Multi-functional electromechanical device for a mild hybrid system including an internal combustion engine, with or without use of a gearbox

A method of moving a vehicle comprising at least one wheel that causes movement of the vehicle when in contact with a surface and wherein the vehicle includes an internal combustion engine and a transmission, the method comprising:

• applying rotational energy provided by an energy distributor to the transmission, causing rotational movement of the transmission and resulting in movement of the at least one wheel of the vehicle, causing movement of the vehicle.

Drive mechanism with one or more planetary gears connected to one or several energy sources of the same or different characteristics, so that each planetary gear has its Sun and/or Carrier and/or Ring connected to one or several energy sources, where one of these sources acts as a regulator of the output revolutions of a planetary gear system, in such a way that they have eligible ratios that are not constant or proportional to the rpm and power input to one or more planetary gear systems, allowing to dose power and regulate revolutions in direct connection to the final shaft of transmission;

• in a hybrid or mild hybrid motorization system capable of delivering and recovering energy.

Drive mechanism with one or more planetary gears connected to one or several sources of energy, in a non-hybrid motorization system, where a first planetary system will be connected to a specific energy source at a number of revolutions, and at least one second planetary system will be connected to a specific energy source at a different number of revolutions than the first planetary system, where there will also be linked a Sun, and/or Carrier and/or Ring of a first planetary gear with the Sun, and/or Carrier and/or Ring of at least one second planetary gear, in such a way that the first planetary gear can deliver eligible output ratios in power and revolutions, not constant or proportional to the input, and can be directly connected to a final transmission shaft.

Mechanism of planetary gears power dosing and rpm regulator in a drive system, which allows to dispense with a transmission, linking directly at least one motorization with the shaft with final reduction gear or with any other final control system.

Mechanism of planetary gears power dosing and speed regulator in a drive system, which allows that in a hybrid propulsion system, some of the electric motors can alternatively function as a generator or as an engine.

Planetary gear mechanism power dosing and speed regulator in a drive system, binding in a hybrid propulsion system, between some or all of the motors of the system and the shaft with final reduction gear or with any other final control system.

Mechanism of planetary gears, power dosing and rpm regulator in a drive system, which allows to perform in a hybrid system, the recovery of energy in one or more electric machines in decelerations and braking of the vehicle.

Mechanism of planetary gears, power dosing and speed regulator in a hybrid drive system, which allows when the vehicle is stopped or at times when the vehicle does not require energy to continue its displacement, generating energy in one or more electric machines with the possibility of being stored, from the rotational movement of an ICE and/or of any other type of motor and/or of the movement of the shaft with final reduction gear, and/or of any other final control system.

A drive mechanism, comprising:

• one or more planetary gear systems, each of the planetary gear systems comprising one or more central sun gears, one or more outer ring gears, and one or more carrier gears linking the one or more central sun gears to the one or more outer ring gears, each of the planetary gear systems being connected to one or more energy sources;
• wherein one or more of the energy sources acts as a regulator of the output revolutions of one or more of the planetary gear systems, in such a way that a ratio of input rpm and power to output rpm and power of the one or more of the planetary gear systems is not constant, allowing the output rpm to scale progressively from a stop to any higher rpm the drive mechanism can achieve, without the need for a gearbox.