Title of Invention

CYCLONIC AERO POWER CONVERTER

Abstract

The present invention relates to an improved wind power generator comprising of a fixed disc (12); a rotating disc (11) for rotating a dynamo (D); said rotating disc comprising of a frame (1) to hold the rotating disc assembly, a base frame (4); a main shaft (7), a rotating disc having a plurality lof wind-receiving blades, to hold the disc, a flange (10) to join the rotating disc and the shaft, ball bearing (9), dynamo (D).

Full Text

CYCLONIC AERO POWER CONVERTER FIELD OF THE INVENTION The present invention relates to cyclonic aero power converter in other words an improved wind power generator. More particuiarly the present invention relates to fixed disc. The fixed disc, promotes efficiently and easy starting at the time of a low wind speed and also to the wind power equipment is using a wind mill which can achieve high torque and comply with wind power conditions of an installed place. DESCRIPTION OF THE PRIOR ART To generate electricity, hydraulic power, thermal power or atomic power is utilized, which involves disadvantages such as natural destruction with a dam, fuel shortage, air pollution and radioactivity injuries. Clean natural energy such as solar generation and wind power generation has been remarked over the whole world. As a power generation device for obtaining small electric power, for instance, a wind power generation attracts attention in view of an advantage that an environmental contamination does not arise. In a usual wind power generation device having a propeller provided on a horizontal shaft has been ordinarily employed. In such a wind power generation device, the propeller needs to be directed to the direction of wind. A troublesomeness of detecting the wind direction or a cost for a controller for adjusting the propeller to the wind direction is inconveniently required. Generally, with wind power equipment, the wind mill is used as a means to change a wind force into rotation driving force, a wind mill is rotated with a wind force, a generator is driven with the rotation driving force, and electrical energy is generated. Since such wind power equipment uses the unsteady force of the force of a natural wind of what can generate electricity safely compared with other power plants, such as thermal power station equipment, without having a bad influence on an environment, a living thing, etc., it is difficult to perform the generation of electrical energy stabilized efficiently. Especially the thing that it is stabilized and the wind mill of wind power equipment is started when a wind speed is low, and is made to generate electricity efficiently is very difficult. Then, in order to consider as the approach of making easy starting of the wind mill of the wind power equipment at the time of such a low wind speed and to acquire rotation driving torque required for stable starting of a wind mill from before, a radius of circle is given to the profile of a wind mill, and it is carrying out by the approach of improving flow of the wind to an aerofoil, and the approach of using as the angle of torsion which obtains rotation driving force with" an efficient aerofoil according to a wind speed using a pitch inverter. However, by such starting approach, in order to start the wind-mill device section directly, there was a problem that the adjustment corresponding to the wind speed fluctuation in a low wind-speed region was difficult, and difficulty was in operability. This invention aims at offering the modern type of advanced technology"s windmill starting promotion equipment, which can promote efficiently easily starting by which was made in view of the above situations, and the windmill at the time of a low wind speed was stabilized. According to the survey conducted by Vim Tukenburg and his friends of a university of Netherland, it was clear that our earth has enough wind energy to fulfill the requirement of earth"s electrical power. Vim Tukenburg distributed the earth into many thousand units and calculated the amount of wind power in each unit. All the populated areas, prohibited places, mountains and streams were not included in the survey. The calculations of Mr Tukenburg stated that wind energy could be converted into electrical energy only when it flows more than the rate of 4m/s. Previous research stated that minimum 7.1m/s of wind flow was necessary to produce electricity from it. An average 20% of the world"s total area receives wind energy at the rate more than that of minimum requirement for the production of electricity. The total of 96 Mega watt /hour can be produced every year from the energy consumed by the wind energy. The production of the electricity will be more than that of the normal demand. The survey also tells that wind energy from 24lakh square km will be enough to fulfill the electricity demand of the world in the year 2000 very easily. It has been calculated that an area of 1 Sq km, four wind turbines of 1-1 mega watt can be installed. Few places have even much more than 4 turbines installed in the area of 1 sq km. Now if we look at the problem, we will see that the survey tells that the wind does not flow evenly at all places in the globe. For example South Africa has much more wind power needed for the production of electricity to meet their requirement and on the other hand wind power in Northwest Asia arrives in a fluctuating manner. So wind power cannot be taken as the only source of energy. Whenever the wind energy will fall, we must have another source to produce electrical power. There is good example of Scandinavia as when the wind flows sufficiently, the electricity produced is utilized to pump the water at a higher altitude. On the other hand when the wind energy is not sufficient to produce electricity, water resource kept at higher altitude is the other way out. So electricity produced in a huge amount from wind energy will be cheaper than that of primary method. Lastly if we will utilize wind power by storing, then there has to be a large amount of changes in the present electrical gadgets. SUMMARY OF THE INVENTION To solve the disadvantages, according to the present invention, there is provided a windmill starting promotion equipment. The equipment, promotes efficiently and easy starting at the time of a low wind speed and also to the wind power equipment using a windmill which can achieve high torque and comply with wind power conditions of an installed place. Such as herein described there is provided cyclonic aero power converter / an improved wind power generator comprising of: a windmill starting promotion equipment; a windmill having a shaft fitted with the rotating disc for rotating a dynamo; said windmill comprising of a frame to hold the windmill assembly, a base frame, a main shaft, a rotor and a plurality of wind-receiving rotating blades, a coupling to hold the disc, a flange to join the rotating disc and the shaft, ball bearing, dynamo. As per one of the exemplary embodiment of the present invention there is provided a fixed blades which are fixed along with a fixture and directs the flowing wind to the wind receiving rotating blades of the windmill to increase rotation-driving force. As per another embodiment of the present invention the fixed disc is fitted in front of the wind receiving rotating blade assembly. As per an exemplary embodiment of the present invention the fixed disc consists of same number of blades as of the rotating disc. As per another object of the present invention the distance between the fixed disc and the rotating disc is kept minimum so as to transfer the maximum wind energy to the blades. As per another object of the present invention the rotating disc rotor is mounted to a main shaft, said rotor being constructed as flywheel, a plurality of wind- receiving blades being spaced equally on the circumference of the rotating disc. As per another exemplary embodiment of the present invention the number of the blades in the fixed disc is equal to the rotating disc blades. As per another embodiment of the present invention wherein said promotional equipment have a plurality of support arms in a radial direction, a heavy circumferential ring being fixed to the outer end of each of said support arms to construct a flywhee. As per another exemplary embodiment of the present invention the blades of the promotional equipment are so designed that the wind flowing trough the blades are directed with a special angle 10 to 20 to the windmill blades and the windmill blades are so designed that the maximum thrust is transferred to the windmill blades. As per another object of the present invention the wind-receiving rotating blades for the windmill is mounted to a rotor having a shaft as flywheel, wherein said mounting support is projected in a direction of rotation, the top end of the wind- receiving portion being fixed forwards to the end of the mounting support. As per another embodiment of the present invention the entire structure is made up of aluminium alloy or the like which is light weight, non-corrosive and have great strength. Other objects and advantages of the invention will become apparent as the description proceeds Summary of the Invention In the following description BRIEF DESCRIPTION OF THE ACCOMPANYING DRAWINGS Invention are given in the accompanying drawing, of which Fig. 1 shows a plan view of the rotator system for wind wave energy generation as per the object of the present invention; Fig. 2 shows front side view of the windmill starting promotion equipment and the different shapes of the blades as per the embodiment of the present invention; Fig. 3 shows side elevation view of the rotator system for wind wave energy generation as per the embodiment of the present invention; Fig. 4 shows side sectional view showing the different blade positions of the rotator system for wind wave energy generation as per the embodiment of the present invention; Fig. 5 shows backside view of the rotator system for wind wave energy generation as per the embodiment of the present invention; Fig. 6a, 6b are the different wind directions at different positions as per the embodiment of the present invention. DETAILED DESCRIPTION Now, preferred embodiments of the present invention will be described with reference to the accompanying drawings Referring to Figure 1, which shows the plan view of the rotator system for wind wave energy generation. The rotator system for wave energy generation consists of a windmill starting promotion equipment fixed disc (12) with nose cone (A) about 30° apex angle, having a frame (1) to hold the fixed structure. It is a frame, which work to hold the front disc strongly. The fixed structure which is also the windmill starting promotion unit is having fixed blades situated in the outer part (2). It is part of the front disc. Front disc"s shape is totally round. The front disc is divided into many parts in roundly structured wind receiving fixed blades (6). The wind wave energy generation system also consists of wind receiving rotating blades (3) fitted over a rotor, which is also the moving structure (11) of the wind wave energy generation system. It is a 2nd part of the front disc. Front disc is absolutely round. The movable part is also divided into many parts in specially designed blades (5) so that the maximum thrust is transferred to the windmill blades. The following air directly attacks to blades (3), the air pass through full assemble set of rotating disc (11). The thrust transferred from the directed wind is utilized in the rotation of the wind wave energy generation system. The structures to the fixed blade assembly and the rotating blade assembly is so designed that the flowing air from any direction when attack to blades (2) the flowing air is directed to pass through it in a particular direction and the maximum thrust is passed on to the blades (3) of the full assembled set of rotating blades (11). The thrust is applied continuously by the flowing wind to the moving blades one after the other. Also it has been seen experimentally that if the number of the fixed blades of fixed disc made equal to the number of the rotating blades of the rotating disc the rotating blades can use the maximum thrust continuously. The circumferential size of the rotor blades is preferably equal or can be more than the size of the fixed blades. Therefore the present system provides a gainful utilization of the wind energy irrespective of the direction of the flow of the wind. The said promotional equipment and the rotor have a plurality of support arms / blades in the radial direction; a heavy circumferential ring is fixed to the outer end of each of said support arms to construct a flywheel type structure. The base (4) of the frame (1) is welded to the frame so that the base can hold the frame strongly. The structures of the frame are made up of strong, non-corrosive, tough and light weight material preferably the alloys of aluminium. The rotating disc consumes the most of the energy of the air which is exit / directed from the fixed disc. The air creates a pressure on the rotating disc"s blade, which creates a circular movement. The structure of the blades of the rotating disc is nearly semi circular. When the average linear motion of the blade become half of the linear motion of the air, then it absorbs nearly all kinetic energy which is present in air an according to the structure and efficiency of the machine we can get the kinetic energy to produce electrical energy by dynamo. The blades (2) of the fixed disc change the direction of the flowing air into approximately 80 degree to 85 degrees as shown in the figure 6(b) in the direction of the rotating disc and the fixed blade convert the motion of the coming air into cyclonic aero when the air exists from it. The air flows at the different positions are shown in Fig 6 (a), (b). As per one of the object of the present invention the windmill rotor is horizontally mounted to a main shaft, said rotor being constructed as flywheel, a plurality of wind-receiving blades being spaced equally on the circumference of the rotor. The kinetic energy produced by the movement of the rotor is transmitted forward through a shaft (7), which is fitted with the rotating disc. The rotating disc is fitted with the shaft by very well balanced manner to prevent any loss of energy. The rotating disc is fitted with the shaft with the help of a flange (10). The coupling (8) is situated at the other side of the shaft to help to move other appliance. Also the assembly is fitted with a ball bearing (9). The Ball bearing is covered by a double "Z" and rubber seal for protection because of the presence of dust and moisture in the air. The kinetic energy thus produced is fed to a dynamo (D) for the production of the energy. As per another object of the present invention the wind-receiving blades for the windmill are mounted to a rotor having a shaft as flywheel, wherein said mounting support is projected in a direction of rotation, the top end of the wind- receiving portion being fixed forwards to the end of the mounting support. As shown in figure 4, the distance between the fixed blade assemble an the rotating blade assembly should be kept minimum so that the maximum amount of thrust can be transferred to the moving blades. Practically the distance is maintained less than 3mm for mechanical constraints and it is necessary too. As per the experiments carried out with the wind energy generation system as disclosed herein and the 3 blade fan turbines as available the results obtained are as under:- The area of the fan blades is taken as 0.126Sq Mtrs. The ratio of output in terms of watts is 6.571 times compared to the conventional 3-blade fan turbine The ratio of output in terms of torque is 8.33 times compared to the conventional 3-blade fan turbine Therefore it may be concluded that the energy generated is more than 6 times in the same wind conditions and the dimensions of the fan blade. Although the foregoing description of the present invention has been shown and described with reference to particular embodiments and applications thereof, it has been presented for purposes of illustration and description and is not intended to be exhaustive or to limit the invention to the particular embodiments and applications disclosed. It will be apparent to those having ordinary skill in the art that a number of changes, modifications, variations, or alterations to the invention as described herein may be made, none of which depart from the spirit or scope of the present invention. The particular embodiments and applications were chosen and described to provide the best illustration of the principles of the invention and its practical application to thereby enable one of ordinary skill in the art to utilize the invention in various embodiments and with various modifications as are suited to the particular use contemplated. All such changes, modifications, variations, and alterations should therefore be seen as being within the scope of the present invention as determined by the appended claims when interpreted in accordance with the breadth to which they are fairly, legally, and equitably entitled. We Claim: 1. Cyclonic aero power converter for generating wind power comprising of: a windmill starting fixed disc (12) with nose cone (A), a rotating disc having a shaft (7) fitted with the rotating disc (11) for rotating a dynamo (D); said Fixed disc comprising of a frame (1) to hold the rotating disc assembly, a base frame (4) ; a main shaft (7), a rotating disc having a plurality of wind- receiving blades, to hold the disc, a flange (10) to join the rotating disc and the shaft, ball bearing (9), dynamo (D), characterized in that the said fixed disc consist of a frame (1) which is fixed along with a fixture and base frame (4) and a plurality of wind receiving fixed blades (2 & 3) which directs the flowing wind to the wind receiving rotating disc (11) to increase rotation-driving force. 2. The power converter as claimed in claim 1, wherein, the fixed disc is fitted in front of the rotating disc (11). 3. The power converter as claimed in claim 1, wherein the plurality of wind- receiving fixed blades being spaced equally on the circumference. 4. The power converter as claimed in claim 1, wherein the fixed disc consists of same number of blades as of the rotating disc. 5. The power converter as claimed in claim 1, wherein the distance between the fixed disc (12) and the rotating disc (11) is kept minimum preferably less than 3. 0 mm so as to transfer the maximum wind energy to the blades. 6. The power converter as claimed in claim 1, wherein the rotating disc (11) rotor is mounted to a main shaft, said rotor being constructed as flywheel, a plurality of wind-receiving blades being spaced equally on the circumference of the rotor. 7. The power converter as claimed in claim 1, wherein the said fixed disc have a support arms (1) to with stand a pressure of air. 8. The power converter as claimed in claim 1, wherein the fixed disc are so mounted that the wind flowing through the fixed blades are directed with an angle of 10 to 20° to the rotating disc blades and are so arranged that the maximum thrust is transferred to the rotar blades. 10. The power converter as claimed in claim 1, wherein the entire structure is made up of aluminium alloy or the like which is light weight, non-corrosive and have great strength. The present invention relates to an improved wind power generator comprising of a fixed disc (12); a rotating disc (11) for rotating a dynamo (D); said rotating disc comprising of a frame (1) to hold the rotating disc assembly, a base frame (4) ; a main shaft (7), a rotating disc having a plurality of wind-receiving blades, to hold the disc, a flange (10) to join the rotating disc and the shaft, ball bearing (9), dynamo (D),

Documents:

00471-kol-2006-abstract.pdf

00471-kol-2006-claims-1.1.pdf

00471-kol-2006-claims.pdf

00471-kol-2006-correspondence others.pdf

00471-kol-2006-description(complete)-1.1.pdf

00471-kol-2006-description(complete).pdf

00471-kol-2006-drawings-1.1.pdf

00471-kol-2006-drawings.pdf

00471-kol-2006-form-1.pdf

00471-kol-2006-form-18.pdf

00471-kol-2006-form-2-1.1.pdf

00471-kol-2006-form-2.pdf

00471-kol-2006-form-9.pdf

00471-kol-2006-other document.pdf

471-KOL-2006-CORRESPONDENCE OTHERS 1.1.pdf

471-KOL-2006-FORM 27.pdf

abstract-00471-kol-2006.jpg