CN206092281U - Steady unidirectional rotation power device of positive and negative power supply output - Google Patents
Steady unidirectional rotation power device of positive and negative power supply output Download PDFInfo
- Publication number
- CN206092281U CN206092281U CN201620963364.4U CN201620963364U CN206092281U CN 206092281 U CN206092281 U CN 206092281U CN 201620963364 U CN201620963364 U CN 201620963364U CN 206092281 U CN206092281 U CN 206092281U
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- China
- Prior art keywords
- gear
- power source
- countershaft
- surmounts
- positive
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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
Abstract
The utility model relates to a steady unidirectional rotation power device of positive and negative power supply output, for solving the high and low problem of energy transformation ratio of prior art cost, it surmounts gear drive through the forward and connects drive unidirectional rotation power output shaft and connect drive unidirectional rotation power output shaft through reverse becoming a full member to surmounting gear drive including the unidirectional rotation power output shaft and positive despinning power supply input shaft that adorn energy storage flywheel admittedly, positive despinning power supply input shaft. Unidirectional rotation power output shaft passes through the coupling joint drive electric ball of electricity generation or mechanical load is connected in the drive. Positive despinning power supply input shaft passes through the positive despinning power take off end that mechanical transmission mechanism connects floater formula wave energy device. Have that the cost is low, the durability is good, advantage that energy exchange efficiency is high.
Description
Technical field
The utility model is related to a kind of reciprocating machine can convert single direction rotation mechanical energy device, more particularly to a kind of positive and negative
Power source exports steady single direction rotation power set.
Background technology
Existing buoyancy-type wave energy generating set, a kind of is to absorb the reciprocating machine energy that fluctuates up and down by ball float, then with rolling up
Reciprocating machine can be changed into stable single direction rotation mechanical energy and drive electric ball to generate electricity by spring stored energy mechanism, there is that cost is high to be lacked
Fall into；Another kind is the unidirectional mechanical energy that up fluctuation is absorbed by ball float, and unidirectional mechanical can again drive electric ball to generate electricity, and there is energy and turn
Change the low problem of efficiency.
Utility model content
The utility model aims to overcome that the drawbacks described above of prior art, there is provided a kind of low cost, durability are good, energy
The high positive and negative power source of transformation efficiency exports steady single direction rotation power set.
For achieving the above object, the positive and negative power source of the utility model exports steady single direction rotation power set and includes being fixedly mounted with storage
The single direction rotation power output shaft and positive and negative rotation power source input shaft of energy flywheel, positive and negative rotation power source input shaft is by forward direction
Surmount gear drive connection drive single direction rotation power output shaft and by reversely become a full member to surmount gear drive connect
Connect driving single direction rotation power output shaft.So, can be in a simple and reliable way by forward and reverse rotation power-conversion into rotation in the same direction
Rotatory force, outwards output acting.It is good with low cost, durability, the high advantage of energy conversion efficiency.
Used as optimization, the single direction rotation power output shaft drives generate electricity electric ball or drive connection by shaft coupling connection
Mechanical load.
Used as optimization, the positive and negative rotation power source input shaft connects float-ball type wave energy apparatus by mechanical transmission mechanism
Positive and negative rotation clutch end.
Used as optimization, the float-ball type wave energy apparatus are fixed on seabed, the tight vertical cunning to slide fit ball float including lower end
Frame, ball float connects up the chain for bypassing a vertical sprocket wheel or vertical chain wheel set of the configuration of vertical balladeur train top, chain it is another
One end reconnect counterweight pendant, one vertical sprocket wheel or or vertical chain wheel set a vertical sprocket wheel be packed in it is described just
On despining power source input shaft.
Used as optimization, the ball float is furnished with the manually or automatically water intake mechanism for sinking to the bottom ball float.
Used as optimization, the manual water intake mechanism is that ball float top and lower end are each configured with Manual air-release valves and enter manually
Water valve or manual air relief cock and plug of intaking manually.The automatic feeding water mechanism is that ball float top and lower end are each configured with deflating
Valve and water intaking valve or air relief cock and water inlet plug；The vent valve and water intaking valve or air relief cock and water inlet plug configuration Based Intelligent Control
The electric or pneumatic executing agency or machine driving executing agency of device control.
Used as optimization, positive and negative rotation power source input shaft surmounts gear drive connection and drives power output by forward direction
The equipped output shaft of axle is with surmounting gear and by reversely becoming a full member drive single direction rotation power to surmounting gear drive connection
The equipped output shaft of output shaft is matched somebody with somebody and surmounts gear.
Used as optimization, the positive and negative rotation power source input shaft configures guiding countershaft and guiding spindle arranged side by side therewith, just
Despining power source input shaft configuration main power source surmounts gear and secondary power source surmounts gear, is oriented to the main guiding pair of countershaft configuration
Shaft gear and secondary guiding countershaft surmount configuration on gear, guiding spindle and dominate to mainshaft gear and secondary guiding spindle gear；Actively
Power source surmounts gear engagement driving and dominates to countershaft gear, dominates to countershaft gear and drive the secondary countershaft that is oriented to surpass by being oriented to countershaft
More gear, it is secondary be oriented to countershaft and surmount gear engage the secondary guiding spindle gear of driving again, secondary power source surmounts direct geared engagement and drives
Dynamic pair guiding spindle gear；
Secondary guiding spindle gear is driven by guiding spindle and is dominated to mainshaft gear, is dominated and is passed by raising speed to mainshaft gear
Motivation structure connection driving output shaft is matched somebody with somebody and surmounts gear.
Used as optimization, the main power source for turning clockwise surmounts gear engagement driving and dominates and revolved counterclockwise to countershaft gear
Turn, dominating to countershaft gear for rotate counterclockwise drives secondary guiding countershaft to surmount gear rotate counterclockwise, inverse by being oriented to countershaft
Hour hands rotation it is secondary be oriented to countershaft and surmount gear and engage the secondary guiding spindle gear of driving again turn clockwise, the pair of rotate counterclockwise
Power source surmounts direct geared engagement and drives secondary guiding spindle gear to turn clockwise, the secondary guiding spindle gear for turning clockwise
Drive to dominate by guiding spindle and turn clockwise to mainshaft gear.
Used as optimization, main power source surmounts number of gear teeth and dominates identical to the countershaft gear number of teeth, and secondary power source surmounts tooth
Tooth number surmounts that number of gear teeth is identical with the secondary countershaft that is oriented to, and main power source surmounts number of gear teeth and dominates big to the countershaft gear number of teeth
Surmount number of gear teeth in secondary power source and the secondary countershaft that is oriented to surmounts number of gear teeth, secondary power source surmounts number of gear teeth and secondary guiding pair
Axle surmounts number of gear teeth more than secondary guiding spindle number of gear teeth；
Guiding spindle and configuration two between output shaft is driven side by side, with transmission front axle master gear and transmission front axle pinion
Transmission front axle and the driven rear axle with driven rear axle master gear and driven rear axle pinion, the main guiding spindle tooth for turning clockwise
Wheel drive engaged transmission front axle pinion rotate counterclockwise, the transmission front axle pinion of rotate counterclockwise are driven by transmission front axle
Transmission front axle master gear rotate counterclockwise, the transmission front axle master gear engagement of rotate counterclockwise drive driven rear axle pinion up time
Pin rotation, the driven rear axle pinion that turns clockwise turned clockwise by driven rear axle driving driven rear axle master gear, suitable
The driven rear axle master gear engagement driving output shaft of hour hands rotation is matched somebody with somebody and surmounts gear rotate counterclockwise.
After above-mentioned technical proposal, the Anti-Typhoon wave energy generating set of the utility model buoyancy-type has low cost, resistance to
It is good with property, the high advantage of energy conversion efficiency.
Description of the drawings
Fig. 1 is that the positive and negative power source of the utility model exports the knot after steady single direction rotation power set are fitted on gear-box
Structure schematic diagram；
Fig. 2 is the structural representation that the positive and negative power source of the utility model exports steady single direction rotation power set；
Fig. 3 is that the positive and negative power source of the utility model exports positive and negative rotation power source input in steady single direction rotation power set
Axle and the structural representation of guiding countershaft and guiding spindle part.
Specific embodiment
As illustrated, the positive and negative power source of the utility model exports steady single direction rotation power set to include being fixedly mounted with accumulated energy flywheel
9 single direction rotation power output shaft 89 and positive and negative rotation power source input shaft 80, positive and negative rotation power source input shaft 80 is by just
Single direction rotation power output shaft 89 is driven to gear drive connection is surmounted and by reversely becoming a full member to surmounting gear drive machine
Structure connection drives single direction rotation power output shaft 89.
Specifically：The single direction rotation power output shaft 89 drives the electric ball 7 that generates electricity (or to drive by the connection of shaft coupling 90
Connection mechanical load).
Specifically：The positive and negative rotation power source input shaft 80 connects float-ball type wave energy apparatus by mechanical transmission mechanism
Positive and negative rotation clutch end.More specifically：The float-ball type wave energy apparatus are fixed on seabed including lower end, tight to slide fit
The vertical balladeur train of ball float, ball float connects up the chain for bypassing a vertical sprocket wheel or vertical chain wheel set of the configuration of vertical balladeur train top
Bar, the other end of chain reconnects counterweight pendant, one vertical sprocket wheel or or vertical chain wheel set a vertical sprocket wheel
It is packed on the positive and negative rotation power source input shaft.It is preferred that：The ball float is furnished with for making ball float sink to the bottom manually or automatically
Water intake mechanism.The manual water intake mechanism be ball float top and lower end be each configured with Manual air-release valves and manual water intaking valve or
Manual air relief cock and manually water inlet plug.More preferably：The automatic feeding water mechanism is that ball float top and lower end are each configured with deflating
Valve and water intaking valve or air relief cock and water inlet plug；The vent valve and water intaking valve or air relief cock and water inlet plug configuration Based Intelligent Control
The electric or pneumatic executing agency or machine driving executing agency of device control.
Specifically：Positive and negative rotation power source input shaft 80 surmounts gear drive connection and drives power output by forward direction
The equipped output shaft of axle 89 is with surmounting gear 1 and by reversely becoming a full member drive single direction rotation to move to surmounting gear drive connection
The equipped output shaft of power output shaft 89 is matched somebody with somebody and surmounts gear 1.
More specifically：The positive and negative rotation power source input shaft 80 configures guiding countershaft 81 and guiding spindle arranged side by side therewith
82, the configuration main power source of positive and negative rotation power source input shaft 80 surmounts gear 11 and secondary power source surmounts gear 12, is oriented to countershaft
81 configurations are dominated to surmount to be configured on gear 14, guiding spindle 82 to countershaft gear 13 and secondary guiding countershaft and dominated to mainshaft gear 15
With secondary guiding spindle gear 16；Main power source surmounts the engagement driving of gear 11 and dominates to countershaft gear 13, dominates to countershaft gear
13 by be oriented to countershaft 81 drive it is secondary be oriented to countershaft surmount gear 14, it is secondary be oriented to countershaft and surmount gear 14 engage that driving is secondary to be oriented to again
Mainshaft gear 16, secondary power source surmounts gear 12, and directly engagement drives secondary guiding spindle gear 16；
Secondary guiding spindle gear 16 is driven by guiding spindle 82 and is dominated to mainshaft gear 15, is dominated logical to mainshaft gear 15
Cross acceleration transmission mechanism connection and drive output shaft with surmounting gear 1.
It is preferred that：The main power source for turning clockwise surmounts the engagement driving of gear 11 and dominates to the rotation counterclockwise of countershaft gear 13
Turn, dominating to countershaft gear 13 for rotate counterclockwise drives the secondary countershaft that is oriented to surmount the rotation counterclockwise of gear 14 by guiding countershaft
Turn, rotate counterclockwise it is secondary be oriented to countershaft and surmount gear 14 and engage the secondary guiding spindle gear 16 of driving again turn clockwise, the inverse time
The secondary power source of pin rotation surmounts gear 12, and directly engagement drives secondary guiding spindle gear 16 to turn clockwise, and turns clockwise
Secondary guiding spindle gear 16 drives to dominate and turns clockwise to mainshaft gear 15 by guiding spindle 82.
More preferably：Main power source surmounts the number of teeth of gear 11 and dominates identical to the number of teeth of countershaft gear 13, and secondary power source surmounts
The number of teeth of gear 12 surmounts that the number of teeth of gear 14 is identical with the secondary countershaft that is oriented to, and main power source surmounts the number of teeth of gear 11 and dominates to countershaft tooth
Take turns that 13 numbers of teeth surmount the number of teeth of gear 12 more than secondary power source and the secondary countershaft that is oriented to surmounts the number of teeth of gear 14, secondary power source surmounts gear
12 numbers of teeth and the secondary countershaft that is oriented to surmount the number of teeth of gear 14 more than the secondary number of teeth of guiding spindle gear 16；
Guiding spindle 82 and drive between output shaft 89 configuration two side by side, with transmission front axle master gear 17 and transmission front axle pair
The transmission front axle 83 of gear 18 and the driven rear axle 84 with driven rear axle master gear 19 and driven rear axle pinion 20, dextrorotation
Dominating to mainshaft gear 15 for turning drives the rotate counterclockwise of engaged transmission front axle pinion 18, the transmission front axle pair of rotate counterclockwise
Gear 18 drives the rotate counterclockwise of transmission front axle master gear 17, the transmission front axle master gear of rotate counterclockwise by transmission front axle 83
The driven rear axle pinion 20 that 17 engagements drive driven rear axle pinions 20 to turn clockwise, turn clockwise passes through driven rear axle
The engagement of driven rear axle master gear 19 that 84 driving driven rear axle master gears 19 turn clockwise, turn clockwise drives output shaft to match somebody with somebody
Surmount the rotate counterclockwise all the time of gear 1.All of above axle is all configured on gear-box 6.
Most specifically it is：It is 70 teeth that main power source surmounts the number of teeth of gear 11, and secondary power source surmounts the number of teeth of gear 12 for 60 teeth, master
It is 70 teeth to be oriented to the number of teeth of countershaft gear 13, and it is 60 teeth that pair guiding countershaft surmounts the number of teeth of gear 14, is dominated to the tooth of mainshaft gear 15
Number is 68 teeth, and the secondary number of teeth of guiding spindle gear 16 is 30 teeth, and the number of teeth of transmission front axle master gear 17 is 72 teeth, is driven front axle pinion
18 numbers of teeth are 24 teeth, and the number of teeth of driven rear axle master gear 19 is 76 teeth, and the number of teeth of driven rear axle pinion 20 is 24 teeth, and output shaft is with super
More the number of teeth of gear 1 is 38 teeth.
After above-mentioned technical proposal, the steady single direction rotation power set of the positive and negative power source output of the utility model have to be made
Valency is low, durability is good, the high advantage of energy conversion efficiency.
Claims (10)
1. a kind of positive and negative power source exports steady single direction rotation power set, it is characterised in that including being fixedly mounted with the unidirectional of accumulated energy flywheel
Rotational output shaft and positive and negative rotation power source input shaft, positive and negative rotation power source input shaft surmounts gear drive by forward direction
Mechanism connects driving single direction rotation power output shaft and gear drive connection driving is unidirectional to revolve by reversely becoming a full member to surmounting
Rotate power output shaft.
2. device according to claim 1, it is characterised in that the single direction rotation power output shaft is driven by shaft coupling connection
Dynamic electric ball or the drive connection mechanical load of generating electricity.
3. device according to claim 1, it is characterised in that the positive and negative rotation power source input shaft passes through mechanical transmissioning machine
Structure connects the positive and negative rotation clutch end of float-ball type wave energy apparatus.
4. device according to claim 3, it is characterised in that the float-ball type wave energy apparatus including lower end be fixed on seabed,
The tight vertical balladeur train to slide fit ball float, ball float connects up the vertical sprocket wheel or vertical chain for bypassing the configuration of vertical balladeur train top
The chain of wheel group, the other end of chain reconnects counterweight pendant, one vertical sprocket wheel or or one of vertical chain wheel set
Vertical sprocket wheel is packed on the positive and negative rotation power source input shaft.
5. device according to claim 4, it is characterised in that the ball float is furnished with for making ball float sink to the bottom manually or automatically
Water intake mechanism.
6. device according to claim 5, it is characterised in that the manual water intake mechanism is that ball float top and lower end are matched somebody with somebody respectively
It is equipped with Manual air-release valves and manual water intaking valve or manual air relief cock and manually water inlet plug；The automatic feeding water mechanism is ball float top
Portion and lower end are each configured with vent valve and water intaking valve or air relief cock and water inlet plug；The vent valve and water intaking valve or deflation
Plug and the electric or pneumatic executing agency or machine driving executing agency of plug configuration intelligent controller control of intaking.
7. according to the arbitrary described device of claim 1-6, it is characterised in that positive and negative rotation power source input shaft is surmounted by forward direction
Gear drive connection drives the equipped output shaft of power output shaft with surmounting gear and by reversely becoming a full member to surmounting gear
The equipped output shaft of transmission mechanism connection driving single direction rotation power output shaft is matched somebody with somebody and surmounts gear.
8. device according to claim 7, it is characterised in that the positive and negative rotation power source input shaft configuration is arranged side by side therewith
Countershaft and guiding spindle are oriented to, positive and negative rotation power source input shaft configuration main power source surmounts gear and secondary power source surmounts tooth
Wheel, guiding countershaft configuration are dominated to surmount to countershaft gear and secondary guiding countershaft and main guiding spindle tooth are configured on gear, guiding spindle
Wheel and secondary guiding spindle gear；Main power source surmounts gear engagement driving and dominates to countershaft gear, dominates and pass through to countershaft gear
Be oriented to countershaft drive it is secondary be oriented to countershaft surmount gear, it is secondary be oriented to countershaft and surmount gear engage the secondary guiding spindle gear of driving again, it is secondary
Power source surmounts direct geared engagement and drives secondary guiding spindle gear；
Secondary guiding spindle gear is driven by guiding spindle and is dominated to mainshaft gear, is dominated to mainshaft gear by the driver that raises speed
Structure connection driving output shaft is matched somebody with somebody and surmounts gear.
9. device according to claim 8, it is characterised in that the main power source for turning clockwise surmounts gear engagement and drives master
Be oriented to countershaft gear rotate counterclockwise, dominating to countershaft gear for rotate counterclockwise drives the secondary countershaft that is oriented to surpass by being oriented to countershaft
More gear rotate counterclockwise, the secondary countershaft that is oriented to of rotate counterclockwise surmount gear to engage the secondary guiding spindle gear of driving again clockwise
Rotation, the secondary power source of rotate counterclockwise surmounts direct geared engagement and drives secondary guiding spindle gear to turn clockwise, clockwise
The secondary guiding spindle gear of rotation drives to dominate and turns clockwise to mainshaft gear by guiding spindle.
10. device according to claim 8, it is characterised in that main power source surmounts number of gear teeth and dominates to countershaft gear tooth
Number is identical, and secondary power source surmounts number of gear teeth and surmounts that number of gear teeth is identical with secondary guiding countershaft, and main power source surmounts number of gear teeth
Surmount number of gear teeth more than secondary power source to the countershaft gear number of teeth and the secondary countershaft that is oriented to surmounts number of gear teeth, secondary power source with dominating
Surmount number of gear teeth and the secondary countershaft that is oriented to surmounts number of gear teeth more than secondary guiding spindle number of gear teeth；
The two arranged side by side, transmissions with transmission front axle master gear and transmission front axle pinion are configured between guiding spindle and driving output shaft
Front axle and the driven rear axle with driven rear axle master gear and driven rear axle pinion, dominating for turning clockwise is driven to mainshaft gear
Dynamic engaged transmission front axle pinion rotate counterclockwise, the transmission front axle pinion of rotate counterclockwise drive transmission by transmission front axle
Front axle master gear rotate counterclockwise, the transmission front axle master gear engagement of rotate counterclockwise drive driven rear axle pinion dextrorotation
Turn, the driven rear axle pinion that turns clockwise is turned clockwise by driven rear axle driving driven rear axle master gear, clockwise
The driven rear axle master gear engagement driving output shaft of rotation is matched somebody with somebody and surmounts gear rotate counterclockwise.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620963364.4U CN206092281U (en) | 2016-08-30 | 2016-08-30 | Steady unidirectional rotation power device of positive and negative power supply output |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620963364.4U CN206092281U (en) | 2016-08-30 | 2016-08-30 | Steady unidirectional rotation power device of positive and negative power supply output |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206092281U true CN206092281U (en) | 2017-04-12 |
Family
ID=58474342
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620963364.4U Expired - Fee Related CN206092281U (en) | 2016-08-30 | 2016-08-30 | Steady unidirectional rotation power device of positive and negative power supply output |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206092281U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114215883A (en) * | 2021-12-14 | 2022-03-22 | 中冶赛迪工程技术股份有限公司 | Power flow switching method |
-
2016
- 2016-08-30 CN CN201620963364.4U patent/CN206092281U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114215883A (en) * | 2021-12-14 | 2022-03-22 | 中冶赛迪工程技术股份有限公司 | Power flow switching method |
| CN114215883B (en) * | 2021-12-14 | 2023-12-08 | 中冶赛迪工程技术股份有限公司 | Power flow switching method |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170412 Termination date: 20180830 |
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| CF01 | Termination of patent right due to non-payment of annual fee |