CN103244345A - Multi-paddle wind driven generator - Google Patents

Abstract

The invention discloses a multi-paddle wind turbine generator which is a combination of a frame machine body structural part, a transmission mechanism part and a wind paddle group blade mechanism part, wherein a transmission mechanism and a wind paddle group blade part are arranged on a frame machine body through a gear chamber; the transmission mechanism connects wind paddle groups together on the frame machine body; the wind paddle groups are connected into a whole on the frame machine body through the transmission mechanism; the number of the wind paddle blades is changed through wind paddle arms of the wind paddle groups; a qualitative change of obtained wind power is achieved due to a quantitative change of the wind paddle blades; a quantitative change of wind paddle group blades is achieved under the function of the transmission mechanism on the frame machine body; and accordingly a principle process of a qualitative change of obtaining the wind power is achieved due to the fact that quantitative change of the wind paddle blades is achieved through the wind paddle group blades, machinery that a working machine ( generator) is progressively driven by a progressive stroke and a relaying network is achieved; and a plurality of single multi-paddle wind turbine generators on the ground frame machine body are connected with each other through the transmission mechanism on the ground to achieve machinery of a multi-paddle wind turbine generator group.

Description

Multi-propeller wind driven generator

Technical field

The present invention relates to wind-driven generator

Background technique

Present known wind-driven generator is a kind of fixing single leaf, single wind oar group, and no support unit, no relay transmission network driving mechanism is connected to the wind-driven generator of a colony, and it obtains the few wind-driven generator of pneumatic power.

Summary of the invention:

Also accelerating along with The development in society and economy with to the demand of the energy, it has been recognized that and destroy intrinsic energy resources, will threaten human existence.Finding and utilizing natural resources, the project that has environment-friendly function again is the target that people struggle.Multi-propeller wind driven generator is that a natural energy resources that is beneficial to environmental protection utilizes project, and wind generating unit before mostly is single wind oar group machine, and generated output is little.Be in order to overcome the deficiencies in the prior art, to 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; Be made of basic understanding and basic embodiment to multi-propeller wind driven generator: the basic understanding to multi-propeller wind driven generator is:

The human lives not only adapts to nature but also will find and utilize nature in nature, allow it provide more convenient, finer production and living conditions for us, human living standard's raising, at first depend on progress of science and technology and the discovery of material created that many blade wind power generations are generatings that many oars wind-force is done power.It can generate electricity under the situation of 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, we can say, as long as there is sheet material just can obtain the wind-force electric energy, be an actual practice activity of exploitation wind resource, its source is wide, cost is low, be that people utilize nature, nature remodeling, the effective way of creating the wealth, wind energy are the most valuable and the most general human energy, it can flying sands and howling wind, can make waves surging turbulentlyly, boat is braved the wind and the waves, also can make it become electric energy, many oars wind-force electrical machinery be according to static be that relative motion is absolute principle, and research and development, have pneumaticly, just can produce merit, gaining merit just can produce energy, and it is an energy of not sacrificing other energy.

Multi-propeller wind driven generator, be one rational in infrastructure, it is convenient to install, and operation is few, and cost is low, pollution-free, no hot-tempered sound is not limited by synoptic climate, uses safety, can popularize Anywhere, it is a beyond example efficient apparatus, and it is the electric power energy of type that invisible wind resource is converted into, and it has solved a crux problem on the wind-power electricity generation, it is exactly the blowing area problem, if there is not blowing area, just be difficult to obtain wind-force, wind has been arranged in a word, electricity has just been arranged, and electricity has been arranged, and what is all easy to handle.

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

Its place of building a station mainly is on the mountain peak, the desert, and the field, use in place, wilderness such as seabeach and the place that is easy to collect folk songs, in case 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 of assembling wind-power electricity generation,, it is not limited by any direction and weather, on the basis of many oars, can collect folk songs in large area, make it to improve power, its simple structure goes slick, install firm, extensibility is strong, and it need not to excavate the exploitation transportation, and safely cleaning, it distributes wide, is a permanent energy.Good and make good use of as real exploitation, it is exactly human huge material values.

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

1, to utilizing the understanding of wind energy

Human needs's development, development need power, power needs the energy, there is not the energy just can't 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 one and does not damage the energy of intrinsic resource on the earth, also is one and crosses multiple operation with regard to the obtainable energy that its effect and purposes are that people can not abandon and ignore.

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

Discovery to it once is being familiar with in the transportation, suddenly it's raining and blowing hard in transit, rainwater has soaked into clothes, doubly feel cold at the health that blows that adds windward, expect that thus a little health of area just can obtain certain wind-force, if the wind-force of its acquisition of very big plate is just more not bigger so, 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 carry out wind-power electricity generation, the multi-propeller wind driven generator citation form has just produced like this.And multiple-blade machine technology and multiple-blade machine thought have been found on this basis, the multiple-blade machine thought guidance the establishment of multiple-blade machine technology and has been indicated direction for obtaining wind resource, the multiple-blade machine technology has proved the existence of multiple-blade machine thought, multiple-blade machine thought realizes obtaining pneumatic power qualitative change with the institutional quantitative change of the machinery in the multiple-blade machine technology and mechanical Inner portion and holds and foundation and interdependence as material conditions, Inner

3, its working principle.

Multi-propeller wind driven generator removes to obtain the wind-driven generator of pneumatic power qualitative change based on many oars, with machinery and the long-pending quantitative change of mechanical Inner portion's multilayer level organization structure, it is driving mechanism that the wind energy that many wind oars obtain is formed by umbrella gear chamber and transmission shaft, is sent in the generator in the frame body pneumatic power that the oar group obtains of keeping watch step by step through driving mechanism, it also can utilize belt drive, chain transmission also can axle, the band mixed drive is as the transmission of this machine.It is just as write (installation) 1 (wind oar group or single multiple-blade machine body)+(driving mechanism) 1 (wind oar group or single multiple-blade machine body)=(quantitative change and qualitative change) 2 (pneumatic power matter) etc. at (the frame body) of a blank sheet of paper, it is that frame body at the earth is installed with single multiple-blade machine, axle in length and breadth in the driving mechanism on the ground level between the multiple-blade machine in driving mechanism is connecting the multi-propeller wind driven generator group of planes that single multiple-blade machine is formed, set up the quantitative change of single multiple-blade machine: single multiple-blade machine, the frame that connects as one through framework rotating disk and vertical frame movable machine frame with hollow column body is as body, crossbeam at the frame body is installed with the wind oar group that is connecting through driving mechanism, set up the quantitative change of wind oar group: wind oar group is the frame body with wind oar group dish, be installed with by wind oar arm at wind oar group dish, the wind oar that torsion spring and wind blade are formed, between wind oar arm and the wind oar arm and and air guide sleeve between be provided with pull bar, on the pull bar between two wind oar arms, can install again by wind oar arm, the wind oar that torsion spring and wind blade are formed, the quantitative change that the wind oar has been set up the wind oar at wind oar group dish: wind blade string is loaded on wind oar arm, the quantitative change that wind oar arm on wind oar group dish has been set up the wind blade: so it is at one or more frame bodies various forms of driving mechanisms to be installed, wind oar group or single multiple-blade machine body, wind oar group or multiple-blade machine body are united the quantitative change of having set up wind oar group or the quantitative change of single multiple-blade machine body through driving mechanism on the frame body, driving mechanism is connected to colony one by one with wind oar group or single multiple-blade machine on the frame body, its principle is simple;

4. the structure structure

(1) the hollow column of garden type: its purposes is mainly used in firm whole machine body, take up all electricity generating devices such as driving mechanism on vertical frame movable machine frame and the support, wind oar group, unit generator, rudder, draw anchor to be used for the stabilizer column top on it, unit transmission of electricity revolution contact disc is used on different angles electricity being transported to circuit and gets on.Each layer rotating disk and supporting plate (pedestal) are used for installing each layer of movable machine frame crossbeam, are convenient to the vertical frame movable machine frame and carry driving mechanism, wind oar group, unit generator, the rotation of rudder box haul.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, its steel pipe pole lower end be welded with flange and be located in vertical buried on the underground concrete pedestal that has a plurality of screw rods, through the fastening flange with hollow column lower end of screw rod and screw securely be installed on the pedestal and with column formation one

(2) the movable shape support of vertical frame is by multilayer crossbeam, longeron, vertical beam, and pull bar, rotating disk, rudder are formed; It is installed on the rotating disk of column outer wall pedestal, is mainly used in installing wind oar group, driving mechanism, unit generator and rudder, is that wind direction is freely followed in the axle center with the column on column, and the wind oar is remained in the wind direction unanimity.It can increase or reduce the number of plies according to height, the size cases of column.It and column constitute the cross three-dimensional body that can freely horizontally rotate.Can be provided with longeron and vertical beam again on the crossbeam, do relay by wire drawing or pull bar between it and tiltedly draw, each beam seat drops on the rotating disk on the column pedestal.Cross moving axis and the gear chamber parallel with crossbeam are installed on the crossbeam, and long transverse axis is connected with gear chamber Inner short horizontal through coupling, is provided with anti-the hanging down of transverse axis between long transverse axis and the crossbeam and falls bearing.The opposite side relative with transverse axis is equipped with a plurality of wind oar groups on crossbeam:

(3) wind oar group: it is to carry out work with the principle of lever, it promotes the resistance that wind oar arm overcomes wind oar group longitudinal axis radius (resistance arm) after wind blade (power arm) obtains wind-force, rotate around axle center (fulcrum), thereby reach the purpose of work, multi-propeller wind driven generator, adopt the principle of numerous levers to carry out work, because the length of the power arm of wind oar is far longer than the length of resistance arm, so the warping force that obtains is just big, then this very big warping force is being passed through driving mechanism, it is sent in the generator with assembling, it is the work of making a concerted effort to carry out down at numerous wind oars, the chance that he not only obtains air quantity is many, and service time is permanent.The wind oar of multiple-blade machine can be to rotate with counterclockwise or hybrid directional clockwise, between two the adjacent wind oar of wind facies groups, the wind oar of a wind oar group can turn round in the opposite direction from the interval between two wind oars of another wind oar group and pass through, this side can save and take full advantage of crossbeam and transverse axis, prolong 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 at the frame body; The wind oar; By wind blade and wind oar arm and (bullet, draw, turn round) spring a kind of variable-angle wind oar of forming of a kind of spring wherein, the wind oar of multiple-blade machine wouldn't the work amount determines as (angle, size, width, length, weight, quantity, shape) etc.Do not make description of drawings.But how much what obtain wind-force is wind speed and blowing area and the combination of wind flood time, it is that pneumatic power=wind speed+blowing area+wind flood time is natural causes, blowing area is personal factor, this multiple-blade machine technology is exactly to create a powerful wind-receiving face or choke face artificially, and its pneumatic 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 that differs in size can jointly be installed on the same multiple-blade machine frame.The width of wind oar and radius can be according to circumstances needs and determine that the front end of wind oar group axle is equipped with air guide sleeve, the inclined-plane of wind oar can according to the size of wind speed automatically conversion wind-engaging angle make.It is make the wind oar under the effect of drawing of installing between wind blade and the wind oar arm, bullet, torsion spring power the angle of wind-receiving face under the situation of different wind-force from line translation, helpful to utilizing of various wind-force especially fitful wind.The blade of wind blade and wind oar arm respectively are monomers: they combine, so can movable and adjustment wind-engaging angle.It can also play the effect of buffering wind-force simultaneously, this device also is a safety installations, and the wind oar is the source that obtains pneumatic power, and is well-known, the size that obtains the electric energy electric weight depends on that at first the power that produces electric energy, the size of power directly affect the acquisition of electric energy, electric weight size.Electric energy depends on kinetic energy, depends on mechanical kinetic energy, and mechanical kinetic energy depends on the material that occurring in nature can produce kinetic energy power again.As wind, water, coal gas, coal, oil etc.Electric energy is the conversion of kinetic energy, and kinetic energy has been arranged, and just can produce electric energy, has found that kinetic energy also just found electric energy, and kinetic energy has been created 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 oars obtain 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 introduce shaft drive, shaft drive it with " master " on the axle " from " gear coincide drive driven off by shaft, the unfailing performance of this transmission is strong, be difficult for 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 links together by vertical pivot again, middle transverse axis passes to pneumatic power in the generator by power take-off drive shaft, its transmission could be common unified like this, just can reach a kind of more feasible making a concerted effort, could improve the power of generator down in this making a concerted effort.

(5) generator, it is the machine that generates electricity under the effect of wind-force, it can freely be matched according to the size of wind oar machine, also can match according to the wind conditions of each department.

(6) empennage (rudder), it mainly be exactly assist support, carry the wind oar, wind oar group parts, driving mechanism, unit generator, at different wind directions wind oar group and wind direction are consistent, be the device that effectively utilizes wind-receiving face.It also can adopt the wind direction tracking device to replace:

(7) transmission of electricity, it can adopt polymerization, boost, polymerization again, the method for boosting again, also can be according to the series parallel connection formula of electricity, the electric energy of each unit compiled carry out long-distance transmission, also can with send out with and store for future use, it can adopt and transmission facility and the principle of the wind-power electricity generation that reference is existing are transmitted electricity.

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

Large-scale: multi-propeller wind driven generator can be installed in the smaller area of wind-force, many as interior ground obstacle, obtain the place of wind-force difficulty, with regard to unit framework movable machine frame, it can be made into wide 20 meters, high 20 meters machinery or bigger, its width does not wait, the unit width can reach 100 meters or a wideer if group of planes like that its width just can't measure;

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

Small-sized: multi-propeller wind driven generator can be installed in high mountain mountain peak, wind-force abundance and the hurricane area that takes place frequently, and it can be made into wide 10 meters, high 10 meters machinery.Collapsible wind-driven generator.Can be installed in fore and mobile more intense place, to be convenient for carrying, this machine also can increase and decrease wind oar group according to wind conditions and the season of locality, to guarantee its stability in use.

Multi-propeller wind driven generator is on the basis of many oars, can produce many kinds of types, it can be made into the back brace type, preceding pull-up, draw on the anchor and wind oar type to be installed, to draw wind oar type and whole wind oar type and Foldable type etc. are installed under the anchor, they separately can both be in the function of different environment and zone performance self, for different regions provide with organizational security barrier and freely selecting product, thereby improved the demand of people to product diversity, for popularizing and the development wind-power electricity generation cause meaning that is very helpful.

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

They not only can rely on column and support and make to the manufacturing of multiple-blade machine, and it also can not rely on column and rack beam and makes.They can directly be made with the holoaxial structure, utilize transmission shaft everywhere, do transmission and frame.Be frame and transmission and usefulness, and the machinery of using one more, its way is at various transmission shafts (the wind oar longitudinal axis, transverse axis on the crossbeam and vertical pivot, and column vertical pivot) junction point all be provided with bearing base, this pedestal also is a kind of gear chamber, help by wire drawing or pull bar, make it to become the body of frame and energy transmission, its power can be directly delivered to column axle below, utilizes helpful to the automatic working machine of many oars.Reacting on aspect the wind-force, they all can adopt preceding pull-type or back brace formula type, before the support of pull-type frame for cross entirely, multiple-blade machine is the machinery not to the utmost of an ever-changing speech in a word, their plentiful and substantial fruits that is bound to bear under the multi-propeller wind driven generator guide of theory.

Any wind-power electricity generation all is in the generating that obtains under the wind condition, and what and the size that obtain wind-force are the primary and necessary conditions of wind-power electricity generation, also are its pacing factors.

The contrast of multi-propeller wind driven generator she and former wind-power electricity generation acc power, under equal condition, if " X " is the power of wind blade, wind oar, wind oar group, wind-power electricity generation body, Zong be exactly Yi Qian wind-driven generator X=X1 so, be exactly Zong and present multi-propeller wind driven generator X=X1+X2+X3+X ... Deng.If the identical wind oar of size can generate electricity under the effect of 5 kilograms of wind-force, 4 kilograms of wind-force is inoperative to before wind-driven generator so, but multi-propeller wind driven generator is just with different, it can be in the quality of the pneumatic power of making a concerted effort to improve down of numerous wind blades, wind oar, wind oar group, single multiple-blade machine body, thereby improves generated output and to utilization ratio of wind energy.Because this machine is the machinery that can obtain more windy power, to conversion and the utilization ratio height of wind energy, so the geographic coverage that its adaptation is built a station is just more many, be not limited to the many zones of some wind-force.

5, Ji Xie component and material relation

(1), column: can use steel pipe, concrete prefabricated bar and rod.Be mainly used in taking advantage of driving mechanism, wind oar group, rudder and unit generator and the reaction wind-force that carries on vertical frame movable machine frame and the frame.Column is connected with crossbeam on the vertical frame movable machine frame through rotating disk and upper end gear chamber; The short horizontal of the gear chamber Inner of column lower end power delivery outlet Inner is connected with long transverse axis on the ground level through coupling, and hollow column is the essential condition that constitutes single multiple-blade machine and a multiple-blade machine group of planes.

(2), frame: it can adopt steel, timber and aluminium to make, but is difficult for using plastic materials, because the temperature height is yielding, temperature is hanged down easy embrittlement.Every composition with multiple-blade machine crossbeam performance function and technical requirements all can be used as crossbeam, the crossbeam of every frame all can adopt single-beam, twin beams or polynary combined integrated shelf beam, the crossbeam of column both sides, should be symmetrical reciprocity form, and relative equilibrium, longitudinal and transverse, perpendicular, three-dimensional structure form that the frame of shaft type multiple-blade machine and transmission all have, 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), the wind oar: be assembled on the wind oar group dish, its steel plate of having drawn materials, aluminium sheet, wood veneer, plank, cloth leather etc., some are difficult for face sheet materials aging and distortion and all can be made into the wind oar, can be made into movable angle wind oar as required.The wind oar is being collectively referred to as of wind and oar, their interdependences, and kind of the material that unites two into one, this material has been realized qualitative change on the basis of quantitative change (length, width, quantity), is quality change relation and causality.The wind oar of this machine can be made into two kinds of wind oars of dynamic formula of fixed pattern and variable-angle, its variable-angle dynamic formula, draw a kind of composition in the torsion spring by wind blade, wind oar arm and bullet, wind oar 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 running counterclockwise, also can turn round by hybrid directional, in the hybrid directional running, dual mode is arranged, and the wind oar of two adjacent wind oar groups of the same form 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 can fully effectively utilize frame beam, can prolong and cut the wind oar of being convenient to two adjacent wind oar groups, and can produce a kind of thrust that rises of splashing, the wind oar of working as two groups exactly intersects fashionable moment, blowing area increases, and the inclination angle relatively or mutually suitable, and cross-reference forms a kind of pulse power that rises of splashing under the effect of wind-force, open in continual closure, renew eventually, impel the acting of wind oar in moving in circles, this power is helpful to improving utilizing of wind-force again.This Fang Yin increases the density of wind-receiving face, has formed resistance, and change in resistance is power.The wind oar group of this machine rides on each layer crossbeam of frame through gear chamber, and each layer crossbeam rides on the column, and the wind oar is owing to inside and outside garden is uneven in length.Speed, the distance of running do not wait its angle that is subjected to windward side and wind also all unequal.

(4), transmission shaft: it mainly adopts the bevel type gear of the different plain carbon steel tubing of diameter on it then to use wear-resisting high-quality steel, guaranteeing the life cycle with prolonged mechanical, this machine has vertical pivot (4) the power output longitudinal axis between transverse axis (3) each layer crossbeam on multiple break-in transmission shaft (1) the wind oar group longitudinal axis (2) crossbeam.The cross moving axis of large-scale wind oar, owing to be provided with interim coupling in the middle of distance, the axle, also because the sagging factor of axle self gravitation, so set up the anti-devices such as falling bearing that hangs down of transverse axis at crossbeam, transverse axis, crossbeam, column vehicle-mounted or portable movable multiple-blade machine all can adopt flexible rod and folding type manufacturing.

(5), generator it mainly be to utilize the generator of selling on the market, it can be according to the big freedom in minor affairs apolegamy of wind oar machine.

(6), empennage: it draws materials identical with the wind oar, be mainly used in adjusting frame and take wind oar group, is in the correct state that facings the wind.

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

(8), bearing: be installed in the gear chamber, on the axle support disc seat, be mainly used in the transmissions flexibly thereon of various axle:

(9), garden shape sleeve: be used for the relay of two between centers, aperture and pin are arranged on it, be used for garden jacket tube and be difficult for usurping.Be used for the connection of axle between axle, it is folding helpful to wind oar machine, also can be used as coupling.

(10), framework rotating disk: it is used for being connected between movable machine frame and the hollow column, the rotating disk that the framework rotating disk that the frame-type rotating disk that it is combined by frame structure and bearing, prone position bearing combine and ball combine, wherein the rotating disk of standing position and prone position bearing combination 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 installed on the pedestal of column outer wall.The upper-end surface is equipped with the movable machine frame crossbeam, and it is Structural Hardware.

(11), wire drawing (pull bar): it acts on the deflection of some position power on the frame, it comprises that drawing anchor is the key factor of this machine moulding, frame is basic condition with column and rotating disk, its sagging power all has wire drawing (pull bar) to cooperate vertical beam to finish, and forms by wire drawing (pull bar) and longeron (support beam) cooperation aspect the wind-force reacting on.Tiltedly drawing of their tiltedly establish unprincipled connection column and earth anchor, each supports the end of beam (longeron, vertical beam) and tiltedly drawing of crossbeam, tiltedly drawing of the outer garden of upper strata rotating disk and bottom crossbeam, the tractive of crossbeam and vertical beam, the purpose of their tractives is that the requirement crossbeam is as far as possible on same straight line, for transverse axis has been created basic condition, so that the multiple-blade machine frame of the transverse axis oblique pulling shaping of this dependence of smooth transmission thereon also is a multi-functional support.

(12), gear chamber: being used for device that bearing, short horizontal, umbrella gear, lubricant oil, oil sealing are integrated, being a kind of multidirectional driving gear chamber and being fixed on the crossbeam of frame, is an efficient apparatus that connects various axles.More than be the basic component of this machine, they are connected and fixed by bolt, and it has simple in structure, the advantage that component are few.

6, to the understanding of technical role

The wind-force phenomenon sees it is more small and weak from integral body, even it greatly also is very of short duration that a little return air power are arranged, in order from small and weak wind-force, to obtain big energy, must work hard from the amount of wind oar, multi-propeller wind driven generator is conversion process from quantitative change to qualitative change just, it can be the mode of small and weak wind-force to assemble, reach the effect of big wind-force, its binding mode is that the wind-force that each roomy blade obtains is pooled on the wind oar group, the pneumatic power that each wind oar group obtains is pooled on the transverse axis on the frame beam again, the crossbeam axle of each layer is communicated on the power take-off drive shaft that drives generator by vertical pivot with compiling again, and the electric current that each single generator sends is transported on the booster stations etc. with compiling again.Thereby reach the principle of quality change.This just illustrates that energy can decompose, but also can assemble, under the big or small wind conditions:

(1) under little wind conditions, it can gather together the mode of small and weak wind-force by many oars to it and carry out proper functioning, and its changes in the past and can only work under big wind conditions, avoid waste and the loss of little wind-force, and is helpful to rationally utilizing of wind-force.Wind oar group leaf has synthesized the quality of pneumatic power by the driving mechanism on the frame body:

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

7, the comparison of it and like product

It has following advantage compared with similar products, and blowing area is big, and power is big, stability is strong, can utilize the wind resource in this machine zone fully rationally and effectively, fund input is little, and the wind oar of former wind-driven generator is in order to obtain wind-force, the radius of oar of always keeping watch lengthens, do so not only and can obtain some wind-force, and it is also to the certain resistance of wind oar generation, because the distance that streak in its outer garden, if surmounted the speed of wind, will form a kind of resistance.Travel under condition with the wind as automobile, the speed of a motor vehicle surmounts the speed of wind, and it is the same to form resistance, and the fast reason that Big Pinwheel does not have little windmill to change so just is described.Wind-driven generator in the past is in order to ensure the stability of machinery; in the manufacturing of wind oar; wide blade is used in inconvenience; so just reduced the efficient to Wind Power Utilization widely; its stability mainly relies on the next fulcrum in ground to solve; it is much smaller than two ends jointly stabilizing up and down, adds its operation point above column, like this to its stability very big threat especially.Wind-driven generator in the past mostly is single wind oar group machine, and a single wind oar group is described like this, can only be a generator job, has so just caused the waste in the fund input.

8, the suitable place of building a station

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

(1) mountain peak is the abundantest place of wind resource, also is that people utilize the most idle place of geographical resource.Utilization to it can not bring harm to surrounding enviroment, does not influence plantation and built environment.Its average air quantity is all more than 3,000 to 4,000 hours.

(2) desert is that wind resource is the most local, can implement there to build a station on a large scale, and installation administration is also very convenient, and simultaneously, the there also is the place that other electric power is difficult for sending to, and wind-power electricity generation has been arranged, and is helpful to desert exploitation there.Average annual air quantity is more than 4,000 hours.

(3) ask in Plain and field: Plain and field mostly are the places of crop production, building a station at this to influence the growth of crop, because this machine utilizes is the space of top, does not take too much cultivated area, build a station at this and we can say and to obtain the economic benefit identical with crop, even may surmount.

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

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

9, in the position of energy field

The utilization of wind resource, under the help of multiple-blade machine, again make people that it is produced new understanding, wind-power electricity generation must the mode with energy collecting be tried to achieve development on the basis of multi-propeller wind driven generator, 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, can't reproduce and remedy, and danger is very big in the exploitation, transports the process of founding the factory from exploitation, program is many, and the fund injected volume is big, thermal power generation like this, and 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, and to the just very difficult enforcement of the big portion of analogy of China, its narrow limitation is very strong, and drops into also very big.Solar electrical energy generation also is a new problem, the energy that it not only can obtain to clean, but also do not injure tellurian intrinsic resource, but its technical requirements height, the fund injected volume is big, and is subjected to synoptic climate and time restriction.Nuclear energy power generation is rising and high-tech industries, and its unique problem is exactly safety issue, has only country just can finish for its exploitation, and inconvenience is popularized.

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

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, be regardless of poor expensively, can have it, if people are to the utilization of wind energy, form rule, people will consciously utilize wind energy, are not desiccation for the moment as dry days, damage caused by a drought, it must need a long process, during this period, wind does not have for a long time, if wind has been arranged, people can actively utilize windmill water pumping to irrigate, and damage caused by a drought will alleviate like that.

The problem that multi-propeller wind driven generator solves: (1), can be to the utilization of little wind-force, time, chance to wind power utilization have been prolonged in tangible, because the blowing area of the wind oar of this machine is big, improved the power of little wind-force: (2), its formed making a concerted effort are unprecedented, thereby have increased the strength of pneumatic power.(3), its extensibility is strong, up and down, about all extensible, so it can produce big, the high-power wind mechanical that obtains of type in the world, (4), because the function of this machine self, widened the using scope of this machine on the zone, land, waterborne, can utilize it in the air.

He has found the power of wind-force material with method and the principle that Union is strength, has found wind energy.Just to the discovery of its energy, if people can both find power from material, people just can not worry for lacking the energy to the discovery of the method utilizing and obtain.

Multi-propeller wind driven generator, it is with minimum floor space, contributed powerful wind-force electric power, contributed inexhaustible strength, his key does not lie in it self gravity, it mainly is exactly the warping force that he merges, it has solved with its simple method wind energy has rationally been utilized problem and secret, just because of its method is simple, to it manufacturing and 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 that visually it cans be compared to the curassow to be flown that spreads the wings, 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, the frame elongation technology, variable-angle wind oar technology, the declaratives of each in multiple drive technology and the explanation are the skin of his strong shape beauty.The wind oar make a concerted effort and quality change principle is its life and soul.It is an organic combination, and it also can be called as energy tree, though it is born in wind and rain, it is bound to grow up in wind and rain.

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

Basic embodiment

Deficiency for 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 of gathering wind power pneumatic, by frame housing construction part: the driving mechanism part, single multiple-blade machine, wind oar group, leaf mechanism part and auxiliary work machine be combined into, frame body: driving mechanism, single multiple-blade machine, wind oar group, parts connect as one through a kind of umbrella gear chamber that a plurality of direction transmission shafts can be installed, driving mechanism and wind oar group parts are installed on the frame body, driving mechanism connects as one wind oar group on the frame body, wind oar group has realized the quantitative change of wind oar group by the connection of driving mechanism on the frame body, wind oar group has realized the quantitative change of wind blade by wind oar arm in frame body and transmission, the quantitative change of wind blade has realized obtaining the qualitative change of pneumatic power, it is the wind blade is realized merging by the tired program of the ladder of the driving mechanism on wind oar group and frame body progradation at wind oar arm quantitative change, realize that the qualitative change of pneumatic power or hydrodynamic set is to the machinery of working machine, be to realize the basic fundamental condition of a multi-propeller wind driven generator group of planes or associated technical specifications, it is characterized in that:

A, frame body; Be the condition that driving mechanism, wind oar group parts are installed: it is by the earth, the driving mechanism that arranges on the single multiple-blade machine of the vertical frame movable machine frame of hollow column and a plurality of longeron, crossbeam, vertical beam, rudder, pull bar, rotating disk combination and the ground level; Bearing base, gear chamber and pedestal, generator and pedestal; Multi-propeller wind driven generator frame body has two kinds: first kind is the vertical single frame body of column that is combined into one by column, second kind is the horizontal connection group of planes of the earth frame body that is combined into one by the earth, and they are all the multi-propeller wind driven generator body: the mat woven of fine bamboo strips is a kind of to be the primary condition of second kind of frame body

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

(1) hollow column is to erect transmission shaft and bearing, axle support disc seat by interior being provided with, outer wall is provided with vertical frame movable machine frame multilayer crossbeam pedestal and flange, the dynamic delivery outlet in below is welding pin iron, flange and is being installed on the concrete pedestal by bolt between flange and the column; Be added with multiple iron around the power delivery outlet: the power delivery outlet is aimed at adjacent multiple-blade machine below power delivery outlet, and the mouth of pipe that the hollow column of metal material can be single-unit or multi-section structure, different thicknesses multi-section structure is fastened as one up and down with bolt by mouth of pipe outer wall upper flange to the place, top: the column Inner two ends setting beam warp bearing, the axle support disc seat that have a umbrella gear up and down runs through up and down among column: be installed with on the column and be connected also the gear chamber that can rotate with the vertical frame frame: column comprises steel-pipe construction, concrete structure and building structure:

(2) vertical frame movable machine frame, be by longeron, crossbeam, vertical beam, rudder, pull bar, rotating disk is formed, and the crossbeam intermediate portion of movable machine frame, is located on each layer pedestal on the hollow column outer wall by the combined integrated frame-type rotating disk of a plurality of bearings through a kind of, through gear chamber driving mechanism and wind oar group parts are installed on the movable machine frame crossbeam, crossbeam leads rubbish through pull bar and column upper strata rotating disk tractive with vertical beam; Longeron has main longitudinal grider and secondary respectively vertical, main longitudinal grider is made up of preceding support beam and empennage beam, before and after the end by pull bar and crossbeam tractive and with upper strata rotating disk tractive, main longitudinal grider and mesosphere crossbeam contain upper and lower layer crossbeam and are combined as a whole through framework rotating disk and hollow column, constitute the cross three-dimensional body that can rotate with column; Generator and rudder are installed on the main longitudinal grider foot piece; Secondary longeron is installed in respectively on the mesosphere crossbeam of column both sides, constitutes stereo cross type rack section one by one with crossbeam, vertical beam, and the forward and backward end of secondary longeron is through pull bar and crossbeam tractive; The 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, carrying wind oar group, driving mechanism, the rotating disk of generator on column outer wall pedestal on the movable machine frame crossbeam makes level angle and changes, this single frame body that is combined into one by column, it is the condition that realizes the quantitative change of wind oar group, the wind blade is by wind oar group, and the driving mechanism on frame body and the frame body passes to generator with pneumatic power.

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

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

(2) the frame body part of the driving mechanism mode on the ground level: it is a part forming the earth frame body, it is again the drive part in the big group of planes body on the ground, it is by the setting axle in the hollow column, short horizontal in the power delivery outlet of column below, unidirectional coupling, long transverse axis and pedestal, gear chamber and pedestal, generator is formed.

Erect the gear of axle upper end and the wind oar group longitudinal axis umbrella gear on the crossbeam of vertical frame movable machine frame upper strata in the column, a kind of corresponding gear in various on transverse axis umbrella gear on the crossbeam and the vertical pivot horizontal gear is combined into gear train, erect the umbrella gear of axle below and the umbrella gear on the short horizontal in the power delivery outlet and be combined into gear train, short horizontal is combined through the long transverse axis of coupling on being located at the ground pedestal, the other end of long transverse axis is connecting the angular wheel shaft in the gear chamber that is located on the pedestal of ground, on the longitudinal axis in the gear chamber on umbrella gear and the adjacent transverse axis umbrella gear be combined into gear train, its axle is the right angle on the ground, the multi-propeller wind driven generator colony that they and vertical-horizontal network ground are gone here and there and connected single multi-propeller wind driven generator body or made up by gear chamber, such multi-propeller wind driven generator body, realized the earth frame body, this the earth frame body that is combined into one by the earth, realized the quantitative change of single multi-propeller wind driven generator, single multi-propeller wind driven generator body has been realized the quantitative change of wind oar group, wind oar group parts process wind oar arm has been realized the quantitative change of wind blade, and the quantitative change of wind blade has realized obtaining the qualitative change of pneumatic power.

B, driving mechanism: through gear chamber a plurality of single multi-propeller wind driven generator sports association is combined into a colony through gear chamber wind oar group being united for one or on the earth frame body on the single frame body, be by the wind oar group longitudinal axis, transverse axis on the frame upper beam, transverse axis and transverse axis vertical pivot at interval, setting axle in unit pto and the column, short horizontal in the power delivery outlet of column below, coupling, long transverse axis, gear chamber, generator is formed, each beam warp umbrella gear chamber connects extends, break-in and network transmission, gear chamber is fixed on the crossbeam of frame and on the big pedestal that is provided with on the ground, indoor have principal and subordinate's bevel type gear, bearing, short horizontal, short horizontal is connected with outdoor long transverse axis through coupling; The wind oar group longitudinal axis on the frame, vertical pivot between transverse axis on the crossbeam and transverse axis and the transverse axis is connected by gear chamber and the break-in transmission is passed to working machine, its transmission comprises shaft drive, band chain transmission and axle band mixed drive, they can both be implemented in the transmission needs on this machine, the pneumatic power that the wind blade is obtained is advanced the synthetic of stroke through the driving mechanism ladder, be transmitted to working machine, transmission has dual mode: a kind of is the interior transmission of the single body of multi-propeller wind driven generator, two kinds is the transmission in the multi-propeller wind driven generator group of planes body, and the intragroup transmission of multi-propeller wind driven generator to be the basis of the transmission in single multi-propeller wind driven generator body carry out transmission.

(1) transmission in the single multi-propeller wind driven generator body is: the wind oar of adorning wind blade composition of going here and there on the wind oar arm is assembled on the wind oar group dish, its in length and breadth axle be installed in the gear chamber on the crossbeam, umbrella gear on the short horizontal in the umbrella gear of longitudinal axis rear end and the gear chamber is combined into the umbrella gear group, short horizontal is connected with long transverse axis between the adjacent gear chamber through coupling in the exposed portions serve on the gear chamber, be provided with anti-transverse axis deadweight bearing between long transverse axis and the crossbeam, long transverse axis is parallel with crossbeam with the transverse axis that short horizontal is formed, the other end of long transverse axis is being connected successively and is being fixed on gear chamber on the crossbeam, umbrella gear is arranged in the gear chamber, bearing, short horizontal, lubricant oil and oil sealing, the wind oar group longitudinal axis on the frame, transverse axis on the crossbeam, and the vertical pivot between each layer transverse axis, all connect and the break-in transmission through gear chamber, gear chamber is installed on the crossbeam, be connected through vertical pivot between transverse axis on the upper and lower layers crossbeam and the transverse axis, the mesosphere transverse axis, connect generator on the main longitudinal grider foot piece through pto, realizing transmission in the single multi-propeller wind driven generator body and the quantitative change of wind oar group;

(2) transmission in the multi-propeller wind driven generator group of planes is: the wind oar of adorning wind blade composition of going here and there on the wind oar arm is assembled on the wind oar group dish, the longitudinal axis on the wind oar group dish is installed in the gear chamber on the crossbeam, the umbrella gear of longitudinal axis rearward end umbrella gear on indoor short horizontal is combined, the short horizontal outer end is connected through long transverse axis between coupling and the adjacent gear chamber, be provided with anti-transverse axis deadweight bearing in the middle of the long transverse axis and between crossbeam, the long transverse axis the other end identical gear chamber of connecting, connect through vertical pivot between the transverse axis on the upper and lower layers crossbeam, transverse axis on the crossbeam of upper strata, various gear on the wind oar group longitudinal axis and the vertical pivot all can be combined into gear train by the gear corresponding with the setting axle upper end in the hollow column, erectting the umbrella gear of axle lower end umbrella gear on short horizontal in the power delivery outlet of column below is combined, short horizontal is connected with long transverse axis on the ground level top base through coupling, the other end of long transverse axis be located at ground level on pedestal on gear chamber in angular wheel shaft be connected, umbrella gear in the gear chamber on the longitudinal axis and the umbrella gear on the adjacent transverse axis are combined into the umbrella gear group, its axle is the right angle with adjacent shaft at ground level, and vertical-horizontal network ground is gone here and there respectively and is being connected single multi-propeller wind driven generator body or through the multi-propeller wind driven generator group of planes of umbrella gear chamber combination, such multi-propeller wind driven generator colony is in big transmission on the ground, and is as a whole single multi-propeller wind driven generator body combination; Axle in length and breadth on the ground level between multiple-blade machine and the multiple-blade machine in driving mechanism direct is connected or is connected to become multiple-blade machine group of planes body through gear chamber, and concentrate on the transverse axis at position in the centre of multi-propeller wind driven generator colony or the longitudinal axis is installed with generator, perhaps connecting generator through speed change gear, transmission in this multi-propeller wind driven generator group has realized the quantitative change of single multi-propeller wind driven generator body.

C, wind oar group leaf parts: it has realized the number change of wind oar group by frame body and driving mechanism, it is by the wind blade, wind oar arm, bullet draws one or more springs in the torsion spring, wind oar group dish, the wind oar group longitudinal axis, pull bar, air guide sleeve is formed, the pneumatic power that blade obtains on frame or hydrodynamic force are passed to working machine by the set of driving mechanism, it is that wind blade string is loaded on wind oar arm and has formed the wind oar, between wind blade and the wind oar arm at bullet, draw, turn round, under the effect of some springs of certain in the spring, the wind blade is under the effect of big or small wind-force, making angle on wind oar arm voluntarily changes, the combination of wind oar and wind oar group dish, dish is gone up between the adjacent wind oar arm through the mutual tractive of pull bar on the same group, can establish wind oar arm and wind blade again on the pull bar therebetween, on the wind oar arm another pull bar all with wind oar group on the longitudinal axis front end or the air guide sleeve front end tractive that prolong, the longitudinal axis on the wind oar group dish, on gear chamber is installed in crossbeam on the movable machine frame, umbrella gear on the short horizontal in the umbrella gear of rearward end and the gear chamber is connected, short horizontal on the gear chamber, connecting long transverse axis between the adjacent gear chamber through coupling, be provided with anti-transverse axis in the middle of the long transverse axis and between the frame beam from the bearing that hangs down, and the umbrella gear group in gear chamber is connected with vertical pivot, and vertical pivot connects as one the upper and lower layers transverse axis, wherein:

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

(2) transverse axis on the upper strata crossbeam on the movable machine frame, various gear on the wind oar group longitudinal axis and the vertical pivot all can be individually the gear corresponding with the setting axle upper end in the hollow column be connected, umbrella gear on the interior short horizontal of the umbrella gear of erectting the axle lower end and hollow column below power delivery outlet is connected, its short horizontal is connected with long transverse axis on being located at 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 the gear chamber umbrella gear with axle be the right angle with adjacent at ground level, and vertical-horizontal network ground string and connecting single multi-propeller wind driven generator body or through multi-propeller wind driven generator colony that gear chamber connects respectively, quantitative change is set up and realized to wind oar group by single multi-propeller wind driven generator body or colony, it is wind oar group set up and realized wind oar group by frame body and driving mechanism quantitative change, it also is the quantitative change that multi-propeller wind driven generator colony set up and realized single multi-propeller wind driven generator body, the quantitative change of wind oar group is set up and realized to single multi-propeller wind driven generator body, wind oar group has realized the quantitative change of wind blade by wind oar arm, the quantitative change of wind blade, set up and realized obtaining the qualitative change of pneumatic power, therefore multiple-blade machine is a monomer multi-propeller wind driven generator, it also is colony's multi-propeller wind driven generator, it is in the frame of setting up driving mechanism and wind oar group parts to be installed, driving mechanism links together wind oar group parts on the frame body, wind oar group is the associating by driving mechanism on the frame body, set up and realized the quantitative change of wind oar group, wind oar group sets up and has realized the quantitative change of wind blade by wind oar arm, the quantitative change of wind blade, set up and realized obtaining the qualitative change effect of pneumatic power, this pneumatic power qualitative change effect is through transmission device, be delivered on the generator, realized the purpose of generating, on the crossbeam in the vertical frame movable machine frame on the single multi-propeller wind driven generator frame body through a kind of umbrella gear chamber that a plurality of direction transmission shafts can be installed, driving mechanism is installed, the wind oar group longitudinal axis in the driving mechanism, transverse axis on the crossbeam, and the vertical pivot between each floor transverse axis and pto through the umbrella gear chamber on the vertical frame movable machine frame, the pneumatic power that wind oar group is obtained links together, realized that the quantity of wind oar group on movable machine frame becomes, in being located in respectively, each layer of movable machine frame crossbeam of vertical frame be provided with on hollow each layer of column outer wall pedestal rotating disk of erectting transmission shaft, under the effect of main longitudinal grider foot piece rearward end rudder, the vertical frame movable machine frame carries wind oar group, driving mechanism, the unit generator, making level angle at column changes, wind blade on the multi-propeller wind driven generator is installed on the wind oar group dish through wind oar arm, wind oar group is installed on the umbrella gear chamber through its longitudinal axis, the umbrella gear chamber is installed on the crossbeam in the vertical frame movable machine frame, short horizontal in the umbrella gear chamber connects long transverse axis through coupling, and the other end of long transverse axis connects successively with identical umbrella gear chamber again.

One, the transverse axis umbrella gear chamber, mesosphere of the crossbeam in the vertical frame movable machine frame, the generator on longeron foot piece on power take-off drive shaft and the movable machine frame is connected, and has realized 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 the vertical frame movable machine frame, horizontal gear on wind oar group longitudinal axis umbrella gear and the vertical pivot, through gear chamber all can with hollow column in the corresponding gear combination of setting axle upper end portion, the umbrella gear of the umbrella gear of setting axle lower end on the short horizontal in the power delivery outlet below the column is combined, short horizontal is connected with long transverse axis on being located at the ground pedestal through unidirectional coupling, the other end of long transverse axis be located at the ground level pedestal on the umbrella gear chamber in angular wheel shaft be connected, the multi-propeller wind driven generator colony that each angular wheel shaft in the umbrella gear chamber of a plurality of direction transmission shafts is connecting single multi-propeller wind driven generator respectively or connected by the same bevel chamber is housed, on the intragroup longitudinal axis of multi-propeller wind driven generator or the transverse axis generator is installed.

2, it is characterized in that according to 1 described multi-propeller wind driven generator, described frame body is by transmission shaft being arranged or be transmitted the column one by one that mechanism connects in big of installing on the ground, the crossbeam that comprises a row more than one row, contain the vertical frame type frame that two vertical beam and a main longitudinal grider and plural secondary longeron combine more than two, by the oblique pulling shaping body of pull bar, be located on the rotating disk on each layer pedestal that is provided with the hollow column outer wall of erectting axle in, rotating disk is the rotating disk that a kind of a plurality of bearing is combined into one through frame structure, the frame floor side member is provided with generator, rearward end is provided with rudder, transmission device is installed on the frame and contains two wind oar group leaf more than two, the frame-type frame is carried wind oar group and transmission device, the unit generator is made level angle and is changed on the rotating disk on the column outer wall pedestal under the effect of rudder, this rudder can be rudder unit:

3, according to 1 described multi-propeller wind driven generator, it is characterized in that, described transmission is by the wind oar group longitudinal axis, transverse axis on the crossbeam, vertical pivot between transverse axis and the transverse axis, setting axle in unit pto and the hollow column, short horizontal in the power delivery outlet that the column bottom is left, unidirectional coupling, long transverse axis, gear chamber, generator is formed, each all connects and break-in through gear chamber, principal and subordinate's umbrella gear is arranged in the gear chamber, bearing, short horizontal, the wind oar group longitudinal axis is formed, short horizontal and outdoor long transverse axis, the warp-wise coupling connects, be provided with anti-transverse axis deadweight bearing between long transverse axis and the crossbeam, single multi-propeller wind driven generator body to the principal and subordinate of group of planes transmission to connecting through flyball clutch or unidirectional coupling between the apical axis.The other end of long transverse axis is connecting the angular wheel shaft in the gear chamber, the multi-propeller wind driven generator group of planes that the angular wheel shaft of a plurality of directions in the gear chamber is connecting single multi-propeller wind driven generator respectively or linked together by gear chamber, and the generator that generator is installed or connects through speed change gear at the transverse axis of group of planes central position or the longitudinal axis, can be directly between single multiple-blade machine and the multiple-blade machine on ground level driving mechanism spool connect into a multi-propeller wind driven generator group of planes in length and breadth;

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

5, it is characterized in that according to 1 described multi-propeller wind driven generator described is that a plurality of wind blade strings are loaded on wind oar arm, a plurality of wind oar arms are assembled in wind oar group dish, a plurality of wind oar group dish longitudinal axis are loaded on transverse axis on the crossbeam through the gear chamber string on the frame beam, the multilayer transverse axis is by the vertical pivot string between crossbeam transverse axis upper and lower layers and connection, wherein; (1) movable machine frame mesosphere transverse axis is connected in generator on the main longitudinal grider foot piece through pto, forms the power transmission in the 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, horizontal gear on the vertical pivot between the transverse axis umbrella gear on the crossbeam of upper strata and upper strata transverse axis all can be connected by the gear corresponding with the setting axle upper end portion of establishing in the column, umbrella gear is connected on the interior short horizontal of the umbrella gear of erectting the axle lower end and column below power delivery outlet, be connected through unidirectional coupling or flyball clutch between short horizontal and the long transverse axis principal and subordinate axle: the other end of long transverse axis and the umbrella gear chamber that is connected having of a multi-propeller wind driven generator group of planes of a plurality of direction transmission shafts connect, transverse axis is setting up a plurality of direction transmission shaft umbrella gear chamber that has on the pedestal parallel with the horizon to be connected and transmission as vertical-horizontal network with longitudinal axis warp, set up a multi-propeller wind driven generator group of planes, multi-propeller wind driven generator gets final product unit work also can the work of group's machine.

The wind oar improves and has increased the quantity of wind oar by a such machinery, improve the quality of pneumatic power, the quantitative change of having set up the wind oar has realized obtaining the principle idea of pneumatic power qualitative change, they exist in a different manner: the quantitative change of wind blade has been described and obtain pneumatic power qualitative change relation and between technical key point; This technology is set up with and guiding technology, found to the upright quality change principle of Che as oneself guiding theory, its thought source in technology; Technology also derives from thought and has proved the establishment of thought: find the existence of this thought, multiple-blade machine thought is material conditions with the multiple-blade machine technology, the multiple-blade machine technology is the basis of understanding with multiple-blade machine thought, their interpromoting relations in five elements, common and deposit of accompanying, common development, multiple-blade machine (multi-propeller wind driven generator) technology is to set up the material conditions of multiple-blade machine thought, and each component in the multiple-blade machine and each mechanical tissue mechanism structure are the citation forms of setting up the material conditions of many oars technology, having founded multiple-blade machine in this condition:

6, it is characterized in that according to 1 described multi-propeller wind driven generator, frame body, driving mechanism, wind oar group parts combine.The frame body, driving mechanism, wind oar group parts, connect as one through a kind of umbrella gear chamber that a plurality of direction transmission shafts can be installed, driving mechanism and wind oar group parts are installed on the frame body, driving mechanism links together wind oar group parts on the frame body, wind oar group parts have been realized the quantitative change of oneself by driving mechanism on the frame body, wind oar group has realized the quantitative change of wind blade by wind oar arm, the quantitative change of wind blade has realized the qualitative change effect of pneumatic power, drives generator with this pneumatic power that has the matter effect.

7, it is characterized in that gear chamber according to 1 described multi-propeller wind driven generator, gear chamber is a constituent element in the driving mechanism, it is a kind of umbrella gear chamber that has a plurality of direction transmission shafts, be fixed on the frame body, power-transmitting unit on being used for break-in and being connected the frame body, wind oar group, generator, it is by cast gear chamber housing, short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are formed, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear chamber housing, on the gear chamber pedestal that cast umbrella gear chamber is fixedly mounted on the vertical frame movable machine frame crossbeam of single multi-propeller wind driven generator or the earth group of planes Inner sets up, gear chamber on single multi-propeller wind driven generator frame body frame, various transmission shafts, wind oar group and generator connect as one, gear chamber connects as one a plurality of single multi-propeller wind driven generator bodies by the transmission longitudinal axis or transverse axis on the frame body of a earth group of planes, Che has found 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 has been realized the number change of wind oar group, wind oar group has realized the number change of wind blade by wind oar arm, a multiple-blade machine group of planes has been realized the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, realized obtaining pneumatic power qualitative change, this transmission with pneumatic mechanical mass effect drives generator.

8, it is characterized in that according to 1 described multi-propeller wind driven generator it is by hollow column, the vertical frame movable machine frame, driving mechanism, the wind oar, wind oar group, pull bar, the framework rotating disk, gear chamber, generator and rudder (empennage) constitute.On the column through the framework rotating disk, the vertical frame movable machine frame is installed, is equipped with on the movable machine frame, driving mechanism, wind oar group, generator, rudder is pulled into type by pull bar, movable machine frame and hollow column constitute a single multi-propeller wind driven generator body, this body can be interconnected to multi-propeller wind driven generator colony by driving mechanism or the driving mechanism on the ground level of column below, is the basis of setting up and realizing a multi-propeller wind driven generator group of planes, it is characterized in that:

Hollow column; It is a hollow column of garden type, be provided with in the column and erect axle, by bearing, the bearing dish is installed on the pin key of column inwall, erect the axle upper end portion and protrude from column, be equipped with movable machine frame on driving mechanism on various axle go up corresponding gears, erect umbrella gear and the column below of axle lower end and leave the interior short horizontal umbrella gear engagement of power delivery outlet, this short horizontal is combined with the long transverse axis that connects a multi-propeller wind driven generator group of planes through coupling, long transverse axis has bearing base, and connects through Inner angular wheel shaft vertical-horizontal network ground, umbrella gear chamber and be transmitted among the multi-propeller wind driven generator group of planes; The column outer wall is provided with each layer pedestal of unit movable machine frame crossbeam, the movable machine frame crossbeam that contains a row more than one row is installed through pedestal upper frame rotating disk, the column of metal material can be single-unit and multi-section structure, the column of multi-section structure, is welded with flange, is fastened as one up and down with flange by the bolt string in every joint end: be welded with angle/pin iron between flange and the column: the opening at column is added with multiple iron: the column upper end is installed with and is connected also the gear chamber that can rotate with the vertical frame frame:

Vertical frame movable machine frame: the vertical frame type frame of being formed by a plurality of crossbeams, vertical beam, longeron (support beam), pull bar, frame-type rotating disk, rudder, locate in the middle of the frame beam to be located on the rotating disk on the column pedestal, constitute one with column and can make the travel(l)ing rest that level angle changes, the driving mechanism and the wind oar group parts that are linked together by gear chamber are installed on the frame beam.Through gear chamber the wind oar group that contains two more than two is installed on the crossbeam, the perpendicular fine strain of millet on the movable machine frame is for assisting beam, and it links together upper, middle and lower layer crossbeam and is separately fixed on the crossbeam of column both sides, keeps girder space to stablize crossbeam; Longeron on the movable machine frame comprises main longitudinal grider and secondary longeron, the front portion of main longitudinal grider is divided into the support beam, the rear portion is divided into the empennage beam and forms, main longitudinal grider and mesosphere crossbeam are combined by the framework rotating disk, it and crossbeam are formed planche cross type frame beam, on column, form the stereo cross type movable machine frame that can do level angle variation with column through the 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 by bolt together, it and crossbeam, vertical beam is formed stereo cross type rack section one by one, thereby frame can be done the relay extension; Rudder and unit generator are installed on the empennage beam, they are by the tractive of wire drawing or pull bar, rotating disk mo(u)ld top half on the column pedestal becomes one can make the movable machine frame that angle changes, movable machine frame is with the driving mechanism on it, wind oar group, the unit generator integrates, under the effect of the rudder on the foot piece, carry wind oar group, driving mechanism, unit generator box haul on the framework rotating disk on the column pedestal changes and variation wind-engaging angle, make it to be in the correct state that facings the wind, the crossbeam of movable machine frame in the column both sides is symmetrical peer-type, under the effect of pull bar on same straight line, for primary condition has been created in the smooth transmission thereon of the transverse axis in the driving mechanism, 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 a constituent element setting up a multi-propeller wind driven generator group of planes, also is the essential condition of forming a multi-propeller wind driven generator group of planes; Its driving mechanism on ground level has constituted the earth frame body or multi-propeller wind driven generator colony;

Driving mechanism: comprise shaft drive, the band transmission, they all can be implemented in the purpose of this machine transmission chain transmission, shaft drive wherein, by the transverse axis on the crossbeam, vertical pivot between lower and upper cross-member, the wind oar group longitudinal axis and pto, gear chamber is formed, they connect by the gear chamber that is located on the crossbeam, make its break-in and transmission, bearing is arranged in the gear chamber, bevel type gear, short horizontal, lubricant oil, oil sealing, the long transverse axis of short horizontal outside coupling and gear chamber etc. is connected, and is provided with the anti-bearing means that hangs down on the long transverse axis and between the crossbeam, and transverse axis and crossbeam extend in parallel, transverse axis is by short horizontal, coupling, long transverse axis is formed, short horizontal and umbrella gear are installed in gear chamber Inner by bearing, and gear chamber is installed on the movable machine frame crossbeam, and are connecting the wind oar group longitudinal axis respectively, vertical pivot between the multilayer transverse axis, power take-off drive shaft, they have set up the power-transmitting unit of single multi-propeller wind driven generator body Inner jointly, and with the frame body, wind oar group parts are formed 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 the vertical pivot, wind oar group longitudinal axis umbrella gear all can be corresponding with the setting axle upper end portion in the column gear engagement, and by erectting being connected and driving to a multi-propeller wind driven generator group of planes of short horizontal in the power delivery outlet below axle and the column, coupling, long transverse axis, gear chamber, this on the frame body with ladder advance, go forward one by one, relay, the transmission of network connection is the quantitative change process that realizes the wind blade, is the primary condition that realizes obtaining pneumatic power qualitative change; Umbrella gear chamber in the driving mechanism on the vertical frame movable machine frame with the transverse axis on the crossbeam, vertical pivot between transverse axis and the transverse axis, the wind oar group longitudinal axis and power take-off drive shaft connect as one at movable machine frame, and wind oar group and generator connected as one: the pedestal that set up at the earth the umbrella gear chamber in the driving mechanism is connected to a colony with a plurality of single multi-propeller wind driven generators: therefore big driving mechanism on the ground connects as one a plurality of single multi-propeller wind driven generator groups, and the multi-propeller wind driven generator group connects as one a plurality of single multiple-blade machines and generator by the connection of the umbrella gear chamber on the earth frame body; Single multi-propeller wind driven generator body links together and connects as one with generator in the movable machine frame oar group of keeping watch through umbrella gear chamber and transmission shaft, single wind oar group connects as one by the wind oar arm blade of keeping watch, the wind blade has been realized wind blade number change by them, the wind blade of this quantitative change has realized obtaining the qualitative change of pneumatic power, with the pneumatic power drive generator of this qualitative change effect; In the cross moving axis freely dismounting parallel with ground level.

Gear chamber: be a constituent element in the driving mechanism, it is a kind of umbrella gear chamber that has a plurality of direction transmission shafts, break-in on the basis of frame body be connected the frame body on power transmission: it is by cast gear chamber housing, short horizontal and umbrella gear (straight-tooth or helical teeth), bearing, lubricant oil and oil sealing are formed, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear chamber housing, cast umbrella gear chamber is fixedly mounted on the vertical frame movable machine frame crossbeam of single multi-propeller wind driven generator respectively and on the hollow column, on the gear chamber pedestal that lower end or the earth group of planes Inner set up, gear chamber on single multi-propeller wind driven generator frame body frame, various transmission shafts, wind oar group and generator connect as one; Gear chamber connects as one a plurality of single multi-propeller wind driven generator bodies by the transmission longitudinal axis and transverse axis on the frame body of a earth group of planes, Che has found multi-propeller wind driven generator colony, multi-propeller wind driven generator colony has realized the number change of single multi-propeller wind driven generator body, single multi-propeller wind driven generator body has been realized the number change of wind oar group, wind oar group has realized the number change of wind blade by wind oar arm, a multi-propeller wind driven generator group of planes has been realized the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, realized obtaining pneumatic power qualitative change, this transmission with pneumatic mechanical mass effect drives generator: gear chamber branch is at a plurality of break-ins of multiple-blade machine group of planes position that is in transmission connection, at the movable machine frame oar group longitudinal axis of keeping watch, vertical pivot between the transverse axis on the multilayer crossbeam and transverse axis and transverse axis links together, and the pneumatic power that the oar group of keeping watch obtains passes to transverse axis, and transverse axis is all connecting transverse axis and power take-off drive shaft up and down through gear chamber, and link to each other with generator in the single multiple-blade machine; Gear chamber all can link together the various transmission shafts on the single multiple-blade machine movable machine frame in hollow column upper end and with the framework rotating disk movable machine frame and hollow column be connected as one; Gear chamber will be erect a kind of transmission of axle from the various transmission shafts of movable machine frame in the power delivery outlet of hollow column lower end, pass to the axle in length and breadth on the ground level that connects the multiple-blade machine group, single multiple-blade machine directly is connected with adjacent multiple-blade machine on ground level, constitutes multiple-blade machine group of planes body and at the intragroup transmission shaft of multiple-blade machine generator is installed;

The wind oar: the wind oar is combined by wind oar group dish, be by the wind blade, wind oar arm and bullet, draw, a kind of spring in the torsion spring is formed, wind blade sheet is fixed on the framework muscle beam that has two collars, respectively be provided with bullet on limit of framework muscle beam and the wind oar arm and draw torsion spring two ends pedestal, the collar is enclosed within on the wind oar arm, a plurality of wind blades are gone here and there partially and are adorned and wind oar arm, movable wind blade is axle with wind oar arm, between the two under a kind of effect of spring therein with the size variation wind-engaging angle of wind-force, wind oar arm is fixed on the wind oar group dish, and wind oar arm is provided with pull bar, on the same group the adjacent mutual tractive of wind oar 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 the single multi-propeller wind driven generator, and link together with generator in the single multi-propeller wind driven generator, it is by the wind blade, wind oar arm and bullet, draw, the wind oar that a kind of spring in the torsion spring is formed, pull bar, air guide sleeve, wind oar group dish and the wind oar group longitudinal axis are formed, wind oar arm and wind oar 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, can establish wind oar arm and wind blade again on the pull bar between wind oar arm and the wind oar arm, it is 1 years old, the wind oar of two adjacent wind oar groups all can stretch into the interval of the other side's wind oar and make antiport, they are 2 years old, the wind blade is under the effect at spring on the wind oar arm, realize the closure of adjacent wind oar under windless condition, the cog umbrella gear of indoor short horizontal of the wind oar group longitudinal axis and crossbeam is connected.

The framework rotating disk: it is used for being connected and rotation between movable machine frame and the hollow column, it is combined by a plurality of bearings and metal framework, be installed on the pedestal of column outer wall, the movable machine frame crossbeam is installed above, this framework rotating disk can conveniently be made 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 this machine.

Pull bar: comprise wire drawing, be vitals and the key element of the moulding of this machine, it reacts on the gravity at some positions on the frame and reacts on wind-force, their tractive relation has the tractive of column and earth anchor, end and upper strata rotating disk tractive before and after main longitudinal grider (support beam) and the empennage beam, the tractive of end and crossbeam before and after the secondary longeron, the tractive of the outer garden of upper strata rotating disk and bottom crossbeam, the tractive of crossbeam and vertical beam, it also comprises wind oar arm on the wind oar group dish and the tractive of wind oar arm or air guide sleeve and wind oar arm.

Generator and rudder: generator be one from the transmission of multi-propeller wind driven generator body or the pneumatic power that obtains of the transmission of multi-propeller wind driven generator colony and send the body of electric current, it can be according to the size of the size of power, single multi-propeller wind driven generator, the size of multi-propeller wind driven generator group scale, the apolegamy generator; Rudder is installed in 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, this machine can adopt the wind direction tracking device to replace rudder;

A multi-propeller wind driven generator group of planes: be used for numerous single multi-propeller wind driven generators is joined together, it is by the wind blade, wind oar arm, wind oar group, single multi-propeller wind driven generator movable machine frame, hollow column and driving mechanism, the pedestal that arranges on the ground level and gear chamber, the body that forms of major axis and base combination in length and breadth, it is that frame is body with the earth, the pneumatic power that obtains from single multi-propeller wind driven generator, through parallel with ground level axle in length and breadth directly or umbrella gear chamber network link together, become a group of planes body: its reason is that a plurality of wind blade strings are loaded on wind oar arm, a plurality of wind oar arms are combined in wind oar group dish, a plurality of wind oar group longitudinal axis are combined in the crossbeam transverse axis through the umbrella gear chamber, the vertical pivot of a plurality of crossbeam transverse axis through between upper and lower layers crossbeam transverse axis is combined in the multi-propeller wind driven generator movable machine frame, movable machine frame is formed single multi-propeller wind driven generator body through framework rotating disk and hollow column, transmission on a plurality of single multi-propeller wind driven generator bodies in column the setting axle and the short horizontal in the power delivery outlet of column below, coupling, long transverse axis, the umbrella gear chamber is advanced power with ladder, go forward one by one, relay, network ground mode connects and is passed to generator Inner in a multi-propeller wind driven generator group of planes or the group of planes, a group of planes in length and breadth the axle on unidirectional coupling or flyball clutch are installed, not influenced mutually because of the transfer (migration) of wind field, multi-propeller wind driven generator is one and can unit work generates electricity, the machinery of again can group's machine work and working with the wind and generating electricity, this multi-propeller wind driven generator with network transmission is the possible condition that realizes a body of the earth, and people can freely obtain wind resource in the driving mechanism therein.

9, it is characterized in that a kind of multi-propeller wind driven generator colony according to 1 described multi-propeller wind driven generator, single multiple-blade machine one by one on the pedestal of being set up by the earth frame body, driving mechanism and ground level is formed, it is with multimachine, windy oar group, windy oar, numerous variable-angle wind blades are as internal organization, realize obtaining the machinery of pneumatic power qualitative change by the quantitative change of uniting realization of driving mechanism on the frame body, so it is by the earth frame body, the multiple-blade machine colony that the driving mechanism on the ground level and numerous single multiple-blade machines are formed:

Frame body at the earth is installed with driving mechanism and a plurality of single multiple-blade machine body, driving mechanism on the ground level connects as one numerous single multiple-blade machines at the earth frame body, numerous single multiple-blade machine bodies is the connection by the driving mechanism on the ground level in big ground, realized the quantitative change of single multiple-blade machine on the earth frame body, single multiple-blade machine body is through the frame body in its inner organization, the associating of driving mechanism and wind oar group, realized the quantitative change of wind oar group, wind oar group is by wind oar group dish, wind oar arm, the associating of the internal organizational structure of wind blade, realized the quantitative change of wind blade, the quantitative change of wind blade has realized or has set up acquisition to the qualitative change of pneumatic power, thereby 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, foundation and realization obtain the condition of pneumatic power matter; It is characterized in that:

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

2, the driving mechanism on the ground level; It is by the setting transmission shaft in the single multi-propeller wind driven generator column, transmission shaft in length and breadth on the ground level pedestal, coupling, bevel type gear chamber and generator are formed, at the earth frame body numerous single multi-propeller wind driven generator bodies is connected as one, set up the quantitative change of single multiple-blade machine body, set up the condition that realizes multi-propeller wind driven generator group of planes body, driving mechanism on the ground level and driving mechanism in the single multi-propeller wind driven generator internal organization are built into the drive part in the multi-propeller wind driven generator group of planes jointly: its vertical driving mechanism that is mounted on the vertical frame movable machine frame on the single multi-propeller wind driven generator body is connected the driving mechanism of composition multi-propeller wind driven generator group of planes Inner jointly through the setting transmission shaft of hollow column Inner with horizontal driving mechanism on the ground level pedestal, this machine driving mechanism comprises shaft drive, band chain transmission and axle band mixed drive, each has connection and the break-in of the gear chamber of umbrella gear group by Inner, it is the important component part that constitutes single multi-propeller wind driven generator and multi-propeller wind driven generator group of planes Inner portion 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 that hollow column Inner and ground level are provided with, wind oar group, leaf is connected with generator on the ground level pedestal on the frame body of unit and multimachine gang;

3, single multi-propeller wind driven generator body; Be the machinery that can work independently, it is the primary condition of forming the multi-propeller wind driven generator group, it is the condition that realizes wind oar group number change, it on the earth frame body by ground level on the associating of driving mechanism, realized the variation 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 constitute, at the frame body driving mechanism and wind oar group parts are installed, with numerous wind oar group gangs, wind oar group has been set up the quantitative change of wind oar group to driving mechanism on the frame body by being connected of driving mechanism at the frame body;

(1) frame body: be by the interior setting transmission shaft that is provided with; Outer wall is provided with framework movable machine frame pedestal, the framework rotating disk that the below leaves the hollow column of power delivery outlet, be combined into one by frame structure via a plurality of bearings and combine and formed by the vertical frame type movable machine frame of the oblique pulling shaping of pull bar by longeron, vertical beam, crossbeam, on the column outer wall multilayer pedestal framework rotating disk is installed, the vertical frame type movable machine frame that has driving mechanism and wind oar group and rudder composition is installed on the rotating disk; The frame body is that driving mechanism and wind oar set condition part are installed.

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

1, an end of the pto in the single multi-propeller wind driven generator is connected with transverse axis through gear chamber, and the other end is connected with the unit motor: constitute single multi-propeller wind driven generator body:

Be provided with a support disc seat in the 2 hollow columns, two ends have the setting axle of umbrella gear about being used for running through in the hollow column of installation, the axle support disc seat is installed in metal or Che and builds on the pin key that buries iron or welding on the hollow column Inner wall: erect axle, gear in the vertical driving mechanism on the vertical frame movable machine frame on the gear of axle upper end and the single multi-propeller wind driven generator is connected, the power delivery outlet that leaves below the umbrella gear of erectting the axle lower end and the column interior and be connected with umbrella gear in the ground horizontal driving mechanism, axle in length and breadth in its horizontal driving mechanism interconnects; It is the constituent element that constitutes the transmission of multi-propeller wind driven generator group of planes Inner portion

(3) wind oar group: wind oar group by the connection of driving mechanism, makes wind oar group on the frame body on the frame body, has set up number change; It is made up of wind oar group dish, torsion spring, wind oar arm, wind blade, pull bar, the wind oar group longitudinal axis and air guide sleeve, wind oar group dish is installed on the wind oar group longitudinal axis, on the wind oar group dish wind oar arm is installed, variable-angle wind blade is installed on the wind oar arm, the wind blade is made up of blade and the muscle beam that has two collars, the collar on the muscle beam is enclosed within on the wind oar arm, is changing the angle to various wind-force between wind oar arm and the wind blade under the effect of torsion spring; Between wind oar arm and the wind oar arm, all have pull bar to be connected between wind oar arm and the air guide sleeve; The umbrella gear of wind oar group longitudinal axis rearward end umbrella gear on the indoor short horizontal of the umbrella gear on the framework movable machine frame crossbeam is combined, and forms the umbrella gear group: wind oar group has realized the number change of wind blade by wind oar arm; And Che has stood the qualitative change of pneumatic 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 chamber, and makes it into as a whole;

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

The transmission that the principle of multi-propeller wind driven generator is a plurality of wind blades, wind oar, wind oar group, single multiple-blade machine by driving mechanism be connected the quantitative change process of on the frame body, setting up and realize obtaining the process of pneumatic mechanical mass: the principle that is a quantitative change to qualitative change: be to adopt the method for its organization of Inner portion structure accumulation to set up the principle that forms.

Multi-propeller wind driven generator: be a kind ofly to be formed by multi-stage mechanical Organizational Structure organization of Inner portion, be that the ladder through driving mechanism advances to connect on the frame body of the earth, make its inner multi-stage mechanical Organizational Structure mechanism produce quantitative change, and realize obtaining the machinery of pneumatic power qualitative change by their quantitative change; Be to be made of the earth frame body, the ground level driving mechanism connects in driving mechanism numerous single multiple-blade machine: the forming at the string on the frame body and connection, the tired tissue of terraced progradation through driving mechanism that be multi-stage mechanical Organizational Structure mechanism of mechanical Inner portion: driving mechanism runs through its multi-stage mechanical organization of Inner portion on the frame body and is combined into one:

Multi-stage mechanical organization in the multi-propeller wind driven generator comprises mechanistic organization structure mechanism of multiple-blade machine colony, single multiple-blade machine mechanistic organization structure mechanism, vertical frame movable machine frame mechanistic organization structure mechanism, crossbeam mechanistic organization structure mechanism, wind oar group mechanistic organization structure mechanism, variable-angle wind oar mechanistic organization structure mechanism, gearing Organizational Structure mechanism:

Multiple-blade machine group of planes body mechanistic organization structure mechanism: be the primary condition that constitutes the quantitative change of single multiple-blade machine mechanistic organization structure mechanism, formed by numerous single multiple-blade machines and the transmission on the ground level in the driving mechanism and the setting transmission shaft in the hollow column; Be a kind of frame body part:

Single multiple-blade machine mechanistic organization structure mechanism: be the primary condition that constitutes multiple-blade machine group of planes body, transmission on the ground level in it and the driving mechanism is combined as a whole and forms multiple-blade machine colony with adjacent multiple-blade machine, is made up of hollow column, framework rotating disk, vertical frame movable machine frame:

Hollow column: be to be provided with in one to erect transmission shaft and bearing, axle support disc seat: outer wall is provided with vertical frame movable machine frame multilayer crossbeam pedestal and flange, the dynamic delivery outlet in below is welding pin iron and is being installed in vertical being embedded on the underground concrete pedestal that has a screw rod by flange and bolt between flange and the column outer wall; Be added with multiple iron around the power delivery outlet: the power delivery outlet is aimed at adjacent multiple-blade machine below power delivery outlet; The hollow column of metal material can be single-unit or multi-section structure, the mouth of pipe of different thicknesses multi-section structure is fastened as one up and down by mouth of pipe outer wall upper flange and bolt to the place, top: two ends have the setting beam warp bearing of umbrella gear about the column Inner, the axle support disc seat runs through up and down among column, column upper end is installed with the gear chamber that connects and can rotate with the vertical frame frame: erect axle hollow column Inner with single multiple-blade machine on being in transmission connection on transmission on the vertical frame movable machine frame and the ground level be one, constitute the driving mechanism of whole multi-propeller wind driven generator body Inner: column comprises steel-pipe construction, concrete structure and building structure: it mainly acts on is wind oar group leaf on vertical frame movable machine frame and the frame and driving mechanism are installed and are connected as one through ground level driving mechanism and adjacent multiple-blade machine;

Vertical frame movable machine frame mechanistic organization structure mechanism: be the condition that realizes the quantitative change of crossbeam mechanistic organization structure mechanism, be by the multilayer crossbeam that comprises more than, comprise two vertical beam more than two, a main longitudinal grider and a plurality of secondary longeron, rudder, pull bar is formed: crossbeam: with vertical beam, longeron, pull bar connect to form vertical frame type movable machine frame and the seat on the rotating disk on the hollow column outer wall pedestal, be installed with on the crossbeam and connect the wind oar group longitudinal axis, transverse axis on the crossbeam, the bevel type gear chamber that the upper strata crossbeam is connected with vertical pivot between the lower floor crossbeam: vertical beam: the vertical frame movable machine frame up and down the multilayer crossbeam link together: longeron: in the major-minor longeron before and after the end through pull bar all with the crossbeam tractive, the main longitudinal grider front end and back end and with upper strata rotating disk cylindrical tractive, the main longitudinal grider front portion is divided into the support beam, the rear portion is divided into empennage beam (rudder), rearward end is installed with rudder, under the effect of rudder, the vertical frame movable machine frame is axle with hollow column, and the rotating disk of vertical frame movable machine frame on hollow column outer wall pedestal made the substantially horizontal angle and changed: pull bar: on the vertical frame movable machine frame with crossbeam, upper strata rotating disk cylindrical tractive on the common and column of vertical fine strain of millet, purpose is keep crossbeam straight:

Crossbeam mechanistic organization structure mechanism: be the primary condition that constitutes the mechanistic organization structure mechanism's quantitative change of wind oar group and constitute vertical frame movable machine frame mechanistic organization structure mechanism, be the primary condition that gearing Organizational Structure mechanism and wind oar group mechanistic organization structure mechanism are installed: it and vertical beam, longeron, the rotating disk of pull bar on hollow column outer wall pedestal formed the vertical frame movable machine frame, is installed with on the crossbeam to connect the wind oar group longitudinal axis, transverse axis on the crossbeam, the gear chamber that vertical pivot between the upper and lower layers crossbeam is connected: can establish longeron and the vertical beam that is connected the upper and lower layers crossbeam again on the crossbeam of movable machine frame mesosphere;

Wind oar group mechanistic organization structure mechanism: be the primary condition that realizes the quantitative change of wind oar mechanistic organization structure mechanism, it is made up of variable-angle wind oar, wind oar group dish, wind oar arm, pull bar, air guide sleeve: be installed with on the wind oar group dish between wind oar arm, wind oar arm and the wind oar arm through pull bar phase tractive (can establish the wind oar arm that has the wind blade on the pull bar again), pull bar and with the air guide sleeve tractive, the wind oar arm, pull bar, the air guide sleeve that make wind oar group, have a wind blade constitute wind oar group body: wind oar group is on its longitudinal axis is installed in gear chamber on the crossbeam;

Wind oar mechanistic organization structure mechanism: be the primary condition that realizes the quantitative change of wind blade and constitute wind oar group, it is made up of wind oar arm, wind blade, torsion spring: wind blade string be loaded between wind oar arm, wind blade and the wind oar arm under the effect of torsion spring, the wind blade does the angle variation voluntarily with the power of wind-force on wind oar arm;

Gearing Organizational Structure mechanism: by the vertical driving mechanism on the movable machine frame on the single multiple-blade machine in hollow column the setting transmission shaft and ground level on the transmission shaft in length and breadth between the adjacent multiple-blade machine constitutes more than two horizontal driving mechanism form: be to realize single multiple-blade machine mechanistic organization structure mechanism, vertical frame mechanistic organization structure mechanism, crossbeam mechanistic organization structure mechanism, wind oar group mechanistic organization structure mechanism, the quantitative change of wind oar mechanistic organization structure mechanism and realize the primary condition of multiple-blade machine group of planes body: on the frame body of the earth, above multi-stage mechanical Organizational Structure mechanism is linked together with running through; Thereby the quantitative change of foundation and realization wind blade removes to obtain the feasible condition of pneumatic power qualitative change; It is by wind oar arm, the wind oar group longitudinal axis, the long transverse axis that has the vertical bearing of anti-axle in the middle of being installed with on the crossbeam, through coupling and gear chamber Inner the short horizontal that has umbrella gear is installed by bearing, vertical pivot between the transverse axis of installing on the upper and lower layers crossbeam, the setting transmission shaft of installing through axle support disc seat and bearing on the hollow column inwall, transmission shaft in length and breadth on the ground level pedestal between the adjacent multiple-blade machine and generator are formed, axle with spool between by the gear chamber break-in that bevel type gear is installed or be connected: gear chamber is installed on the crossbeam respectively, hollow column upper and lower end, on the pedestal that ground level is provided with, with the frame body, driving mechanism, the basic basic mechanistic organization structure of multistage layer mechanism is connected to a body;

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The invention has the beneficial effects as follows: the wind oar is by the mode of multiple-blade machine tool, realized quantitative change, improved the quality of pneumatic power, realized the qualitative change of pneumatic power with the quantitative change of wind oar, the matter of making a concerted effort to have obtained pneumatic power with the wind oar, be that the wind blade passes through wind oar group at wind oar arm, the frame body, the joint program of the combination of driving mechanism obtains the effect efficiency of making a concerted effort of pneumatic 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 pneumatic power qualitative change, drive generator with this pneumatic power with pneumatic mechanical mass effect efficiency, remove to obtain the wide infinitely gratuitously wind resource that expands of occurring in nature by such multi-propeller wind driven generator (multiple-blade machine): it is simple in structure.

Description of drawings:

Fig. 1 for the single multiple-blade machine of forward sight on the earth frame body in driving mechanism ground level transmission transverse axis or the longitudinal axis and multi-propeller wind driven generator association structure principle schematic is looked single on the adjacent right side, perspective view has been the partial view of a group of planes:

Fig. 2 is transverse axis and adjacent single the multi-propeller wind driven generator right elevation and the perspective view that contact of the single multiple-blade machine in the multi-propeller wind driven generator group of planes body in the ground level driving mechanism

Fig. 3 is the following view of single multiple-blade machine

Fig. 4 is view under the back brace type of single multiple-blade machine

Fig. 5 is the shaft transmission of single 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 chamber front elevation

Fig. 8 is transverse axis driving gear chamber front elevation

Fig. 9 is wind oar group gear chamber front elevation

Figure 10 is view under the wind blade

Figure 11 is by the rear view of wind blade on wind oar group dish of wind oar arm string dress

Figure 12 is view under the rotating disk

Figure 13 is for erectting the right elevation that contacts of axle in rotating disk and the wind oar group longitudinal axis and the column

Figure 14 is axle band, mixed drive front elevation

Figure 15 is the shaft drive front elevation

Figure 16 is band transmission front elevation

Figure 17 is the Worm and Worm Gear Driving left view

Figure 18 is view under the Worm and Worm Gear Driving

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

Figure 20 is 19 following view

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

Figure 22 is view under Figure 21

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

Figure 24 looks single the perspective view that multiple-blade machine contacts for the single multiple-blade machine of forward sight among the multi-propeller wind driven generator group transverse axis and adjacent right side in the ground level driving mechanism

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

1. wind oar: draw a kind of and pull bar in the torsion spring to form by wind blade, wind oar arm, bullet, be installed on the wind oar group dish,

2. crossbeam: be used for installing wind oar group, gear chamber, driving mechanism also is installed on the rotating disk on the column pedestal

3. vertical beam: be used for 1, keep at interval.2, prop up crossbeam.3, make each crossbeam on same plane.4, cooperate the support beam.

4. foot piece: be used for unit generator, empennage, back brace beam are installed, and with preceding support beam the crossbeam on the movable machine frame carried out tractive:

5. empennage: being used for the wind oar can be correct, keeps wind-receiving face, and this machine can adopt the wind direction tracking device to replace rudder;

6. gear chamber: be used for assembling umbrella gear, vertical, horizontal stroke, vertical pivot, bearing etc. are installed on the crossbeam, on the pedestal of hollow column upper and lower end and ground level:

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

8. bullet draws torsion spring: be used for being connected between wind blade and the wind oar arm, wherein an end is installed on the wind oar arm, the other end is connected with a side of muscle beam:

9. bearing: be used for flexible transmission, be installed in the gear chamber respectively, on the axle support disc seat, framework rotating disk Inner, ground level be in length and breadth on the bearing base of transmission shaft:

10. transverse axis: be used for the power of the results wind oar group longitudinal axis, and transmission gives vertical pivot and power take-off drive shaft, it comprises the transverse axis on the transverse axis and ground level on the unit movable machine frame.

11. wind oar group dish: be used for the wind oar that assembling wind oar arm and wind blade are formed.

12. horizontal gear group: be used for power is sent to generator.

13. vertical pivot: be used for the power between each layer transverse axis is connected, make power synchronous, it comprises vertical pivot and the interior setting axle of hollow column on the movable machine frame:

14. umbrella gear group (angular wheel): be used for the mutual transmission of each between centers, the interior angle of gear train and be 90 degree, fitted together by gear chamber:

15. wind oar group axle: send on the transverse axis on the movable machine frame crossbeam and by gear chamber with the power of oar group of keeping watch and to make up.

16. transmission shaft: be used for connection and the transmission of complete machine power.

17. generator: be used for generating, this generator represents the working machine that other can direct requirement power:

18. longeron: be used for reacting on wind-force, support beam and foot piece were main longitudinal grider and a plurality of secondary longeron before it comprised

19. pedestal: be used for installing each layer rotating disk, it is garden in the rotating disk, on the ring track of installation frame rotating disk is arranged, be fixed on the outer wall of column, pedestal comprises movable machine frame rotating disk pedestal, column ground pedestal, ground level transmission shaft ground pedestal, gear chamber ground pedestal, generator ground pedestal.

20. rotating disk:: be used for crossbeam the inner is installed, the portable propelling frame is followed wind direction, and it is the Inner circle with the ring-like rail groove on the column outer wall pedestal and can makes the rotating disk that level angle changes with composition together by the frame structure combination for a plurality of bearings:

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

22. wind blade: string be loaded on wind oar arm and and wind oar arm between be provided with the square plate that a kind of spring, wind blade are generally metal material, Qi Jiaochu to the otch of central-line shear angle certain-length and with each limit forward little folding make the overlapping boring rivet rivet clasp in angle on otch both sides or with the crimping in opposite directions of two outstanding angles after overlapping, making wind blade wind-receiving face is matrix, the muscle beam rivet clasp at wind blade and the back side together, the muscle beam back side is being welded the semicircle collar and with second half semicircle collar the wind blade is being installed in ring-like rail groove Inner on the wind oar arm:

23. wind oar arm: string is being adorned the wind blade, has formed the wind oar by wind oar group dish combination, is provided with draw-bar seat, bullet draws torsion spring seat and ring-like rail groove, and wind oar arm is little leaning forward on wind oar group dish:

24. coupling: be used for the connection of axle, comprise that unidirectional coupling and bi-directional clutch, flyball clutch are the slide key axle.

25, axle support disc seat: be used for running through and setting axle, axle support disc seat that two ends up and down have umbrella gear are installed in the hollow column are installed in metal or Che and build the pin key that buries iron or welding on the hollow column Inner wall:

26, the earth: a kind of frame body that is multi-propeller wind driven generator: for the driving mechanism on the single multiple-blade machine of installation, the ground level and the generator of group of planes Inner; Be the necessary condition that constitutes a multi-propeller wind driven generator group of planes, be an important component part of multi-propeller wind driven generator machinery:

Embodiment:

Multi-propeller wind driven generator is by the frame body, driving mechanism, wind oar group parts connect one through a kind of umbrella gear chamber that a plurality of direction transmission shafts can be installed, driving mechanism and wind oar group parts are installed on the frame body, driving mechanism connects as one wind oar group on the frame body, wind oar group has realized the quantitative change of oneself by driving mechanism on the frame body, wind oar group has realized the quantitative change of wind blade by wind oar arm, and the quantitative change of wind blade has realized obtaining the qualitative change of pneumatic power.It is: the wind oar (1) that wind blade (22) string is loaded on wind oar arm (23) composition is made up by wind oar group dish (11), the longitudinal axis (15) on the wind oar group dish (11) is mounted gear chamber (6) combination of horizontal minor axis (10), gear chamber (6) Inner has the horizontal minor axis of umbrella gear group (14) bearing (9) (10) and is installed on the frame beam (2), short horizontal (10) on the gear chamber (6) is connected with long transverse axis (10) between adjacent gear chamber (24) successively through shaft joint (24), being provided with anti-axle deadweight bearing (a 9) upper and lower layers transverse axis (10) between long transverse axis (10) and the crossbeam (2) is connected through vertical pivot (13), by the master, the crossbeam (2) of the movable machine frame that secondary longeron (18) crossbeam (2) vertical beam (3) pull bar (21) is formed carries wind oar group parts and driving mechanism through gear chamber, and be located in hollow column (7) and go up on the rotating disk (20) on each layer pedestal (19), freely under the effect of main longitudinal grider foot piece (4) rearward end rudder (5) make level angle at column (7) and change.

One; Movable machine frame mesosphere crossbeam (2) is gone up transverse axis (10) and is connected with generator (17) on main longitudinal grider (18) foot piece (4) through power take-off drive shaft (16), has realized 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 the movable machine frame upper strata crossbeam (2), various gear on the wind oar group longitudinal axis (15) umbrella gear and the vertical pivot horizontal gear (12) all can be separately with column (7) in the corresponding gear of setting axle (13) upper end portion be combined into gear train, umbrella gear composition umbrella gear group (14) short horizontal (10) on the short horizontal in the umbrella gear of erectting axle (13) underpart and the column below power delivery outlet is connected with long transverse axis (10) on being located at ground level support (19) through unidirectional coupling (24), the other end of long transverse axis (10) is combined with the angular wheel shaft on the gear chamber (6) on the ground level support (19), the angular wheel shaft difference series parallel connection of a plurality of directions on the gear chamber (6) and single multi-propeller wind driven generator body and the multi-propeller wind driven generator colony that is made up by gear chamber (6), and generator (17) is installed thereby realizes the intragroup power transmission of multi-propeller wind driven generator at the longitudinal axis or the transverse axis (10) at multi-propeller wind driven generator group's concentrated position: a multi-propeller wind driven generator group of planes is the frame body with the earth, vertical in the driving mechanism on the pedestal parallel with ground level that the earth frame body is set up, transverse axis connects as one numerous single multi-propeller wind driven generator bodies through the umbrella gear chamber; Single multi-propeller wind driven generator, on movable machine frame, the wind oar group longitudinal axis in the driving mechanism, the vertical pivot between transverse axis, transverse axis and the upper and lower layers transverse axis on the crossbeam and power take-off drive shaft connect as one numerous single wind oar groups through the umbrella gear chamber, and connect as one with generator; Single wind oar group connects as one a plurality of single wind blades by wind oar arm; The quantitative change of the quantitative change of the quantitative change of wind blade, wind oar group, the quantitative change of single multi-propeller wind driven generator body, multi-propeller wind driven generator group of planes body has realized obtaining the qualitative change of pneumatic power, drives generator or other needs the machinery of power with this pneumatic power with mass effect.

Be lifted on the pedestal of column at mounted multiple-blade machine on the horizontally-arranged column of ground level, the transmission shaft bolt and nut on the column lower end flange is fastening, that then connect again between adjacent two multiple-blade machines makes it to become a multiple-blade machine group of planes.

Claims (10)

1. multi-propeller wind driven generator is a kind of machinery of gathering wind power pneumatic, by frame housing construction part: the driving mechanism part, single multiple-blade machine, wind oar group leaf mechanism part and auxiliary work machine be combined into, the frame body, driving mechanism, wind oar group parts connect as one through a kind of umbrella gear chamber that a plurality of direction transmission shafts can be installed, driving mechanism and wind oar group parts are installed on the frame body, driving mechanism connects as one wind oar group on the frame body, wind oar group has realized the quantitative change of wind oar group by the connection of driving mechanism on the frame body, wind oar group has realized the quantitative change of wind blade by wind oar arm on frame body and driving mechanism, the quantitative change of wind blade has realized obtaining the qualitative change of pneumatic power, be that the wind blade tires out the quantitative change that realizes merging by the terraced progradation of the driving mechanism on frame and the frame body, realize that the qualitative change of pneumatic power or hydrodynamic set is to the machinery of working machine (generator).

A, frame body: be the condition that driving mechanism, single multiple-blade machine, wind oar group parts are installed, it is by the earth, hollow column, a plurality of longerons, crossbeam, vertical beam, rudder, pull bar, the transmission shaft and the pedestal that arrange on the movable machine frame that rotating disk is formed and the ground level, gear chamber and generator are formed;

Multi-propeller wind driven generator frame body has two kinds: first kind is the vertical single frame body of column that is combined into one by column, and second kind is the earth frame body that the group of planes by the horizontal connection of the earth is combined into one:

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

(1) hollow column: be to be provided with in to erect transmission shaft and bearing, axle support disc seat, outer wall is provided with vertical frame movable machine frame multilayer crossbeam pedestal and flange, the dynamic delivery outlet in below is welding pin iron and is being installed on the concrete pedestal by flange and bolt between flange and the column outer wall; Be added with multiple iron around the power delivery outlet: the power delivery outlet is aimed at adjacent multiple-blade machine below power delivery outlet; The mouth of pipe that the hollow column of metal material can be single-unit or multi-section structure, different thicknesses multi-section structure is fastened as one up and down with bolt by mouth of pipe outer wall upper flange to the place, top: the column Inner two ends setting beam warp bearing, the axle support disc seat that have a umbrella gear up and down runs through up and down among column: the column upper end is installed with and is connected also the gear chamber that can rotate with the vertical frame frame: column comprises steel-pipe construction, concrete structure and building structure:

(2) vertical frame movable machine frame: be by longeron, crossbeam, vertical beam, rudder, pull bar, rotating disk are formed, and the crossbeam intermediate portion of movable machine frame is on a kind of frame-type rotary disk basement combined integrated by a plurality of bearings drops on each layer pedestal on the hollow column outer wall, through gear chamber driving mechanism and wind oar group parts are installed on the movable machine frame crossbeam, crossbeam through pull bar and column upper strata rotating disk tractive and with the vertical beam tractive and with major-minor longeron tractive; Longeron has main longitudinal grider and secondary respectively vertical, main longitudinal grider is made up of preceding support beam and empennage beam, before and after the end by pull bar and crossbeam tractive and with upper strata rotating disk tractive, main longitudinal grider and mesosphere crossbeam contain upper and lower layer crossbeam and are combined as a whole through framework rotating disk and hollow column, constitute the cross three-dimensional body that can rotate with column; Generator and rudder are installed on the main longitudinal grider foot piece; Secondary longeron is installed in respectively on the mesosphere crossbeam of column both sides, constitutes stereo cross type rack section one by one with crossbeam, vertical beam, and the end is through pull bar and crossbeam tractive before and after the secondary longeron; The movable machine frame vertical beam on the crossbeam of column both sides, links together upper, middle and lower crossbeam and longeron respectively; Movable machine frame is under the effect of foot piece rearward end rudder, rotating disk on column outer wall pedestal is made level angle and is changed, this single frame body that is combined into one by column, it is the condition that realizes the quantitative change of wind oar group, the wind blade is installed on the wind oar arm and by wind oar group, the driving mechanism on frame body and the frame body passes to generator with pneumatic power.

(2), the earth frame body that is combined into one by the earth: be a multi-propeller wind driven generator group body, it is made up of a plurality of single multiple-blade machine bodies and two parts of ground driving mechanism:

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

(2) the frame body part of the driving mechanism mode on the ground level: it is a part forming the earth frame body, it is again the drive part in the big group of planes body on the ground, it is by the setting axle in the hollow column, short horizontal in the power delivery outlet of column below, unidirectional coupling, long transverse axis and pedestal, gear chamber and pedestal, generator is formed

Erect the gear of axle upper end and the wind oar group longitudinal axis umbrella gear on the crossbeam of vertical frame movable machine frame upper strata in the column, a kind of corresponding gear in various on them of transverse axis umbrella gear on the crossbeam and vertical pivot horizontal gear is combined into gear train, erect the beam warp bearing, the axle support disc seat is installed on the pin key on the Inner wall of hollow column, umbrella gear on the short horizontal in the umbrella gear of its lower end and the power delivery outlet is combined into gear train, short horizontal is combined through the long transverse axis of coupling on being located at the ground pedestal, the other end of long transverse axis is connecting the angular wheel shaft in the gear chamber that is located on the pedestal of ground, on the longitudinal axis in the gear chamber on umbrella gear and the adjacent transverse axis umbrella gear be combined into gear train, its axle is the right angle on the ground, they and the network ground string chain multi-propeller wind driven generator colony following single multi-propeller wind driven generator body or made up by gear chamber also in length and breadth, such multi-propeller wind driven generator body, realized the earth frame body, this the earth frame body that is combined into one by the earth, realized the quantitative change of single multi-propeller wind driven generator, single multi-propeller wind driven generator body has been realized the quantitative change of wind oar group, wind oar group parts process wind oar arm has been realized the quantitative change of wind blade, and the quantitative change of wind blade has realized obtaining the qualitative change of pneumatic power;

B, driving mechanism: the gear chamber on the frame body in driving mechanism is united wind oar group for one or big and on the ground a plurality of single multi-propeller wind driven generator sports association is integrated, be by the wind oar group longitudinal axis, transverse axis on the frame upper beam, transverse axis and transverse axis vertical pivot and the interior setting axle of column at interval, the short horizontal in the power delivery outlet of column below, long transverse axis and pedestal, coupling, umbrella gear chamber and pedestal, generator is formed; Each beam warp gear chamber connects at the frame body extends, break-in and network transmission, gear chamber is fixed on the crossbeam of frame and on the big pedestal that is provided with on the ground, indoor have principal and subordinate's bevel type gear, bearing, short horizontal, short horizontal is connected with outdoor long transverse axis through coupling, the wind oar group longitudinal axis on the frame, vertical pivot between transverse axis on the crossbeam and transverse axis and the transverse axis is connected by gear chamber and the break-in transmission is passed to working machine, its transmission comprises shaft drive, band chain transmission and mixed drive, they can both be implemented in the transmission needs on this machine, the pneumatic power that the wind blade is obtained is advanced the synthetic of stroke through the driving mechanism ladder, is transmitted to working machine, and transmission has dual mode: a kind of is the interior transmission of the single body of multi-propeller wind driven generator, two kinds is the transmission in the multi-propeller wind driven generator group of planes body, and the intragroup transmission of multi-propeller wind driven generator to be the basis of the transmission in single multi-propeller wind driven generator body carry out transmission;

(1) transmission in the single multi-propeller wind driven generator body is: the wind oar of adorning wind blade composition of going here and there on the wind oar arm is assembled on the wind oar group dish, its in length and breadth axle be installed in the gear chamber on the crossbeam, umbrella gear on the short horizontal in the umbrella gear of shaft rear end and the gear chamber is combined into gear train, short horizontal is connected with long transverse axis between the adjacent gear chamber through coupling in the exposed portions serve on the gear chamber, be provided with anti-transverse axis deadweight bearing between long transverse axis and the crossbeam, the other end of long transverse axis is being connected the umbrella gear chamber of the wind oar group longitudinal axis is being installed, umbrella gear is arranged in the gear chamber, bearing, short horizontal, lubricant oil and oil sealing, the wind oar group longitudinal axis on the frame, transverse axis on the crossbeam, and the vertical pivot between each layer transverse axis, all connect through gear chamber, with the break-in transmission, gear chamber is installed on the crossbeam, be connected through vertical pivot between transverse axis on the upper and lower layers crossbeam and the transverse axis, the mesosphere transverse axis, connect generator on the main longitudinal grider foot piece through pto, realizing transmission in the single multi-propeller wind driven generator body and the quantitative change of wind oar group:

(2) transmission in the multi-propeller wind driven generator group of planes is: the wind oar of adorning the wind blade of going here and there on the wind oar arm is assembled on the wind oar group dish, the longitudinal axis on the wind oar group dish is installed in the gear chamber on the crossbeam, the umbrella gear of longitudinal axis rearward end umbrella gear on indoor short horizontal is combined, the short horizontal outer end is connected through long transverse axis between coupling and the adjacent gear chamber, be provided with anti-transverse axis deadweight bearing in the middle of the long transverse axis and between crossbeam, the long transverse axis the other end identical gear chamber of connecting, connect through vertical pivot between the transverse axis on the upper and lower layers crossbeam, transverse axis on the crossbeam of upper strata, various gear on the wind oar group longitudinal axis and the vertical pivot all can be combined into gear train by the gear corresponding with the setting axle upper end in the hollow column, the umbrella gear of umbrella gear on short horizontal in the power delivery outlet of column below of erectting the axle lower end is combined, short horizontal is connected with long transverse axis on the ground level top base through coupling, the other end of long transverse axis be located at ground level on pedestal on gear chamber in angular wheel shaft be connected, umbrella gear in the gear chamber on the longitudinal axis and the umbrella gear on the adjacent transverse axis are combined into the umbrella gear group, its axle is the right angle with adjacent shaft at ground level, and vertical-horizontal network ground is gone here and there respectively and is being connected single multi-propeller wind driven generator body or through the multi-propeller wind driven generator group of planes of umbrella gear chamber combination, such multi-propeller wind driven generator colony is in big transmission on the ground, and is as a whole single multi-propeller wind driven generator body combination; Axle in length and breadth on the ground level between multiple-blade machine and the multiple-blade machine in driving mechanism direct is connected or is connected to become multiple-blade machine group of planes body through gear chamber, and concentrate on the transverse axis at position in the centre of multi-propeller wind driven generator colony or the longitudinal axis is installed with generator, perhaps connecting generator through speed change gear, transmission in this multi-propeller wind driven generator group has realized the quantitative change of single multi-propeller wind driven generator body.

C, wind oar group leaf mechanism: it has realized number change by frame body and driving mechanism, it is mainly used in obtaining pneumatic power, and the pneumatic power that will obtain is delivered on the generator, it is that bullet draws one or more springs in the torsion spring by wind blade, wind oar arm, wind oar group dish, the longitudinal axis, pull bar, air guide sleeve is formed, and on the frame body, the pneumatic power that the wind blade obtains or hydrodynamic force are passed to working machine by the set of driving mechanism; It is that wind blade string is loaded on wind oar arm and has formed the wind oar, between wind blade and the wind oar arm at bullet, draw, turn round, under the effect of a certain spring in the spring, the wind blade is under the effect of big or small wind-force, making angle on wind oar arm voluntarily changes, the combination of wind oar and wind oar group dish, dish is gone up between the adjacent wind oar arm through the mutual tractive of pull bar on the same group, can establish wind oar arm and wind blade again on the pull bar therebetween, on the wind oar arm another pull bar all with wind oar group on the longitudinal axis front end or the air guide sleeve front end tractive that prolong, the longitudinal axis on the wind oar group dish, on gear chamber was installed in crossbeam on the movable machine frame, the umbrella gear on the short horizontal in the umbrella gear of rearward end and the gear chamber was connected the short horizontal on the gear chamber, connecting long transverse axis between the adjacent gear chamber through coupling, in the middle of the long transverse axis and between the 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, vertical pivot connects as one each layer transverse axis, wherein:

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

(2) the transverse axis umbrella gear on the upper strata crossbeam on the movable machine frame, wind oar group longitudinal axis umbrella gear and the various gear on the vertical pivot horizontal gear all can be independent the corresponding gear in the setting axle upper end with in the hollow column be connected, umbrella gear on the interior short horizontal of the umbrella gear of erectting the axle lower end and hollow column below power delivery outlet is connected, its short horizontal is connected with long transverse axis on being located at 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 the gear chamber umbrella gear with axle be the right angle on the ground with adjacent axle, and vertical-horizontal network ground is gone here and there and is being connected single multi-propeller wind driven generator body or multi-propeller wind driven generator colony respectively; Wind oar group is by multi-propeller wind driven generator body or colony, realized the quantitative change of wind oar group and single multiple-blade machine body, it is wind oar group has realized wind oar group by frame body and driving mechanism quantitative change, it also is the quantitative change that multi-propeller wind driven generator colony has realized single multi-propeller wind driven generator body, single multi-propeller wind driven generator body has been realized the quantitative change of wind oar group, wind oar group has realized the quantitative change of wind blade by wind oar arm, the quantitative change of wind blade, realized obtaining the qualitative change of pneumatic power, therefore multi-propeller wind driven generator is a monomer multi-propeller wind driven generator, it also is colony's multi-propeller wind driven generator, it is in the frame of setting up driving mechanism and wind oar group parts to be installed, driving mechanism links together wind oar group parts on the frame body, wind oar group is the associating by driving mechanism on the frame body, realized the quantitative change of wind oar group, wind oar group has realized the quantitative change of wind blade by wind oar arm, the quantitative change of wind blade, realized obtaining the qualitative change effect of pneumatic power, this pneumatic power qualitative change effect is through transmission device, be delivered on the generator, realized the purpose of generating; On the crossbeam in the vertical frame movable machine frame on the single multi-propeller wind driven generator frame body through a kind of umbrella gear chamber that a plurality of direction transmission shafts can be installed, driving mechanism is installed, the wind oar group longitudinal axis in the driving mechanism, transverse axis on the crossbeam, and the vertical pivot between each layer transverse axis and pto, through the umbrella gear chamber on the vertical frame movable machine frame, pneumatic power and generator that wind oar group is obtained link together, realized that the quantity of wind oar group on movable machine frame becomes, in being located in respectively, each layer of movable machine frame crossbeam of vertical frame be provided with on hollow each layer of column outer wall rotating disk pedestal of erectting transmission shaft, under the effect of longeron foot piece rearward end rudder, the vertical frame movable machine frame is made level angle at column and is changed, wind blade on the multi-propeller wind driven generator is installed on the wind oar group dish through wind oar arm, wind oar group is installed on the umbrella gear chamber through its longitudinal axis, the umbrella gear chamber is installed on the crossbeam in the vertical frame movable machine frame, short horizontal in the umbrella gear chamber connects long transverse axis through coupling, and the other end of long transverse axis connects successively with identical umbrella gear chamber again;

One, the transverse axis umbrella gear chamber, mesosphere of the crossbeam in the vertical frame movable machine frame, the generator on main longitudinal grider foot piece on power take-off drive shaft and the movable machine frame is connected, and has realized the inside transmission of single multi-propeller wind driven generator body,

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

2. multi-propeller wind driven generator according to claim 1 is characterized in that, described frame body is by transmission shaft being arranged or be transmitted the hollow column one by one that mechanism connects in big of installing on the ground, the crossbeam that comprises a row more than one row, contain two vertical beam more than two, the vertical frame type movable machine frame that a main longitudinal grider and plural secondary longeron combine, by the oblique pulling shaping body of pull bar, be located on the rotating disk on each layer pedestal that is provided with the hollow column outer wall of erectting axle in, rotating disk is the rotating disk that a kind of a plurality of bearing is combined into one through frame structure, main longitudinal grider is provided with generator after the frame, and rearward end is provided with rudder; Transmission device is installed on the frame and contains two wind oar group leaf more than two, carry wind oar group and transmission device on the frame-type movable machine frame and be located on the rotating disk on the column outer wall pedestal, under the effect of rudder, make level angle and change; Single multi-propeller wind driven generator is connected to a colony by the setting axle of the transmission on the movable machine frame and hollow column Inner and the driving mechanism on the ground level with single multi-propeller wind driven generator on this basis, and at transverse axis or the longitudinal axis of the intermediate portion of the Inner of colony generator is installed.

3. multi-propeller wind driven generator according to claim 1 is characterized in that described transmission is by the wind oar group longitudinal axis on the movable machine frame crossbeam, transverse axis on the crossbeam, short horizontal in the power delivery outlet that setting axle in vertical pivot between transverse axis and the transverse axis and the hollow column and column bottom are left, long transverse axis, gear chamber, generator are formed, each (wind oar group longitudinal axis and the power take-off drive shaft of vertical pivot, single body Inner, long transverse axis) all is connected and break-in through the gear chamber short horizontal, principal and subordinate's umbrella gear is arranged in the gear chamber, bearing, short horizontal; Short horizontal is connected through unidirectional coupling with outdoor long transverse axis, is provided with anti-transverse axis deadweight bearing between long transverse axis and the crossbeam, the single body of multi-propeller wind driven generator to the principal and subordinate of group of planes transmission to connecting through flyball clutch or unidirectional coupling between the apical axis; The other end of long transverse axis is connecting the gear chamber angular wheel shaft, the multi-propeller wind driven generator group of planes that the angular wheel shaft of a plurality of directions is connecting single multi-propeller wind driven generator respectively or linked together by gear chamber in the gear chamber, and on the transverse axis at the concentrated position in a group of planes or the longitudinal axis generator is installed, perhaps connecting generator through speed change gear, can be directly between single multiple-blade machine and the multiple-blade machine axle in length and breadth on the ground level pedestal connect into multiple-blade machine group of planes body.

4. multi-propeller wind driven generator according to claim 1 is characterized in that described wind oar group is by wind oar group dish, pull bar, air guide sleeve and wind blade, wind oar arm, the variable-angle activity wind oar that bullet draws one or more springs in the torsion spring to form is formed, on the same group between the adjacent wind oar arm through the mutual tractive of pull bar, and all can with wind oar group dish on air guide sleeve or wind oar group longitudinal axis front end tractive, can establish wind oar arm and wind blade again on the pull bar between wind oar arm and the wind oar arm, wherein antiport is made at two the blade intervals all can stretching into neighbour side of the wind oar between (1) wind oar group and the wind oar group; (2) wind blade on the same group all can be realized closed state; (3) adjacent wind oar group, front and back arranged in dislocation state; (4) two groups before and after, folded axle antiport state with one heart; (5) a plurality of wind oar groups, the running of same direction and or two adjacent wind oar groups hybrid directional (forward and reverse) operating condition of reporting to the leadship after accomplishing a task; (6) the wind oar group that varies in size can be installed on the crossbeam of frame jointly.

5. multi-propeller wind driven generator according to claim 1 is characterized in that described is that a plurality of wind blade strings are loaded on wind oar arm, a plurality of wind oar arms are assembled in wind oar group dish, a plurality of wind oar group dish longitudinal axis are loaded on transverse axis on the crossbeam through the gear chamber string, and the multilayer transverse axis is by the vertical pivot string between crossbeam transverse axis upper and lower layers and connect; (1) the mesosphere transverse axis is connected in generator on the main longitudinal grider foot piece through pto on the movable machine frame, forms the power transmission in the single multiple-blade machine body; (2) the movable machine frame wind oar group longitudinal axis at the middle and upper levels, various gear on the vertical pivot between the transverse axis on the crossbeam of upper strata and each layer transverse axis all can be connected by the gear corresponding with the setting axle upper end portion of establishing in the column, umbrella gear is connected on the interior short horizontal of the umbrella gear of erectting the axle lower end and column below power delivery outlet, be connected through unidirectional coupling or flyball clutch between short horizontal and the long transverse axis principal and subordinate axle, the other end of long transverse axis connects with the umbrella gear chamber angular wheel shaft that is connected a multiple-blade machine group of planes, this transverse axis also for the longitudinal axis through setting up a plurality of direction transmission shaft umbrella gear that have on the pedestal parallel with the horizon to stop up and do network connection and transmission, set up and realized a multi-propeller wind driven generator group of planes, multi-propeller wind driven generator can unit work also can the work of group's machine, improve or increased the quantity of wind oar by a such machinery, improved the quality that obtains pneumatic power, the quantitative change of having set up the wind oar has realized the principle idea of pneumatic power qualitative change; They exist in a different manner: the quantitative change of wind blade has been described and obtain pneumatic power qualitative change relation and between technical key point; Che has found quality change principle and has set up in technology as oneself guiding theory, its thought source with and guiding technology, finds this technology, and technology also derives from thought and proved the establishment of thought, finds the existence of this thought.

6. multi-propeller wind driven generator according to claim 1 is characterized in that, the frame body, driving mechanism, wind oar group parts combine, the frame body, driving mechanism, wind oar group parts, connect as one through a kind of umbrella gear chamber that a plurality of direction transmission shafts can be installed, driving mechanism and wind oar group parts are installed on the frame body, driving mechanism links together wind oar group parts on the frame body, and link together with generator, wind oar group parts have been realized the quantitative change of oneself by driving mechanism on the frame body, wind oar group has realized the quantitative change of wind blade by wind oar arm, the quantitative change of wind blade has realized the qualitative change effect of pneumatic power, drives generator with this pneumatic power that has the matter effect.

7. multi-propeller wind driven generator according to claim 1 is characterized in that gear chamber, gear chamber: be a constituent element in the driving mechanism, it is a kind of umbrella gear chamber that has a plurality of direction transmission shafts, be fixed on the frame body, power-transmitting unit on being used for break-in and being connected the frame body, wind oar group, generator, it is by cast gear chamber housing, short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are formed, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear chamber housing, on the gear chamber pedestal that cast umbrella gear chamber is fixedly mounted on the vertical frame movable machine frame crossbeam of single multi-propeller wind driven generator or the earth group of planes Inner sets up, gear chamber on single multi-propeller wind driven generator frame body frame, various transmission shafts, wind oar group and generator connect as one, gear chamber connects as one a plurality of single multi-propeller wind driven generator bodies by the longitudinal axis or transverse axis on the frame body of a earth group of planes, Che has found 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 has been realized the number change of wind oar group, wind oar group has realized the number change of wind blade by wind oar arm, a multiple-blade machine group of planes has been realized the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, realized obtaining pneumatic power qualitative change, this transmission with pneumatic mechanical mass effect drives generator.

8. multi-propeller wind driven generator according to claim 1 is characterized in that one by hollow column, the vertical frame movable machine frame, and driving mechanism, the wind oar, wind oar group, pull bar, the framework rotating disk, gear chamber, generator and rudder (empennage) constitute.On the column through the framework rotating disk, the vertical frame movable machine frame is installed, is equipped with on the movable machine frame, driving mechanism, wind oar group, generator, rudder is pulled into type by pull bar, movable machine frame and hollow column constitute a multi-propeller wind driven generator body, this body can be interconnected to multi-propeller wind driven generator colony by driving mechanism or the driving mechanism on the ground level of column below, is the basis of setting up and realizing a multi-propeller wind driven generator group of planes, it is characterized in that:

Hollow column; It is a hollow column of garden type, be provided with in the column and erect axle, by bearing, the bearing dish is installed on the pin key of column inwall, erect the axle upper end portion and protrude from column, be equipped with movable machine frame on driving mechanism on various axle go up corresponding gears, erect umbrella gear and the column below of axle lower end and leave the interior short horizontal umbrella gear engagement of power delivery outlet, this short horizontal is combined with the long transverse axis that connects a multi-propeller wind driven generator group of planes through coupling, long transverse axis has bearing base, and connects through Inner angular wheel shaft vertical-horizontal network ground, umbrella gear chamber and be transmitted among the multi-propeller wind driven generator group of planes; The column outer wall is provided with each layer pedestal of unit movable machine frame crossbeam, the movable machine frame crossbeam that contains a row more than one row is installed through pedestal upper frame rotating disk, the column of metal material can be single-unit and multi-section structure, the column of multi-section structure, be welded with flange in every joint end, be one by bolton up and down through flange: be welded with angle/pin iron between flange and the column: the opening at column is added with multiple iron:

Vertical frame movable machine frame: the vertical frame type frame of being formed by a plurality of crossbeams, vertical beam, longeron (support beam), pull bar, frame-type rotating disk, rudder, locate in the middle of the frame beam to be located on the rotating disk on the column pedestal, constitute one with column and can make the travel(l)ing rest that level angle changes, the driving mechanism and the wind oar group parts that are linked together by gear chamber are installed on the frame beam.Driving mechanism has the transverse axis on the crossbeam, vertical pivot between each layer crossbeam transverse axis, the wind oar group longitudinal axis and pto and gear chamber are formed, through gear chamber the wind oar group that contains two more than two is installed on the crossbeam, perpendicular fine strain of millet on the movable machine frame is for assisting beam, it links together upper, middle and lower layer crossbeam and is separately fixed on the crossbeam of column both sides, keeps girder space to stablize crossbeam; Longeron on the movable machine frame comprises main longitudinal grider and secondary longeron, the front portion of main longitudinal grider is divided into the support beam, the rear portion is divided into the empennage beam and forms, main longitudinal grider and mesosphere crossbeam are combined by the framework rotating disk, it and crossbeam are formed planche cross type frame beam, on column, form the stereo cross type movable machine frame that can do level angle variation with column through the 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 by bolt together, it and crossbeam, vertical beam is formed stereo cross type rack section one by one, thereby frame can be done the relay extension; Rudder and unit generator are installed on the empennage beam, they are by the tractive of wire drawing or pull bar, rotating disk mo(u)ld top half on the column pedestal becomes one can make the movable machine frame that angle changes, movable machine frame is with the driving mechanism on it, wind oar group, the unit generator integrates, under the effect of the rudder on the foot piece, carry wind oar group, driving mechanism, unit generator box haul on the framework rotating disk on the column pedestal changes and variation wind-engaging angle, make it to be in the correct state that facings the wind, the crossbeam of movable machine frame in the column both sides is symmetrical peer-type, under the effect of pull bar on same straight line, for primary condition has been created in the smooth transmission thereon of the transverse axis in the driving mechanism, 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 a constituent element setting up a multi-propeller wind driven generator group of planes, also is the essential condition of forming a multi-propeller wind driven generator group of planes; Its driving mechanism on ground level has constituted the earth frame body or multi-propeller wind driven generator colony;

Driving mechanism: comprise shaft drive, the band transmission, they all can be implemented in the purpose of this machine transmission chain transmission, shaft drive wherein, by the transverse axis on the crossbeam, vertical pivot between lower and upper cross-member, the wind oar group longitudinal axis and pto, gear chamber is formed, they connect by the gear chamber that is located on the crossbeam, make its break-in and transmission, bearing is arranged in the gear chamber, bevel type gear, short horizontal, lubricant oil, oil sealing, short horizontal long transverse axis outside coupling and gear chamber etc. is connected, be provided with the anti-bearing means that hangs down on the long transverse axis and between the crossbeam, transverse axis and crossbeam extend in parallel, and transverse axis is by short horizontal, coupling, long transverse axis is formed, short horizontal through gear chamber on the movable machine frame crossbeam, connecting the wind oar group longitudinal axis respectively, vertical pivot between the multilayer transverse axis, power take-off drive shaft, they have set up the power transmission of single multi-propeller wind driven generator body Inner jointly, and with the frame body, wind oar group parts have been formed 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 the vertical pivot, wind oar group longitudinal axis umbrella gear all can be corresponding with the setting axle upper end portion in the column gear engagement, and by erectting being connected and driving to a multi-propeller wind driven generator group of planes of short horizontal in the power delivery outlet below axle and the column, coupling, long transverse axis, gear chamber, this on the frame body with ladder advance, go forward one by one, relay, the transmission of network connection is the quantitative change process that realizes the wind blade, is the primary condition that realizes obtaining pneumatic power qualitative change; Umbrella gear chamber in the driving mechanism on the vertical frame movable machine frame with the transverse axis on the crossbeam, vertical pivot between transverse axis and the transverse axis, the wind oar group longitudinal axis and power take-off drive shaft connect as one at movable machine frame, and wind oar group and generator connected as one: the pedestal that set up at the earth the umbrella gear chamber in the driving mechanism is connected to a colony with a plurality of single multi-propeller wind driven generators: therefore big driving mechanism on the ground connects as one a plurality of single multi-propeller wind driven generator groups, and the multi-propeller wind driven generator group connects as one a plurality of single multiple-blade machines and generator by the connection of the umbrella gear chamber on the earth frame body; Single multi-propeller wind driven generator body links together and connects as one with generator in the movable machine frame oar group of keeping watch through umbrella gear chamber and transmission shaft, single wind oar group connects as one by the wind oar arm blade of keeping watch, the wind blade has been realized wind blade number change by them, the wind blade of this quantitative change has realized obtaining the qualitative change of pneumatic power, with the pneumatic power drive generator of this qualitative change effect;

Gear chamber: be a constituent element in the driving mechanism, it is a kind of umbrella gear chamber that has a plurality of direction transmission shafts, break-in on the basis of frame body be connected the frame body on power transmission: it is by cast gear chamber housing, short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are formed, its short horizontal and umbrella gear, bearing, lubricant oil and oil sealing are integrated by cast umbrella gear chamber housing, on the gear chamber pedestal that cast umbrella gear chamber is fixedly mounted on the vertical frame movable machine frame crossbeam of single multi-propeller wind driven generator or the earth group of planes Inner sets up, gear chamber on single multi-propeller wind driven generator frame body frame, various transmission shafts, wind oar group and generator connect as one; Gear chamber connects as one a plurality of single multi-propeller wind driven generator bodies by the transmission longitudinal axis and transverse axis on the frame body of a earth group of planes, Che has found multi-propeller wind driven generator colony, multi-propeller wind driven generator colony has realized the number change of single multi-propeller wind driven generator body, single multi-propeller wind driven generator body has been realized the number change of wind oar group, wind oar group has realized the number change of wind blade by wind oar arm, a multi-propeller wind driven generator group of planes has been realized the number change of wind blade in a word, the multi-propeller wind driven generator of this wind blade number change, realized obtaining pneumatic power qualitative change, this transmission with pneumatic mechanical mass effect drives generator.Gear chamber branch is at a plurality of break-ins of multiple-blade machine group of planes position that is in transmission connection, transverse axis on movable machine frame is kept watch the oar group longitudinal axis, multilayer crossbeam and the vertical pivot between transverse axis and transverse axis link together, and the pneumatic power that the oar group of keeping watch obtains passes to transverse axis, and transverse axis is all connecting transverse axis and power take-off drive shaft up and down and links to each other with generator in the single multiple-blade machine through gear chamber; Gear chamber all can link together the various transmission shafts on the single multiple-blade machine movable machine frame in hollow column upper end and with the framework rotating disk movable machine frame and hollow column be connected as one; Gear chamber will be erect a kind of transmission of axle from the various transmission shafts of movable machine frame in the power delivery outlet of hollow column lower end, pass to the axle in length and breadth on the ground level that connects the multiple-blade machine group, single multiple-blade machine directly is connected with adjacent multiple-blade machine on ground level, constitutes multiple-blade machine group of planes body and at the intragroup transmission shaft of multiple-blade machine generator is installed;

The wind oar: the wind oar is combined by wind oar group dish, by wind blade, wind oar arm and bullet, draw, a kind of spring in the torsion spring forms, a plurality of wind blades are gone here and there partially and are adorned and wind oar arm, movable wind blade is axle with wind oar arm, between the two under a kind of effect of spring therein with the size variation wind-engaging angle of wind-force, wind oar arm is fixed on the 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 the single multi-propeller wind driven generator, and link together with generator in the single multi-propeller wind driven generator, it is by the wind blade, wind oar arm and bullet, draw, the wind oar that a kind of spring in the torsion spring is formed, pull bar, air guide sleeve, wind oar group dish and the wind oar group longitudinal axis are formed, wind oar arm and wind oar 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, can establish wind oar arm and wind blade again on the pull bar between wind oar arm and the wind oar arm, it is 1 years old, the wind oar of two adjacent wind oar groups all can stretch into the interval of the other side's wind oar and make antiport, they are 2 years old, the wind blade is under the effect at spring on the wind oar arm, realize the closure of adjacent wind oar under windless condition, the cog umbrella gear of indoor short horizontal of the wind oar group longitudinal axis and crossbeam is connected;

The framework rotating disk: it is used for being connected and rotation between movable machine frame and the hollow column, it is combined by a plurality of bearings, metal framework, be installed on the pedestal of column outer wall, the movable machine frame crossbeam is installed above, this framework rotating disk can conveniently be made 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 this machine;

Pull bar: comprise wire drawing, be vitals and the key element of the moulding of this machine, it reacts on the gravity at some positions on the frame and reacts on wind-force, their tractive relation has the tractive of column and earth anchor, end and upper strata rotating disk tractive before and after main longitudinal grider (support beam) and the empennage beam, the tractive of end and crossbeam before and after the secondary longeron, the tractive of the outer garden of upper strata rotating disk and bottom crossbeam, the tractive of crossbeam and vertical beam, it also comprises wind oar arm on the wind oar group dish and the tractive of wind oar arm or air guide sleeve and wind oar arm;

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

A multi-propeller wind driven generator group of planes: join together with the single multi-propeller wind driven generator that the capable person is numerous, it is by the wind blade, wind oar arm, wind oar group, single multi-propeller wind driven generator movable machine frame, hollow column and driving mechanism, the pedestal that arranges on the ground level and gear chamber, the body that forms of major axis and base combination in length and breadth, it is that frame is body with the earth, the pneumatic power that obtains from single multi-propeller wind driven generator, through parallel with ground level axle in length and breadth directly or umbrella gear chamber network link together, become a group of planes body: it is that a plurality of wind blade strings are loaded on wind oar arm, a plurality of wind oar arms are combined in wind oar group dish, a plurality of wind oar group longitudinal axis are combined in the crossbeam transverse axis through the umbrella gear chamber, the vertical pivot of a plurality of crossbeam transverse axis through between upper and lower layers crossbeam transverse axis is combined in the multi-propeller wind driven generator movable machine frame, movable machine frame is formed single multi-propeller wind driven generator body through framework rotating disk and hollow column, transmission on a plurality of single multi-propeller wind driven generator bodies in column the setting axle and the short horizontal in the power delivery outlet of column below, coupling, long transverse axis, the umbrella gear chamber is advanced power with ladder, 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 the group of planes, a group of planes in length and breadth the axle on unidirectional coupling or flyball clutch are installed, not influenced mutually because of the transfer (migration) of wind field, multi-propeller wind driven generator is one and can unit work generates electricity, the machinery of again can group's machine work and working with the wind and generating electricity, this multi-propeller wind driven generator with network transmission is the possible condition that realizes a body of the earth, and the driving mechanism that people can be therein is by freely obtaining wind resource.

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

Frame body at the earth is installed with driving mechanism and a plurality of single multiple-blade machine body, driving mechanism on the ground level connects as one numerous single multiple-blade machines at the earth frame body, numerous single multiple-blade machine bodies is the connection by the driving mechanism on the ground level in big ground, realized the quantitative change of single multiple-blade machine on the earth frame body, single multiple-blade machine body is through the frame body in its inner organization, the associating of driving mechanism and wind oar group, realized the quantitative change of wind oar group, wind oar group is by wind oar group dish, wind oar arm, the associating of the internal organizational structure of wind blade, realized the quantitative change of wind blade, the quantitative change of wind blade has realized or has set up acquisition to the qualitative change of pneumatic power, thereby 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, foundation and realization obtain the condition of pneumatic power matter; It is characterized in that:

(1), the earth frame body: by the earth and the big a plurality of multiple-blade machine pedestals that arrange on the ground, the longitudinal axis in the driving mechanism on the ground level, the transverse axis pedestal, gear chamber pedestal and generator pedestal are formed: at the big single multi-propeller wind driven generator pedestal of setting up single multi-propeller wind driven generator is installed on the ground, at transmission shaft pedestal in length and breadth transmission shaft in length and breadth is installed, at the gear chamber pedestal bevel type gear chamber is installed, the generator of multi-propeller wind driven generator group of planes inside is installed at the generator pedestal, on the earth frame body single multi-propeller wind driven generator by the driving mechanism on the ground level in length and breadth the associating of beam warp gear chamber and the generator of multi-propeller wind driven generator group inside connect as one, make it to become a multi-propeller wind driven generator colony:

(2), the driving mechanism on the ground level; It is by the setting transmission shaft in the single multi-propeller wind driven generator column, transmission shaft in length and breadth on the ground level pedestal, coupling, bevel type gear chamber and generator are formed, at the earth frame body numerous single multi-propeller wind driven generator bodies is connected as one, set up the quantitative change of single multiple-blade machine body, set up the condition that realizes multi-propeller wind driven generator group of planes body, driving mechanism on the ground level and driving mechanism in the single multi-propeller wind driven generator internal organization are built into the drive part in the multi-propeller wind driven generator group of planes jointly: its vertical driving mechanism that is mounted on the vertical frame movable machine frame on the single multi-propeller wind driven generator body is connected the driving mechanism of composition multi-propeller wind driven generator group of planes Inner jointly through the setting transmission shaft of hollow column Inner with horizontal driving mechanism on the ground level pedestal, this machine driving mechanism comprises shaft drive, band chain transmission and axle band mixed drive, each has connection and the break-in of the gear chamber of umbrella gear group by Inner, it is the important component part that constitutes single multi-propeller wind driven generator and multi-propeller wind driven generator group of planes Inner portion 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 that hollow column Inner and ground level are provided with, wind oar group, leaf is connected with generator on the ground level pedestal on the frame body of unit and multimachine gang;

(3), single multi-propeller wind driven generator body; Be the machinery that can work independently, it is the primary condition of forming the multi-propeller wind driven generator group, it is the condition that realizes wind oar group number change, it on the earth frame body by ground level on the associating of driving mechanism, realized the variation 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 constitute, at the frame body driving mechanism and wind oar group parts are installed, with numerous wind oar group gangs, wind oar group has been set up the quantitative change of wind oar group to driving mechanism on the frame body by being connected of driving mechanism at the frame body;

(1) frame body: be by the interior setting transmission shaft that is provided with; Outer wall is provided with framework movable machine frame pedestal, the framework rotating disk that the below leaves the hollow column of power delivery outlet, be combined into one by frame structure via a plurality of bearings and combine and formed by the vertical frame type movable machine frame of the oblique pulling shaping of pull bar by longeron, vertical beam, crossbeam, on the column outer wall multilayer pedestal framework rotating disk is installed, the vertical frame type movable machine frame that has driving mechanism and wind oar group and rudder composition is installed on the rotating disk; The frame body is that driving mechanism and wind oar set condition part are installed;

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

＜1 〉, an end of the pto in the single multi-propeller wind driven generator is connected with transverse axis through gear chamber, the other end is connected with the unit motor: constitute single multi-propeller wind driven generator body:

＜2 〉, be provided with a support disc seat in the hollow column, two ends have the setting axle of umbrella gear about being used for running through in the hollow column of installation, the axle support disc seat is installed in metal or Che and builds on the pin key that buries iron or welding on the hollow column Inner wall: erect axle, gear in the vertical driving mechanism on the vertical frame movable machine frame on the gear of axle upper end and the single multi-propeller wind driven generator is connected, the power delivery outlet that leaves below the umbrella gear of erectting the axle lower end and the column interior and be connected with umbrella gear in the ground horizontal driving mechanism, axle in length and breadth in its horizontal driving mechanism interconnects; It is the constituent element that constitutes the transmission of multi-propeller wind driven generator group of planes Inner portion

(3) wind oar group: wind oar group by the connection of driving mechanism, makes wind oar group on the frame body on the frame body, has set up number change; It is made up of wind oar group dish, torsion spring, wind oar arm, wind blade, pull bar, the wind oar group longitudinal axis and air guide sleeve, wind oar group dish is installed on the wind oar group longitudinal axis, on the wind oar group dish wind oar arm is installed, variable-angle wind blade is installed on the wind oar arm, the wind blade is made up of blade and the muscle beam that has two collars, the collar on the muscle beam is enclosed within on the wind oar arm, is changing the angle to various wind-force between wind oar arm and the wind blade under the effect of torsion spring; Between wind oar arm and the wind oar arm, all have pull bar to be connected between wind oar arm and the air guide sleeve; The umbrella gear of wind oar group longitudinal axis rearward end umbrella gear on the indoor short horizontal of the umbrella gear on the framework movable machine frame crossbeam is combined, and forms the umbrella gear group: wind oar group has realized the number change of wind blade by wind oar arm; And Che has stood the qualitative change of pneumatic 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 chamber, and makes it into as a whole;

The earth frame body of the multi-propeller wind driven generator of multiple-blade machine colony, the driving mechanism on the ground level, single multi-propeller wind driven generator body connect into single multiple-blade machine as a whole through gear chamber or the gear chamber on the ground level of hollow column lower end;

The transmission that the principle of multi-propeller wind driven generator is a plurality of wind blades, wind oar, wind oar group, single multiple-blade machine by driving mechanism be connected the quantitative change process of on the frame body, setting up and realize obtaining the process of pneumatic mechanical mass: the principle that is a quantitative change to qualitative change: be to adopt the method for its organization of Inner portion structure accumulation to set up the principle that forms.

10. according to its feature of the described multi-propeller wind driven generator of claim 1: be a kind ofly to be formed by multi-stage mechanical Organizational Structure organization of Inner portion, be that the ladder through driving mechanism advances to connect on the frame body of the earth, make its inner multi-stage mechanical Organizational Structure mechanism produce quantitative change, and realize obtaining the machinery of pneumatic power qualitative change by their quantitative change; Be to be constituted by the earth frame body, the ground level driving mechanism connects in driving mechanism numerous single multiple-blade machine:

The forming at the string on the frame body and connection, the tired tissue of terraced progradation through driving mechanism that be multi-stage mechanical Organizational Structure mechanism of mechanical Inner portion: driving mechanism runs through its multi-stage mechanical organization of Inner portion on the frame body and is combined into one:

Multi-stage mechanical organization in the multi-propeller wind driven generator comprises mechanistic organization structure mechanism of multiple-blade machine colony, single multiple-blade machine mechanistic organization structure mechanism, vertical frame movable machine frame mechanistic organization structure mechanism, crossbeam mechanistic organization structure mechanism, wind oar group mechanistic organization structure mechanism, variable-angle wind oar mechanistic organization structure mechanism, gearing Organizational Structure mechanism:

Multiple-blade machine group of planes body mechanistic organization structure mechanism: be the primary condition that constitutes the quantitative change of single multiple-blade machine mechanistic organization structure mechanism, formed by numerous single multiple-blade machines and the transmission on the ground level in the driving mechanism and the setting transmission shaft in the hollow column; Be a kind of frame body part:

Single multiple-blade machine mechanistic organization structure mechanism: be the primary condition that constitutes multiple-blade machine group of planes body, transmission on the ground level in it and the driving mechanism is combined as a whole and forms multiple-blade machine colony with adjacent multiple-blade machine, is made up of hollow column, framework rotating disk, vertical frame movable machine frame:

Hollow column: be to be provided with the setting transmission shaft in one, erect the gear chamber that is connected with transmission on the vertical frame movable machine frame is housed on axle and the column, erect axle and with column lower end the gear chamber that is connected the ground level driving mechanism is housed, erect axle hollow column Inner with single multiple-blade machine on being in transmission connection on transmission on the vertical frame movable machine frame and the ground level be one, constitute the driving mechanism of whole multi-propeller wind driven generator body Inner: hollow column outer wall is provided with installs vertical frame movable machine frame multilayer crossbeam pedestal, and the rotating disk that is integrated by frame structure and a plurality of bearing pack is housed on the pedestal, multilayer crossbeam in the vertical frame movable machine frame is installed on the rotating disk:

Vertical frame movable machine frame mechanistic organization structure mechanism: be the condition that realizes the quantitative change of crossbeam mechanistic organization structure mechanism, be by the multilayer crossbeam that comprises more than, comprise two vertical beam more than two, a main longitudinal grider and a plurality of secondary longeron, rudder, pull bar is formed: crossbeam: with vertical beam, longeron, pull bar connect to form vertical frame type movable machine frame and the seat on the rotating disk on the hollow column outer wall pedestal, be installed with on the crossbeam and connect the wind oar group longitudinal axis, transverse axis on the crossbeam, the bevel type gear chamber that the upper strata crossbeam is connected with vertical pivot between the lower floor crossbeam: vertical beam: the vertical frame movable machine frame up and down the multilayer crossbeam link together: longeron: in the major-minor longeron before and after the end through pull bar all with the crossbeam tractive, the main longitudinal grider front end and back end and with upper strata rotating disk cylindrical tractive, the main longitudinal grider front portion is divided into the support beam, the rear portion is divided into empennage beam (rudder), rearward end is installed with rudder, under the effect of rudder, the vertical frame movable machine frame is axle with hollow column, and the rotating disk of vertical frame movable machine frame on hollow column outer wall pedestal made the substantially horizontal angle and changed: pull bar: on the vertical frame movable machine frame with crossbeam, upper strata rotating disk cylindrical tractive on the common and column of vertical fine strain of millet, purpose is keep crossbeam straight:

Crossbeam mechanistic organization structure mechanism: be the primary condition that constitutes the mechanistic organization structure mechanism's quantitative change of wind oar group and constitute vertical frame movable machine frame mechanistic organization structure mechanism, be the primary condition that gearing Organizational Structure mechanism and wind oar group mechanistic organization structure mechanism are installed: it and vertical beam, longeron, the rotating disk of pull bar on hollow column outer wall pedestal formed the vertical frame movable machine frame, is installed with on the crossbeam to connect the wind oar group longitudinal axis, transverse axis on the crossbeam, the gear chamber that vertical pivot between the upper and lower layers crossbeam is connected: can establish longeron and the vertical beam that is connected the upper and lower layers crossbeam again on the crossbeam of movable machine frame mesosphere;

Wind oar group mechanistic organization structure mechanism: be the primary condition that realizes the quantitative change of wind oar mechanistic organization structure mechanism, it is made up of variable-angle wind oar, wind oar group dish, wind oar arm, pull bar, air guide sleeve: be installed with on the wind oar group dish between wind oar arm, wind oar arm and the wind oar arm through pull bar phase tractive (can establish the wind oar arm that has the wind blade on the pull bar again), pull bar and with the air guide sleeve tractive, the wind oar arm, pull bar, the air guide sleeve that make wind oar group, have a wind blade constitute wind oar group body: wind oar group is on its longitudinal axis is installed in gear chamber on the crossbeam;

Wind oar mechanistic organization structure mechanism: be the primary condition that realizes the quantitative change of wind blade and constitute wind oar group, it is made up of wind oar arm, wind blade, torsion spring: wind blade string be loaded between wind oar arm, wind blade and the wind oar arm under the effect of torsion spring, the wind blade does the angle variation voluntarily with the power of wind-force on wind oar arm;

Gearing Organizational Structure mechanism: be the primary condition that realizes the quantitative change of single multiple-blade machine mechanistic organization structure mechanism, vertical frame mechanistic organization structure mechanism, crossbeam mechanistic organization structure mechanism, wind oar group mechanistic organization structure mechanism, wind oar mechanistic organization structure mechanism and realize multiple-blade machine group of planes body: on the frame body of the earth, above multi-stage mechanical Organizational Structure mechanism is linked together with running through; Thereby the quantitative change of foundation and realization wind blade removes to obtain the feasible condition of pneumatic power qualitative change; It is by wind oar arm, the wind oar group longitudinal axis, the long transverse axis that has the vertical bearing of anti-axle in the middle of being installed with on the crossbeam, through coupling and gear chamber Inner the short horizontal that has umbrella gear is installed by bearing, vertical pivot between the transverse axis of installing on the upper and lower layers crossbeam, the setting transmission shaft that hollow column inwall is installed through bearing, transmission shaft in length and breadth on the ground level pedestal between the adjacent multiple-blade machine and generator are formed, the axle with spool between be connected and break-in by the gear chamber that bevel type gear is installed, gear chamber is installed on the crossbeam respectively, hollow column upper and lower end, on the pedestal that ground level is provided with, with the frame body, driving mechanism, multi-stage mechanical Organizational Structure mechanism is connected to a body.

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The transmission that the principle of multi-propeller wind driven generator is a plurality of wind blades, wind oar, wind oar group, single multiple-blade machine by driving mechanism be connected the quantitative change process of on the frame body, setting up and realize obtaining the process of pneumatic mechanical mass: the principle that is a quantitative change to qualitative change: be to adopt the method for its organization of Inner portion accumulation and multiple-blade machine or the multi-propeller wind driven generator technology that principle is set up; And by the multiple-blade machine scientific discovery with set up with machinery and the institutional quantitative change of mechanical Inner portion and obtain the multiple-blade machine thought of pneumatic power qualitative change, multiple-blade machine technology and the interdependence of multiple-blade machine thought also prove their existence mutually.

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