Intensive Power Generator

专利摘要:
PURPOSE: A power generator for concentrating water is provided to generate power by distributing hydraulic power with using gravity in concentrating the large amount of water and by rotating a spinning wheel actively with using the little amount of water. CONSTITUTION: A blade(3) of a spinning wheel(5) is pushed by streaming water in a dam(2) of a concrete structure(1), and a driving shaft(7) is rotated by turning the spinning wheel. A generator is driven through a gearbox, and friction of the blade is reduced with friction preventive water(12). The spinning wheel is operated actively with discharging water and air through water discharge plates and a discharge port. A protruded part is formed to prevent discharge of water and to assemble a pin, and water resistance is reduced with forming a water inlet. The blade is protected by forming a blade support, and power is generated with concentrating water.
公开号:KR20020066908A
申请号:KR1020010007389
申请日:2001-02-14
公开日:2002-08-21
发明作者:최재율
申请人:최재율；
IPC主号:

专利说明:

Concentrated power generators
[31] The present invention relates to a quantitative intensive power generator applying gravity and water, and installs a water trap 31 on a concrete structure 1 downstream of a dam as shown in FIG. 2 so that the water 4 flows downward to the water body 31. To rotate the drive shaft (7) and to rotate the gear in the gear box (a-8 of FIG. 1) by driving the generator blade (3) to drive the generator through the gear ratio. .
[32] In order to complete this operation, water was studied to flow in one direction. The front of the driving body is covered with a concrete structure (1) so that the front wing (3) can be folded to minimize water escape to the front, and the high pressure drain pipe (10) inside the concrete structure (1) to generate water pressure to rotate The wing 11 can be pushed out by hydraulic pressure to be folded, and the steel plate 29 is provided in the middle to reduce the friction between the concrete structure 1 and the water wing 3, and also the friction between the steel plate and the water wing 3 is reduced. A gap was created to allow water to flow between the iron plate and the wings to reduce.
[33] In addition, the wing 3 is formed in a double portion as shown in Figs. 5-E and F so as not to bend or bent when a hydraulic pressure is generated, and the protrusions 33 at the upper portion of the wings are formed in Fig. 5-F-33. It is coupled to (32) so that the lower part of the wing wing 17 can be inserted into the wing wing house 18 so as to prevent the water from entering the wing wing house (18).
[34] Wing rest 28 is to protect the water wing (3) so that the water wing (3) in close contact with the inner water discharge plate 13 and the water 15 (15).
[35] In this way, when the water pressure is generated, the wings 3 can be spread under the influence of the incredible water pressure.
[36] In addition, a stopper to prevent the water from entering the import port 22 and the import port as shown in Fig. 5-F to reduce the resistance of the water when the wings are opened by making the import port 22 to allow the water to enter. 23) It is possible to control the inflow and control of water with the pin and spring 24 to control the plug.
[37] In addition, the water discharge pipe 13 is formed in the water discharge pipe 13 so that the water can escape to the outside as shown in FIG. 3 and the water discharge plate 14 of the external water film is formed as shown in FIG. And did not make the outlet so that the water can not escape from the underwater portion (27).
[38] In addition, by connecting the passage of Figure 3-A-15 outlet 15 so that water and air in the mouth (5) can escape the air and water can escape at any time.
[39] With the rapid development of modern civilization, energy consumption is increasing rapidly. With the increase and decrease in energy use, oil producing countries are raising oil prices, causing economic hardships due to oil prices worldwide.
[40] Energy plays a pivotal role in leading modern civilization, but it is inadequately lacking in mechanical civilization, which is accelerating.
[41] Lack of energy has a significant impact on human society, as mechanical civilization can impede acceleration and put a heavy burden on border development.
[42] The present invention has made some efforts to solve such lighting, and the abundance of energy has a function to play a pivotal role in creating an affluent human society with the development of the economy, so many studies will be required for energy development in the future.
[43] The present invention is the application of gravity to think of the opposite wind in the study of buoyancy to focus the water in one place and move the water body (31) to produce power by using a small amount of water to produce a large amount of power Focused.
[44] In order to solve this problem, the concrete structure (1) is erected in the downstream of the reservoir as shown in the figure above, and the waterway body (31) is installed so that the water (4) pushes the water wing (3) by gravity by force to generate power. It is a feature of the present invention that a large amount of water can be concentrated in one place and partly divided to generate a large amount of power.
[45] Conventional hydroelectric power is generated by accelerating water by dropping water from a dam, and water collides with a collision by hitting a rotary blade (screw) that receives primary resistance and secondary power by air resistance and friction when falling. This is because most of the gravity does not absorb the falling energy of the water flows through the water.
[46] The present invention is a method of producing power by dispersing hydraulic power by gravity after concentrating a large amount of water in one place to obtain a large amount of power using a small amount of water.
[47] In order to solve this problem, part of the wings 3 can be folded when rotating a certain section, and a high pressure drain pipe 10 is formed so that the wings 3 can be folded. In addition, in order to reduce friction, the anti-friction water 12 was formed, and in some sections, it was invented to control part of the wing with the concrete structure 1 so that the wing 3 could not be spread.
[48] By doing so, the water discharged to portion a of FIG. 4-D is larger than the water discharged to portion C, and the water is smoothly rotated.
[49] If you do not use this method and the discharge water like a is in the b part, the rotational force of the water will be close to zero, which reduces the rotational effect.
[50] In addition, as the closer to the tip 3 of the drainage high pressure pipe 10, the closer the water pressure is to increase the water pressure so that the wings do not hit the concrete structure (10).
[1] Figure 1-A side view of a concentrated water generating gear
[2] Part B showing high pressure drain pipe
[3] C Right side view of concrete structure and parts
[4] Figure 2
[5] Right side view of concentrated power generator
[6] Figure 3
[7] Cross section
[8] Figure 4
[9] A Outer side plate right side view
[10] B Right side view showing external water flow
[11] C Right section with water wings
[12] D Right section view of water bundles and concrete structures
[13] Figure 5
[14] A bunch of water
[15] B top view and partial top view of concrete structure
[16] C section view
[17] D partial cross section view
[18] E seal wing profile
[19] F seal wing section
[20] -Code description for main parts of drawing-
[21] 1: concrete structure 2: dam 3: water wings
[22] 4 water 5 water 6 arrow 7 drive shaft
[23] 8: gear box 9: generator 10: high pressure drain pipe 11: water wings
[24] 12; Anti-friction water 13: Internal water discharge pipe
[25] 14: external clogged discharge plate 15: outlet 16: upper portion of the wings
[26] 17: lower part wings wings 18: wings wings 19: pin 20: groove
[27] 21: protrusion 22: import port 23: stopper 24: pin and spring
[28] 25: protrusion 26: exposed portion 27: underwater portion 28: wing rest
[29] 29: iron plate 30: exposed part 31: water bundle 32: irregularities
[30] 33: protrusion 34: hydraulic pressure control valve
[51] According to the present invention, a concrete structure 1 is installed downstream of the dam 2 and a water body 31, which is a power generating device, is installed therein. It is to generate power while pushing 3) to the bottom.
[52] In addition, a part of the water in this process is used as the high pressure drain pipe 10 and the anti-friction water 12, the water passing through the high pressure drain pipe 10 serves to push the water wings (3).
[53] 3 is a water discharge pipe 13 and a water discharge pipe 13 having a function of discharging water, an external water discharge 14, a waterhole 5, a water wings 3, and an outlet 15 through which water and air can move. It is.
[54] The hatched portion of the outer water drain pipe 14 of FIG. 3 is submerged in the water as a portion where water does not leak and the outer portion (the portion without the hatch) is fixed to the concrete structure 1 as a portion for discharging water. .
[55] In addition, the drive shaft 7 of FIG. 1 rotates along with the rotation of the water body 31, and the gears in the gear box 8 are multiplied by a high ratio to drive the generator 9 to produce electricity.
[56] The wing rest 28 protects the wing so that the iron plate 29 reduces friction of the wings 3 and the teeth 31 rotates the drive body 7.
[57] In the sole, the sole 4 has a sole wings 18 so that the lower wings 17 can be inserted, and the protrusions 21, grooves 20, pins 19, etc., which can fix the wings 3 are provided. The outlet 15 is provided, and the water wing 3 is composed of the upper wing 16 and the lower wing 17 as shown in Figs. The stopper 23 is composed of a pin and a spring 24 for controlling the stopper.
[58] To explain the effect on the drawing as follows, if the principle of hydraulic power generator is applied to a concrete structure of 4m in width and 4m in height and 100m in height, the electric power when 1 meter (meter) of water drops to 1600t (ton) for 1 second. Silver 1 (t) = 9799W (Watts) = 9.799Kw = 13.39 hp = 1m wide, 1m long and 1m high.
[59] 1 horsepower = 735 W (watts) = 1 meter pull 75 kg of object for 1 second.
[60] Volumetric formula is 4 m × 4 m × 100 m = 1600 t (ton)
[61] 1600t × 9999w = 15677400w = 15677.400Kw = 20800 hp.
[62] However, this formula describes the minimization of water speed, and the actual horsepower or electric power per second is expected to be three to several tens of times higher than this.
[63] The principle is that 16 tons of water was discarded in one second, producing 20,800 horsepower, as 1600 tons helped to produce 16 tons of water. So, 16t of water is used and 1600t of water can be called fake used water.
[64] Of course, if you open the dam's gates to keep the water flowing into the concrete structure.
[65] However, the above calculation method is expected to reduce water efficiency by 10-50% after subtracting the amount of water used for mechanical operation of the high pressure drain pipe (10), anti-friction water (12) and wing housing (18). I think output will not change.
[66] Therefore, it is possible to produce large electric power with high efficiency, so it can be applied to reservoirs or dams with relatively low height (about 10m or more).

权利要求:
Claims (1)
[1" claim-type="Currently amended] Water body that produces power by concentrating quantity (31)
The concrete structure (1) blocks the drainage path, has a built-in high-pressure drainage pipe (10) and combines the iron plate 29 to reduce friction, and flows water between the water body 31 and the blackboard 29 to reduce the friction of the wings Concrete structure (1) to reduce;
Water is introduced in the way of a or b in the upper, middle and lower part.

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同族专利:

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引用文献:

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公开号 | 申请日 | 公开日 | 申请人 | 专利标题

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法律状态:
2001-02-14|Application filed by 최재율

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2001-02-14|Priority to KR1020010007389A

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2002-08-21|Publication of KR20020066908A

优先权:

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申请号 | 申请日 | 专利标题

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KR1020010007389A|KR20020066908A|2001-02-14|2001-02-14|Intensive Power Generator|