The following specification describes the invention and the manner in which it is to be performed.

DESCRIPTION

Field of invention :

The present invention relates to a simple lever class -1 automised mechanism and power generation system using the same. In particular the present invention relates to a mechanism and method for converting the simple lever class -1 automised movement in to rotational movement in order to actuate device such as a generator.

Back ground of the invention :

Using the movement of the simple lever class -1 as a way of producing the work has been known from long ago years, now what has changed is the mean for maintaining the simple lever class -1 movement as well as the means to convert a substantially linear movement into a movement more radially adoptable for producing usefull work.

An energy generator with a simple lever class -1 added two hydraulic cylinder and piston rod to generate input power through the yoke,connecting rod and the crank shaft, the crank shaft with enough torque to coupled with the gear box to give the required rpm to the generator to produce the electricity.

Also the system provided with auto transfer switch to start up the system and once the power get into generated then it shift over the power generated by the machine itself to the hydraulic unit.

Summary of the invention :

Strongly there is provided the mechanism for driving a generator comprising at least one simple lever class -1 added with two hydraulic piston cylinder assembly to move about an axis of movement an actuator for applying a force in a direction of simple lever class -1 for atleast a portion of the simple lever class -1 and a device between the simple lever class -1 and the generator.

Also the mechanism can be designed a mechanism driving the crank shaft having 2,3,4,5,6 and infinite simple lever class -1 arrangement having angular velocities being substantially 360 degree of any angle and axis of dierction of rotation.

There is further provided two photo sensor at the two end of travel of the simple lever class -1 to limit the travel of the simple lever class -1, also provided flow, control regulator to determine the speed of the simple lever lever class -1 at the start up and the regular operation of the system.

5. CLAIM

1. Simple lever class -1 automised mechanism for driving a generator comprising at least one simple lever class -1 comprising two hydraulic cylinder and piston rod assembly to rotate about an axis in any angle of 360 degree in any direction of rotation, an actuator for trasfer the force to the crankshat and generator.

1A. The mechanism of claim 1 where in the simple lever class -1 auto missed mechanismis attached with two hydraulic cylinder to rotate about an any axis of 360 degree circle in any direction of rotation.

1B. The mechanism of claim -1 where in the simple lever class -1 auto mised mechanism has attched a yoke assembly to transfer the portion of move ment by the simple lever class -1 to the crank shaft through the connecting rod.

1C. The mechanism of claim 1 wherein at least one simple lever class -1 automised mechanism has a electro magnetic clutch to transfer the rotational movement from the crank shaft to the gear box, when ever any abnor mal found in the system of simple lever class -1, the electro magnetic clutch will dis engauge the rotation to save the simple lever class -1 system.

1D. The mechanism of claim 1 where in the simple lever class -1 automised mechanism has the crank shaft can be designed for more than one stage like 2,3,4,5,6,7,8,9,10,11,12,13,14 ancj infinte based on load designed of the plant.

2. The mechanism of claim 1 where in atleast one simple lever class -1 automised mechanism has a connecting rod to transfer the radial movement of the simple lever class -1 to the rotational movementof the crank shaft.

2A. The mechanism of claim 1 where in at least one simple lever class -1 automised mechanism has all the rotational shaft support bearings are provided by the Bi-Metal bush bearings.

2 b The mechanism of claim 1 where in at least one simple lever class -1 automised mechanism has a generator to produce the electricity and the generator out put load will be varried by the capacity of the plant designed

2 C The mechanism of claim 1 where in at least one simple lever class -1 automised mechanism has two photo sensor to limit the radial movement of the simple lever class -1, according to the full rotation of the crank shaft design.

3. The mechanism of claim 1 where in at least one simple lever class -1 automised mechanism has a gear box with coupled both the side to transfer the rotational movement through the crank shaft to the generator.

4 . The mechanism of claim 1 where in atleast one simple lever class -1 automised mechanism has the power lines to transfer the electricity from the generator to the transmission tower.

5. The mechanism of claim 1 where in atleast one simple lever class -1 where in atleast one simple lever class -1 automised mechanism has a power line to connect from the transmission line to the auto transfer switch panel to get the power while the generator generate the power in regular operation. Also there is a line laid from the auto transfer switch to the hydraulic power pack.

6. The mechanism of claim 2 specimen drawing where in at least one simple lever class -1 automised mechanism has a simple lever with the pin or bushing at the fulcrum point to act as a fulcrum.

7. The mechanism of claim 2 specimen drawing where in at least one simple lever class -1 automised mechanism has a yoke at another end (opposite to the effort end) pin and bushing to connect the simple lever class -1 and the connecting rod.

8. Also the simple lever class -1 can be installed at any angle of 360 degree at any direction of.rotational axis movement of the simple lever class -1.

9. The mechanism of claim 2 specimen drawing where in at least one simple lever class automised mechanism has two hydraulic cylinders and piston rod assembly connected with the simple lever class -1 to generate the effort at another end. ( opposite to the load ).