CN104675614B - Pure-mechanical float combined type wave energy collecting and transmitting device and float pure-mechanical power generation system formed there-from - Google Patents
Pure-mechanical float combined type wave energy collecting and transmitting device and float pure-mechanical power generation system formed there-from Download PDFInfo
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- CN104675614B CN104675614B CN201510100738.XA CN201510100738A CN104675614B CN 104675614 B CN104675614 B CN 104675614B CN 201510100738 A CN201510100738 A CN 201510100738A CN 104675614 B CN104675614 B CN 104675614B
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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 invention relates to a pure-mechanical float combined type wave energy collecting and transmitting device and a float pure-mechanical power generation system formed there-from, and belongs to the technical field of wave power generation. The energy generated by up and down float of waves is concentrated by a plurality of ratchet structures, and the energy is output stably with a spring as a buffer element. The device and system provided by the invention have the following beneficial effects that 20% of equipment energy consumption is reduced due to the fact that a large hydraulic system and a pressure stabilizing system are not required; the equipment body is arranged on the position of 4-5m high from the water surface, a protective cover can be arranged, the big wave is considered, the cost is low, the device and system are not likely to be corroded and are easy to maintain; with the pure-mechanical float type, the device and system can be mounted and used with right waves; with the spring as the energy buffer element, the energy can be output stably.
Description
Technical field
The present invention relates to wave-activated power generation technical field, particularly relates to a kind of purely mechanic floating combined type Wave energy
The cursory purely mechanic electricity generation system of collecting conveyor and its composition.
Background technology
Existing wave-power device is that, used as energy collecting device, hydraulic system needs using large-scale hydraulic system mostly
Corresponding basis instrument is set up at the bottom, equipment energy consumption is high, and construction cost is high；The energy that hydraulic system is collected is very unstable,
When it is big when it is little, need to be equipped with electronic regulation system and carry out stable energy output, generating efficiency is low；Existing wave energy collection device
It is placed in underwater operation more, is easily corroded, maintenance difficulty is big.Being wave-activated power generation is located without sending out bottleneck business-like.
The present invention adopts the buffer element of spring energy, the electronic system without large-scale hydraulic system and complexity, equipment
Energy consumption is low, is hardly damaged, and easy care is not afraid of billow.Purely mechanic two level conversion generates electricity, and solves existing wave energy collection device
Energy absorbing efficiency is low, and equipment energy consumption is high, fragile, the high problem of difficult maintenance cost.
The content of the invention
The technical problem to be solved in the present invention is, maintenance difficulties high for existing wave energy collection device cost of electricity-generating
Greatly, electric energy exports jiggly problem, proposes a kind of purely mechanic, combined type, low cost, easy care, output energy stabilization it is pure
Machinery floating combined type wave energy collection conveyer, recycles purely mechanic floating combined type wave energy collection conveyer
It is combined into a kind of cursory purely mechanic electricity generation system.
Cursory purely mechanic of a kind of purely mechanic floating combined type wave energy collection conveyer of the present invention and its composition
Electric system is to complete by following technical solution：Purely mechanic floating combined type wave energy collection conveyer is by support 1, short rank
Terraced shaft transmission gear 2, short multidiameter spring firm banking 3, long ladder shaft transmission gear 4, long multidiameter spring firm banking 5,
Long multidiameter ratchet-gear wheel 6, long multidiameter ratchet 7, long ladder bearing housing 8, long multidiameter 9, bevel gear 10, swing arm bearing housing
11st, arm shaft 12, swing arm shaft gear 13, float 14, swing arm 15, ratchet gag lever post 16, short multidiameter 17, short ladder bearing housing
18th, short multidiameter ratchet 19, short multidiameter ratchet-gear wheel 20, short multidiameter spring 21, long multidiameter spring 22, short multidiameter spring
Mobile base 23, long multidiameter spring mobile base 24, short multidiameter axle sleeve 25, long multidiameter axle sleeve 26 are constituted；Wherein, long rank
Terraced bearing housing 8, swing arm bearing housing 11, short ladder bearing housing 18 are arranged on support 1 by bolt, and arm shaft 12 passes through
Bearing is arranged on swing arm bearing housing 11, and swing arm 15 is fixed on arm shaft 12, and float 14 is fixed in swing arm 14, arm shaft
Gear 13 is fixed on arm shaft 12；Short multidiameter 17 is arranged on short ladder bearing housing 18 by bearing, and short multidiameter is passed
Moving gear 2 is fixed on short multidiameter 17, and short multidiameter spring firm banking 3 is fixed on short multidiameter, short multidiameter axle sleeve
25 are arranged on short multidiameter 17, and short multidiameter ratchet 19 is fixed on short multidiameter axle sleeve 25, and short multidiameter ratchet-gear wheel 20 is fixed
On short multidiameter axle sleeve 25, short multidiameter spring mobile base 23 is fixed on short multidiameter axle sleeve 25, short multidiameter spring
21 two ends are separately fixed in short multidiameter spring mobile base 23 and short multidiameter spring firm banking 3；Long multidiameter 9 leads to
Bearing is crossed on long ladder bearing housing 8, long ladder shaft transmission gear 4 is fixed on long multidiameter 9, long multidiameter spring
Firm banking 5 is fixed on long multidiameter 9, and long multidiameter axle sleeve 26 is arranged on long multidiameter 9, and long multidiameter ratchet-gear wheel 6 is consolidated
It is scheduled on long multidiameter axle sleeve 26, long multidiameter ratchet 7 is fixed on long multidiameter axle sleeve 26, long multidiameter spring mobile base
24 are fixed on long multidiameter axle sleeve 26, and the two ends of long multidiameter spring 22 are separately fixed at long multidiameter spring firm banking 5
In long multidiameter spring mobile base 24；Short ladder shaft transmission gear 2 is engaged with long ladder shaft transmission gear 4, arm shaft
Gear 13 is engaged with long multidiameter ratchet-gear wheel 6, and swing arm shaft gear 13 is with short multidiameter ratchet-gear wheel 20 to cooperation；Bevel gear 10 is consolidated
It is scheduled on long multidiameter 9.
Described long multidiameter ratchet-gear wheel 6 is by long multidiameter ratchet-gear wheel outer shroud 601, long multidiameter ratchet-gear wheel inner ring 602, length
Multidiameter ratchet-gear wheel ratchet 603, long multidiameter ratchet-gear wheel spring leaf 604 are constituted, and the long multidiameter ratchet 7 is by long multidiameter spine
Wheel outer shroud 701, long multidiameter ratchet inner ring 702, long multidiameter click 703, long multidiameter ratchet spring piece 704 are constituted,
Described short multidiameter ratchet 19 is by short multidiameter ratchet outer shroud 1901, short multidiameter ratchet inner ring 1902, short multidiameter ratchet
Ratchet 1903, short multidiameter ratchet spring piece 1904 are constituted, described short multidiameter ratchet-gear wheel 20 by short multidiameter ratchet-gear wheel outside
Ring 2001, short multidiameter ratchet-gear wheel inner ring 2002, short multidiameter ratchet-gear wheel ratchet 2003, short multidiameter ratchet-gear wheel spring leaf 2004
Composition.
Described short multidiameter ratchet 19 is identical with the structure of long multidiameter ratchet 7, short multidiameter ratchet-gear wheel 20 and long rank
The structure of terraced axle ratchet-gear wheel 6 is identical；Wherein, short multidiameter ratchet outer shroud 1901 is hinged in short multidiameter ratchet inner ring 1902,
Short multidiameter click 1903 is hinged in short multidiameter ratchet inner ring 1902, the two ends of short multidiameter ratchet spring piece 1904
It is hinged on short multidiameter click 1903 and is hinged in short multidiameter ratchet inner ring 1902, in short multidiameter click
1903 and short multidiameter ratchet spring piece 1904 in the presence of, short multidiameter ratchet outer shroud 1901 can only be in short multidiameter ratchet
The one-directional rotation of ring 1902；Long multidiameter ratchet outer shroud 2001 is hinged in long multidiameter ratchet inner ring 2002, long multidiameter ratchet
Ratchet 2003 is hinged in long multidiameter ratchet inner ring 2002, and the two ends of long multidiameter ratchet spring piece 2004 are hinged on long ladder
Axle click 2003 and it is hinged in long multidiameter ratchet inner ring 2002, in long multidiameter click 2003 and long multidiameter
In the presence of ratchet spring piece 2004, long multidiameter ratchet outer shroud 2001 can only unidirectionally turn around long multidiameter ratchet inner ring 2002
It is dynamic；Short multidiameter ratchet 19 is identical with the one-directional rotation direction of short multidiameter ratchet-gear wheel 20, long multidiameter ratchet 7 and long multidiameter
The one-directional rotation direction of ratchet-gear wheel 6 is identical, the one-directional rotation direction phase of short multidiameter ratchet-gear wheel 20 and long multidiameter ratchet-gear wheel 6
Instead.
Described short multidiameter axle sleeve 25 is arranged on short multidiameter 17, and long multidiameter axle sleeve 26 is arranged on long multidiameter 9
On, short multidiameter axle sleeve 25 can rotate around short multidiameter 17, and long multidiameter axle sleeve 26 can rotate around long multidiameter 9；Short multidiameter
Spring mobile base 30 is fixed on short multidiameter axle sleeve 25, and short multidiameter spring firm banking 3 is fixed on short multidiameter 17,
The two ends of short multidiameter spring 21 are separately fixed at short multidiameter spring mobile base 23 and short multidiameter spring firm banking 3
On, long multidiameter spring mobile base 24 is fixed on long multidiameter axle sleeve 26, and long multidiameter spring firm banking 5 is fixed on length
On multidiameter 9, the two ends of long multidiameter spring 22 are separately fixed at long multidiameter spring mobile base 24 and long multidiameter spring
On firm banking 5, short multidiameter axle sleeve 25 can not directly drive short multidiameter 17 to rotate, but pass sequentially through short multidiameter spring
Mobile base 23, short multidiameter spring 21, short multidiameter spring firm banking 3 drive short multidiameter 17 to rotate, long multidiameter axle
Set 26 can not directly drive long multidiameter 9 to rotate, but pass sequentially through the long multidiameter spring mobile base 24, long multidiameter of drive
Spring 22, long multidiameter spring firm banking 5 are driving long multidiameter 9 to rotate；Long multidiameter spring 22 and short multidiameter spring
21 rotation direction is different.
Described short ladder shaft transmission gear 2 is coordinated on short multidiameter 17 by keyway, long multidiameter driving cog
Wheel 4 is arranged on long multidiameter 9, and long ladder shaft transmission gear 4 and short ladder shaft transmission gear 2 are engaged, and separate unit energy is received
The short multidiameter 17 of acquisition means and the Double-directional rotary of long multidiameter 9 are combined together and become one-directional rotation.
By wave ballast system, several purely mechanic floating combined type wave energy collections are transmitted cursory purely mechanic electricity generation system
Device and generating mechanism constitute, and wherein generating mechanism is by long multidiameter generating gear 32, gearbox input gear 33, gearbox
34th, gearbox output gear 35, generator gear 36 and generator 37 are constituted；Gearbox 34 and generator 37 pass through respectively bolt
Connection is arranged in frame 27, and long multidiameter generating gear 32 is coordinated on long multidiameter 9 by keyway, gearbox input
Gear 33 is coordinated on the input shaft of gearbox 34 by keyway, gearbox input gear 33 and long multidiameter generating gear
32 are engaged, and gearbox output gear 35 is coordinated on the output shaft of gearbox 34 by keyway, and generator gear 36 leads to
Cross keyway to coordinate on the axle of generator 37, gearbox output gear 35 and generator gear 36 are engaged；Wave is steady
System is made up of frame 27, keg float 28, counterweight chain 29, counterweight 30；Wherein keg float 28 is arranged in frame, counterweight chain 29
One end is arranged on keg float 28, and the other end and the counterweight 30 of counterweight chain link together.
The present invention is made using conventional anti-corrosion material.
A kind of purely mechanic floating combined type wave energy collection conveyer of the invention has have as follows compared with prior art
Beneficial effect：
1st, collection of energy conveyer does not have large-scale hydraulic test and electronic system, and cost of electricity-generating is low.
2nd, using spring as be can element, can stable output energy.
3rd, energy gathering devices work on the water, reduce the speed being corroded, and reduce maintenance difficulty.
4th, this equipment only has keg float and float in water, and other parts 4-5 rice all on the water surface, major part has protection
Cover.
Description of the drawings
Fig. 1 is the schematic perspective view one of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Fig. 2 is the schematic perspective view two of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Fig. 3 is the schematic perspective view three of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Fig. 4 is the left view schematic diagram of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Fig. 5 is that the right side of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention regards schematic diagram.
Fig. 6 is the location A cross-sectional schematic of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Fig. 7 is the B location enlarged diagram of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Fig. 8 is the front-view schematic diagram of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Fig. 9 is the K positions enlarged diagram of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention.
Figure 10 is that the E positions section view of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention is illustrated
Figure.
Figure 11 is that the location of C of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention amplifies signal
Figure.
Figure 12 is that the F positions section view of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention is illustrated
Figure.
Figure 13 is that signal is amplified in the D positions of the purely mechanic floating combined type wave energy collection conveyer structure of the present invention
Figure.
Figure 14 is the solid of the long multidiameter ratchet-gear wheel of the purely mechanic floating combined type wave energy collection conveyer of the present invention
Schematic diagram.
Figure 15 is the forward sight of the long multidiameter ratchet-gear wheel of the purely mechanic floating combined type wave energy collection conveyer of the present invention
Schematic diagram.
Figure 16 is the section view of the long multidiameter ratchet-gear wheel of the purely mechanic floating combined type wave energy collection conveyer of the present invention
Schematic diagram.
Figure 17 is the G positions of the long multidiameter ratchet-gear wheel of the purely mechanic floating combined type wave energy collection conveyer of the present invention
Cross-sectional schematic.
Figure 18 is that the solid of the long multidiameter ratchet of the purely mechanic floating combined type wave energy collection conveyer of the present invention is shown
It is intended to.
Figure 19 is that the forward sight of the long multidiameter ratchet of the purely mechanic floating combined type wave energy collection conveyer of the present invention is shown
It is intended to.
Figure 20 is that the section view of the long multidiameter ratchet of the purely mechanic floating combined type wave energy collection conveyer of the present invention is shown
It is intended to.
Figure 21 is that the H positions that long multidiameter ratchet is put in the purely mechanic floating combined type wave energy collection dress transmission of the present invention are cutd open
Depending on schematic diagram.
Figure 22 is the schematic perspective view of cursory purely mechanic power generation system structure in the embodiment of the present invention 2.
Figure 23 is the close-up schematic view of the M positions of cursory purely mechanic power generation system structure in the embodiment of the present invention 2.
Figure 24 is the side schematic view of cursory purely mechanic power generation system structure in the embodiment of the present invention 2.
Figure 25 is the schematic top plan view of cursory purely mechanic power generation system structure in the embodiment of the present invention 2.
In figure：The long multidiameter transmission of the short ladder shaft transmission gear of 1- supports, 2-, the short multidiameter spring firm bankings of 3-, 4-
The long multidiameter spring firm banking of gear, 5-, the long multidiameter ratchet-gear wheels of 6-, the long multidiameter ratchets of 7-, the long ladder bearing housings of 8-,
The long multidiameters of 9-, 10- bevel gears, 11- swing arm bearing housings, 12- arm shafts, 13- swing arm shaft gears, 14- floats, 15- swing arms,
16- ratchet gag lever posts, the short multidiameters of 17-, the short ladder bearing housings of 18-, the short multidiameter ratchets of 19-, the short multidiameter ratchets of 20-
The long multidiameter spring of wheel, the short multidiameter springs of 21-, the long multidiameter springs of 22-, the short multidiameter spring mobile bases of 23-, 24- is lived
The short multidiameter axle sleeve of dynamic base, 25-, the long multidiameter axle sleeves of 26-, 27- frames, 28- keg floats, 29- counterweight chains, 30- counterweights,
The long multidiameter generating gear of 31- shaft couplings, 32-, 33- gearbox input gears, 34- gearboxes, 35- gearbox output gears,
36- generator gears, 37- generators, 38- water；
The long multidiameter ratchet-gear wheel outer shrouds of 601-, the long multidiameter ratchet-gear wheel inner ring of 602-, the long multidiameter ratchet-gear wheel ratchets of 603-,
The long multidiameter ratchet-gear wheel spring leafs of 604-, the long multidiameter ratchet outer shrouds of 701-, the long multidiameter ratchet inner ring of 702-, the long ladders of 703-
In the long multidiameter ratchet spring piece of axle click, 704-, the short multidiameter ratchet outer shrouds of 1901-, the short multidiameter ratchets of 1902-
The short multidiameter click of ring, 1903-, the short multidiameter ratchet spring pieces of 1904-, the short multidiameter ratchet-gear wheel outer shrouds of 2001-,
The short multidiameter ratchet-gear wheel inner ring of 2002-, the short multidiameter ratchet-gear wheel ratchets of 2003-, the short multidiameter ratchet-gear wheel spring leafs of 2004-；
A- cross-sectional schematic A, B- close-up schematic view B, C- close-up schematic view C, C- close-up schematic view C,
D- close-up schematic view D, E- cross-sectional schematic E, F- cross-sectional schematic F, G- cross-sectional schematic G, H- cross-sectional schematics H, K-
Close-up schematic view K, M- close-up schematic view M.
Specific embodiment
Below in conjunction with the accompanying drawings with the course of work to a kind of purely mechanic floating combined type wave energy collection transmission dress of the invention
The cursory purely mechanic electricity generation system technical scheme put and its constitute is further described.
Embodiment 1（Single purely mechanic floating combined type wave energy collection conveyer structure）：As shown in Fig. 1-Figure 21,
The purely mechanic floating combined type wave energy collection conveyer of the present invention is by support 1, short ladder shaft transmission gear 2, short multidiameter
Spring firm banking 3, long ladder shaft transmission gear 4, long multidiameter spring firm banking 5, long multidiameter ratchet-gear wheel 6, long ladder
Axle ratchet 7, long ladder bearing housing 8, long multidiameter 9, bevel gear 10, swing arm bearing housing 11, arm shaft 12, swing arm shaft gear
13rd, float 14, swing arm 15, ratchet gag lever post 16, short multidiameter 17, short ladder bearing housing 18, short multidiameter ratchet 19, short rank
Terraced axle ratchet-gear wheel 20, short multidiameter spring 21, long multidiameter spring 22, short multidiameter spring mobile base 23, long multidiameter bullet
Spring mobile base 24, short multidiameter axle sleeve 25, long multidiameter axle sleeve 26 are constituted；Long multidiameter ratchet-gear wheel 6 is by long multidiameter ratchet
Wheel outer shroud 601, long multidiameter ratchet-gear wheel inner ring 602, long multidiameter ratchet-gear wheel ratchet 603, long multidiameter ratchet-gear wheel spring leaf 604
Composition, long multidiameter ratchet 7 is by long multidiameter ratchet outer shroud 701, long multidiameter ratchet inner ring 702, long multidiameter click
703rd, long multidiameter ratchet spring piece 704 is constituted, and short multidiameter ratchet 19 is by short multidiameter ratchet outer shroud 1901, short multidiameter spine
Wheel inner ring 1902, short multidiameter click 1903, short multidiameter ratchet spring piece 1904 are constituted, short multidiameter ratchet-gear wheel 20 by
Short multidiameter ratchet-gear wheel outer shroud 2001, short multidiameter ratchet-gear wheel inner ring 2002, short multidiameter ratchet-gear wheel ratchet 2003, short multidiameter
Ratchet-gear wheel spring leaf 2004 is constituted；Wherein, long ladder bearing housing 8, swing arm bearing housing 11, short ladder bearing housing 18 pass through
Bolt is arranged on support 1, and arm shaft 12 is arranged on swing arm bearing housing 11 by bearing, and swing arm 15 is fixed on arm shaft 12
On, float 14 is fixed in swing arm 14, and swing arm shaft gear 13 is fixed on arm shaft 12；Short multidiameter 17 is arranged on by bearing
On short ladder bearing housing 18, short ladder shaft transmission gear 2 is fixed on short multidiameter 17, short multidiameter spring firm banking 3
It is fixed on short multidiameter, short multidiameter axle sleeve 25 is arranged on short multidiameter 17, and short multidiameter ratchet 19 is fixed on short ladder
Axle axle sleeve 25, short multidiameter ratchet-gear wheel 20 is fixed on short multidiameter axle sleeve 25, and short multidiameter spring mobile base 23 is fixed on
On short multidiameter axle sleeve 25, the two ends of short multidiameter spring 21 are separately fixed at short multidiameter spring mobile base 23 and short ladder
On axle spring firm banking 3；Long multidiameter 9 is arranged on long ladder bearing housing 8 by bearing, long ladder shaft transmission gear 4
It is fixed on long multidiameter 9, long multidiameter spring firm banking 5 is fixed on long multidiameter 9, and long multidiameter axle sleeve 26 is arranged on
On long multidiameter 9, long multidiameter ratchet-gear wheel 6 is fixed on long multidiameter axle sleeve 26, and long multidiameter ratchet 7 is fixed on long multidiameter
On axle sleeve 26, long multidiameter spring mobile base 24 is fixed on long multidiameter axle sleeve 26, the two ends point of long multidiameter spring 22
It is not fixed on long multidiameter spring firm banking 5 and long multidiameter spring mobile base 24；Short ladder shaft transmission gear 2 and length
Ladder shaft transmission gear 4 is engaged, and swing arm shaft gear 13 is engaged with long multidiameter ratchet-gear wheel 6, swing arm shaft gear 13 and short rank
Terraced axle ratchet-gear wheel 20 is to cooperation；Bevel gear 10 is fixed on long multidiameter 9.
Described short multidiameter ratchet 19 and the structure of long multidiameter ratchet 7 is identical, the short He of multidiameter ratchet-gear wheel 20
The structure of long multidiameter ratchet-gear wheel 6 is identical；Wherein, short multidiameter ratchet outer shroud 1901 is hinged on short multidiameter ratchet inner ring
On 1902, short multidiameter click 1903 is hinged in short multidiameter ratchet inner ring 1902, short multidiameter ratchet spring piece
1904 two ends are hinged on short multidiameter click 1903 and are hinged in short multidiameter ratchet inner ring 1902, in short multidiameter
In the presence of click 1903 and short multidiameter ratchet spring piece 1904, short multidiameter ratchet outer shroud 1901 can only be around short ladder
The one-directional rotation of axle ratchet inner ring 1902, long multidiameter ratchet outer shroud 2001 is hinged in long multidiameter ratchet inner ring 2002, long rank
Terraced axle click 2003 is hinged in long multidiameter ratchet inner ring 2002, and the two ends of long multidiameter ratchet spring piece 2004 are hinged
Long multidiameter click 2003 and it is being hinged in long multidiameter ratchet inner ring 2002, in the long He of multidiameter click 2003
In the presence of long multidiameter ratchet spring piece 2004, long multidiameter ratchet outer shroud 2001 can only be around long multidiameter ratchet inner ring 2002
One-directional rotation；Short multidiameter ratchet 19 is identical with the one-directional rotation direction of short multidiameter ratchet-gear wheel 20, long multidiameter ratchet 7 and long
The one-directional rotation direction of multidiameter ratchet-gear wheel 6 is identical, the one-directional rotation side of short multidiameter ratchet-gear wheel 20 and long multidiameter ratchet-gear wheel 6
To contrary.
Described short multidiameter axle sleeve 25 is arranged on short multidiameter 17, and long multidiameter axle sleeve 26 is arranged on long multidiameter 9
On, short multidiameter axle sleeve 25 can rotate around short multidiameter 17, and long multidiameter axle sleeve 26 can rotate around long multidiameter 9；Short multidiameter
Spring mobile base 30 is fixed on short multidiameter axle sleeve 25, and short multidiameter spring firm banking 3 is fixed on short multidiameter 17,
The two ends of short multidiameter spring 21 are separately fixed at short multidiameter spring mobile base 23 and short multidiameter spring firm banking 3
On, long multidiameter spring mobile base 24 is fixed on long multidiameter axle sleeve 26, and long multidiameter spring firm banking 5 is fixed on length
On multidiameter 9, the two ends of long multidiameter spring 22 are separately fixed at long multidiameter spring mobile base 24 and long multidiameter spring
On firm banking 5, short multidiameter axle sleeve 25 can not directly drive short multidiameter 17 to rotate, but pass sequentially through short multidiameter spring
Mobile base 23, short multidiameter spring 21, short multidiameter spring firm banking 3 drive short multidiameter 17 to rotate, long multidiameter axle
Set 26 can not directly drive long multidiameter 9 to rotate, but pass sequentially through the long multidiameter spring mobile base 24, long multidiameter of drive
Spring 22, long multidiameter spring firm banking 5 are driving long multidiameter 9 to rotate；Long multidiameter spring 22 be left-handed spring, short rank
Terraced axle spring 21 is dextrorotation spring.
Described short ladder shaft transmission gear 2 is coordinated on short multidiameter 17 by keyway, long multidiameter driving cog
Wheel 4 is arranged on long multidiameter 9, and long ladder shaft transmission gear 4 and short ladder shaft transmission gear 2 are engaged, and separate unit energy is received
The short multidiameter 17 of acquisition means and the Double-directional rotary of long multidiameter 9 are combined together and become one-directional rotation.
The course of work of the present invention is as follows：Support 1 is installed on the shelf for floating on the surface, now float 14 floats over water
On face.
When there is wave stroke to float 14, float 14 floats, and float 14 drives swing arm 15 to float, and swing arm 15 drives swing arm
Axle 12 rotates a certain angle, and arm shaft 12 drives swing arm shaft gear 13 to rotate to an angle, and swing arm shaft gear 13 drives long rank
Terraced axle ratchet-gear wheel outer shroud 601 and short multidiameter ratchet-gear wheel outer shroud 2001 rotate a certain angle, due to the long He of multidiameter ratchet-gear wheel 6
The single direction rotation effect of short multidiameter ratchet-gear wheel 20, when float 14 floats, rotates can only long multidiameter ratchet-gear wheel inner ring 602,
Long multidiameter ratchet-gear wheel inner ring 602 drives successively long multidiameter axle sleeve 26, long multidiameter spring mobile base 24, long multidiameter bullet
Spring 22, long multidiameter spring firm banking 5, long multidiameter 9, long ladder shaft transmission gear 4 are rotated, long multidiameter ratchet-gear wheel 6,
In the presence of short multidiameter ratchet 19, ratchet gag lever post 16, long multidiameter spring mobile base 24 can only be rotated in one direction.
When float 14 declines under gravity, float 14 drives swing arm 15 to decline, and swing arm 15 drives arm shaft 12
Rotate a certain angle, arm shaft 12 drives swing arm shaft gear 13 to rotate to an angle, and swing arm shaft gear 13 drives long multidiameter
Ratchet-gear wheel outer shroud 601 and short multidiameter ratchet-gear wheel outer shroud 2001 rotate a certain angle, due to long multidiameter ratchet-gear wheel 6 and short rank
The single direction rotation effect of terraced axle ratchet-gear wheel 20, when float 14 declines, rotates can only short multidiameter ratchet-gear wheel inner ring 2002, short rank
Terraced axle ratchet-gear wheel inner ring 2002 drives successively short multidiameter axle sleeve 25, short multidiameter spring mobile base 23, short multidiameter spring
21st, short multidiameter spring firm banking 3, short multidiameter 17, short ladder shaft transmission gear 2 are rotated, long multidiameter ratchet-gear wheel 6,
In the presence of short multidiameter ratchet 19, ratchet gag lever post 16, short multidiameter spring firm banking 3 can only be rotated in one direction.
Short ladder shaft transmission gear 2 and long ladder shaft transmission gear 4 are engaged, and float 14 is floated and is collected when declining
Together, because spring has pooling feature, the purely mechanic floating combined type wave energy collection transmission of the present invention is filled energy hybrid
Put the stable output energy of energy.
Embodiment 2（Two hexagon circles are constituted by 18 purely mechanic floating combined type wave energy collection conveyers
Cursory purely mechanic electricity generation system）：As shown in Figure 22-Figure 25, the cursory purely mechanic electricity generation system of the present invention by wave ballast system,
Purely mechanic floating combined type wave energy collection conveyer and generating mechanism composition, each TRT is purely mechanic by 18
Floating combined type wave energy collection conveyer is lined up the nested shape of two annulus and is arranged on wave ballast system, wherein
Containing six purely mechanic floating combined type wave energy collection conveyers in inner ring, this six purely mechanic floating combined type waves
Collection of energy conveyer constitutes a generating set, passes containing 12 purely mechanic floating combined type wave energy collections in outer shroud
Device is sent, box-like wave energy collection conveyer constitutes a generating set per the purely mechanic group of floating of six adjacent outer shrouds, often
One generating set is equipped with a generating mechanism；Wave ballast system is by frame 27, keg float 28, counterweight chain 29,30 groups of counterweight
Into；Purely mechanic floating combined type wave energy collection conveyer is by support 1, short ladder shaft transmission gear 2, short multidiameter spring
Firm banking 3, long ladder shaft transmission gear 4, long multidiameter spring firm banking 5, long multidiameter ratchet-gear wheel 6, long multidiameter spine
Wheel 7, long ladder bearing housing 8, long multidiameter 9, bevel gear 10, swing arm bearing housing 11, arm shaft 12, swing arm shaft gear 13,
Float 14, swing arm 15, ratchet gag lever post 16, short multidiameter 17, short ladder bearing housing 18, short multidiameter ratchet 19, short ladder
Axle ratchet-gear wheel 20, short multidiameter spring 21, long multidiameter spring 22, short multidiameter spring mobile base 23, long multidiameter spring
Mobile base 24, short multidiameter axle sleeve 25, long multidiameter axle sleeve 26 are constituted；Generating mechanism by by long multidiameter generating gear 32,
Gearbox input gear 33, gearbox 34, gearbox output gear 35, generator gear 36 and generator 37 are constituted；Wherein, float
Bucket 28 is arranged in frame 27, and one end of counterweight chain 29 is arranged on keg float 28, and the other end and the counterweight 30 of counterweight chain connect
It is connected together；Long ladder bearing housing 8, swing arm bearing housing 11, short ladder bearing housing 18 are arranged on support 1 by bolt
On, arm shaft 12 is arranged on swing arm bearing housing 11 by bearing, and swing arm 15 is fixed on arm shaft 12, and float 14 is fixed on
In swing arm 15, swing arm shaft gear 13 is fixed on arm shaft 12；Short multidiameter 17 is arranged on short ladder bearing housing by bearing
On 18, short ladder shaft transmission gear 2 is fixed on short multidiameter 17, and short multidiameter spring firm banking 3 is fixed on short multidiameter
On, short multidiameter axle sleeve 25 is arranged on short multidiameter 17, and short multidiameter ratchet 19 is fixed on short multidiameter axle sleeve 25, short ladder
Axle ratchet-gear wheel 20 is fixed on short multidiameter axle sleeve 25, and short multidiameter spring mobile base 23 is fixed on short multidiameter axle sleeve 25
On, the two ends of short multidiameter spring 21 are separately fixed at short multidiameter spring mobile base 23 and short multidiameter spring firm banking
On 3；Long multidiameter 9 is arranged on long ladder bearing housing 8 by bearing, and long ladder shaft transmission gear 4 is fixed on long multidiameter 9
On, long multidiameter spring firm banking 5 is fixed on long multidiameter 9, and long multidiameter axle sleeve 26 is arranged on long multidiameter 9, long
Multidiameter ratchet-gear wheel 6 is fixed on long multidiameter axle sleeve 26, and long multidiameter ratchet 7 is fixed on long multidiameter axle sleeve 26, long rank
Terraced axle spring mobile base 24 is fixed on long multidiameter axle sleeve 26, and the two ends of long multidiameter spring 22 are separately fixed at long ladder
On axle spring firm banking 5 and long multidiameter spring mobile base 24；Short ladder shaft transmission gear 2 and long ladder shaft transmission gear
4 are engaged, and swing arm shaft gear 13 is engaged with long multidiameter ratchet-gear wheel 6, swing arm shaft gear 13 and short multidiameter ratchet-gear wheel 20 to
Coordinate；Bevel gear 10 is fixed on long multidiameter 9；Long ladder shaft bevel gears 10 are coordinated on long multidiameter 9 by keyway,
Long ladder shaft bevel gears 10 on different long multidiameters 9 are engaged, and the two ends of shaft coupling 31 are connected to two different length
On multidiameter 9, the long multidiameter 9 in same generating set is linked together by shaft coupling 31 and bevel gear 10, not same
Without connection between the long multidiameter 9 of one generating set；Gearbox 34 and generator 37 are bolted respectively installed in machine
On frame 27, long multidiameter generating gear 32 is coordinated on long multidiameter 9 by keyway, and gearbox input gear 33 passes through key
Groove coordinates on the input shaft of gearbox 34, and gearbox input gear 33 and long multidiameter generating gear 32 are engaged, and becomes
Fast case output gear 35 is coordinated on the output shaft of gearbox 34 by keyway, and generator gear 36 is coordinated by keyway pacifies
It is mounted on the axle of generator 37, gearbox output gear 35 and generator gear 36 are engaged.
Described short multidiameter ratchet 19 and the structure of long multidiameter ratchet 7 is identical, the short He of multidiameter ratchet-gear wheel 20
The structure of long multidiameter ratchet-gear wheel 6 is identical；Wherein, short multidiameter ratchet outer shroud 1901 is hinged on short multidiameter ratchet inner ring
On 1902, short multidiameter click 1903 is hinged in short multidiameter ratchet inner ring 1902, short multidiameter ratchet spring piece
1904 two ends are hinged on short multidiameter click 1903 and are hinged in short multidiameter ratchet inner ring 1902, in short multidiameter
In the presence of click 1903 and short multidiameter ratchet spring piece 1904, short multidiameter ratchet outer shroud 1901 can only be around short ladder
The one-directional rotation of axle ratchet inner ring 1902, long multidiameter ratchet outer shroud 2001 is hinged in long multidiameter ratchet inner ring 2002, long rank
Terraced axle click 2003 is hinged in long multidiameter ratchet inner ring 2002, and the two ends of long multidiameter ratchet spring piece 2004 are hinged
Long multidiameter click 2003 and it is being hinged in long multidiameter ratchet inner ring 2002, in the long He of multidiameter click 2003
In the presence of long multidiameter ratchet spring piece 2004, long multidiameter ratchet outer shroud 2001 can only be around long multidiameter ratchet inner ring 2002
One-directional rotation；Short multidiameter ratchet 19 is identical with the one-directional rotation direction of short multidiameter ratchet-gear wheel 20, long multidiameter ratchet 7 and long
The one-directional rotation direction of multidiameter ratchet-gear wheel 6 is identical, the one-directional rotation side of short multidiameter ratchet-gear wheel 20 and long multidiameter ratchet-gear wheel 6
To contrary.
Described short multidiameter axle sleeve 25 is arranged on short multidiameter 17, and long multidiameter axle sleeve 26 is arranged on long multidiameter 9
On, short multidiameter axle sleeve 25 can rotate around short multidiameter 17, and long multidiameter axle sleeve 26 can rotate around long multidiameter 9；Short multidiameter
Spring mobile base 30 is fixed on short multidiameter axle sleeve 25, and short multidiameter spring firm banking 3 is fixed on short multidiameter 17,
The two ends of short multidiameter spring 21 are separately fixed at short multidiameter spring mobile base 23 and short multidiameter spring firm banking 3
On, long multidiameter spring mobile base 24 is fixed on long multidiameter axle sleeve 26, and long multidiameter spring firm banking 5 is fixed on length
On multidiameter 9, the two ends of long multidiameter spring 22 are separately fixed at long multidiameter spring mobile base 24 and long multidiameter spring
On firm banking 5, short multidiameter axle sleeve 25 can not directly drive short multidiameter 17 to rotate, but pass sequentially through short multidiameter spring
Mobile base 23, short multidiameter spring 21, short multidiameter spring firm banking 3 drive short multidiameter 17 to rotate, long multidiameter axle
Set 26 can not directly drive long multidiameter 9 to rotate, but pass sequentially through the long multidiameter spring mobile base 24, long multidiameter of drive
Spring 22, long multidiameter spring firm banking 5 are driving long multidiameter 9 to rotate；Long multidiameter spring 22 be left-handed spring, short rank
Terraced axle spring 21 is dextrorotation spring.
Described short ladder shaft transmission gear 2 is coordinated on short multidiameter 17 by keyway, long multidiameter driving cog
Wheel 4 is arranged on long multidiameter 9, and long ladder shaft transmission gear 4 and short ladder shaft transmission gear 2 are engaged, and separate unit energy is received
The short multidiameter 17 of acquisition means and the Double-directional rotary of long multidiameter 9 are combined together and become one-directional rotation.
Described long ladder shaft bevel gears 10 are coordinated on long multidiameter 9, on different long multidiameters 9 by keyway
Long ladder shaft bevel gears 10 are engaged, and the two ends of shaft coupling 31 are connected on two different long multidiameters 9, shaft coupling 31
With long ladder shaft bevel gears 10 by the long multidiameter 9 of same group of purely mechanic energy combined type wave energy collection conveyer
It is rotatably assorted together, the energy of multiple purely mechanic floating combined type wave energy collection conveyers is combined, phase
Mutually mixing, can send stable electric energy.
Described gearbox 34 and generator 37 is bolted respectively in frame 27, long multidiameter generating tooth
Wheel 32 is coordinated on long multidiameter 9 by keyway, and gearbox input gear 33 is coordinated installed in gearbox 34 by keyway
Input shaft on, gearbox input gear 33 and long multidiameter generating gear 32 are engaged, and gearbox output gear 35 passes through key
Groove coordinates on the output shaft of gearbox 34, and generator gear 36 is coordinated on the axle of generator 37 by keyway,
Gearbox output gear 35 and generator gear 36 are engaged, and by energy absorption device, energy is all focused on long multidiameter 9,
Long multidiameter 9 is rotated, and long multidiameter generating gear 32, gearbox input gear 33, the internal gear of gearbox 34 is driven successively, is become
Fast case output gear 35, generator gear 36 are rotated, and then drive generator 37 to rotate generating.
The course of work of the present invention is as follows：TRT is put on horizontal plane, as shown in figure 3, now keg float 28 is big
Partially submerged counterweight 30 is totally submerged in water 38 in water 38, and float 14 swims in the surface of water.
Because the TRT of the present embodiment is made up of multiple purely mechanic floating combined type wave energy collection conveyers,
The course of work of each purely mechanic floating combined type wave energy collection conveyer is identical, so only to a purely mechanic floating
The course of work of combined type wave energy collection conveyer is described, when there is wave stroke to float 14, on float 14
Floating, float 14 drives swing arm 15 to float, and swing arm 15 drives arm shaft 12 to rotate a certain angle, and arm shaft 12 drives arm shaft tooth
Wheel 13 rotates to an angle, and swing arm shaft gear 13 drives long multidiameter ratchet-gear wheel outer shroud 601 and short multidiameter ratchet-gear wheel outer shroud
2001 rotate a certain angle, because the single direction rotation of long multidiameter ratchet-gear wheel 6 and short multidiameter ratchet-gear wheel 20 is acted on, float 14
During floating, rotate can only long multidiameter ratchet-gear wheel inner ring 602, long multidiameter ratchet-gear wheel inner ring 602 drives successively long multidiameter
Axle sleeve 26, long multidiameter spring mobile base 24, long multidiameter spring 22, long multidiameter spring firm banking 5, long multidiameter 9,
Long ladder shaft transmission gear 4 is rotated, in the presence of long multidiameter ratchet-gear wheel 6, short multidiameter ratchet 19, ratchet gag lever post 16,
Long multidiameter spring mobile base 24 can only be rotated in one direction.
When float 14 declines under gravity, float 14 drives swing arm 15 to decline, and swing arm 15 drives arm shaft 12
Rotate a certain angle, arm shaft 12 drives swing arm shaft gear 13 to rotate to an angle, and swing arm shaft gear 13 drives long multidiameter
Ratchet-gear wheel outer shroud 601 and short multidiameter ratchet-gear wheel outer shroud 2001 rotate a certain angle, due to long multidiameter ratchet-gear wheel 6 and short rank
The single direction rotation effect of terraced axle ratchet-gear wheel 20, when float 14 declines, rotates can only short multidiameter ratchet-gear wheel inner ring 2002, short rank
Terraced axle ratchet-gear wheel inner ring 2002 drives successively short multidiameter axle sleeve 25, short multidiameter spring mobile base 23, short multidiameter spring
21st, short multidiameter spring firm banking 3, short multidiameter 17, short ladder shaft transmission gear 2 are rotated, long multidiameter ratchet-gear wheel 6,
In the presence of short multidiameter ratchet 19, ratchet gag lever post 16, short multidiameter spring firm banking 3 can only be rotated in one direction.
Short ladder shaft transmission gear 2 and long ladder shaft transmission gear 4 are engaged, and float 14 is floated and is collected when declining
Energy hybrid together, due to difference it is purely mechanic floating combined type wave energy collection conveyers long ladder shaft bevel gears 10
With Bu Tong it is purely mechanic floating combined type wave energy collection conveyer shaft coupling 31 mating reaction, in same generating set
In it is different purely mechanic floating combined type wave energy collection conveyer energy hybrid together.
Long multidiameter 9 drives successively long multidiameter generating gear 32, gearbox input gear 33, the inner teeth of gearbox 34
Wheel, gearbox output gear 35, generator gear 36 are rotated, and then drive generator 37 to rotate generating.
Embodiment 2 is only a kind of shape that the purely mechanic floating combined type wave energy collection conveyer of the present invention is applied in combination
Formula, collection of energy conveyer can also constitute the electricity generation system of other shapes, for example：In-line, two fonts, rectangle, it is polygon
Shape；The shaft coupling 31 and bevel gear 10 for connecting long multidiameter 9 is a kind of connection between different collection of energy conveyers
Mode, the long multidiameter 9 of different-energy collecting conveyor can be by other connected mode connections, for example, chain, straight-tooth
Wheel.
Claims (6)
1. one kind is purely mechanic floats combined type wave energy collection conveyer, it is characterised in that the energy collecting device is by support
（1）, short ladder shaft transmission gear（2）, short multidiameter spring firm banking（3）, long ladder shaft transmission gear（4）, long multidiameter
Spring firm banking（5）, long multidiameter ratchet-gear wheel（6）, long multidiameter ratchet（7）, long ladder bearing housing（8）, long multidiameter
（9）, bevel gear（10）, swing arm bearing housing（11）, arm shaft（12）, swing arm shaft gear（13）, float（14）, swing arm（15）、
Ratchet gag lever post（16）, short multidiameter（17）, short ladder bearing housing（18）, short multidiameter ratchet（19）, short multidiameter ratchet
Wheel（20）, short multidiameter spring（21）, long multidiameter spring（22）, short multidiameter spring mobile base（23）, long multidiameter bullet
Spring mobile base（24）, short multidiameter axle sleeve（25）, long multidiameter axle sleeve（26）Composition；
Wherein, long ladder bearing housing（8）, swing arm bearing housing（11）, short ladder bearing housing（18）It is arranged on by bolt
Support（1）On, arm shaft（12）Swing arm bearing housing is arranged on by bearing（11）On, swing arm（15）It is fixed on arm shaft（12）
On, float（14）It is fixed on swing arm（15）On, swing arm shaft gear（13）It is fixed on arm shaft（12）On；Short multidiameter（17）Pass through
Bearing is arranged on short ladder bearing housing（18）On, short ladder shaft transmission gear（2）It is fixed on short multidiameter（17）On, short ladder
Axle spring firm banking（3）It is fixed on short multidiameter, short multidiameter axle sleeve（25）Installed in short multidiameter（17）On, short ladder
Axle ratchet（19）It is fixed on short multidiameter axle sleeve（25）, short multidiameter ratchet-gear wheel（20）It is fixed on short multidiameter axle sleeve（25）On,
Short multidiameter spring mobile base（23）It is fixed on short multidiameter axle sleeve（25）On, short multidiameter spring（21）Two ends it is solid respectively
It is scheduled on short multidiameter spring mobile base（23）With short multidiameter spring firm banking（3）On；Long multidiameter（9）Pacified by bearing
It is mounted in long ladder bearing housing（8）On, long ladder shaft transmission gear（4）It is fixed on long multidiameter（9）On, long multidiameter spring is consolidated
Determine base（5）It is fixed on long multidiameter（9）On, long multidiameter axle sleeve（26）Installed in long multidiameter（9）On, long multidiameter ratchet
Wheel（6）It is fixed on long multidiameter axle sleeve（26）On, long multidiameter ratchet（7）It is fixed on long multidiameter axle sleeve（26）On, long ladder
Axle spring mobile base（24）It is fixed on long multidiameter axle sleeve（26）On, long multidiameter spring（22）Two ends be separately fixed at length
Multidiameter spring firm banking（5）With long multidiameter spring mobile base（24）On；Short ladder shaft transmission gear（2）With long ladder
Shaft transmission gear（4）It is engaged, swing arm shaft gear（13）With long multidiameter ratchet-gear wheel（6）It is engaged, swing arm shaft gear（13）With
Short multidiameter ratchet-gear wheel（20）To cooperation；Bevel gear（10）It is fixed on long multidiameter（9）On.
2. the purely mechanic floating combined type wave energy collection conveyer according to claims 1, it is characterised in that long
Multidiameter ratchet-gear wheel（6）By long multidiameter ratchet-gear wheel outer shroud（601）, long multidiameter ratchet-gear wheel inner ring（602）, long multidiameter ratchet
Wheel ratchet（603）, long multidiameter ratchet-gear wheel spring leaf（604）Composition, the long multidiameter ratchet（7）Outside by long multidiameter ratchet
Ring（701）, long multidiameter ratchet inner ring（702）, long multidiameter click（703）, long multidiameter ratchet spring piece（704）Group
Into described short multidiameter ratchet（19）By short multidiameter ratchet outer shroud（1901）, short multidiameter ratchet inner ring（1902）, short rank
Terraced axle click（1903）, short multidiameter ratchet spring piece（1904）Composition, described short multidiameter ratchet-gear wheel（20）By short
Multidiameter ratchet-gear wheel outer shroud（2001）, short multidiameter ratchet-gear wheel inner ring（2002）, short multidiameter ratchet-gear wheel ratchet（2003）, short rank
Terraced axle ratchet-gear wheel spring leaf（2004）Composition.
3. the box-like wave energy collection conveyer of purely mechanic group of floating according to claims 1, it is characterised in that short
Multidiameter ratchet（19）With long multidiameter ratchet（7）Structure it is identical, short multidiameter ratchet-gear wheel（20）With long multidiameter ratchet-gear wheel
（6）Structure it is identical；Wherein, short multidiameter ratchet outer shroud（1901）It is hinged on short multidiameter ratchet inner ring（1902）On, short rank
Terraced axle click（1903）It is hinged on short multidiameter ratchet inner ring（1902）On, short multidiameter ratchet spring piece（1904）Two
End is hinged on short multidiameter click（1903）Be hinged on short multidiameter ratchet inner ring（1902）On, in short multidiameter ratchet
Ratchet（1903）With short multidiameter ratchet spring piece（1904）In the presence of, short multidiameter ratchet outer shroud（1901）Can only be around short rank
Terraced axle ratchet inner ring（1902）One-directional rotation；Long multidiameter ratchet outer shroud（2001）It is hinged on long multidiameter ratchet inner ring（2002）
On, long multidiameter click（2003）It is hinged on long multidiameter ratchet inner ring（2002）On, long multidiameter ratchet spring piece
（2004）Two ends be hinged on long multidiameter click（2003）Be hinged on long multidiameter ratchet inner ring（2002）On, growing
Multidiameter click（2003）With long multidiameter ratchet spring piece（2004）In the presence of, long multidiameter ratchet outer shroud（2001）
Can only be around long multidiameter ratchet inner ring（2002）One-directional rotation；Short multidiameter ratchet（19）With short multidiameter ratchet-gear wheel（20）List
It is identical to rotation direction, long multidiameter ratchet（7）With long multidiameter ratchet-gear wheel（6）One-directional rotation direction it is identical, short multidiameter
Ratchet-gear wheel（20）With long multidiameter ratchet-gear wheel（6）One-directional rotation it is in opposite direction.
4. the purely mechanic floating combined type wave energy collection conveyer according to claims 1, it is characterised in that short
Multidiameter axle sleeve（25）Installed in short multidiameter（17）On, long multidiameter axle sleeve（26）Installed in long multidiameter（9）On, short ladder
Axle axle sleeve（25）Can be around short multidiameter（17）Rotation, long multidiameter axle sleeve（26）Can be around long multidiameter（9）Rotation；Short multidiameter bullet
Spring mobile base（23）It is fixed on short multidiameter axle sleeve（25）On, short multidiameter spring firm banking（3）It is fixed on short multidiameter
（17）On, short multidiameter spring（21）Two ends be separately fixed at short multidiameter spring mobile base（23）With short multidiameter spring
Firm banking（3）On, long multidiameter spring mobile base（24）It is fixed on long multidiameter axle sleeve（26）On, long multidiameter spring is consolidated
Determine base（5）It is fixed on long multidiameter（9）On, long multidiameter spring（22）Two ends be separately fixed at the activity of long multidiameter spring
Base（24）With long multidiameter spring firm banking（5）On, short multidiameter axle sleeve（25）Short multidiameter can not directly be driven（17）
Rotation, but pass sequentially through short multidiameter spring mobile base（23）, short multidiameter spring（21）, short multidiameter spring fix bottom
Seat（3）Drive short multidiameter（17）Rotation, long multidiameter axle sleeve（26）Long multidiameter can not directly be driven（9）Rotation, but according to
It is secondary by driving long multidiameter spring mobile base（24）, long multidiameter spring（22）, long multidiameter spring firm banking（5）Come
Drive long multidiameter（9）Rotation；Long multidiameter spring（22）With short multidiameter spring（21）Rotation direction it is different.
5. the purely mechanic floating combined type wave energy collection conveyer according to claims 1, it is characterised in that short
Ladder shaft transmission gear（2）Coordinated by keyway and be arranged on short multidiameter（17）On, long ladder shaft transmission gear（4）Installed in length
Multidiameter（9）On, long ladder shaft transmission gear（4）With short ladder shaft transmission gear（2）It is engaged, by separate unit energy collecting device
Short multidiameter（17）With long multidiameter（9）Double-directional rotary be combined together and become one-directional rotation.
6. usage right requires purely mechanic of the floating that purely mechanic floating combined type wave energy collection conveyer described in 1 is constituted
Electric system, it is characterised in that the purely mechanic electricity generation system of floating is by wave ballast system, several purely mechanic floating combined type wave energies
Amount collecting conveyor and generating mechanism composition, wherein generating mechanism is by long multidiameter generating gear（32）, gearbox input tooth
Wheel（33）, gearbox（34）, gearbox output gear（35）, generator gear（36）And generator（37）Composition；Gearbox
（34）And generator（37）It is bolted respectively installed in frame（27）On, long multidiameter generating gear（32）By keyway
Coordinate and be arranged on long multidiameter（9）On, gearbox input gear（33）Coordinated by keyway and be arranged on gearbox（34）Input
On axle, gearbox input gear（33）With long multidiameter generating gear（32）It is engaged, gearbox output gear（35）By key
Groove coordinates installed in gearbox（34）Output shaft on, generator gear（36）Coordinated by keyway and be arranged on generator（37）'s
On axle, gearbox output gear（35）And generator gear（36）It is engaged；Wave ballast system is by frame（27）, keg float
（28）, counterweight chain（29）, counterweight（30）Composition；Wherein keg float（28）In frame, counterweight chain（29）One end peace
It is mounted in keg float（28）On, the other end and counterweight of counterweight chain（30）Link together.
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|---|---|---|---|
| CN201510100738.XA CN104675614B (en) | 2015-03-09 | 2015-03-09 | Pure-mechanical float combined type wave energy collecting and transmitting device and float pure-mechanical power generation system formed there-from |
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| CN201510100738.XA CN104675614B (en) | 2015-03-09 | 2015-03-09 | Pure-mechanical float combined type wave energy collecting and transmitting device and float pure-mechanical power generation system formed there-from |
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| Publication Number | Publication Date |
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| CN104675614B true CN104675614B (en) | 2017-05-10 |
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| CN110285009A (en) * | 2019-07-11 | 2019-09-27 | 王佩洁 | A kind of marine environmental monitoring station energy conversion apparatus |
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| CN112610391B (en) * | 2020-12-16 | 2021-12-31 | 王兴奎 | Single-gear-ring double-rotation-driven wave energy collecting device |
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| DE10113409A1 (en) * | 2001-03-20 | 2002-10-02 | Helmut Heuer | Wind and wave power system, stands on 3 or more pillars floating in sea bed, and has flotation tubes encased in base parts consisting of at least 3 independent units with 3 flushing line connections |
| CN201723358U (en) * | 2010-05-27 | 2011-01-26 | 夏一和 | Sea tide reversing type two-way generator |
| US20120025531A1 (en) * | 2010-07-30 | 2012-02-02 | Montgomery William S | Energy generation using intermediary buffering |
| CN102787964B (en) * | 2012-08-16 | 2015-09-30 | 上海海洋大学 | Pendulum wave energy power generation |
| CN204175515U (en) * | 2014-09-24 | 2015-02-25 | 无锡津天阳激光电子有限公司 | A kind of mobile under casing formula overturns buoyancy tank ocean wave generator entirely |
| CN204755169U (en) * | 2015-03-09 | 2015-11-11 | 陈兴国 | Float pure machinery and make up formula wave energy collection conveying power generation facility |
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