TWM615645U - Floating ball typed power generation device - Google Patents

Abstract

A floating-ball-type power generation device is composed of a floating-ball device and a housing device; the floating-ball device is a sphere with an accommodating part arranged in the center, and a planetary gear power-generating device is installed in the accommodating part. The surface of the ball device is provided with a plurality of blade modules, the floating ball device is installed in the housing device, and the blade modules provided on the surface of the floating ball device are subjected to the action of the water level change or water wave on the water surface to generate rotation Function to make the connected planetary gear power generation device rotate to generate electricity, and provide the generated electricity to the battery or a substation. According to this, the structure of the present invention is low in cost, easy to install, and can be installed on the sea, lake, and even sewers. , And achieve good power generation efficiency without being affected by the natural environment.

Description

Floating ball type power generation device

This new type of power generation device specifically refers to a float-type power generation device used to generate electricity on the water surface, through the height difference of the water surface, or through the wave and shaking of the water current.

According to the fact that with the rapid development of science and technology, mankind’s reliance on energy is also increasing. At present, various energy development has entered a more mature stage, but this upward trend has brought about the negative effects of global warming and environmental destruction. As a result, human beings have gradually abandoned non-renewable energy generation methods such as nuclear power and firepower, and shifted their focus to renewable energy generation methods such as hydropower, wind, ocean energy, and solar energy, hoping to slow down global warming and The problem of environmental damage.

The aforementioned hydraulic, wind and solar power generation systems are costly to construct and are susceptible to low power generation efficiency due to the influence of the weather. In addition, the hydraulic, wind and solar power generation systems occupy a considerable area of land, causing the government to compete with the people for land, and even Affect the living space of creatures that originally inhabited the land.

For this reason, after discussion and practical experience, the creator of this new model finally developed a power generation device that can be placed on the water to generate electricity through the height of the water level or the flow of the water surface, so as to solve the shortcomings of traditional green electricity.

The main purpose of the present invention is to provide a floating ball type power generating device, which includes a floating ball device and a shell device;

The floating ball device is a sphere with an accommodating part arranged in the center. The accommodating part is equipped with a planetary gear power generating device, and the surface of the floating ball device is provided with a plurality of blade modules; the planetary gear power generating device includes There is a ring gear, a planet carrier, a plurality of planet gears mounted on the planet carrier and meshing with the ring gear, and a sun gear driven by the planet gears. The sun gear is connected to an output shaft. The rotation of the output shaft causes a power generation unit to generate electricity; the blade modules provided on the surface of the float device are subjected to changes in the water level or water waves to generate rotation, so that the connected ring gear rotates and indirectly drives each of the The rotation of the planetary gear further causes the sun gear to drive the output shaft, allowing the power generation unit to generate electrical energy;

The shell device is used to carry the floating ball device, and the shell device is provided with a plurality of engaging rollers. The engaging rollers can provide the floating ball device to be restrained inside the housing device, and the floating ball device can be controlled by the engaging rollers. It rotates in the shell device; in addition, the shell device is further provided with a counterweight unit, so that the shell device and the combined float device float on the water surface.

Through the above description, the advantages that the present invention can obtain are as follows:

1. The structure of this new type does not occupy land. It is only necessary to place the structure of this new type in areas such as open seas, or coastal areas, or rivers, and then the floating ball device can be rotated through the movement of water to generate electricity, and the shell device can be used to ensure floating The ball device can move on the water.

2. The structure of the present invention is small in size, cost-saving, and easy to install. In addition to being installed in the aforementioned open sea, coastal area, or river, it can also be installed in sewers and other areas, which can also achieve power generation effects.

3. Compared with conventional green power equipment, the maintenance cost is high, and it requires a long period of downtime. The power generation device provided by the model can be quickly replaced and repaired, and the maintenance cost is low, which improves the utilization rate of the equipment.

In the embodiment of the present invention, the power generation unit is further connected to an AC power grid, and the generated power is transmitted to a substation through the AC power grid for power conversion.

In the embodiment of the present invention, the shape of the housing device is a composite U-shaped curved body, so that the floating ball device covered inside the housing device can contact the water surface multiple times.

10: Floating ball device

11: Containment Department

12: Planetary gear power generation device

121: ring gear

122: planet carrier

123: Planetary gear

124: Sun Gear

125: output shaft

126: power generation unit

13: Blade module

20: Shell device

21: Engage the roller

30: battery

Figure 1 is a perspective view of the structure of the present invention.

Figure 2 is a front view of the float device.

Fig. 3 is a cross-sectional structural view taken along line A-A in Fig. 2;

Fig. 4 is a structural diagram of a planetary gear power generation device.

Figure 5 is a system block diagram of the float device.

Fig. 6 is a structural diagram of the housing device.

Figure 7 is a diagram of the new model in use.

As shown in FIG. 1, the new floating ball type power generation device includes: a floating ball device 10 and a housing device 20.

Please refer to Figures 2 and 3, the floating ball device 10 is a sphere with a receiving portion 11 arranged in the center, and a planetary gear power generating device 12 is installed in the receiving portion 11, and the surface of the floating ball device 10 A plurality of blade modules 13 are provided.

As shown in Figures 4 and 5, the planetary gear generator 12 includes a ring gear 121, a planet carrier 122, and a plurality of planetary gears mounted on the planet carrier 122 and meshing with the ring gear 121 123, and a sun gear 124 driven by the planetary gears 123, the sun gear 124 is connected to an output shaft 125, and the output shaft 125 rotates to cause a power generation unit 126 to generate electricity; the surface of the float device 10 The set of the blade modules 13 are subjected to the action of the water level change of the water surface or the water wave to generate rotation, so that the connected ring gear 121 rotates and indirectly drives the planetary gears 123 to rotate, and further causes the sun gear 124 to drive the output shaft 125. Let the power generation unit 126 generate electrical energy.

2 and 5, the power generation unit 126 can basically be connected to a battery 30, and the battery 30 is charged through the structure of the present invention. The power generation unit 126 is further connected to an AC power grid, and the generated power is transmitted through the AC power grid. The grid is transmitted to a substation for power conversion.

As shown in Figures 1 and 6, the housing device 20 is used to carry the floating ball device 10. The shape of the housing device 20 is a composite U-shaped curved body, so that the floating ball device 10 covered inside the housing device 20 The shell device 20 can contact the water surface multiple times. The shell device 20 is provided with a plurality of engaging rollers 21. The engaging rollers 21 can provide the floating ball device 10 to be restrained inside the shell device 20, and the floating ball device can be controlled by the engaging rollers 21. 10 rotates in the housing device 10; in addition, the housing device 20 is further provided with a counterweight unit 22, so that the housing device 20 and the combined float device 10 float on the water.

As shown in FIG. 7, the present invention can be placed in coastal, open sea and other areas in actual use, and the blade modules 13 are moved by the waves or currents to make the intermediate float device 10 rotate. Since the direction of the offshore current in the northern hemisphere is about 45° to the right (the opposite is the case in the southern hemisphere), it can avoid the situation that the wind speed and the flow direction are the same, causing the present invention to not rotate.

As shown in Figures 2 and 7, when the floating ball device 10 is pushed by the water flow, the ring gear 121 of the planetary gear generator 12 rotates and indirectly drives the planetary gears 123 to rotate, so that the sun gear 124 drives the The output shaft 125 allows the power generation unit 126 to generate electrical energy. Can be based on It is required to store the generated power in the battery 30 or through the AC power grid, and transmit the generated power through the AC power grid to a substation for power conversion and supply such as city power.

In summary, the new structure has never been seen in books or publicly used, and it is in compliance with the requirements of a new patent application. I sincerely ask Jun Bureau to approve the patent as soon as possible. I really pray.

If you need to clarify, the above are the technical principles immediately used in the implementation of the new model. If the changes made in accordance with the concept of the new model do not exceed the spirit covered by the specification and drawings, All should be within the scope of this new model, and should be combined with Chen Ming.

10: Floating ball device

13: Blade module

20: Shell device

Claims (3)

A floating-ball type power generation device, including a floating-ball device and a shell device; The floating ball device is a sphere with an accommodating part arranged in the center. The accommodating part is equipped with a planetary gear power generating device, and the surface of the floating ball device is provided with a plurality of blade modules; the planetary gear power generating device includes There is a ring gear, a planet carrier, a plurality of planet gears mounted on the planet carrier and meshing with the ring gear, and a sun gear driven by the planet gears. The sun gear is connected to an output shaft. The rotation of the output shaft causes a power generation unit to generate electricity; The blade modules provided on the surface of the floating ball device are subjected to the action of the water level change of the water surface or the water wave to generate rotation, so that the connected ring gear rotates and indirectly drives the planetary gears to rotate, and further causes the sun gear to drive the planetary gears. The output shaft allows the power generation unit to generate electricity; The shell device is used to carry the floating ball device, and the shell device is provided with a plurality of engaging rollers. The engaging rollers can provide the floating ball device to be restrained inside the housing device, and the floating ball device can be controlled by the engaging rollers. It rotates in the shell device; in addition, the shell device is further provided with a counterweight unit, so that the shell device and the combined float device float on the water surface. The float-type power generation device according to claim 1, wherein the power generation unit is further connected to an AC power grid, and the generated power is transmitted to a substation through the AC power grid for power conversion. The float-type power generation device according to claim 1, wherein the shape of the housing device is a composite U-shaped curved body, so that the float device covered in the housing device can contact the water surface multiple times.

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