CN204200463U - A kind of lifting posture ocean wave generator of movable base - Google Patents
A kind of lifting posture ocean wave generator of movable base Download PDFInfo
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- CN204200463U CN204200463U CN201420550132.7U CN201420550132U CN204200463U CN 204200463 U CN204200463 U CN 204200463U CN 201420550132 U CN201420550132 U CN 201420550132U CN 204200463 U CN204200463 U CN 204200463U
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- generator
- permanent magnet
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- 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
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- 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
- Y02E10/30—Energy from the sea, e.g. using wave energy or salinity gradient
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Abstract
A kind of lifting posture ocean wave generator of movable base, buoyancy tank is set, on buoyancy tank is fastened on and wins in succession, generating combination is set, upper generating combination is formed by connecting by rhombus by four generator units, the middle cross beam of upper left generator unit with hang left spring between the generator unit middle cross beam of lower-left and be connected, lower generating combination and upper generate electricity combine between pass through in win in succession be connected to each other fixing, form lifting posture spring buoyant equilibrium, the two side ends Middle face of mobile under casing arranges bearing and earth anchor, extension extension spring connects, form bottom spring equilibrium of forces, wave springs up, promote buoyancy tank, buoyancy tank floats and breaks spring buoyant equilibrium, form floating vibration, upper generating combination swings with the lower mechanism combined that generates electricity thereupon, permanent magnet generator generates electricity, mobile for drive under casing moves by the inertia that buoyancy tank floats, and break spring force balance, mobile under casing horizontal reciprocating vibration, crawler belt scrolling Athey wheel, end permanent magnet generator generating.
Description
technical field:
Belong to ocean development and power generation industries technical field.
Background technique:
The exploitation of marine energy, utilizing seawave power generation, is focus in recent years.
Ocean wave generator is electric energy the kinetic transformation of wave, is connected to the grid, ecological and environmental protection.
Technology and the product of the practicality of ocean energy are rarely found.
Ocean surge, energy is huge, the present invention proposes a kind of lifting posture ocean wave generator of movable base for this reason, utilizes sea surge generation.
Summary of the invention:
A kind of lifting posture ocean wave generator of movable base, buoyancy tank is set, on buoyancy tank is fastened on and wins in succession, generating combination is set, upper generating combination is formed by connecting by rhombus by four generator units, the middle cross beam of upper left generator unit with hang left spring between the generator unit middle cross beam of lower-left and be connected, lower generating combination and upper generate electricity combine between pass through in win in succession be connected to each other fixing, form lifting posture spring buoyant equilibrium, the two side ends Middle face of mobile under casing arranges bearing and earth anchor, extension extension spring connects, form bottom spring equilibrium of forces, wave springs up, promote buoyancy tank, buoyancy tank floats and breaks spring buoyant equilibrium, form floating vibration, upper generating combination swings with the lower mechanism combined that generates electricity thereupon, permanent magnet generator generates electricity, mobile for drive under casing moves by the inertia that buoyancy tank floats, and break spring force balance, mobile under casing horizontal reciprocating vibration, crawler belt scrolling Athey wheel, end permanent magnet generator generating.
The ocean wave generator structure of scheme one, lifting posture
A kind of lifting posture ocean wave generator of movable base, buoyancy tank is set, on buoyancy tank is fastened on and wins in succession, generating combination is set, upper generating combination is formed by connecting by rhombus by four generator units, generator unit is arranged on the two ends up and down of left connecting rod and right connecting rod respectively by upper permanent magnet generator and lower permanent magnet generator, the centre of left connecting rod and right connecting rod arranges intermediate beam and is connected and fixed, the shell of the upper permanent magnet generator of upper left generator unit and the permanent magnet generator of upper right generator unit is connected to each other, the shell of the lower permanent magnet generator of upper left generator unit and the upper permanent magnet generator of lower-left generator unit is connected to each other, the shell of the lower permanent magnet generator of upper right generator unit and the upper permanent magnet generator of bottom right generator unit is connected to each other, the shell of the lower permanent magnet generator of lower-left generator unit and the lower permanent magnet generator of bottom right generator unit is connected to each other, the middle cross beam of upper left generator unit with hang left spring between the generator unit middle cross beam of lower-left and be connected, hang right spring between the middle cross beam of upper right generator unit and the middle cross beam of bottom right generator unit to be connected, generate electricity on forming thus combination, lower generating combination is identical with upper generating composite structure, lower generating combination and upper generate electricity combine between pass through in win in succession be connected to each other fixing, form the structure of lifting posture, upper generating is combined through to win in succession and is connected on buoyancy tank, lower generating combination with hang left spring respectively between the upper intermediate beam that combines of generating electricity and be connected with right spring, the intermediate beam of the lower generator unit of lower generating combination with to hang lower-left spring between mobile under casing respectively and be connected with bottom right spring, lower generating is combined through down to win in succession and is connected and fixed with under casing, forms lifting posture spring buoyant equilibrium,
Scheme two, mobile under casing is set
Crawler belt generator unit of the front end is installed and crawler belt generator unit at the end respectively in the both sides, front and back of mobile under casing, crawler belt generator unit of the front end is made up of with right-hand track chiain turbine generator assembly and crawler belt left Athey wheel generator assembly, right-hand track chiain turbine generator assembly is arranged on the permanent magnet generator IV axle of permanent magnet generator IV by right-hand track chiain wheel and forms, the shell of the permanent magnet generator IV of right-hand track chiain turbine generator assembly is fixed on the right side of mobile under casing, left Athey wheel generator assembly is identical with right-hand track chiain turbine generator modular construction, the right-hand track chiain of left Athey wheel and right-hand track chiain turbine generator assembly that crawler belt hangs over left Athey wheel generator assembly is taken turns, right support abutment and right earth anchor are set in the middle part of the front right side of mobile under casing, hang the extension spring of the right end between bearing with right earth anchor to be connected, in the middle part of the front left side of mobile under casing, left support abutment is set, between left support abutment and left earth anchor, hang Zola's spring to connect, form bottom spring equilibrium of forces.
Scheme three, rectifier, storage battery and AC inverter are set.
Rectifier, storage battery and AC inverter is also set gradually in mobile under casing body, magneto I and upper magneto II with cable I be set between rectifier be connected, arrange cable II between rectifier with storage battery to be connected, arrange cable III between storage battery with AC inverter to be connected, AC inverter arranges output cable IV.
Scheme four, electricity-generating method
Wave springs up, promote buoyancy tank, buoyancy tank floats and breaks spring buoyant equilibrium, form floating vibration, upper generating combination swings with the lower mechanism combined that generates electricity thereupon, permanent magnet generator generates electricity, mobile for drive under casing moves by the inertia that buoyancy tank floats, and break spring force balance, mobile under casing horizontal reciprocating vibration, crawler belt scrolling Athey wheel, the right permanent magnet generator generating in the front end, permanent magnet generator generates electricity, generation current is transferred in rectifier through cable I, after rectifier, become direct current export, be transferred in storage battery to store to connect through cable III through cable II is transferred in AC inverter simultaneously, through AC inverter conversion output AC electricity, electric energy is exported through generating output cable IV, permanent magnet generator generating has fluctuation, storage battery can store direct current energy, mild fluctuation.
Scheme four, be all set to sealing anticorrosive structure
Entire infrastructure, is all set to sealing anticorrosive structure and corrosion resistant coating, prevents seawater corrosion.
Core content of the present invention:
A kind of lifting posture ocean wave generator of movable base, buoyancy tank is set, on buoyancy tank is fastened on and wins in succession, generating combination is set, upper generating combination is formed by connecting by rhombus by four generator units, generator unit is arranged on the two ends up and down of left connecting rod and right connecting rod respectively by upper permanent magnet generator and lower permanent magnet generator, the centre of left connecting rod and right connecting rod arranges intermediate beam and is connected and fixed, the shell of the upper permanent magnet generator of upper left generator unit and the permanent magnet generator of upper right generator unit is connected to each other, the shell of the lower permanent magnet generator of upper left generator unit and the upper permanent magnet generator of lower-left generator unit is connected to each other, the shell of the lower permanent magnet generator of upper right generator unit and the upper permanent magnet generator of bottom right generator unit is connected to each other, the shell of the lower permanent magnet generator of lower-left generator unit and the lower permanent magnet generator of bottom right generator unit is connected to each other, the middle cross beam of upper left generator unit with hang left spring between the generator unit middle cross beam of lower-left and be connected, hang right spring between the middle cross beam of upper right generator unit and the middle cross beam of bottom right generator unit to be connected, generate electricity on forming thus combination, lower generating combination is identical with upper generating composite structure, lower generating combination and upper generate electricity combine between pass through in win in succession be connected to each other fixing, form the structure of lifting posture, upper generating is combined through to win in succession and is connected on buoyancy tank, lower generating combination with hang left spring respectively between the upper intermediate beam that combines of generating electricity and be connected with right spring, the intermediate beam of the lower generator unit of lower generating combination with to hang lower-left spring between mobile under casing respectively and be connected with bottom right spring, lower generating is combined through down to win in succession and is connected and fixed with under casing, forms lifting posture spring buoyant equilibrium, crawler belt generator unit of the front end is installed and crawler belt generator unit at the end respectively in the both sides, front and back of mobile under casing, crawler belt generator unit of the front end is made up of with right-hand track chiain turbine generator assembly and crawler belt left Athey wheel generator assembly, right-hand track chiain turbine generator assembly is arranged on the permanent magnet generator IV axle of permanent magnet generator IV by right-hand track chiain wheel and forms, the shell of the permanent magnet generator IV of right-hand track chiain turbine generator assembly is fixed on the right side of mobile under casing, left Athey wheel generator assembly is identical with right-hand track chiain turbine generator modular construction, the right-hand track chiain of left Athey wheel and right-hand track chiain turbine generator assembly that crawler belt hangs over left Athey wheel generator assembly is taken turns, right support abutment and right earth anchor are set in the middle part of the front right side of mobile under casing, hang the extension spring of the right end between bearing with right earth anchor to be connected, in the middle part of the front left side of mobile under casing, left support abutment is set, between left support abutment and left earth anchor, hang Zola's spring to connect, form bottom spring equilibrium of forces.
Wave springs up, promote buoyancy tank, buoyancy tank floats and breaks spring buoyant equilibrium, forms floating vibration, upper generating combination swings with the lower mechanism combined that generates electricity thereupon, permanent magnet generator generates electricity, and mobile for drive under casing moves by the inertia that buoyancy tank floats, and breaks spring force balance, mobile under casing horizontal reciprocating vibration, crawler belt scrolling Athey wheel, the right permanent magnet generator generating in the front end, permanent magnet generator generates electricity.
Accompanying drawing illustrates:
Accompanying drawing is the structural drawing of this patent, is wherein respectively: 1, buoyancy tank, 2, on win in succession, 3, upper permanent magnet generator, 4, left connecting rod, 5, intermediate beam, 6, right connecting rod, 7, lower permanent magnet generator, 8, generator unit, 9, left spring, 10, upper right generator unit, 11, right spring, 12, lower-left generator unit, 13, bottom right generator unit, 14, left spring, 15, in win in succession, 16, right spring, 17, lower generating combination, 18, lower-left spring, 19, under win in succession, 20, left support abutment, 21, Zola's spring, 22, left earth anchor, 23, left Athey wheel generator assembly, 24, front crawler belt generator unit, 25, crawler belt, 26, cable I, 27, rectifier, 28, cable II, 29, storage battery, 30, cable III, 31, inverter, 32, output cable IV, 33, right-hand track chiain turbine generator assembly, 34, permanent magnet generator IV axle, 35, right-hand track chiain is taken turns, and 36, permanent magnet generator IV, 37, right support abutment, 38, right extension spring, 39, right earth anchor, 40, rear crawler belt generator unit, 41, mobile under casing, 42, bottom right spring, 43, upper generating combination, 44, upper left generator unit.
Embodiment:
Buoyancy tank 1 is set, buoyancy tank 1 is fastened on wins in succession on 2, generating combination 43 is set, upper generating combination 43 is formed by connecting by rhombus by four generator units 8, generator unit 8 is arranged on the two ends up and down of left connecting rod 4 and right connecting rod 6 respectively by upper permanent magnet generator 3 and lower permanent magnet generator 7, left connecting rod 4 arranges intermediate beam 5 with the centre of right connecting rod 6 and is connected and fixed, the upper permanent magnet generator 3 of upper left generator unit 44 is connected to each other with the shell of the permanent magnet generator of upper right generator unit 10, the lower permanent magnet generator 7 of upper left generator unit 44 is connected to each other with the shell of the upper permanent magnet generator of lower-left generator unit 12, the shell of the lower permanent magnet generator of upper right generator unit 10 and the upper permanent magnet generator of bottom right generator unit 13 is connected to each other, the shell of the lower permanent magnet generator of lower-left generator unit 12 and the lower permanent magnet generator of bottom right generator unit 13 is connected to each other, the middle cross beam 5 of upper left generator unit 44 with hang left spring 9 between lower-left generator unit 12 middle cross beam and be connected, hang right spring 10 between the middle cross beam of upper right generator unit 10 and the middle cross beam of bottom right generator unit 13 to be connected, form upper generating combination 43 thus, lower generating combination 17 is identical with upper generating combination 43 structure, win in succession in passing through between lower generating combination 17 and upper generating combination 43 15 be connected to each other fixing, form the structure of lifting posture, upper generating combination 43 by win in succession and 2 be connected on buoyancy tank 1, hang left spring 14 between lower generating combination 17 and the intermediate beam of upper generating combination 43 to be respectively connected with right spring 16, the intermediate beam of the lower generator unit of lower generating combination 17 with hang lower-left spring 18 between mobile under casing 41 respectively and be connected with bottom right spring 42, lower generating combination 17 is won in succession under passing through and 19 to be connected and fixed with under casing 41, form lifting posture spring buoyant equilibrium, the both sides, front and back of mobile under casing 41 install crawler belt generator unit 40 at crawler belt generator unit of the front end 24 and the end respectively, crawler belt generator unit of the front end 24 is made up of with right-hand track chiain turbine generator assembly 33 and crawler belt 25 left Athey wheel generator assembly 23, right-hand track chiain turbine generator assembly 33 is arranged on the permanent magnet generator IV axle 34 of permanent magnet generator IV26 by right-hand track chiain wheel 35 and forms, the shell of the permanent magnet generator IV26 of right-hand track chiain turbine generator assembly 33 is fixed on the right side of mobile under casing 41, left Athey wheel generator assembly 23 is identical with right-hand track chiain turbine generator assembly 33 structure, the right-hand track chiain of left Athey wheel and right-hand track chiain turbine generator assembly 33 that crawler belt 25 hangs over left Athey wheel generator assembly 23 is taken turns on 35, right support abutment 37 and right earth anchor 39 are set in the middle part of the front right side of mobile under casing 41, hang extension spring of the right end 38 between bearing 37 with right earth anchor 39 to be connected, in the middle part of the front left side of mobile under casing 41, left support abutment 20 is set, between left support abutment 20 and left earth anchor 22, hang Zola's spring 21 to connect, form bottom spring equilibrium of forces, rectifier 27 is also set gradually in mobile under casing body 41, storage battery 29 and AC inverter 31, magneto I 7 and upper magneto II 14 with cable I 26 be set between rectifier 27 be connected, arrange cable II 28 between rectifier 27 with storage battery 29 to be connected, arrange cable III 30 between storage battery 29 with AC inverter 31 to be connected, AC inverter 31 arranges output cable IV32.
Wave springs up, promote buoyancy tank 1, buoyancy tank 1 floats and breaks spring buoyant equilibrium, form floating vibration, upper generating combination 43 swings with the mechanism of lower generating combination 17 thereupon, permanent magnet generator 3 generates electricity, mobile for drive under casing 41 moves by the inertia that buoyancy tank 1 floats, and break spring force balance, mobile under casing 41 horizontal reciprocating vibration, crawler belt 25 scrolling Athey wheel, right permanent magnet generator 36 generates electricity at the front end, permanent magnet generator generates electricity, generation current is transferred in rectifier 27 through cable I 26, after rectifier 27, become direct current export, be transferred in storage battery 29 to store to connect through cable III 30 through cable II 28 is transferred in AC inverter 31 simultaneously, output AC electricity is changed through AC inverter 31, electric energy is exported through generating output cable IV32, permanent magnet generator generating has fluctuation, storage battery 30 can store direct current energy, mild fluctuation.
Claims (1)
1. the lifting posture ocean wave generator of a movable base, it is characterized by, buoyancy tank is set, on buoyancy tank is fastened on and wins in succession, generating combination is set, upper generating combination is formed by connecting by rhombus by four generator units, generator unit is arranged on the two ends up and down of left connecting rod and right connecting rod respectively by upper permanent magnet generator and lower permanent magnet generator, the centre of left connecting rod and right connecting rod arranges intermediate beam and is connected and fixed, the shell of the upper permanent magnet generator of upper left generator unit and the permanent magnet generator of upper right generator unit is connected to each other, the shell of the lower permanent magnet generator of upper left generator unit and the upper permanent magnet generator of lower-left generator unit is connected to each other, the shell of the lower permanent magnet generator of upper right generator unit and the upper permanent magnet generator of bottom right generator unit is connected to each other, the shell of the lower permanent magnet generator of lower-left generator unit and the lower permanent magnet generator of bottom right generator unit is connected to each other, the middle cross beam of upper left generator unit with hang left spring between the generator unit middle cross beam of lower-left and be connected, hang right spring between the middle cross beam of upper right generator unit and the middle cross beam of bottom right generator unit to be connected, generate electricity on forming thus combination, lower generating combination is identical with upper generating composite structure, lower generating combination and upper generate electricity combine between pass through in win in succession be connected to each other fixing, form the structure of lifting posture, upper generating is combined through to win in succession and is connected on buoyancy tank, lower generating combination with hang left spring respectively between the upper intermediate beam that combines of generating electricity and be connected with right spring, the intermediate beam of the lower generator unit of lower generating combination with to hang lower-left spring between mobile under casing respectively and be connected with bottom right spring, lower generating is combined through down to win in succession and is connected and fixed with under casing, forms lifting posture spring buoyant equilibrium, crawler belt generator unit of the front end is installed and crawler belt generator unit at the end respectively in the both sides, front and back of mobile under casing, crawler belt generator unit of the front end is made up of with right-hand track chiain turbine generator assembly and crawler belt left Athey wheel generator assembly, right-hand track chiain turbine generator assembly is arranged on the permanent magnet generator IV axle of permanent magnet generator IV by right-hand track chiain wheel and forms, the shell of the permanent magnet generator IV of right-hand track chiain turbine generator assembly is fixed on the right side of mobile under casing, left Athey wheel generator assembly is identical with right-hand track chiain turbine generator modular construction, the right-hand track chiain of left Athey wheel and right-hand track chiain turbine generator assembly that crawler belt hangs over left Athey wheel generator assembly is taken turns, right support abutment and right earth anchor are set in the middle part of the front right side of mobile under casing, hang the extension spring of the right end between bearing with right earth anchor to be connected, in the middle part of the front left side of mobile under casing, left support abutment is set, between left support abutment and left earth anchor, hang Zola's spring to connect, form bottom spring equilibrium of forces.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420550132.7U CN204200463U (en) | 2014-09-24 | 2014-09-24 | A kind of lifting posture ocean wave generator of movable base |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420550132.7U CN204200463U (en) | 2014-09-24 | 2014-09-24 | A kind of lifting posture ocean wave generator of movable base |
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| Publication Number | Publication Date |
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| CN204200463U true CN204200463U (en) | 2015-03-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420550132.7U Expired - Fee Related CN204200463U (en) | 2014-09-24 | 2014-09-24 | A kind of lifting posture ocean wave generator of movable base |
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| CN (1) | CN204200463U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105888930A (en) * | 2014-09-24 | 2016-08-24 | 无锡津天阳激光电子有限公司 | An elevator type sea wave generator with a moving pedestal |
| CN110439735A (en) * | 2019-06-27 | 2019-11-12 | 湛江芸海能源科技有限公司 | A kind of vibrator type wave energy generating set |
-
2014
- 2014-09-24 CN CN201420550132.7U patent/CN204200463U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105888930A (en) * | 2014-09-24 | 2016-08-24 | 无锡津天阳激光电子有限公司 | An elevator type sea wave generator with a moving pedestal |
| CN105888930B (en) * | 2014-09-24 | 2019-04-19 | 江苏中工高端装备研究院有限公司 | A kind of lifting posture ocean wave generator of mobile base |
| CN110439735A (en) * | 2019-06-27 | 2019-11-12 | 湛江芸海能源科技有限公司 | A kind of vibrator type wave energy generating set |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150311 Termination date: 20150924 |
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| EXPY | Termination of patent right or utility model |