---

Home    List your patent    My account     Help     Support us    

---

COMPACT NON-VIBRATING ENDOTHERMIC ENGINE

[Category : - Motors]
[Viewed 1908 times]

The Compact Non Vibrating Endothermic Engine (CoNVEE in the following) is the engine of the future, since such a light engine reach a mileage which overcomes the results of energy and economic efficiency "from well to wheel" of all other technologies, even electric drive. It is an internal combustion engine with reciprocating motion of the pistons, whose innovative architecture makes it more compact, given the same delivered power, with respect to the current state of the art. This happens both because the CoNVEE core occupies a very reduced volume, and also because it does not require the presence of any additional compensation or damping of mechanical vibrations. In fact all the moving parts of the CoNVEE are already internally compensated: they act in perfect anti- symmetry compensating each inertia force developed. The intrinsic compactness of the CoNVEE is made possible by the new and characteristic mechanism adopted for the motion transfer from the pistons to the motor shaft. The CoNVEE is a clean two stroke opposing pistons engine, with dedicated pre-compression chambers behind pistons were no lubricant reaches the combustion chamber while scavenging air is pushed inside. No need of blowers or turbochargers nor poppet valves. Pistons run is not just sinusoidal but can be optimized. Pistons don't push against liner so that their skirt can be the shortest, saving more space. See following links
Link
Link



Financial information

Interested on partnership or selling the patent, in its whole or circumstanced licences.
This invention is currently fresh officially patented and never let a licence yet, so rush to be the first!
Its market potential is HUGE all around the world in the next 100 years for vehicles (even flying), power generators, standalone robots.

---

---

---

---

[ Home | List a patent | Manage your account | F.A.Q.|Terms of use | Contact us]

Copyright PatentAuction.com 2004-2017
Page created at 2024-12-21 14:00:51, Patent Auction Time.