Centrifugal force electricity inertial generator.

This is inertial electricity generator based on centrifugal force acting on heavy steel rollers moving along and inside the external rim of special electricity permanent magnets and copper coils systems to obtaining electricity from electromagnetic induction. The electricity electromagnetic generators are located on circular track and are placed in external rim. They have two parts, and each have one compressive spring. The spring is used to actuating the position of the inside element after it is pushed inside external coil element. The system is equipped in six heavy rollers which are performing rotations inside the external rim and simultaneously performing rotations around their own axis, and they are mounted on ball bearings. The system is additionally enriched in DC generator and heavy flywheel. If the system is to undertake the work, the preliminary start-up should be done by delivering the electric energy from external sources like battery or solar energy. Once the system starts to work it should continue the work even if external power is off. Then one can connect external receivers to the system and the device should continue normal work. The system is energetically closed there is no need to deliver external energy to keep the device running.

The centrifugal force is acting on the rollers and they are pushing on those electromagnetic two position switches and if any of rollers is move out from the switch the spring is pushing its core to preliminary position so the electric AC energy can be generated. The electric DC motor is connected to the system by a transmission belt also the transmission belt is applied to connect the DC generator with th rest of the system. The rollers are guided by the telescopic arms which are hiding in each other to allow the rollers to push on the switches, so they can generate the electric energy. Those telescopic arms are consisting of two parts. One is a part of central rotating rotor, and it is common for entire system also it is connected to central shaft and the second is the six pipes which are connected to shafts for each roller. In those pipes are moving the rods of central rotor. The electromagnetic induction generators each have one linear bearing. The arms have also two linear bearings on each arm. The drawing is cross-section of the system. The DC motor is not in cross-section, so it is visible. The cross-section is only on the main generator system. The drawings were prepared by me. The system is not showing the electrical connections between the elements. I've also added the latest version of the device where rollers are pulled by swivel arms thus this system can operate better and the need of application of linear bearings is here eliminated.