CN102900619B

CN102900619B - Multi-propeller wind driven generator

Info

Publication number: CN102900619B
Application number: CN201210362239.4A
Authority: CN
Inventors: 杜振义
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-09-16
Filing date: 2012-09-16
Publication date: 2016-01-13
Anticipated expiration: 2032-09-16
Also published as: CN102900619A

Abstract

Multi-propeller wind driven generator is by frame housing construction part, linkage section and wind oar group leaf mechanism section are combined into, the frame body set up is installed with driving mechanism and wind oar group leaf parts through gear chamber, wind oar group is linked together by umbrella gear room by driving mechanism on frame body, wind oar group connecting as one through driving mechanism on frame body, and the number change of wind blade is achieved by wind paddle arm, the quantitative change of wind blade, achieve the qualitative change obtaining wind-power, the quantitative change of wind oar group leaf is achieved under the help of the driving mechanism on frame body, wind oar group realizes the quantitative change of wind blade, thus the principle process of the qualitative change of wind-power is achieved, enter with ladder going forward one by one that stroke is connected with relay network and be transmitted in the machinery of working machine generator, by frame body, driving mechanism, wind oar group parts and multiple single multiple-blade machine body realize the machinery of multiple-blade machine group of planes body through the connection of ground level driving mechanism.

Description

Multi-propeller wind driven generator

Technical field

The present invention relates to wind-driven generator

Background technique

Current known wind-driven generator is a kind of fixing single leaf, single wind oar group, and without support unit, be the wind-driven generator of a colony without the connection of relay transmission network driving mechanism, it obtains the few wind-driven generator of wind-power.

Summary of the invention:

Also accelerating along with socioeconomic development with to the demand of the energy, it has been recognized that and destroy intrinsic energy resources, will the existence of the mankind be threatened.Find and utilize natural resources, the project again with environment-friendly function is the target that people struggle.Multi-propeller wind driven generator is that a natural energy resources being beneficial to environmental protection utilizes project, and wind generating unit mostly before is single wind oar group machine, and generated output is little.Being to overcome the deficiencies in the prior art, the invention provides a kind of power-on time length, high-power multi-propeller wind driven generator.

The citation form of multi-propeller wind driven generator is; Form by the basic understandings of multi-propeller wind driven generator and basic embodiment;

To the basic understandings of multi-propeller wind driven generator be:

Human lives's not only reform of nature circle but also will find and utilize nature in nature, allow it for we provide more convenient, finer production and living conditions, the raising of human living standard, first depend on the progress of science and technology and create the discovery of material, many blade wind power generations are the generatings that many oars wind-force does power.It can generate electricity when a small amount of wind-force.Its full name is (many oars unit energy collection type wind-driven generator).It can improve power on the basis of many oars, can say, as long as there is sheet material just can obtain wind-force electric energy, it is an actual practice activity of exploitation wind resource, its source is wide, cost is low, that people utilize nature, nature remodeling, the effective way of creating the wealth, wind energy is the most valuable and the most general energy of the mankind, , it can flying sands and howling wind, can make waves surging turbulently, boat can be made to brave the wind and the waves, also it can be made to become electric energy, many oars wind-force electrical machinery be according to static be relative motion be absolute principle, and research and development, have pneumatic, just merit can be produced, meritorious just can generation can, it is an energy of not sacrificing other energy.

Multi-propeller wind driven generator, be one rational in infrastructure, it is convenient to install. operation is few, and cost is low, pollution-free, without hot-tempered sound, do not limit by synoptic climate, use safety, can popularize Anywhere, it is a beyond example efficient apparatus, and it is the electric power energy invisible wind resource being converted into type, it solves a crux sex chromosome mosaicism on wind-power electricity generation, it is exactly blowing area problem, if there is no blowing area, be just difficult to obtain wind-force, had wind in a word, just had electricity, what is all easy to handle electricity.

It can combine in firepower transmission of electricity, when wind-powered electricity generation brings up to certain value, and changeable thermoelectricity supply wind-powered electricity generation.

Its place of building a station, mainly on mountain peak, desert, field, the wilderness places such as seabeach and the place being easy to collect folk songs use, once successful installation, it can be described as a good thing of putting things right once and for all, and has a extensive future.

Multi-propeller wind driven generator is a kind of machinery assembling wind-power electricity generation, it does not limit by any direction and weather, can collect folk songs in large area in the basis of many oars, make it to improve power, its simple structure, goes slick, install firm, extensibility is strong, and it is without the need to excavating Mining Transport, and safely cleaning, its distribution is wide, is a permanent energy.As really developed and making good use of, it is exactly the huge material values of the mankind.

The present invention has stronger scale, and it is very actual and practical on natural resources and using energy source.Can utilize more superior than other.Its technical requirements is also not bery strict, and generally have the people of mechanical technical merit to be familiar with, fitting operation uses it.Its cost is also very low, and except required generator, other mechanical materials are not expensive, all can produce and utilize general user.It has universal very much, it not only in field, mountain peak can adopt, especially place that is rare desert and crowd, power supply difficulty is more applicable, while current exploitation great Northwest, is significant especially, the machine is one, and investment is little, instant effect, endurance are strong, after installing, do not need too much human users, only need a small amount of personnel nurse just passable, as multimachine is communicated with, its electricity is also immeasurable.

1, to the understanding utilizing wind energy

Human needs is developed, development need power, power needs the energy, do not have the energy just cannot develop, wind-force is one of physical features, is the target that people pursue always to its utilization, is the effective way that people utilize space resources, it is the energy not damaging intrinsic resource on the earth, be also one crosses the multiple operation just obtainable energy, and its effect and purposes are that people can not abandon and ignore.

2, to the discovery of multi-propeller wind driven generator

To its discovery understanding in once transporting, suddenly it's raining and blowing hard in transit, rainwater soaked with clothes, doubly feel cold at the health that blows adding windward, expect that the little health of area just can obtain certain wind-force thus, if so its wind-force of obtaining of very large plate is just more not larger, if this plate is decomposed into several wind oars, and it equally also can obtain identical wind-force and adds correct drive method, it is gathered together and carries out wind-power electricity generation, such multi-propeller wind driven generator citation form just creates.

3, its working principle.

Multi-propeller wind driven generator is wind-driven generator based on many oars, it is that the wind-power that the wind energy that many wind oars obtain is obtained by umbrella gear room and the driving mechanism of transmission shaft composition, oar group of keeping watch on frame body is sent in generator step by step through driving mechanism, it also can utilize belt drive, chain transmission, also can axle, band mixed drive is as the transmission of the machine.It is just as writing 1 (wind oar group) on (the frame body) of a blank sheet of paper (driving mechanism) 1 (wind oar group)=2 (wind-power matter) etc., it has found the understanding of the accumulation of affiliated material and the accumulation of understanding by the mode Che of accumulation, its principle is simple,

4. structure constructs

(1) garden type column: its purposes is mainly used in firm whole body, takes up all electricity generating devices on square type support, it has cross-arm, for transmission of electricity.Drawing anchor: above stabilizer column, rolling contact dish, getting on for electricity being transported to circuit in different angles.Each layer rotating disk and supporting plate (pedestal), for installing each layer crossbeam of movable machine frame, are convenient to their box hauls and are rotated: draw materials: rod, concrete prefabricated bar, steel pipe pole and the building etc. with column function all can be used as the column of multi-propeller wind driven generator.

(2) movable shape support (multilayer crossbeam, longeron, vertical beam) of vertical frame, pull bar, rotating disk form; It is arranged on the rotating disk of column outer wall pedestal, is mainly used in installing wind oar group, driving mechanism, generator and empennage, and on column, it freely can follow wind direction, makes wind oar remain consistent in wind direction.It can increase according to the height of column, size cases or reduce the number of plies.Frame is by multiple crossbeam. vertical beam. and the frame-type support of stringer combination, it and column form a cross three-dimensional body that can freely horizontally rotate.Crossbeam is provided with longeron and vertical beam again, makes relay oblique pull between it by wire drawing or pull bar, each beam seat drops on the rotating disk on column bases.Crossbeam is provided with the cross moving axis parallel with crossbeam and gear chamber, long transverse axis is connected with short horizontal in gear chamber through coupling, is provided with anti-the hanging down of transverse axis and falls bearing between long transverse axis and crossbeam.Opposite side relative with transverse axis on crossbeam is provided with multiple wind oar group:

(3) wind oar group: it is to carry out work with the principle of lever, it promotes the resistance that wind paddle arm overcomes wind oar group longitudinal axis radius (resistance arm) after wind blade (power arm) obtains wind-force, rotate around axle center (fulcrum), thus reach the object of work, multi-propeller wind driven generator, adopt the principle of numerous lever to carry out work, length due to the power arm of wind oar is far longer than the length of resistance arm, so the warping force obtained is just large, then this very large warping force is being passed through driving mechanism, it is sent in generator with assembling, it be numerous wind oar make a concerted effort under carry out work, the chance that he not only obtains air quantity is many, and service time is permanent.The wind oar of multiple-blade machine can to rotate with counterclockwise or hybrid directional clockwise, between two wind facies adjacent wind oar groups, the wind oar of a wind oar group can run through in the opposite direction from the interval between two wind oars of another wind oar group, this side can save and make full use of crossbeam and transverse axis, extend the straight radius of wind oar group leaf, strengthen wind-receiving face density, it is as the running of two gear trains.The number of wind oar group be before the multiple of wind-driven generator wind oar group, it connects addition by driving mechanism on frame body; Wind oar; By wind blade and wind paddle arm and (bullet, draw, turn round) spring wherein a kind of variable-angle wind oar of forming of a kind of spring, the wind oar of multiple-blade machine wouldn't the determination of the amount of work as (angle, size, width, length, weight, quantity, shape) etc.Do not do accompanying drawing explanation.But obtain wind-force number be the combination of wind speed and blowing area and wind flood time, and be wind-power=wind speed+blowing area+wind flood time be natural causes, blowing area is personal factor, this multiple-blade machine technology is exactly create a powerful wind-receiving face or choke face artificially, its wind-power is converted to machine power and passes to working machine.

The diameter of its wind oar group can change according to the size variation of frame, and the wind oar group differed in size can jointly be arranged in same multiple-blade machine frame.The width of wind oar and radius can needs according to circumstances and determining, the front end of wind oar group axle is equipped with air guide sleeve, and the inclined-plane of wind oar can manufacture according to the size auto-changing wind-engaging angle of wind speed.It is from line translation when making the angle of the wind-receiving face of wind oar at different wind-force between wind blade and wind paddle arm under the effect of the drawing of spring, bullet, torsion spring power, helpful to utilizing of various different wind-force especially fitful wind.The blade of wind blade and wind paddle arm are respectively monomers: they combine, so can movable and adjustment wind-engaging angle.It can also play the effect of buffering wind-force simultaneously, this device is also a safety installations, and wind oar is the source obtaining wind-power, as everyone knows, first how many sizes obtaining electric energy electricity depend on the power producing electric energy, and the size of power directly affects the acquisition of electric energy, electricity size.Electric energy depends on kinetic energy, depends on mechanical kinetic energy, and mechanical kinetic energy depends on again the material that occurring in nature can produce kinetic energy power.As wind, water, coal gas, coal, oil etc.Electric energy is the conversion of kinetic energy, has had kinetic energy, just can produce electric energy, and found that kinetic energy has also just found electric energy, kinetic energy creates electric energy, and kinetic energy is the basis of electric energy, has found the power kinetic energy of this material inherence, just can find the electric energy in its field.

(4) driving mechanism: it is the core of multi-propeller wind driven generator, it is that the function that numerous wind oar obtains is sent in the rotor of generator with assembling, its kind of drive has shaft drive, belt drive and chain transmission, and they also can take the mode of mixed drive to carry out work.Here mainly shaft drive is introduced, shaft drive it with " master " on axle " from " gear identical drive driven off by shaft, the unfailing performance of this transmission is strong, not easily aging and wearing and tearing, its drive method is exactly that the power on each wind oar group longitudinal axis is passed on the transverse axis of each layer of frame, transverse axis is linked together by vertical pivot again, wind-power passes in generator by power take-off drive shaft by last medial lateral axis, its transmission could be common unified like this, just can reach a kind of more feasible making a concerted effort, under this making a concerted effort, the power of generator could be improved.

(5) generator, it is the machine carrying out under the action of the forces of the wind generating electricity, and it according to the size of wind oar machine, freely can be matched, and also can match according to the wind conditions of each department.

(6) empennage (rudder), it be exactly mainly assist support, carry wind oar, wind oar group parts, driving mechanism, unit generator, different wind directions making wind oar group and wind direction are consistent, is the device effectively utilizing wind-receiving face.

(7) transmit electricity, it can adopt polymerization, boosting, the method for being polymerized, boosting, also can according to the series parallel connection formula of electricity, the electric energy of each unit is collected and carries out long-distance transmission, also can with send out with store for future use, it can adopt and transmit electricity with reference to the transmission facility of existing wind-power electricity generation and principle.

The multi-propeller wind driven generator group of planes adopting above method can be made in the world larger single multi-propeller wind driven generator and the driving mechanism on ground level to connect as one, it also can form series product, can be made into large, medium and small and folding type product

Large-scale: multi-propeller wind driven generator can be installed in the area that wind-force is smaller, as many in interior ground obstacle, obtain the place of wind-force difficulty, with regard to frame, it can be made into wide 20 meters, the machinery of high 20 meters or larger, its width not etc., can reach 100 meters or a wider if group of planes like that its width just cannot measure;

Medium-sized: multi-propeller wind driven generator can in desert, seabeach and the few place of obstacle install, and can be made into wide 15 meters, high 15 meters of machineries.

Small-sized: multi-propeller wind driven generator can be arranged on the sufficient and hurricane of high mountain mountain peak, wind-force and to take place frequently area, and it can be made into wide 10 meters, high 10 meters machinery.Collapsible wind-driven generator.Can be arranged on fore and the stronger place of mobility, to be convenient for carrying, the machine also according to the wind conditions of locality and season, can increase and decrease wind oar group, to guarantee its stability in use.

Multi-propeller wind driven generator is on the basis of many oars, different types of machines perhaps can be produced, it can be made into back brace type, front pull-up, draw anchor installs wind paddle type, draw anchor under wind paddle type and overall wind paddle type and Foldable type etc. are installed, they can play self function separately in different environment and region, for different regions provide with machine guarantee and the unrestricted choice to product, thus improve the demand of people to product diversity, for universal and development wind-power electricity generation cause are very helpful meaning.

Its frame of multiple-blade machine is just as the tower crane on building site, also the side of cable-stayed type bridge is resembled, it can be arranged on tall and big chimney, also can be arranged on one-storey house and building, its crossbeam horizontal extension is comparatively strong, so can produce the maximum unit of type in the world, multi-propeller wind driven generator is because type is large, blowing area is large, is the advantage obtaining wind energy.

To the manufacture of multiple-blade machine, they not only can rely on column and support and manufacture, and it also can not rely on column and rack beam and manufacture.They can directly manufacture by holoaxial structure, utilize transmission shaft everywhere, do transmission and frame.Be frame and transmission and use, and the multiplex machinery of an axle, its way is at the wind oar longitudinal axis, transverse axis on crossbeam and vertical pivot, and the junction point of column vertical pivot is all provided with bearing base, this pedestal is also a kind of gear chamber, helped by wire drawing or pull bar, make it the body becoming frame and energy transmission, its power can be directly delivered to below column axle, utilizes helpful to many oars automatic working machine.Reacting in wind-force, they all can adopt front pull-type or back brace formula type, the support of front pull-type frame is entirely cross, and multiple-blade machine is the machinery not to the utmost of an ever-changing speech in a word, and they are bound to bear plentiful and substantial fruit under the guidance of multi-propeller wind driven generator theory.

Any wind-power electricity generation is all obtaining the generating under wind condition, obtain wind-force number and size be wind-power electricity generation primarily and necessary condition, be also its pacing factor.

The contrast of multi-propeller wind driven generator she and former wind-power electricity generation acc power, under comparable conditions, if " X " is wind blade, the power of wind oar, wind oar group, wind-power electricity generation body, Zong be exactly so before wind-driven generator X=X1, be exactly Zong and present multi-propeller wind driven generator X=X1+X2+X3+X ... Deng.If the wind oar that size is identical can generate electricity under the effect of 5 kilograms of wind-force, so 4 kilograms of wind-force are inoperative to wind-driven generator before, but multi-propeller wind driven generator is just from different, it in the lower quality improving wind-power of making a concerted effort of numerous wind oar, thus can improve generated output and the utilization ratio to wind energy.Because the machine is the machinery that can obtain more windy power, to wind transformation of energy and utilization ratio high, so its to adapt to the geographic coverage of building a station more, be not limited to the region that some wind-force is many.

5, mechanical component and material relationships

(1), column: can steel pipe, concrete prefabricated bar and rod be used.Be mainly used in taking advantage of carrier aircraft frame and all settings in frame and reaction wind-force: column is connected with the crossbeam in frame through rotating disk;

(2), frame: it can adopt steel, timber and aluminium to make, but not easily uses plastic materials because temperature height is yielding, the low easy embrittlement of temperature.Every composition with multiple-blade machine crossbeam performance function and technological requirements all can be used as crossbeam, the crossbeam of every root frame all can adopt single-beam, twin beams or multiplexed combination one shelf beam, the crossbeam of column both sides, should be symmetrical reciprocity form, and relative equilibrium, the frame of shaft type multiple-blade machine and transmission all have longitudinal and transverse, perpendicular, three-dimensional structure form, the multiple-blade machine crossbeam of large-scale wind oar is provided with anti-falling unit and the drive bearing of hanging down of transverse axis, and frame beam has establishes cradling function again.

(3), wind oar: be assembled on wind oar group dish, its steel plate of having drawn materials, aluminium sheet, wood veneer, plank, cloth leather etc., some not easily aging and distortion face sheet material all can be made into wind oar, movable angle-changing wind oar can be made into as required.Wind oar is being collectively referred to as of wind and oar, and their interdependences, unite two into one kind of a material, and this material achieves qualitative change on the basis of quantitative change (length, width, quantity), is mutual change of quality and quantity relation and causality.The wind oar of the machine can be made into dynamic formula two kinds of wind oars of fixed pattern and variable-angle, its variable-angle dynamic formula, be made up of wind blade, wind paddle arm and the one played in tension-torsion spring, wind paddle arm be provided with pull bar and mutually tractive and with air guide sleeve or wind oar group longitudinal axis tractive, the rotation direction of wind oar can be done clockwise and counterclockwise running, also can operate by hybrid directional, in hybrid directional running, have two kinds of modes, the wind oar of the wind oar group that the same form two is adjacent all can stretch into adjacent side zone of action and carry out work.The concentric solid axle counter-rotation of air draft oar group before and after two formulas.They not only fully can effectively utilize frame beam, and cut the wind oar being convenient to two adjacent wind oar groups and can extend, and one can be produced to splash the thrust that rises, exactly when the wind oar of two groups intersects moment when converging, blowing area increases, and inclination angle relatively or mutually suitable, cross-reference, forms a kind of pulse under the action of the forces of the wind and to splash the power that rises, open continual closing, renew eventually, impel wind oar to do work in moving in circles, this power is helpful to again improving utilizing of wind-force.This Fang Yin increases the density of wind-receiving face, and define resistance, change in resistance is power.The wind oar group of the machine rides on each layer crossbeam of frame through gear chamber, and each layer crossbeam rides on column, wind oar due to inside and outside garden length not etc.The speed of running, its angle by windward side and wind such as or not distance are also all unequal.

(4), transmission shaft: the bevel type gear on its axle of plain carbon steel tubing that it mainly adopts diameter different is then with wear-resisting high-quality steel, to guarantee the life cycle with prolonged mechanical, the machine has multiple direction-changing transmission shaft, 1. the wind oar group longitudinal axis, 2. the horizontal stroke on crossbeam, 3. the vertical pivot between each layer of crossbeam, 4. the Power output longitudinal axis, the cross moving axis of large-scale wind oar, due to distance, interim coupling is provided with in the middle of axle, also due to the sagging factor of axle self gravitation, so set up anti-the hanging down of transverse axis to fall the devices such as bearing on crossbeam, the transverse axis of vehicle-mounted or Portable moving multiple-blade machine, crossbeam, column all can adopt flexible rod and folding type manufacture.

(5), generator it mainly utilize the generator that market is sold, it can according to the large freedom in minor affairs apolegamy of wind oar machine.

(6), empennage: it draws materials identical with wind oar, is mainly used in adjustment frame and takes wind oar group, be in correct state windward.

(7), tapered gear (bevel type gear), for other tapered gear coincide, make itself and axle common driving, it there is the nut of welding, for the location of gear on axle, its gear is that miter angle helical gear also claims umbrella gear, is mainly used in direction-variable power and connects and transmission.

(8), garden jacket cylinder; For the location of axle and bearing, it there is welded nut,

(9), circular sleeve: for the relay of two between centers, it has aperture and pin, not easily usurp for garden jacket cylinder.For

The connection of axle between axle, it is folding helpful to wind oar machine, also can be used as coupling.

(10), rotating disk (bearing): it is for the connection between movable machine frame and hollow column, the framework rotating disk that the frame-type rotating disk that it is combined by frame structure and bearing, prone position bearing combine and the rotating disk that ball combines, wherein the rotating disk of standing position and the combination of prone position bearing is frame set mould assembly rotating disk, wherein a kind of rotating disk in them all can be used as the rotating disk of multiple-blade machine, is arranged on the pedestal of column outer wall.Upper-end surface is provided with movable machine frame crossbeam, and it is Structural Hardware.

(11), wire drawing (pull bar): it acts on the deflection of some position power in frame, it comprises draws anchor to be the shaping key factor of the machine, frame is condition based on column and rotating disk, its sagging power all has wire drawing (pull bar) to coordinate vertical beam to complete, and forms reacting on to coordinate by wire drawing (pull bar) and longeron (support beam) in wind-force.Their oblique pull relation has the oblique pull of column and earth anchor, the end of each support beam (longeron, vertical beam) and the oblique pull of crossbeam, the oblique pull of the outer garden of upper strata rotating disk and floor cross member, the tractive of crossbeam and vertical beam, the object of their tractives is that requirement crossbeam is as far as possible on same straight line, for transverse axis creates basic condition, so that the shaping multiple-blade machine frame of transverse axis this dependence of smooth transmission oblique pull thereon is also a multi-functional support.

(12), gear chamber: for device bearing, axle, gear, oil sealing integrated, and being fixed on the crossbeam of frame, is an efficient apparatus connecting various axle.Be more than the basic component of the machine, they are connected and fixed by bolt, and it is simple that it has structure, the advantage that component are few.

6, to the understanding of technical role

Wind-force phenomenon is more small and weak viewed from entirety, even if there is a little return air power to be greatly also very of short duration, in order to obtain large energy from small and weak wind-force, must make an effort from the amount of wind oar, multi-propeller wind driven generator i.e. conversion process from quantitative change to qualitative change, it can small and weak wind-force in the mode of assembling, reach the effect of large wind-force, its binding mode is that the wind-force that each roomy blade obtains is pooled in wind oar group, the wind-power that each wind oar group obtains is pooled on the transverse axis on frame beam again, the crossbeam axle of each layer is communicated on the power take-off drive shaft of drive electrical generators with collecting by vertical pivot again, the electric current that each single generator sends to be transported on booster stations etc. with collecting again.Thus reach the principle of mutual change of quality and quantity.This just illustrates that energy can decompose, but also can assemble, under size wind conditions:

(1) under little wind conditions, it to gather together by the mode of many oars small and weak wind-force and normally work it, its change can only work in the past under large wind conditions, avoids waste and the loss of little wind-force, helpful to the Appropriate application of wind-force.Wind oar group leaf has synthesized the quality of wind-power by the driving mechanism on frame body:

(2) for the working condition of large wind-force: large wind-force work is the advantage that people utilize wind resource, but unique between topic, be exactly the problem of stability, the chance time obtaining wind-force is few, is not easy to grasp and utilize.Multi-propeller wind driven generator it column mode fixing up and down and support to increase the mode of reinforcing bar, enhance its stability.And the arrival of wind speed is also have regular hour process, enhancing from small to large, in descending disappearance, in ascending process, wind-force has given wind oar certain initial velocity, keeps away the hard hit power in order to it, when wind increases is to time the highest, wind oar slows down and has dissolved the part power of wind at the volley to its collision, and this is less than the resistance of the wind oar stopped with regard to the wind oar in account for motion.Wind oar also can change the collision that exhaust angle alleviates wind.The machine can increase and decrease wind oar group according to the wind conditions of each department and the wind conditions in season, solves some stability problem.Visible wind-power electricity generation be exactly a wind power energy to the conversion of energy of electric power merit, obtain wind-force function larger, the function of its electric power functional shift is larger.The mankind, to the utilization of wind-force and development, must be developed on the basis of many oars, do not develop on the basis of many oars and just can not get development.Many oars are scales, do not have benefit without scale.

7, its comparing with like product

It has following advantage compared with similar products, and blowing area is large, and power is large, stability is strong, can utilize the wind resource in the machine region fully rationally and effectively, fund input is little, and the wind oar of former wind-driven generator is in order to obtain wind-force, always keep watch oar radius lengthen, do like this and not only can obtain some wind-force, and it produces certain resistance, because the distance that its outer garden is streaked also to wind oar, if surmounted the speed of wind, a kind of resistance will be formed.As automobile travels under condition with the wind, the speed of a motor vehicle surmounts the speed of wind, forms resistance the same, and the fast reason that Big Pinwheel does not have little windmill to turn so just is described.

Wind-driven generator is in the past in order to ensure the stability of machinery.; in the manufacture of wind oar; inconvenience uses wide blade; so just greatly reduce the efficiency to Wind Power Utilization; its stability mainly relies on next fulcrum to solve; it is much smaller than upper and lower two ends jointly stabilizing, adds its operation point above column, threat very large especially to its stability like this.Wind-driven generator mostly in the past is single wind oar group machine, so a single wind oar group is described, can only is a generator operation, so just causes the waste in fund input.

8, place of building a station is suitable for

Motherland's geography is vast, and wind resource enriches, and the machine area of application scope is wide, and its height, to mountain peak, is low to moderate seabeach, is all the good place that it implements to build a station.

(1) mountain peak is the abundantest place of wind resource, is also the place that people utilize geographical resource the most idle.Harm can not be brought to surrounding enviroment to its utilization, not affect plantation and built environment.Its average air quantity is all more than 3 thousand to four thousand hours.

(2) desert is that wind resource is the most local, and can implement there to build a station on a large scale, and install management also easily, meanwhile, there is also the place that other electric power is not easily sent to, and has had wind-power electricity generation, helpful to the desert exploitation of there.Average annual air quantity more than 4,000 hours.

(3) Plain and field are asked: Plain and field are mostly the places of crop production, build a station at this and can not affect the growth of crop, because the space of what the machine utilized is top, do not take too much cultivated area, build a station at this and can say and can obtain the economic benefit identical with crop, even may surmount.

(4) island, seabeach: island is the place of the most difficult conveying of electric power is again the place that wind resource is the most sufficient, if build a station there, can say substantially or can solve the needs of problems of there to electricity completely.

(5) fore, the machine can aboard ship be implemented, aboard ship, it not only can generate electricity, and can also give ship certain power-assisted, but it in operation with the wind and can only stop use of biding one's time, and not easily uses when contrary wind operation, can folding and unfolding and change angle, set level the wind-receiving face as far as possible reducing it.It can be made into collapsible, like this to not excessive other ship of area effect that takes up room after pulling in shore.

9, in the position of energy field

The utilization of wind resource, under the help of multiple-blade machine, again people are made to produce new understanding to it, wind-power electricity generation the mode with energy collecting on the basis of multi-propeller wind driven generator must try to achieve development, at present, the main electric power resource of China is mostly from firepower and hydroelectric power, and the raw material of thermal power generation is coal, and coal is an intrinsic resource, get one few one, cannot reproduce and make up, and in exploitation, danger is very large, from the process that Mining Transport is founded the factory, program is many, and fund injected volume is large, and such thermal power generation, one exchanges the energy for the energy exactly.Hydroelectric power, it is an outstanding energy, but its narrow limitation receives geographical environment and waterpower resourses restriction greatly, and it can only be implemented in south China and the west and south, is just difficult to implement to the large portion of the analogy of China, and its narrow limitation is very strong, and drops into also very large.Solar electrical energy generation is also a new problem, and it not only can obtain the clean energy, but also does not injure tellurian with there being resource, but its technical requirements is high, and fund injected volume is large, and by synoptic climate and time restriction.Nuclear energy power generation is rising and high-tech industries, and its unique problem is exactly safety issue, and the exploitation for it only has country just can complete, and inconvenience is universal.

Wind-power electricity generation also has its deficiency, it can only carry out work under the condition having wind, when calm, it is also helpless, if but we take with the wind and use, the large use of strong wind, the little use of little wind, calm stand-by, with sending out with by, the method that stores for future use, so it has been exactly a perfect body.

Wind-power electricity generation is all more wide than any electric energy in a word, it not only country can do, and individuality also can do, regardless of poor expensive, it can be had, if people are to the utilization of wind energy, Formation rule, people consciously will utilize wind energy, if dry days, damage caused by a drought are not desiccation for the moment, it must need a long process, during this period, wind does not have for a long time, if there has been wind, people can actively utilize windmill water pumping to irrigate, and such damage caused by a drought will alleviate.

The problem that multi-propeller wind driven generator solves: (1), can to the utilization of little wind-force, the time to wind power utilization, chance is extended in tangible, because the blowing area of the wind oar of the machine is large, improve the power of little wind-force: (2), its making a concerted effort of being formed are unprecedented, thus add the strength of wind-power.(3), its extensibility is strong, up and down, left and right is all extensible, so it can produce, type is large, high-power in the world obtains wind mechanical, (4), due to the function of the machine self, widen the using scope of the machine on region, land, waterborne, can be utilized it in the air.

He have found the power of wind-force material with the method that Union is strength and principle, has found wind energy.To the discovery of method utilized and obtain namely to the discovery of its energy, if people can find power from material, people would not worry for lacking the energy.

Multi-propeller wind driven generator, it is with minimum floor space, contribute to powerful wind force power, contribute inexhaustible strength, his key does not lie in it self gravity, it is exactly mainly the warping force that he is combined, it solves wind energy Rational Utilization and secret with its simple method, just because of its method is simple, to its manufacture with install also very simple, and the usefulness that it is created is remarkable, also not because method simply despise its utilization on wind resource.Multi-propeller wind driven generator, say visually, it cans be compared to the curassow to be flown that spreads the wings, and wind oar group leaf is its feather, driving mechanism is its muscle arteries and veins, movable machine frame is its skeleton, and column is its health, and generator is its heart, frame elongation technology, variable-angle wind oar technology, multiple drive technology and each declaratives in illustrating are skin of his strong shape beauty.Wind oar make a concerted effort and mutual change of quality and quantity principle is its life and soul.It is an organic combination, and it also can be called as energy tree, although it is born in wind and rain, it is bound to grow up in wind and rain.

Wind energy is the energy the most powerful in the world, it can be shaken ten thousand hectares of jungles, can wave boundless blown sand and snow, sea can be made to whistle, thunder and lightning can be made to shift, this is that other energy all cannot be accomplished in the world, and its power and energy are also that people are imponderable, if people can drive it, have it, people will walk out hardship and move towards fine.

Basic embodiment

In order to the deficiency of technology before overcoming, the invention provides a kind of multiple-blade machine.

Solving the technological scheme that its technical problem adopts is a kind of multiple-blade machine.

1, multi-propeller wind driven generator is a kind of machinery gathering wind power pneumatic, by frame housing construction part: linkage section, wind oar group leaf mechanism section and auxiliary work machine are combined into, frame body: driving mechanism, wind oar group parts connect as one through a kind of umbrella gear room can installing multiple directions transmission shaft, frame body is installed with driving mechanism and wind oar group parts, wind oar group connects as one by driving mechanism on frame body, wind oar group achieves the quantitative change of wind oar group on frame body by driving mechanism, wind oar group achieves the quantitative change of wind blade on frame body and transmission by wind paddle arm, the quantitative change of wind blade achieves the qualitative change obtaining wind-power, that wind blade tires out by the driving mechanism ladder progradation in wind oar group and frame body the quantitative change that program realizes merging in wind paddle arm, realize the machinery of qualitative change to working machine of wind-power or hydrodynamic set, realize the fundamental technical specifications of a multi-propeller wind driven generator group of planes or associated technical specifications, it is characterized in that:

A, frame body; The condition of installing driving mechanism, wind oar group parts: it is by the earth, the transmission shaft pedestal that arranges on the movable machine frame of the multiple longeron of hollow column, crossbeam, vertical beam, rudder, pull bar, rotating disk composition and ground level, gear chamber and pedestal composition, multi-propeller wind driven generator frame body have two kinds: the first is the vertical single frame body of column be combined into one by column, the second is that they are all multi-propeller wind driven generator body by the earth be greatly combined into one horizontal connection group of planes frame body:

1, by the frame body that column is combined into one, be single multi-propeller wind driven generator body, it is made up of hollow column and vertical frame movable machine frame two parts;

(1) hollow column is provided with setting transmission shaft by interior, and outer wall is provided with movable machine frame multilayer crossbeam pedestal, the dynamic delivery outlet in below, and is arranged on the hollow column on concrete pedestal;

(2) vertical frame movable machine frame, by longeron, crossbeam, vertical beam, rudder, pull bar, rotating disk forms, and the crossbeam intermediate portion of movable machine frame, through a kind of frame-type rotating disk combined integrated by multiple bearing, is located on each layer pedestal on hollow column outer wall, movable machine frame crossbeam is installed with driving mechanism and wind oar group parts through gear chamber, and crossbeam is through pull bar and column upper strata rotating disk tractive and lead rubbish with vertical beam; Longeron has main longitudinal grider and the vertical difference of pair, main longitudinal grider is made up of front support beam and empennage beam, rear ends by pull bar and crossbeam tractive and with upper strata rotating disk tractive, main longitudinal grider and mesosphere crossbeam are combined as a whole through framework rotating disk and hollow column containing upper and lower layer crossbeam, form the cross three-dimensional body that can rotate with column; Main longitudinal grider foot piece is installed with generator and rudder; Secondary longeron is arranged on the mesosphere crossbeam of column both sides respectively, and form stereo cross type rack section one by one with crossbeam, vertical beam, the forward and backward end of secondary longeron is through pull bar and crossbeam tractive; Movable machine frame vertical beam is respectively on the crossbeam of column both sides, upper, middle and lower crossbeam and longeron are linked together, under the effect of foot piece rearward end rudder, movable machine frame crossbeam carries on wind oar group, driving mechanism, the rotating disk of generator on column outer wall pedestal and do level angle change, this single frame body be combined into one by column, it is the condition realizing the quantitative change of wind oar group, wind blade is by wind oar group, and wind-power is passed to generator by the driving mechanism on frame body and frame body.

2, the earth frame body by being greatly combined into one: be a multi-propeller wind driven generator group body, it is made up of multiple single multi-propeller wind driven generator bodies and ground driving mechanism two parts.

(1) single multi-propeller wind driven generator body divides: be a frame body be combined into one by column, it is combined into by hollow column and movable machine frame, movable machine frame crossbeam carries wind oar group parts and driving mechanism through gear chamber, rotary disk basement below crossbeam drops on each layer pedestal on column, constitutes a single multi-propeller wind driven generator body part; This single body can work independently, and is again the condition realizing multi-propeller wind driven generator colony, and the driving mechanism on it and ground level constitutes a earth frame body.

(2) the frame body part of the driving mechanism mode on ground level: it is a part of composition the earth frame body, it is again the drive part in large group of planes body on the ground, it is by the setting axle in hollow column, short horizontal below column in Power output hole, unidirectional coupling, long transverse axis and pedestal, gear chamber and pedestal, generator forms.

Erect the wind oar group longitudinal axis umbrella gear on the gear of axle upper end and vertical frame movable machine frame upper strata crossbeam in column, a kind of corresponding gear in various on transverse axis umbrella gear on crossbeam and vertical pivot horizontal gear is combined into gear train, the umbrella gear erect on the umbrella gear below axle and the short horizontal in Power output hole is combined into gear train, short horizontal through coupling be located at the long transverse axis on the pedestal of ground and be combined, the other end of long transverse axis is connected to the angular wheel shaft in the gear chamber that is located on the pedestal of ground, umbrella gear in gear chamber is combined with adjacent umbrella gear, its axle is right angle on the ground, they also go here and there and the multi-propeller wind driven generator colony being connected to single multi-propeller wind driven generator body or being combined by gear chamber vertical-horizontal network, such multi-propeller wind driven generator body, achieve the earth frame body, the earth frame body that this quilt is greatly combined into one, achieve the quantitative change of single multi-propeller wind driven generator, single multi-propeller wind driven generator body achieves the quantitative change of wind oar group, wind oar group parts achieve the quantitative change of wind blade through wind paddle arm, the quantitative change of wind blade achieves the qualitative change obtaining wind-power.

B, driving mechanism: through gear chamber wind oar group combined on single frame body that to be integrated or to be combined by multiple single multi-propeller wind driven generator body through gear chamber on the earth frame body be a colony, by the wind oar group longitudinal axis, transverse axis on frame upper beam, the vertical pivot at transverse axis and transverse axis interval, setting axle in unit pto＝power take-off and column, short horizontal below column in Power output hole, coupling, long transverse axis, gear chamber, generator forms, each beam warp umbrella gear room connects extension, break-in and network transmission, on the same crossbeam fixing on frame of gear chamber and on the large pedestal be provided with on the ground, there is principal and subordinate's bevel type gear indoor, bearing, short horizontal, short horizontal is connected with outdoor long transverse axis through coupling, the wind oar group longitudinal axis in frame, transverse axis on crossbeam and the vertical pivot between transverse axis with transverse axis are connected by gear chamber and break-in transmission is passed to working machine, its transmission comprises shaft drive, chain return and axle band mixed drive, they can realize the transmission needs in the machine, the wind-power that wind blade is obtained enters the synthesis of stroke through driving mechanism ladder, be transmitted to working machine, transmission has two kinds of modes: a kind of is transmission in the single body of multi-propeller wind driven generator, two kinds is the transmission in multi-propeller wind driven generator group of planes body, and the intragroup transmission of multi-propeller wind driven generator be transmission in single multi-propeller wind driven generator body basis on carry out transmission.

(1) transmission in single multi-propeller wind driven generator body is: in wind paddle arm, the wind oar of wind blade composition in tandem is assembled on wind oar group dish, its in length and breadth axle be arranged in the gear chamber on crossbeam, umbrella gear on short horizontal in the umbrella gear of longitudinal axis rear end and gear chamber is combined into umbrella gear group, the exposed portion of short horizontal in gear chamber is connected through the long transverse axis between coupling and adjacent gear chamber, be provided with anti-transverse axis between long transverse axis and crossbeam to conduct oneself with dignity bearing, the transverse axis that long transverse axis forms with short horizontal is parallel with crossbeam, the other end of long transverse axis is connected the gear chamber be fixed on crossbeam successively, umbrella gear is had in gear chamber, bearing, short horizontal, lubricant oil and oil sealing, the wind oar group longitudinal axis in frame, transverse axis on crossbeam, and the vertical pivot between each layer transverse axis, all connect and break-in transmission through gear chamber, gear chamber is installed on crossbeam, transverse axis on upper and lower layers crossbeam is connected through vertical pivot with between transverse axis, mesosphere transverse axis, the generator on main longitudinal grider foot piece is connected to through pto＝power take-off, achieve the quantitative change of transmission in single multi-propeller wind driven generator body and wind oar group,

(2) transmission in a multi-propeller wind driven generator group of planes is: in wind paddle arm, the wind oar of wind blade composition in tandem is assembled on wind oar group dish, the longitudinal axis on wind oar group dish is arranged in the gear chamber on crossbeam, umbrella gear umbrella gear on indoor short horizontal of longitudinal axis rearward end is combined, short horizontal outer end is connected through transverse axis long between coupling and adjacent gear chamber, be provided with anti-transverse axis in the middle of long transverse axis and between crossbeam to conduct oneself with dignity bearing, the long transverse axis the other end is connected identical gear chamber, connect through vertical pivot between transverse axis on upper and lower layers crossbeam, transverse axis on the crossbeam of upper strata, the wind oar group longitudinal axis and the various gear on vertical pivot all can be corresponding with the setting axle upper end in hollow column gear be combined into gear train, erect the umbrella gear of axle lower end umbrella gear below column in Power output hole on short horizontal to be combined, short horizontal is connected with the long transverse axis on ground level top base through coupling, the other end of long transverse axis is connected with the angular wheel shaft in the gear chamber on the pedestal be located on ground level, umbrella gear in gear chamber and adjacent umbrella gear are combined into umbrella gear group, its axle and adjacent shaft are right angle on ground level, and vertical-horizontal network ground is gone here and there and the multi-propeller wind driven generator group of planes being connected to single multi-propeller wind driven generator body or combining through umbrella gear room respectively, such multi-propeller wind driven generator colony is in large transmission on the ground, as a whole for single multi-propeller wind driven generator body combination, and concentrate in the centre of multi-propeller wind driven generator colony on the transverse axis at position or on the longitudinal axis generator is installed, or be connected to generator through speed change gear, transmission in this multi-propeller wind driven generator group, achieve the quantitative change of single multi-propeller wind driven generator body.

C, wind oar group leaf parts: it achieves the number change of wind oar group by frame body and driving mechanism, it is by wind blade, wind paddle arm, play one or more springs in tension-torsion spring, wind oar group dish, the wind oar group longitudinal axis, pull bar, air guide sleeve forms, the wind-power that blade obtains in frame or hydrodynamic force are passed to working machine by the set of driving mechanism, to be that wind blade is in tandem constitute wind oar in wind paddle arm for it, at bullet between wind blade and wind paddle arm, draw, turn round, under the effect of certain some spring in spring, wind blade is under the effect of size wind-force, wind paddle arm is done angle change voluntarily, the combination of wind oar and wind oar group dish, with between wind paddle arm adjacent on group dish through the mutual tractive of pull bar, pull bar is therebetween established again wind paddle arm and wind blade, in wind paddle arm another pull bar all with the longitudinal axis front end that extends in wind oar group or air guide sleeve front end tractive, the longitudinal axis on wind oar group dish, be installed on the crossbeam on movable machine frame through gear chamber, the umbrella gear of rearward end is connected with the umbrella gear on the short horizontal in gear chamber, short horizontal in gear chamber, the long transverse axis between adjacent gear room is connected to through coupling, anti-transverse axis is provided with from the bearing that hangs down in the middle of long transverse axis and between frame beam, and the umbrella gear group in gear chamber is connected with vertical pivot, upper and lower layers transverse axis connects as one by vertical pivot, wherein:

(1) transverse axis on the mesosphere crossbeam on movable machine frame, is connected with the generator on frame main longitudinal grider foot piece through power take-off drive shaft, establishes the power transmission in single multi-propeller wind driven generator body.

(2) transverse axis on the upper strata crossbeam on movable machine frame, the wind oar group longitudinal axis and the various gear on vertical pivot all can be corresponding with the setting axle upper end in hollow column individually gear be connected, the umbrella gear erectting axle lower end is connected with the umbrella gear on the short horizontal in Power output hole below hollow column, its short horizontal is connected with the long transverse axis be located on ground pedestal through unidirectional coupling, the other end of long transverse axis be located at the ground level pedestal indoor angular wheel shaft that cogs and be connected, in gear chamber umbrella gear with axle and adjacent axle be right angle on ground level, and go here and there respectively and the multi-propeller wind driven generator colony being connected to single multi-propeller wind driven generator body or connecting through gear chamber vertical-horizontal network, wind oar group is set up by single multi-propeller wind driven generator body or colony and is achieved quantitative change, that wind oar group is set up by frame body and driving mechanism and achieves the quantitative change of wind oar group, Ye Shi multi-propeller wind driven generator colony sets up and achieves the quantitative change of single multi-propeller wind driven generator body, single multi-propeller wind driven generator body is set up and is achieved the quantitative change of wind oar group, wind oar group achieves the quantitative change of wind blade by wind paddle arm, the quantitative change of wind blade, set up and achieve the qualitative change obtaining wind-power, therefore multiple-blade machine is a monomer multi-propeller wind driven generator, Ye Shiyige colony multi-propeller wind driven generator, it is in the frame set up, be installed with driving mechanism and wind oar group parts, wind oar group parts link together by driving mechanism on frame body, wind oar group on frame body by the associating of driving mechanism, set up and achieve the quantitative change of wind oar group, wind oar group is set up by wind paddle arm and is achieved the quantitative change of wind blade, the quantitative change of wind blade, set up and achieve the qualitative change effect obtaining wind-power, this wind-power qualitative change effect is through transmission device, be delivered on generator, achieve the object of generating, through a kind of umbrella gear room can installing multiple directions transmission shaft on crossbeam in vertical frame movable machine frame on single multi-propeller wind driven generator frame body, driving mechanism is installed, the wind oar group longitudinal axis in driving mechanism, transverse axis on crossbeam, with vertical pivot between each floor transverse axis and Power output beam warp umbrella gear room are on vertical frame movable machine frame, the wind-power that wind oar group obtains is linked together, achieve the quantity of wind oar group on movable machine frame to become, be provided with in movable machine frame each layer crossbeam of vertical frame is located in respectively on the hollow column outer wall each layer pedestal rotating disk erectting transmission shaft, under the effect of main longitudinal grider foot piece rearward end rudder, vertical frame movable machine frame carries wind oar group, driving mechanism, unit generator, column is done level angle change, wind blade on multi-propeller wind driven generator is arranged on wind oar group dish through wind paddle arm, wind oar group is arranged on umbrella gear room through its longitudinal axis, umbrella gear room is arranged on the crossbeam in vertical frame movable machine frame, short horizontal in umbrella gear room connects long transverse axis through coupling, the other end of long transverse axis connects successively with identical umbrella gear room again.

One, the transverse axis umbrella gear room, mesosphere of the crossbeam in vertical frame movable machine frame, is connected with the generator on longeron foot piece on movable machine frame through power take-off drive shaft, achieves the inside transmission of single multiple-blade machine body,

They are two years old, the upper strata transverse axis umbrella gear of the crossbeam in vertical frame movable machine frame, horizontal gear on wind oar group longitudinal axis umbrella gear and vertical pivot, all can combine with the corresponding gear of the setting axle upper end portion in hollow column through gear chamber, the umbrella gear erect on the umbrella gear of the axle lower end short horizontal below column in Power output hole is combined, short horizontal is connected with the long transverse axis be located on the pedestal of ground through unidirectional coupling, the other end of long transverse axis is connected with the angular wheel shaft in the umbrella gear room be located on ground level pedestal, the multi-propeller wind driven generator colony that each angular wheel shaft be equipped with in the umbrella gear room of multiple directions transmission shaft respectively connected single multi-propeller wind driven generator or connected by same bevel room, the intragroup longitudinal axis of multi-propeller wind driven generator or transverse axis are installed with generator.

2, " the multi-propeller wind driven generator according to 1, it is characterized in that ", described frame body is the column one by one having transmission shaft or be transmitted mechanism's connection in that installs in large ground, the crossbeam that one row is above, the vertical frame type frame of plural vertical beam and a main longitudinal grider and plural secondary stringer combination, by pull bar oblique pull formed body, be located in one on the rotating disk on each layer pedestal being provided with the hollow column outer wall erectting axle, rotating disk is the rotating disk that a kind of multiple bearing is combined into one through frame structure, frame floor side member is provided with generator, rearward end is provided with rudder, frame is installed with transmission device and plural wind oar group leaf, frame-type frame carries wind oar group and transmission device, on the rotating disk of unit generator on column outer wall pedestal, level angle change is done under the effect of rudder, this rudder can be rudder unit.

3 " multi-propeller wind driven generator according to 1, it is characterized in that ", described transmission is by the wind oar group longitudinal axis, transverse axis on crossbeam, vertical pivot between transverse axis and transverse axis, setting axle in unit pto＝power take-off and hollow column, short horizontal in the Power output hole that column bottom is left, unidirectional coupling, long transverse axis, gear chamber, generator forms, each axle all connects and break-in through gear chamber, principal and subordinate's umbrella gear is had in gear chamber, bearing, short horizontal, the wind oar group longitudinal axis forms, short horizontal and outdoor long transverse axis, warp-wise coupling connects, be provided with anti-transverse axis between long transverse axis and crossbeam to conduct oneself with dignity bearing, single multi-propeller wind driven generator body connects through flyball clutch or unidirectional coupling to the principal and subordinate of group of planes transmission between apical axis.The other end of long transverse axis is connected to the angular wheel shaft in gear chamber, the multi-propeller wind driven generator group of planes that the angular wheel shaft of the multiple directions in gear chamber respectively connected single multi-propeller wind driven generator or linked together by gear chamber, and the generator being installed with generator or connecting through speed change gear on the transverse axis or the longitudinal axis of group of planes central position.

4 " multi-propeller wind driven generator according to 1, it is characterized in that ", described wind oar group is by wind oar group dish, pull bar, air guide sleeve and wind blade, wind paddle arm, play the variable-angle activity wind oar composition of one or more springs composition in tension-torsion spring, with organizing between adjacent wind paddle arm through the mutual tractive of pull bar, and all can with the air guide sleeve on wind oar group dish or wind oar group longitudinal axis front end tractive, pull bar between wind paddle arm and wind paddle arm can establish wind paddle arm and wind blade again, antiport is made at two blade intervals that wind oar wherein between (1) wind oar group and wind oar group all can stretch into neighbour side mutually, (2) with the wind blade of group, all closed state can be realized, (3) adjacent wind oar group, front-back staggered installment state, (4) two group before and after, with one heart folded axle antiport state, (5) multiple wind oar group, hybrid directional (oppositely) operating condition that same direction operates or two adjacent wind oar groups are reported to the leadship after accomplishing a task, (6) the wind oar group varied in size can be arranged on the crossbeam of frame jointly.

5 " " described is that multiple wind blade is in tandem in wind paddle arm to the multi-propeller wind driven generator according to 1, it is characterized in that, multiple wind paddle arm is assembled in wind oar group dish, the multiple gear chamber of the wind oar group dish longitudinal axis on frame beam transverse axis on crossbeam in tandem, multilayer transverse axis is by the vertical pivot string between crossbeam transverse axis upper and lower layers and connect, wherein, (1) movable machine frame mesosphere transverse axis is connected to the generator on main longitudinal grider foot piece through pto＝power take-off, forms the power transmission in single multi-propeller wind driven generator body, (2) the wind oar group longitudinal axis umbrella gear on the crossbeam of movable machine frame upper strata, transverse axis umbrella gear on the crossbeam of upper strata and the horizontal gear on the vertical pivot between the transverse axis of upper strata all can be corresponding with the setting axle upper end portion of establishing in column gear be connected, the umbrella gear erectting axle lower end is connected with umbrella gear on the short horizontal in Power output hole below column, be connected through unidirectional coupling or flyball clutch between short horizontal with long transverse axis principal and subordinate axle: the other end of long transverse axis connects with the umbrella gear room with multiple directions transmission shaft being connected a multi-propeller wind driven generator group of planes, transverse axis and the longitudinal axis are through setting up being connected and transmission as vertical-horizontal network with multiple directions transmission shaft umbrella gear room on the pedestal parallel with horizon, establish a multi-propeller wind driven generator group of planes, multi-propeller wind driven generator can also can work by group's machine in unit work.Wind oar is improved by such a machinery and adds the quantity of wind oar, improve the quality of wind-power, the quantitative change establishing wind oar achieve obtain wind-power qualitative change principle idea, they also exist in a different manner: describe wind blade quantitative change and obtain wind-power qualitative change relation and between technical key point; The mutual change of quality and quantity principle that Che stands to and guide in technology as oneself guiding theory, its thought source and technically sets up, finds this technology; Technology also derives from thought and demonstrates the establishment of thought: the existence finding this thought.

6, " multi-propeller wind driven generator according to 1, is characterized in that ", frame body, driving mechanism, wind oar group component combination forms.Frame body, driving mechanism, wind oar group parts, connect as one through a kind of umbrella gear room can installing multiple directions transmission shaft, frame body is installed with driving mechanism and wind oar group parts, wind oar group parts link together by driving mechanism on frame body, wind oar group parts achieve oneself quantitative change on frame body by driving mechanism, wind oar group achieves the quantitative change of wind blade by wind paddle arm, the quantitative change of wind blade achieves the qualitative change effect of wind-power, with this wind-power drive electrical generators with matter effect.

7 " multi-propeller wind driven generator according to 1, it is characterized in that " gear chamber, gear chamber is a constituent element in driving mechanism, it is a kind of umbrella gear room with multiple directions transmission shaft, be fixed on frame body, power-transmitting unit in break-in and connection frame body, wind oar group, generator, it is by cast gear chamber housing, short horizontal and umbrella gear, bearing, lubricant oil and oil sealing composition, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear room housing, on the gear chamber pedestal set up on the vertical frame movable machine frame crossbeam that cast umbrella gear room is fixedly mounted in single multi-propeller wind driven generator or in a earth group of planes, gear chamber on single multi-propeller wind driven generator frame body frame, various transmission shaft, wind oar group and generator connect as one, gear chamber is connected as one multiple single multi-propeller wind driven generator body by the transmission longitudinal axis or transverse axis on the frame body of a earth group of planes, establish multi-propeller wind driven generator group of planes body, multi-propeller wind driven generator colony realizes the number change of single multi-propeller wind driven generator body, single multi-propeller wind driven generator body achieves the number change of wind oar group, wind oar group achieves the number change of wind blade by wind paddle arm, a multiple-blade machine group of planes achieves the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, achieve and obtain wind-power qualitative change, this transmission drive electrical generators with wind-power mass effect.

8 " multi-propeller wind driven generator according to 1, is characterized in that ", it is by hollow column, vertical frame movable machine frame, driving mechanism, wind oar, wind oar group, pull bar, framework rotating disk, and gear chamber, generator and rudder are formed.Through framework rotating disk on column, vertical frame movable machine frame is installed, movable machine frame is provided with, driving mechanism, wind oar group, generator, rudder, is pulled into type by pull bar, movable machine frame and hollow column form a multi-propeller wind driven generator body, this body is interconnected to multi-propeller wind driven generator colony by the driving mechanism below column or the driving mechanism on ground level, is the basis setting up and realize a multi-propeller wind driven generator group of planes, it is characterized in that:

Hollow column; Shi Yige garden type hollow column, be provided with in column and erect axle, be arranged on column inwall by bearing, erect axle upper end portion and protrude from column, the gear corresponding with on various axle on the driving mechanism on movable machine frame is installed, the umbrella gear erectting axle lower end engages with the short horizontal umbrella gear left below column in Power output hole, this short horizontal is combined with the long transverse axis connecting a multi-propeller wind driven generator group of planes through coupling, long transverse axis has bearing base, and connects through the indoor angular wheel shaft vertical-horizontal network of umbrella gear and be transmitted among a multi-propeller wind driven generator group of planes; Column outer wall is provided with each layer pedestal of unit movable machine frame crossbeam, is installed with the above movable machine frame crossbeam of a row through pedestal upper frame rotating disk,

Vertical frame movable machine frame: the vertical frame type frame be made up of multiple crossbeam, vertical beam, longeron, pull bar, frame-type rotating disk, rudder, frame beam middle is located on the rotating disk on column bases, form a travel(l)ing rest can made level angle and change with column, frame beam is installed with the driving mechanism and wind oar group parts that are linked together by gear chamber.Crossbeam is installed with plural wind oar group through gear chamber, and the perpendicular fine strain of millet on movable machine frame is for assisting beam, and upper, middle and lower layer crossbeam links together and be separately fixed on the crossbeam of column both sides by it, keeps girder space to stablize crossbeam, longeron on movable machine frame comprises main longitudinal grider and secondary longeron, the front portion of main longitudinal grider is divided into support beam, rear portion is divided into empennage beam to form, main longitudinal grider and mesosphere crossbeam are by together with framework disk combination, it and crossbeam form planche cross type frame beam, on column, form the stereo cross type movable machine frame can made level angle and change with column through frame-type rotating disk, and secondary longeron is installed on the crossbeam of column both sides, secondary longeron and vertical beam, the binding site of reporting to the leadship after accomplishing a task of crossbeam can weld or be bolted together, it and crossbeam, vertical beam forms stereo cross type rack section one by one, thus frame can do relay extension, empennage beam is provided with rudder and unit generator, they are by the tractive of wire drawing or pull bar, rotating disk mo(u)ld top half on column bases becomes a movable machine frame doing angle change, movable machine frame is by the driving mechanism on it, wind oar group, unit generator integrates, wind oar group is carried under the effect of the rudder on foot piece, driving mechanism, on the framework rotating disk of unit generator on column bases, box haul changes and changes wind-engaging angle, make it to be in correct state windward, the crossbeam of movable machine frame in column both sides is symmetrical peer-type, under the effect of pull bar on the same line, for the smooth transmission thereon of the transverse axis in driving mechanism creates primary condition, vertical frame movable machine frame and hollow column are jointly made and have been found single multi-propeller wind driven generator body, this multi-propeller wind driven generator body is the constituent element setting up a multi-propeller wind driven generator group of planes, also be the essential condition of a composition multi-propeller wind driven generator group of planes, its driving mechanism on ground level constitutes the earth frame body or multi-propeller wind driven generator colony,

Driving mechanism: comprise shaft drive, V belt translation, chain transmission they all can realize in the machine transmission object, shaft drive wherein, by the transverse axis on crossbeam, vertical pivot between lower and upper cross-member, the wind oar group longitudinal axis and pto＝power take-off, gear chamber forms, they connect by the gear chamber be located on crossbeam, make its break-in and transmission, bearing is had in gear chamber, bevel type gear, short horizontal, lubricant oil, oil sealing, short horizontal is connected with the long transverse axis etc. outside gear chamber through coupling, the anti-bearing means that hangs down is provided with on long transverse axis and between crossbeam, transverse axis and crossbeam extend in parallel, transverse axis is by short horizontal, coupling, long transverse axis composition, short horizontal and umbrella gear are installed on movable machine frame crossbeam in gear chamber, and respectively connected the wind oar group longitudinal axis, vertical pivot between multilayer transverse axis, power take-off drive shaft, they establish the power-transmitting unit in single multi-propeller wind driven generator body jointly, and with frame body, wind oar group parts form single multi-propeller wind driven generator, umbrella gear on the upper strata crossbeam transverse axis of single multi-propeller wind driven generator movable machine frame, the horizontal gear on vertical pivot, wind oar group longitudinal axis umbrella gear all can be corresponding with the setting axle upper end portion in column gears meshing, and by erect short horizontal in the Power output hole below axle and column, coupling, long transverse axis, gear chamber connection and drive to a multi-propeller wind driven generator group of planes, thisly to enter with ladder on frame body, go forward one by one, relay, the transmission that network connects is the quantitative change process realizing wind blade, is the primary condition realizing obtaining wind-power qualitative change, umbrella gear room in driving mechanism on vertical frame movable machine frame by the transverse axis on crossbeam, vertical pivot between transverse axis and transverse axis, the wind oar group longitudinal axis and power take-off drive shaft connect as one on movable machine frame, and wind oar group is connected as one with generator: it is a colony that multiple single multi-propeller wind driven generator is connected by the umbrella gear room in driving mechanism on the pedestal greatly set up: therefore multiple single multi-propeller wind driven generator group connects as one by the driving mechanism of large ground, multi-propeller wind driven generator group is connected as one multiple single multiple-blade machine and generator by the connection of the umbrella gear room on the earth frame body, single multi-propeller wind driven generator body oar group of keeping watch on movable machine frame through umbrella gear room and transmission shaft links together and connects as one with generator, single wind oar group is connected as one by wind paddle arm blade of keeping watch, wind blade achieves wind blade number change by them, the wind blade of this quantitative change achieves the qualitative change obtaining wind-power, with the wind-power drive electrical generators of this qualitative change effect, can freely dismounting at the cross moving axis parallel with ground level.

Gear chamber: be a constituent element in driving mechanism, it is a kind of umbrella gear room with multiple directions transmission shaft, power transmission on the basis of frame body on break-in and connection frame body: it is by cast gear chamber housing, short horizontal and umbrella gear, bearing, lubricant oil and oil sealing composition, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear room housing, on the gear chamber pedestal set up on the vertical frame movable machine frame crossbeam that cast umbrella gear room is fixedly mounted in single multi-propeller wind driven generator respectively or in a earth group of planes, gear chamber on single multi-propeller wind driven generator frame body frame, various transmission shaft, wind oar group and generator connect as one, gear chamber is connected as one multiple single multi-propeller wind driven generator body by the transmission longitudinal axis and transverse axis on the frame body of a earth group of planes, establish multi-propeller wind driven generator colony, multi-propeller wind driven generator colony achieves the number change of single multi-propeller wind driven generator body, single multi-propeller wind driven generator body achieves the number change of wind oar group, wind oar group achieves the number change of wind blade by wind paddle arm, a multi-propeller wind driven generator group of planes achieves the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, achieve and obtain wind-power qualitative change, this transmission drive electrical generators with wind-power mass effect:

Wind oar: wind oar is combined by wind oar group dish, by wind blade, wind paddle arm and bullet, draw, a kind of spring composition in torsion spring, wind paddle blade is fixed on the framework muscle beam with two collars, a limit of framework muscle beam and wind paddle arm are respectively provided with and play tension-torsion spring two ends pedestal, the collar is enclosed within wind paddle arm, multiple wind blade is partially in tandem with wind paddle arm, movable wind blade with wind paddle arm for axle, with the size variation wind-engaging angle of wind-force under the effect of a kind of spring wherein therebetween, wind paddle arm is fixed on wind oar group dish, wind paddle arm is provided with pull bar, with group the mutual tractive of adjacent wind paddle arm and with the longitudinal axis or air guide sleeve tractive,

Wind oar group: wind oar group is linked together through gear chamber by the driving mechanism on the movable machine frame crossbeam on single multi-propeller wind driven generator, and link together with the generator in single multi-propeller wind driven generator, it is by wind blade, wind paddle arm and bullet, draw, the wind oar of a kind of spring composition in torsion spring, pull bar, air guide sleeve, wind oar group dish and wind oar group longitudinal axis composition, wind paddle arm and wind paddle arm are through the mutual tractive of pull bar, and all with air guide sleeve front end or wind oar group longitudinal axis front end tractive, pull bar between wind paddle arm and wind paddle arm can establish wind paddle arm and wind blade again, it is 1 years old, antiport is made at the interval that the wind oar of two adjacent wind oar groups all can stretch into the other side's wind oar, they are 2 years old, wind blade in wind paddle arm under the action of the spring, the closed of adjacent wind oar is realized under windless condition, the cog umbrella gear of indoor short horizontal of the wind oar group longitudinal axis and crossbeam is connected.

Framework rotating disk: it is for the connection between movable machine frame and hollow column and rotation, it is combined by multiple bearing and metal framework, be installed on the pedestal of column outer wall, movable machine frame crossbeam is installed above, this framework rotating disk, can conveniently manufacture and install, and can change according to the size variation of column, the rotating disk of other pattern, all can be used as the rotating disk of the machine.

Pull bar: comprise wire drawing, the shaping vitals of the machine and key element, it reacts on the gravity at some positions in frame and reacts on wind-force, their tractive relation has the tractive of column and earth anchor, main longitudinal grider and empennage beam rear ends and upper strata rotating disk tractive, the tractive of secondary longeron rear ends and crossbeam, the tractive of the outer garden of upper strata rotating disk and floor cross member, the tractive of crossbeam and vertical beam, it also comprises the tractive of wind paddle arm on wind oar group dish and wind paddle arm or air guide sleeve and wind paddle arm.

Generator and rudder: generator be one from the transmission of multi-propeller wind driven generator body or the wind-power that obtains of the transmission of multi-propeller wind driven generator colony and send the body of electric current, it can according to the size of the size of the size of power, single multi-propeller wind driven generator, multi-propeller wind driven generator group scale, apolegamy generator; Rudder is arranged on main longitudinal grider foot piece rearward end, forces movable machine frame to take wind oar group leaf and driving mechanism, generator are in correct aweather position, the machine can adopt wind direction tracking device to replace rudder;

A multi-propeller wind driven generator group of planes: for numerous single multi-propeller wind driven generators is joined together, it is by wind blade, wind paddle arm, wind oar group, single multi-propeller wind driven generator movable machine frame, hollow column and driving mechanism, the pedestal that ground level is arranged and gear chamber, the body of major axis and base combination in length and breadth, it take the earth as frame is body, from the wind-power that single multi-propeller wind driven generator obtains, link together through the axle in length and breadth parallel with ground level and umbrella gear room network, become a group of planes body: its reason is that multiple wind blade is in tandem in wind paddle arm, multiple wind paddle arm is combined in wind oar group dish, multiple wind oar group longitudinal axis is combined in crossbeam transverse axis through umbrella gear room, the vertical pivot of multiple crossbeam transverse axis through between upper and lower layers crossbeam transverse axis is combined in multi-propeller wind driven generator movable machine frame, movable machine frame forms single multi-propeller wind driven generator body through framework rotating disk and hollow column, short horizontal below the setting axle of transmission on multiple single multi-propeller wind driven generator body in column and column in Power output hole, coupling, long transverse axis, power enters with ladder by umbrella gear room, go forward one by one, relay, network ground mode connects and is passed in the generator in a multi-propeller wind driven generator group of planes or a group of planes, the axle in length and breadth of a group of planes is provided with unidirectional coupling or flyball clutch, transfer not because of wind field is influenced mutually, multi-propeller wind driven generator is one and can unit work generates electricity, again can the work of group's machine and work with the wind generating machinery, this multi-propeller wind driven generator with network transmission is the possible condition realizing a earth body, people freely can obtain wind resource wherein.

9 " multi-propeller wind driven generator according to 1; its special Zheng is ", it is a kind of multi-propeller wind driven generator colony, with multimachine, windy oar group, windy oar, numerous variable-angle wind blade is as internal organization, the machinery obtaining wind-power qualitative change is realized by the quantitative change of combining realization of driving mechanism on frame body, so it is by the earth frame body, the multiple-blade machine colony of the driving mechanism on ground level and numerous single multiple-blade machine compositions:

The frame body of the earth is installed with driving mechanism and multiple single multiple-blade machine body, numerous single multiple-blade machines connects as one by the driving mechanism on ground level on the earth frame body, the connection of numerous single multiple-blade machine bodies in large ground by the driving mechanism on ground level, achieve the quantitative change of single multiple-blade machine on the earth frame body, the frame body of single multiple-blade machine body in the organization of its inside, the associating of driving mechanism and wind oar group, achieve the quantitative change of wind oar group, wind oar group is by wind oar group dish, wind paddle arm, the associating of the internal organizational structure of wind blade, achieve the quantitative change of wind blade, the quantitative change of wind blade, achieve or establish the acquisition of the qualitative change to wind-power, thus this multimachine, many oars group, many oars, leafy machinery closes and is referred to as multi-propeller wind driven generator, such multi-propeller wind driven generator machinery, sets up and realizes obtaining the condition of wind-power matter, it is characterized in that:

1, the earth frame body: by multiple multiple-blade machines that the earth and the earth pedestal are arranged, the longitudinal axis in ground level upper driving mechanism, transverse axis pedestal, gear chamber pedestal and generator pedestal composition: on the large single multi-propeller wind driven generator pedestal set up, single multi-propeller wind driven generator is installed on the ground, transmission shaft pedestal is in length and breadth installed with transmission shaft in length and breadth, gear chamber pedestal is installed with bevel type gear room, generator pedestal is installed with the generator of multi-propeller wind driven generator group of planes inside, on the earth frame body single multi-propeller wind driven generator by the driving mechanism on ground level in the associating of beam warp gear chamber and the generator of multi-propeller wind driven generator group inside connect as one in length and breadth, make it to become a multi-propeller wind driven generator colony:

2, the driving mechanism on ground level, it is by the setting transmission shaft in single multi-propeller wind driven generator column, transmission shaft in length and breadth on ground level pedestal, coupling, bevel type gear room and generator composition, numerous single multi-propeller wind driven generator bodies connects as one by the earth frame body, establish the quantitative change of single multiple-blade machine body, establish the condition realizing multi-propeller wind driven generator group of planes body, driving mechanism on ground level is built into the drive part in a multi-propeller wind driven generator group of planes jointly with the driving mechanism in single multi-propeller wind driven generator internal organization: its vertical type transmission mechanism setting transmission shaft in hollow column be mounted on the vertical frame movable machine frame on single multi-propeller wind driven generator body is connected the driving mechanism jointly formed in a multi-propeller wind driven generator group of planes with the horizontal driving mechanism on ground level pedestal, the machine driving mechanism comprises shaft drive, chain return and axle band mixed drive, each axle is by the interior connection and the break-in that have the gear chamber of umbrella gear group, it is the important component part forming single multi-propeller wind driven generator and multi-propeller wind driven generator group of planes internal transmission part, they are fixed on the vertical frame movable machine frame crossbeam of single multi-propeller wind driven generator through gear chamber respectively, on the pedestal be provided with ground level in hollow column, wind oar group, leaf is connected with the generator on ground level pedestal on the united frame body of unit and multimachine,

3, single multi-propeller wind driven generator body, the machinery that can work independently, it is the primary condition of composition multi-propeller wind driven generator group, it is the condition realizing wind oar group number change, it passes through the associating of ground level upper driving mechanism on the earth frame body, achieve the change of the single multi-propeller wind driven generator scale of construction, it is by the frame body in its internal organization, driving mechanism and wind oar group parts are formed, frame body is installed with driving mechanism and wind oar group parts, the wind oar group of driving mechanism by numerous on frame body is united, wind oar group is connected to by driving mechanism quantitative change frame body establishing wind oar group,

(1) frame body: be provided with setting transmission shaft by interior; Outer wall is provided with framework movable machine frame pedestal, below is left hollow column, the framework rotating disk be combined into one by frame structure via multiple bearing in Power output hole and is combined by longeron, vertical beam, crossbeam and be made up of the vertical frame type movable machine frame that pull bar oblique pull is shaping, column outer wall multilayer pedestal is installed with framework rotating disk, rotating disk is installed with the vertical frame type movable machine frame with driving mechanism and wind oar group and rudder composition; Frame body installs driving mechanism and wind oar set condition part.

(2) driving mechanism: wind oar group connects as one by it on frame body, it is by the wind oar group longitudinal axis, framework movable machine frame, the setting transmission shaft set up in Power output transmission transverse axis in transverse axis on crossbeam, the vertical pivot between transverse axis and transverse axis and single multi-propeller wind driven generator and hollow column and gear chamber composition, the wind oar group longitudinal axis is connected by umbrella gear group with short horizontal in gear chamber, short horizontal is connected through the long transverse axis between coupling with two gear chamber, and each layer transverse axis is connected with vertical pivot through gear chamber: wherein

1, one end of the pto＝power take-off in single multi-propeller wind driven generator is connected with transverse axis through gear chamber, and the other end is connected with unit motor: form single multi-propeller wind driven generator body:

The setting axle be provided with in 2 hollow columns, axle upper end are connected with the gear in the vertical type transmission mechanism on the vertical frame movable machine frame on single multi-propeller wind driven generator, erect axle lower end umbrella gear with in the Power output hole left below column and be connected with the umbrella gear in ground horizontal driving mechanism, be form a multi-propeller wind driven generator group of planes inside transmission constituent element

(3) wind oar group: wind oar group by the connection of driving mechanism, makes wind oar group on frame body, establishes number change on frame body; It is made up of wind oar group dish, torsion spring, wind paddle arm, wind blade, pull bar, the wind oar group longitudinal axis and air guide sleeve, the wind oar group longitudinal axis is installed with wind oar group dish, wind oar group dish is installed with wind paddle arm, wind paddle arm is installed with variable-angle wind blade, wind blade is made up of blade and the muscle beam with two collars, the collar on muscle beam is enclosed within wind paddle arm, varies the angle to various wind-force between wind paddle arm and wind blade under the effect of torsion spring; Between wind paddle arm with wind paddle arm, wind paddle arm is connected with all there being pull bar between air guide sleeve; Umbrella gear on the short horizontal of the umbrella gear indoor of wind oar group longitudinal axis rearward end umbrella gear on framework movable machine frame crossbeam is combined, and forms umbrella gear group: wind oar group achieves the number change of wind blade by wind paddle arm; And Che has stood the qualitative change of wind-power;

The frame body of single multi-propeller wind driven generator, driving mechanism, wind oar group part connects by a kind of bevel type gear room, and makes it into as a whole;

Driving mechanism on the earth frame body of the multi-propeller wind driven generator of group of planes body, ground level, single multi-propeller wind driven generator body make it into as a whole through the connection of gear chamber

The principle of multi-propeller wind driven generator be multiple wind blade, wind oar, wind oar group, single multiple-blade machine by the transmission of driving mechanism and connection, the quantitative change process that frame body is set up and realize the process obtaining wind-power quality: the principle being a quantitative change to qualitative change: be the method and the principle that adopt its internal organization's structure accumulation.

The invention has the beneficial effects as follows: wind oar is by the mode of multiple-blade machine tool, achieve quantitative change, improve the quality of wind-power, the qualitative change of wind-power is achieved with the quantitative change of wind oar, with the matter of wind-power of making a concerted effort to obtain of wind oar, be wind blade in wind paddle arm by wind oar group, frame body, the joint program of the combination of driving mechanism obtains the effect efficiency of making a concerted effort of wind-power, it is the quantitative change of wind blade, the quantitative change of wind oar, the quantitative change of wind oar group, the quantitative change of single multi-propeller wind driven generator body, the quantitative change of multi-propeller wind driven generator colony, set up and realize obtaining the effect efficiency of wind-power qualitative change, with this wind-power drive electrical generators with wind-power mass effect benefit, its structure is simple.

Accompanying drawing illustrates:

Fig. 1 is multi-propeller wind driven generator structural principle schematic diagram, front elevation

Fig. 2 is the right elevation that single multi-propeller wind driven generator body and multi-propeller wind driven generator colony contact

Fig. 3 is the lower view of Fig. 1

Fig. 4 is view under the back brace type of Fig. 1

Fig. 5 is the shaft transmission of multi-propeller wind driven generator, front elevation

Fig. 6 is transverse axis, the front elevation of multi-propeller wind driven generator

Fig. 7 is umbrella gear room front elevation

Fig. 8 is cross shaft driving gear chamber front elevation

Fig. 9 is wind oar group gear chamber front elevation

Figure 10 is view under wind blade

Figure 11 is wind oar group rear view

Figure 12 is view under rotating disk

Figure 13 be erect axle in rotating disk and the wind oar group longitudinal axis and column contact right elevation

Figure 14 is axle band, mixed drive front elevation

Figure 15 is shaft drive front elevation

Figure 16 is V belt translation front elevation

Figure 17 is Worm and Worm Gear Driving left view

Figure 18 is view under Worm and Worm Gear Driving

Figure 19 is front pull-type multiple-blade machine right elevation for band passes

Figure 20 is the lower view of 19

Figure 21 is that rack section (part) represents schematic diagram, front elevation

Figure 22 is view under Figure 21

Figure 23 is multi-propeller wind driven generator theoretical principle schematic diagram

Figure 24 is multi-propeller wind driven generator front view

According to the mark in Fig. 1, Fig. 2, Fig. 3, sequence number

1. wind oar: for obtaining wind-force, is made up of wind blade, wind paddle arm, the one played in tension-torsion spring, combination and wind oar group dish

2. crossbeam: for installing wind oar group, gear chamber, be arranged on the rotating disk on column bases

3. vertical beam: for 1, keep interval, 2, prop up crossbeam, 3, make each crossbeam at same plane, 4, coordinate support beam;

4. foot piece: for installing unit generator, empennage, support beam,

5. empennage: can be correct for wind oar, keeps wind-receiving face,

6. gear chamber: for assembling umbrella gear, indulging, horizontal, vertical pivot, bearing etc., and be fixed on crossbeam;

7. column: for installing movable machine frame, on each parts, be provided with setting transmission shaft in hollow column

8. play tension-torsion spring: for the connection between wind blade and wind paddle arm,

9. bearing: for flexible transmission, is arranged in gear chamber;

10. transverse axis: for gathering in the crops the power of the wind oar group longitudinal axis, and transmission is to vertical pivot;

11. wind oar group dishes: for assembling the wind oar of wind paddle arm and wind blade composition;

12. horizontal gear groups: for power is sent to generator;

13. vertical pivots: for being connected by the power between each layer transverse axis, make power synchronous, it comprises the vertical pivot on movable machine frame and the setting axle in hollow column:

14. umbrella gear groups (angular wheel): for the mutual transmission of each between centers,

15. wind oar axles: send transverse axis to the power of oar group of keeping watch;

16. transmission shafts: for the output of complete machine power;

17. generators: for generating,

18. longerons: for reacting on wind-force, it supports beam before comprising and foot piece is main longitudinal grider and multiple secondary longeron

19. pedestals: for installing each layer rotating disk, being garden in rotating disk, above having ring track, have screw to be fixed on column,

20. rotating disks: for installing crossbeam the inner, portable propelling frame follows wind direction, for multiple bearing is combined by frame structure;

21. pull bars: for fixed cross beam outer end, make crossbeam on the same line, comprise frame pull bar and wind oar group pull bar.

22. wind blades: in tandem in wind paddle arm and and wind paddle arm between be provided with a kind of spring,

23. wind paddle arm: wind blade in tandem, constitutes wind oar and combined by wind oar group dish, be provided with pull bar;

24. coupling: for the connection of axle, comprise unidirectional coupling and flyball clutch;

Embodiment:

Multi-propeller wind driven generator is by frame body, driving mechanism, wind oar group parts are integrally connected through a kind of umbrella gear room can installing multiple directions transmission shaft, frame body is installed with driving mechanism and wind oar group parts, wind oar group connects as one by driving mechanism on frame body, wind oar group achieves oneself quantitative change on frame body by driving mechanism, wind oar group achieves the quantitative change of wind blade by wind paddle arm, and the quantitative change of wind blade achieves the qualitative change obtaining wind-power.It is: wind blade (22) the wind oar (1) formed in wind paddle arm (23) in tandem is combined by wind oar group dish (11), the longitudinal axis (15) in wind oar group dish (11) is mounted with gear chamber (6) combination of horizontal minor axis (10), there is umbrella gear group (14) bearing (9) horizontal minor axis (10) in gear chamber (6) and be arranged on frame beam (2), short horizontal (10) in gear chamber (6) is connected successively through the long transverse axis (10) between coupling (24) with adjacent gear room (24), be provided with anti-axle bearing (9) upper and lower layers transverse axis (10) of conducting oneself with dignity between long transverse axis (10) with crossbeam (2) to be connected through vertical pivot (13), by leading, the crossbeam (2) of the movable machine frame that secondary longeron (18) crossbeam (2) vertical beam (3) pull bar (21) forms carries wind oar group parts and driving mechanism through gear chamber, and be located on the rotating disk (20) on the upper each layer pedestal (19) of hollow column (7), on column (7), level angle change is freely done under the effect of main longitudinal grider foot piece (4) rearward end rudder (5).

One; The upper transverse axis (10) in movable machine frame mesosphere crossbeam (2) is connected with the generator (17) on main longitudinal grider (18) foot piece (4) through power take-off drive shaft (16), achieves the power transmission of the single internal body of multi-propeller wind driven generator.

They are two years old; transverse axis (10) umbrella gear on movable machine frame upper strata crossbeam (2), various gear on the wind oar group longitudinal axis (15) umbrella gear and vertical pivot horizontal gear (12) all can be combined into gear train with the corresponding gear of setting axle (13) upper end portion in column (7) separately, the umbrella gear erectting axle (13) underpart forms umbrella gear group (14) short horizontal (10) with the umbrella gear on the short horizontal in Power output hole below column and is connected with the long transverse axis (10) be located on ground level support (19) through unidirectional coupling (24), angular wheel shaft in the other end of long transverse axis (10) gear chamber (6) on ground level support (19) is combined, the angular wheel shaft of the multiple directions in gear chamber (6) is series parallel connection and single multi-propeller wind driven generator body and the multi-propeller wind driven generator colony that combined by gear chamber (6) respectively, and the longitudinal axis at the concentrated position of multi-propeller wind driven generator group or transverse axis (10) are installed with generator (17) thus realize the intragroup power transmission of multi-propeller wind driven generator: a multi-propeller wind driven generator group of planes take the earth as frame body, indulging in the driving mechanism on the pedestal parallel with ground level that the earth frame body is set up, numerous single multi-propeller wind driven generator bodies connects as one through umbrella gear room by transverse axis, single multi-propeller wind driven generator, on movable machine frame, numerous single wind oar groups connects as one through umbrella gear room by the wind oar group longitudinal axis in driving mechanism, the transverse axis on crossbeam, vertical pivot between transverse axis and upper and lower layers transverse axis and power take-off drive shaft, and connects as one with generator, multiple single wind blade is connected as one by wind paddle arm by single wind oar group, the quantitative change of wind blade, the quantitative change of wind oar group, the quantitative change of single multi-propeller wind driven generator body, the quantitative change of multi-propeller wind driven generator group of planes body achieve the qualitative change obtaining wind-power, the wind-power drive electrical generators that there is mass effect with this or other need the machinery of power.

Claims

1. multi-propeller wind driven generator is a kind of machinery gathering wind power pneumatic, and by frame housing construction part: linkage section, wind oar group leaf mechanism section and auxiliary work machine are combined into, frame body. driving mechanism. wind oar group parts connect as one through a kind of umbrella gear room can installing multiple directions transmission shaft, frame body is installed with driving mechanism and wind oar group parts, wind oar group connects as one by driving mechanism on frame body, wind oar group achieves the quantitative change of wind oar group on frame body by driving mechanism, wind oar group achieves the quantitative change of wind blade on frame body and transmission by wind paddle arm, the quantitative change of wind blade achieves the qualitative change obtaining wind-power, that wind blade tires out by the driving mechanism ladder progradation in frame and frame body the quantitative change realizing merging through wind oar group in wind paddle arm, realize the machinery of qualitative change to working machine of wind-power or hydrodynamic set, set up multi-propeller wind driven generator,

A, frame body; It is the condition of installing driving mechanism, wind oar group parts, it is by the earth, hollow column, the transmission shaft that arranges and pedestal on the movable machine frame of multiple longeron, crossbeam, vertical beam, rudder, pull bar, rotating disk composition and ground level, gear chamber and pedestal, generator composition;

Multi-propeller wind driven generator frame body has two kinds: the first is the column frame body be combined into one by column, and the second is by the earth frame body be greatly combined into one:

One, by the frame body that column is combined into one, be single multi-propeller wind driven generator body, it is made up of hollow column and vertical frame movable machine frame two parts;

(1) hollow column; Be be provided with setting transmission shaft in one, outer wall is provided with movable machine frame multilayer crossbeam pedestal, the dynamic delivery outlet in below, and is arranged on the hollow column on concrete pedestal;

(2) vertical frame movable machine frame; Be made up of multiple longeron, crossbeam, vertical beam, rudder, pull bar, rotating disk, the crossbeam intermediate portion of movable machine frame is through a kind of frame-type rotating disk combined integrated by multiple bearing, be located on each layer pedestal on hollow column outer wall, movable machine frame crossbeam is installed with driving mechanism and wind oar group parts through gear chamber, crossbeam through pull bar and column upper strata rotating disk tractive and with vertical beam tractive and with major-minor longeron tractive; Longeron has main longitudinal grider and secondary longeron respectively, main longitudinal grider is made up of front support beam and empennage beam, rear ends by pull bar and crossbeam tractive and with upper strata rotating disk tractive, main longitudinal grider and mesosphere crossbeam are combined as a whole by framework rotating disk and hollow column containing upper and lower layer crossbeam, form the cross three-dimensional body that can rotate with column, main vertical fine strain of millet foot piece is installed with generator and rudder; Secondary longeron is respectively on the mesosphere crossbeam of column both sides, with crossbeam. vertical beam forms stereo cross type rack section one by one, before secondary longeron. rearward end is through pull bar and crossbeam tractive, and upper, middle and lower crossbeam and secondary longeron, respectively on the crossbeam of column both sides, link together by movable machine frame vertical beam; Movable machine frame is under the effect of foot piece rearward end rudder, rotating disk on column outer wall pedestal is done level angle change, this single multiple-blade machine frame body be combined into one by column, it is the condition realizing the quantitative change of wind oar group, wind blade to be arranged in wind paddle arm and by wind oar group, and wind-power is passed to generator by the driving mechanism on frame body and frame body;

Two, the earth frame body by being greatly combined into one: be a multi-propeller wind driven generator group body, it is made up of driving mechanism two parts on multiple single multiple-blade machine body and ground level;

(1) single multi-propeller wind driven generator body divides: be a frame body be combined into one by column, it is combined into by hollow column and movable machine frame, movable machine frame carries wind oar group parts and the rotating disk of driving mechanism below crossbeam, be located on each layer pedestal on column, constitute a single multiple-blade machine body part; This single multiple-blade machine body can work independently, and is again the condition realizing multiple-blade machine colony, and the driving mechanism on it and ground level constitutes a earth frame body;

(2) the frame body part of the driving mechanism mode on ground level: it is a part of composition the earth frame body, it is again the large intragroup drive part of multiple-blade machine on the ground, it is by the perpendicular axle in hollow column, short horizontal below column in Power output hole, unidirectional coupling, long transverse axis and pedestal, umbrella gear room and pedestal, generator forms;

Erect the wind oar group longitudinal axis umbrella gear on the gear of axle upper end and vertical frame movable machine frame upper strata crossbeam in column, a kind of corresponding gear in various on transverse axis umbrella gear on crossbeam and vertical pivot horizontal gear is combined into gear train, erectting beam warp bearing is installed on the inwall of hollow column, umbrella gear on short horizontal in the umbrella gear of its lower end and Power output hole is combined into gear train, short horizontal through coupling be located at the long transverse axis on ground level pedestal and be combined, the other end of long transverse axis is connected to the angular wheel shaft in the gear chamber that is located on ground level pedestal, umbrella gear in gear chamber is combined with adjacent umbrella gear, its axle is right angle on ground level, they also go here and there and the multi-propeller wind driven generator colony being connected to single multi-propeller wind driven generator body or being combined by gear chamber vertical-horizontal network, such multi-propeller wind driven generator body, achieve the earth frame body, the frame body of the earth oar group of planes that this quilt is greatly combined into one, achieve the quantitative change of single multi-propeller wind driven generator, single multi-propeller wind driven generator body achieves the quantitative change of wind oar group, wind oar group parts achieve the quantitative change of wind blade through wind paddle arm, the quantitative change of wind blade achieves the qualitative change obtaining wind-power,

B, driving mechanism: wind oar group is combined and is integrated or is integrated in large associating by multiple single multi-propeller wind driven generator body on the ground by the gear chamber on frame body in driving mechanism, by the wind oar group longitudinal axis, transverse axis on frame beam, setting axle in the vertical pivot at transverse axis and transverse axis interval and column, short horizontal below column in Power output hole, long transverse axis and pedestal, coupling, umbrella gear room and pedestal, generator forms, each beam warp gear chamber connects extension on frame body, break-in and network transmission, on the crossbeam that gear chamber is fixed on frame and on the large pedestal be provided with on the ground, there is principal and subordinate's bevel type gear indoor, bearing, short horizontal, short horizontal is connected with outdoor long transverse axis through coupling, the wind oar group longitudinal axis in frame, transverse axis on crossbeam and the vertical pivot between transverse axis with transverse axis are connected by gear chamber and break-in transmission is passed to working machine, its transmission comprises shaft drive, chain return and axle band mixed drive, they can realize the transmission needs in the machine, the wind-power that wind blade is obtained enters the synthesis of stroke through driving mechanism ladder, be transmitted to working machine, transmission has two kinds of modes: a kind of is transmission in the single body of multi-propeller wind driven generator, two kinds is the transmission in multi-propeller wind driven generator group body, and the intragroup transmission of multi-propeller wind driven generator be transmission in single multiple-blade machine body basis on carry out transmission,

(1) transmission in single multi-propeller wind driven generator body is: in wind paddle arm, the wind oar of wind blade composition in tandem is assembled on wind oar group dish, its in length and breadth axle be arranged in the gear chamber on crossbeam, umbrella gear on short horizontal in the umbrella gear of shaft rear end and gear chamber is combined into gear train, the exposed portion of short horizontal in gear chamber is connected through the long transverse axis between coupling and adjacent gear chamber, be provided with anti-transverse axis between long transverse axis and crossbeam to conduct oneself with dignity bearing, the other end of long transverse axis is connected successively and is provided with the umbrella gear room of the wind oar group longitudinal axis, umbrella gear is had in gear chamber, bearing, short horizontal, lubricant oil and oil sealing, the wind oar group longitudinal axis in frame, transverse axis on crossbeam, and the vertical pivot between each layer transverse axis, all connect through gear chamber, with break-in transmission, gear chamber is installed on crossbeam, transverse axis on upper and lower layers crossbeam is connected through vertical pivot with between transverse axis, mesosphere transverse axis, the generator on longeron foot piece is connected to through pto＝power take-off, achieve the quantitative change of transmission in single multi-propeller wind driven generator body and wind oar group,

(2) transmission in a multi-propeller wind driven generator group of planes is: in wind paddle arm, the wind oar of wind blade in tandem is assembled on wind oar group dish, the longitudinal axis on wind oar group dish is arranged in the gear chamber on crossbeam, the umbrella gear of longitudinal axis rearward end in gear chamber on short horizontal umbrella gear be combined, short horizontal outer end is connected through transverse axis long between coupling and adjacent gear chamber, be provided with anti-transverse axis in the middle of long transverse axis and between crossbeam to conduct oneself with dignity bearing, the long transverse axis the other end is connected identical gear chamber, connect through vertical pivot between transverse axis on upper and lower layers crossbeam, transverse axis on the crossbeam of upper strata, the wind oar group longitudinal axis and the various gear on vertical pivot all can be corresponding with the setting axle upper end in hollow column gear be combined into gear train, the umbrella gear of umbrella gear below hollow column in Power output hole on short horizontal erectting axle lower end is combined, short horizontal is connected with the long transverse axis on ground level pedestal through coupling, the other end of long transverse axis is connected with the angular wheel shaft in the gear chamber be located on ground level pedestal, umbrella gear in gear chamber and adjacent umbrella gear are combined into umbrella gear group, its axle and adjacent shaft are right angle in gear chamber and ground level, and vertical-horizontal network ground is gone here and there respectively and is connected to single multiple-blade machine body, or the multi-propeller wind driven generator group of planes connected through umbrella gear room, such multi-propeller wind driven generator colony is in large transmission on the ground, as a whole for single multiple-blade machine body combination, and concentrate in the centre of multi-propeller wind driven generator colony on the transverse axis at position or on the longitudinal axis generator is installed, transmission in this multi-propeller wind driven generator group, achieve the quantitative change of single multi-propeller wind driven generator body,

C, Feng Jiangzu leaf mechanism: it achieves number change by frame and driving mechanism, it mainly serves as acquisition wind-power, and the wind-power of acquisition is delivered on generator, it is by wind blade, wind paddle arm, play one or more springs in tension-torsion spring, wind oar group dish, the longitudinal axis, pull bar, air guide sleeve forms, on frame body, the wind-power that blade obtains or hydrodynamic force are passed to working machine by driving mechanism set, to be that wind blade is in tandem constitute wind oar in wind paddle arm for it, at bullet between wind blade and wind paddle arm, draw, turn round, under the effect of a certain spring in spring, wind blade is under the effect of size wind-force, wind paddle arm is done angle change voluntarily, wind oar is combined in wind oar group dish, with wind paddle arm adjacent on group dish through the mutual tractive of pull bar, pull bar is therebetween established again wind paddle arm and wind blade, in wind paddle arm another pull bar all with the longitudinal axis front end that extends in wind oar group or air guide sleeve front end tractive, the longitudinal axis on wind oar group dish, be installed on the crossbeam on movable machine frame through gear chamber, the umbrella gear of rearward end is connected with the umbrella gear on the short horizontal in gear chamber, short horizontal in gear chamber, the long transverse axis between adjacent gear room is connected to through coupling, in the middle of long transverse axis and between frame beam, be provided with anti-transverse axis deadweight bearing, the umbrella gear group of transverse axis in gear chamber is connected with vertical pivot, each layer transverse axis connects as one by vertical pivot, wherein:

(1) transverse axis on the mesosphere crossbeam on movable machine frame, is connected with the generator on frame main longitudinal grider foot piece through power take-off drive shaft, achieves the power transmission in single multi-propeller wind driven generator body;

(2) the transverse axis umbrella gear on the upper strata crossbeam on movable machine frame, wind oar group longitudinal axis umbrella gear and the various gear on vertical pivot horizontal gear all can be independent the gear corresponding with on the setting axle in hollow column be connected through gear chamber, the umbrella gear erectting axle lower end is connected with the umbrella gear on the short horizontal in Power output hole below hollow column, its short horizontal is connected with the long transverse axis be located on ground level pedestal through unidirectional coupling, the other end of long transverse axis is connected with the angular wheel shaft in the gear chamber be located on ground level pedestal, in gear chamber umbrella gear with axle and adjacent axle be right angle on ground level, and go here and there respectively vertical-horizontal network and be connected to single multi-propeller wind driven generator body or connect multi-propeller wind driven generator colony through gear chamber, wind oar group is by multi-propeller wind driven generator body or colony, achieve the quantitative change of wind oar group and single multi-propeller wind driven generator, it is wind oar group achieves wind oar group quantitative change by frame body and driving mechanism, also be the quantitative change that multi-propeller wind driven generator group achieves single multi-propeller wind driven generator body, single multi-propeller wind driven generator body achieves the quantitative change of wind prize group, wind oar group achieves the quantitative change of wind blade by wind paddle arm, the quantitative change of wind blade, achieve the qualitative change obtaining wind-power, therefore multiple-blade machine is a monomer multi-propeller wind driven generator, Ye Shiyige colony multi-propeller wind driven generator, it is in the frame set up, be installed with driving mechanism and wind oar group parts, wind oar group parts link together by driving mechanism on frame body, wind oar group on frame body by the associating of driving mechanism, achieve the quantitative change of wind oar group, wind oar group achieves the quantitative change of wind blade by wind paddle arm, the quantitative change of wind blade, achieve the qualitative change effect obtaining wind-power, this wind-power qualitative change effect is through transmission device, be delivered on generator, achieve the object of generating, through a kind of umbrella gear room can installing multiple directions transmission shaft on crossbeam in vertical frame movable machine frame on single multiple-blade machine frame body, driving mechanism is installed, the wind oar group longitudinal axis in driving mechanism, transverse axis on crossbeam, and vertical pivot between each layer transverse axis and pto＝power take-off, through umbrella gear room on vertical frame movable machine frame, the wind-power obtain wind oar group and generator link together, achieve the quantity of wind oar group on movable machine frame to become, be provided with in movable machine frame each layer crossbeam of vertical frame is located in respectively on the hollow column outer wall each layer pedestal rotating disk erectting transmission shaft, under the effect of main longitudinal grider foot piece rearward end rudder, vertical frame movable machine frame does level angle change on column, wind blade on multiple-blade machine is arranged on wind oar group dish through wind paddle arm, wind oar group is arranged on umbrella gear room through its longitudinal axis, umbrella gear room is arranged on the crossbeam in vertical frame movable machine frame, short horizontal in umbrella gear room connects long transverse axis through coupling, and the other end of long transverse axis connects successively with identical umbrella gear room again:

One, the transverse axis umbrella gear room, mesosphere of the crossbeam in vertical frame movable machine frame, is connected with the generator on main longitudinal grider foot piece on movable machine frame through power take-off drive shaft, achieves the inside transmission of single multiple-blade machine body;

They are two years old, the transverse axis umbrella gear of the upper strata crossbeam in vertical frame movable machine frame, horizontal gear on wind oar group longitudinal axis umbrella gear and vertical pivot, all can combine with the corresponding gear of the setting axle upper end portion in hollow column through gear chamber, the umbrella gear erect on the umbrella gear of the axle lower end short horizontal below column in Power output hole is combined, short horizontal is connected with the long transverse axis be located on the pedestal of ground through unidirectional coupling, the other end of long transverse axis is connected with the angular wheel shaft in the umbrella gear room be located on ground level pedestal, each angular wheel shaft be equipped with in the umbrella gear room of multiple directions transmission shaft respectively connected the multi-propeller wind driven generator colony that single multi-propeller wind driven generator is connected with by same bevel room, the intragroup longitudinal axis of multi-propeller wind driven generator or transverse axis are installed with generator.

2. multi-propeller wind driven generator according to claim 1, its feature exists, described frame body is the hollow column one by one having transmission shaft or be transmitted mechanism's connection in that installs in large ground, the crossbeam that one row is above, the vertical frame type movable machine frame of plural vertical beam and a main longitudinal grider and plural secondary stringer combination, by pull bar oblique pull formed body, be located in one on the rotating disk on each layer pedestal being provided with the hollow column outer wall erectting axle, rotating disk is the rotating disk that a kind of multiple bearing is combined into one through frame structure, frame floor side member is provided with generator, rearward end is provided with rudder, frame is installed with transmission device and plural wind oar group leaf, frame-type movable machine frame carry on wind oar group and the rotating disk of transmission device on column outer wall pedestal, level angle change is done under the effect of rudder, single multi-propeller wind driven generator is connected with the driving mechanism on ground level with the setting axle in hollow column by the transmission on movable machine frame by single multi-propeller wind driven generator is on this basis a colony, and is installed with generator on the transverse axis or the longitudinal axis of intragroup intermediate portion.

3. multi-propeller wind driven generator according to claim 1, it is characterized in that, described transmission is by the wind oar ancient sacrificial utensil longitudinal axis on movable machine frame crossbeam, transverse axis on crossbeam, short horizontal in the Power output hole that vertical pivot between transverse axis and transverse axis and the setting axle in hollow column and column bottom are left, long transverse axis, gear chamber. generator forms, the wind oar group longitudinal axis and the power take-off drive shaft in the single body of vertical pivot. long transverse axis is all connected and break-in through gear chamber short horizontal, principal and subordinate's umbrella gear is had in gear chamber, bearing, short horizontal, short horizontal is connected through unidirectional coupling with the long transverse axis outside gear chamber, be provided with anti-transverse axis between long transverse axis and crossbeam to conduct oneself with dignity bearing, the single body body of multi-propeller wind driven generator connects through flyball clutch or unidirectional coupling to the principal and subordinate of group of planes transmission between apical axis, the other end of long transverse axis is connected to gear chamber angular wheel shaft, the multi-propeller wind driven generator group of planes that in gear chamber, the angular wheel shaft of multiple directions respectively connected single multi-propeller wind driven generator or linked together by gear chamber, and on the transverse axis at concentrated position in a group of planes or the longitudinal axis is installed with generator, or be connected to generator through speed change gear.

4. multi-propeller wind driven generator according to claim 1, it is characterized in that, described wind oar group is by wind oar group dish, pull bar, air guide sleeve and wind blade, wind paddle arm, play the variable-angle activity wind oar composition of one or more springs composition in tension-torsion spring, with organizing between adjacent wind paddle arm through the mutual tractive of pull bar, and all can with the air guide sleeve on wind oar group dish or wind oar group longitudinal axis front end tractive, pull bar between wind paddle arm and wind paddle arm is established again wind paddle arm and wind blade, antiport is made at two blade intervals that wind oar wherein between (1) wind oar group and wind oar group all can stretch into neighbour side, (2) with the wind blade of group, all closed state can be realized, (3) adjacent wind oar group, front-back staggered installment state, (4) two group before and after, with one heart folded axle antiport state, (5) multiple wind oar group, the running of same direction and or two adjacent wind oar groups to report to the leadship after accomplishing a task hybrid directional operating condition, (6) the wind oar group varied in size can be arranged on the crossbeam of frame jointly.

5. multi-propeller wind driven generator according to claim 1, it is characterized in that described is that multiple wind blade is in tandem in wind paddle arm, multiple wind paddle arm is assembled in wind oar group dish, multiple wind oar group dish longitudinal axis is through the gear chamber transverse axis on crossbeam in tandem, and multilayer transverse axis is by the vertical pivot string between crossbeam transverse axis upper and lower layers and connect, (1) the mesosphere transverse axis of movable machine frame is connected to the generator on main longitudinal grider foot piece through power take-off drive shaft, forms the power transmission in single multiple-blade machine body, (2) longitudinal axis cursed by the upper strata wind oar of movable machine frame, transverse axis on the crossbeam of upper strata and the various gear on the vertical pivot between each layer transverse axis all can be corresponding with the setting axle upper end portion of establishing in column gear be connected, the umbrella gear erectting axle lower end is connected with umbrella gear on the short horizontal in Power output hole below column, be connected through unidirectional coupling or flyball clutch between short horizontal with long transverse axis principal and subordinate axle, the long transverse axis the other end connects with the umbrella gear room angular wheel shaft being connected a multiple-blade machine group of planes, this transverse axis also for the longitudinal axis through set up on the pedestal parallel with horizon with multiple directions transmission shaft umbrella gear room do network connect and transmission, set up and achieve a multi-propeller wind driven generator group of planes, multi-propeller wind driven generator can also can work by group's machine in unit work, improved by such a machinery or add the quantity of wind oar, improve the quality obtaining wind-power, the quantitative change establishing wind oar achieves the principle idea of wind-power qualitative change, they also exist in a different manner: describe wind blade quantitative change and obtain wind-power qualitative change relation and between technical key point, Che has found mutual change of quality and quantity principle and to have and guided in technology technically set up as oneself guiding theory, its thought source: find this technology, technology also derives from thought and demonstrates the establishment of thought: find and founded the existence of this thought.

6. multi-propeller wind driven generator according to claim 1, it is characterized in that, frame body, driving mechanism, wind oar group component combination forms: frame body, driving mechanism, wind oar group parts, connect as one through a kind of umbrella gear room can installing multiple directions transmission shaft, frame body is installed with driving mechanism and wind oar group parts, wind oar group parts link together by driving mechanism on frame body, and link together with generator, wind oar group parts achieve oneself quantitative change on frame body by driving mechanism, wind oar group achieves the quantitative change of wind blade by wind paddle arm, the quantitative change of wind blade achieves the qualitative change effect of wind-power, with this wind-power drive electrical generators with matter effect.

7. multi-propeller wind driven generator according to claim 1, is characterized in that, gear chamber, gear chamber, it is a constituent element in driving mechanism, it is a kind of umbrella gear room with multiple directions transmission shaft, be fixed on frame body, power-transmitting unit in break-in and connection frame body, wind oar group, generator, it is by cast gear chamber housing, short horizontal and umbrella gear, bearing, lubricant oil and oil sealing composition, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear room housing, on the gear chamber pedestal set up on the vertical frame movable machine frame crossbeam that cast umbrella gear room is fixedly mounted in single multi-propeller wind driven generator or in a earth group of planes, gear chamber on single multiple-blade machine frame body frame, various transmission shaft, wind oar group and generator connect as one, gear chamber is connected as one multiple single multiple-blade machine body by the transmission longitudinal axis or transverse axis on the frame body of a earth group of planes, establish multi-propeller wind driven generator group of planes body, multi-propeller wind driven generator colony realizes the number change of single multi-propeller wind driven generator body, single multi-propeller wind driven generator body achieves the number change of wind oar group, wind oar group achieves the number change of wind blade by wind paddle arm, a multiple-blade machine group of planes achieves the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, achieve and obtain wind-power qualitative change, this transmission drive electrical generators with wind-power mass effect.

8. multi-propeller wind driven generator according to claim 1, is characterized in that, be one by hollow column, vertical frame movable machine frame, driving mechanism, wind oar, wind oar group, pull bar, framework rotating disk, gear chamber, generator and rudder form; Through framework rotating disk on column, vertical frame movable machine frame is installed, movable machine frame is provided with, driving mechanism, wind oar group, generator, rudder, is pulled into type by pull bar, movable machine frame and hollow column form a multiple-blade machine body, this body is interconnected to multiple-blade machine colony by the driving mechanism below column or the driving mechanism on ground level, is the basis setting up and realize a multiple-blade machine group of planes, it is characterized in that:

Hollow column, Shi Yige garden type hollow column, setting axle is provided with in column, be arranged on column inwall by bearing, erect axle upper end portion and protrude from column, the gear corresponding with on various axle on the driving mechanism on movable machine frame is installed, the umbrella gear erectting axle lower end engages with the short horizontal umbrella gear left below column in Power output hole, this short horizontal is through coupling and the long cross-axis joints being connected multi-propeller wind driven generator group, long transverse axis has bearing base, transverse axis and the longitudinal axis, and connect through the indoor angular wheel shaft vertical-horizontal network of umbrella gear and be transmitted among a multi-propeller wind driven generator group of planes, column outer wall is provided with each layer pedestal of single-unit activity frame beam, is installed with the above movable machine frame crossbeam of a row through pedestal upper frame rotating disk,

Vertical frame movable machine frame: the vertical frame type frame be made up of multiple crossbeam, vertical beam, longeron, pull bar, frame-type rotating disk, rudder, frame beam middle is located on the rotating disk on column bases, form a travel(l)ing rest can made level angle and change with column, frame beam is installed with the driving mechanism and wind oar group parts that are linked together by gear chamber;

Driving mechanism has the transverse axis on crossbeam, vertical pivot between each layer crossbeam transverse axis, the wind oar group longitudinal axis and pto＝power take-off and gear chamber composition, crossbeam is installed with plural wind oar group through gear chamber, perpendicular fine strain of millet on movable machine frame is for assisting beam, upper, middle and lower layer crossbeam links together and is separately fixed on the crossbeam of column both sides by it, keeps girder space to stablize crossbeam, longeron on movable machine frame comprises main longitudinal grider and secondary longeron, the front portion of main longitudinal grider is divided into support beam, rear portion is divided into empennage beam to form, main longitudinal grider and mesosphere crossbeam are by together with framework disk combination, it and crossbeam form planche cross type frame beam, on column, form the stereo cross type movable machine frame can made level angle and change with column through frame-type rotating disk, and secondary longeron is installed on the crossbeam of column both sides, secondary longeron and vertical beam, the binding site of reporting to the leadship after accomplishing a task of crossbeam can weld or be bolted together, it and crossbeam, vertical beam forms stereo cross type rack section one by one, thus frame can do relay extension, empennage beam is provided with rudder and unit generator, they are by the tractive of wire drawing or pull bar, rotating disk mo(u)ld top half on column bases becomes a movable machine frame doing angle change, movable machine frame is by the driving mechanism on it, wind oar group, unit generator integrates, under the effect of the rudder on foot piece, carry wind oar group, driving mechanism, on the framework rotating disk of unit generator on column bases, box haul changes and changes wind-engaging angle, make it to be in correct state windward, the crossbeam of movable machine frame in column both sides is symmetrical peer-type, under the effect of pull bar on the same line, for the smooth transmission thereon of the transverse axis in driving mechanism creates primary condition, vertical frame movable machine frame and the common Che of hollow column have found single multi-propeller wind driven generator body, this multi-propeller wind driven generator body is the constituent element setting up a multi-propeller wind driven generator group of planes, also be the essential condition of a composition multiple-blade machine group of planes, its driving mechanism on ground level constitutes the earth frame body or multi-propeller wind driven generator colony,

Driving mechanism: comprise shaft drive, V belt translation, chain transmission they all can realize in the machine transmission object, shaft drive wherein, by the transverse axis on crossbeam, vertical pivot between lower and upper cross-member, the wind oar group longitudinal axis and pto＝power take-off, gear chamber forms, they connect by the gear chamber be located on crossbeam, make its break-in and transmission, bearing is had in gear chamber, bevel type gear, short horizontal, lubricant oil, oil sealing, short horizontal is connected with the long transverse axis outside gear chamber through coupling, the anti-bearing means that hangs down is provided with on long transverse axis and between crossbeam, transverse axis and crossbeam extend in parallel, transverse axis is by short horizontal, coupling, long transverse axis composition, short horizontal through gear chamber on movable machine frame crossbeam, respectively connected the wind oar group longitudinal axis, vertical pivot between multilayer transverse axis, power take-off drive shaft, they establish the power transmission in single multi-propeller wind driven generator body jointly, and with frame body, wind oar group parts constitute single multi-propeller wind driven generator, umbrella gear on the upper strata crossbeam transverse axis of single multi-propeller wind driven generator movable machine frame, the horizontal gear on vertical pivot, wind oar group longitudinal axis umbrella gear all can be corresponding with the setting axle upper end portion in column gears meshing, and by erect short horizontal in the Power output hole below axle and column, coupling, long transverse axis, gear chamber connection and drive to a multi-propeller wind driven generator group of planes, thisly to enter with ladder on frame body, go forward one by one, relay, the transmission that network connects is the quantitative change process realizing wind blade, is the primary condition realizing obtaining wind-power qualitative change, umbrella gear room in driving mechanism on vertical frame movable machine frame by the transverse axis on crossbeam, vertical pivot between transverse axis and transverse axis, the wind oar group longitudinal axis and power take-off drive shaft connect as one on movable machine frame, and wind oar group is connected as one with generator: it is a colony that multiple single multi-propeller wind driven generator is connected by the umbrella gear room in driving mechanism on the pedestal greatly set up: therefore multiple single multi-propeller wind driven generator group connects as one by the driving mechanism of large ground, multi-propeller wind driven generator group is connected as one multiple single multiple-blade machine and generator by the connection of the umbrella gear room on the earth frame body, single multi-propeller wind driven generator body oar group of keeping watch on movable machine frame through umbrella gear room and transmission shaft links together and connects as one with generator, single wind oar group is connected as one by wind paddle arm blade of keeping watch, wind blade achieves wind blade number change by them, the wind blade of this quantitative change achieves the qualitative change obtaining wind-power, with the wind-power drive electrical generators of this qualitative change effect,

Gear chamber: be a constituent element in driving mechanism, it is a kind of umbrella gear room with multiple directions transmission shaft, power transmission on the basis of frame body on break-in and connection frame body: it is by cast gear chamber housing, short horizontal and umbrella gear, bearing, lubricant oil and oil sealing composition, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear room housing, on the gear chamber pedestal set up on the vertical frame movable machine frame crossbeam that cast umbrella gear room is fixedly mounted in single multi-propeller wind driven generator or in a earth group of planes, gear chamber on single multi-propeller wind driven generator frame body frame, various transmission shaft, wind oar group and generator connect as one, gear chamber is connected as one multiple single multi-propeller wind driven generator body by the transmission longitudinal axis and transverse axis on the frame body of a earth group of planes, establish multi-propeller wind driven generator colony, multi-propeller wind driven generator colony achieves the number change of single multiple-blade machine body, single multiple-blade machine body achieves the number change of wind oar group, wind oar group achieves the number change of wind blade by wind paddle arm, a multi-propeller wind driven generator group of planes achieves the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, achieve and obtain wind-power qualitative change, this transmission drive electrical generators with wind-power mass effect,

Wind oar: wind oar is combined by wind oar group dish, by wind blade, wind paddle arm and bullet, draw, a kind of spring in torsion spring forms, wind paddle blade is fixed on the framework muscle beam with two collars, muscle beam and wind paddle arm are respectively provided with the collar played on tension-torsion spring two ends pedestal, muscle beam to be enclosed within wind paddle arm, multiple wind blade is partially in tandem with wind paddle arm, movable wind blade with wind paddle arm for axle, with the size variation wind-engaging angle of wind-force under the effect of a kind of spring wherein therebetween, wind paddle arm is fixed on wind oar group dish;

Wind oar group: wind oar group is linked together through gear chamber by the driving mechanism on the movable machine frame crossbeam on single multi-propeller wind driven generator, and link together with the generator in single multi-propeller wind driven generator, it is by wind blade, wind paddle arm and bullet, draw, the wind oar of a kind of spring composition in torsion spring, pull bar, air guide sleeve, wind oar group dish and wind oar group longitudinal axis composition, wind paddle arm and wind paddle arm are through the mutual tractive of pull bar, and all with air guide sleeve front end or wind oar group longitudinal axis front end tractive, pull bar between wind paddle arm and wind paddle arm is established again wind paddle arm and wind blade, it is 1 years old, antiport is made at the interval that the wind oar of two adjacent wind oar groups all can stretch into the other side's wind oar, they are 2 years old, wind blade in wind paddle arm under the action of the spring, the closed of adjacent wind oar is realized under windless condition, the cog umbrella gear of indoor short horizontal of the wind oar group longitudinal axis and crossbeam is connected,

Framework rotating disk: it is for the connection between movable machine frame and hollow column and rotation, it is combined by multiple bearing, metal framework, be installed on the pedestal of column outer wall, movable machine frame crossbeam is installed above, this framework rotating disk, can conveniently manufacture and install, and can change according to the size variation of column, the rotating disk of other pattern, all can be used as the rotating disk of the machine;

Pull bar: comprise wire drawing, the shaping vitals of the machine and key element, it reacts on the gravity at some positions in frame and reacts on wind-force, their tractive relation has the tractive of column and earth anchor, main longitudinal grider and empennage beam rear ends and upper strata rotating disk tractive, the tractive of secondary longeron rear ends and crossbeam, the tractive of the outer garden of upper strata rotating disk and floor cross member, the tractive of crossbeam and vertical beam, it also comprises the tractive of wind paddle arm on wind oar group dish and wind paddle arm tractive and air guide sleeve and wind paddle arm;

Generator and rudder: generator be one from the transmission of multi-propeller wind driven generator body or the wind-power that obtains of the transmission of multi-propeller wind driven generator colony and send the body of electric current, it can according to the size of the size of the size of power, single multiple-blade machine, multiple-blade machine group, apolegamy generator; Rudder is arranged on main longitudinal grider foot piece rearward end, forces movable machine frame to carry wind oar group leaf and driving mechanism, generator are in correct wind direction;

A multi-propeller wind driven generator group of planes: the single multi-propeller wind driven generator numerous with capable person is joined together, it is by wind blade, wind paddle arm, wind oar group, single multi-propeller wind driven generator movable machine frame, hollow column and driving mechanism, the pedestal that ground level is arranged and gear chamber, the body of major axis and base combination in length and breadth, it take the earth as frame is body, from the wind-power that single multiple-blade machine obtains, link together through the axle in length and breadth parallel with ground level and umbrella gear room network, become a group of planes body: it is that multiple wind blade is in tandem in wind paddle arm, multiple wind paddle arm is combined in wind oar group dish, multiple wind oar group longitudinal axis is combined in crossbeam transverse axis through umbrella gear room, the vertical pivot of multiple crossbeam transverse axis through between upper and lower layers crossbeam transverse axis is combined in multiple-blade machine movable machine frame, movable machine frame forms single multi-propeller wind driven generator body through framework rotating disk and hollow column, short horizontal below the setting axle of transmission on multiple single multiple-blade machine body in column and column in Power output hole, coupling, long transverse axis, power enters with ladder by umbrella gear room, go forward one by one, relay, network ground mode connects and is passed in the generator in a multi-propeller wind driven generator group of planes or a group of planes, the axle in length and breadth of a group of planes is provided with unidirectional coupling or flyball clutch, transfer not because of wind field is influenced mutually, multi-propeller wind driven generator is one and can unit work generates electricity, again can the work of group's machine and work with the wind generating machinery, this multi-propeller wind driven generator with network transmission is the possible condition realizing a earth body, people freely can obtain wind resource wherein.

9. multi-propeller wind driven generator according to claim 1, it is characterized in that a kind of multi-propeller wind driven generator colony, with multimachine, windy oar group, windy oar, numerous variable-angle wind blade realizes by the quantitative change of combining realization of driving mechanism on frame body the machinery obtaining wind-power qualitative change as internal organization, it is by the earth frame body, the multiple-blade machine colony of the driving mechanism on ground level and numerous single multiple-blade machine compositions:

1, the earth frame body: by the earth and the multiple multiple-blade machine pedestals arranged greatly on the ground, the longitudinal axis in ground level upper driving mechanism, transverse axis pedestal, gear chamber pedestal and generator pedestal composition: on the large single multi-propeller wind driven generator pedestal set up, single multi-propeller wind driven generator is installed on the ground, transmission shaft pedestal is in length and breadth installed with transmission shaft in length and breadth, gear chamber pedestal is installed with bevel type gear room, generator pedestal is installed with the generator of multi-propeller wind driven generator group of planes inside, on the earth frame body single multi-propeller wind driven generator by the driving mechanism on ground level in the associating of beam warp gear chamber and the generator of multi-propeller wind driven generator group inside connect as one in length and breadth, make it to become a multi-propeller wind driven generator colony:

(1) frame body: be provided with setting transmission shaft by interior; Outer wall is provided with framework movable machine frame pedestal, below is left hollow column, the framework rotating disk be combined into one by frame structure via multiple bearing in Power output hole and is combined by longeron, vertical beam, crossbeam and be made up of the vertical frame type movable machine frame that pull bar oblique pull is shaping, column outer wall multilayer pedestal is installed with framework rotating disk, rotating disk is installed with the vertical frame type movable machine frame with driving mechanism and wind oar group and rudder composition; Frame body installs driving mechanism and wind oar set condition part;

The setting axle be provided with in 2 hollow columns, axle upper end is connected with the vertical type transmission mechanism on the vertical frame movable machine frame on single multi-propeller wind driven generator, erect axle lower end with in the Power output hole left below column and the transmission shaft be connected with ground horizontal driving mechanism be connected; The constituent element forming the inner transmission of a multi-propeller wind driven generator group of planes:

(3) wind oar group: wind oar group by the connection of driving mechanism, makes wind oar group on frame body, establishes number change on frame body; It is made up of wind oar group dish, torsion spring, wind paddle arm, wind blade, pull bar, the wind oar group longitudinal axis and air guide sleeve, the wind oar group longitudinal axis is installed with wind oar group dish, wind oar group dish is installed with wind paddle arm, wind paddle arm is installed with variable-angle wind blade, wind blade is made up of blade and the muscle beam with two collars, the collar on muscle beam is enclosed within wind paddle arm, varies the angle to various wind-force between wind paddle arm and wind blade under the effect of torsion spring; Between wind paddle arm with wind paddle arm, wind paddle arm is connected with all there being pull bar between air guide sleeve; Umbrella gear on the short horizontal of the umbrella gear indoor of wind oar group longitudinal axis rearward end umbrella gear on framework movable machine frame crossbeam is combined, and forms umbrella gear group: wind oar group achieves the number change of wind blade by wind paddle arm; And establish the qualitative change of wind-power;

Driving mechanism on the earth frame body of the multi-propeller wind driven generator of group of planes body, ground level, single multi-propeller wind driven generator body make it into as a whole through the connection of gear chamber:

The principle of multi-propeller wind driven generator be multiple wind blade, wind oar, wind oar group, single multiple-blade machine by the transmission of driving mechanism and connection, the quantitative change process that frame body is set up and realize the process obtaining wind-power quality: the principle being a quantitative change to qualitative change: be the method and the principle that adopt the accumulation of its internal organization.