CN102213185A

CN102213185A - Wind power generation mechanism and electric motor car provided with same

Info

Publication number: CN102213185A
Application number: CN2011101202717A
Authority: CN
Inventors: 林克祥
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-07-18
Filing date: 2011-07-18
Publication date: 2011-10-12
Anticipated expiration: 2031-07-18
Also published as: CN102213185B

Abstract

The invention discloses a wind power generation mechanism which comprises a main wind wheel (8), a rotating shaft (39) and an engine body (10), wherein the main wind wheel (8) is installed on the engine body (10) through the rotating shaft (39). The wind power generation mechanism is characterized in that a swingable lever is installed on the engine body (10), one end of the lever is dynamically connected with the rotating shaft (39), and the other end of the lever is connected with a generator (1) through a transmission mechanism. According to the wind power generation mechanism with the structure, wind power is exponentially magnified by the lever through the transmission of the wind wheel, the generator is driven by a set of transmission mechanism to generate electricity, and the efficiency of wind energy is maximally utilized. The wind power generation mechanism provided by the invention has a simple structure, especially, when the wind power generation mechanism is installed on a transportation facility, continuous power generation can be realized, storage batteries of an automobile are in a state of efficient energy storage, and the distance and the range covered by the automobile are greatly increased.

Description

Wind generator set and the electric motor car of this wind generator set is housed

Technical field

The present invention relates to a kind of wind generator set, and the electric motor car that this wind generator set is housed.

Background technique

At present, electric motor car has obtained people as a kind of traffic tool pollution-free, low energy consumption and has extensively paid attention to.The kinetic energy of electric motor car source is chargeable electric accumulator, and general electric accumulator reserve of electricity is comparatively limited, and electric motor car travels and just need charge in the fixed location behind the segment distance, therefore, has greatly limited the mileage and the driving range of electric motor car.Though solar electric vehicle can utilize solar energy to be that electric accumulator replenishes a certain amount of electric energy, there is the cost height in it, run into the cloudy day rain the situation that waits the illumination deficiency can not continuous operation and the defective damaged easily of solar panel, it is bigger to apply difficulty.Therefore, people need a kind of natural resources that utilize, and the less electricity generating device that is not affected by the external environment again provides auxiliary energy for electric motor car, to enlarge the mileage and the scope of electric motor car.For this reason, just the someone has invented simple in structurely, cheap, is the wind-driven generator of electric energy with wind energy transformation.Look into Chinese patent database, obtain a patent announcement number and be CN201679643U, name is called the utility model patent of " wind-driven generator and the electric vehicle of this Electrical Discharge Machine is housed ", following content is disclosed: wind-driven generator, it is characterized in that: it comprises housing, one side of housing is offered intake grill, the rear portion sets out the air port, transmission shaft is installed in the housing, the periphery of transmission shaft is installed at least three fan blade bars, the fan blade bar is positioned at housing, and a fan blade is installed on the every fan blade bar, and an end of transmission shaft passes housing generator is installed.And the housing that discloses generator links to each other with the electric vehicle car body, and generator is by lead technology contents such as link to each other with the electric motor car energy storage device.The wind-driven generator of this structure has solved affected by environment little to a certain extent, and fixed location charging makes the deficiency of mileage and range limited system, but utilizes wind energy uninterruptable power generation motor-car electric accumulator to carry out electric power storage.But, the wind-driven generator of this structure, electric motor car travel or static state under, utilization ratio of wind energy is not high, so its energy storage effect is very general, so in the process of electric motor vehicle sliding, the electric energy that it stored up also is not enough to abundant consumption, still there is trouble through the fixed location charging of being everlasting.

Summary of the invention

Deficiency in view of the background technique existence, the technical problem to be solved in the present invention provides a kind ofly effectively to be utilized wind energy, and can amplify the electric motor car that is in the wind generator set of high-efficiency energy-storage state and this wind-driven generator is housed with the electric accumulator that really makes electric motor car.

For this reason, the present invention adopts following technological scheme to realize: a kind of wind generator set, include main air wheel, rotatingshaft and body, described main air wheel is installed on the described body by rotatingshaft, it is characterized in that installing on the described body lever that can swing, one end and the described rotatingshaft of described lever are dynamically connected, and the other end of described lever links to each other with generator by driving mechanism.

Described rotatingshaft is provided with small gear, and described body is provided with gearwheel, described small gear and gearwheel engagement, and wherein gearwheel is coaxially installed with rotating disk, and an end of described lever is connected with described rotating disk is eccentric.

Described driving mechanism comprises first gear, second gear, first tooth bar, second tooth bar and sprocket wheel, described first gear, second gear and sprocket coaxiality are installed, has unilateral bearing respectively on the axle of described installation first gear and second gear, described first tooth bar and first gear engagement, described second tooth bar and second gear engagement, and first tooth bar and second tooth bar relatively and movably are installed on the described body, and the rotating shaft of described sprocket wheel and generator is in transmission connection.

On the axle of described installation first gear and second gear flywheel is installed also.

Another technological scheme of described driving mechanism comprises cylinder, pneumatic motor, and the push rod of described cylinder is connected with an end of described lever, and the air outlet of cylinder is connected with described pneumatic motor, and the rotating shaft of described pneumatic motor is connected with the rotating shaft of described generator.

Another technological scheme of described driving mechanism comprises first gear, second gear, first sprocket wheel, second sprocket wheel, first small gear, second small gear and first quarter moon wheel, described first gear, first sprocket wheel and small gear are coaxial to be installed in first rotating shaft, and first gear and second gear all are installed in respectively in first rotating shaft and second rotating shaft by unilateral bearing, unilateral bearing on described first gear is opposite with unilateral bearing direction on second gear, described second gear, second sprocket coaxiality is installed in described second rotating shaft, described first sprocket wheel is connected with second sprocket driving, described first quarter moon wheel is connected with an end of lever, described first quarter moon wheel and described first pinion, described first gear and described second gear engagement, described second gear and second pinion, the rotating shaft of described second small gear and the rotating shaft of generator are in transmission connection.

In the 3rd technological scheme of above-mentioned driving mechanism, also be provided with flywheel in described second rotating shaft.

Another technological scheme of described driving mechanism comprises first tooth bar, second tooth bar, first gear, second gear, described first tooth bar is connected with described lever with second tooth bar, described first gear and second gear are installed in the rotating shaft by unilateral bearing, described first tooth bar and second tooth bar and corresponding first gear and second gear engagement, described rotating shaft is connected with rotary pump, described rotary pump is communicated with fuel reserve tank, described rotary pump links to each other with the oil pressure motor by oil pipe, and the output shaft of described oil pressure motor links to each other with the rotating shaft of generator.

The output shaft of described oil pressure motor links to each other with the rotating shaft of generator by speed changer.Described body also is provided with at least one secondary wind wheel, and is equipped with sprocket wheel in the rotating shaft of described main air wheel and secondary wind wheel, and this sprocket wheel connects by chain transmission, forms interlock, and the sprocket wheel of installing on the main air wheel shaft is installed by unilateral bearing.

Described lever is one or more, and what every lever all can be swung is installed on the body, and every lever head and the tail flexibly connect successively.

One end of described lever has chute, and off-centre is provided with roller on the described rotating disk, and described roller places in the chute of described lever.

Described body is provided with and first tooth bar and the corresponding sliding sleeve of second tooth bar, is provided with slide bar in the described sliding sleeve, described slide bar and corresponding first tooth bar, the connection of second tooth bar.

A kind of electric motor car that above-mentioned wind generator set is housed, it is characterized in that comprising the electric motor car car body, the described wind generator set of bonnet installed in front at the electric motor car car body, the body of described wind generator set is connected with described electric motor car car body, and described generator is connected with electric accumulator in the described electric motor car car body by lead.

Among the present invention, utilize electric motor car wind energy on every side, adopt lever principle that wind-force is amplified,, especially when the traffic tool that this power facility is housed are advanced, can carry out uninterruptable power generation effectively wind energy is converted to electric energy.The electric motor car of this wind generator set is housed, can utilize the windage that produces in the electric motor car running process to generate electricity on the one hand, especially when electric motor vehicle sliding, can make the electric motor car electric accumulator really be in dynamical energy storage state, can replenish the energy that electric motor vehicle sliding is consumed completely; On the other hand, can utilize near the wind energy power of car body, be electric motor car electric accumulator electric energy supplement, can guarantee that electric motor car can have more sufficient electric energy to supply with, and significantly improves mileage and scope in the electric motor car state of rest.

Description of drawings

Further describe correlative detail of the present invention below more in conjunction with the accompanying drawings.

Fig. 1 is the structural drawing of first embodiment of the invention; Fig. 2 is the lateral plan behind the excision generator among Fig. 1 of the present invention; Fig. 3 is the structural drawing of first embodiment of the invention; Fig. 4 is the exploded view of wind wheel interlock of the present invention; Fig. 5 is the combination assumption diagram of wind wheel interlock of the present invention; Fig. 6 extracts structural drawing behind the generator for second embodiment of the invention; Fig. 7 installs structural drawing behind the generator for second embodiment of the invention; Fig. 8 is the structural drawing of third embodiment of the invention; The structural drawing that Fig. 9 links to each other with generator for Fig. 8 of the present invention; Figure 10 is the oblique drawing of Fig. 9 of the present invention; Figure 11 installs the structural drawing of main air wheel and secondary wind wheel for third embodiment of the invention; Figure 12 is the structural drawing of four embodiment of the invention; Figure 13 is the enlarged view at Figure 12 M of the present invention place; Figure 14 installs the structural drawing of main air wheel and secondary wind wheel for Figure 12 of the present invention back side; Figure 15 is that written or printed documents invention award wind generator set is installed in the structural drawing on the electric vehicle.

Embodiment

Embodiment one: with reference to Fig. 1～Fig. 5, this wind generator set, include main air wheel 8, rotatingshaft 39 and body 10, described main air wheel 8 is installed on the described body 10 by rotatingshaft 39, four

levers

7,30,25,28 that can swing are installed on the described body 10, every lever is being installed on the body 10 of can swinging of center with

fulcrum

20,23,24,34 respectively, and every lever head and the tail flexibly connect successively; Promptly by connecting

rod

21,22,29 connect, the two ends of connecting rod 21 are hinged with the stem of the afterbody of article one lever 7 and second lever 30 respectively, by connecting rod 22, the two ends of connecting rod 22 are hinged respectively at the stem of the afterbody of second lever 30 and the 3rd lever 25, wherein the afterbody of the 3rd lever 25 and connecting rod 29 hinged after, connecting rod 29 is hinged with the 4th lever 28 stems again, article four, the afterbody of lever 28 is also hinged with another connecting rod 27, this connecting rod 27 and a cross bar 26 are hinged, and the two ends of cross bar 26 are connected with first tooth bar 14 and second tooth bar 18 respectively.Described rotatingshaft 39 is provided with small gear 5, and described body 10 is provided with gearwheel 6, described small gear 5 and gearwheel 6 engagements, and wherein gearwheel 6 is coaxially installed with rotating disk 4, wherein an end of article one lever 7 and described 4 eccentric connections of rotating disk.Specifically, article one lever 7 is connected like this with rotating disk 4: an end of described article one lever 7 has chute 3, and off-centre is provided with roller 2 on the described rotating disk 4, and described roller 2 places in the chute 3 of described article one lever 7.Rotating disk 4 rotates like this, and roller 2 rotates with rotating disk 4, to stir article one lever 7, makes all

levers

7,30,25,28 swing; The tail end of described the last item lever 28 links to each other with generator 1 by driving mechanism.Described driving mechanism comprises first gear 13, second gear 12, first tooth bar 14, second tooth bar 18 and sprocket wheel 15, described first gear 13, second gear 12 and sprocket wheel 15 coaxial installations, has unilateral bearing 32 respectively on the axle of described installation first gear 13 and second gear 12, because first tooth bar 13 and second tooth bar 12 move up and down, so after unilateral bearing 32 is installed, can be with power from same direction transmission; Described

first tooth bar

14 and 13 engagements of first gear, described

second tooth bar

18 and 12 engagements of second gear, and first tooth bar 14 and second tooth bar 18 relatively and movably are installed on the described body 10, and the rotating shaft of described sprocket wheel 15 and generator 1 is in transmission connection.On the axle of described installation first gear 13 and second gear 12 flywheel 9 is installed also, this flywheel 9 is used for stored energy, when

first gear

13 and 12 rotations of second gear, flywheel 9 can in time pass through action of inertia, power is transferred on the sprocket wheel 15, and by sprocket wheel 19 rotations in 1 rotating shaft of chain 17 drive generators, to drive generator 1 work.Also be provided with on described body 10 and first tooth bar 14 and the corresponding

sliding sleeve

16,19 of second tooth bar 18, be provided with

slide bar

33,31 in sliding

sleeve

16,19, this

slide bar

33,31 is fixedlyed connected with each self-corresponding first tooth bar 14, second tooth bar 18.Also be provided with a secondary wind wheel 11 on the described body 10, and be equipped with sprocket wheel 38 on the rotatingshaft of secondary wind wheel 11 and main air wheel 8, this sprocket wheel 38 is in transmission connection by chain 36, forms interlock, and the sprocket wheel 38 that the installation main air is taken turns on 8 rotatingshafts 39 is installed by unilateral bearing 37.This interaction relation makes the transmission in one direction of effective wind-force.

When the present invention works, main air wheel 8 and secondary wind wheel 11 are subjected to rotating under the wind-force effect, make small gear 5 rotate by rotatingshaft 39, small gear 5 drives gearwheel 6 and rotates, the effect that feasible bigger wind speed slows down, so just driving rotating disk 4 rotates, described rotating disk 4 is dynamically connected with article one lever 7 off-centre, so article one lever 7 is swung along fulcrum 20, article one, the swing of lever 7, drive second lever 30 successively, article three, lever 25 and the 4th lever 28 swings after these levers so connect, make that wind-force obtains amplifying, obtain enough power, to drive first gear 13 and second gear 12; Article four, after lever 28 swings, driving cross bar 26 moves up and down, thereby win tooth bar 14 and second tooth bar 18 are moved up and down, from Fig. 1, Fig. 2, Fig. 3 as can be known, its first tooth bar 14 and first gear 13 and second tooth bar 18 and second gear 12 engagement driving that in the space, staggers; Because first tooth bar 14, second tooth bar 18 and the first

corresponding gear

13,12 engagements of second gear, and, first gear 13, on the axle of second gear 12 unilateral bearing 32 is installed, when first tooth bar 14, when second tooth bar 18 moves up and down, a tooth bar is always arranged because the effect of unilateral bearing 32, power is passed to gear, thereby driven gear rotates, and with power by flywheel 9 stored energys, making the axle that said gear is installed drive coaxial sprocket wheel 15 rotates, this sprocket wheel 15 is in transmission connection by the sprocket wheel 19 in the rotating shaft of chain 17 and generator 1, so drive generator 1 work, make generator 1 generate electricity, generator 1 electricity can be just by the electricity storage unit accumulate in the electric motor car, to reach the purpose of generating accumulate.

Embodiment two: with reference to Fig. 6～Fig. 7, in the present embodiment, its lever is three, respectively by connecting

rod

21,22 carry out head and the tail flexibly connects, wherein connecting rod 28 is as the push rod of cylinder, but article one one end of lever 7 and connecting rod 56 hinged backs and rotating disk 4 off-centre are connected, its driving mechanism comprises cylinder 57, pneumatic motor 58, the push rod 28 of described cylinder 57 is connected with the tail end of described the 3rd lever 25, the air outlet of cylinder 57 is connected with described pneumatic motor 58 by tracheae 60, tracheae 60 is provided with one-way valve 59, when closing one-way valve 59, to reach the purpose of gas storage; After reaching certain air pressure, open one-way valve, to drive pneumatic motor, the rotating shaft of described pneumatic motor 58 is connected with the rotating shaft of described generator 1 by speed changer 55.After main air wheel 8 and secondary wind wheel 11 are subjected to wind-force, same transmission by small gear 5 and gearwheel 6, make rotating disk 4 rotate, and drive three

levers

7,30,25 respectively with

fulcrum

20,23,24 are the center swing, wind-force is amplified, article three, after lever 25 swings, drive cylinder 57 and carry out work, during cylinder 57 work, drive pneumatic motor 58 work, the rotating shaft of pneumatic motor 58 makes generator 1 generate electricity after driving the rotating shaft action of generator 1 by speed changer 55, generator 1 electricity can also reach the purpose of generating accumulate just by the electricity storage unit accumulate in the electric motor car.Other structure is identical with embodiment one, repeats no more.

Embodiment three: with reference to Fig. 8～Figure 11, this embodiment and embodiment's one difference are that lever has only one, described driving mechanism comprises first gear 43, second gear 41, first sprocket wheel 44, second sprocket wheel 47, first small gear 45, second small gear 40 and first quarter moon wheel 46, described first gear 43, first sprocket wheel 44 and first small gear, 45 coaxial being installed in first rotating shaft 63, wherein first sprocket wheel 44 and first small gear 45 are wholely set, and first gear 43 and second gear 41 all are installed in respectively in first rotating shaft 63 and second rotating shaft 64 by unilateral bearing, wherein the unilateral bearing on first gear 43 is opposite with unilateral bearing direction on second gear 41, described second gear 41, second sprocket wheel, 47 coaxial being installed in described second rotating shaft 64, described first sprocket wheel 44 and second sprocket wheel 47 are in transmission connection by chain 42, described first quarter moon wheel 46 is connected with an end of lever 7 or the end of first quarter moon wheel 46 with lever 7 is fused, described first

quarter moon wheel

46 and 45 engagements of described first small gear, described

first gear

43 and 41 engagements of second gear, and described

second gear

41 and 40 engagements of second small gear, the rotating shaft of the rotating shaft of described second small gear 49 and generator 1 is in transmission connection.After main air wheel 8 and secondary wind wheel 11 are subjected to wind-force, after interlock, same through small gear 5 drive gearwheels 6, and through rotating disk 4 eccentric drive levers 7 swings, lever 7 drives first quarter moon wheel 46 and swings up and down, when first quarter moon wheel 46 during to the bottom, power is passed to first small gear 45, the small gear 45 of winning is rotated, and first pinion rotation 45 drives first sprocket wheel 44 and rotates, owing on first gear 43 unilateral bearing is installed, so first gear 43 can not rotate, and first sprocket wheel 44 rotates by chain 42 transmissions second sprocket wheel 47, the second sprocket wheels 47, drives coaxial mounted second rotating shaft 64 and rotates, thereby driving second gear 41 rotates, and second gear 41 drives 40 rotations of second small gear, and second small gear 40 drives generator 1 work by rotating shaft, makes generator 1 generate electricity; When first quarter moon wheel 46 is upwards put, driving first small gear 45 rotates, this moment is because the effect of unilateral bearing, driving coaxial mounted first gear 43 rotates, first gear 43 drives second gear 41, drives second small gear 49 simultaneously and rotates, and drives generator 1 equally and generates electricity, generator 1 electricity can also reach the purpose of generating accumulate just by the electricity storage unit accumulate in the electric motor car.This structure can all be utilized the power of the pendulum and the bottom on the lever 7, after first quarter moon wheel 46 swings up and down, can drive second gear 41 and drive second small gear 49, and drive generator 1 generating, has effectively utilized wind energy.Simultaneously, can also be in the rotating shaft of second small gear 49 flywheel of coaxial installation (not drawing among the figure), with stored energy.Other structure of this embodiment is identical with embodiment one, repeats no more.

Embodiment four: with reference to Figure 12～Figure 14, in the present embodiment, its lever also is three, three also once head and the tail flexible connections of lever, and its Placement is identical with embodiment two; Its driving mechanism comprises first tooth bar 14, second tooth bar 18, first gear 48, second gear 49, described first tooth bar 14 is connected with the 3rd lever 25 by connecting rod 28 with second tooth bar 18, described first gear 48 and second gear 49 are installed in the rotating shaft 65 by unilateral bearing, described first tooth bar 14 and second tooth bar 18 and corresponding

first gear

48 and 49 engagements of second gear, described rotating shaft 65 is connected with rotary pump 50, described rotary pump 50 is communicated with fuel reserve tank 52, described rotary pump 50 links to each other with oil pressure motor 54 by oil pipe 51, the output shaft of described oil pressure motor 54 links to each other with the rotating shaft of generator 1 by speed changer 55, like this when wind speed reduces or increase, can drive generator by speed changer 55, make generator stably generate electricity.As Figure 14, the secondary wind wheel 11 of present embodiment has two, they and main air wheel 8 link, shown in after main air wheel 8 and secondary wind wheel 11 be subjected to wind-force, the same with embodiment one, also wind-force is passed to rotating disk 4, and the rotating disk 4 eccentric article one levers 7 that drive, second lever 30, after 25 swings of the 3rd lever, make wind-force be amplified, article three, lever 25 drive first tooth bars 14 and second tooth bar 18 move up and down, after first tooth bar 14 and second tooth bar 18 move up and down, because first tooth bar 14 and second tooth bar 18 and corresponding

first gear

48 and 49 engagements of second gear, simultaneously, first gear 48 and second gear 49 all are installed in the rotating shaft 65 by unilateral bearing, so, after first tooth bar 14 and second tooth bar 18 move, always there is a direction that power is passed to first gear 48 and second gear 49, make the rotating shaft 65 that first gear 48 and second gear 49 are installed rotate from same direction, the transmission of the power that so just effectively utilizes, after rotating shaft 65 is rotated, just driven rotary pump 50 work, rotary pump 50 with the hydraulic-pressure pump in the fuel reserve tank 52 to oil pressure motor 54, make and 54 work of oil pressure motor after 54 work of oil pressure motor, just drive generator 1 work and generating.Wherein rotary pump 50 has oil circuit import and oil circuit outlet, oil pressure motor 54 also has oil circuit import and oil circuit outlet, the oil circuit import of described rotary pump 50 and the outlet of the oil circuit of oil pressure motor 54 are communicated with fuel reserve tank 52 respectively, the oil circuit outlet of wherein said rotary pump 50 links to each other by oil pipe 51 with the oil circuit import of oil pressure motor 54, and the oil circuit outlet of oil pressure motor 54 links to each other by return tube 53 with fuel reserve tank 52.Like this, form the cycling mechanism of an oil circuit, when making rotary pump 50 work, can recycle pump oil, drive oil pressure motor 54, be unlikely to because of the former of fluid thereby influence work.In the present embodiment, sliding

sleeve

16,19 is installed also on body 10, in sliding

sleeve

16,19, is provided with

slide bar

33,31, this

slide bar

33,31 also is connected with second tooth bar 18 with corresponding first tooth bar 14, like this, make tooth bar directedly to move, make slip light rapidly again.

As shown in figure 15, a kind of electric vehicle that above-mentioned wind generator set is installed, comprise electric motor car car body 61, at the above-mentioned wind generator set of the bonnet installed in front of electric motor car car body 61, the body 10 of described wind generator set is connected with described electric motor car car body 61, and described generator 1 is connected with electric accumulator in the described electric motor car car body 61 by lead.No matter be that electric motor car is in the process of travelling, still under static state, as long as wind is arranged through described wind generator set, wind generator set can be an electric energy with wind energy transformation, the electricity storage unit of supplying with electric motor car is stored, can be the electric motor car electric energy supplement, reduce the consumption of energy effectively, described electric motor car car body can be a traditional electric automobile, or the fuel combination electric vehicle, possess driving mechanism, the indispensable device of driving such as direction control mechanism, described electricity storage unit can be a storage battery, or other automobile-used electric energy storage devices in the prior art.Electric motor car among the present invention also can be two to take turns storage battery car or other storage battery car.

Claims

1. wind generator set, include main air wheel (8), rotatingshaft (39) and body (10), described main air wheel (8) is installed on the described body (10) by rotatingshaft (39), it is characterized in that the lever that the last installation of described body (10) can be swung, one end of described lever and described rotatingshaft (10) are dynamically connected, and the other end of described lever links to each other with generator (1) by driving mechanism.

2. wind generator set according to claim 1, it is characterized in that described rotatingshaft (39) is provided with small gear (5), described body (10) is provided with gearwheel (6), described small gear (5) and gearwheel (6) engagement, wherein gearwheel (6) is coaxially installed with rotating disk (4), and an end of described lever is connected with described rotating disk (4) is eccentric.

3. wind generator set according to claim 1, it is characterized in that described driving mechanism comprises first gear (13), second gear (12), first tooth bar (14), second tooth bar (18) and sprocket wheel (15), described first gear (13), second gear (12) and the coaxial installation of sprocket wheel (15), has unilateral bearing (32) respectively on the axle of described installation first gear (13) and second gear (12), described first tooth bar (14) and first gear (13) engagement, described second tooth bar (18) and second gear (12) engagement, and first tooth bar (14) relatively and movably is installed on the described body (10) with second tooth bar (18), and described sprocket wheel (15) is in transmission connection with the rotating shaft of generator (1).

4. wind generator set according to claim 3, it is characterized in that described installation first gear (12) and second gear (13) the axle on flywheel (9) also is installed.

5. wind generator set according to claim 1, it is characterized in that described driving mechanism comprises cylinder (57), pneumatic motor (58), the push rod of described cylinder (57) is connected with an end of described lever, the air outlet of cylinder (57) is connected with described pneumatic motor (58), and the rotating shaft of described pneumatic motor (58) is connected with the rotating shaft of described generator (1).

6. wind generator set according to claim 1, it is characterized in that described driving mechanism comprises first gear (43), second gear (41), first sprocket wheel (44), second sprocket wheel (47), first small gear (45), second small gear (40) and first quarter moon wheel (46), described first gear (43), first sprocket wheel (44) and first small gear (45) are coaxial to be installed in first rotating shaft (63), and first gear (43) and second gear (41) all are installed in respectively in first rotating shaft (63) and second rotating shaft (64) by unilateral bearing, unilateral bearing on described first gear (43) is opposite with unilateral bearing direction on second gear (41), described second gear (41), second sprocket wheel (47) is coaxial to be installed in described second rotating shaft (64), described first sprocket wheel (44) is in transmission connection with second sprocket wheel (47), described first quarter moon wheel (46) is connected with an end of lever, described first quarter moon wheel (46) and described first small gear (45) engagement, described first gear (43) and described second gear (41) engagement, described second gear (41) and second small gear (40) engagement, the rotating shaft of the rotating shaft of described second small gear (40) and generator (1) is in transmission connection.

7. wind generator set according to claim 6 is characterized in that also being provided with flywheel in described second rotating shaft (64).

8. wind generator set according to claim 1, it is characterized in that described driving mechanism comprises first tooth bar (14), second tooth bar (18), first gear (48), second gear (49), described first tooth bar (14) is connected with described lever with second tooth bar (18), described first gear (48) is installed in the rotating shaft (65) by unilateral bearing with second gear (49), described first tooth bar (14) and second tooth bar (18) and corresponding first gear (48) and second gear (49) engagement, described rotating shaft (65) is connected with rotary pump (50), described rotary pump (50) is communicated with fuel reserve tank (52), described rotary pump (50) links to each other with oil pressure motor (54) by oil pipe (51), and the output shaft of described oil pressure motor (54) links to each other with the rotating shaft of generator (1).

9. wind generator set according to claim 8 is characterized in that the output shaft of described oil pressure motor (54) links to each other with the rotating shaft of generator (1) by speed changer (55).

10. wind generator set according to claim 1, it is characterized in that described body (10) also is provided with at least one secondary wind wheel (11), and be equipped with sprocket wheel (38) on the rotatingshaft of described main air wheel (8) and secondary wind wheel (11), this sprocket wheel (38) is in transmission connection by chain (36), form interlock, and the sprocket wheel of installing on main air wheel (8) rotatingshaft (39) (38) is installed by unilateral bearing (37).

11. according to claim 3 or 5 or 8 described wind generator sets, it is characterized in that described lever is one or more, what every lever all can be swung is installed on the body (10), and every lever head and the tail flexibly connect successively.

12. wind generator set according to claim 1 is characterized in that an end of described lever has chute (3), described rotating disk (4) is gone up off-centre and is provided with roller (2), and described roller (2) places in the chute (3) of described lever.

13. according to claim 3 or 7 described wind generator sets, it is characterized in that described body (10) is provided with and first tooth bar (14) and the corresponding sliding sleeve (16 of second tooth bar (18), 19), described sliding sleeve (16,19) be provided with slide bar (33 in, 31), described slide bar (33,31) and corresponding first tooth bar (14), second tooth bar (18) connection.

14. electric motor car that any one wind generator set of claim 1～13 is housed, it is characterized in that comprising electric vehicle car body (61), the described wind generator set of bonnet installed in front at electric vehicle car body (61), the body of described wind generator set (10) is connected with described electric motor car car body (61), and described generator (1) is connected by the interior electric accumulator of lead and described electric vehicle car body (61).