MECHANICAL VARIATIONS IN THE PRODUCTION OF ELECTRICITY

1)Boğaçhan

(Parts)

1.Cordless Electric Motor

2.Shot

3.Metal mechanism which oscillates with touch / stroke and has mallets in both ends and balanced in a hoop from the thin parts of its ends

4.Spring bellow which has an outer cover that is opening outward and closing inward and an inner cover that is opening inward and closing outward.

5.Weathercock and electricity turbine connected to it.

6.City electricity

How does it work?

Each of the shots connected to the cordless electric motor from both sides of the hoop mobilizes the metal mechanism which has mallets in both ends in turn and with subsequent strokes (such as 30 strokes per minute for each cannonball). This metal mechanism was combined from its thin ends, and its instability is increased and its stability is decreased in order to oscillate more and faster. Thus, it is sensible to little touches and it can respond fast. The strokes of the mallets to the spring bellow rotate the weathercock and electricity is produced by the two electricity turbine connected to it. Very little portion of the electricity generated feeds the two accumulators and the majority of it is sent to the city / house / factory.

2)Ağaçkakan

(Parts)

1.Cordless Electric Motor

2.Mallet

3.Metal mechanism which oscillates with touch / stroke and has springs in both ends and balanced in a hoop from the thin parts of its ends

4.Weathercock and electricity turbine connected to it.

5.City electricity

How does it work?

Metal mechanism which has springs in both ends and balanced in a hoop from the thin parts of its ends in order to oscillate more, rotates the weathercock and generates electricity from the turbine connected to it with the strokes of the shot attached to the cordless electric motor on the hoop. Very little portion of the electricity generated feeds the two accumulators and the majority of it is sent to the city / house / factory.

3)Azık

(Parts)

1.Cordless Electric Motor

2.Weathercock and electricity turbine connected to it.

3.Wheels connected to weathercock

4.Spring bellow

5.City, house, factory electricity and automobile accumulator

How does it work?

The rotational motion of the weathercock which is fast at first and then slows is given by a mechanism connected to the accumulator and the weathercock and the wheels attached to it are mobilized. For example, when the weathercock is turned once, the last wheel connected to it turns more. Thus, movement of the bellow connected to the last wheel gains continuity and increases the number of revolutions of the weathercock. By this way, the number of revolutions provided by the accumulator is increased by the bellow connected to the wheel and the electricity generated feeds both the accumulator of the mechanism and house / city / factory electricity and automobile accumulator.