Field of the Invention:-
The present invention relates to a self rotary system.
Particularly, the present invention relates to a self rotary system capable of rotating continuously for unlimited duration.
More particularly, the present invention relates to a self rotary system capable of rotating continuously for unlimited duration at a certain speed.
Even more particularly, the present invention relates to a self rotary system which is capable of rotating a shaft continuously for unlimited duration at a certain constant speed.
In particular, the present invention relates to a self rotary system which is capable of rotating a shaft continuously for unlimited duration at a certain constant speed and the energy produced, continuously for unlimited duration, by rotating the shaft can be utilized to carry out a work which the machine, of which the rotating shaft is a part, is required to perform and at the same time the machine of the present invention is not only simple and easy in construction, but also environment friendly and rotates without utilizing any source of energy including solar energy and wind energy.
Background of the Invention:-
The rotation of a shaft is a basic requirement of a machine or say a motor, which is operated to generate an energy, for example the electrical energy or mechanical energy to carry out a specific function. The rotation of a shaft of a machine requires an energy as input, which may be a mechanical energy or electrical energy, which in-turn produces another form an energy, i.e. the electrical energy or mechanical energy etc.
The efficiency of such machine is accessed by the amount of energy required as input and the energy produced as output. If a machine is capable of producing higher
amount of energy with lower amount of input energy by avoiding wastage of energy during its operation is considered as more efficient machine.
A lot of research is being carried out to minimize the amount required of the input energy and to maximize the amount produced as output energy by minimizing the wastage of energy during its operation or functioning.
Even lot of efforts have been put into research for developing a system which can work without or minimum amount of input energy.
When no success could be achieved in developing a system which can work either without or minimum amount of input energy, the researchers have developed systems wherein natural sources of energy, for example solar energy or wind energy are employed. While developing such systems a care is taken that the system and its functioning remain environment friendly. The solar heaters which works on solar energy as input energy and wind mill which works on wind energy as input energy are examples of such systems.
In the wind mill, a system comprising fan type structure is made to rotate at a certain speed and the electrical energy is produced in various forms.
The main drawback of the wind mill is that it can work only if there is wind, which means it will not work if there is no wind, and hence, the wind mill is stationary and no energy can be produced continuously thereby, which is the aim of the present invention.
The another drawback of the wind mill is that it can work only if there is wind below certain speed, because if the speed increases beyond the prescribed limit, the wind mill gets damaged, which means it will have to be stopped as and when the wind is above defined limit, and hence, the wind mill is stationary and no energy can be produced continuously thereby.
Still another drawback of the wind mill is that it can work only if there is wind above certain speed, because if the speed decreases beyond the prescribed limit, the
wind mill stops, which means it will stop as and when the wind is below defined limit, and hence, the wind mill is stationary and no energy can be produced continuously thereby.
Yet another drawback of the wind mill is that it is not only very expensive but also very complicated in construction, and hence, the wind mill is not commercially viable option at an affordable price.
Above are some of the reasons which have resulted in almost no usage of wind mill at least by the farmers from developing and under developing countries.
To overcome, above problems of existing wind mills, various attempts have been made to have self rotary machines which can rotate based on the gravitational force.
One such machine is illustrated in accompanying figure 1, which illustrates schematic representation of such machine operating on gravitational force. Such machine consists of a circular disc 1 provided with small projections 2 which in-turn are provided with equal weights 3.
The main drawback of the known machines operating on gravitational force is that these cannot rotate continuously for unlimited duration at a constant rotational speed, and hence, such machines cannot produce the required amount of energy continuously and for unlimited duration, and therefore, are not viable machines.
However, failure of above such machines confirms that a mill cannot rotate on its own continuously and for unlimited duration that's too at a constant rotational speed to produce required amount of energy continuously and for unlimited duration solely based on the gravitational force, that is, without consumption of additional source of energy, i.e. wind energy or solar energy.
Now, as it has been elaborated herein, the solar energy is available only if there is bright sun light and the wind energy is available only if there is wind at a certain speed, which means even if one succeeds in developing a self rotary system operative
by consumption of solar energy or wind energy, the same will suffer from the drawbacks described herein.
Accordingly, it is understood from the forgoing description that at present no such mill or machine or system is known in the art which can be self rotary, i.e. can rotate on its own.
Particularly, it is also understood that at present there is no self rotary system which is capable of rotating continuously for unlimited duration.
More particularly, it is also understood that at present there is no self rotary system which is capable of rotating continuously for unlimited duration at a certain
speed.
Even more particularly, it is also understood that at present there is no self rotary system which is capable of rotating a shaft continuously for unlimited duration at a certain constant speed to continuously produce required amount of energy for unlimited duration by rotating the shaft so that the energy produced can be continuously utilized to carry out a work which the machine, of which the rotating shaft is a part, is required to perform, and at the same time the machine is simple and easy in construction, and also environment friendly and above all rotates without utilizing any source of energy including solar energy and wind energy so that the use of the machine is not restricted by the reasons of availability of such source of energy including the solar and wind energy.
Need of the Invention :-
Therefore, there is an urgent need of providing a mill or machine or system which is self rotary, i.e. which can rotate on its own, particularly, there is a need to provide a self rotary system which is capable of rotating continuously for unlimited duration, more particularly, there is a need to provide a self rotary system which is capable of rotating continuously for unlimited duration at a certain speed, even more particularly, there is a need of providing a self rotary system which is capable of rotating a shaft continuously for unlimited duration at a certain constant speed to
continuously produce required amount of energy for unlimited duration by rotating the shaft so that the energy produced can be continuously utilized to carry out a work which the machine, of which the rotating shaft is a part, is required to perform, and at the same time the machine is simple and easy in construction, and also environment friendly and above all rotates without utilizing any source of energy including solar energy and wind energy so that the use of the machine is not restricted by the reasons of availability of such sources of energy including the solar and wind energy.
Objects and Advantages of the Invention:-
Accordingly, the main object of the present invention is to provide a mill or machine or system which is self rotary, i.e. which rotates on its own.
The particular object of the present invention is to provide a self rotary system which is capable of rotating continuously for unlimited duration.
This is also an object of the present invention to provide a self rotary system which is capable of rotating continuously for unlimited duration at a certain speed.
In accordance with more particular object, the present invention aims at providing a self rotary system which is capable of rotating a shaft continuously for unlimited duration at a certain constant speed to continuously produce required amount of energy for unlimited duration by rotating the shaft so that the energy produced is continuously utilized to carry out a work which the machine, of which the rotating shaft is a part, is required to perform, and at the same time the machine provided is not only simple and easy in construction, but also environment friendly and above all it rotates without utilizing any source of energy including solar energy and wind energy so that the use of the machine provided is not restricted by the reasons of availability of such sources of energy including the solar energy and wind energy.
This is also an object of the present invention to provide a self rotary system which is capable of working even without requirement of natural source of energy including wind energy and solar energy, and hence, the use of which is not limited for
want of wind and solar energy, and accordingly the energy can be continuously produced thereby.
This is also an object of the present invention to provide a self rotary system the use of which is not limited for want of wind of a particular speed, and hence, the use of which is not limited for want of wind of a particular speed, and accordingly, the energy can be continuously produced thereby.
Other objects and advantages of the present invention will become more apparent from the following description when read in conjunction with accompanying Figures, which are not intended to limit its scope.
Brief Description of Accompanying Figures:
Figure 1 illustrates schematic representation of a rotary mill in accordance with prior art.
Figure 2 illustrates schematic representation of a rotary system in accordance with prior art.
Figure 3 illustrates a self rotary mill / system in accordance with one of the embodiments of the present invention.
Figure 4 illustrates schematic representation of self rotary mill / system in accordance with another preferred embodiment of the present invention.
Figure 5 illustrates schematic representation of self rotary mill / system in accordance with still another preferred embodiment of the present invention.
Figure 6 illustrates schematic representation for manufacturing the self rotary mill / system in accordance with one of the preferred embodiments of the present invention.
Detailed Description and Embodiments of the Invention:
It is .clear from the foregoing description that the existing systems including the wind mills cannot rotate on their own, and therefore, require external source of energy. A system equivalent to wind mill [or a fan] was developed as illustrated in accompanying Figure 2, wherein the circular disc 21 provided on a shaft [not shown in figure] required to be rotated was provided with multiple arms 22 of 'L' shape having equal size, means having equal length, equal weight and equal angle of 'X' coordinates 22X and 'Y' 22Y coordinates of 'L' shape arms, and such arms were provided at equal distance in a manner that each arm forms equal angle 0 with center line 23 of the disc 21. It was found that this system could not rotate on its own, and therefore, required external source of energy for rotation.
With aim to overcome the drawbacks, the problems and the limitations of the existing rotary systems including the rotary systems as illustrated in accompanying Figure 1 and Figure 2, the inventor of the present invention has surprisingly found that if in a system comprising circular disc provided on a shaft required to be rotated and the disc being provided with multiple arms as illustrated in accompanying Figure 4, at least one of the parameters selected from the group comprising length of the arm, weight of the arm and angle 9 at which the arm is provided with respect to center line of the circular disc, of at least one set of arms is varied from those of other arms in a manner that arms with different parameter are provided alternatively, it unexpectedly and surprisingly starts rotating without requirement of external source of energy including man generated source of energy, that is, mechanical energy, electrical energy, and natural source of energy, that is, solar energy, wind energy.
Accordingly, the present invention relates to a self rotary system comprising circular disc provided on a shaft required to be rotated, characterized in that the circular disc is provided with multiple arms, wherein at least one set of arms has at least one of the parameters different from that of other arms, and wherein said parameter is selected from the group comprising length of the arm, weight of the arm and angle G at which the arm is provided with respect to center line of the circular disc, and wherein the arms of different parameter are alternatively provided on the circular disc.
In one of the embodiments, the present invention provides self rotary system comprising circular disc provided on a shaft required to be rotated characterized in that the circular disc is provided with multiple arms, wherein at least one set of arms has different length from that of other arms and the angle 0 at which the arms are provided with respect to center line of the circular disc remains same, and wherein the arms of longer length and shorter length are provided alternatively on the circular disc.
In one of the embodiments, the present invention provides self rotary system comprising circular disc provided on a shaft required to be rotated characterized in that the circular disc is provided with multiple arms, wherein at least one set of arms has different weight from that of other arms and the angle 0 at which the arms are provided with respect to center line of the circular disc remains same, and wherein the arms of higher weight and lower weight are provided alternatively on the circular disc.
In one of the preferred embodiments, the present invention provides self rotary system comprising circular disc provided on a shaft required to be rotated characterized in that the circular disc is provided with multiple arms, wherein at least one set of arms has different angle 0 at which the arms are provided with respect to center line of the circular disc, and the length and weight of the arms remains same, and wherein the arms provided at different angle 0 are provided alternative to other arms on the circular disc.
In one of the another preferred embodiments, the present invention provides self rotary system comprising circular disc provided on a shaft required to be rotated characterized in that the circular disc is provided with multiple arms, wherein at least one set of arms has different angle 0 at which the arms are provided with respect to center line of the circular disc and different length, and wherein the arms provided at different angle 0 and having different length are provided alternative to other arms on the circular disc.
In one of the still another preferred embodiments, the present invention provides self rotary system comprising circular disc provided on a shaft required to be rotated characterized in that the circular disc is provided with multiple arms, wherein at least one set of arms has different angle 0 at which the arms are provided with respect
to center line of the circular disc and different weight, and wherein the arms provided at different angle 9 and having different weight are provided alternative to other arms on the circular disc.
Accordingly, in one embodiment [referring to accompanying Figures 3 and 4], the present invention relates to a self rotary system 31/41 comprising a circular disc shaped structure 32/42 provided on a shaft 33/43 required to be rotated, wherein the system 31/41 is characterized by providing multiple arms 34/44 having different parameter selected from length of the arm and weight of the arm onto a disc shaped structure 32/42 in a manner that the arms of longer length 34A or higher weight 44A and the arms of smaller length 34B or lower weight 44B are alternatively provided, and wherein the disc shaped structure 32/42 is capable of rotating without requirement of any external source of energy including man generated sources, that is, mechanical energy, electrical energy, and natural sources, that is, solar energy, wind energy.
Now referring to accompanying Figure 3, in accordance with one of the embodiments of the present invention, the self rotary system 31 comprises circular disc shaped structure 32 provided on a shaft 33 required to be rotated, wherein the system 31 is characterized by providing multiple arms 34 having different lengths onto a disc shaped structure 32 in a manner that the arms of longer length 34A and the arms of shorter length 34B are alternatively provided, and wherein the disc shaped structure 32 becomes capable of rotating without requirement of any external source of energy including man generated sources, that is, mechanical energy, electrical energy, and natural sources, that is, solar energy, wind energy.
Now particularly referring to accompanying Figure 3 A, in one of the embodiments, the present invention relates to the self rotary system 31 comprising circular disc shaped structure 32 provided on a shaft 33 required to be rotated, wherein the system 31 is characterized by providing multiple arms 34 having different lengths onto a disc shaped structure 32 in a manner that the arms of longer length 34A are provided alternatively to at least two arms of shorter length 34B so as to achieve self rotation of the disc shaped structure 32 without requiring external source of energy including man generated source of energy and natural source of energy.
Now particularly referring to accompanying Figure 3B, in one of the embodiments, the present invention relates to the self rotary system 31 comprising circular disc shaped structure 32 provided on a shaft 33 required to be rotated, wherein the system 31 is characterized by providing multiple arms 34 having different lengths onto a disc shaped structure 32 in a manner that three arms of longer length 34A are provided alternatively to at least one arm of shorter length 34B so as to achieve self rotation of the disc shaped structure 32 without requiring external source of energy including man generated source of energy and natural source of energy. In accordance with this embodiment, the angle 6 at which the arms of shorter length 34B are provided with respect to center line A-A' of the circular disc is also varied with respect to the arm of longer length 34A, which has been surprisingly found to enhance the speed of rotation of the shaft. It has also been surprisingly found that with variation of angle 0 of one set of arms having shorter length the system becomes capable of rotating continuously for unlimited period at a constant speed.
Now particularly referring to accompanying Figure 3C, in one of the embodiments, the present invention relates to the self rotary system 31 comprising circular disc shaped structure 32 provided on a shaft 33 required to be rotated, wherein the system 31 is characterized by providing multiple arms 34 having different lengths onto disc shaped structure 32 in a manner that one arm of longer length 34A is provided alternatively to three arms of shorter length 34B so as to achieve self rotation of the disc shaped structure 32 without requiring external source of energy including man generated source of energy and natural source of energy. In accordance with this embodiment, the angle 0 at which the arms of longer length 34A are provided with respect to center line A-A' of the circular disc is also varied with respect to the arm of shorter length 34B, which has been surprisingly found to enhance the speed of rotation of the shaft. It has also been surprisingly found that with variation of angle 9 of one set of arms having longer length the system becomes capable of rotating continuously for unlimited period at a constant speed.
Now particularly referring to accompanying Figure 4, in accordance with one of the embodiments, the present invention relates to a self rotary system 41 comprising circular disc shaped structure 42 provided on a shaft 43 required to be rotated, wherein the system 41 is characterized by providing multiple arms 44 having different weights
onto disc shaped structure 42 in a manner that the arms of higher weight 44A and the arms of lower weight 44B are alternatively provided, and wherein the disc shaped structure 42 becomes capable of self rotating without requiring external source of energy including man generated source of energy and natural source of energy. In accordance with this embodiment, the angle 0 at which the arms of higher weight 44A are provided with respect to center line A-A' of the circular disc is also varied with respect to the arm of lower weight 44B [not shown in figure], which has been surprisingly found to enhance the speed of rotation of the shaft. It has also been surprisingly found that with variation of angle 0 of one set of arms having higher weight the system becomes capable of rotating continuously for unlimited period at a constant speed.
Now particularly referring to accompanying Figure 5, in accordance with yet another preferred embodiment, the present invention relates to a self rotary system 51 comprising circular disc shaped structure 52 provided on a shaft 53 required to be rotated, wherein the system 51 is characterized by providing multiple arms 54, wherein at least one set of arms has different angle 0 at which the arms are provided with respect to center line of the circular disc, and wherein the length and weight of all arms remains same, and wherein the arms provided at different angle 0 are provided alternative to other arms on the circular disc shaped structure 52, and wherein the disc shaped structure 52 becomes capable of self rotating without requiring external source of energy including man generated source of energy and natural source of energy.
It has been very surprisingly found that when number of arms is 4n, where 'n' is number of arms having at least one of the different parameters selected from length of the arm, weight of the arm and the angle 0 at which that arm is provided with respect to center line of the circular disc, the system becomes capable of self rotating.
It has been further found that when number of arms is 4n, where 'n' is number of arms having at least one of the different parameters selected from length of the arm, weight of the arm and the angle 0 at which that arm is provided with respect to center line of the circular disc, and 'n' is equal to seven, then the system becomes capable of self rotating unexpectedly at higher speed, and continuously and uninterruptedly for unlimited period at a constant speed without requirement of any source of energy
including man generated source of energy, that is, mechanical energy, electrical energy, and natural source of energy, that is, solar energy, wind energy, and hence, continuously and uninterruptedly produces an amount of energy which has been found to be sufficient to cause continuous and uninterrupted rotation of the shaft provided therein which could not have been possible with existing system otherwise without employing any input source of energy including man generated source of energy, that is mechanical energy, electrical energy, and natural source of energy, that is solar energy, wind energy, and therefore, the system thus developed in accordance with present invention has been found to be self rotary system and the shaft provided therein is capable of continuously and uninterruptedly rotating at a speed, and therefore, is capable of overcoming the drawbacks, problems and limitations of the existing systems.
It may be noted that in accordance with one of the embodiments of the present invention, the arms of different lengths or weight or angle 8 may be equal in number, but should be alternatively provided onto the disc shaped structure.
In accordance with one of the preferred embodiments of the present invention, the arms of different lengths or weight or angle 9 are three in number and are alternatively provided onto the disc shaped structure.
In accordance with one of the preferred embodiments of the present invention, the arms of higher length or higher weight or changed angle 9 are three in number and the arms of lower length or lower weight or unchanged angle 9 are six in number and are alternatively provided onto the disc shaped structure in a manner that two arms of lower length or lower weight or unchanged angle 9 are provided inbetween two arms of higher length or higher weight or changed angle 9.
In accordance with one of the preferred embodiments of the present invention, the arms of higher length or higher weight or changed angle 9 are three in number and the arms of lower length or lower weight or unchanged angle 9 are nine in number and are alternatively provided onto the disc shaped structure in a manner that three arms of lower length or lower weight or unchanged angle 9 are provided inbetween two arms of higher length or higher weight or changed angle 9.
In accordance with one of the preferred embodiments of the present invention, the arms of higher length or higher weight or changed angle 0, and the arms of lower length or lower weight or unchanged angle 0 are provided onto the disc shaped structure at equal distance from each other.
In accordance with one of preferred embodiments of the present invention, the arms are of L shape or V shape.
In accordance with one of preferred embodiments of the present invention, the shaft is either provided onto a vertical support means or onto a horizontal support means [not shown in accompanying figures].
In accordance with one of preferred embodiments of the present invention, the weight of the arms can be varied in any manner, preferably it is varied by increasing weight of the arms and alternatively, it can be varied by providing two arms of equal weight at one point of the disc.
In one embodiment, the present invention provides a self rotary system with multiple systems as illustrated in combined Figures 3B and 3C, wherein more than one rotary system of present invention may be provided on the same shaft to do different works simultaneously, which in accordance with one of the embodiments of present invention may rotate at different speed or same speed.
The presently disclosed self rotary mill / system may be manufactured in any manner. In accordance with one of the preferred embodiments of this invention, it may be manufactured in the manner as illustrated in the accompanying Figure 6, wherein a set of four arms 61 is fixed onto the circular disc 63, and similarly another set of four arms 62 is fixed on the circular disc 63 in such a manner that arms 61 and 62 are provided alternative to each other. Thereafter, either length or weight is increased or angle 0 is changed of one arm of set of arms 61 and one arm of set of arms 62, and such arms may be referred to as master arms. Now, if seven of such sets of four arms are fixed on the circular disc one will arrive at the self rotary mill or system as illustrated in accompanying Figure 3B, Figure 3C and Figure 5, which are as per most preferred
embodiments of the present invention. In accordance with most preferred embodiment of present invention, the system comprises twenty eight arms, wherein seven arms are master arms having increased / decreased length or weight, or increased / decreased angle 9 with respect to remaining twenty one arms.
It may be noted that similar arrangement may also be arrived by fixing set of two or three arms at a time on the circular disc, and then increasing the length or weight, or changing angle 6. As described hereinabove, the shape and other parameters of the arms will remain same.
It is now understood from the foregoing description that the present invention provides a self rotary system wherein the disc starts rotating without requirement of any external source of energy including man generated sources, that is, mechanical energy, electrical energy, and natural sources, that is, solar energy, wind energy, and it continuous to rotate for unlimited duration at a speed and continuously and uninterruptedly produces an amount of energy which is sufficient to cause continuous and uninterrupted rotation of the shaft provided therewith which could not have been possible otherwise without employing any external source of energy including man generated sources, that is mechanical energy, electrical energy, and natural sources, that is solar energy, wind energy, and hence, the system disclosed herein is self rotary system and the shaft provided therein is capable of continuously and uninterruptedly rotating at a speed, and therefore, is capable of overcoming the drawbacks, problems and limitations of the existing systems.
It has been observed that the presently disclosed system is capable of rotating the shaft of various mills or motors, including wind mills, fan motors, water pump motors, power generating machines. Accordingly, in one embodiment, the present invention also provides a self rotating mill which is capable of rotating the shaft of various mills or motors, including wind mills, fan motors, water pump motors, power generating machines.

I Claim:
1. A self rotary system comprising circular disc provided on a shaft required to be rotated, characterized in that the circular disc is provided with multiple arms, wherein at least one set of arms has at least one of the parameters different from that of other arms, and wherein said parameter is selected from the group comprising length of the arm, weight of the arm and angle 0 at which the arm is provided with respect to center line of the circular disc, and wherein the arms of different parameter are alternatively provided on the circular disc, and wherein the disc shaped structure is capable of rotating without requirement of any external source of energy including man generated sources, that is, mechanical energy, electrical energy, and natural sources, that is, solar energy, wind energy.
2. A system as claimed in claim 1, wherein at least one set of arms has different length from that of other arms and the angle 0 at which the arms are provided with respect to center line of the circular disc remains same, and wherein the arms of longer length and shorter length are provided alternatively on the circular disc.

3. A system as claimed in claim 1, wherein at least one set of arms has different weight from that of other arms and the angle 0 at which the arms are provided with respect to center line of the circular disc remains same, and wherein the arms of higher weight and lower weight are provided alternatively on the circular disc.
4. A system as claimed in claim 1, wherein at least one set of arms has different angle 0 at which the arms are provided with respect to center line of the circular disc, and the length and weight of the arms remains same, and wherein the arms provided at different angle 0 are provided alternative to other arms on the circular disc.
5. A system as claimed in any of the preceding claims, wherein at least one set of
arms has different angle 0 at which the arms are provided with respect to center line of
the circular disc and different length, and wherein the arms provided at different angle
0 and having different length are provided alternative to other arms on the circular disc.
6. A system as claimed in any of the preceding claims, wherein at least one set of
arms has different angle 0 at which the arms are provided with respect to center line of
the circular disc and different weight, and wherein the arms provided at different angle
6 and having different weight are provided alternative to other arms on the circular
disc.
7. A system as claimed in any of the preceding claims, wherein arms of longer length are provided alternatively to at least two arms of shorter length.
8. A system as claimed in any of the preceding claims, wherein three arms of longer length are provided alternatively to at least one arm of shorter length.
9 A system as claimed in claim 8, wherein angle 0 at which the arms of shorter
length are provided with respect to center line of the circular disc is also varied with respect to the arm of longer length.
10. A system as claimed in any of the preceding claims, wherein one arm of longer length is provided alternatively to three arms of shorter length.
11. A system as claimed in claim 10, wherein angle 0 at which the arms of longer length are provided with respect to center line of the circular disc is also varied with respect to the arm of shorter length.
12. A system as claimed in claim 3, wherein angle 0 at which the arms of higher weight are provided with respect to center line of the circular disc is also varied with respect to the arm of lower weight.
13. A self rotary system comprising circular disc shaped structure provided on a shaft required to be rotated, wherein the system is characterized by providing multiple arms, wherein at least one set of arms has different angle 0 at which the arms are provided with respect to center line of the circular disc, and wherein the length and weight of all arms remains same, and wherein the arms provided at different angle 0 are provided alternative to other arms on the circular disc shaped structure, and wherein the
disc shaped structure is capable of self rotating without requiring external source of energy including man generated source of energy and natural source of energy.
14. A system as claimed in any of the preceding claims, wherein number of arms is 4n, where 'n' is number of arms having at least one of the different parameters selected from length of the arm, weight of the arm and the angle 9 at which that arm is provided with respect to center line of the circular disc.
15. A system as claimed in claim 14, wherein 'n' is equal to seven.
16. A system as claimed in any of the preceding claims, wherein total number of arms is twenty eight.
17. A system as claimed in any of the preceding claims, wherein seven arms are master arms having increased / decreased length or weight, or increased / decreased angle 9 with respect to remaining twenty one arms.
18. A system as claimed in any of the preceding claims, wherein arms of different lengths or weight or angle 9 are equal in number and are provided alternatively provided onto the disc shaped structure.
19. A system as claimed in any of the preceding claims, wherein arms of different lengths or weight or angle 9 are three in number and are alternatively provided onto the disc shaped structure.
20. A system as claimed in any of the preceding claims, wherein arms of higher length or higher weight or changed angle 9 are three in number and the arms of lower length or lower weight or unchanged angle 9 are six in number and are alternatively provided onto the disc shaped structure in a manner that two arms of lower length or lower weight or unchanged angle 9 are provided inbetween two arms of higher length or higher weight or changed angle 9.
21. A system as claimed in any of the preceding claims, wherein arms of higher length or higher weight or changed angle 9 are three in number and the arms of lower
length or lower weight or unchanged angle 0 are nine in number and are alternatively provided onto the disc shaped structure in a manner that three arms of lower length or lower weight or unchanged angle 0 are provided inbetween two arms of higher length or higher weight or changed angle 0.
22. A system as claimed in any of the preceding claims, wherein arms of higher length or higher weight or changed angle 0, and the arms of lower length or lower weight or unchanged angle 0 are provided onto the disc shaped structure at equal distance from each other.
23. A system as claimed in any of the preceding claims, wherein arms are of L shape or V shape.
24. A system as claimed in any of the preceding claims, wherein weight of the arms can be varied in any manner, preferably by increasing weight of the arms.
25. A system as claimed in any of the preceding claims, wherein weight of the arms can be varied in any manner, preferably by providing two arms of equal weight at one point of the disc.
26. A system as claimed in any of the preceding claims, wherein it comprises multiple systems on the same shaft.
27. A system as claimed in claim 26, wherein multiple systems rotate at different speed or same speed.
28. A method of manufacturing the rotary system, wherein a set of four arms is fixed onto the circular disc, and similarly another set of four arms is fixed on the
circular disc in such a manner that arms of both sets are provided alternative to each
other, and thereafter, either length or weight is increased / decreased or angle 0 is

changed of one arm of each set of arms.

29. A method as claimed in claim 28, wherein seven such sets of four arms are fixed on the circular disc.
30. A self rotary system substantially as herein described with reference to and as illustrated in the accompanying figures.
31. A method of manufacturing self rotary system substantially as herein described with reference to and as illustrated in the accompanying figures.