CN109469575A - A kind of nature water conservancy generating ship - Google Patents
A kind of nature water conservancy generating ship Download PDFInfo
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- CN109469575A CN109469575A CN201811138889.4A CN201811138889A CN109469575A CN 109469575 A CN109469575 A CN 109469575A CN 201811138889 A CN201811138889 A CN 201811138889A CN 109469575 A CN109469575 A CN 109469575A
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- 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
- F03B13/00—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates
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- 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
- F03B15/00—Controlling
- F03B15/02—Controlling by varying liquid flow
- F03B15/04—Controlling by varying liquid flow of turbines
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- 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
- F03D—WIND MOTORS
- F03D9/00—Adaptations of wind motors for special use; Combinations of wind motors with apparatus driven thereby; Wind motors specially adapted for installation in particular locations
- F03D9/20—Wind motors characterised by the driven apparatus
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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
-
- 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
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Sustainable Energy (AREA)
- Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
Abstract
The invention discloses a kind of natural water conservancy generating ships, its structure includes fixator, left valve plate, motor, controller, flow rate regulating device, shaft, welded plate, rotate blinds, right valve plate, fixator is equipped with top that is more than two and being fixed by screws in left valve plate Yu right valve plate respectively, flow rate regulating device is equipped with final drive equipment, stress support equipment, hydraulic drive equipment, disc rotary equipment, mechanical linkage equipment, screw rod pressure equipment, outer housing, the utility model has the advantages that passing through the flow rate regulating device being equipped with, when generating ship floats in water, flow rate of water flow around power generator can go to accelerate the water velocity around power generator by the rotation of the equipment when slower, the air flow faster in water will be made to come so that accelerating the generating efficiency of generating ship when the flowing velocity of water flow is accelerated, effectively Guarantee the stability of generating ship power generation operation.
Description
Technical field
The present invention is a kind of natural water conservancy generating ship, belongs to water generating field.
Background technique
Water energy is converted to the science of the techno-economic questions such as engineering construction and the production run of electric energy by hydroelectric generation, research
Technology, the water energy that hydroelectric generation utilizes are mainly the position energy contained in water body, and water energy is converted to electric energy to realize, is needed emerging
Different types of power station is built, technology is common by going triggering generating ship rotation oar to generate electricity using water flow at present, but
That the flow velocity prior art device of water is difficult to control, can make when encounter water velocity it is slower when will lead to the hair of generating ship
Electrical efficiency decline, generating ship float the direction for also resulting in ship without rule in water, and excessive movement also results in internal hair
Electric blinds is unfavorable for permanently effective power generation operation there is a phenomenon where pausing.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of natural water conservancy generating ship, it is current to solve
Technology is common by going triggering generating ship rotation oar to generate electricity using water flow, but the flow velocity prior art device of water is difficult
With control, can make when encounter water velocity it is slower when will lead to the decrease in power generation efficiency of generating ship, generating ship is in water
Floating also results in the direction of ship without rule, and excessive movement also results in internal power generation blinds there is a phenomenon where pausing, no
The problem of conducive to permanently effective power generation operation.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of nature water conservancy generating ship,
Its structure includes fixator, left valve plate, motor, controller, flow rate regulating device, shaft, welded plate, rotates blinds, right valve plate,
The fixator is equipped with top that is more than two and being fixed by screws in left valve plate Yu right valve plate respectively, and the welded plate is set
There are two and be fixed on the centre of left valve plate and right valve plate by welding respectively, the shaft is fixed by screws in
The centre of two welded plates, the rotation blinds are fixed on the surface of welded plate by screw rod, and the motor is screwed
In the top of left valve plate, the controller is installed in the right side of motor and parallel to each other, the controller and the use of left valve plate
Rivet is fixed, and the left valve plate is fixed on the left side of right valve plate by screw rod, and the flow rate regulating device is set equipped with final drive
Standby, stress support equipment, hydraulic drive equipment, disc rotary equipment, mechanical linkage equipment, screw rod pressure equipment, outer housing, institute
The top for stating screw rod pressure equipment is fixed on top inside outer housing by welding, and the final drive equipment passes through
Screw rod is fixed on the upper left side inside outer housing, and the mechanical linkage plant machinery is connected to the lower section of screw rod pressure equipment, institute
State stress support equipment and lower section inside outer housing be fixed on by screw rod, the hydraulic drive equipment transmission connection machinery even
The lower section of dynamic equipment, the disc rotary plant machinery are connected to the hydraulic lower section for driving equipment, and the outer housing passes through screw rod
It is fixed on the front among left valve plate and right valve plate.
To optimize above-mentioned technical proposal, the measure further taken are as follows:
According to a kind of embodiment, the final drive equipment by drive rod, connecting rod, rotating bar, mechanical main shaft, open
Dynamic motor form, the starting motor are fixed on the upper left corner inside outer housing by screw rod, and the mechanical main shaft, which is installed in, to be opened
The left side of dynamic motor and orthogonal, the mechanical main shaft and starting motor are using being threadedly coupled, the rotating bar machinery company
It connects in the left side of mechanical main shaft, the connecting rod is fixed by screws in the right side above rotating bar, and the drive rod machinery connects
Connect on the right side of connecting rod, the drive rod transmission connection in the left side of screw rod pressure equipment, the starting motor be installed in by
The top of power support equipment and be in same vertical plane, it is described starting motor be installed in it is hydraulic drive equipment top and place
In same vertical plane.
According to a kind of embodiment, the stress support equipment is connected by spring connecting rod, gag lever post, support rod, stress
Fishplate bar, eyelid retractor composition, the eyelid retractor are fixed by screws in the lower right inside outer housing, and the spring connecting rod passes through
Screw rod is fixed on the lower left inside outer housing, and the support rod is installed in the right side of spring connecting rod and orthogonal, institute
Support rod and spring connecting rod are stated using nail connection, the gag lever post is installed in the top of support rod and orthogonal, described
Gag lever post and support rod are fixed using screw rod, and the stress connecting plate is fixed on the lower section of gag lever post and eyelid retractor by rivet,
The stress connecting plate be installed in it is hydraulic drive the lower section of equipment and orthogonal, the stress connecting plate is installed in disk rotary
Turn the top of equipment and in same vertical plane.
According to a kind of embodiment, the hydraulic drive equipment is by brace, telescopic spring bar, hydraulic plate, hydraulic press, solid
Dead axle is held, buckle forms, and the bottom of the hydraulic plate is fixed on the top of stress connecting plate by welding, described hydraulic
Device set there are two and and be fixed by screws in the inside of hydraulic plate respectively, the fixing bearing is fixed on liquid by screw rod
Left side inside pressing plate, the brace is fixed by screws in the surface of fixing bearing, described to buckle the inside for being installed in brace
And it is orthogonal, it is described buckle and brace fixed using rivet, the telescopic spring bar be installed in the lower section of brace and mutually
Perpendicular, using nail connection, the brace is installed in the lower section of mechanical linkage equipment and mutually for the telescopic spring bar and brace
It is perpendicular.
According to a kind of embodiment, the disc rotary equipment is by stress axis, vertical swingle, right side disk, transverse direction
Swingle, shaft, left side disk composition, the stress shaft mechanical are connected to the hydraulic right side for driving equipment, the vertical rotation
Bar is installed in the right side of stress axis and orthogonal, the vertical swingle and stress axis use mechanical connection, the shaft
The left side of vertical swingle is fixed on by screw rod, the transverse rotation bar is mechanically connected to the lower section of shaft, the right circles
Disk is installed in the end on the right side of transverse rotation bar and orthogonal, the right side disk and the mechanical company of transverse rotation bar use
It connects, the left side disk is fixed on the left side of transverse rotation bar by screw rod, and the transverse rotation bar is installed in screw rod pressure and sets
Standby lower section and mutually symmetrical with.
According to a kind of embodiment, the mechanical linkage equipment is by unidirectional frid, linked gear, linkage, folding shape
Bar is mechanically fixed plate, interlocking lever composition, and the interlocking lever is mechanically connected to the lower section of screw rod pressure equipment, the folding shape bar peace
The lower section of interlocking lever and orthogonal, the folding shape bar and interlocking lever are located at using nail connection, the plate that is mechanically fixed passes through
Screw is fixed on the right side of interlocking lever, and the unidirectional groove plate is mechanically connected to the left side of folding shape bar, and the linked gear transmission connects
It connects in the left side of unidirectional frid, the linkage is installed in the lower section of linked gear and parallel to each other, the linkage
It is fixed with linked gear using just rope.
According to a kind of embodiment, screw rod pressure equipment is by soldering apparatus, mechanical screws, pressure bar, pressure plate, solid
Fixed pole, triangle pole, spring connector composition, the top of the soldering apparatus is fixed on upper inside outer housing by welding
Side, the mechanical screws are fixed by screws in the lower section of soldering apparatus, and the pressure bar sets there are two and passes through screw respectively
It is fixed on the lower section of mechanical screws, the top of the pressure plate is fixed on the lower section of pressure bar, the bullet by welding
Spring connector sets there are two and is fixed by screws in the left and right sides of pressure plate respectively, and the fixed link is screwed
Left side below pressure plate, the triangle pole are fixed on the right side below pressure plate by rivet.
According to a kind of embodiment, the linkage is by steel ball, connecting spring, junction steel plate, rotor, link slot group
At the steel ball is equipped with surface that is more than two and being fixed on junction steel plate by welding respectively, the connection bullet
Spring is equipped with rear that is more than two and being fixed by screws in steel ball respectively, and the steel ball is fixed on linkage by screw rod
Internal center, the link slot are fixed by screws in the outer surface of rotor, and the bottom of the junction steel plate passes through welding
Mode is fixed on the inside of linkage.
Beneficial effect
A kind of natural water conservancy generating ship of the present invention is floated by the flow rate regulating device being equipped in generating ship in water
When, the flow rate of water flow around power generator can go to accelerate around power generator by the rotation of the equipment when slower
Water velocity will make the air flow faster in water come so that accelerating the hair of generating ship when the flowing velocity of water flow is accelerated
Electrical efficiency, the effective stability for guaranteeing generating ship power generation operation.
A kind of application method of natural water conservancy generating ship of the present invention is as described below: generating ship being placed into water, is equipped with
Two left valve plates and right valve plate can make generating ship floating in water, beating rotation blinds be flowed to by water, so that rotation
Blinds carry out rotation starts to generate electricity, when generating ship in water when water velocity when it is slow when it is fast, when water velocity is slower
Waiting, which can go to drive by control starting motor mechanical main shaft to carry out rotation, goes that rotating bar is driven to drive connecting rod rotation, connection
The rotation meeting of bar is so that the drive rod being connected on the right side of it also starts rotate to go to drive mechanical screws, the rotation of mechanical screws
Meeting so that drive pressure bar move down to pressure plate cause one pressure state, pressure plate by top pressure down
The mobile fixed link and triangle pole for going to drive both sides by screw rod, will so that the end of fixed link and triangle pole is up mobile simultaneously
Interlocking lever drives, and also can up drive folding shape bar so that folding shape bar is gone unidirectional frid when interlocking lever up moves
Drive is got on, and linked gear can be made to start rotation when unidirectional frid up moves and go to move linkage by rigid rope band,
The rotation of linkage can go to drive beneath brace by the steel ball on its surface, and the every drive of steel ball once will be by connecting bullet
Spring recovers to original position, allow for lasting operation work go drive brace move down telescopic spring bar is past
Under, upper and lower swing is allowed to carry out to generate the stress axis that wind-force goes to drive right side, and stress axis is started by the wind-force in left side
Operation is carried out to go that vertical swingle rotation is driven to go to drive shaft by screw rod, the rotation of shaft drives transverse rotation bar again,
Transverse rotation bar can go the right side disk for driving both sides to be rotated with left side disk by screw rod when rotation, complete operation
Step, right side disk and left side disk carry out rotation in water can accelerate the flow velocity of water and go so that accelerating the sky of power generator periphery
Flow of air, enable power generator it is stable generate electricity.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in describing below to embodiment is made in detail
It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this:
Fig. 1 is a kind of structural schematic diagram of natural water conservancy generating ship of the present invention.
Fig. 2 is a kind of structural schematic diagram of flow rate regulating device of the present invention.
Fig. 3 is a kind of detailed structural schematic diagram of flow rate regulating device of the present invention.
Fig. 4 is a kind of detailed structural schematic diagram of hydraulic drive equipment of the present invention.
Fig. 5 is a kind of detailed structural schematic diagram of linkage of the present invention.
Description of symbols: fixator -1, left valve plate -2, motor -3, controller -4, flow rate regulating device -5, shaft -6,
Welded plate -7, rotation blinds -8, right valve plate -9, final drive equipment -51, stress support equipment -52, hydraulic drive equipment -53,
Disc rotary equipment -54, mechanical linkage equipment -55, screw rod pressure equipment -56, outer housing -57, drive rod -511, connecting rod -
512, rotating bar -513, mechanical main shaft -514, starting motor -515, spring connecting rod -521, gag lever post -522, support rod -
523, stress connecting plate -524, eyelid retractor -525, brace -531, telescopic spring bar -532, hydraulic plate -533, hydraulic press -534,
Fixing bearing -535, buckle -536, stress axis -541, vertical swingle -542, right side disk -543, transverse rotation bar -544,
Shaft -545, left side disk -546, unidirectional frid -551, linked gear -552, linkage -553, folding shape bar -554, machinery
Fixed plate -555, interlocking lever -556, soldering apparatus -561, mechanical screws -562, pressure bar -563, pressure plate -564, fixed link -
565, triangle pole -566, spring connector -567, steel ball -5531, connecting spring -5532, junction steel plate -5533, rotor -
5534, link slot -5535.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Please refer to Fig. 1-Fig. 5, the present invention provides a kind of natural water conservancy generating ship: its structure include fixator 1, left valve plate 2,
Motor 3, controller 4, flow rate regulating device 5, shaft 6, welded plate 7, rotation blinds 8, right valve plate 9, the fixator 1 are equipped with two
Top that is a above and being fixed by screws in left valve plate 2 and right valve plate 9 respectively, the welded plate 7 set there are two and divide
The centre of left valve plate 2 and right valve plate 9 it is not fixed on by welding, the shaft 6 is fixed by screws in two welding
The centre of plate 7, the rotation blinds 8 are fixed on the surface of welded plate 7 by screw rod, and the motor 3 is fixed by screws in a left side
The top of valve plate 2, the controller 4 are installed in the right side of motor 3 and parallel to each other, the controller 4 and the use of left valve plate 2
Rivet is fixed, and the left valve plate 2 is fixed on the left side of right valve plate 9 by screw rod, and the flow rate regulating device 5 is equipped with final drive
Equipment 51, stress support equipment 52, hydraulic drive equipment 53, disc rotary equipment 54, mechanical linkage equipment 55, screw rod pressure are set
The top of standby 56, outer housing 57, the screw rod pressure equipment 56 is fixed on the top inside outer housing 57 by welding,
The final drive equipment 51 is fixed on the upper left side inside outer housing 57 by screw rod, and the mechanical linkage equipment 55 is mechanical even
It connecing in the lower section of screw rod pressure equipment 56, the stress support equipment 52 is fixed on the lower section inside outer housing 57 by screw rod,
In the lower section of mechanical linkage equipment 55, the disc rotary equipment 54 is mechanically connected to for hydraulic drive equipment 53 transmission connection
The hydraulic lower section for driving equipment 53, the outer housing 57 are fixed on left valve plate 2 and the front among right valve plate 9, institute by screw rod
Final drive equipment 51 is stated to be made of drive rod 511, connecting rod 512, rotating bar 513, mechanical main shaft 514, starting motor 515,
The starting motor 515 is fixed on the upper left corner inside outer housing 57 by screw rod, and the mechanical main shaft 514 is installed in starting electricity
The left side of machine 515 and orthogonal, the mechanical main shaft 514 and starting motor 515 are using being threadedly coupled, the rotating bar
513 are mechanically connected to the left side of mechanical main shaft 514, and the connecting rod 512 is fixed by screws in the right side of 513 top of rotating bar
Side, the drive rod 511 are mechanically connected to the right side of connecting rod 512, and the transmission connection of drive rod 511 is in screw rod pressure equipment
56 left side, the starting motor 515 are installed in the top of stress support equipment 52 and in same vertical plane, the startings
Motor 515 is installed in the hydraulic top for driving equipment 53 and in same vertical plane, and the stress support equipment 52 is by spring
Connecting rod 521, gag lever post 522, support rod 523, stress connecting plate 524, eyelid retractor 525 form, and the eyelid retractor 525 passes through spiral shell
Silk is fixed on the lower right inside outer housing 57, and the spring connecting rod 521 is fixed on the left side inside outer housing 57 by screw rod
Lower section, the support rod 523 are installed in the right side of spring connecting rod 521 and orthogonal, the support rod 523 and spring company
Extension bar 521 is installed in the top of support rod 523 and orthogonal, the gag lever post using nail connection, the gag lever post 522
522 are fixed with support rod 523 using screw rod, and the stress connecting plate 524 is fixed on gag lever post 522 and eyelid retractor by rivet
525 lower section, the stress connecting plate 524 are installed in the hydraulic lower section for driving equipment 53 and orthogonal, the stress company
Fishplate bar 524 is installed in the top of disc rotary equipment 54 and in same vertical plane, and the hydraulic drive equipment 53 is by brace
531, telescopic spring bar 532, hydraulic plate 533, hydraulic press 534, fixing bearing 535,536 composition of buckle, the hydraulic plate 533
Bottom is fixed on the top of stress connecting plate 524 by welding, and the hydraulic press 534 sets there are two and and distinguishes
It is fixed by screws in the inside of hydraulic plate 533, the fixing bearing 535 is fixed on the left side inside hydraulic plate 533 by screw rod
Side, the brace 531 are fixed by screws in the surface of fixing bearing 535, and the buckle 536 is installed in the inside of brace 531
And orthogonal, the buckle 536 is fixed with brace 531 using rivet, and the telescopic spring bar 532 is installed in brace 531
Lower section and orthogonal, for the telescopic spring bar 532 with brace 531 using nail connection, the brace 531 is installed in machinery
The lower section of linkage device 55 and orthogonal, the disc rotary equipment 54 is by stress axis 541, vertical swingle 542, right side
Disk 543, transverse rotation bar 544, shaft 545, left side disk 546 form, and the stress axis 541 is mechanically connected to hydraulic drive
The right side of equipment 53, the vertical swingle 542 are installed in the right side of stress axis 541 and orthogonal, the vertical rotation
Using being mechanically connected, the shaft 545 is fixed on the left side of vertical swingle 542, institute by screw rod for bar 542 and stress axis 541
The lower section that transverse rotation bar 544 is mechanically connected to shaft 545 is stated, right side disk 543 is installed in 544 right side of transverse rotation bar
End and orthogonal, the right side disk 543 and transverse rotation bar 544 are using being mechanically connected, the left side disk 546
The left side of transverse rotation bar 544 is fixed on by screw rod, the transverse rotation bar 544 is installed in the lower section of screw rod pressure equipment 56
And mutually symmetrical with, the mechanical linkage equipment 55 is by unidirectional frid 551, linked gear 552, linkage 553, folding shape bar
554, it is mechanically fixed plate 555, the composition of interlocking lever 556, the interlocking lever 556 is mechanically connected to the lower section of screw rod pressure equipment 56,
The folding shape bar 554 is installed in the lower section of interlocking lever 556 and orthogonal, the folding shape bar 554 and the use nail of interlocking lever 556
Connection, the right side for being mechanically fixed plate 555 and being fixed by screws in interlocking lever 556, the unidirectional frid 551 are mechanically connected to
The left side of shape bar 554 is rolled over, in the left side of unidirectional frid 551, the linkage 553 is pacified for the transmission connection of linked gear 552
It is located at the lower section of linked gear 552 and parallel to each other, the linkage 553 is fixed with linked gear 552 using just rope, institute
Screw rod pressure equipment 56 is stated by soldering apparatus 561, mechanical screws 562, pressure bar 563, pressure plate 564, fixed link 565, triangle pole
566, spring connector 567 forms, and the top of the soldering apparatus 561 is fixed on upper inside outer housing 57 by welding
Just, the mechanical screws 562 are fixed by screws in the lower section of soldering apparatus 561, and the pressure bar 563 sets there are two and distinguishes
It is fixed by screws in the lower section of mechanical screws 562, the top of the pressure plate 564 is fixed on pressure bar by welding
563 lower section, the spring connector 567 set there are two and are fixed by screws in respectively the left and right sides of pressure plate 564,
The fixed link 565 is fixed by screws in the left side of 564 lower section of pressure plate, and the triangle pole 566 is fixed on by rivet to be applied
The right side of 564 lower section of pressing plate, the linkage 553 is by steel ball 5531, connecting spring 5532, junction steel plate 5533, rotor
5534, link slot 5535 forms, and the steel ball 5531 is equipped with more than two and is fixed on connection by welding respectively
The surface of steel plate 5533, after the connecting spring 5532 is equipped with two or more and is fixed by screws in steel ball 5531 respectively
Side, the steel ball 5531 are fixed on the center inside linkage 553 by screw rod, and the link slot 5535 is screwed
It is fixed on the interior of linkage 553 by welding in the bottom of the outer surface of rotor 5534, the junction steel plate 5533
Portion.
A kind of application method of nature water conservancy generating ship is as described below: generating ship being placed into water, two be equipped with left side
Valve plate 2 and 9 meeting of right valve plate are so that generating ship floating flows to beating rotation blinds 8 in water, by water, so that rotation blinds
8 carry out rotation starts to generate electricity, when generating ship in water when water velocity when it is slow when it is fast when water velocity is slower just
Drive mechanical main shaft 514 can be gone to carry out rotation by control starting motor 515 to go that rotating bar 513 is driven to drive connecting rod 512
Rotation, the rotation meeting of connecting rod 512 is so that the drive rod 511 being connected on the right side of it also starts rotate to go to drive mechanical screws
562, the rotation meeting of mechanical screws 562 causes the shape of a pressure to pressure plate 564 so that pressure bar 563 is driven to move down
State, pressure plate 564 is moved down by the pressure of top drives the fixed link 565 and triangle pole 566 on both sides by screw rod, makes
The end for obtaining fixed link 565 and triangle pole 566 up moves to get on the drive of interlocking lever 556 simultaneously, and interlocking lever 556 up moves
When can will roll over shape bar 554, and also up drive goes to drive unidirectional frid 551 up so that rolling over shape bar 554, unidirectional frid 551
Linked gear 552 can be made to start rotation when up movement to go to move linkage 553, linkage 553 by rigid rope band
Rotation can remove to drive beneath brace 531 by the steel ball 5531 on its surface, the every drive of steel ball 5531 will once pass through company
Connect spring 5532 and recover to original position, allow for lasting operation work go drive brace 531 move down by
Telescopic spring bar 532 down, allows to carry out upper and lower swing to generate the stress axis 541 that wind-force goes to drive right side, stress axis 541
Started run by the wind-force in left side to go to drive the vertical rotation of swingle 542 to go to drive shaft 545, shaft by screw rod
545 rotation drives transverse rotation bar 544 again, and transverse rotation bar 544 can go to drive both sides by screw rod when rotation
Right side disk 543 is rotated with left side disk 546, completes operating procedure, right side disk 543 and left side disk 546 are in water
Carry out rotation can accelerate water flow velocity go so that accelerates power generator periphery air flow, enable power generator stable
It generates electricity.
The present invention is combined with each other by above-mentioned component, when generating ship floats in water, around power generator
Flow rate of water flow can go to accelerate the water velocity around power generator by the rotation of the equipment when slower, when the stream of water flow
Dynamic speed will make the air flow faster in water so that accelerating the generating efficiency of generating ship when accelerating, and effective guarantee is sent out
The stability of electric ship power generation operation, with this come solve current technology it is common by using water flow go triggering generating ship rotation oar come
Generate electricity, but the flow velocity prior art device of water be difficult to control, can make when encounter water velocity it is slower when can lead
The decrease in power generation efficiency of generating ship is caused, generating ship floats the direction for also resulting in ship without rule, excessive movement in water
Will lead to internal power generation blinds, there is a phenomenon where pause, be unfavorable for permanently effective power generation operation.
Specific embodiment described herein is only to give an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner, but
Without departing from of the invention or beyond the scope of the appended claims.
Claims (8)
1. a kind of nature water conservancy generating ship, structure includes fixator (1), left valve plate (2), motor (3), controller (4), flow velocity
Adjustment equipment (5), shaft (6), welded plate (7), rotation blinds (8), right valve plate (9), it is characterised in that:
The fixator (1) is equipped with more than two and is fixed by screws in the upper of left valve plate (2) and right valve plate (9) respectively
Side, the welded plate (7) are set there are two and are fixed on by welding respectively in left valve plate (2) and right valve plate (9)
Between, the shaft (6) is fixed by screws in the centre of two welded plates (7), and the rotation blinds (8) is fixed on by screw rod
The surface of welded plate (7), the motor (3) are fixed by screws in the top of left valve plate (2), and the controller (4) is installed in
The right side of motor (3) and parallel to each other, the controller (4) is fixed with left valve plate (2) using rivet, the left valve plate (2)
The left side of right valve plate (9) is fixed on by screw rod；
The flow rate regulating device (5) is equipped with final drive equipment (51), stress support equipment (52), hydraulic drive equipment
(53), disc rotary equipment (54), mechanical linkage equipment (55), screw rod pressure equipment (56), outer housing (57)；
The top of screw rod pressure equipment (56) is fixed on the internal top of outer housing (57), the end by welding
End driving equipment (51) is fixed on the internal upper left side of outer housing (57) by screw rod, and the mechanical linkage equipment (55) is mechanical even
It connects in the lower section of screw rod pressure equipment (56), the stress support equipment (52) is fixed on outer housing (57) inside by screw rod
Lower section, hydraulic drive equipment (53) transmission connection is in the lower section of mechanical linkage equipment (55), the disc rotary equipment
(54) be mechanically connected to it is hydraulic drive equipment (53) lower section, the outer housing (57) by screw rod be fixed on left valve plate (2) and
The intermediate front of right valve plate (9).
2. a kind of natural water conservancy generating ship according to claim 1, it is characterised in that: the final drive equipment (51) by
Drive rod (511), connecting rod (512), rotating bar (513), mechanical main shaft (514), starting motor (515) composition, the starting
Motor (515) is fixed on the internal upper left corner of outer housing (57) by screw rod, and the mechanical main shaft (514) is installed in starting motor
(515) left side and orthogonal, the mechanical main shaft (514) and starting motor (515) are using being threadedly coupled, the rotation
Bar (513) is mechanically connected to the left side of mechanical main shaft (514), and the connecting rod (512) is fixed by screws in rotating bar (513)
The right side of top, the drive rod (511) are mechanically connected to the right side of connecting rod (512), drive rod (511) transmission connection
In the left side of screw rod pressure equipment (56), starting motor (515) is installed in top and the place of stress support equipment (52)
In same vertical plane, starting motor (515) is installed in the hydraulic top for driving equipment (53) and in same vertical plane.
3. a kind of natural water conservancy generating ship according to claim 2, it is characterised in that: the stress support equipment (52) by
Spring connecting rod (521), gag lever post (522), support rod (523), stress connecting plate (524), eyelid retractor (525) composition, it is described
Eyelid retractor (525) is fixed by screws in the internal lower right of outer housing (57), and the spring connecting rod (521) is solid by screw rod
It is scheduled on the internal lower left of outer housing (57), the support rod (523) is installed in the right side of spring connecting rod (521) and mutually
Vertically, using nail connection, the gag lever post (522) is installed in support rod for the support rod (523) and spring connecting rod (521)
(523) top and orthogonal, the gag lever post (522) is fixed with support rod (523) using screw rod, the stress connection
Plate (524) is fixed on the lower section of gag lever post (522) Yu eyelid retractor (525) by rivet, and the stress connecting plate (524) is installed in
Hydraulic to drive the lower section of equipment (53) and orthogonal, the stress connecting plate (524) is installed in disc rotary equipment (54)
Top and be in same vertical plane.
4. a kind of natural water conservancy generating ship according to claim 2 or 3, it is characterised in that: the hydraulic drive equipment
(53) by brace (531), telescopic spring bar (532), hydraulic plate (533), hydraulic press (534), fixing bearing (535), buckle
(536) it forms, the bottom of the hydraulic plate (533) is fixed on the top of stress connecting plate (524) by welding, described
Hydraulic press (534) sets there are two and and is fixed by screws in the inside of hydraulic plate (533), the fixing bearing respectively
(535) the internal left side of hydraulic plate (533) is fixed on by screw rod, the brace (531) is fixed by screws in fixing bearing
(535) surface, the buckle (536) are installed in the inside of brace (531) and orthogonal, the buckle (536) with it is oblique
Bar (531) is fixed using rivet, and the telescopic spring bar (532) is installed in the lower section of brace (531) and orthogonal, described
Using nail connection, the brace (531) is installed under mechanical linkage equipment (55) for telescopic spring bar (532) and brace (531)
It is square and orthogonal.
5. a kind of natural water conservancy generating ship according to claim 3, it is characterised in that: the disc rotary equipment (54) by
Stress axis (541), vertical swingle (542), right side disk (543), transverse rotation bar (544), shaft (545), left side disk
(546) it forms, the stress axis (541) is mechanically connected to the hydraulic right side for driving equipment (53), the vertical swingle (542)
It is installed in the right side of stress axis (541) and orthogonal, the vertical swingle (542) and stress axis (541) use machinery
Connection, the shaft (545) are fixed on the left side of vertical swingle (542) by screw rod, and the transverse rotation bar (544) is mechanical
It is connected to the lower section of shaft (545), the right side disk (543) is installed in the end on the right side of transverse rotation bar (544) and mutually
Perpendicular, using being mechanically connected, the left side disk (546) passes through spiral shell for the right side disk (543) and transverse rotation bar (544)
Bar is fixed on the left side of transverse rotation bar (544), and the transverse rotation bar (544) is installed in the lower section of screw rod pressure equipment (56)
And it is mutually symmetrical with.
6. a kind of natural water conservancy generating ship according to claim 4, it is characterised in that: the mechanical linkage equipment (55) by
Unidirectional frid (551), linkage (553), folding shape bar (554), is mechanically fixed plate (555), interlocking lever at linked gear (552)
(556) it forms, the interlocking lever (556) is mechanically connected to the lower section of screw rod pressure equipment (56), and the folding shape bar (554) is installed
Lower section and orthogonal, the folding shape bar (554) and interlocking lever (556) use nail connection in interlocking lever (556), the machine
Tool fixed plate (555) is fixed by screws in the right side of interlocking lever (556), and the unidirectional frid (551) is mechanically connected to folding shape
The left side of bar (554), linked gear (552) transmission connection is in the left side of unidirectional frid (551), the linkage
(553) it is installed in the lower section of linked gear (552) and parallel to each other, the linkage (553) is adopted with linked gear (552)
It is fixed with rigid rope.
7. a kind of nature water conservancy generating ship according to claim 2 or 5 or 6, it is characterised in that: the screw rod pressure equipment
(56) by soldering apparatus (561), mechanical screws (562), pressure bar (563), pressure plate (564), fixed link (565), triangle pole
(566), spring connector (567) forms, and the top of the soldering apparatus (561) is fixed on outer housing (57) by welding
Internal top, the mechanical screws (562) are fixed by screws in the lower section of soldering apparatus (561), and the pressure bar (563) sets
There are two and be fixed by screws in the lower sections of mechanical screws (562) respectively, pass through welding at the top of the pressure plate (564)
Mode be fixed on pressure bar (563) lower section, the spring connector (567) set there are two and be screwed respectively
In the left and right sides of pressure plate (564), the fixed link (565) is fixed by screws in the left side below pressure plate (564), institute
State the right side that triangle pole (566) is fixed below pressure plate (564) by rivet.
8. a kind of natural water conservancy generating ship according to claim 6, it is characterised in that: the linkage (553) is by steel
Ball (5531), connecting spring (5532), junction steel plate (5533), rotor (5534), link slot (5535) composition, the steel ball
(5531) surface that is more than two and being fixed on junction steel plate (5533) by welding respectively, the connection bullet are equipped with
Spring (5532) is equipped with rear that is more than two and being fixed by screws in steel ball (5531) respectively, and the steel ball (5531) passes through
Screw rod is fixed on the internal center of linkage (553), and the link slot (5535) is fixed by screws in rotor (5534)
The bottom of outer surface, the junction steel plate (5533) is fixed on the inside of linkage (553) by welding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811138889.4A CN109469575A (en) | 2018-09-28 | 2018-09-28 | A kind of nature water conservancy generating ship |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811138889.4A CN109469575A (en) | 2018-09-28 | 2018-09-28 | A kind of nature water conservancy generating ship |
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| CN109469575A true CN109469575A (en) | 2019-03-15 |
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| CN201811138889.4A Pending CN109469575A (en) | 2018-09-28 | 2018-09-28 | A kind of nature water conservancy generating ship |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110578647A (en) * | 2019-10-12 | 2019-12-17 | 浙江海洋大学 | Ocean energy comprehensive utilization system |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101713368A (en) * | 2009-12-01 | 2010-05-26 | 广西大学 | Waterflow boosting high-efficiency hydropower method and system |
| CN205387985U (en) * | 2016-02-05 | 2016-07-20 | 武汉理工大学 | Water conservancy collection can device |
-
2018
- 2018-09-28 CN CN201811138889.4A patent/CN109469575A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101713368A (en) * | 2009-12-01 | 2010-05-26 | 广西大学 | Waterflow boosting high-efficiency hydropower method and system |
| CN205387985U (en) * | 2016-02-05 | 2016-07-20 | 武汉理工大学 | Water conservancy collection can device |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110578647A (en) * | 2019-10-12 | 2019-12-17 | 浙江海洋大学 | Ocean energy comprehensive utilization system |
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