Engine or turbine with virtual pistons. The present invention relates to a new thermal engine paradigm, based on an unprecedented operating principle that is a hybrid between turbine operation, a piston engine operation, an electric motor operation. Made up of very few mechanical parts like an electric motor (circular rotor, stator, lids), is configurable through electrical and electronic controls that are used to determine both the ignition advance and the detonation position with respect to the position of the part that work like a piston. In this way, operation similar to the pistons engine (with virtual or equivalent pistons) or a similar behavior to the turbine is obtained. Compression is achieved by manipulating the relative gravity to which the mixtures are subjected, through centrifugal accelerations and other correlated phenomena.

Engine or turbine with virtual pistons

Ramaioli Francesco
Conceptualization
2018-01-01

Abstract

Engine or turbine with virtual pistons. The present invention relates to a new thermal engine paradigm, based on an unprecedented operating principle that is a hybrid between turbine operation, a piston engine operation, an electric motor operation. Made up of very few mechanical parts like an electric motor (circular rotor, stator, lids), is configurable through electrical and electronic controls that are used to determine both the ignition advance and the detonation position with respect to the position of the part that work like a piston. In this way, operation similar to the pistons engine (with virtual or equivalent pistons) or a similar behavior to the turbine is obtained. Compression is achieved by manipulating the relative gravity to which the mixtures are subjected, through centrifugal accelerations and other correlated phenomena.
2018
19-dic-2024
Mechanical Engineering covers resources concerned with the generation, transmission, and utilization of heat and mechanical power, and with the production and operation of tools, machinery, and their products. Topics include heat transfer, fatigue and fracture, wear, tribology, hydraulics, pneumatics, plasticity, strain analysis, and aerosol technology.
EP3737834A2
Ramaioli Francesco, Nebbia Giovanni
ELETTRONICO
Inglese
Internazionale
motore termico, turbina, pistoni virtuali, compressione centrifuga, compressione gravitazionale
https://patents.google.com/patent/EP3737834A2/en?q=(engine+turbine+virtual+pistons)&inventor=ramaioli&oq=ramaioli+engine+or+turbine+with+virtual+pistons
6 Brevetti::6.1 Brevetto
none
Ramaioli, Francesco
info:eu-repo/semantics/patent
285
1
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11571/1547318
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