WO2014014425A1 - Flexible structural storage power generation system - Google Patents
Flexible structural storage power generation system Download PDFInfo
- Publication number
- WO2014014425A1 WO2014014425A1 PCT/TH2012/000039 TH2012000039W WO2014014425A1 WO 2014014425 A1 WO2014014425 A1 WO 2014014425A1 TH 2012000039 W TH2012000039 W TH 2012000039W WO 2014014425 A1 WO2014014425 A1 WO 2014014425A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- base
- liquid storage
- temperature
- low
- high temperature
- Prior art date
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B17/00—Other machines or engines
- F03B17/02—Other machines or engines using hydrostatic thrust
-
- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
Definitions
- Flexible structural storage power generator system composes of the main parts which are storage base with empty space inside for storing liquid used in power generating procedure. Inside storage base, there is base that separates the liquid storage into two parts which are the part that contains high temperature liquid, and the part that contains low temperature liquid, and At the lower end of inside separated base, the base is set higher than the ground surface of the liquid storage base to make it as lower tunnel for letting the liquid flowing to the liquid storage that is flexible and expandable when liquid is flowing from low temperature liquid storage to high temperature liquid storage The driving force generated from liquid storage base will transmit to rolling structure and use the rolling part to generate electric power.
- the purpose of this invention is to construct power generating system that uses driving force from the transforming of rolling structure.
- the driving force used in generator system is transmitted before the liquid storage is moving back to the original status in empty mode and waiting for transmission of driving force to roll or move the structure.
- Figure 1 shows electric power generating system that uses driving force from the moving of flexible structural storage according to this invention.
- Figure 2 shows electric power generating system that uses driving force from the moving of flexible structural storage in another design according to this invention.
- figure 1 shows electric power generating system that uses driving force from the moving of flexible structural storage according to this invention which composes of liquid storage base 1 that is assembly as structural storage with empty storage space inside for containing liquid used in generating power, which
- inside separated base 2 At a part of inside of liquid storage base 1, there is inside separated base 2 at least one base which separates inside space or being structure separated inside space of liquid storage base 1 to divide the inner space of liquid storage base 1 to be two compartments which are high temperature liquid storage base 3 and low temperature liquid storage base 4, which
- the end is molded to be lower than upper liquid surface 5 or located at the same height as upper liquid surface 5 or higher than upper liquid surface 5 in any case, through tunnel for purl liquid storage 6 from high temperature liquid storage base 3 to low temperature liquid storage base 4, and
- Purl liquid storage 6 is assembled as closed storage with empty space inside.
- the inside space is flexible and lightly expandable when the liquid is flowed from low temperature liquid storage base 4 to high temperature liquid storage base 3 and it could be flexible and lightly shrink when the liquid is flowed to low temperature liquid storage base 4 from high temperature liquid storage base 3, and
- the hollow space of purl liquid storage 6 contains of an amount of liquid for supporting the expanding or shrinking process while the temperature of purl liquid storage 6 is heated up or down, which
- Purl liquid storage 6 which purl and expanding process in high temperature liquid storage 3 will be transported to drive flowing support that attached inside of high temperature liquid storage 3. The flowing will be used in generating power before purl liquid storage 6 will be transported and shrink in low temperature liquid storage 4 and in the processing line to transport to high temperature liquid storage 3 again.
- figure 2 it shows electric power generating system that uses driving force from the moving of flexible structural storage in another design according to this invention that composes of high temperature transmitting base 8 which is assembled as supporting base received driving gears, such as, shaft, driving pinion, or pulley, for instance, at least two units located in a distance.
- High temperature transmitting base 8 located at top part will be located upper liquid surface 5 in high temperature liquid storage 3 or located at the same height level as upper liquid surface 5 in high temperature liquid storage 3 or above the level of than upper liquid surface 5 in high temperature liquid storage 3 in any case.
- High temperature transmitting base 8 located at lower part will be located inside of high temperature liquid storage 3 at higher than the height level of liquid storage base 1 for supporting the wearing with high-temperature-side wearing base 9, which
- High-temperature-side wearing base 9 is the wearing support that wears with high temperature transmitting base 8, such as, belt, chain ring, for instance, for driving itself by receiving transmission from high-temperature-side wearing base 10 at lease one unit, which
- High-temperature-side wearing base 10 is assembled as wearing socket of which its part is welded with high-temperature-side wearing base 9 directly, or welded with high-temperature- side adhesive base 1 1 which is assembled as lengthy base at least one base welding with purl liquid storage 6 at least one storage, in appearance that the storage could be flexible and lightly expandable or fully expanded when it is transported from low temperature liquid storage 4 to high temperature liquid storage 3 to float to the upper liquid surface 5 for waiting the transmission of purl liquid storage 6 to low temperature liquid storage 4 which located at another side of inside separated base 2, which
- liquid storage base 1 Inside separated base 2 is assembled as supportive structure located inside of liquid storage base 1 , to be separator of liquid storage base 1 to be high temperature liquid storage base 3 and low temperature liquid storage base 4 at the lower part, which
- low-temperature-side driving base 12 which is assembled as supporting base received driving gears, such as, shaft, driving pinion, or pulley, for instance, at least two units, located in a distance.
- the base structure of the right side low-temperature-side driving base 12 is located at high temperature liquid storage base 3
- the base structure of the left side low-temperature-side driving base 12 is located at low temperature liquid storage base 4 but in the higher level than the right side low-temperature-side driving base 12 for supporting wearing of low-temperature-side wearing base 13, which
- Low-temperature-side wearing base 13 is assembled as wearing base between low- temperature-side driving base 12, such as belt, chain ring, for instance, for driving purl liquid 6 and flow from high temperature liquid storage base 3 to low temperature liquid storage base 4 easier, and
- low-temperature- side additional driving base 14 which is assembled as driving support base, such as, shaft, driving pinion, or pulley, for instance, at least two units located in a distance, at the lower level than low-temperature-side wearing base 13 for supporting the wearing of low-temperature-side additional driving base 15, which
- Low-temperature-side additional driving base 15 is assembled as wearing base with low- temperature-side additional driving base 14, such as belt, or chain, for instance, to support the driving and moving of purl liquid base 6 that is transmitted from low-temperature-side wearing base 13 to low temperature liquid storage base 4 easier, and
- lower low-temperature-side driving base 16 which is assembled as driving support base, such as, shaft, driving pinion, or pulley, for instance, at least two units located in a distance. Two of these bases are located at different level that lower low- temperature-side driving base 16 at the right side is higher than lower low-temperature-side driving base 16 at the left side, for supporting the wearing of lower low-temperature-side wearing base 17, which
- Lower low-temperature-side wearing base 17 is assembled as wearing base bound between lower low-temperature-side driving base 16, such as, belt, or chain, for instance, to support the driving and moving of purl liquid base 6 from low temperature liquid storage base 4 to high temperature liquid storage base 3 easier.
Abstract
A flexible structural storage power generation system is provided. The system comprises a liquid storage base (1) with empty space inside, and an inside separated base (2) which divides the inner space of the liquid storage base (1) into high temperature liquid base (3) and low temperature liquid base (4). The lower end of the inside separated base (2) is higher than the ground surface of the liquid storage base (1) to form a lower tunnel (7) for moving flexible buoyancy (6) from low temperature liquid storage (4) to high temperature liquid storage (3). A rolling structure is driven by the moving of the flexible buoyancy (6) to generate electric power.
Description
Detail of Invention
Name of the Invention FLEXIBLE STRUCTURAL STORAGE POWER GENERATION SYSTEM
Discipline Related to Invention
Mechanical Engineering related to flexible structural storage power generator system
Background of the Art or Related Discipline
Presently, in generating electric power, it uses various kinds of system in generating power, included gasoline, water turbine, windmill, or sun ray to charge solar cell as the source of generator power. There are advantages and drawbacks differently in each kind of power generating system as mentioned above, depending on environment and intention or purpose of the user.
Character and Purpose of the Invention
Flexible structural storage power generator system composes of the main parts which are storage base with empty space inside for storing liquid used in power generating procedure. Inside storage base, there is base that separates the liquid storage into two parts which are the part that contains high temperature liquid, and the part that contains low temperature liquid, and At the lower end of inside separated base, the base is set higher than the ground surface of the liquid storage base to make it as lower tunnel for letting the liquid flowing to the liquid storage that is flexible and expandable when liquid is flowing from low temperature liquid storage to high temperature liquid storage The driving force generated from liquid storage base will transmit to rolling structure and use the rolling part to generate electric power.
The purpose of this invention is to construct power generating system that uses driving force from the transforming of rolling structure. The driving force used in generator system is transmitted before the liquid storage is moving back to the original status in empty mode and waiting for transmission of driving force to roll or move the structure.
Brief Description of Drawing
Figure 1 shows electric power generating system that uses driving force from the moving of flexible structural storage according to this invention.
Figure 2 shows electric power generating system that uses driving force from the moving of flexible structural storage in another design according to this invention. Completed Explanation of the Invention
According to figure 1, it shows electric power generating system that uses driving force from the moving of flexible structural storage according to this invention which composes of liquid storage base 1 that is assembly as structural storage with empty storage space inside for containing liquid used in generating power, which
At a part of inside of liquid storage base 1, there is inside separated base 2 at least one base which separates inside space or being structure separated inside space of liquid storage base 1 to divide the inner space of liquid storage base 1 to be two compartments which are high temperature liquid storage base 3 and low temperature liquid storage base 4, which
At the top end of inside separated base 2, the end is molded to be lower than upper liquid surface 5 or located at the same height as upper liquid surface 5 or higher than upper liquid surface 5 in any case, through tunnel for purl liquid storage 6 from high temperature liquid storage base 3 to low temperature liquid storage base 4, and
At the lower end of inside separated base 2, there is the end that assembled higher than lower surface of liquid storage base 1 to form lower space 7 to be tunnel for purl liquid storage 6 from low temperature liquid storage base 4 to high temperature liquid storage base 3, which
Purl liquid storage 6 is assembled as closed storage with empty space inside. The inside space is flexible and lightly expandable when the liquid is flowed from low temperature liquid storage base 4 to high temperature liquid storage base 3 and it could be flexible and lightly shrink when the liquid is flowed to low temperature liquid storage base 4 from high temperature liquid storage base 3, and
The hollow space of purl liquid storage 6 contains of an amount of liquid for supporting the expanding or shrinking process while the temperature of purl liquid storage 6 is heated up or down, which
Purl liquid storage 6 which purl and expanding process in high temperature liquid storage 3 will be transported to drive flowing support that attached inside of high temperature liquid storage 3. The flowing will be used in generating power before purl liquid storage 6 will be transported and shrink in low temperature liquid storage 4 and in the processing line to transport to high temperature liquid storage 3 again.
According to figure 2, it shows electric power generating system that uses driving force from the moving of flexible structural storage in another design according to this invention that composes of high temperature transmitting base 8 which is assembled as supporting base received driving gears, such as, shaft, driving pinion, or pulley, for instance, at least two units located in a distance. High temperature transmitting base 8 located at top part will be located upper liquid surface 5 in high temperature liquid storage 3 or located at the same height level as upper liquid surface 5 in high temperature liquid storage 3 or above the level of than upper liquid surface 5 in high temperature liquid storage 3 in any case. High temperature transmitting base 8 located at lower part will be located inside of high temperature liquid storage 3 at higher than the height level of liquid storage base 1 for supporting the wearing with high-temperature-side wearing base 9, which
High-temperature-side wearing base 9 is the wearing support that wears with high temperature transmitting base 8, such as, belt, chain ring, for instance, for driving itself by receiving transmission from high-temperature-side wearing base 10 at lease one unit, which
High-temperature-side wearing base 10 is assembled as wearing socket of which its part is welded with high-temperature-side wearing base 9 directly, or welded with high-temperature- side adhesive base 1 1 which is assembled as lengthy base at least one base welding with purl liquid storage 6 at least one storage, in appearance that the storage could be flexible and lightly expandable or fully expanded when it is transported from low temperature liquid storage 4 to high temperature liquid storage 3 to float to the upper liquid surface 5 for waiting the transmission of purl liquid storage 6 to low temperature liquid storage 4 which located at another side of inside separated base 2, which
Inside separated base 2 is assembled as supportive structure located inside of liquid storage base 1 , to be separator of liquid storage base 1 to be high temperature liquid storage base 3 and low temperature liquid storage base 4 at the lower part, which
At the lower part, there is lower space 7 located between the lower part of inside separated base 2 and upper surface of liquid storage base 1 to be a passing tunnel of purl liquid storage 6 from low temperature liquid storage base 4 to high temperature liquid storage base 3, and
At the top part of inside separated base 2, there is low-temperature-side driving base 12 which is assembled as supporting base received driving gears, such as, shaft, driving pinion, or pulley, for instance, at least two units, located in a distance. The base structure of the right side
low-temperature-side driving base 12 is located at high temperature liquid storage base 3, and the base structure of the left side low-temperature-side driving base 12 is located at low temperature liquid storage base 4 but in the higher level than the right side low-temperature-side driving base 12 for supporting wearing of low-temperature-side wearing base 13, which
Low-temperature-side wearing base 13 is assembled as wearing base between low- temperature-side driving base 12, such as belt, chain ring, for instance, for driving purl liquid 6 and flow from high temperature liquid storage base 3 to low temperature liquid storage base 4 easier, and
At the top of another part of inside separated base 2, it may attach with low-temperature- side additional driving base 14 which is assembled as driving support base, such as, shaft, driving pinion, or pulley, for instance, at least two units located in a distance, at the lower level than low-temperature-side wearing base 13 for supporting the wearing of low-temperature-side additional driving base 15, which
Low-temperature-side additional driving base 15 is assembled as wearing base with low- temperature-side additional driving base 14, such as belt, or chain, for instance, to support the driving and moving of purl liquid base 6 that is transmitted from low-temperature-side wearing base 13 to low temperature liquid storage base 4 easier, and
At the lower space 7 which located between the lower part of inside separated base 2 and upper surface of liquid storage base 1, there is lower low-temperature-side driving base 16 which is assembled as driving support base, such as, shaft, driving pinion, or pulley, for instance, at least two units located in a distance. Two of these bases are located at different level that lower low- temperature-side driving base 16 at the right side is higher than lower low-temperature-side driving base 16 at the left side, for supporting the wearing of lower low-temperature-side wearing base 17, which
Lower low-temperature-side wearing base 17 is assembled as wearing base bound between lower low-temperature-side driving base 16, such as, belt, or chain, for instance, to support the driving and moving of purl liquid base 6 from low temperature liquid storage base 4 to high temperature liquid storage base 3 easier.
From the characteristics of flexible structural storage power generator system according to this invention, it is the system that uses the advantage of the changing of flexible structural liquid storage flowing from one mode to drive the pinion power before the liquid storage turned itself into the standby mode again.
The Best Invention Methodology
The best methodology of this invention is hereby stated in section Completed Explanation of the Invention.
Claims
1. Flexible structural storage power generator system composed of liquid storage base (1) that is assembly as structural storage with empty storage space inside for containing liquid used in generating power, which liquid storage base (1) contains of inside separated base (2) at least one base to separate the space to be high temperature liquid storage base (3) and low temperature liquid storage base (4), and
At the lower end of inside separated base (2), there is the end that assembled higher than lower surface of liquid storage base (1) to form lower space (7) to be tunnel for purl liquid storage (6) from low temperature liquid storage base (4) to high temperature liquid storage base (3), which
Purl liquid storage (6) which purl and expanding process in high temperature liquid storage (3) will be transported to drive flowing support that attached inside of high temperature liquid storage (3). The flowing will be used in generating power before purl liquid storage (6) will be transported and shrink in low temperature liquid storage (4) and in the processing line to transport to high temperature liquid storage (3) again.
2. Flexible structural storage power generator system according to claim 1, the inside space of purl liquid storage (6) is flexible and lightly expandable when the liquid is flowed from low temperature liquid storage base (4) to high temperature liquid storage base (3) and it could be flexible and lightly shrink when the liquid is flowed to low temperature liquid storage base (4) from high temperature liquid storage base (3).
3. Flexible structural storage power generator system according to claim 1-2 whichever claims, the hollow space of purl liquid storage (6) contains of an amount of liquid for supporting the expanding or shrinking process while the temperature of purl liquid storage (6) is heated up or down.
4. Flexible structural storage power generator system according to claim 1-3 whichever claims, high temperature liquid storage base (3) contains of high temperature transmitting base (8) which is assembled as supporting base received driving gears at least two units located in a distance. High temperature transmitting base (8) located at top part will be located upper liquid surface (5) in high temperature liquid storage (3). High temperature transmitting base (8) located at lower part will be located inside of high temperature liquid storage (3) at higher than the height level of liquid storage base (1) for supporting the wearing with high-temperature-side
wearing base (9), which attached with high-temperature-side wearing base (10) at lease one unit, which
High-temperature-side wearing base (10) is assembled as wearing socket of which its part is welded with high-temperature-side wearing base (9) directly, or welded with high- temperature-side adhesive base (11) which is assembled as lengthy base at least one base welding with purl liquid storage (6) at least one storage, when purl liquid storage (6) is transported from low temperature liquid storage (4)
5. Flexible structural storage power generator system according to claim 1-4 whichever claims, at the top part of inside separated base (2), there is low-temperature-side driving base (12) which is assembled as supporting base received driving gears at least two units, located in a distance for supporting wearing of low-temperature-side wearing base (13) to drive purl liquid (6) and flow from high temperature liquid storage base (3) to low temperature liquid storage base (4) easier.
6. Flexible structural storage power generator system according to claim 1-5 whichever claims, the right side low-temperature-side driving base (12) is located at high temperature liquid storage base (3). The left side low-temperature-side driving base (12) is located at low temperature liquid storage base (4) but in the higher level than the right side low-temperature- side driving base (12).
7. Flexible structural storage power generator system according to claim 1-6 whichever claims, at the top of another part of inside separated base (2), it may attach with low- temperature-side additional driving base (14) which is assembled as driving support base at least two units located in a distance, at the lower level than low-temperature-side wearing base (13) for supporting the wearing of low-temperature-side additional driving base (15) to support the driving and moving of purl liquid base (6) that is transmitted from low-temperature-side wearing base (13) to low temperature liquid storage base (4) easier.
8. Flexible structural storage power generator system according to claim 1-7 whichever claims, lower space (7) there is lower low-temperature-side driving base (16) which is assembled as driving support base, at least two units located in a distance for supporting the wearing of lower low-temperature-side wearing base (17) to support the driving and moving of purl liquid base (6) from low temperature liquid storage base (4) to high temperature liquid storage base (3) easier.
9. Flexible structural storage power generator system according to claim 1-8 whichever claims, lower low-temperature-side driving base (16) is located at different level for that the right side lower low-temperature-side driving base (16) is higher than the left side lower low- temperature-side driving base (16).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TH1201003584 | 2012-07-18 | ||
| TH1201003584A TH125139A (en) | 2012-07-18 | Power generation system by changing the structural state of the flexible enclosure. |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2014014425A1 true WO2014014425A1 (en) | 2014-01-23 |
Family
ID=49949124
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/TH2012/000039 WO2014014425A1 (en) | 2012-07-18 | 2012-08-27 | Flexible structural storage power generation system |
Country Status (1)
| Country | Link |
|---|---|
| WO (1) | WO2014014425A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20180062436A1 (en) * | 2016-08-26 | 2018-03-01 | Nucurrent, Inc. | Wireless Connector Transmitter Module With an Electrical Connector |
| WO2023073223A1 (en) * | 2021-10-31 | 2023-05-04 | Thomas Ullrich | Buoyancy utilisation device |
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| SU1188368A2 (en) * | 1983-06-17 | 1985-10-30 | Eduard P Kovalenko | Method of converting heat energy into mechanical energy |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20180062436A1 (en) * | 2016-08-26 | 2018-03-01 | Nucurrent, Inc. | Wireless Connector Transmitter Module With an Electrical Connector |
| US10879704B2 (en) | 2016-08-26 | 2020-12-29 | Nucurrent, Inc. | Wireless connector receiver module |
| US10879705B2 (en) | 2016-08-26 | 2020-12-29 | Nucurrent, Inc. | Wireless connector receiver module with an electrical connector |
| US10886751B2 (en) | 2016-08-26 | 2021-01-05 | Nucurrent, Inc. | Wireless connector transmitter module |
| US10897140B2 (en) | 2016-08-26 | 2021-01-19 | Nucurrent, Inc. | Method of operating a wireless connector system |
| US10903660B2 (en) | 2016-08-26 | 2021-01-26 | Nucurrent, Inc. | Wireless connector system circuit |
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| WO2023073223A1 (en) * | 2021-10-31 | 2023-05-04 | Thomas Ullrich | Buoyancy utilisation device |
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