GRAVITY CYCLE

This invention proposes is to creating energy by using the gravity force. We are getting energy on different methods and in many ways, in all other methods and ways, we have to substitute any one of the resource as input, on the available basics. The breakdown on gravity cycle method has function on gravity force which has well available resource on all time around the world.

There is two factors that makes the object to stabilize in a particular place,“Mass and Density”. The each object is controlled and balanced by upward force and downward force.

It’s a phenomenal perfection of balancing by the object that’s creating the motion to moving from one stage to another stage. This balancing function takes a continue process apart from time frame. On the fig. 1 diagram shows that the balancing leverage of two same levels mass can reach the same altitude. But in the other case Fig. 2 & 3 the greater mass makes the lesser mass to bring up in different altitude. The greater mass has its capacity to elevate the lesser mass due to gravity equalization as proven in Fig.1

On this consequence there is the possibility of creating force by just adding the mass on the one side and create the force by elevate the other side.

By adding of mass on an different level

From the Fig.4 it shows that the eight spokes wheel that are connected by 2kg of mass on its edges. Now we added 1kg additional mass to the spokes (B), we find that spokes (B) is getting 3Kg, then the Spokes (B) try to reach the place of (E), because of equalization of gravity force by adding the 1kg of mass in spokes (B). We find that it elevate the 8Kg of mass (ie. E,F,G,H) from one stage to another.

BREAKDOWN ON GRAVITY CYCLE : - Fig : 5

Balancing of two different equal mass connected with a complete full cycle chain process, on which the two equal mass has pull down to reach on center point (B) as stated in the Fig : 5. STRUCTURE OF FULL CYCLE PROCESS Fig - 6

On this equalization of gravity force the total mass is split it in to many equal levels and connected to this cycle process, this cycle process is connected with chain and the mass are substitute to in to the balls and the balls are lifted by the cups, all this are perfectly linked with the both side chains and wheels to run the chain cycle process smoothly and with perfect timing Fig : 6.

GRAVITATIONAL CENTER POINT ARRAIVAL BETWEEN

THE LIFITING BALLS : - Fig : 7

The ball are lifted with cup only from the check in point (Rl) to check out point (R2)

The mass between A to B and the mass between B to C is equal but the distance between the A to B and B to C is not equal (Fig : 7) because from A to B is activated by Track Distance Reduce Pressing Lock function and the distance from B to C the Track Distance Reduce Pressing Lock function is deactivated. CUP WITH BALL LIFITNG METHOD : - Fig : 8

Each ball has carried by the cup which is linked with the chain and wheels on both sides. When the empty lifting cup reach the point (PI) Fig.8 the normal distance chain which is expanded level that has to be activated by the“Track Distance Reduce Pressing Lock” function. Once this function is activated the two combined chain has split and pulled upwards and downwards and the distance is reduced because of expanding of both chain between the lifting cups.

TRACK DISTANCE REDUCE PRESSING LOCK

(ACTIVATED STAGE : - Fig : 9

Once the track distance has reduced by the pressing lock method is activated then the distance between the subsequent lifting cups is reduced. The lock is on activated stage, up to the level it reaches the point (B). The“Track Distance Reduce Pressing Lock” reaches the point ( B ) the lock has released by twisting the lever “ S3” as shown in the Fig: 9 . TRACK DISTANCE REDUCE PRESSING LOCK

(DEACTIVATED STAGE) : - Fig : 10

After that the distance between the subsequent lifting ball cups has come to the normal/expanded length stage as it was in the previous actual distance between the lifting ball cups.

Each time when the lifting cup has crossed the point (A) it has automatically pull down the lever of check in point (Rl) by the ball lifting center rod. The check in point has released the ball from the slope to dropdown in to the lifting cup and the lifting cup with the ball has carried down to reach the gravitational center point (B). This same process has continues to the subsequent lifting cups. On this equalization process the ball has carried up to reach the checkout point (R2).

RELEASING THE BALL IN TO THE SLOPE AND FALL IN TO THE LIFTING CUP - Fig : 11

The filled up by the ball on the‘Check In Point’ (Rl), has carried out up to the level of‘Check Out Point’ (R2). After crossing the Check Out Point the empty lifting cups has moved into the cycle process to reach (Rl) and the ball has already waiting in the sloping channel is ready to load into the lifting cup. The lifting cup center rod has pressed the lever to make the process again to rotate the cycle

CHECK OUT POINT Fig :12

The ball will release from the cup by pressing the lever (FI), this lever has attached with the each lifting cup and the ball falls in to the slop channel and the ball again reach the point (Rl) because of gravity on sloping channel root.

CHECK IN POINT Fig :13

The accumulated ball has level stopped on the sloping channel at the point (Nl). The releasing lever in check in point is designed by three connecting lever (Nl, N2, N3) when the lifting ball cup reaches the point (A) the (N3) lever has press down, the (Nl) lever has allow the first ball (Jl) on sloping channel to drop into the lifting ball cup, simultaneously the lever (N2) has come down to stop the second ball (J2) in the row, not to fall down with the ball (Jl) and also not to reach the point (Nl). After releasing the ball the lever (Nl) has come to the normal position of the lever (N3), the lever (N2) allows the next ball (J2) to reach the first place of (Jl) position. On this same way each ball as filled/loaded up in to the empty lifting cup to circulate the cycle without any interruption.

Function of“Track Distance Reduce Pressing Lock”:

On this method there is two set of track chain has jointed on both side. The lifting ball cup has connected with the center rod and the center rod has fixed into the chain on its both edges (Wl, W2, W3, and W4) Fig.8. In the middle of the chain between to lifting cups, the upper chain (Wl) and the lower chain (W2) have connected with the Track Distance Reduce Pressing Lock. When the track chain has reaches the point (PI) the lock activated wheel lever has pressed to pull up the upper chain (Wl) and the same time the spring plates respectively ( Kl) & (K2) Fig.10 has expand the track chain ( Wl) & ( W2 ) to allow the process more easily and press the lock perfectly (Zl) Fig.1 1. The same process has continues on subsequent Track Distance Reduce Pressing Lock when it’s reaches the point (PI). TRACK DISTANCE REDUCE PRESSING LOCK SYSTEM Fig :14

After that the lifting ball cup has reaches the point (B), the Top Lever of Track Distance Reduce Pressing Lock (S3) has to release the lock button to deactivate the“ Track Distance Reduce Pressing Lock” function (Zl). It has to bring the chain to the normal and previous stage.

TRACK DISTANCE REDUCE PRESSING LOCK RELEASE SYSTEM Fig : 15

It has increased the distance between the lifting ball cups from the point (B) to (C), it has moved with higher distance gap, compared with the lifting ball cups from the point (A) to (B). It helps to lift the ball to the higher level to reach the Checkout Point of (R2).

CALCULATION

The following formula is worked out for calculating the increased level from gravity equal point.

1. D - Distance between the point (A) to (B)

2. A - Actual distance between the cup

3. R - Reduced distance between the cup

4. 1 - Increased level from the gravitational equal point.

Total Covered Distance from point (B) to (C)

C = (D - R) x A

Increased level from gravity equal point is:

BENEFITS

Generating energy from the gravity force, the cost is zero and input nothing required it is the better way to control the greenhouse gases and save our planet for our future community.