TW201615972A - An artificial water flow power generation device - Google Patents

Abstract

An artificial water flow power generation device includes a sink unit, a power unit, and a force unit. The sink unit comprises a circular tank, and the tank fitted fluid. The power unit comprises a wheel set provided in the circular tank, the rotation of the wheel set can drive the fluid swirl. The force unit comprises at least one water wheel, and at least one drive shaft is connected to the water wheel, the water wheel to accept the energy of the fluid and the rotation of the rotating shaft, thereby bringing the generator rotor to generate electricity.

Description

Artificial water flow power generation device

The invention relates to a power generation device, in particular to an artificial water flow power generation device capable of extracting water flow energy.

Hydroelectric power generation is one of various green energy sources. The history is quite old. One of the biggest features of power generation is that pollution is not caused. Therefore, many power generation designs use the characteristics of water flow to develop dam type, diversion type, hybrid type, and tide. , pumping storage, etc., a variety of power generation technologies.

Referring to FIG. 1, a hydroelectric power generation device is provided for the invention of the invention of the invention of the invention of the invention of the invention of the invention. The utility model provides a hydroelectric power generation device, which comprises: a kinetic energy supply unit 10, a water-repellent unit 20 coupled to the kinetic energy supply unit 10, and a concrete unit. The water storage unit 30 connected to the water unit 20 and the power generation unit 40 connected to the water storage unit 30.

The kinetic energy supply unit 10 can be driven by a water flow 50 to convert the kinetic energy of the water flow into a driving power, and drive the water immersion unit 20 to suck the water of a water source to the water storage unit 30 for storage. Moreover, the water storage unit 30 is disposed at a vertical height higher than the power generation unit 40, so that the water storage unit 30 can drain the water storage to the power generation unit 40 for the power generation unit 40 to generate electricity.

Although the conventional water flow power generation device can generate electricity by using the water flow, the following disadvantages are still generated in actual use:

First, unable to generate electricity in large quantities

Traditional water flow power generation is usually the energy of water flowing from natural rivers, usually the size of the site and the water. The speed of the flow affects, and it is impossible to set up a large number of generator sets and cannot generate a large amount of electricity.

Second, can not be used in other green energy

Hydropower is usually the energy of drawing water, turning generators to generate electricity, and other power generation methods are also the same. There is no mutual integration between them. At present, hydropower is not combined with other green energy to drive generators to generate electricity.

Third, the lack of water

In the past, hydropower generation must rely on the difference in water potential, generating water flow as energy for power generation. Although Taiwan has a pumping hydropower plant, it must consume electricity to pump water from a low water level to a high water level, although Supply and supply of electrical energy is fully loaded, but the energy consumption of pumping is greater than the amount of power generated.

Since traditional hydropower must rely on the energy difference of water energy to generate electricity, and is limited by the environmental restrictions of rivers and valleys, the amount of power generation is limited, and how to effectively use the energy generated to generate electricity is many The direction explored by research institutes and manufacturers of hydropower.

In view of the above, an object of the present invention is to provide an artificial water flow power generation device, which is suitable for water flow thrust and centrifugal force of natural conditions for taking water to drive at least one generator to generate electricity, and includes a water tank unit, a power unit, and a receiving unit. Force unit. The water tank unit includes a circular water tank surrounding an accommodating space, and a space is accommodated in the accommodating space.

The power unit includes a wheel set disposed in the circular water tank and having at least one wheel blade. The rotation of the wheel set rotates the wheel and drives the fluid in the accommodating space to swirl in a swirling manner. The force receiving unit includes at least one water wheel blade disposed in the accommodating space, and at least one transmission shaft connecting the water wheel blade and the generator, the water wheel leaf connection The drive shaft is rotated by the energy of the fluid to rotate, thereby driving the generator to generate electricity.

Another technical means of the present invention is that the artificial water flow power generating device of the present invention further comprises a supporting unit, comprising a fixing frame disposed above the circular water tank, and at least one supporting rod, the supporting rod has a first And an opposite second end, the first end is coupled to the mounting bracket, and the second end is coupled to the drive shaft for supporting the water wheel blade.

A further technical means of the present invention is that the support bar further has a first hook disposed on the top of the first end for detaching the water wheel blade and the drive shaft from the external lifting device. Accommodate space.

Another technical means of the present invention is that the support bar further has a second hook disposed on a side edge of the top end of the first end for hooking the fixing frame to provide the transmission shaft support.

Another technical means of the present invention is that the fixing frame has a plurality of limiting blocking pieces for fixing the hooking position of the second hook on the fixing frame.

A further technical means of the present invention is that the power unit further includes a wheel fixing rod fixed on the circular water tank, one end of the rotating wheel set is pivoted at the bottom end of the circular water tank, and the other end is opposite The reel fixing rod is connected to fix the position of the reel set in the accommodating space.

Another technical means of the present invention is that the water wheel blade has a plurality of water wheel blades, and each water wheel blade forms an arc near one side of the circular water tank to match the shape of the circular water tank to obtain maximum force. The area that enhances the vortex of the fluid drives energy.

It is still another object of the present invention to provide an artificial water flow power generation device suitable for driving at least one generator to generate electricity, and comprising a water tank unit, a power unit, and a force unit. The water tank unit includes an annular water tank surrounding an accommodating space, and a watershed disposed in the middle of the annular water tank. The accommodating space houses a fluid. The water ridge makes the accommodating space form a closed circulation channel.

The power unit includes at least one wheel set disposed in the annular water tank and having a plurality of wheel blades. The rotation of the wheel blades of the wheel group can drive the fluid in the accommodating space to circulate in a single direction. The force receiving unit includes at least one water wheel blade disposed in the accommodating space, and at least one transmission shaft connecting the water wheel blade and the generator, and the water wheel leaf receives the energy of circulating the fluid in one direction. The drive shaft is rotated to drive the generator to generate electricity.

A further technical means of the present invention is that the closed circulation channel is constituted by at least one long straight water channel, and the wheel set is disposed at one end of the long straight water channel, and pushes the fluid toward the other end of the long straight water channel In order to obtain the maximum flow rate of the fluid in the closed circulation channel.

Another technical means of the present invention is that the power unit further includes a power output member disposed on the closed circulation channel, and a power steering member connecting the power output member and the wheel set, by the power steering The piece turns the power of the power output member on the closed circulation channel and conducts to the wheel set located in the accommodating space to drive the wheel to rotate to drive the fluid to circulate.

The beneficial effect of the invention is that a quantitative fluid is stored in the circular water tank to avoid the waste of the fluid out of the fluid, and then the waste space is taken by the runner group which can extract other external energy. The fluid in the swirling flow, when the fluid in the circular water tank rotates smoothly, generates a rapid, strong centrifugal force and a water flow thrust, thereby driving the water wheel of the force unit to rotate, to drive the generator to generate electricity.

10‧‧‧ kinetic energy supply unit

20‧‧‧Water unit

30‧‧‧Water storage unit

40‧‧‧Power unit

50‧‧‧ water flow

2‧‧‧Generator

21‧‧‧Connectors

22‧‧‧Transmission gearbox

23‧‧‧ Bearing

3‧‧‧Sink unit

31‧‧‧ accommodating space

32‧‧‧round sink

33‧‧‧ fluid

34‧‧‧ ring sink

35‧‧‧ Watershed

36‧‧‧Closed circulation channel

4‧‧‧Power unit

41‧‧‧ wheel set

411‧‧‧Rotor blades

42‧‧‧Rotary pole

43‧‧‧Power output parts

44‧‧‧Power Steering Parts

5‧‧‧ Force unit

51‧‧‧Water wheel

511‧‧‧Waterwheel blades

512‧‧‧ radians

513‧‧‧Water guide hole

52‧‧‧ drive shaft

6‧‧‧Support unit

61‧‧‧ Fixing frame

611‧‧‧Limited blank

62‧‧‧Support rod

621‧‧‧ first end

622‧‧‧ second end

623‧‧‧First hook

624‧‧‧Second hook

Figure 1 is a side elevational view showing the Republic of China invention M429769 "water flow power generation device"; Figure 2 is a side view of a device illustrating a first preferred embodiment of the artificial water flow power generating device of the present invention; Figure 3 is a top view of the device for assistance in explaining the first preferred embodiment; Figure 4 is a side view of the device A supporting unit of the first preferred embodiment; FIG. 5 is a top view of the apparatus for assisting the supporting unit; FIG. 6 is a side view of a device for explaining a second preferred embodiment of the artificial water power generating apparatus of the present invention. Figure 7 is a top view of a device for assistance in explaining the second preferred embodiment; Figure 8 is a side view of a device illustrating a third preferred embodiment of the artificial water flow power generating device of the present invention; and Figure 9 is a device The view assists in the description of the third preferred embodiment.

The details of the related patents and the technical contents of the present invention will be apparent from the following detailed description of the preferred embodiments of the drawings.

It should be noted that, before the detailed description, similar elements are denoted by the same reference numerals.

Referring to Figures 2 and 3, a first preferred embodiment of the artificial water flow power generating apparatus of the present invention is applicable to the flow water thrust and centrifugal force of the natural conditions of water intake, so as to push at least one generator that is pivotally connected to a shift gear box 22 by using a plurality of joints 21. 2 Power generation, and fixed by a plurality of bearings 23 including a water tank unit 3, a power unit 4, a force unit 5, and a support unit 6.

The water tank unit 3 includes a circular water tank 32 defining an accommodating space 31. The accommodating space 31 houses a fluid 33. Preferably, the fluid 33 can be injected into the accommodating space 31 surrounded by the circular water tank 32 using clean water and maintain a fixed water level.

The power unit 4 includes a circular water tank 32 disposed The wheel set 41 having at least one runner blade 411 and a runner fixing rod 42 fixed above the circular water tank 32. Preferably, the number of the runner blades 411 is 3-6 pieces. In actual implementation, the number of the runner blades 411 is matched with the water depth, the water width, the rotational speed, and the size of the pool, and should not be limited thereto. And the wheel set 41 can take the energy source to rotate, and the energy source can be one of a plurality of sources such as a drive motor, a wind blade, or a steam turbine.

One end of the rotating wheel set 41 is pivotally disposed at the bottom end of the circular water tank 32, and the opposite end is connected to the rotating wheel fixing rod 42 for fixing the rotating wheel set 41 in the accommodating space. The middle position of 31. The rotation of the wheel set 41 causes the rotor blade 411 to rotate and the fluid 33 of the accommodating space 31 to be swirled in a vortex manner.

The above-mentioned wheel set 41 can quickly rotate by extracting external energy (for example, electric motor, wind energy, steam energy, etc.), and the wheel set 41 is disposed at the center of the circular water tank 31, and is fixed below At the center of the bottom end of the circular water tank 31, the upper portion is fixed to the wheel fixing rod 42 at a center point of the circular water tank 31.

When the plurality of runner blades 411 of the runner group 41 rotate rapidly, the fluid 33 that pushes the accommodating space 31 flows, and is affected by the shape of the circular water tank 32, and the fluid 33 follows the circular water tank 32. While rotating, the rotating fluid 33 generates centrifugal force and water flow thrust, causing the fluid 33 in the circular water tank 32 to rapidly rotate.

The force receiving unit 5 includes at least one water wheel blade 51 disposed in the accommodating space 31, and at least one transmission shaft 52 connecting the water wheel blade 51 and the generator 2, and the water wheel blade 51 receives the fluid 33. Rotating the driving energy to rotate the transmission shaft 52, thereby driving the generator 2 to generate electricity.

The first preferred embodiment is provided with four generator sets on the circular water tank 32. Each of the generator sets is connected to the water wheel blade 51 via the transmission shaft 52. The water wheel blade 51 is disposed at about half of the water wheel 33. in, The water wheel blade 51 is rotated by a fluid 33 that is rotated by centrifugal force to drive the transmission shaft 52 and the generator 2 to rotate, and the generator 2 is further rotated to generate electricity.

As can be seen from the above description, the runner group 41 pushes the fluid 33 to generate centrifugal force rotation, and the fluid 33 of the circular water tank 32 produces a rapid rotational flow. Each water wheel leaf 51 has a plurality of water wheel blades 511, and each water wheel blade forms an arc near one side of the circular water tank, and the arc cooperates with the shape of the circular water tank to obtain a maximum force area, and the fluid centrifugation is enhanced. The energy of the vortex push.

Preferably, the length of the runner blade 411 of the wheel set 41 disposed at the center of the circular water tank 32 is about 1/4 to 1/5 of the radius of the circular water tank 32 to generate a rotational force in the circular water tank 32. . In actual implementation, it is also necessary to adjust the size of the circular water tank 32 and the flow rate of the fluid 33, and should not be limited thereto.

In addition, in the first preferred embodiment, each of the runner blades 411 is of a continuous curved shape, which facilitates the rotation of the runner group 41 to cause the fluid 33 to generate a multi-layered flow of water, which contributes to the runner. Group 41 pushes the fluid 33 to rotate to create a strong centrifugal force vortex flow.

The support unit 6 includes a fixing frame 61 disposed above the circular water tank 32, and at least one support rod 62. The support rod 62 has a first end 621 and an opposite second end 622. The first end 621 The second end 622 is coupled to the drive shaft 52 for supporting the water wheel blade 51.

With reference to FIG. 4 and FIG. 5, in the first preferred embodiment, the support rod 62 further has a first hook 623 disposed on the top of the first end 621, and a top end 621 disposed on the first end 621. a second hook 624 on the side of the rim, the first hook 623 can be detached from the accommodating space 31 by an external lifting device (not shown). In order to facilitate the installation and maintenance of the water wheel leaf 51. The second hook 624 is for hooking the fixing frame 61, and the support rod 62 is provided to support the transmission shaft 52. Each drive shaft 52 is connected to the second end of a support rod 62 by a bearing 23 622 for supporting the weight of the water wheel blade 51.

In addition, the fixing frame 61 has a plurality of limiting stoppers 611 for fixing the hooking position of the second hook 611 suspended on the fixing frame 61. When the fluid 33 in the circular water tank 32 is rotated by the rapid centrifugal force, the water wheel blade 51 of the force receiving unit 5 is rotated, and the force of the rotation causes the water wheel blade 51 and the transmission shaft 52 to vibrate and even slip. . The above-mentioned vibration or sliding causes the hooking position of the supporting feeling 62 to be offset, so that the energy conduction is not smooth or cannot be normally conducted. In order to prevent the generator 2 and the transmission shaft 52 from being damaged, the plurality of limit limiting pieces 611 The hooking position of the support rod 62 can be fixed, thereby fixing the position of the transmission shaft 52 to avoid damage caused by vibration or sliding.

It should be noted that in the first preferred embodiment, there are four water wheel blades 51 disposed in the accommodating space 31, and the electric power generated by the rotation of the four water wheel blades 51 may also be The power required for the rotation of the runner group 41 is directly supplied, and the surplus power can be stored or consumed for other electrical appliances, thereby achieving the effect of creating electric energy.

Referring to Figures 6 and 7, a second preferred embodiment of the artificial water flow power generating device of the present invention is adapted to the water flow thrust and centrifugal force of the natural conditions of water withdrawal, so as to push at least one of the plurality of joints 21 to pivotally transmit the gearbox 22 The motor 2 generates electricity and is fixed to the ground using a plurality of bearings 23, and includes a water tank unit 3, a power unit 4, and a force receiving unit 5.

The water tank unit 3 includes an annular water tank 34 defining an accommodating space 31, and a watershed 35 disposed in the middle of the annular water tank 34. The accommodating space 31 accommodates a fluid 33, which is The accommodating space 31 forms a closed circulating water channel 36.

The power unit 4 includes at least one wheel set 41 disposed in the annular water tank 34 and having a plurality of runner blades 411, a power output member 43 disposed on the closed circulation water channel 36, and a power output member 43 connected thereto. And the power steering member 44 of the wheel set 41, the power steering member 44 is a shifting direction gear box, and uses the joint 21 and the power output member 43 and The wheel set 41 is connected.

The rotation of the runner blade 411 of the runner group 41 can drive the fluid 33 in the accommodating space 31 to circulate in a single direction. The initial required power of the power output member 43 can draw energy from other sources, and the energy source can be external power to start the rotation of the wheel set 41. When the wheel set 41 is smoothly rotated, the device can be used. Generate electricity to turn power.

Then, the power steering member 44 turns and transmits the power of the power output member 43 on the closed circulating water channel 36 to the rotating wheel set 41 located in the accommodating space 31 to drive the rotating wheel 411 to rotate, thereby driving This fluid 33 circulates. In the second preferred embodiment, the wheel set 41 uses a pusher for propelling the ship (for example, a water tank leaf for a ship). In actual implementation, the style and size of the wheel set 41 can be selected according to the site conditions. And the speed of rotation to adjust the speed of the water flow should not be limited to this.

The force receiving unit 5 includes at least one water wheel blade 51 disposed in the accommodating space 31, and at least one transmission shaft 52 connecting the water wheel blade 51 and the generator 2, and the water wheel blade 51 receives the fluid 33. The drive shaft 52 is rotated by the energy of the unidirectional circulation, and the generator 2 is driven to generate electric power. The water wheel blade 51 is fixed above the annular water tank 34 by using a plurality of bearings 23.

The annular water tank 34 of the second preferred embodiment uses a circular reinforced concrete tank, and the fluid 33 in the accommodating space 31 is clean water. The water wheel blade 51 of the force receiving unit 5 is the same as the first preferred embodiment. There is also a curvature 512 that cooperates with the circular annular water tank 34 to capture the strong pushing energy of the fluid 33.

It should be noted that in the second preferred embodiment, there are four water wheel blades 51 disposed in the accommodating space 31, and the size thereof is matched with the closed circulating water channel 36 formed by the annular water tank 34. The electric power generated by the rotation of the four water wheel blades 51 can be directly supplied to the two wheel sets 41 for rotation. In addition to supplying the required power, the surplus power can be used for storage or for consumption by other electrical appliances. The same can be achieved to create energy and electricity The effect of force.

In addition, the water wheel blade 51 further has a water guiding hole 513 located between each water wheel blade 511 and the transmission shaft 52. When the fluid 33 pushes the water wheel blade 51 to rotate, the water wheel blade 511 will bring the clear water out of the water surface. The water of the water wheel 51 resists the rotation of the water wheel leaf 51. Therefore, the water guiding hole 513 can smoothly discharge the clean water that is taken out of the water surface by the water wheel blade 511 into the accommodating space 41 to obtain the fluid 33. Maximum boost energy.

Referring to Figures 8 and 9, a third preferred embodiment of the artificial water flow power generating device of the present invention is substantially the same as the second preferred embodiment, and the same points are not described herein again. The annular water tank 34 is not limited by a circular shape, and the closed circulating water channel 36 formed by the annular water tank 34 and the watershed 35 is composed of at least one long straight water channel, and the rotating wheel of the power unit 4 The group 41 is disposed at one end of the long straight water channel, and pushes the fluid 33 toward the other end of the long straight water channel, and obtains the maximum flow velocity of the fluid 33 in the closed circulating water channel 36 to push the water of the force receiving unit 5 The wheel leaf 51 rotates.

The closed circulating water channel 36 can be arranged with a plurality of long straight water channels in accordance with the on-site topographical area, and the power unit 4 is arranged according to the number of the long straight water channels, so that the fluid 33 in the closed circulating water channel 36 can flow rapidly to push the water wheel. The blade 51 and the drive shaft 52 rotate to drive the generator 2 to generate electricity.

The third preferred embodiment is a closed circulating water channel 36 composed of two long straight water channels and two short side circular curves. In actual implementation, an appropriate number of long and short side closed circulating water channels can be set by actual site topography. 36 styles, even the closed circulation channel 36 can form a polygonal water channel, and should not be limited thereto.

Here, it is emphasized that when the artificial water flow power generation device of the present invention has not started to flow at the beginning, the power unit 4 can first extract external power or power from an electronic control device (not shown). Drive this The runner group 41 rotates, and when the runner group 41 smoothly pushes the fluid 33 of the accommodating space 31 to smoothly rotate or flow, the fluid 33 pushes the water wheel blade 51 of the force receiving unit 5 to rotate, thereby driving the generator 2 Power generation, and the power generated by the generator 2 can be switched by the electronic control device to convert the energy source of the power unit 4 into the power generated by the generator 2, and at this time, it is not necessary to continue to draw external power or The power can be rotated, and the electronic control device can also store the excess generated power or provide other electrical equipment.

In addition, the fluid 33 rotating in the circular annular water tank 34 or the circular water tank 32 has the strongest thrust of the fluid 33 close to the annular water tank 34 or the outer edge of the circular water tank 32 due to the centrifugal force principle. The water wheel blade 51 is rotated by the pushing of the fluid 33. Preferably, the closed circulating water channel 36 surrounded by the annular water tank 34 of the third preferred embodiment is formed with two long straight water channels and two circular curved passages, and is disposed at the exits of the two circular curved passages. The runner set 41 can further assist in the flow rate of the fluid 33 flowing into the long straight channel respectively to increase the water flow velocity.

As can be seen from the above description, in the third preferred embodiment, the rotating wheel set 41 of the power unit 4 is disposed at one end of the long straight water channel, and accelerates the flow of the fluid 33 toward the other end of the long straight water channel. The closed flow channel 36 obtains the maximum flow rate of the fluid 33, and the force receiving unit 5 is disposed on the straight water channel to push the water wheel blade 51 to rotate to generate electricity.

As can be seen from the above description, the artificial water flow power generation device of the present invention does have the following advantages:

1. Wide applicability and water conservation

The present invention stores a fluid 33 having a fixed water level in the circular water tank 32 or the annular water tank 34, and then extracts energy from other sources to cause the fluid 33 to rotate or flow, and the stored fluid is not discharged to the outside. Can save the use of the fluid 33, suitable for setting Hydroelectric power is generated in an area where natural rivers are located.

Second, the effect of the ability to generate electricity

Initially, the present invention draws external power or power to start the rotation of the rotating wheel set 41 of the power unit 4, and when the fluid 33 of the accommodating space 31 reaches a flow rate that can push the generator 2, the electronic control device switches the The power unit 4 uses the electric power generated by the generator 2 to smoothly push the rotation of the reel set, and can provide external electric energy, thereby having the effect of generating energy.

Third, with the effect of environmental protection

The artificial water flow power generation device of the present invention uses the electric power generated by itself to operate, and does not generate any pollution source itself to generate external power, and has the effects of conforming to the current scientific and technological development direction and taking into consideration environmental protection.

Fourth, generate centrifugal force water flow power generation

The wheel set 41 of the first preferred embodiment is disposed at the center of the circular water tank 32, and extracts external energy to drive the runner blade 411 of the wheel set 41 to rotate, so that the fluid 33 in the circular water tank 32 The rotation is generated to form a rapid and powerful centrifugal force, and the water wheel blade 51 in the circular water tank 32 is rotated to drive the transmission shaft 52 and the generator 2 to generate electricity, thereby creating a new power source.

V. Generation of circulating water power generation

The annular water tank 34 of the second preferred embodiment forms the closed circulating water passage 36 by a watershed 35 disposed at the center, and the power conversion member 44 disposed in the closed circulating water passage 36 can extract external energy to rotate the rotating wheel. The runner blade 411 of the group 41 causes the fluid 33 in the closed circulation channel 36 to generate a circulating rapid water flow, pushing The water wheel blade 51 in the annular water tank 34 is rotated to drive the transmission shaft 52 and the generator 2 to generate electricity, thereby creating a new power source.

In summary, the artificial water flow power generation device of the present invention generates a vortex water flow or a circulating water flow by storing a circular water tank 32 or a ring water tank 34 with a fixed amount of water, and the device can be installed to generate electricity without a natural river water flow. The wheel set 41 can be switched to the power use of the generator 2 after the initial start of rotation of other external energy, and can be provided to other power devices in addition to self-sufficiency, thereby achieving energy-generating effect, and Each of the runner blades 411 of the runner group 41 has a continuous curved shape design, which helps to promote the fluid 33 of the circular water tank 32 to generate a strong centrifugal force water flow, thereby pushing the water wheel blade 51 of the force receiving unit 5 to rotate. The plurality of water guiding holes 513 are provided on the water wheel blade 51 to reduce the resistance when the water wheel blade 51 rotates, and to drive the transmission shaft 52 and the generator 2 to generate electricity, so that the object of the present invention can be achieved.

However, the above description is only for the three preferred embodiments of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent change of the patent application scope and the description of the invention is Modifications are still within the scope of the invention.

2‧‧‧Generator

21‧‧‧Connectors

22‧‧‧Transmission gearbox

23‧‧‧ Bearing

31‧‧‧ accommodating space

32‧‧‧round sink

33‧‧‧ fluid

41‧‧‧ wheel set

411‧‧‧Rotor blades

42‧‧‧Rotary pole

5‧‧‧ Force unit

51‧‧‧Water wheel

511‧‧‧Waterwheel blades

512‧‧‧ radians

52‧‧‧ drive shaft

Claims (10)

The utility model relates to an artificial water flow power generation device, which is suitable for the water flow thrust and centrifugal force of the natural conditions of the water to drive at least one generator to generate electricity, and comprises: a water tank unit, comprising a circular water tank surrounding the space for defining an accommodation space, the accommodation space The central unit is equipped with a fluid; a power unit includes a wheel set disposed in the circular water tank and having at least one runner blade, the rotation of the wheel set rotates the wheel and pushes the accommodation space The fluid is vortexed; and a force unit includes at least one water wheel blade disposed in the accommodating space, and at least one drive shaft connecting the water wheel blade and the generator, the water wheel leaf accepting The energy of the fluid swirls to rotate the drive shaft, thereby driving the generator to generate electricity. The artificial water flow power generation device according to claim 1, further comprising a supporting unit, comprising: a fixing frame disposed above the circular water tank, and at least one supporting rod, the supporting rod has a first end and An opposite second end, the first end being coupled to the mount, the second end being coupled to the drive shaft for supporting the water wheel blade. The artificial water flow power generation device according to claim 2, wherein the support rod has a first one disposed at the first The first hook on the top of the end is used to hang the water wheel blade and the drive shaft from the accommodating space in cooperation with an external lifting device. The artificial water flow power generation device according to the second or third aspect of the invention, wherein the support rod further has a second hook disposed on a side edge of the top end of the first end for hooking the fixing frame. To provide the drive shaft support. The artificial water flow power generation device according to claim 4, wherein the fixing frame has a plurality of limiting baffles for fixing the hooking position of the second hook on the fixing frame. The man-made water flow power generation device according to claim 1, wherein the power unit further includes a wheel fixing rod fixed to the circular water tank, and one end of the wheel group is pivoted to the circular water tank. The bottom end and the opposite end are connected to the wheel fixing rod, and the wheel fixing rod is used to fix the position of the wheel group in the accommodating space. The artificial water flow power generation device according to claim 1, wherein the water wheel blade has a plurality of water wheel blades, and each water wheel blade forms an arc near one side of the circular water tank to match the circular water tank. The shape is to obtain the maximum force area and to enhance the vortex pushing energy of the fluid. An artificial water flow power generation device suitable for driving at least one generator to generate electricity, and comprising: a water tank unit, comprising an annular water tank surrounding an accommodation space, and a middle of the annular water tank a watershed, the accommodating space accommodating a fluid, wherein the accommodating space forms a closed circulating water channel; and a power unit includes at least one runner group disposed in the annular water tank and having a plurality of runner blades The rotation of the runner blade of the runner group can drive the fluid in the accommodating space to circulate in a single direction; and a force receiving unit, comprising at least one water wheel blade disposed in the accommodating space, and at least one connection The water wheel blade and the transmission shaft of the generator, the water wheel leaf receives the energy of the fluid circulating in a single direction to rotate the transmission shaft, thereby driving the generator to generate electricity. The artificial water flow power generation device according to claim 8, wherein the closed circulation water channel is constituted by at least one long straight water channel, and the wheel group is disposed at one end of the long straight water channel and faces the long straight line The other end of the water channel pushes the fluid to obtain the maximum flow rate of the fluid in the closed circulation channel. The man-made water flow power generation device according to claim 9, wherein the power unit further comprises a power output member disposed on the closed circulation waterway, and a power steering connecting the power output member and the wheel group The power steering member turns and transmits the power of the power output member on the closed circulating water channel to the rotating wheel group located in the accommodating space to drive the rotating wheel to rotate, so as to drive the fluid to circulate.