CN208153241U - It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching - Google Patents
It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching Download PDFInfo
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- CN208153241U CN208153241U CN201820305103.2U CN201820305103U CN208153241U CN 208153241 U CN208153241 U CN 208153241U CN 201820305103 U CN201820305103 U CN 201820305103U CN 208153241 U CN208153241 U CN 208153241U
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- 241000272517 Anseriformes Species 0.000 title claims abstract description 46
- 238000007667 floating Methods 0.000 title claims abstract description 44
- 238000010248 power generation Methods 0.000 title claims abstract description 31
- 230000002457 bidirectional effect Effects 0.000 claims abstract description 24
- 230000002045 lasting effect Effects 0.000 claims abstract description 7
- 239000002184 metal Substances 0.000 claims description 19
- 230000005611 electricity Effects 0.000 abstract description 4
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- 238000006243 chemical reaction Methods 0.000 abstract description 2
- 230000035945 sensitivity Effects 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 8
- 238000010521 absorption reaction Methods 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 238000003967 crop rotation Methods 0.000 description 2
- 238000005096 rolling process Methods 0.000 description 2
- 238000012546 transfer Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 238000013016 damping Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 239000012530 fluid Substances 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/30—Energy from the sea, e.g. using wave energy or salinity gradient
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Abstract
It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, belong to the new energy field using power generation with marine energy.The wave-activated power generation mechanism at work, wave energy convert mechanical energy in terms of high conversion efficiency；Lesser wave can be perceived, high sensitivity can make the revolving speed of rotor be multiplied by the acceleration of speed increaser, promote wave power utilization efficiency；Flying wheel makes generator continually and steadily generate electricity, and reduces the difficulty and cost of power regulation commutation system；The unilateral bearing up and down of wave-activated power generation mechanism is used cooperatively the lasting one-directional rotation that can convert canard floating body to the swing of optional frequency, amplitude flying wheel, shaft, so that mechanical energy is converted electric energy by traditional rotary generator；The direction unidirectionally persistently rotated is parallel to the axis of canard floating body by vertical bidirectional commutator by being converted to perpendicular to the axis of canard floating body, solves the problems, such as that pitching occurs in entire wave energy generating set.
Description
Technical field
The utility model relates to a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, which can pacify
Loaded in canard floating body or canard wave-absorbing bank, belong to the new energy field using power generation with marine energy.
Background technique
There is the Wave energy converter of a kind of " canard of nodding " in marine Wave-activated power generation equipment, the design of the device is rigorous, horizontal
Cross section profile is in asymmetric pattern, and front end (face of heading sea) is smaller, and rear portion (lee side) is larger, and underwater portion is arc-shaped, dress
It sets and pendulum motion occurs around rotation axis under the wave action, and almost all of shortwave can be intercepted, this wave energy turns
Transfer efficiency of the changing device in shortwave can be close in 100%.
Although wave-activated power generation is studied after decades of development, successively there are tens kinds of different power generator.It is based on
The fluid pressure type wave-activated generator of canard floating body still remains following disadvantage：Structure is complicated, it is easy to damage, it is difficult repair, it is with high costs, make
It is low with the service life, and when the waves are smaller, easily stopping working causes its effective time shorter.And it is existing based on canard
It is whole due to the axis there are the direction of rotation of single flying wheel perpendicular to canard floating body in the mechanical wave-activated power generation mechanism of floating body
A wave electric power system constitutes a gyroscope equipment, when by wave torque rolling is occurred for canard floating body, gyroscope
Precession can promote entire canard floating body that pitching occurs, and pitching reduces the absorption efficiency of canard buoy wave energy, insufficient
Place further includes：Huge structure is heavy, it is rubbed it is more, manufacturing cost is high, easily break down, energy loss is big, in addition, some
Wave damping apparatus has pendulum motion during wave absorption, this swings kinetic energy and is originated from wave energy, but is usually wasted.
Summary of the invention
For many deficiencies of the prior art, the utility model provide it is a kind of based on canard floating body without the mechanical wave of pitching
Unrestrained power generation mechanism.The wave-activated power generation mechanism should use the canard floating body with high wave energy and mechanical energy transfer efficiency,
Setting structure is simple in canard floating body, light-weight, low cost, the highly reliable no mechanical power generation mechanism of pitching, effective to solve
Structure bulky present in the existing mechanical wave power generator based on canard floating body, floating body pitching, the rapid wear difficulty of having determined are repaired, are imitated
The too low problem of energy.
The technical solution adopted in the utility model is：It is a kind of based on canard floating body without the mechanical wave-activated generator of pitching
Structure, it includes canard floating body, right generator and left generator, it further include right speed increaser, left speed increaser, right pouring weight, left pouring weight,
Parallel commutator, vertical unidirectional commutator, vertical bidirectional commutator, right flying wheel and left flying wheel, the canard floating body and position
It is fixedly connected in the first rotating shaft on same axis with the 6th shaft, is fixed respectively with right generator housing, left generator housing
Right pouring weight, the left pouring weight of connection pass through first connecting rod, second connecting rod and right speed increaser shell, the fixed company of left speed increaser shell respectively
It connects, left generator housing is fixedly connected by third connecting rod with parallel commutator shell；Right increasing in the right speed increaser shell
The input terminal of fast device connects first rotating shaft, and output end connects the second shaft, the input terminal of the left speed increaser in left speed increaser shell
The 6th shaft is connected, output end connects the 5th shaft；In the parallel commutator be equipped with the intermeshing first left angular wheel,
First upper conical gear, the first right angular wheel and the first inferior pyramidal gear, and be fixedly connected with parallel commutator shell
First left bearing, the first upper bearing (metal), the first right bearing, the first lower bearing, the first left angular wheel, the first upper conical gear,
One right angular wheel and the first inferior pyramidal gear are respectively and by the first left bearing, the first upper bearing (metal), the first right bearing, the first lower axle
The 5th shaft, the 11st shaft, the 4th shaft, the 12nd shaft supported respectively is held to be fixedly connected；The vertical unidirectional commutation
The intermeshing second left angular wheel, the second upper conical gear, the second right angular wheel and the second inferior pyramidal tooth are equipped in device
Wheel, and with the second left bearing that commutator shell is fixedly connected vertical unidirectionally, the second upper bearing (metal), the second right bearing, under second
Bearing, the second left angular wheel, the second right angular wheel respectively with by the second left bearing, the second right bearing support the 4th turn
Axis, the second shaft are fixedly connected, and the second upper conical gear is passed through lower unidirectional by upper unilateral bearing and the second inferior pyramidal gear
Bearing is arranged in one end of third shaft, and third shaft is supported by the second upper bearing (metal) and the second lower bearing, third shaft with it is vertical
Third upper conical gear in two-way commutator shell is fixedly connected；Intermeshing the is equipped in the vertical bidirectional commutator
Three left angular wheels, third upper conical gear, the right angular wheel of third, and be fixedly connected with vertical bidirectional commutator shell
Third left bearing, third upper bearing (metal), third right bearing, the left angular wheel of third, third upper conical gear, the right angular wheel of third
Respectively with the 9th shaft, the third shaft, eight revolution axis that are supported respectively by third left bearing, third upper bearing (metal), third right bearing
It is fixedly connected；The wave-activated power generation mechanism at work, right speed increaser shell, left speed increaser shell, first connecting rod, second connecting rod,
Third connecting rod, right pouring weight, left pouring weight, right generator housing, left generator housing, parallel commutator shell, vertical unidirectional commutation
Device shell, vertical bidirectional commutator shell, right flying wheel, left flying wheel are with first rotating shaft and the 6th shaft as a whole
Low speed reciprocally swinging is made at center, and canard floating body, first rotating shaft, the 6th shaft make middling speed reciprocally swinging, the second shaft, the 4th turn
Axis, the 5th shaft, the first left angular wheel in parallel commutator, the first upper conical gear, the first right angular wheel and first
Inferior pyramidal gear, the second left angular wheel in vertical unidirectional commutator, the second right conical tooth crop rotation high speed reciprocating rotation, vertically
The third in the second upper conical gear, the second inferior pyramidal gear, third shaft, vertical bidirectional commutator in unidirectional commutator is left
Angular wheel, third upper conical gear, the right angular wheel of third, eight revolution axis, the 9th shaft, right flying wheel, left flying wheel,
Ten shafts, the 7th shaft make lasting high speed one-directional rotation, drive right generator, left electrical power generators.
The right flying wheel is fixedly connected with eight revolution axis, the 7th shaft, and left flying wheel and the 9th shaft, the tenth shaft are solid
Fixed connection, and the 7th shaft, the tenth shaft are connected with the rotor of right generator, left generator respectively.
The first rotating shaft, the second shaft, the 4th shaft, the 5th shaft, the 6th shaft are concentric.
7th shaft, eight revolution axis, the 9th shaft, the tenth shaft are concentric.
The right speed increaser, the speed increasing ratio of left speed increaser are identical.
The generator uses alternating current generator or dc generator.
The utility model has the beneficial effects that：
1, wave-activated power generation mechanism is based on canard floating body, has great advantage in terms of wave energy converts mechanical energy, almost can be with
Intercept all shortwaves；And the level-one wave energy high conversion efficiency in shortwave.
2, wave-activated power generation mechanism can perceive lesser wave, and high sensitivity can make motor by the acceleration of speed increaser
The revolving speed of rotor is multiplied, and promotes wave power utilization efficiency；
3, flying wheel makes generator continually and steadily generate electricity, and reduces the difficulty and cost of power regulation commutation system；
4, the unilateral bearing up and down of wave-activated power generation mechanism with the use of can be by canard floating body with optional frequency, amplitude
Swing is converted into right flying wheel, left flying wheel, the tenth shaft, the lasting one-directional rotation of the 7th shaft, so that traditional rotary electrification
Mechanical energy is converted electric energy by machine；
5, vertical bidirectional commutator is by the direction unidirectionally persistently rotated by being converted in parallel perpendicular to the axis of canard floating body
In the axis of canard floating body, and mechanical energy is divided into two, and the direction of rotation of left and right flying wheel is on the contrary, fundamentally prevent
The composition of gyroscope equipment, and then solve the problems, such as that pitching occurs in entire wave energy generating set.
6, wave-activated power generation mechanism structure is simple, reduces construction cost, maintenance cost, and its effective time is long, warp
Ji remarkable benefit, may be implemented to be widely applied.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram without the mechanical wave-activated power generation mechanism of pitching based on canard floating body.
Fig. 2 is the schematic diagram of parallel commutator.
Fig. 3 is the schematic diagram of vertical unidirectional commutator.
Fig. 4 is the schematic diagram of vertical bidirectional commutator.
In figure：1, right speed increaser shell, 1a, right speed increaser, 2a, first rotating shaft, 2b, the second shaft, 2c, third shaft,
2d, the 4th shaft, 2e, the 5th shaft, 2f, the 6th shaft, 2g, the 7th shaft, 2h, eight revolution axis, 2i, the 9th shaft, 2j,
Ten shafts, 3a, first connecting rod, 3b, second connecting rod, 3c, third connecting rod, 4a, right pouring weight, 4b, left pouring weight, 5, right generator, 5a,
Right generator housing, 6, left generator, 6a, left generator housing, 7, left speed increaser shell, 7a, left speed increaser, 8a, right inertia
Wheel, 8b, left flying wheel, 9, parallel commutator, 9a, the first left angular wheel, the first upper conical gear of 9b, 9c, the first right taper
Gear, 9d, the first inferior pyramidal gear, 9e, the first lower bearing, 9f, the first left bearing, 9g, the first upper bearing (metal), 9h, the first right axle
It holds, 9i, parallel commutator shell, 9k, the 11st shaft, 9m, the 12nd shaft, 10, vertical unidirectional commutator, 10a, second left side
Angular wheel, 10b, the second upper conical gear, 10c, the second right angular wheel, 10d, the second inferior pyramidal gear, under 10e, second
Bearing, 10f, the second left bearing, 10g, the second upper bearing (metal), 10h, the second right bearing, 10i, vertical bidirectional commutator shell, 10j,
Lower unilateral bearing, 10k, upper unilateral bearing, 11, vertical bidirectional commutator, the left angular wheel of 11a, third, 11b, third are upper conical
Gear, the right angular wheel of 11c, third, 11d, third left bearing, 11e, third upper bearing (metal), 11f, third right bearing are 11g, vertical
Two-way commutator shell, 12, canard floating body.
Specific embodiment
The technical solution of the utility model is described further with reference to the accompanying drawing.
Fig. 1 shows a kind of structural schematic diagram without the mechanical wave-activated power generation mechanism of pitching based on canard floating body.In figure,
It is this based on canard floating body without the mechanical wave-activated power generation mechanism of pitching include canard floating body 12, right generator 5, left generator 6,
Right speed increaser 1a, left speed increaser 7a, right pouring weight 4a, left pouring weight 4b, parallel commutator 9, vertical unidirectional commutator 10, vertical bidirectional
Commutator 11, right flying wheel 8a and left flying wheel 8b.The canard floating body 12 and first rotating shaft 2a and the 6th being located on same axis
Shaft 2f is fixedly connected, right pouring weight 4a, the left pouring weight 4b being respectively fixedly connected with right generator housing 5a, left generator housing 6a
It is fixedly connected respectively by first connecting rod 3a, second connecting rod 3b with right speed increaser shell 1, left speed increaser shell 7, left generator body
Body 6a is fixedly connected by third connecting rod 3c with parallel commutator shell 9i.Right speed increaser 1a's in right speed increaser shell 1 is defeated
Enter end connection first rotating shaft 2a, output end connects the second shaft 2b, and the input terminal of the left speed increaser 7a in left speed increaser shell 7 connects
The 6th shaft 2f is met, output end connects the 5th shaft 2e.The wave-activated power generation mechanism at work, right speed increaser shell 1, left speedup
Device shell 7, first connecting rod 3a, second connecting rod 3b, third connecting rod 3c, right pouring weight 4a, left pouring weight 4b, right generator housing 5a, a left side
Generator housing 6a, parallel commutator shell 9i, vertical unidirectional commutator shell 10i, vertical bidirectional commutator shell 11g, the right side
Flying wheel 8a, left flying wheel 8b make low speed reciprocally swinging centered on first rotating shaft 2a and the 6th shaft 2f as a whole,
Canard floating body 12, first rotating shaft 2a, the 6th shaft 2f make middling speed reciprocally swinging, the second shaft 2b, the 4th shaft 2d, the 5th shaft
Under the first left angular wheel 9a, the first upper conical gear 9b, the first right angular wheel 9c and first in 2e, parallel commutator 9
Angular wheel 9d, the second left angular wheel 10a in vertical unidirectional commutator 10, that the second right angular wheel 10c makees high speed is reciprocal
Rotation, it is the second upper conical gear 10b, the second inferior pyramidal gear 10d, third shaft 2c in vertical unidirectional commutator 10, vertical
The left angular wheel 11a of third, third upper conical gear 11b, the right angular wheel 11c of third, eight revolution in two-way commutator 11
Axis 2h, the 9th shaft 2i, right flying wheel 8a, left flying wheel 8b, the tenth shaft 2j, the 7th shaft 2g make lasting high speed and unidirectionally turn
It is dynamic, drive right generator 5, left generator 6 to generate electricity.
Fig. 2 shows the structural schematic diagrams of parallel commutator.The intermeshing first left taper is equipped in parallel commutator 9
Gear 9a, the first upper conical gear 9b, the first right angular wheel 9c and the first inferior pyramidal gear 9d, and with parallel commutator shell
The first left bearing 9f that body 9i is fixedly connected, the first upper bearing (metal) 9g, the first right bearing 9h, the first lower bearing 9e, the first left taper
Gear 9a, the first upper conical gear 9b, the first right angular wheel 9c and the first inferior pyramidal gear 9d are respectively and by the first left bearing
The 5th shaft 2e that 9f, the first upper bearing (metal) 9g, the first right bearing 9h, the first lower bearing 9e are supported respectively, the 11st shaft 9k,
Four shaft 2d, the 12nd shaft 9m are fixedly connected.
Fig. 3 shows the schematic diagram of vertical unidirectional commutator.Intermeshing second is equipped in vertical unidirectional commutator 10
Left angular wheel 10a, the second upper conical gear 10b, the second right angular wheel 10c and the second inferior pyramidal gear 10d, and with hang down
Under the second left bearing 10f that commutator shell 10i is fixedly connected straight unidirectionally, the second upper bearing (metal) 10g, the second right bearing 10h, second
Bearing 10e, the second left angular wheel 10a, the second right angular wheel 10c are respectively and by the second left bearing 10f, the second right bearing
The 4th shaft 2d, the second shaft 2b of 10h support are fixedly connected, the second upper conical gear 10b by upper unilateral bearing 10k and
Second inferior pyramidal gear 10d is arranged in one end of third shaft 2c by lower unilateral bearing 10j, and third shaft 2c is by axis on second
Hold 10g and the second lower bearing 10e support, the third upper conical gear in third shaft 2c and vertical bidirectional commutator shell 11g
11b is fixedly connected.
Fig. 4 shows the schematic diagram of vertical bidirectional commutator.Intermeshing third is equipped in vertical bidirectional commutator 11
Left angular wheel 11a, third upper conical gear 11b, the right angular wheel 11c of third, and with vertical bidirectional commutator shell 11g
On third left bearing 11d, third upper bearing (metal) 11e, the third right bearing 11f being fixedly connected, the left angular wheel 11a of third, third
The right angular wheel 11c of angular wheel 11b, third is respectively and by third left bearing 11d, third upper bearing (metal) 11e, third right bearing
The 9th shaft 2i that 11f is supported respectively, third shaft 2c, eight revolution axis 2h are fixedly connected.
Using above-mentioned technical solution, when canard floating body makees rolling motion, left speed increaser shell, right speed increaser shell,
First connecting rod, second connecting rod, third connecting rod, left pouring weight, right pouring weight, left generator housing, right generator housing, parallel commutator
Shell, vertical unidirectional commutator shell, vertical bidirectional commutator shell, right flying wheel, left flying wheel in inertia force, gravity and rub
Under the action of wiping power, slew rate is relatively low, and the first rotating shaft and the 6th shaft slew rate being fixedly connected with rocking apparatus are relatively high,
And the opposite swing speed between them is identical.This opposite swing speed is increased identical several times and passes to the by speed increaser
Two shafts and the 5th shaft, and drive the second right angular wheel, the first left angular wheel high speed reciprocating rotation.First left conical tooth
Wheel drive therewith intermeshing first upper conical gear and the first inferior pyramidal gear with contrary speed high speed reciprocating rotary
It is dynamic, drive the first right angular wheel, the 4th shaft, the second left angular wheel with the side opposite with the first left angular wheel in turn
To rotation, so far, the swing speed of the second left angular wheel is contrary with the second right angular wheel, and numerical value is identical.When second
The rotation direction of right angular wheel is directed toward left（It is right）Side（The right-hand rule, similarly hereinafter）, the rotation direction direction of the second left angular wheel
It is right（It is left）Bian Shi, the rotation direction of the second upper conical gear are directed toward（Under）Side, under the rotation direction of lower unilateral bearing is directed toward
（On）Side, upper unilateral bearing are in relieving state, are freely rotated with being directed toward the rotation direction of top, and lower unilateral bearing is in locked
State drives third shaft persistently to one-directionally rotate, and rotation direction is directed toward below.Otherwise when the rotation side of the second right angular wheel
It is right to being directed toward（It is left）Side, the rotation direction of the second left angular wheel are directed toward left（It is right）Bian Shi then descends unilateral bearing to be in and decontrols shape
State is freely rotated with being directed toward top rotation direction, and upper unilateral bearing is in locking state, and third shaft is driven to continue unidirectionally to turn
It is dynamic, and rotation direction is directed toward below, therefore third shaft one-directionally rotates always.Third upper conical gear is under the action of third shaft
Drive the right angular wheel high speed of the left angular wheel of third being engaged with, third is lasting to one-directionally rotate, and the left angular wheel of third,
The velocity of rotation of the right angular wheel of third is identical and contrary, therefore the 9th shaft, left flying wheel, the tenth shaft and eight revolution
Axis, right flying wheel, the 7th shaft velocity of rotation be also it is identical and contrary, left flying wheel, right flying wheel are in effect of inertia
It is lower so that third shaft one way stable high-speed rotation, and then generator amature rotation is driven to generate electricity
When generating equipment is in normal operating conditions, left speed increaser shell, right speed increaser shell, first connecting rod, second connect
Bar, left pouring weight, right pouring weight, left generator housing, right generator housing, parallel commutator shell, vertically unidirectionally changes third connecting rod
To device shell, vertical bidirectional commutator shell, right flying wheel, left flying wheel as a whole with first rotating shaft and the 6th shaft
Centered on make low speed reciprocally swinging, canard floating body, first rotating shaft, the 6th shaft make middling speed reciprocally swinging, the second shaft, the 4th turn
Axis, the 5th shaft, the first left angular wheel in parallel commutator, the first upper conical gear, the first right angular wheel and first
Inferior pyramidal gear, the second left angular wheel in vertical unidirectional commutator, the second right conical tooth crop rotation high speed reciprocating rotation, vertically
The third in the second upper conical gear, the second inferior pyramidal gear, third shaft, vertical bidirectional commutator in unidirectional commutator is left
Angular wheel, third upper conical gear, the right angular wheel of third, eight revolution axis, the 9th shaft, right flying wheel, left flying wheel,
Ten shafts, the 7th shaft make lasting high speed one-directional rotation, drive right generator, left electrical power generators.
Claims (6)
1. it is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, it includes canard floating body（12）, right generator
（5）With left generator（6）, it is characterized in that：It further includes right speed increaser（1a）, left speed increaser（7a）, right pouring weight（4a）, left pouring weight
（4b）, parallel commutator（9）, vertical unidirectional commutator（10）, vertical bidirectional commutator（11）, right flying wheel（8a）With left inertia
Wheel（8b）, the canard floating body（12）With the first rotating shaft being located on same axis（2a）With the 6th shaft（2f）It is fixedly connected,
With right generator housing（5a）, left generator housing（6a）The right pouring weight being respectively fixedly connected with（4a）, left pouring weight（4b）Lead to respectively
Cross first connecting rod（3a）, second connecting rod（3b）With right speed increaser shell（1）, left speed increaser shell（7）It is fixedly connected, left generator
Shell（6a）Pass through third connecting rod（3c）With parallel commutator shell（9i）It is fixedly connected；The right speed increaser shell（1）In
Right speed increaser（1a）Input terminal connect first rotating shaft（2a）, output end the second shaft of connection（2b）, left speed increaser shell（7）In
Left speed increaser（7a）Input terminal connect the 6th shaft（2f）, output end the 5th shaft of connection（2e）；The parallel commutator
（9）In be equipped with the intermeshing first left angular wheel（9a）, the first upper conical gear（9b）, the first right angular wheel（9c）With
First inferior pyramidal gear（9d）, and with parallel commutator shell（9i）The first left bearing being fixedly connected（9f）, axis on first
It holds（9g）, the first right bearing（9h）, the first lower bearing（9e）, the first left angular wheel（9a）, the first upper conical gear（9b）,
One right angular wheel（9c）With the first inferior pyramidal gear（9d）Respectively and by the first left bearing（9f）, the first upper bearing (metal)（9g）,
One right bearing（9h）, the first lower bearing（9e）The 5th shaft supported respectively（2e）, the 11st shaft（9k）, the 4th shaft
（2d）, the 12nd shaft（9m）It is fixedly connected；The vertical unidirectional commutator（10）In be equipped with the intermeshing second left taper
Gear（10a）, the second upper conical gear（10b）, the second right angular wheel（10c）With the second inferior pyramidal gear（10d）, Yi Jiyu
Vertical unidirectional commutator shell（10i）The second left bearing being fixedly connected（10f）, the second upper bearing (metal)（10g）, the second right bearing
（10h）, the second lower bearing（10e）, the second left angular wheel（10a）, the second right angular wheel（10c）Respectively and by the second left axle
It holds（10f）, the second right bearing（10h）4th shaft of support（2d）, the second shaft（2b）It is fixedly connected, the second upper conical gear
（10b）Pass through upper unilateral bearing（10k）And second inferior pyramidal gear（10d）Pass through lower unilateral bearing（10j）It is arranged in third
Shaft（2c）One end, third shaft（2c）By the second upper bearing (metal)（10g）With the second lower bearing（10e）Support, third shaft
（2c）With vertical bidirectional commutator shell（11g）In third upper conical gear（11b）It is fixedly connected；The vertical bidirectional commutation
Device（11）In be equipped with the left angular wheel of intermeshing third（11a）, third upper conical gear（11b）, the right angular wheel of third
（11c）, and with vertical bidirectional commutator shell（11g）The third left bearing being fixedly connected（11d）, third upper bearing (metal)（11e）,
Third right bearing（11f）, the left angular wheel of third（11a）, third upper conical gear（11b）, the right angular wheel of third（11c）Point
Not and by third left bearing（11d）, third upper bearing (metal)（11e）, third right bearing（11f）The 9th shaft supported respectively（2i）,
Third shaft（2c）, eight revolution axis（2h）It is fixedly connected；The wave-activated power generation mechanism at work, right speed increaser shell（1）, Zuo Zeng
Fast device shell（7）, first connecting rod（3a）, second connecting rod（3b）, third connecting rod（3c）, right pouring weight（4a）, left pouring weight（4b）, right hair
Electric machine casing（5a）, left generator housing（6a）, parallel commutator shell（9i）, vertical unidirectional commutator shell（10i）, it is vertical
Two-way commutator shell（11g）, right flying wheel（8a）, left flying wheel（8b）As a whole with first rotating shaft（2a）With the 6th
Shaft（2f）Centered on make low speed reciprocally swinging, canard floating body（12）, first rotating shaft（2a）, the 6th shaft（2f）It is reciprocal to make middling speed
It swings, the second shaft（2b）, the 4th shaft（2d）, the 5th shaft（2e）, parallel commutator（9）The left angular wheel of interior first
（9a）, the first upper conical gear（9b）, the first right angular wheel（9c）With the first inferior pyramidal gear（9d）, vertical unidirectional commutator
（10）The left angular wheel of interior second（10a）, the second right angular wheel（10c）Make high speed reciprocating rotation, vertical unidirectional commutator
（10）The second interior upper conical gear（10b）, the second inferior pyramidal gear（10d）, third shaft（2c）, vertical bidirectional commutator
（11）The left angular wheel of interior third（11a）, third upper conical gear（11b）, the right angular wheel of third（11c）, eight revolution axis
（2h）, the 9th shaft（2i）, right flying wheel（8a）, left flying wheel（8b）, the tenth shaft（2j）, the 7th shaft（2g）Make lasting
High speed one-directionally rotates, and drives right generator（5）, left generator（6）Power generation.
2. it is according to claim 1 it is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, it is characterized in that：
The right flying wheel（8a）With eight revolution axis（2h）, the 7th shaft（2g）It is fixedly connected, left flying wheel（8b）With the 9th shaft
（2i）, the tenth shaft（2j）It is fixedly connected, and the 7th shaft（2g）, the tenth shaft（2j）Respectively with right generator, left generator
Rotor be connected.
3. it is according to claim 1 it is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, it is characterized in that：
The first rotating shaft（2a）, the second shaft（2b）, the 4th shaft（2d）, the 5th shaft（2e）, the 6th shaft（2f）It is concentric.
4. it is according to claim 1 it is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, it is characterized in that：
7th shaft（2g）, eight revolution axis（2h）, the 9th shaft（2i）, the tenth shaft（2j）It is concentric.
5. it is according to claim 1 it is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, it is characterized in that：
The right speed increaser, the speed increasing ratio of left speed increaser are identical.
6. it is according to claim 1 it is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching, it is characterized in that：
The generator uses alternating current generator or dc generator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820305103.2U CN208153241U (en) | 2018-03-06 | 2018-03-06 | It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820305103.2U CN208153241U (en) | 2018-03-06 | 2018-03-06 | It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching |
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| CN208153241U true CN208153241U (en) | 2018-11-27 |
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| CN201820305103.2U Withdrawn - After Issue CN208153241U (en) | 2018-03-06 | 2018-03-06 | It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108167109A (en) * | 2018-03-06 | 2018-06-15 | 大连理工大学 | It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching |
-
2018
- 2018-03-06 CN CN201820305103.2U patent/CN208153241U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108167109A (en) * | 2018-03-06 | 2018-06-15 | 大连理工大学 | It is a kind of based on canard floating body without the mechanical wave-activated power generation mechanism of pitching |
| CN108167109B (en) * | 2018-03-06 | 2023-11-07 | 大连理工大学 | Mechanical wave power generation mechanism without longitudinal shaking based on duck-type floating body |
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