CN109026515A - A kind of tidal-energy electric generator set - Google Patents
A kind of tidal-energy electric generator set Download PDFInfo
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- CN109026515A CN109026515A CN201811216062.0A CN201811216062A CN109026515A CN 109026515 A CN109026515 A CN 109026515A CN 201811216062 A CN201811216062 A CN 201811216062A CN 109026515 A CN109026515 A CN 109026515A
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Classifications
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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
- F03B13/12—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy
- F03B13/26—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy using tide energy
- F03B13/262—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy using tide energy using the relative movement between a tide-operated member and another member
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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 present invention relates to a kind of power generator for this, it in particular is a kind of tidal-energy electric generator set, including casing mechanism, tide energy switching mechanism, mechanical energy switching mechanism, tide energy can be converted into mechanical energy by device, mechanical energy can be converted into electric energy by device, device can change the height of tide energy push plate according to the amount of tide energy, to prevent water from entering device, device being capable of safe handling, device can be repaired eaily, device can be convenient for lifting movement, the inside of casing mechanism is arranged in tide energy switching mechanism, the connection type of tide energy switching mechanism and casing mechanism is that part is welded, portion gap cooperation, the inside of casing mechanism is arranged in mechanical energy switching mechanism, mechanical energy switching mechanism is that split bearing is connect with the connection type of casing mechanism, it welds part.
Description
Technical field
The present invention relates to a kind of power generator, are in particular a kind of tidal-energy electric generator sets.
Background technique
With social progress, the raising of people's quality of the life, people are also more and more huger for the consumption of fossil energy, but
It is that the total amount of fossil energy is limited, so people are using project in recent years always in being studied to new energy, and
Tide energy is exactly one kind of utilization of new energy resources, and tide energy utilizes the less dependence to fossil energy of meeting, so devising this
Tidal-energy electric generator set.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of tidal-energy electric generator set, device can convert tide energy
For mechanical energy, device can be converted into mechanical energy electric energy, and device can change tide energy push plate according to the amount of tide energy
Highly, to prevent water from entering device, device can safe handling, device can repair eaily, and device can
Convenient for lifting movement.
In order to solve the above technical problems, the present invention relates to a kind of power generator, it is in particular a kind of tidal power
Tide energy can be converted into mechanical energy by device, including casing mechanism, tide energy switching mechanism, mechanical energy switching mechanism, device,
Device can be converted into mechanical energy electric energy, and device can change the height of tide energy push plate according to the amount of tide energy, thus
Prevent water from entering device, device can safe handling, device can repair eaily, and device can move convenient for lifting
It is dynamic.
Casing mechanism includes that casing ontology, sliding rail, hook, bearing block, mobile wheel seat, movable pulley supporting leg, movable pulley are solid
Fixed pole, movable pulley ontology, sliding rail are connected with casing ontology, and the connection type of sliding rail and casing ontology is spiral connection, hook
Positioned at the top of casing ontology, the connection type of hook and casing ontology is welding, and bearing block is connected with casing ontology, bearing
The connection type of seat and casing ontology is to be bolted, and movable pulley seat is located at the right side of casing ontology, mobile wheel seat and casing sheet
The connection type of body is to be bolted, and movable pulley supporting leg is connected with mobile wheel seat, the connection side of movable pulley supporting leg and mobile wheel seat
Formula is welding, and movable pulley fixed link is connected with movable pulley supporting leg, and the connection type of movable pulley fixed link and movable pulley supporting leg is axis
Connection is held, movable pulley fixed link is connected with movable pulley ontology, and the connection type of movable pulley fixed link and movable pulley ontology is welding；
Tide energy switching mechanism includes the push plate of tide energy liftable, reset spring, pushes item, middle fixing plate, transmission hinge
Extension bar, conversion ring mechanism, conversion ring upper end base, conversion ring intermediate supports, reset spring are located at the right side of tide energy liftable push plate
The connection type of side, reset spring and the push plate of tide energy liftable is welding, and item is pushed to be located at the right side of tide energy liftable push plate
Side, pushing item and the connection type of tide energy liftable push plate is welding, and middle fixing plate is located at the right side of reset spring, intermediate
Fixed plate and the connection type of reset spring are welding, and item is pushed to match with middle fixing plate, push item and middle fixing plate
Fit system position clearance fit, transmission hinge bar with push item be connected, transmission hinge bar and push item connection type for cut with scissors
Connect, transmission hinge bar with conversion ring mechanism be connected, transmission hinge bar with conversion ring mechanism connection type be it is hinged, conversion ring on
End seat is located at the top of conversion ring mechanism, and conversion ring upper end base and the connection type for converting ring mechanism are welding, converts among ring
Support is connected with conversion ring mechanism, and conversion ring intermediate supports and the connection type for converting ring mechanism are welding；
Tide energy liftable push plate includes sliding block, tide energy push plate, rises plate tight locking button, rise plate locking hole, rise plate
Ontology, sliding block are located at the lower section of tide energy push plate, and the connection type of sliding block and tide energy push plate is welding, rise plate tight locking button with
Tide energy push plate is connected, and rising plate tight locking button with the connection type of tide energy push plate is that spiral is connect, and rises the setting of plate ontology and exists
The inside of tide energy push plate, the fit system for rising plate ontology and tide energy push plate is clearance fit, rises plate locking hole and is opened in
It rises on plate ontology；
Converting ring mechanism includes conversion ring body, back-moving spring, catch bar sliding slot, catch bar, and back-moving spring setting is turning
The connection type of the inside of ring change ontology, back-moving spring and conversion ring body is welding, and catch bar sliding slot is opened in conversion ring body
On, catch bar is arranged in the inside of catch bar sliding slot, and the fit system of catch bar and catch bar sliding slot is clearance fit, tenses bullet
Spring is connected with catch bar, and the connection type of back-moving spring and catch bar is welding；
Mechanical energy switching mechanism include turning wheel, power transmission belt, sectioned coil mechanism, removable permanent magnet mechanism, reinforcing bar,
Driving motor, driving spiral, safe buffering seat, turning wheel are connected with power transmission belt, the connection type of turning wheel and power transmission belt
For flexible connection, power transmission belt is connected with sectioned coil mechanism, and the connection type of power transmission belt and sectioned coil mechanism is flexibility
Connection, removable permanent magnet mechanism are connected with reinforcing bar, and the fit system for moving permanent magnet mechanism and reinforcing bar is clearance fit, drive
Dynamic spiral is located at the lower section of driving motor, drives spiral and the connection type of driving motor for expansion set connection, and driving is threaded through
Removable permanent magnet mechanism, driving spiral are engage with the connection type of removable permanent magnet mechanism, safe buffering seat with move forever
Magnetic mechanism is connected, and the connection type of safe buffering seat and removable permanent magnet mechanism is welding；
Turning wheel includes turning wheel fixing axle, belt pulley, turning wheel ontology, blade fixing buckle, blade, turning wheel fixing axle
It is connected with turning wheel ontology, turning wheel fixing axle is that bearing is connect with the connection type of turning wheel ontology, belt pulley and turning wheel
Ontology is connected, and the connection type of belt pulley and turning wheel ontology is that welding, blade and turning wheel ontology pass through the fixed padlock of blade
Tightly at one piece, blade fixing buckle is that spiral is connect with the connection Ei mode of turning wheel ontology；
Sectioned coil mechanism includes fixing axle A, belt pulley A, sectioned coil, fixed disk, and fixing axle A is connected with fixed disk,
The connection type of fixing axle A and fixed disk is bearing connection, and belt pulley A is connected with fixed disk, the connection of belt pulley A and fixed disk
Mode is welding, and sectioned coil is connected with fixed disk, and the connection type of sectioned coil and fixed disk is welding；
Removable permanent magnet mechanism include permanent magnet, permanent magnet fixing seat, permanent magnet fixing screws, intermediate connecting rod, drive seat,
Inside spin, permanent magnet and permanent magnet fixing seat are fixed on one piece by permanent magnet fixing screws, permanent magnet fixing screws and permanent magnetism
The connection type of ferropexy seat is spiral connection, and intermediate connecting rod is connected with permanent magnet fixing seat, intermediate connecting rod and permanent magnetism ferropexy
The connection type of seat is welding, and drive seat is connected with intermediate connecting rod, and the connection type of drive seat and intermediate connecting rod is welding, interior spiral shell
Rotation is attacked in drive seat；
Driving motor includes driving motor seat, driving motor ontology, drive motor shaft, driving motor seat and driving motor sheet
The connection type of body is welding, and the inside of driving motor ontology is arranged in drive motor shaft, and the connection type of drive motor shaft is
Bearing connection；
Driving spiral includes drive shaft, right-handed screw, backpitch, and the connection type of right-handed screw and drive shaft is welding, anti-spiral shell
The connection type of rotation and drive shaft is welding；
Safe buffering seat includes buffing pad, buffer spring, and buffer spring is located among two buffing pads, buffer spring and slow
The connection type of red seat is welding；
The inside of casing mechanism, the connection type of tide energy switching mechanism and casing mechanism is arranged in tide energy switching mechanism
Partially to weld, portion gap cooperation, the inside of casing mechanism, mechanical energy switching mechanism and machine is arranged in mechanical energy switching mechanism
The connection type of shell mechanism is split bearing connection, part welding.
As advanced optimizing for the technical program, the material of casing ontology described in a kind of tidal-energy electric generator set of the present invention
Material is stainless steel.
As advanced optimizing for the technical program, back-moving spring described in a kind of tidal-energy electric generator set of the present invention delays
The material for rushing spring is high-carbon steel.
As advanced optimizing for the technical program, the material of drive shaft described in a kind of tidal-energy electric generator set of the present invention
For 40Cr.
A kind of tidal-energy electric generator set of the invention has the beneficial effect that
A kind of tidal-energy electric generator set of the present invention, device can be converted into tide energy mechanical energy, and device can be machinery
It can be converted into electric energy, device can change the height of tide energy push plate according to the amount of tide energy, thus prevent water from entering device,
Device can safe handling, device can repair eaily, and device can be convenient for lifting movement.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of tidal-energy electric generator set of the present invention.
Fig. 2 is a kind of structural schematic diagram of the casing mechanism 1 of tidal-energy electric generator set of the present invention.
Fig. 3 is a kind of structural schematic diagram of the tide energy switching mechanism 2 of tidal-energy electric generator set of the present invention.
Fig. 4 is a kind of structural schematic diagram of the tide energy liftable push plate 2-1 of tidal-energy electric generator set of the present invention.
Fig. 5 is the structural schematic diagram of the conversion ring mechanism 2-6 of tidal-energy electric generator set of the present invention a kind of.
Fig. 6 is a kind of structural schematic diagram of the mechanical energy switching mechanism 3 of tidal-energy electric generator set of the present invention.
Fig. 7 is a kind of structural schematic diagram of the turning wheel 3-1 of tidal-energy electric generator set of the present invention.
Fig. 8 is a kind of structural schematic diagram of the sectioned coil mechanism 3-3 of tidal-energy electric generator set of the present invention.
Fig. 9 is a kind of structural schematic diagram of the removable permanent magnet mechanism 3-4 of tidal-energy electric generator set of the present invention.
Figure 10 is a kind of structural schematic diagram of the driving motor 3-6 of tidal-energy electric generator set of the present invention.
Figure 11 is a kind of structural schematic diagram of the driving spiral 3-7 of tidal-energy electric generator set of the present invention.
Figure 12 is a kind of structural schematic diagram of the safe buffering seat 3-8 of tidal-energy electric generator set of the present invention.
In figure: casing mechanism 1；Casing ontology 1-1；Sliding rail 1-2；Hook 1-3；Bearing block 1-4；Mobile wheel seat 1-5；It moves
Driving wheel supporting leg 1-6；Movable pulley fixed link 1-7；Movable pulley ontology 1-8；Tide energy switching mechanism 2；Tide energy liftable push plate 2-
1；Sliding block 2-1-1；Tide energy push plate 2-1-2；Rise plate tight locking button 2-1-3；Rise plate locking hole 2-1-4；Rise plate ontology 2-
1-5；Reset spring 2-2；Push a 2-3；Middle fixing plate 2-4；It is driven hinge bar 2-5；Convert ring mechanism 2-6；Convert ring sheet
Body 2-6-1；Back-moving spring 2-6-2；Catch bar sliding slot 2-6-3；Catch bar 2-6-4；Convert ring upper end base 2-7；It converts among ring
Support 2-8；Mechanical energy switching mechanism 3；Turning wheel 3-1；Turning wheel fixing axle 3-1-1；Belt pulley 3-1-2；Turning wheel ontology 3-
1-3；Blade fixing buckle 3-1-4；Blade 3-1-5；Power transmission belt 3-2；Sectioned coil mechanism 3-3；Fixing axle A3-3-1；Belt pulley
A3-3-2；Sectioned coil 3-3-3；Fixed disk 3-3-4；Removable permanent magnet mechanism 3-4；Permanent magnet 3-4-1；Permanent magnet fixing seat 3-
4-2；Permanent magnet fixing screws 3-4-3；Intermediate connecting rod 3-4-4；Drive seat 3-4-5；Inside spin 3-4-6；Reinforcing bar 3-5；Driving
Motor 3-6；Driving motor seat 3-6-1；Driving motor ontology 3-6-2；Drive motor shaft 3-6-3；Drive spiral 3-7；Drive shaft
3-7-1；Right-handed screw 3-7-2；Backpitch 3-7-3；Safe buffering seat 3-8；Buffing pad 3-8-1；Buffer spring 3-8-2.
Specific embodiment
Specific embodiment 1:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, the present invention relates to a kind of power generator, are in particular a kind of tidal-energy electric generator set, including casing mechanism 1, tide
Energy converter structure 2, mechanical energy switching mechanism 3, device can be converted into tide energy mechanical energy, and device can convert mechanical energy
For electric energy, device can change the height of tide energy push plate according to the amount of tide energy, to prevent water from entering device, device energy
Enough safe handlings, device can be repaired eaily, and device can be convenient for lifting movement.
Casing mechanism 1 includes casing ontology 1-1, sliding rail 1-2, hook 1-3, bearing block 1-4, mobile wheel seat 1-5, movement
Supporting leg 1-6, movable pulley fixed link 1-7, movable pulley ontology 1-8 are taken turns, sliding rail 1-2 is connected with casing ontology 1-1, sliding rail 1-2 and machine
The connection type of shell ontology 1-1 is spiral connection, and hook 1-3 is located at the top of casing ontology 1-1, hook 1-3 and casing
The connection type of ontology 1-1 is welding, and bearing block 1-4 is connected with casing ontology 1-1, the company of bearing block 1-4 and casing ontology 1-1
Connecing mode is to be bolted, and mobile wheel seat 1-5 is located at the right side of casing ontology 1-1, mobile wheel seat 1-5's and casing ontology 1-1
Connection type is to be bolted, and movable pulley supporting leg 1-6 is connected with mobile wheel seat 1-5, movable pulley supporting leg 1-6 and mobile wheel seat 1-5
Connection type be welding, movable pulley fixed link 1-7 is connected with movable pulley supporting leg 1-6, movable pulley fixed link 1-7 and movable pulley branch
The connection type of leg 1-6 is bearing connection, and movable pulley fixed link 1-7 is connected with movable pulley ontology 1-8, movable pulley fixed link 1-7
Connection type with movable pulley ontology 1-8 is welding, and hook 1-3 is equipped with above device, and lower section is equipped with movable pulley ontology 1-8,
Sling hook 1-3 with boom hoisting, allow movable pulley ontology 1-8 and ground face contact, at this time can more labour-saving dragging dress
It sets；
Tide energy switching mechanism 2 includes tide energy liftable push plate 2-1, reset spring 2-2, pushes a 2-3, is intermediate fixed
Plate 2-4, transmission hinge bar 2-5, conversion ring mechanism 2-6, conversion ring upper end base 2-7, conversion ring intermediate supports 2-8, reset spring
2-2 is located at the right side of tide energy liftable push plate 2-1, and reset spring 2-2 and the connection type of tide energy liftable push plate 2-1 are
Welding pushes a 2-3 to be located at the right side of tide energy liftable push plate 2-1, pushes a 2-3's and tide energy liftable push plate 2-1
Connection type is welding, and middle fixing plate 2-4 is located at the right side of reset spring 2-2, middle fixing plate 2-4 and reset spring 2-2
Connection type be welding, push a 2-3 to match with middle fixing plate 2-4, promotion 2-3 and middle fixing plate 2-4 matches
Conjunction mode position clearance fit, transmission hinge bar 2-5 are connected with a 2-3 is pushed, transmission hinge bar 2-5 and the connection for pushing a 2-3
Mode be it is hinged, transmission hinge bar 2-5 with conversion ring mechanism 2-6 be connected, transmission hinge bar 2-5 with conversion ring mechanism 2-6 company
The mode of connecing be it is hinged, conversion ring upper end base 2-7 be located at conversion ring mechanism 2-6 top, conversion ring upper end base 2-7 and conversion ring machine
The connection type of structure 2-6 is welding, and conversion ring intermediate supports 2-8 is connected with conversion ring mechanism 2-6, converts ring intermediate supports 2-8
Connection type with conversion ring mechanism 2-6 is welding, and when tide, which gushes, to be come, in the case where the kinetic energy of water pushes, tide energy liftable is pushed away
Plate 2-1 is moved right, and tide energy liftable push plate 2-1, which moves right will drive, pushes a 2-3 to move right, tide energy liftable
Push plate 2-1 is moved right while can be compressed to reset spring 2-2, and driving a promotion 2-3 to move right can be cut with scissors by transmission
Extension bar 2-5 drives catch bar 2-6-4 to move right, this process is achieved that conversion of the tide energy to mechanical energy, when tide moves back
When going, it can stop pushing tide energy liftable push plate 2-1 to the right, at this time under the rebound effect of reset spring 2-2, tide energy can
Lifting push plate 2-1 can be moved downward, and be gushed convenient for tide next time to continue to repeat conversion of the tide energy to mechanical energy；
Tide energy liftable push plate 2-1 includes sliding block 2-1-1, tide energy push plate 2-1-2, rises plate tight locking button 2-1-3, rises
Starting board locking hole 2-1-4, plate ontology 2-1-5 is risen, sliding block 2-1-1 is located at the lower section of tide energy push plate 2-1-2, sliding block 2-1-1
Connection type with tide energy push plate 2-1-2 is welding, rises plate tight locking button 2-1-3 and is connected with tide energy push plate 2-1-2, rises
Plate tight locking button 2-1-3 is that spiral is connect with the connection type of tide energy push plate 2-1-2, rises plate ontology 2-1-5 and is arranged in tide
The inside of energy push plate 2-1-2, the fit system for rising plate ontology 2-1-5 and tide energy push plate 2-1-2 is clearance fit, rises plate
Locking hole 2-1-4, which is opened in, to rise on plate ontology 2-1-5, when tide is excessively surging, can turn and rise plate tight locking button 2-1-3,
It limits rise plate tight locking button 2-1-3 no longer and rises plate ontology 2-1-5, then rise plate ontology 2-1-5 is lifted up, then
Again it tightens and rises plate tight locking button 2-1-3, make to rise plate tight locking button 2-1-3 locking rise plate ontology 2-1-5 and tide energy push plate
The relative position of 2-1-2 can thus bear bigger tide and gush, be also possible to prevent water and enter device；
Converting ring mechanism 2-6 includes conversion ring body 2-6-1, back-moving spring 2-6-2, catch bar sliding slot 2-6-3, catch bar
The inside of conversion ring body 2-6-1, back-moving spring 2-6-2 and conversion ring body 2-6-1 is arranged in 2-6-4, back-moving spring 2-6-2
Connection type be welding, catch bar sliding slot 2-6-3 be opened in conversion ring body 2-6-1 on, catch bar 2-6-4 be arranged in catch bar
The fit system of the inside of sliding slot 2-6-3, catch bar 2-6-4 and catch bar sliding slot 2-6-3 are clearance fit, back-moving spring 2-6-
2 are connected with catch bar 2-6-4, and the connection type of back-moving spring 2-6-2 and catch bar 2-6-4 are welding；
Mechanical energy switching mechanism 3 includes turning wheel 3-1, power transmission belt 3-2, sectioned coil mechanism 3-3, removable permanent magnetic motor
Structure 3-4, reinforcing bar 3-5, driving motor 3-6, driving spiral 3-7, safe buffering seat 3-8, turning wheel 3-1 and power transmission belt 3-2
It is connected, the connection type of turning wheel 3-1 and power transmission belt 3-2 are flexible connection, power transmission belt 3-2 and sectioned coil mechanism 3-3
It is connected, the connection type of power transmission belt 3-2 and sectioned coil mechanism 3-3 are flexible connection, move permanent magnet mechanism 3-4 and reinforce
Bar 3-5 is connected, and the fit system for moving permanent magnet mechanism 3-4 and reinforcing bar 3-5 is clearance fit, and driving spiral 3-7, which is located at, to be driven
The lower section of dynamic motor 3-6, driving spiral 3-7 are that expansion set is connect with the connection type of driving motor 3-6, and driving spiral 3-7 is passed through
Removable permanent magnet mechanism 3-4, driving spiral 3-7 are to engage with the connection type of removable permanent magnet mechanism 3-4, safe buffering seat 3-
8 are connected with removable permanent magnet mechanism 3-4, and the connection type of safe buffering seat 3-8 and removable permanent magnet mechanism 3-4 are welding, push away
Lever 2-6-4, which can be formed blade 3-1-5 when moving right, to be impacted, and blade 3-1-5 will do it rotation, and blade 3-1-5 is turned
Dynamic to will drive turning wheel ontology 3-1-3 and rotated, turning wheel ontology 3-1-3, which carries out rotation, will drive belt pulley 3-1-2 progress
Rotation, dynamic belt pulley 3-1-2 carry out rotation and will drive power transmission belt 3-2 being moved, and power transmission belt 3-2, which carries out movement, will drive
Belt pulley A3-3-2 is rotated, and belt pulley A3-3-2, which carries out rotation, will drive fixed disk 3-3-4 and rotated, fixed disk 3-3-
4, which carry out rotation, will drive sectioned coil 3-3-3 and is rotated, and sectioned coil 3-3-3 carries out rotation can be between permanent magnet 3-4-1
Magnetic induction line cut, to form electric energy, thereby realize conversion of the mechanical energy to electric energy；
Turning wheel 3-1 includes turning wheel fixing axle 3-1-1, belt pulley 3-1-2, turning wheel ontology 3-1-3, blade fixing buckle
3-1-4, blade 3-1-5, turning wheel fixing axle 3-1-1 are connected with turning wheel ontology 3-1-3, turning wheel fixing axle 3-1-1 with dial
The connection type of driving wheel ontology 3-1-3 is bearing connection, and belt pulley 3-1-2 is connected with turning wheel ontology 3-1-3, belt pulley 3-1-
The connection type of 2 and turning wheel ontology 3-1-3 is welding, and blade 3-1-5 and turning wheel ontology 3-1-3 pass through blade fixing buckle 3-
1-4 is locked at one piece, and blade fixing buckle 3-1-4 is that spiral is connect with the connection Ei mode of turning wheel ontology 3-1-3；
Sectioned coil mechanism 3-3 includes fixing axle A3-3-1, belt pulley A3-3-2, sectioned coil 3-3-3, fixed disk 3-3-
4, fixing axle A3-3-1 is connected with fixed disk 3-3-4, and the connection type of fixing axle A3-3-1 and fixed disk 3-3-4 are bearing company
It connects, belt pulley A3-3-2 is connected with fixed disk 3-3-4, and the connection type of belt pulley A3-3-2 and fixed disk 3-3-4 are welding, cuts
Secant circle 3-3-3 is connected with fixed disk 3-3-4, and the connection type of sectioned coil 3-3-3 and fixed disk 3-3-4 are welding；
Removable permanent magnet mechanism 3-4 includes permanent magnet 3-4-1, permanent magnet fixing seat 3-4-2, permanent magnet fixing screws 3-4-
3, intermediate connecting rod 3-4-4, drive seat 3-4-5, inside spin 3-4-6, permanent magnet 3-4-1 and permanent magnet fixing seat 3-4-2 are by forever
Magnet fixing screws 3-4-3 is fixed on one piece, the connection type of permanent magnet fixing screws 3-4-3 and permanent magnet fixing seat 3-4-2
For spiral connection, intermediate connecting rod 3-4-4 is connected with permanent magnet fixing seat 3-4-2, intermediate connecting rod 3-4-4 and permanent magnet fixing seat 3-
The connection type of 4-2 is welding, and drive seat 3-4-5 is connected with intermediate connecting rod 3-4-4, drive seat 3-4-5 and intermediate connecting rod 3-4-4
Connection type be welding, inside spin 3-4-6 attacks on drive seat 3-4-5；
Driving motor 3-6 includes driving motor seat 3-6-1, driving motor ontology 3-6-2, drive motor shaft 3-6-3, driving
The connection type of motor cabinet 3-6-1 and driving motor ontology 3-6-2 is welding, and drive motor shaft 3-6-3 is arranged in driving motor
The inside of ontology 3-6-2, the connection type of drive motor shaft 3-6-3 are bearing connection；
Driving spiral 3-7 includes drive shaft 3-7-1, right-handed screw 3-7-2, backpitch 3-7-3, right-handed screw 3-7-2 and driving
The connection type of axis 3-7-1 is welding, and the connection type of backpitch 3-7-3 and drive shaft 3-7-1 is welding, is cut when needing repairing
When secant loop mechanism 3-3, driving motor ontology 3-6-2 can be operated, driving motor ontology 3-6-2 will drive drive motor shaft 3-
6-3 is rotated, and drive motor shaft 3-6-3, which carries out rotation, will drive drive shaft 3-7-1 and rotated, and drive shaft 3-7-1 is carried out
Rotation will drive right-handed screw 3-7-2, backpitch 3-7-3 is rotated, and right-handed screw 3-7-2, backpitch 3-7-3, which carry out rotation, to be led to
Cross and engage the removable permanent magnet mechanism 3-4 of drive with inside spin 3-4-6 and moved, such two sides sectioned coil mechanism 3-3 can
Mobile permanent magnet mechanism 3-4 will do it separate, increase service clearance, easy to repair；
Safe buffering seat 3-8 includes buffing pad 3-8-1, buffer spring 3-8-2, and buffer spring 3-8-2 is located at two bufferings
Among seat 3-8-1, the connection type of buffer spring 3-8-2 and buffing pad 3-8-1 are welding, are provided with safe buffering seat on device
3-8 can prevent the collision between removable permanent magnet mechanism 3-4 when repairing adjustment；
The inside of casing mechanism 1, the connection of tide energy switching mechanism 2 and casing mechanism 1 is arranged in tide energy switching mechanism 2
Mode is part welding, portion gap cooperation, and the inside of casing mechanism 1, mechanical energy converter is arranged in mechanical energy switching mechanism 3
Structure 3 is that split bearing is connect, part is welded with the connection type of casing mechanism 1.
Specific embodiment 2:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, the sieve plate card slot, sieve plate number be four.
Specific embodiment 3:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, and the material of the damping spring is high-carbon steel.
Specific embodiment 4:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, and the material of the frame body is stainless steel.
Tide energy can be converted into mechanical energy by device, and when tide, which gushes, to be come, in the case where the kinetic energy of water pushes, tide energy can be risen
Drop push plate 2-1 is moved right, and tide energy liftable push plate 2-1, which moves right will drive, pushes a 2-3 to move right, and tide energy can
Lifting push plate 2-1 is moved right while can be compressed to reset spring 2-2, and biography can be passed through by driving a promotion 2-3 to move right
Dynamic hinge bar 2-5 drives catch bar 2-6-4 to move right, this process is achieved that conversion of the tide energy to mechanical energy, works as tide
When nighttide is decorporated, it can stop pushing tide energy liftable push plate 2-1, at this time under the rebound effect of reset spring 2-2, tide to the right
Energy liftable push plate 2-1 can be moved downward, and be gushed convenient for tide next time to continue to repeat conversion of the tide energy to mechanical energy；Device
Mechanical energy can be converted into electric energy, blade 3-1-5 can be formed and be impacted when catch bar 2-6-4 is moved right, blade 3-1-5 meeting
It is rotated, blade 3-1-5, which carries out rotation, will drive turning wheel ontology 3-1-3 and rotated, and turning wheel ontology 3-1-3 is turned
Dynamic to will drive belt pulley 3-1-2 and rotated, dynamic belt pulley 3-1-2 carries out rotation and will drive power transmission belt 3-2 being moved, and passes
Power belt 3-2, which carries out movement, will drive belt pulley A3-3-2 and is rotated, and belt pulley A3-3-2, which carries out rotation, will drive fixed disk
3-3-4 is rotated, and fixed disk 3-3-4, which carries out rotation, will drive sectioned coil 3-3-3 and rotated, sectioned coil 3-3-3 into
Row rotation can cut the magnetic induction line between permanent magnet 3-4-1, to form electric energy, thereby realize mechanical energy to electricity
The conversion of energy；Device can change the height of tide energy push plate according to the amount of tide energy, to prevent water from entering device, work as tide
When nighttide is excessively surging, it can turn and rise plate tight locking button 2-1-3, limit rise plate tight locking button 2-1-3 no longer and rise plate ontology
Then 2-1-5 is lifted up rise plate ontology 2-1-5, then tighten again and rise plate tight locking button 2-1-3, makes to rise plate lock
The relative position of plate ontology 2-1-5 and tide energy push plate 2-1-2 are risen in the 2-1-3 that links closely locking, can thus be born bigger
Tide, which gushes, to be come, and is also possible to prevent water and is entered device；Device can safe handling, be provided with safe buffering seat 3-8 on device, into
When row maintenance adjustment, the collision between removable permanent magnet mechanism 3-4 can be prevented；Device can be repaired eaily,
When need repairing sectioned coil mechanism 3-3 when, driving motor ontology 3-6-2 can be operated, driving motor ontology 3-6-2 will drive
Drive motor shaft 3-6-3 is rotated, and drive motor shaft 3-6-3, which carries out rotation, will drive drive shaft 3-7-1 and rotated, and is driven
Axis 3-7-1 carry out rotation will drive right-handed screw 3-7-2, backpitch 3-7-3 is rotated, right-handed screw 3-7-2, backpitch 3-7-3
Carrying out rotation can drive removable permanent magnet mechanism 3-4 to be moved by engaging with inside spin 3-4-6, such sectioned coil mechanism
The removable permanent magnet mechanism 3-4 of the two sides 3-3 will do it separate, increase service clearance, easy to repair；Device can be convenient for lifting
It is mobile, hook 1-3 is equipped with above device, lower section is equipped with movable pulley ontology 1-8, slings hook 1-3 with boom hoisting, allows shifting
Driving wheel ontology 1-8 and ground face contact, at this time can more labour-saving actuator.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of tidal-energy electric generator set, including casing mechanism (1), tide energy switching mechanism (2), mechanical energy switching mechanism (3),
It is characterized by: casing mechanism (1) includes casing ontology (1-1), sliding rail (1-2), hook (1-3), bearing block (1-4), moves
Driving wheel seat (1-5), movable pulley supporting leg (1-6), movable pulley fixed link (1-7), movable pulley ontology (1-8), sliding rail (1-2) and casing
Ontology (1-1) is connected, and sliding rail (1-2) is that spiral is connect with the connection type of casing ontology (1-1), and hook (1-3) is located at machine
The top of shell ontology (1-1), the connection type of hook (1-3) and casing ontology (1-1) are welding, bearing block (1-4) and machine
Shell ontology (1-1) is connected, and the connection type of bearing block (1-4) and casing ontology (1-1) is to be bolted, mobile wheel seat (1-5)
Positioned at the right side of casing ontology (1-1), the connection type of mobile wheel seat (1-5) and casing ontology (1-1) is to be bolted, mobile
Wheel supporting leg (1-6) is connected with mobile wheel seat (1-5), and the connection type of movable pulley supporting leg (1-6) and mobile wheel seat (1-5) are weldering
It connects, movable pulley fixed link (1-7) is connected with movable pulley supporting leg (1-6), movable pulley fixed link (1-7) and movable pulley supporting leg (1-6)
Connection type be bearing connection, movable pulley fixed link (1-7) is connected with movable pulley ontology (1-8), movable pulley fixed link (1-7)
Connection type with movable pulley ontology (1-8) is welding；
Tide energy switching mechanism (2) includes tide energy liftable push plate (2-1), reset spring (2-2), pushes item (2-3), is intermediate
Fixed plate (2-4), transmission hinge bar (2-5), conversion ring mechanism (2-6), conversion ring upper end base (2-7), conversion ring intermediate supports
(2-8), reset spring (2-2) are located at the right side of tide energy liftable push plate (2-1), and reset spring (2-2) can rise with tide energy
The connection type for dropping push plate (2-1) is welding, pushes item (2-3) to be located at the right side of tide energy liftable push plate (2-1), pushes item
The connection type of (2-3) and tide energy liftable push plate (2-1) is welding, and middle fixing plate (2-4) is located at reset spring (2-2)
Right side, the connection type of middle fixing plate (2-4) and reset spring (2-2) are welding, push item (2-3) and middle fixing plate
(2-4) is matched, and pushes the fit system position clearance fit of item (2-3) and middle fixing plate (2-4), is driven hinge bar (2-5)
It is connected with item (2-3) is pushed, transmission hinge bar (2-5) and the connection type for pushing item (2-3) are hinged, transmission hinge bar (2-
5) it is connected with conversion ring mechanism (2-6), transmission hinge bar (2-5) and the connection type for converting ring mechanism (2-6) are hinged, conversion
Ring upper end base (2-7) is located at the top of conversion ring mechanism (2-6), conversion ring upper end base (2-7) and the company for converting ring mechanism (2-6)
Mode is connect as welding, conversion ring intermediate supports (2-8) is connected with conversion ring mechanism (2-6), converts ring intermediate supports (2-8) and turns
The connection type of ring change mechanism (2-6) is welding；
Tide energy liftable push plate (2-1) includes sliding block (2-1-1), tide energy push plate (2-1-2), rises plate tight locking button (2-1-
3) it, rises plate locking hole (2-1-4), rise plate ontology (2-1-5), sliding block (2-1-1) is located under tide energy push plate (2-1-2)
Square, the connection type of sliding block (2-1-1) and tide energy push plate (2-1-2) are welding, rise plate tight locking button (2-1-3) and tide energy
Push plate (2-1-2) is connected, and rising plate tight locking button (2-1-3) with the connection type of tide energy push plate (2-1-2) is that spiral is connect, and rises
Starting board ontology (2-1-5) setting rises plate ontology (2-1-5) and tide energy push plate (2- in the inside of tide energy push plate (2-1-2)
Fit system 1-2) is clearance fit, rises plate locking hole (2-1-4) and is opened in rise plate ontology (2-1-5)；
Conversion ring mechanism (2-6) includes conversion ring body (2-6-1), back-moving spring (2-6-2), catch bar sliding slot (2-6-3), pushes away
Lever (2-6-4), back-moving spring (2-6-2) setting conversion ring body (2-6-1) inside, back-moving spring (2-6-2) with turn
The connection type of ring change ontology (2-6-1) is welding, and catch bar sliding slot (2-6-3) is opened in conversion ring body (2-6-1), is pushed
Bar (2-6-4) is arranged in the inside of catch bar sliding slot (2-6-3), the cooperation of catch bar (2-6-4) and catch bar sliding slot (2-6-3)
Mode is clearance fit, and back-moving spring (2-6-2) is connected with catch bar (2-6-4), back-moving spring (2-6-2) and catch bar (2-
Connection type 6-4) is welding；
Mechanical energy switching mechanism (3) includes turning wheel (3-1), power transmission belt (3-2), sectioned coil mechanism (3-3), moves forever
Magnetic mechanism (3-4), driving motor (3-6), drives spiral (3-7), safe buffering seat (3-8), turning wheel (3- at reinforcing bar (3-5)
1) it is connected with power transmission belt (3-2), the connection type of turning wheel (3-1) and power transmission belt (3-2) are flexible connection, power transmission belt
(3-2) is connected with sectioned coil mechanism (3-3), and the connection type of power transmission belt (3-2) and sectioned coil mechanism (3-3) are flexibility
Connection, removable permanent magnet mechanism (3-4) are connected with reinforcing bar (3-5), move permanent magnet mechanism (3-4) and reinforcing bar (3-5)
Fit system is clearance fit, and driving spiral (3-7) is located at the lower section of driving motor (3-6), driving spiral (3-7) and driving electricity
The connection type of machine (3-6) is expansion set connection, and driving spiral (3-7) passes through removable permanent magnet mechanism (3-4), drives spiral (3-
It 7) is to engage with the connection type of removable permanent magnet mechanism (3-4), safe buffering seat (3-8) and removable permanent magnet mechanism (3-4)
It is connected, the connection type of safe buffering seat (3-8) and removable permanent magnet mechanism (3-4) are welding；
Turning wheel (3-1) includes that turning wheel fixing axle (3-1-1), belt pulley (3-1-2), turning wheel ontology (3-1-3), blade are solid
Fixed button (3-1-4), blade (3-1-5), turning wheel fixing axle (3-1-1) are connected with turning wheel ontology (3-1-3), and turning wheel is fixed
Axis (3-1-1) is that bearing is connect with the connection type of turning wheel ontology (3-1-3), belt pulley (3-1-2) and turning wheel ontology (3-
1-3) it is connected, the connection type of belt pulley (3-1-2) and turning wheel ontology (3-1-3) are welding, blade (3-1-5) and turning wheel
Ontology (3-1-3) is locked at one piece by blade fixing buckle (3-1-4), blade fixing buckle (3-1-4) and turning wheel ontology (3-1-
3) connection Ei mode is spiral connection；
Sectioned coil mechanism (3-3) includes fixing axle A (3-3-1), belt pulley A (3-3-2), sectioned coil (3-3-3), fixed disk
(3-3-4), fixing axle A (3-3-1) are connected with fixed disk (3-3-4), the connection of fixing axle A (3-3-1) and fixed disk (3-3-4)
Mode is bearing connection, and belt pulley A (3-3-2) is connected with fixed disk (3-3-4), belt pulley A (3-3-2) and fixed disk (3-3-
4) connection type is welding, and sectioned coil (3-3-3) is connected with fixed disk (3-3-4), sectioned coil (3-3-3) and fixed disk
The connection type of (3-3-4) is welding；
Removable permanent magnet mechanism (3-4) includes permanent magnet (3-4-1), permanent magnet fixing seat (3-4-2), permanent magnet fixing screws
(3-4-3), intermediate connecting rod (3-4-4), drive seat (3-4-5), inside spin (3-4-6), permanent magnet (3-4-1) and permanent magnetism ferropexy
Seat (3-4-2) is fixed on one piece by permanent magnet fixing screws (3-4-3), and permanent magnet fixing screws (3-4-3) and permanent magnet are solid
The connection type of reservation (3-4-2) is spiral connection, and intermediate connecting rod (3-4-4) is connected with permanent magnet fixing seat (3-4-2), intermediate
The connection type of connecting rod (3-4-4) and permanent magnet fixing seat (3-4-2) are welding, drive seat (3-4-5) and intermediate connecting rod (3-4-
4) it is connected, the connection type of drive seat (3-4-5) and intermediate connecting rod (3-4-4) are welding, and inside spin (3-4-6) is attacked in drive seat
On (3-4-5)；
Driving motor (3-6) includes driving motor seat (3-6-1), driving motor ontology (3-6-2), drive motor shaft (3-6-3),
The connection type of driving motor seat (3-6-1) and driving motor ontology (3-6-2) are welding, drive motor shaft (3-6-3) setting
In the inside of driving motor ontology (3-6-2), the connection type of drive motor shaft (3-6-3) is bearing connection；
Driving spiral (3-7) includes drive shaft (3-7-1), right-handed screw (3-7-2), backpitch (3-7-3), right-handed screw (3-7-2)
Connection type with drive shaft (3-7-1) is to weld, and the connection type of backpitch (3-7-3) and drive shaft (3-7-1) are welding；
Safe buffering seat (3-8) includes buffing pad (3-8-1), buffer spring (3-8-2), and buffer spring (3-8-2) is located at two
Buffing pad (3-8-1) is intermediate, and the connection type of buffer spring (3-8-2) and buffing pad (3-8-1) are welding；
Tide energy switching mechanism (2) is arranged in the inside of casing mechanism (1), tide energy switching mechanism (2) and casing mechanism (1)
Connection type is part welding, portion gap cooperation, and mechanical energy switching mechanism (3) is arranged in the inside of casing mechanism (1), mechanical
Energy converter structure (3) is that split bearing is connect, part is welded with the connection type of casing mechanism (1).
2. a kind of tidal-energy electric generator set according to claim 1, it is characterised in that: the casing ontology (1-1)
Material is stainless steel.
3. a kind of tidal-energy electric generator set according to claim 1, it is characterised in that: the back-moving spring (2-6-2),
The material of buffer spring (3-8-2) is high-carbon steel.
4. a kind of tidal-energy electric generator set according to claim 1, it is characterised in that: the drive shaft (3-7-1)
Material is 40Cr.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811216062.0A CN109026515B (en) | 2018-10-18 | 2018-10-18 | Tidal power generation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811216062.0A CN109026515B (en) | 2018-10-18 | 2018-10-18 | Tidal power generation device |
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| CN109026515B CN109026515B (en) | 2020-04-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109519348A (en) * | 2019-01-16 | 2019-03-26 | 张树祥 | Counting device is got in a kind of power generation of multifuctional solar ready |
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| CN202091101U (en) * | 2011-06-03 | 2011-12-28 | 马明辉 | Tidal energy power generation device |
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| CN109026515B (en) | 2020-04-28 |
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