Comparison of two systems - G. Shipov inercoid and my own concept.

 The problem of inertial propulsion is based on manipulation of centrifugal force rarely by changing location masses in linear movement. That aim can be achieved by application of two ways, one is based on adding the mass in proper hemisphere of rotation and the second is based on changing the speed of rotation of those masses. Two rotating masses can cancel the problem of side centrifugal forces because they are paired. When the masses are located on the same side and not on opposite sides the force is occurring, differently to the situation in which they are located on opposite sides if they are synchronized the force is equal zero. In Inercoid of G. Shipov they are forced to moving faster in forward part of the circumference and they don't touch external rim (there is no external rim at all in this case) thus don't need any bearings, different power is used from the DC motors to propel them faster in forward and slower in rear part of the system.  

In my solution the system is working more liquidly, however require bearings (linear and ball bearings). My system is based on application of special rim located on the outside and its curvature, which is limiting escape of the masses due to centrifugal force. So, the system operation is based only on the same current, no change in voltage is needed supplying the DC motor nevertheless the motor will get more voltage on continuous speed up needed to gain more propulsive force. Changing in speed is caused only by this curvature and the changed in time distance between the mases and the center of rotation. If the massed are close to the center of rotation the centrifugal force is falling also to almost zero, due to the minimal road to go for the masses. If the masses are passing in highest point of the system, they also have a potential in centrifugal force strength implicating from faster movement on more distant orbit around the center point of rotation.

Magnetic rotor with circumference magnets.

A magnetic device based on attraction between circumference permanent magnets and outside magnet - rim also made from permanent magnet or soft steel. The rest of work are making the springs, which are trying to attract each permanent small magnet to the center of the rotor, but not exactly because there is certain distance between linear force created by each spring and the geometric center of the system, and the force axis are not passing through the exact center of the device thus the vectors are omitting that center what. The result is that the system is not balanced mechanically, because none of vectors coming from the springs is acting on the same straight line. This system is asymmetric in every cross section in the perpendicular ax of this drawing plane. I'm not completely sure whether the device would be working as I want, and it was not tested due to my low skill in machining and low knowledge in such a devices operation principle. The circumference magnets which are sliding from the inside on the outside rim should be mounted on ball bearings. However still, there is the possibility, that the device will not be working, and the system will be balanced right after the setting up moment. For this problem is only one solution and this is to build the prototype, however some of people could also try to calculate whether the device will be working if they own a proper software. I was trying to imagine the working of this device many times, sometimes it was seemed to me that the device will be working fine, and sometimes that it won't work correctly due to forces will be balanced automatically. So, if someone have a proper software than after loading this data to the program will be able to check this problematic for me system out. Like many other magnetic motors this system is also controversial. I posted it here because I am interested of generating electric energy without burning fuel and I am aware of the danger coming from application of nuclear energy also other energy sources are not safe for our civilization, so searching for the new source of generating energy seems to be very reasonable right now.

 

Roy Thornson based system.

Roy Thornson has invented inertial propulsion with two weights rotating on inner static gears. Those weights were mounted on the same gear in dimension and the gear with the weights were rotating on the circumference of the static gears, which were inside. In some analyses there was indicated that Thornson drive is working correctly and there were experiments with this dive based on mounting a propulsion unit on a bout in swimming pool. Analyses and experiments have clearly indicated that propulsions are effective. I've decided to visualise the principle of working of this propulsion and I have made some animations on 3D software. This simple principle of operation is based on applying synchronization of rotating gears in this way that the weight attached to one gear is hidden on bottom side and is extending on the outside on top part of the device. Such a behavior of mechanism is based on proper application of gears and creating the proper distance between main shaft and dimension of the caring rotor; thus, the weight can pass inside two free spaces in this rotor rotating on its own axis of rotation. The weight is mounted on roller or ball bearings also the main shaft is mounted on the bearings. Additionally in the static gear there is a hole making available of passing the thin part of the main shaft inside. The static gear is attached to external rim so it can't rotate. The paired system is also shown at the bottom for making balance of the system. However, system can generate a lot of vibration due to not balanced centrifugal force at the bottom of the device. The side centrifugal forces will be cancelled by self-balancing of the system due to system can be paired.