, low construction cost, fast income, strong, durable and safe, without affecting water transportation. It is most suitable for coastal rivers and places to be built.
  • the power station can be small or large, and the electricity price is (Chinese material price budget) 1 angle / degree. Anniversary of construction funds can be recovered, so more people will benefit.
  • the invention of the device of this method can be established as long as there is water flowing, which is most suitable for the tide of seawater.
  • This device is installed on the water surface to absorb the energy of the flow as the water level (7) floats up and down. After the energy adjustment, the energy will be transferred into the storage (5), and then transferred from the storage to the generator set to be converted into electrical energy. Due to the creation of such a facility, it has not been developed and established in power generation institutions around the world.
  • the implementation structure of the nano-flow water power generation device of the floating method of the present invention is firstly made of a buoy with a metal plate about the size of the buoy, and the head and the tail are interlocked and fixed by a stepped iron frame.
  • the middle surface of each buoy is installed on both ends of the axle of the water wheel, so that the buoy and the device can move with the lifting and lowering.
  • the vehicle is characterized by an oval hanging leaf type (marked in Figure 3).
  • the leaves are similar to a square disc "W" bottom. 17
  • the two sides are the same.
  • the compartment 16 is separated in the leaf disc.
  • the inner plate of the compartment is press-formed 17. It is installed in the compartment.
  • Such a facility forms the advantage of the leaf 11 to easily absorb the thrust along the water, and the advantage of dehydration is that the flow direction is opposite. It is provided with a forward and reverse regulator, which is automatically adjusted for forward rotation for tide reversal. It can transfer the forward rotation energy to the strong and weak modulators (Figure 4). In the facilities of the modulator, an energy guide must be provided ( Figure 4). 5) Cooperate with movement, and it is specially designed for the regulator to control the shifting of the warehouse. Therefore, the two devices are in a joint relationship and meet the same absorption efficiency as the tide flows in and out.
  • the floating method is used to install the current, and after the water turbine is turned, it can be passed to the strong and negative and then lost to the strong
  • the weak energy modulator will store the stored energy into the warehouse 5, and then extract the stable energy from the warehouse to supply the generator set to electricity.
  • the specific structure of the present invention is a floating method nano-flow water power generation device.
  • the device is a fully enclosed pontoon-shaped pontoon (1).
  • the unit specification of the pontoon is a small one and a large one. If the energy storage is installed on a land, The two pontoons should be of the same specifications.
  • the oval gate crane is mounted on the middle gate of the two pontoons.
  • the axles are mounted on the raised iron frame (3) and the bearings (4) on the pontoons.
  • the percentage on the vertical floating surface (7) of the elliptical water wheeled vehicle is 70%, and the remaining 30% is neutral in the water and flows with the water. For the opposite of the tide, a regulator must be set.
  • a low-energy modulator which is a large bearing shape surrounded by two hollow circular (21) plates, and is used as the base plate (21) of the local gear box.
  • the position of the gear box is arranged by the outer shape of the base plate (22). )
  • the upper and lower openings of each warehouse are neatly arranged with the same gears in gear, which meet the in and out energy of the upper and lower main wheels.
  • the gear guide must be referenced for the gear shifting.
  • This device is a joint square angle shaft, and the lower half has beads. Road (29), the upper half is a clamped hollow shaft Collins
  • the shaft has bearings at both ends, and the head (30) is sleeved outside the lower half shaft, and the worm gear of the inverter is shifted to shift the gear position, so the strong and weak energy can enter and exit from the modulator.
  • This library uses two circular plates to sandwich the cylinder along the bead filling, and the cylinder covers the hollow gear. The same plane bearing principle makes the middle cylinder rotatable. The method for expanding the library is in the cylinder.
  • the inner compartment is removably fixed from each layer, and the spring leaf is packed in a bag with extra wide thickness and multiple layers (36); It is characterized in that: It is a square disc (16), with the same on both sides, the inner compartment of the leaf disc (16), the inner plate of the compartment is pressed into a "W" shape (17), which is bent at 90 ° and installed in the warehouse. The thickness is reduced, and the bottom is made into a "V" shape (18), where square iron is installed, and a leaf shaft (15) is punched at 1/5 of the length below the leaf. The two ends are penetrated and mounted on the ring bearing of the water turbine.
  • the said regulator has a multi-bin structure, and each bin is lifted up by 1.6 times and down by 1.6 times.
  • Advance and retreat must be guided There is a square hole with a shaft in the center of the head of the device, and a steel ball (28) is installed on the opposite side of the hole to sandwich the inside and the shaft (31) together.
  • the upper shaft contains a leaf shaft (26) and a leaf (24). ) Put in the empty cylinder (25), but connect the acceleration gear by the lower half joint shaft angle belt.
  • the invention is further characterized by the floating method of the floating method, in which a floating horizontal plane (7) of an oval water turbine is assembled between the gates of the two cylinders, and the percentage of the long diameter of the oval is 65% -73%.
  • the elliptical hanging-leaf type water turbine uses a full-moving hanging leaf (11) method to receive the current, and the leaves increase in weight;
  • the oval hanging-leaf type water turbine wherein the total number of leaves of the vehicle is 11 to 23 ,
  • Leaf length formula-CM X JI ⁇ 11-5% to CMX JI ⁇ 23-0.8% leaf length;
  • the said modulator wherein the internal gear (20) of the circular plate receives the urging force, and the full circular row of vertical stalls (22) Full rotation over the gear shift, the number of gear positions is 11 gears ⁇ 31 stalls;
  • the energy guide wherein the square shaft is filled with beads (28) and the square shaft (31) becomes the inner shaft of the shaft, and the inner shaft is filled with
  • the configuration based on the principle of this device can solve the flow strength and reversal and re-storage. It can not be affected by the state of static, severe instability and strength change, so it can maintain constant development and utilization.
  • FIG. 1 is an overall schematic diagram of a floating method nanoflow water power generation device combination according to the present invention.
  • FIG. 2 is a schematic diagram of a buoy in the overall apparatus of FIG. 1.
  • FIG. 3 is a schematic diagram of an oval-shaped hanging leaf water turbine between gates in the pontoon of FIG. 2.
  • FIG. 4 is a schematic diagram of a strong and weak energy modulator of a supporting component of the present invention.
  • FIG. 5 is a schematic diagram of the energy guide cooperated with FIG. 3.
  • FIG. 6 is a schematic diagram of an energy storage unit according to the present invention. Implementation form of the invention
  • the establishment is suitable for establishment as long as there is water flowing.
  • the requirements of the pontoon are more than three and a half times the diameter of the car's circle.
  • a car with a diameter of 5 meters has a length of 18 meters, a width of 1.8 meters, a large tube of 3.7 meters, a thickness of 0.6 meters, and a large tube of 1 meter.
  • Leaf width is set according to local waterway conditions.
  • the energy storage can also be provided with a land surface, so that the two pontoons can be designed and changed in the same specifications.
  • Reservoir wheel surface large gear 9.
  • the bottom partition is "W" shaped. 12.
  • the water wheel axle is a hollow shaft, and other supporting components are installed on the storage warehouse.
  • the floating cylinder described in FIG. 2 is made of a metal plate in the form of an elongated pontoon 1, with both ends bent upwards like a pontoon, but the width of the tube varies from small to large, and the ratio between the sizes is 1/2, which is calculated based on the total weight of the structure Specifications, the small tube is completely enclosed, and the large tube is centered by 1/7 ⁇ 1/11 of the length, and 2 energy stores are installed. Equipped with 5 and other applications, two of which are square and square are also fully closed.
  • the two-buoy combination method uses a stepped iron frame to interlock with the heads. There is a distance between the two barrels. The gate is the position for the waterwheel.
  • the floating positioning method is connected by an iron chain.
  • the heads of the locks are pulled out to form the "Ya" type, which is positioned by the centerline chain of the "Y".
  • the chin can be made of copper or iron or a combination of cement and Kistler to be fixed.
  • the zipper needs to be adjusted for extension. Depending on the constant depth of the water level, for example, the in-situ flow is low, you can pull up the salamander, or you can choose to move and stand.
  • the vehicle frame uses two rings to form the water wheel frame 10, and a circular pipe in the ring is used to connect the central shaft hub 13 with the rod 9, and the axle is centered by the hub Penetrating, exposing the two ends of the raised iron frame 3 bearings 4 mounted on the two pontoons, the assembly of the leaf of the car ring needs to be filled with bearings.
  • the leaf of the car is a square disc with the same sides, and the leaf disc is divided into compartments.
  • the inner plate of the warehouse is pressed into a "W" shape, and it is bent at 90 degrees. 17 It is installed in the warehouse.
  • the leaf has a thicker bottom, and the upper head is thinner.
  • the bottom of the leaf is made into a "V" shape at the "V” position.
  • the block 18 is installed.
  • the leaf length is punched at 1/5 at the lower part of the leaf, and the leaf shaft 15 is punched.
  • the shaft penetrates 15 at the two sides at the ring bearing, so the car leaf is a hanging leaf.
  • Figure 3 The vehicle is set by the long-distance launch depth from the water level surface level line 7.
  • the underwater percentage is 27% ⁇ 35% as the depth.
  • the number of leaves of a water wheel is based on 11 leaves. If the size is large, it can be increased to 23 leaves.
  • the leaf width is not limited.
  • CM X JI ⁇ 11-5% to CM X JI ⁇ 23-0.8% leaf length ,
  • CM represents the size unit of the waterwheel
  • JI represents the perimeter of the frame around the waterwheel. It is advisable not to collide when rotating by each leaf.
  • the strong and weak energy modulator described in FIG. 4 is a shape of a large bearing sandwiched by two hollow circular plates 21, which serves as the base plate 21 of the local stall assembly, in which the stall arrangement 22 is separated by a plate around the outline of the base plate.
  • the gear is opened at 23 positions, but the upper and lower openings of each warehouse are neatly mounted with the same gears, which meet the in and out energy of the upper and lower main wheels.
  • the structural change in this bin is a combination of gears and belts. According to the principle of shifting between the various positions of the speed change, the principle of shifting the system is calculated from the principle of 1.6 times forward and 1.6 times backward, and the method of transfer is to fill the hollow shaft 19 in the large bearing.
  • One of the circular plates is internally formed as an internal gear 20, and is sleeved on the hollow short shaft.
  • the thickness of the bearing is exposed at each end of the short shaft, and then a small worm gear shaft with a circular plate surface on the hollow shaft is inserted into the hollow shaft, and a gear pair is installed.
  • the internal gear 20 transfers the circular plate to move the gearbox.
  • the number of gearboxes is arranged according to the flow rate of each digit. It is from 11 to 31. It can solve the strong and weak energy stabilization.
  • the principle of the energy-conductor device described in Figure 5 is a combined quadrangular square shaft.
  • the lower half has a bead 29 on the other side, and the upper half is a clamped hollow shaft 32.
  • the shaft has bearings at both ends, and the head is sleeved outside the lower half 30. Gears are installed.
  • the center of the head has a square hole with a shaft.
  • the other side of the hole is equipped with a steel ball 28 which is sandwiched by the inner shaft.
  • the upper shaft contains a blade shaft 26, and the blade 24 is installed in an empty cylinder 25.
  • the blade shaft is connected with a lower device head, the shaft head is filled with a bearing 33, and a bearing is connected with a row gear shaft 34 and then an accelerating gear.
  • the speed rotation can be connected by the main shaft of the modulator, so the device is affected by the total energy strength. It is at a fast speed, which drives the combined shaft to form an overhead blade 24 that decreases with the increase of the speed.
  • the toothed shaft 34 of the puller head split shaft rotates the modulator worm gear to adjust the movement of the energy connected to the modulator. For the total volume modulation bin 22, it becomes a stable energy that should be stored.
  • the energy storage 5 described in FIG. 6 is a layer of super-thick and multiple spring sheets that are laminated in a curved reel package to form a wheel layer 36.
  • the stored energy is changed by the wheel layer, and this variable energy is not lost.
  • the structure of the wheel package of this library is rolled into a cylinder 35 with a steel ball groove along the cylinder.
  • Hollow gears 6 are sleeved on the outside of the cylinder. Both ends of the cylinder are covered with circular plates. The center of the plate is equipped with bearings. There is a bead channel, and the bead is aligned with the cylinder.
  • the fixing method uses screws on the upper plate edge, locks the periphery of the lower plate, and clamps the tube edge to the bead, so that the cylinder can rotate like a plane bearing principle, and the spring leaf is assembled.
  • the central flower shaft penetrates the flower hub, and the two ends are installed at the center bearing of the circular plate.
  • Large gears 8 are installed on the surface, and the specifications are the same as the gears 6 of the jacket of the cylinder. Therefore, the energy for entering and exiting is based on the principle of storing and releasing the gears.
  • the inner compartment of the tube can be assembled from 3 to 30 layers, but the assembly of each layer of the disc is live-fixed and then fixed.
  • the spring leaf can also be widened and thickened and assembled in multiple layers. It can be assembled from 6 layers. From 36 to 230 pieces, from 100 meters to 3000 meters long, assembled in a single package. This plan can be shaped according to demand, and it is designed to keep the same power during the shutdown.

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)

Abstract

The invention discloses a floating generate electric power apparatus. The apparatus is established on the place where has flowing water, especially suitable to float on sea. The apparatus comprises two rectangular and close pontoons and an elliptic water wheel suspending some impeller blades is installed between the two pontoons. With the water flowing, the water wheel is rotated to transfer the kinetic energy of waves to an adjusting device which make the energy positive movement. Then the energy is transferred to a regulating device that can regulate the magnitude of the energy. The energy is transferred to an energy store device through the regulating device and gears fixed on the end of a shaft, then is transferred to the generator sets to be converted into electric power.

Description

浮动发电装置  Floating power plant

技术领域 Technical field

本发明涉及一种机械原理组成的浮动方法纳流水发电装置。 背景技术  The invention relates to a floating method nano-flow water power generation device composed of mechanical principles. Background technique

在于目前社会高速发展,人们能量赖以消耗日益增加,造成有限资源严 重消耗,据能源情报检索累计,全球的电能 90%以上根本属于 "火"与"核" 产生的, 这是严重威胁地球污染与人类生存危机。 本发明的内容  Due to the current rapid development of society, people's energy consumption is increasing, causing severe consumption of limited resources. According to the energy information search, more than 90% of global electrical energy is generated by "fire" and "nuclear", which is a serious threat to earth pollution. Crisis with human survival. Content of the invention

本发明主要目的是提供开发强大再生绿色清净电能,实为人们贡献满足 用能的需求, 即可保护有限资源、清除污染、 保护环境, 保护生态平衡、造 福人类。 本发明的适应性、 建价低、 收益快、又坚固耐久安全, 又不影响水 上交通, 最适应沿海河流地方处建立, 电站可小可大, 电价按(中国物资价 预算) 1角 /度, 建设资金周年可回收, 如此将会受益人群更多。  The main purpose of the present invention is to provide the development of a powerful renewable green clean electric energy, which can actually contribute to meeting people's energy needs, which can protect limited resources, clear pollution, protect the environment, protect ecological balance, and benefit humanity. The invention has adaptability, low construction cost, fast income, strong, durable and safe, without affecting water transportation. It is most suitable for coastal rivers and places to be built. The power station can be small or large, and the electricity price is (Chinese material price budget) 1 angle / degree. Anniversary of construction funds can be recovered, so more people will benefit.

本方法装置的发明,只要有水流动的地方即可建立,最适应于海水潮流, 本装置是装在水面随着水位 (7) 浮动高低升降吸纳流量能的, 经过自动方 法设施装置把强弱能量调整后, 成为合存能量转存入储存库(5), 再从库内 输给发电机组转为电能, 由于这样的创造设施装置,在于目前全世界发电届 机构中尚未被开发出现建立。  The invention of the device of this method can be established as long as there is water flowing, which is most suitable for the tide of seawater. This device is installed on the water surface to absorb the energy of the flow as the water level (7) floats up and down. After the energy adjustment, the energy will be transferred into the storage (5), and then transferred from the storage to the generator set to be converted into electrical energy. Due to the creation of such a facility, it has not been developed and established in power generation institutions around the world.

本发明的浮动方法纳流水发电装置的实施结构,首先用金属板制成浮筒 大小分左右,将此头尾用阶梯式铁架连锁固定。凭水轮车轴两头安装各浮筒 中面,使浮筒及装置随着升降纳流,本车的特征是椭圆形吊叶式(图 3所标) 的, 车叶相象方盘式 " W"底 17两边面一样, 叶盘内分隔仓 16, 仓内板压 成 形 17, 装在仓中为准, 如此的设施, 形成该叶 11容易顺水吸纳推 力, 和脱水的优点, 在于流向的相反, 必须设用正反调和器, 专为潮水反转 自动调为正转, 既可将正转能量传给强弱调变器 (图 4), 在于调变器的设 施中, 必须导能器(图 5)配合运动, 专为调变器调变移仓控制调拨, 所以 两器是联带关系, 并于符合潮水进退流向同样吸纳的效能。本发明技术解决 方案中, 就利用浮动方法装置纳流, 凭水轮车转能经过正反调和后, 输给强 弱能量调变器, 将变为合存能量存入库 5中,再由库内提取平稳能量供送发 电机组转为电能。 The implementation structure of the nano-flow water power generation device of the floating method of the present invention is firstly made of a buoy with a metal plate about the size of the buoy, and the head and the tail are interlocked and fixed by a stepped iron frame. The middle surface of each buoy is installed on both ends of the axle of the water wheel, so that the buoy and the device can move with the lifting and lowering. The vehicle is characterized by an oval hanging leaf type (marked in Figure 3). The leaves are similar to a square disc "W" bottom. 17 The two sides are the same. The compartment 16 is separated in the leaf disc. The inner plate of the compartment is press-formed 17. It is installed in the compartment. Such a facility forms the advantage of the leaf 11 to easily absorb the thrust along the water, and the advantage of dehydration is that the flow direction is opposite. It is provided with a forward and reverse regulator, which is automatically adjusted for forward rotation for tide reversal. It can transfer the forward rotation energy to the strong and weak modulators (Figure 4). In the facilities of the modulator, an energy guide must be provided (Figure 4). 5) Cooperate with movement, and it is specially designed for the regulator to control the shifting of the warehouse. Therefore, the two devices are in a joint relationship and meet the same absorption efficiency as the tide flows in and out. In the technical solution of the present invention, the floating method is used to install the current, and after the water turbine is turned, it can be passed to the strong and negative and then lost to the strong The weak energy modulator will store the stored energy into the warehouse 5, and then extract the stable energy from the warehouse to supply the generator set to electricity.

本发明的具体结构为一种浮动方法纳流水发电装置,该装置是全封闭的 浮筒长形方式的浮筒(1 ), 浮筒单位规格是一小一大分为左右, 如果能量库 , 装设陆地地方,该两浮筒应为相同规格,两浮筒组构的中闸间装其椭圆形吊 ' 式水轮车, 该车轴两头装于浮筒上面的提高铁架 (3 ) 轴承处 (4), 使该椭 圆水轮车立浮水面(7) 上百分比为 70%为中, 其余 30%为中立于水内随水 流向,对于潮流的相反必须设用调和器,调为正转的转能输给强弱能量调变 器,该器是两片空心圆 (21 )板夹围大轴承外形,作为本器档仓组立底板 (21 ), 在于档仓排列由该底板外形周围分档立仓(22), 但各仓上下口立装整齐同 型挂档齿轮, 符合进出能量的上下主轮过档对合,对于过档的调拨, 必须引 用导能器, 该器是联合方角轴, 下半对方有珠道 (29), 上半是夹边空心轴  The specific structure of the present invention is a floating method nano-flow water power generation device. The device is a fully enclosed pontoon-shaped pontoon (1). The unit specification of the pontoon is a small one and a large one. If the energy storage is installed on a land, The two pontoons should be of the same specifications. The oval gate crane is mounted on the middle gate of the two pontoons. The axles are mounted on the raised iron frame (3) and the bearings (4) on the pontoons. The percentage on the vertical floating surface (7) of the elliptical water wheeled vehicle is 70%, and the remaining 30% is neutral in the water and flows with the water. For the opposite of the tide, a regulator must be set. A low-energy modulator, which is a large bearing shape surrounded by two hollow circular (21) plates, and is used as the base plate (21) of the local gear box. The position of the gear box is arranged by the outer shape of the base plate (22). ), But the upper and lower openings of each warehouse are neatly arranged with the same gears in gear, which meet the in and out energy of the upper and lower main wheels. The gear guide must be referenced for the gear shifting. This device is a joint square angle shaft, and the lower half has beads. Road (29), the upper half is a clamped hollow shaft Ranch

(32), 该轴两头有轴承, 器头 (30)套在下半轴外, 对连调变器蜗轮运动 调拨移仓变档,所为强弱能量从调变器上入下出,即可存入能量储存库(5), I 该库用两圆板沿填珠将圆筒夹在中间,筒外套空心齿轮,相同平面轴承原理, 使其中间圆筒可转动;本库扩大方法在筒内隔层从每层起活装再固定,弹簧 片是用特宽厚长和多条数分层同装一包内 (36); 其特征在于: 所述的吊叶 式水轮车, 车叶是方盘式(16), 两边面同样, 叶盘内隔仓(16), 仓内板压 成 " W"形(17), 弯制为 90°装在仓中为准, 该叶下有随厚, 上有缩薄, 叶 底制成 "V"字形(18), 此处装方铁, 该叶下长的 1/5处冲孔装叶轴(15), 该轴由横侧向穿透两头装于水轮车圆环轴承处;所述的调变器, 该器档仓是 多仓化结构, 每仓提进上 1.6倍进一和下 1.6倍退一推制; 在于提进和退须 配导能器, 该器头中心有随轴方孔, 孔内对方装有随道钢珠(28)夹着内方 , 轴 (31 )合在一起, 上半轴内装叶轴 (26), 器叶(24)装上空筒内 (25), 但由下半联合轴角带连接加速齿轮。  (32), the shaft has bearings at both ends, and the head (30) is sleeved outside the lower half shaft, and the worm gear of the inverter is shifted to shift the gear position, so the strong and weak energy can enter and exit from the modulator. Stored in the energy storage (5), I. This library uses two circular plates to sandwich the cylinder along the bead filling, and the cylinder covers the hollow gear. The same plane bearing principle makes the middle cylinder rotatable. The method for expanding the library is in the cylinder. The inner compartment is removably fixed from each layer, and the spring leaf is packed in a bag with extra wide thickness and multiple layers (36); It is characterized in that: It is a square disc (16), with the same on both sides, the inner compartment of the leaf disc (16), the inner plate of the compartment is pressed into a "W" shape (17), which is bent at 90 ° and installed in the warehouse. The thickness is reduced, and the bottom is made into a "V" shape (18), where square iron is installed, and a leaf shaft (15) is punched at 1/5 of the length below the leaf. The two ends are penetrated and mounted on the ring bearing of the water turbine. The said regulator has a multi-bin structure, and each bin is lifted up by 1.6 times and down by 1.6 times. Advance and retreat must be guided There is a square hole with a shaft in the center of the head of the device, and a steel ball (28) is installed on the opposite side of the hole to sandwich the inside and the shaft (31) together. The upper shaft contains a leaf shaft (26) and a leaf (24). ) Put in the empty cylinder (25), but connect the acceleration gear by the lower half joint shaft angle belt.

本发明进一步特征在于所述的浮动方法的浮筒, 其两筒中闸间组装椭圆 水轮车的浮立水平面线(7)上, 占该椭圆长径百分比为 65%--73%。所述的 椭圆形吊叶式水轮车以全活动的吊叶(11 )方法纳流, 叶下加重; 所述的椭 圆形吊叶式水轮车, 其中整个车叶数 11 叶〜 23 叶, 叶长公式- CM X JI ÷ 11-5%〜CMX JI ÷ 23-0.8%=叶长; 所述的调变器, 其中圆板内齿 轮 (20)接受催力, 全圆排立档仓(22)全面旋转过仓变档, 档仓数 11档 〜31档仓; 所述的导能器, 其中方轴填珠(28)夹方轴 (31 ), 成为轴内轴, 内轴下头内填轴承(33), 轴承内装接方角排齿轴(34); 所述的能量储存库 (5),其中在库筒内隔层从 3层〜 30层,每层弹簧片(36)数 6条至 230条, 弹簧片长 100米〜 3000米; 用于不稳水位随升降纳流能和所有不稳转能类别 控制。 The invention is further characterized by the floating method of the floating method, in which a floating horizontal plane (7) of an oval water turbine is assembled between the gates of the two cylinders, and the percentage of the long diameter of the oval is 65% -73%. The elliptical hanging-leaf type water turbine uses a full-moving hanging leaf (11) method to receive the current, and the leaves increase in weight; the oval hanging-leaf type water turbine, wherein the total number of leaves of the vehicle is 11 to 23 , Leaf length formula-CM X JI ÷ 11-5% to CMX JI ÷ 23-0.8% = leaf length; the said modulator, wherein the internal gear (20) of the circular plate receives the urging force, and the full circular row of vertical stalls (22) Full rotation over the gear shift, the number of gear positions is 11 gears ~ 31 stalls; the energy guide, wherein the square shaft is filled with beads (28) and the square shaft (31) becomes the inner shaft of the shaft, and the inner shaft is filled with a bearing (33), and the bearing is connected with a square-angle toothed shaft ( 34); The energy storage (5), wherein the inner layer of the reservoir is from 3 to 30 layers, each layer of the spring sheet (36) has 6 to 230 pieces, and the spring sheet is 100 meters to 3000 meters in length; It is used for the control of unstable water level as the flow energy rises and falls and all types of unstable turning energy.

凭本装置原理的采取配置, 能解决流水强弱与正反调和再储存, 能不受 处于静止、 严重不稳和强弱变化状态的影响, 所以既可保持恒定开发利用。  The configuration based on the principle of this device can solve the flow strength and reversal and re-storage. It can not be affected by the state of static, severe instability and strength change, so it can maintain constant development and utilization.

下面结合附图和具体实施装置方法对本发明作进一步详细的说明: 附图说明  The present invention is further described in detail below with reference to the drawings and specific implementation device methods:

图 1是本发明浮动方法纳流水发电装置组合整体示意图。  FIG. 1 is an overall schematic diagram of a floating method nanoflow water power generation device combination according to the present invention.

图 2是图 1整体装置其中浮筒示意图。  FIG. 2 is a schematic diagram of a buoy in the overall apparatus of FIG. 1.

图 3是图 2浮筒中闸间椭圆形吊叶式水轮车示意图。  FIG. 3 is a schematic diagram of an oval-shaped hanging leaf water turbine between gates in the pontoon of FIG. 2.

图 4是本发明其中配套部件强弱能量调变器示意图。  FIG. 4 is a schematic diagram of a strong and weak energy modulator of a supporting component of the present invention.

图 5是配合图 3的导能器示意图。  FIG. 5 is a schematic diagram of the energy guide cooperated with FIG. 3.

图 6是配合本发明能量储存库示意图。 本发明的实现形式  FIG. 6 is a schematic diagram of an energy storage unit according to the present invention. Implementation form of the invention

图 1所描述本发明的整体组合和合格位置设立要求,该设立只要有水流 动的地方就适应设立,但设潮水处应考虑退潮最低水位计划建造,大小浮筒 的规格应凭本结构总重量推算。 浮筒的要求为本车圆直径 3倍半以上为长 度; 例如车圆直径 5米则筒长各 18米, 宽小筒 1.8米, 大筒 3.7米, 厚深小 筒 0.6米, 大筒 1米, 车叶宽随当地水路情况设制。 (本发明装置其中能量 库也可装设陆地面, 以此, 两浮筒可同样规格设计变更), 图 1配件组合位 置 1.浮动大筒、 2.大筒中心方位、 5.能量储存库、 6.储存库轮包外形空心齿 轮、 7.水平线、 8.储存库轮包面大齿轮、 9.水轮车框架杆骨、 10.水轮车框架、 11.水轮车车叶侧向射内叶底隔板 "W"形、 12.水轮车轴是空心轴, 其它配 套部件是装储存库上面, "为图线条清楚", 其它部件图未示。  The overall combination of the present invention as described in Figure 1 and the requirements for the establishment of a qualified location. The establishment is suitable for establishment as long as there is water flowing. . The requirements of the pontoon are more than three and a half times the diameter of the car's circle. For example, a car with a diameter of 5 meters has a length of 18 meters, a width of 1.8 meters, a large tube of 3.7 meters, a thickness of 0.6 meters, and a large tube of 1 meter. Leaf width is set according to local waterway conditions. (In the device of the present invention, the energy storage can also be provided with a land surface, so that the two pontoons can be designed and changed in the same specifications.) Reservoir wheel package hollow gear, 7. Horizontal line, 8. Reservoir wheel surface large gear, 9. Water wheel frame rod, 10. Water wheel frame, 11. Water wheel blade shoots inside blade The bottom partition is "W" shaped. 12. The water wheel axle is a hollow shaft, and other supporting components are installed on the storage warehouse.

图 2所描述的浮动筒是用金属板制成长形方式的浮筒 1, 两头向上弯象 浮船, 但筒宽有小有大, 大小之间比例为 1/2, 是凭本结构总重量推算制规 格, 小筒四方是全封闭, 大筒由长度的 1/7〜1/11留中心方位 2装能量仓库 5等应用配备, 其中两头四方也是全封闭, 两浮筒组合方法用阶梯式铁架连 锁于各筒头, 两筒之间有距离, 闸间是装水轮车位置, 浮动定位方法用铁链 条连装锁各筒头拉到外, 形成 "丫"字式, 由 "Y"的中线链下水定位, 下 碇可用铜铁制或者水泥与奇石组合下水为固碇, 其拉链要适应延长可调整, 凭水位深浅恒定, 比如原位流量低, 将碇拉起, 也可另选地处移动定立。 The floating cylinder described in FIG. 2 is made of a metal plate in the form of an elongated pontoon 1, with both ends bent upwards like a pontoon, but the width of the tube varies from small to large, and the ratio between the sizes is 1/2, which is calculated based on the total weight of the structure Specifications, the small tube is completely enclosed, and the large tube is centered by 1/7 ~ 1/11 of the length, and 2 energy stores are installed. Equipped with 5 and other applications, two of which are square and square are also fully closed. The two-buoy combination method uses a stepped iron frame to interlock with the heads. There is a distance between the two barrels. The gate is the position for the waterwheel. The floating positioning method is connected by an iron chain. The heads of the locks are pulled out to form the "Ya" type, which is positioned by the centerline chain of the "Y". The chin can be made of copper or iron or a combination of cement and Kistler to be fixed. The zipper needs to be adjusted for extension. Depending on the constant depth of the water level, for example, the in-situ flow is low, you can pull up the salamander, or you can choose to move and stand.

图 3所描述的椭圆形吊叶式水轮车,该车框架用两个圆环组成水轮车框 架 10, 圆环内用圆管为杆骨 9连接中心轴毂 13, 车轴由该毂中心穿透, 露 出两头安装于两浮筒上面的提高铁架 3轴承处 4, 该车圆环的车叶组装处需 填轴承, 车叶是方形盘式, 两边面同样, 叶盘内分为隔仓 16, 仓内板压成 "W"形, 弯制为 90度 17装在仓中为准, 该叶下头有随厚, 上头缩薄, 叶 下头底制成 "V"字形, "V"处装方块 18, 作为随重原理, 该叶下长上短 在 1/5处冲孔装叶轴 15, 该轴按横侧向穿透 15两头装于圆环轴承处, 所以 车叶是吊叶式 11, 全活动地可旋转, 因此成为椭圆形吊叶式水轮车图 3, 该 车由长径下水深度设定由水位面平线 7, 水下百分比为 27%〜35%为深度。 水轮车叶数按 11叶为标准, 如特大型可增到 23叶, 叶宽不限, 叶长如下公 式: CM X JI ÷ 11-5%〜CM X JI ÷ 23-0.8%=叶长, 其中 CM代表水轮车的大 小单位, JI代表水轮车的框架周围周长。 按每叶旋转时不相碰撞为宜。  The oval hanging leaf type water turbine described in FIG. 3, the vehicle frame uses two rings to form the water wheel frame 10, and a circular pipe in the ring is used to connect the central shaft hub 13 with the rod 9, and the axle is centered by the hub Penetrating, exposing the two ends of the raised iron frame 3 bearings 4 mounted on the two pontoons, the assembly of the leaf of the car ring needs to be filled with bearings. The leaf of the car is a square disc with the same sides, and the leaf disc is divided into compartments. 16, The inner plate of the warehouse is pressed into a "W" shape, and it is bent at 90 degrees. 17 It is installed in the warehouse. The leaf has a thicker bottom, and the upper head is thinner. The bottom of the leaf is made into a "V" shape at the "V" position. The block 18 is installed. As a principle of weight, the leaf length is punched at 1/5 at the lower part of the leaf, and the leaf shaft 15 is punched. The shaft penetrates 15 at the two sides at the ring bearing, so the car leaf is a hanging leaf. Formula 11, which can be fully movable, so it becomes an oval hanging leaf type water wheel. Figure 3: The vehicle is set by the long-distance launch depth from the water level surface level line 7. The underwater percentage is 27% ~ 35% as the depth. The number of leaves of a water wheel is based on 11 leaves. If the size is large, it can be increased to 23 leaves. The leaf width is not limited. The leaf length is as follows: CM X JI ÷ 11-5% to CM X JI ÷ 23-0.8% = leaf length , Where CM represents the size unit of the waterwheel, and JI represents the perimeter of the frame around the waterwheel. It is advisable not to collide when rotating by each leaf.

图 4所描述的强弱能量调变器, 该器是两片空心圆板 21夹围大轴承外 形, 作为本器档仓组立底板 21, 在于档仓排列 22由该底板外形周围用板分 隔 23分档立仓, 但各仓上下口立装整齐同型挂档齿轮, 符合进出能量的上 下主轮过档对合,本档仓内的结构速变是用齿轮和链带相和计算组合, 以各 档仓速变之间调拨提进从上 1.6倍进 1和下 1.6倍退 1原理推算组制变动过 仓, 调拨过仓方法, 由该大轴承内填装空心轴 19, 但凭该圆板其中壹片内 形制为内齿轮 20, 套在空心短轴外, 以短轴各头露出该轴承的厚度, 再由 空心轴口圆板面小蜗轮轴穿进空心轴内, 装齿轮对合内齿轮 20调拨该圆板 为移动挡仓作用, 该器档仓数排列凭每位流速情况制仓, 是从 11仓起〜 31 仓都可解决强弱能量变稳的,该器变档是属全自动,是以导能器图 5对合本 器小蜗轮调拨, 并于凭导能器随能量吸纳强弱处于迫使调变器移仓变档,相 和严重不稳的强弱能量, 从本器上入下出, 自然形成合存的能量。  The strong and weak energy modulator described in FIG. 4 is a shape of a large bearing sandwiched by two hollow circular plates 21, which serves as the base plate 21 of the local stall assembly, in which the stall arrangement 22 is separated by a plate around the outline of the base plate. The gear is opened at 23 positions, but the upper and lower openings of each warehouse are neatly mounted with the same gears, which meet the in and out energy of the upper and lower main wheels. The structural change in this bin is a combination of gears and belts. According to the principle of shifting between the various positions of the speed change, the principle of shifting the system is calculated from the principle of 1.6 times forward and 1.6 times backward, and the method of transfer is to fill the hollow shaft 19 in the large bearing. One of the circular plates is internally formed as an internal gear 20, and is sleeved on the hollow short shaft. The thickness of the bearing is exposed at each end of the short shaft, and then a small worm gear shaft with a circular plate surface on the hollow shaft is inserted into the hollow shaft, and a gear pair is installed. The internal gear 20 transfers the circular plate to move the gearbox. The number of gearboxes is arranged according to the flow rate of each digit. It is from 11 to 31. It can solve the strong and weak energy stabilization. The gear shifts. It is fully automatic, and the small worm gear of this device is adjusted by the energy guide Figure 5 With energy directors and to absorb energy with the intensity modulator is forced to shift positions of the shift, phase instability and severe energy strength, from the present into the unit out naturally energy stored together.

图 5所描述的导能器原理装置是联合四角方轴, 下半对方有珠道 29, 上半是夹边空心轴 32, 该轴两头有轴承, 器头套在下半轴外 30, 装有齿轮 对合调变器, 器头中心有随轴方孔, 孔内对方装有随道钢珠 28夹着内方轴 合在一起,上半轴内装叶轴 26,器叶 24装上空筒内 25,该叶轴接连下器头, 该轴头有填轴承 33, 轴承内装接排齿轴 34接连加速齿轮, 该速转能由调变 器上主轮轴中联接, 所以本器凭总能量强弱影响并处于转速快慢,带动联合 轴,形成上空器叶 24随转速升高降低,拉动器头分轴的排齿轴 34旋转调变 器蜗轮运动调节, 即可把调变器所接能量导控移为合量调变仓 22, 经此变 成平稳应存的能量。 The principle of the energy-conductor device described in Figure 5 is a combined quadrangular square shaft. The lower half has a bead 29 on the other side, and the upper half is a clamped hollow shaft 32. The shaft has bearings at both ends, and the head is sleeved outside the lower half 30. Gears are installed. For the combined regulator, the center of the head has a square hole with a shaft. The other side of the hole is equipped with a steel ball 28 which is sandwiched by the inner shaft. The upper shaft contains a blade shaft 26, and the blade 24 is installed in an empty cylinder 25. The blade shaft is connected with a lower device head, the shaft head is filled with a bearing 33, and a bearing is connected with a row gear shaft 34 and then an accelerating gear. The speed rotation can be connected by the main shaft of the modulator, so the device is affected by the total energy strength. It is at a fast speed, which drives the combined shaft to form an overhead blade 24 that decreases with the increase of the speed. The toothed shaft 34 of the puller head split shaft rotates the modulator worm gear to adjust the movement of the energy connected to the modulator. For the total volume modulation bin 22, it becomes a stable energy that should be stored.

图 6所描述的能量储存库 5是用特宽厚和多条数的弹簧片分层重合弯卷 轮包内, 形成轮层 36, 所存放能量是由轮层变动, 此变能量不受损耗, 本 库轮包结构用板弯卷成圆筒 35, 筒沿制有钢珠槽道, 筒外中间套有空心齿 轮 6, 筒两头用圆板封盖, 该板中心内装有轴承, 板沿也制有珠道, 并于填 珠对合筒沿道, 固定方法将上板沿用螺丝钉, 锁接下板沿周围, 将筒沿填珠 夹在中间,使该筒象平面轴承原理可转动,弹簧片的组装方法将片外头固定 于盘筒内壁 36, 另头固定于中心轴毂外面 37, 但由中心花件轴穿透花件轴 毂, 两头装于圆板中心轴承处, 该中心轴以上头露出圆板面安装大齿轮 8, 规格相等本筒外套的齿轮 6, 所以进和出能量按此齿轮一存一放原理, 本库 轮包扩大方法,可以由筒制大和加长高与多层的结构,加长高是用空心圆板 在筒内隔层, 可以从 3层起至 30层组制,但从每层片盘组装是活装再固定, 弹簧片也可特加宽厚长和多条数分层重合组装,可以从 6条 36起至 230条, 长从 100米至 3000米组装一层包内, 此计划可随需求定形, 设制为保持停 流中发出同样电能。  The energy storage 5 described in FIG. 6 is a layer of super-thick and multiple spring sheets that are laminated in a curved reel package to form a wheel layer 36. The stored energy is changed by the wheel layer, and this variable energy is not lost. The structure of the wheel package of this library is rolled into a cylinder 35 with a steel ball groove along the cylinder. Hollow gears 6 are sleeved on the outside of the cylinder. Both ends of the cylinder are covered with circular plates. The center of the plate is equipped with bearings. There is a bead channel, and the bead is aligned with the cylinder. The fixing method uses screws on the upper plate edge, locks the periphery of the lower plate, and clamps the tube edge to the bead, so that the cylinder can rotate like a plane bearing principle, and the spring leaf is assembled. Method: The outer end of the sheet is fixed to the inner wall 36 of the drum, and the other end is fixed to the outer surface of the central shaft hub 37. However, the central flower shaft penetrates the flower hub, and the two ends are installed at the center bearing of the circular plate. Large gears 8 are installed on the surface, and the specifications are the same as the gears 6 of the jacket of the cylinder. Therefore, the energy for entering and exiting is based on the principle of storing and releasing the gears. Hollow round plate The inner compartment of the tube can be assembled from 3 to 30 layers, but the assembly of each layer of the disc is live-fixed and then fixed. The spring leaf can also be widened and thickened and assembled in multiple layers. It can be assembled from 6 layers. From 36 to 230 pieces, from 100 meters to 3000 meters long, assembled in a single package. This plan can be shaped according to demand, and it is designed to keep the same power during the shutdown.

Claims

权利要求书 Claim 1、一种浮动方法纳流水发电装置, 该装置是全封闭的浮筒长形方式的浮 筒(1 ), 浮筒单位规格是一小一大分为左右, 如果能量库装设陆地地方, 该 两浮筒应为相同规格设置,两浮筒组构的中闸间装其椭圆形吊式水轮车,该 车轴两头装于浮筒上面的提高铁架 (3 )轴承处(4), 使该椭圆水轮车立浮 水面 (7) 上百分比为 70%为中, 其余 30%为中立于水内随水流向, 对于潮 流的相反必须设用调和器,调为正转的转能输给强弱能量调变器, 该器是两 片空心圆 (21 ) 板夹围大轴承外形, 作为本器档仓组立底板(21 ), 在于档 仓排列由该底板外形周围分档立仓 (22), 但各仓上下口立装整齐同型挂档 齿轮, 符合进出能量的上下主轮过档对合, 对于过档的调拨, 必须引用导能 器, 该器是联合方角轴, 下半对方有珠道(29), 上半是夹边空心轴 (32), 该轴两头有轴承, 器头(30)套在下半轴外, 对连调变器蜗轮运动调拨移仓 变档, 所为强弱能量从调变器上入下出, 即可存入能量储存库(5), 该库用 两圆板沿填珠将圆筒夹在中间, 筒外套有空心齿轮, 相同平面轴承原理, 使 其中间圆筒可转动;本库扩大方法在筒内隔层从 3层起活装再固定, 弹簧片 是用特宽厚长和多条数分层同装一包内 (36); 其特征在于: 所述的吊叶式 水轮车,叶是方盘式(16),两边面同样,叶盘内隔仓(16),仓内板压成" W" 形(17), 弯制 90°装在仓中为准, 该叶下有随厚, 上有速薄, 叶底制成" V" 字形 (18), 此处装方铁, 该叶下长的 1/5处冲孔装叶轴 (15), 该轴由横侧 向穿透两头装于水轮车圆环轴承处;所述的调变器,该器档仓是多仓化结构, 每仓提进上 1.6倍进一和下 1.6倍退一推制; 在于提进和退须配导能器, 该 器头中心有随轴方孔, 孔内对方装有随道钢珠(28)夹着内方轴(31 )合在 一起, 上半轴内装叶轴(26), 器叶(24)装上空筒内 (25), 但由下半联合 轴角带连接加速齿轮。 1. A floating method nano-flow water power generating device, which is a fully enclosed pontoon long pontoon (1). The unit specification of the pontoon is a small and a large fraction of about one. If the energy storage is installed on land, the two pontoons should be For the same specifications, an oval suspension water turbine is installed in the middle gate of the two pontoon structure. The two ends of the axle are installed on the raised iron frame (3) bearing (4) above the pontoon to make the oval water turbine stand. The percentage on the floating surface (7) is 70%, and the remaining 30% is neutral in the water and flows with the water. For the opposite of the tide, a regulator must be set. The forward energy is transferred to the strong and weak energy modulator. This device is the shape of a large bearing surrounded by two hollow round (21) plate clamps. As the bottom plate (21) of the local bin assembly, the bins are arranged by the outer periphery of the base plate and divided into bins (22). The upper and lower mouths are installed neatly with the same gears in gear, which match the in and out energy of the upper and lower main wheels. The gear guide must be used for the gear shifting. This device is a joint square shaft. The lower half has a bead (29). The upper half is a clamped hollow shaft (32), which There are bearings at both ends of the shaft, and the head (30) is set outside the lower half of the shaft. The shift of the worm gear to the shifter shifts the gear shift. The strong and weak energy can be stored in the energy storage when it is moved in and out of the modulator. (5), the library uses two circular plates to sandwich the cylinder along the bead filling, the cylinder has a hollow gear, and the same plane bearing principle makes the middle cylinder rotatable; the method of expanding the library is 3 The layers are loose-fitted and then fixed, and the spring leaf is packed in a bag with extra-wide thickness and multiple layers (36); It is characterized in that: in the hanging leaf type water wheel vehicle, the leaves are square disc type (16 ), The two sides are the same, the compartment inside the leaf disc (16), the inner plate of the compartment is pressed into a "W" shape (17), which is bent at 90 ° and installed in the warehouse, which has a thickness under the leaf and a speed on the top The bottom of the leaf is made into a "V" shape (18), where square iron is installed, and a blade shaft (15) is punched at one-fifth of the length of the leaf. The shaft penetrates from both sides and is mounted on the water wheel. At the ring bearing of the vehicle, the said modulator has a multi-bin structure, and each bin is lifted up by 1.6 times and down by 1.6 times; Device The center has a square hole with a shaft. Inside the hole, a steel ball (28) is installed to sandwich the inner shaft (31). The upper shaft contains a leaf shaft (26), and the blade (24) is installed in an empty cylinder ( 25), but the acceleration gear is connected by the lower half joint shaft angle band. 2、根据权利要求 1所述的浮动方法纳流水发电装置,其特征在于所述的 浮动方法的浮筒, 其两筒中闸间组装椭圆水轮车的浮立水平面线 (7)上, 占该椭圆长径百分比为 65% 73%。  2. The floating method nano-flow water power generation device according to claim 1, characterized in that the floating method of the floating method, wherein the floating vertical plane (7) of the oval water wheeler is assembled between the gates of the two cylinders, occupying the length of the ellipse The diameter percentage is 65% 73%. 3、根据权利要求 1所述的浮动方法纳流水发电装置,其特征在于所述的 椭圆形吊叶式水轮车以全活动的吊叶 (11 )方法纳流, 叶下加重。 3. The floating method nano-flow water power generating device according to claim 1, wherein said The oval-shaped hanging leaf type water wheel uses a fully movable hanging leaf (11) method to receive the current, and the underside of the leaf becomes heavier. 4、根据权利要求 1所述的浮动方法纳流水发电装置,其特征在于所述的 椭圆形吊叶式水轮车, 其中整个车叶数 11 叶〜 23 叶, 叶长公式: CM X JI ÷ 11-5%— CM X JI÷ 23-0.8%=叶长。  4. The floating method nano-flow water power generating device according to claim 1, characterized in that said oval-shaped hanging leaf type water turbine has a total number of leaves of 11 to 23 leaves, and a formula of leaf length: CM X JI ÷ 11-5% — CM X JI ÷ 23-0.8% = leaf length. 5、根据权利要求 1所述的浮动方法纳流水发电装置,其特征在于所述的 调变器, 其中圆板内齿轮(20)接受催力, 全圆排立档仓(22)全面旋转过 仓变档, 档仓数 11档〜 31档仓。  5. The floating method nano-flow water power generating device according to claim 1, characterized in that said modulator, wherein the internal gear (20) of the circular plate receives the urging force, and the full-circle vertical gearbox (22) has been fully rotated. Changing gear positions, the number of gear positions is 11 to 31. 6、根据权利要求 1所述的浮动方法纳流水发电装置,其特征在于所述的 导能器, 其中方轴填珠(28) 夹方轴 (31 ), 成为轴内轴, 内轴下头内填轴 承(33 ), 轴承内装接方角排齿轴 (34)。  6. The floating method nano-flow water power generating device according to claim 1, wherein the energy guide is a square shaft filled with beads (28) sandwiching a square shaft (31) to become a shaft inner shaft, and the inner shaft is located below the head. The bearing (33) is filled, and a square-angle toothed shaft (34) is installed in the bearing. 7、根据权利要求 1所述的浮动方法纳流水发电装置,其特征在于所述的 能量储存库 (5), 其中在库筒内隔层从 3层〜 30层, 每层弹簧片 (36)数 6 条至 230条, 弹簧片长 100米〜 3000米。  7. The floating method nano-flow water power generating device according to claim 1, characterized in that said energy storage (5), wherein the inner layer of the storage cylinder is from 3 to 30 layers, and each layer of the spring sheet (36) The number of springs is from 6 to 230, and the length of the spring is 100 meters to 3000 meters. 8、 根据权利要求 1、 2、 3、 4、 5、 6或 7所述的浮动方法纳流水发电装 置, 其特征在于用于不稳水位随升降纳流能和所有不稳转能类别控制。  8. The floating method nano-flow water power generation device according to claim 1, 2, 3, 4, 5, 6, or 7, characterized in that it is used for controlling unstable water level with the rise and fall of nano-flow energy and all types of unstable transfer energy.
PCT/CN2002/000775 2002-07-03 2002-11-01 A floating generate electric power apparatus Ceased WO2004005707A1 (en)

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CN2215605Y (en) * 1994-09-13 1995-12-20 张国祥 Buoyancy type river water wheel power machine

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Publication number Priority date Publication date Assignee Title
US3965364A (en) * 1973-06-18 1976-06-22 Gustafson Manfred W Wave generator
US4185947A (en) * 1977-12-28 1980-01-29 Menk F C Wave-actuated energy transfer apparatus
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Publication number Priority date Publication date Assignee Title
WO2015078086A1 (en) * 2013-11-27 2015-06-04 曹鸿辉 Multi-vane-type fluid power apparatus

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