Energy Wh¾el

2. FIELD OF INVENTION.

From the long time in the earth people can see the effect of gravitational force they can feel it everywhere on this planet. People can see how everything attracts toward the earth due to the gravitational force. People can feel the force when something falls on them from a height. But we cannot make any successful use of that gravitational force. We cannot invent any technology or machine which can make the use of such gravitational force without wasting the natural resources which was available all around and totally free of cost. We cannot take the advantage of such extreme energy which vastly spread all around.

Any source of energy like coal, oil, wood, gas, air, water, sunlight etc are not of use unless we can invent any technology, machine or any device by the help of which we can derive sufficient energy for our need from the sources of energy. Any sources of energy whether its coal, gas, air, and water anything was useless until they are interact with any technology, machine, device or any process.

So, for using such sources of energy scientist have invented technology, machine or process, by the help of which we can derived energy from our natural sources of energy like coal, oil, water etc to fulfill our need like generation of electricity , transportation, cooking etc.

Scientist have invented technology like coal engines for making use of coal, dams for making use of water, wind turbine for the use of air, solar panel for the use of sunlight and many more technology. We can derive energy from the natural resources through these technologies and then convert that energy according to our need in other form of energy.

Under this invention I can invent a technology or machine in which gravitational force of earth can be used as a source of energy to fulfill our need like generating electricity which can fulfill the other needs like cooking, transportation etc.as gravitational force pulls everything toward it so, in this invention the falling energy of weight was used to do our work. In this invention a set of wheeJs and some round weights are used.

Here, the falling energy of wejght from the top of the wheel will lift another weight to the top. Likewise we can produce some extra weight on the top of the wheel and then use the falling energy of that extra weight to fulfill our need like moving the turbine of generator or other work. In this invention wheels and weights are arranged in such a way that all lifting, falling and movement of weights are happening in a pre planned process. And we can get some extra weight in the top of the wheel in each round for our need. The process of lifting and falling was going on continuously so that we can get extra failing weight in each round one after another.

So, here a technology or machine was invented in which gravitational force of earth was used to produce energy and that energy was converted into other form of energy according to our need.

3. OBJECT OF INVENTION.

The object of invention from inventor point of view is not sufficient .as the inventor cannot discuss about the invention with the people before it was patented so it may possible that object of invention shown by the inventor are limited to the thinking of inventor. Some more objects may be disclosed after the invention come in front of everyone. So according to my point of view some of the objects of my invention are discussed below.

1. The object of my intention was to invent a technology which can use the clean source of energy which spread all around us and available free of cost which was gravitational force of earth. As we all faces the problem of global warming .which increases the temperature of earth continuously, which can create so many problems for all living creatures. For Most of the needs like electricity, transportation, cooking etc we use coal, oil, gases which realized co2 and other harmful gases in the environment which was the main reason for global warming. So by this invention we can use a clean source of energy the gravitational force of earth to fulfill all our needs of electricity, cooking, transportation without realizing any harmful gases in the environment which can help in controlling the global warming. 2. The object of my invention was to generate electricity in cheap way so that it became possible for each and every people to light his house. As we cannot use coal, oil or any non renewal source of energy which are expensive and scarce, we can use the gravitational force of earth to generate electricity , which was available all around and free of cost, by using this invention we can definitely decrease the cost of generating electricity.

3. The object of my invention was to produce energy in any part of world under any condition and also in cheap rates. If we want to generate electricity in any part of world we need to set power plant there and again transport the sources of energy like coal, oil etc.which was a costly process and may not possible . But under this technology we can only need to set a energy wheel we don't need to transport any source of energy as we need gravitational force as source of energy, Which was available all around. So we have only to set an energy wheel in any part of earth and we can start producing energy.

4. The object of my intention was to increase the savings of people. As people can invest more on their daily activity like cooking, transportation, electricity etc. each daily activity need natural resources like for cooking we need gas, for transportation we need oil and many more. The natural resources required for our daily activity are getting expensive. So by this invention we can fulfill the daily need of people in cheap way. We can provide electricity in cheap rate which can fulfill the daily need of people and also help in increasing the savings of the people.

5. The object of my intention was to strength the economic condition of the country. By the help of this invention we can limit the use of natural resources in fulfill our needs. Like this we can save a huge investment made in the extraction of such natural resources and use that investment in other field of research, development and security of country or to increase in the production of exported items and many more.

6. The object of my invention was to open new scopes for the people. As we can generate electricity in cheap rates, so people can definitely increase the use of electricity in their daily use of cooking, transportation, heating, etc. so the use of electric equipment will increase and a new market of electric equipment which in result increase the source of earning. 7. The object of my intention was to save our natural resources which are non renewal source of energy. All the non renewal source of energy available are limited: if we continuously using them in the same speed then the day was not far when all the sources are finished. By the help of this invention we can fulfill ail our need with the help of gravitational force of earth and we can limit the use of non renewal sources of energy and likewise we can extend the period of availability of our natural resources.

8. The object of my invention was to increase the availability of pure and safe drinking water. As climate are changing due to the effect of global warming and due to excessive pollution the percent of pure and safe drinking water was decreasing .which can create serious water problem. By the help of this invention we can generate electricity in cheap way and we can use that electricity in purifying more and more water for our use and also supply them to far areas.

9. The object of my invention was to fulfill the full requirement of electricity supply. Now a day we can face the problem of power cut all around the country. Due to the shortage of sources of energy from which electricity was generated. The power cut problem will create many other problems in the industrial sector, service sector and many other areas. So this problem of power cut will be solved from this invention. In this invention we produce energy continuously 24 hour by the help of gravitational force which was available in unlimited. We can get continuous energy round the clock.

10. The object of my invention was to increase the agriculture activities which in turn help in decreasing the increasing value of food items and increasing the production of exported food items. Most of the land are left due to the in sufficient irrigation facility and technique of farming, due to the availability of water far away from the land of farming and due to the high cost of facility which are available for farming. So if we can generate electricity in cheap way we can use that electricity in bringing water from far places to the land of farming, we use farming technique which work with the help of electricity. Like wise we can use more and more land for farming and produce more and more crops for our use. 4. SUMMARY OF INVENTION.

We_aH know that the gravitational force of earth pulls gach and every thing towards it. And when an object or weight was fall from a height toward the earth then it creates energy. Under this invention the falling energy of weight from a height was used to move the wheel which again lifts another weight from the bottom of the wheel. Under this invention we can use a set of wheel or a single wheel which are placed vertically over the earth one after another in a row in such a way that the line touching the top and bottom of the wheel must be parallel to each other. In the wheels the lifted weight of one wheel was the falling weight of next wheel. Only one falling weight in each wheel was moved toward its previous wheel for lifting and one lifted weight moved toward its next wheel for falling. According to this invention falling force created by the falling weight in the falling basket create more weight from the weight require to lift the lifting weight in the lifting basket in the diameter ring. The falling force of falling weight in the diameter ring in which the lifting weight are put are created by different falling weight which are put on different falling points. So that the falling weight will lift the lifting weight in the wheel to the required height. The lifted weight was moved toward the next wheel for falling. So that we can get more falling weight in next wheel from previous wheel and also we can lift more weight from previous wheel. Likewise we can increase the amount of falling weight and lifting weight wheel per wheel and get an extra weight in the last wheel. So that the falling energy of that extra weight was used to move an extra wheel which is placed after the set of wheel to generate electricity.

Under this invention falling weight can create falling force in both side of the wheel so that the wheel can move clockwise and anti clock wise. In both the movement clockwise and anti clockwise same falling and lifting are happen. When one movement was complete suppose clockwise then the weight in the basket will left the basket and roll toward other destination basket to perform another movement anti clockwise. And again when anti clockwise movement was complete the weight are roll to their previous baskets for clock wise movement. Likewise a continuous movement was going on.

All falling, lifting and movement of weight are performed with the help of gravitational force of earth. To hold the weight in the wheel we can use baskets which are fitted in the wheel on the pre determined points. For the movement of weight from one position to other we can use flat paths or base of the baskets which are little downfall toward its destination. The extra weight which we get in the last wheel was moved toward the extra wheel to fall on the wheel and moved the wheel which in turn move the sbaffso that the moving energy of that wheel can be converted into other form of energy like electric energy, according to our requirement and again the extra weight was come back to the last wheel for lifting.

Under this invention we can arrange the falling weight and lifting weight in different position of wheel or we can use weights of different weight for falling and lifting but the impact was same in all the arrangement. We can create some more falling force from the falling weight from the force required to lift the lifting weight, so that the wheel can moves clock wise and anti clock wise.

Under this invention we can arrange the falling and lifting weight in many ways. Here one way of arranging the weight in the wheel are disclosed under the heading ARRANGEMENT ONE.

5. BRIEF DESCRIRITION OF ENERGY WHEEL ACCORDING TO ARRANGEMENT ONE AND BRIEF DESCRIRITION OF VARIOUS PART OF THE ENERGY WHEEL WITH DRAWING.

1. Energy wheel with all its arrangement in wheels, paths, baskets, etc required for the operation of invention according to arrangement one.

2. Fig 1 shows the wheel and arrangement of baskets Bl, B2... and fixed weight Wl, W2....ln different position of wheels according to arrangement one.

3. Basket used in the operation of invention according to arrangement one and there explanation.

4. Fig 2 shows the various paths or base B of baskets required for the movement of round weights according to arrangement one and there explanation.

5. Weight used in the operation of invention according to arrangement one and there explanation.

6. Fig 3[A] and 3[B] shows the position one and position two of the wheel according to arrangement one and there explanation

7. Fig 4[A] and 4[b] shows the two way to use the extra weight lifted in the last wheel according to arrangement one and there explanation and lock used to control the falling of weight in the extra wheel.

8. Fig 5 shows the lock LI and L2 used to hold the wheel and control the falling of weight in the basket B5 or b5. 6. DETAB.ED DESCRIPTION OF ENERGY WHEELS ACCORDING TO ARRANGEMENT ONE .

1. According to the invention ENERGY WHEEL It consists of a set of wheels or a single wheel which are placed one after another vertically over the earth in a straight line. The line touching the top and the bottom of the wheel must be parallel to each other. The entire wheel in the set is connected to each other so that all the wheels are moving in one movement no wheel can move separately, the wheels are made in such a way that they are move freely in both the direction clock wise and anti clockwise. In the wheel Al, A2, A3

We can see the arrangement of baskets Bl, B2, B3 in different position of the wheel to hold the falling and lifting weights. In the wheel there are many paths PI, P2, P3.. which are placed between two pre determined points of the baskets. Each path or base B in the wheel are placed .6% of length of radius of wheel downfall towards their destination point from their starting point. So that when the weight fall on them it can easily rolled toward their destination. The paths are connected with the base B of each basket so that the weight can easily roll toward their required destination.

Beside From the set of wheels we can see an extra wheel which was placed after the last wheel and was connected with the last wheel with the help of two paths EP1 and EP2. The extra wheel was used to convert the falling energy of extra weight lifted in the last wheel into the moving energy of wheel and then we can use that moving energy of wheel to move the shaft of the generator to generate electricity.

# DETAIL DESCRIRITION OF VARIOUS PART OF THE ENERGY WHEELS ACCORDING TO ARRANGEMENT ONE WITH DRAWING.

2. FIG 1 shows the wheel used in the operation of invention and arrangement of basket Bl to B12 and fixed weight Wl, W2 in different position in each wheel. In each wheel there are 12 baskets are fitted. This was dividing into two sets of baskets. Each set of basket contain basket Bl, B2, B3, B4, B5, B6 AND basket bl, b2, b3, b4, b5, b6.and are fitted according to the same proportion but on the different position. Basket Bl, B2, B3, B4 and basket bl, b2, b3, b4 are used to hold the falling weight in both the set. And basket B5, B6 and b5, b6 are used to hold the lifting weight. The basket Bl, B2, B3, B4, B5, B6 and basket bl, b2, b3, b4, b5, b6 of both the sets are fitted exactly on the given radius line according to the given proportion. Take the diameter Dl as base then the Radius Rl was exactly on the 180 degree. Radius R2 was exactly 150 degree, radius R3 was exactly 90 degree/ radius R4 was exactly 32 degree on the opposite side, radius R5 on the opposite side exactly 90 degree, radius R6exectly on diameter Dl and radius R8 was exactly 59 degree. Then fit the baskets and fixed weight in the radius in the given proportion.

• Basket Bl of set 1 was fitted on the radius Rl on 86% of length of radius from the center of the wheel.

• Basket B2 of set 1 was fitted on the radius Rl on 43.6% of length of radius from the center of the wheel.

• Basket B3 of set one was fitted on the radius R2 on 25.63% of length of radius from the center of the wheel.

• Basket B4 of set one was fitted on the radius R3 on 96% of length of radius from the center of the wheel.

• Basket B5 of set one was fitted on the radius R4 on 100% of length of radius from the center of the wheel.

• Basket B6 of set one was fitted on the radius R5 on 100% of length of radius from the center of the wheel.

When basket Bl to B6 of set one was fitted on the wheel then takes the diameter d2 on 59 degree and then takes d2 as a base and determines the radius rl to r6 according to the same proportion of Rlto R6, and fit the basket bl to b6 of set two according to the basket Blto B6 in the given radius rl to r5 and the fixed weigh wl and w2 according to Wland W2.

After fitting of baskets in the wheel, we can fit the fixed weight Wl, W2 and wl, w2 in the wheel. We can fit the fixed weight Wl, wl and fixed weight W2, w2 was fitted on the end of radius R3, r3 on the both side. The weight of fixed weight Wl and wl was depending upon the weight required for moving the extra wheel and the shaft of the generator. So first we have to determine that weight and then determine the fixed weight Wl and wl so that we can lift the required weight wheel per wheel to get a extra weight in the last wheel And the weight of fixed weight W2 was exactly 70% of the fixed weight Wl or wlplus weight in the basket B4 or b4. Important point:-

X. The baskets are fitted in such a w.ay that the center of the weight in the basket is fall exactly on the point where it has to be put.

2. The baskets are fitted exactly on an angle of 90 degree from the wheel.

3. The proportion and position of fitting of baskets and fixed weight in all the wheels are same. But only the weight of fixed weight was changed according to change in the weight put in the basket wheel by wheel.

4. The number of wheels and the height of wheel used in the set of energy wheels are depend upon the amount of weight required to be fall from a particular height to do our work.

3. Basket used in the operation of invention. Here we can use a basket having two base, base A and base B. each weight of the wheel was first fall in the base A in its starting point of round and then when the wheel move the weight was also moved and change its position to base B . Base B of each basket was used as path to roll the weight toward the base A of its destination basket. Since the starting point of the each weight was .6% of the length of the radius up from destination point of weight so Base B of each basket was .6% of the length of radius downfall from its starting point till the point touching the base A of destination basket, when the wheel complete its round the base B of basket was come in the position that the base B was .6% of the length of radius downfall from the determined degree shown below or parallel to the ground toward the base A of the destination basket so that the base B of the basket can provide a downfall path from the starting point of base B to the point touching the base A of destination basket so that the weight can easily roll toward the base A of the destination basket due to the downfall. So base A and B of each basket can be determined by taking the radius line in which the baskets are fitted as base.

• Base A for the basket Bl, bl and B2, b2 in its loading point was exactly 90 degree or parallel to the ground and base B for the basket Bl, bl, B2 and b2 after complete of round in its unloading point was exactly 30 degree or parallel to the ground and then .6% of the length of radius downfall in its whole length toward its destination basket so that the weight can easily rolled toward its destination basket. • Base A for the basket B3, b3 its loading point was exactly 130.9 degree or parallel to the ground and base B for the basket B3 b3 after complete of round in its unloading poinrwas exactly 90 degree or parallel to the ground and parallel to the radius and Then .6% of the length of radius downfall in its whole length toward its destination basket so that the weight can easily rolled toward its destination basket..

• Base A for the basket B4, b4 its loading point was exactly 90 degree or parallel to the ground and parallel to the radius and base B for the basket B4, b4 after complete of round in its unloading point was exactly 121 degree or parallel to the ground and Then .6% of the length of radius downfall in its whole length toward its destination basket so that the weight can easily rolled toward its destination basket.

• Base A for the basket B6, b6 its loading point was exactly 90 degree or parallel to the ground and base B for the basket B6, b6 after complete of round in its unloading point was exactly 122 degree or parallel to the ground and Then .6% of the length of radius downfall in its whole length toward its destination basket so that the weight can easily rolled toward its destination basket.

• Base A for the basket B5, b5 its loading point was exactly 122 degree or parallel to the ground and base B for the basket B5, b5 was after complete of round in its unloading point exactly 90 degree or parallel to the ground and Then .6% of the length of radius downfall in its whole length toward its destination basket so that the weight can easily rolled toward its destination basket.

Beside from above calculation base A of each basket was fitted in such a way that the base must be parallel to the ground so that when weight roll over the base A that must stay there and Base B of each basket was fitted in the radius in such a way that when the wheel compfete its round the weight come over the base B and the base was .6% of the length of the radius downfall from the parallel to the ground towards the base A of destination basket, so that when the wheel stop the weight will automatically roll toward its next destination basket and enter in base A of the basket.

Important note:-

1. Base A for each basket in both the sets of basket are same. 2. Base B for each basket in both the sets are in the opposite to each other, toward there falling side.

3. Base A and B of each basket in both the sets are-placed according to the size of weight and are placed in such a way that when the weight fall in the base A and then the wheel move and the weight change its position to base B, then the center of the weight must fall on the pre determined point in its starting point and during the movement.

4. FIG 2 shows the various paths required in the operation of invention for the rolling of the weight from the point of origin toward the point of destination. In each wheel 12 paths are used Which are divide into two sets paths PI, P2, P3, P4, P5, P6 and paths pi, p2, p3, p4, p5, p6. In which paths PI, P2, P3, P4, and pi, p2, p3, p4 are fitted in the wheel and used to roll the weight inside the wheel and path P5 and p5 of both the set are used roll the weight to its next wheel and paths P6 and p6 of both the sets are used to roll the weight to previous wheel. The origin point of each path was nearly .6% of the length of its radius of wheel up from its destination point, So that when the wheel completes its round the basket are come in the position they realized the weight in the required path and due to little downfall of path toward the destination the weight can easily rolled toward their destination basket. The weight come out of basket and easily rolled toward the destination basket due to the down fall of path and enters into the basket for next movement.

Use of paths between different points when the entire wheels are connected for one movement.

• Path PI and pi or base B of the basket B6, b6 are used to roll the weight lifted by the basket B5 and b5 toward the basket Bland bl in each round clock wise and anti clock wise. This path was made in such a way that when the wheel complete its round the weight ^' in the basket B6 or b6 will roll in the path connected with the base B straight toward the basket Bl or bl and in the end the path was bend like L toward the mouth of basket Bl or bl, and the path was connected with the base A of basket Bland bl, so that the weight can enter in the basket.

• Path P2 and p2 or base B of the basket Bl, bl are used to roll the weight fall in the basket Bland bl toward the basket B2and b2 in each round clock wise and anti clock wise. This path was made in such a way that when the wheel complete its round the weight in the basket Bl or bl will roll in the path connected with the base B in opposite direction and then the path turn towards the basket B2 or b2 and the path was connected with the base A of basket B2 or b2 from the side of the basket. So that the weight can enter in the basket.

Path P3 and p3 or base B of the basket B2, b2 was used to roll the weight falling in the basket B2 and p2 toward the basket B3 and b3 in each round clock wise and anti clock wise. This path was made in such a way that when the wheel complete its round the weight in the basket B2 or b2 will roll in the path connected with the base B in opposite direction and then the path was turn towards the basket B3 or b3 and the path was connected with the base A of basket B3 or b3 from the side of the basket. So that the weight can enter in the basket.

Path P4 and p4 or base B of the basket B3, b3 are used to roll the weight falling in the basket B3 and b3 toward the basket B5 and b5 in each round clock wise and anti clock wise. This path was made in such a way that when the wheel complete its round the weight in the basket B3 or b3 will roll in the path connected with the base B straight toward the basket B5 or b5 and in the end the path was bend like L toward the mouth of basket B5 or b5 _> and the path was connected with the base A of basket B5 or b5, so that the weight can enter in the basket.

Path P5 and p5 or base B of the basket B5, b5 are used to roll the weight lifted in the basket B5 and b5 toward the basket B4 or b4 of next wheel for falling in each round clock wise and anti clock wise. This path was made in such a way that when the wheel complete its round the weight in the basket B5 or b5 will roll in the path connected with the base B of basket B5, b5 straight toward the basket B4 or b4 of next wheel and in the end the path was connected with the base A of basket B4 or b4 from the side, so that the weight can enter in the basket.

Path P6 and p6 or base B of the basket B4, b4 are used roll the weight falling in the basket B4 and b4 toward the basket B6 and b6 of previous wheel in each round clock wise and anti clock wise.. This path was made in such a way that when the wheel complete its round the weight in the basket B4 or b4 will roll in the path connected with the base B of basket B4, b4 straight toward the basket B6 or b6 of its previous wheel and in the end the path was connected with the base A of basket B5 or b5 from the side, so that the weight can enter in the basket _*

5. Weight used in the operation of invention. The weights are made of heavy material. We can use most heavy material, so that we can get the required amount of weight in small size. In the operation of invention we can use the weight of round shape so, that it can easily rolled over paths and baskets due to the downfall. In this invention we can use the weight of different weights in each wheel according to the increasing proportion. Here we can use a constant fixed weight Wl in each wheel. The weights in each wheel are increase in the proportion of 102 _* 5 % of weight of previous wheeh Only one weight of the basked B4 was rolled toward its previous wheel for lifting and one weight in the basket B6 rolled toward its next wheel for falling. Otherwise all the weights of each wheel are stay in the same wheel. The weight used in the basket Bl, B2, B3, B6, and bl, b2, b3, b6, are equal to the fixed weight Wl plus weight which put in basket B4, and the weight used in the basket B5 was equal to 102.5% of weight of basket B4 plus fixed weight Wl minus fixed weight wl, the weight used in the fixed weight was 70% of the fixed weight Wl plus weight in the basket B4.The weight used in the basket B4, b4 was the lifting weight in the basket B5 of previous wheel. And the weight used in the basket B5 or b5 was rolled to the next wheel.

6. FIG 3(A) and FIG 3(B) shows the position one and position two of the wheel.

In the position one of the wheels the diameter Dl was vertical to the ground and the diameter dl was 59 degree from the diameter Dl.Basket Bl, B2 of radius Rlare in straight line vertical to the ground. Basket B3 was on R2 30 degree from Dl, basket B4 was on R3 90 degree from Dl, basket B6 was on R6 opposite side 90 degree from Dl, basket B5 was on R5 148 degree from Dl. And fixed weight Wl was on end of radius R3 and r3 of both the sets and fixed weight W2 was on the radius R3. And the baskets bl to b6 of set two are on radius rl to r6 in the same proportion according to basket Blto B6 by taking dl as base. Now we put some weight in the basket B4 and fixed weight Wl then we have to put weights of 100% of weight which we put in the basket B4 and fixed weight Wl in the remaining basket Bl, B2, B3, B6 and put a weight ofl02.5% of weight in basket B5 out of 102.5% of weight the fixed weight wl contain the equal amount of weight as per fixed weight Wl and the rest of weight was put in the basket B5 and put a weight of 70% of fixed weight Wl in the fixed weight W2. Now the falling energy of the weight in the basket Bl, B2, B3, B4 and fixed weight Wl and W2 was more than the weight required to lift the weight in the basket B5, B6, and fixed weight W2 and Wl.Now the wheel move clock wise due to the falling force of weight and stop exactly when the diameter dl come-in vertically straight line. When .the wheel stops- the bases of the basket which are connected with the paths are come in the position that they are downfall towards there required point so that the weight come out from the basket and rolled toward their destination basket.

When the wheel stop and required movement of weight are finished then that was the position two of the wheel. In which the diameter dl was vertically straight line from the ground and position of basket bl to b6 and the position of fixed weight wl and w2 are same as the position one of the wheel. And again the same proportions of weight are fall in the basket and again wheel move in the opposite direction which was anti clock wise and stop when the wheel come in the position one.

Likewise a continuous movement of wheel clock and anti clock wise will make the falling and lifting of weight in each round.

Important point:-

• When the wheel start moving from position one to position two. It will stop exactly on the position two due to the obstacle put in the way of movement. And again when it start moving from position two to position one ,- it will stop exactly on the position one due to the obstacle put in the way of movement.

7. FIG 4(A) and FIG 4(B) shows the two way of using the extra weight lifted in the last wheel. Two get two different rpm.

In the FIG 4(A) we can see the extra wheel used for the converting the falling energy of extra weight lifted in the last wheel into the moving energy of wheel and again convert that moving energy into the other form of energy according to our need. Here we can use an extra wheel EW1 in which basket of U shape are fitted all around in its diameter ring. So that we can put weight regularly in the moving wheel to continue the movement of wheel. The baskets are fitted according to the drawing so that the weight which fall in the moving basket of the wheel will left the wheel when the basket reaching the bottom of the wheel due to the gravitational force of earth without stopping the wheel. So that we can get a constant RPM to do our work. We can connect a shaft in the center of the wheel, which can be moved with the movement of wheel. And if we connect a generator to the shaft then we can convert the moving energy of shaft into the electric energy, like wise we can convert the gravitational force of earth into electric energy.

In the FIG 4 (B). We can use the same type of wheel as shown in fig 1.6(a) to convert the falling energy of extra weight lifted in the last wheel into the moving energy of wheel and again convert that moving energy into the other form of energy according to our need. But here we can add an extra small wheel EW2, So that we can increase the rpm. We can use the small wheel EW2 which was connected with the diameter ring of big wheel EW1 with the help of gears, so that one round of wheel EW1 will move the small wheel EW2 more than one round. Likewise we can get the require rpm by adjusting the size of small wheel EW2. If more rpm required we can use small wheel and as the size of wheel EW2 increase the rpm was go on decreasing. Likewise we can control the rpm according to our requirement. Here we can connect the shaft in the center of the wheel EW2. The shaft was moved with the movement of wheel EW2, which was moved with the movement of wheel EW2 and if we connect a generator to the shaft of wheel EW2 then we can convert the moving energy of shaft into the electric energy, like wise we can convert the gravitational force of earth into electric energy.

In both the figures 4(a) and 4(b).The extra wheel EW1 which can used for the converting the falling energy of extra weight lifted in the last wheel into the moving energy of wheel was connected with the last wheel with two paths EP1 and EP2 .In which path EP1 was used to rolled the extra weight toward the wheel EW1 which lifted in the last wheel and path EP2 was used to rolled the weight which fall in the wheel EW1 toward the last wheel, so that the weight can lift again for falling. We have to fit two set of the path EP1 epl and EP2, ep2 in both the side of the last wheel so that the extra weight lifted in the both basket B6 and b6 are rolled toward the top of wheel EW1 to fall in the basket of U shaped. Both the path EP1 and epl are placed .5% of the length of radius down from the base B of the basket B6 or b6 and then .6% of length of radius downfall in its length toward the top of wheel EWl.and both the path EP2 and ep2 are put .6% of the length of the radius downfall toward the base 2 of the lock L2 from the wheel EWland again .6% of the length of the radius downfall from the down position of the base 2 of lock L2 toward the base 1 of the LOCK 1 and the .6% of the length of the radius downfall toward the base A of basket B5 or b5 of the last wheel and put .5% of the length of radius up from the base A of basket B5 or b5 of last wheel. Here we can also fit the fixed weight in the wheel Ewl which can move the wheel EWl to half round and again the weight which come from the basket of last wheel was double of the fixed 'weight fitted in the wheel EWl so that the weight from the last wheel will not only move the wheel EWl half round but also lift the fixed weight so that the fixed weight again move the wheel half round. Likewise we can decrease the requirement of falling weight which come from the last wheel.

Here we see a lock fitted in the both the path EP1 and epl which come from the basket B5 or b5 of last wheel to the wheel EWl to control the falling of the extra weight in the wheel EWl. First we can determine the falling force required to move the wheel and the shaft of the generator after that we can see the extra weight which we get in the last wheel. Now we can control the falling of extra weight in the wheel EWl by fitting a lock in the both path EP1 and epl.the lock was fitted in such a way that it will realized the extra weight in the equal interval to fall in the basket of U shaped in the wheel EWl to move the wheel EWl continuously without stopping the wheel. The lock was open with the movement of the wheel EWl. Required ANGLE with small wheel are fitted in the diameter ring of the wheel EWlin the determined distance which can push the switch of lock in the regular interval which can realize the weight to fall in the basket of wheel EWl.

Here we can use another type of lock which works with the help of sensors and batteries. When one weight was fall in the wheel EWl and the wheel can move to the required distance the sensor in the wheel EWl send a signal to the lock and then the lock will realized another weight to fall in the wheel EWl to make a continuous movement of wheel.

As we can use two set of path EP1, epl and EP2, ep2 so we need to put two basket of U shaped side by side to fall the weight in the the basket of same side from path EP1, epl and the basket also realized the weight in the same side path EP2, ep2.

The diameter of the wheel EWl was not exceed 95 % of the total height from the basket B4 to basket B6 so that the weight lifted in the basket B6 will easily roll toward the top of the wheel EWl in the path EP1 due to the downfall of the path and again easily come back to the last wheel in the path EP2 after falling in the wheel EWl.

8. FIG 5 shows the lock LI and L2 used to stop the wheel in predetermined point in the round and hold the wheel till all the movement of weights in the wheel are complete and then realized the wheel for another movement. The lock is made in such a way that when the wheel completes its round the locks are active and when all the movement of weight are complete the in the wheel lock will -realized the wheel for another, movement. Since all the wheels are connected for one movement so we need to fit only one lock in the last wheel to stop and hold the wheels. The locks are fitted outside the wheel exactly on the bottom of the wheel where the radius R6 or r6 stop, in such a way that when the wheel complete its one round a angle fitted at the end of radius R6 or r6 with a small wheel SW1 at the end push the switch SI of the lock L2 downward and the small wheel Swl roll over it to other side and the wheel locked there. The switch SI was also connected with the ANGLE 2 which can stop the weight in the path EP2, so when the switch SI was push downward then ANGLE 2 also push downward and realized a weight toward the basket B5 or b5 of the last wheel the weight before falling in the basket B5 or b5 the weight fall in the base 1 of lock LI and then moved toward the basket B5 or b5. When the weight fall in the base 1 of lock LI then the base was push downward and the ANGLE 1 connected with the lock LI was also push downward and a weight was realized and moved toward the base B2 of lock L2 and fall in the base B2 then the base was pushed downward and realized the wheel for another movement. And the weight fall in the base 2 of lock L2 was rolled toward the angle 2 of lock L2.likewise the same process was going on in another round we have to fit the same type of lock LI and L2 to hold the wheel in another round.

Here we can use another type of lock LI and L2 which works with the help of sensors and batteries, the lock L2 was fitted in such a way that When the wheel complete its round the sensor fitted in the wheel send a signal to the lock fitted in the bottom of the wheel and the lock will hold the wheel and when all the movement of weight are completed in the wheel again a signal was send to the lock and the lock realized the wheel for another movement. And the lock LI was fitted in such a way that When the wheel complete its round the sensor fitted in the wheel send a signal to the lock fitted in the path EP2 which realized a weight come from the wheel EW1 toward the basket B6 or b6 of the last wheel. Likewise the same process was going on in another round.

Important note

1. The distance between the ANGLE 1 and the BASE 2 of LOCK 2 was made longest from all the paths so the all the movement of all the weight are completed in the wheel before the falling of weight in the BASE 2 of LOCK 2 realized from the ANGLE 1 and when weight fall on the BASE 2 it will realized the wheel and the wheel start moving another round. 2. The battery used in the lock can be charged with the electric energy generated in the project we do not have to bring electricity from . outside.

7. DETAIL DESCRIPTION OF INVENTION WITH REFRENCES TO DRAWING AND EXAMPLE ACCORDING TO ARRANGEMENT ONE.

According to of arrangement one we can fit the required basket Bl to B6 and blto b6 in same proportion. And put the wheel in position one. Now we can put a weight of 200 kg in the fixed weight Wl and 0kg in basket B4 so that we have to put a weight of 100% of weight of basket B4 and fixed weight Wl in rest of the baskets. That means we have to put a weight of 200 kg in the basket Bl, B2, B3, B6. Now the 200 kg in the basket Bl, B2, B3, B6 and 0 kg in the basket B4 and 200 kg in fixed weight Wl and 140 kg in the fixed weight W2 will lift the 5kg in the basket B5 and 200 kg in fixed weight wl, 140 kg in fixed weight w2 and 200 kg in basket B6. When all the required weight are put in the basket Bl to B6 the wheel start moving clockwise And stop when the diameter d2 is come in vertically straight line. The wheel stop exactly on the required point due to the lock put in the moving path of wheel. When the wheel stop due to the downfall of base B of basket toward the required point the weights 200 kg of basket Bl was rolled toward the basket b2, the weight 200 kg of basket B2 was rolled toward the basket b3, the weight 200kg of basket B3 was rolled toward the basket b6 and weight of 200 kg in basket B6 roll toward the basket Bl, the weight 0 kg of basket B4 was rolled toward the basket B5 or b5 of previous wheel, the weight of 5 kg in basket B5 was roll toward the basket B4 of next wheel. Now again we can get 200 kg in the basket bl, b2, b3, b6, and 0 kg in basked b4 , And 5 kg in basket B5 which come from basket B4 of next wheel now again the wheel move anti clock wise. Likewise the wheel can move clock and anti clock wise and lift 5 kg in the basket B5 and b5 in each round from which was rolled toward next wheel for falling in basket B4. So now we can get 5 kg in basket B4 and fixed weight of 200 kg in second wheel which means we can lift a weight of 10.125 in basket B5 kg by the help of same process according to wheel Al, likewise we can increase the lifting weight wheel per wheel and get a extra falling energy of 56.01 kg in the last wheel. The table below shows the falling and lifting weight in last 10 wheels. Now extra weight of 56.01 kg was rolled toward the wheel EWl for falling in the basket of U shaped and again rolled back to the last wheel for lifting in the basket B5 or b5. Likewise a continuous movement was going on and we can convert the falling energy of extra weight lift in the last wheel into the moving energy of extra wheel EWl and again we can convert the moving energy of that wheel EWl into electric energy according to our need. The table shows the increase in the falling and lifting weight in ten wheels.

In this arrangement we can use a constant weight of 200 kg in fixed weight Wl and wl of each wheel but the weight in the basket B4 was increasing wheel per wheel. And the weights in the basket Bl, B2, B3, B6 are exactly 100% of weight in the basket B4 and fixed weight Wl. Weight in the basket B5 was equal to 102.5% of weight in basket B4 and fixed weight Wl in which fixed weight wl contain the same amount of weight as in the fixed weight Wl and the rest of weight was put in basket B5.

Here we can use a fixed weight of 200 kg but we can increase or decrease the weight according to our need of _j falling weight required to move the wheel EWl and to generate electricity.

The above table shown a minimum of weight lifted in the basket B5 or b5 in each wheel to maintain a good movement of wheel but if we want we can increase the weight lifted in the basket B5 or b5 to 105 % of weight of fixed weight plus weight in the basket B4 or b4. Out of the 105 % we can minus the fixed weight Wl or wl and put the rest of weight in the basket B5 or b5.

Here I can show the use of ten wheels with a fixed weight of 200 kg to get a extra weight of56 kg in the last wheel but we can easily increase the weight of fixed weight to get the 56 kg in the last wheel in less number of wheel like if we can use 1000 kg of fixed weight we can get that 56 kg in just wheel number two. So here there is not any limitation of energy produced we can easily get any amount of falling energy required to move the extra wheel EWl to generate electricity.