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Electric combustion engines are expected to provide new benefits, says inventor Randy Moore.
He recently patented a device that replaces the steering wheel with an electric motor, writes New Atlas
. The steering wheel of a four-stroke engine is attached to the crankshaft and has the task of storing rotational energy. It helps to move the pistons through the exhaust, intake and compression pits and before the fuel and air mixture ignites at work.
Only the workload creates motion energy. the energy helps to drive the steering wheel. The goal is to make sure that the engine is helped to pass the rest of the four steps.
The swivel wheels also have a certain slowness, which takes time to increase the speed of rotation. It limits the speed at which a car can accelerate, for example
Magnetic Plate
The invention of Moore replaces a heavy flywheel with a light plate with magnets. The plate is driven by windings that form magnetic fields, just as in an electric motor
The motor experiences the most friction between gears, ie when the piston is completely up or down. completely at the bottom of the cylinder. The idea is to add energy to the system through the electric steering wheel.
During acceleration, the idea is that all magnetic coils are used to provide the greatest possible torque. When the rpm increases, the electric steering wheel can add less energy to the system. It is also possible to use the steering wheel to generate energy.
Eliminates Inertia
According to the inventor, it is advantageous that the inertia of the flywheel is gone so that a car can accelerate much more quick. The engine can also reduce speed much faster. He believes that normal driving can reduce fuel consumption.
Small engines, such as chainsaws and motorcycles, should also benefit from such a system by facilitating starting and preventing the engine
That said; This is not an available technology. The inventor made a prototype, but it broke down during testing, he wrote on his own website.
He claims that the technology has been developed for many years and is now ready for testing in real-life conditions. It is not clear, however, that he will ever see the light of day.
The granting of the patent does not automatically mean that the idea is good or works in the real world.
Available in other systems
Electric shuttlecocks per se is not a new thought. There are, for example, flywheel systems similar to KERS (Kinetic Energy Recovery System), where energy is stored in a larger, heavier wheel. This energy can be used to advance a vehicle directly.
Although such systems may be designed to transmit power to the steering wheel during braking, an electric motor may also be used to assist the steering wheel in maintaining its speed. Then the energy can be transferred to the drive shaft to drive the wheels onto the vehicle.
Ruffles are not only used in vehicles and engines. Some solutions use the steering wheel as a source of energy, for example in data centers. This is what is called Steering Wheel Energy Storage (FES).
Here, the flywheels can be spun by electric motors. If the power disappears, the flywheel can generate electricity for the servers so that they do not fall.
According to a provider of such solutions, it is cheaper than using batteries and other solutions. They should, among other things, require little maintenance.
- Learn more about the engine.
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