Rotor technology based on centrifugal force distribution control. Like my earlier inventions this is also based on centrifugal force control. The system is consisting of eight rollers made from steel, each with double ball bearings on each side on main symmetry axis. External rim is predicted to make the trajectory to these rollers what with not centrally placed central wheel with profiled hollow ring in which the rollers have an opportunity to hide in bottom position during the movement around the indicated track. Why eight? Because eight rollers are most suitable for such a solution when three of them are in production of force at the top of the device simultaneously other three are in lowest position and there is no asymmetry in the system beside the required asymmetry in up - down direction, as usual two rollers are inactive for production of force. The central wheel with profiled groove around is in 'H' shape in vertical cross section so the rollers can hide partially in this groove.
A technology blog in the space industry, focusing primarily on new forms of space propulsion and addressing all issues related to their market introduction. The patent mine is affiliated with the Inertial Propulsion Research Laboratory, the author's own laboratory, where he researches the possibilities of new magnetic and inertial propulsion systems independently and using his own financial resources.
sobota, 6 lipca 2024
Subskrybuj:
Komentarze do posta (Atom)
Inertia centrifugal propulsion attempt.
Today I present a type of drive that uses inertial forces and centrifugal forces. The idea is not new and from time to time you can come acr...
-
Nitinol is a titanium-nickel alloy presenting shape memory by use of heating and cooling and it can return to programmed shape after warmin...
-
A drawing showing magnetically controlled inertial system for propulsion with application of two independent weights. System can to work bot...





Brak komentarzy:
Prześlij komentarz