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1. (WO2019000056) WIRELESS TRANSMISSION SYSTEM OF ELECTRICITY FOR ELECTRIC VEHICLES
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PATENT CLAIMS

1. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, using receiving and transmitting resonant inductive coils, characterized in that, said receiving inductive coil is positioned in parallel to the line and the surface of the vehicle movement, in the bottom side of the vehicle, as wider and longer with respect to the vehicle dimension capabilities.

2. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, characterized in that, the receiving coil is made spirally or in some other form, from single-layer or multilayer windings, arranged to fill the most possible or the entire surface of the body.

3. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, characterized in that, parallel to the line of movement, the transfmitter coils are placed in the middle df the traffic lane, in a much smaller width with respect to the width of the receiving coil.

4. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, characterized in that, parallel to the line of movement, the transmitter coils are placed in the middle of the traffic lane at a distance smaller than, equal to or greater than the length of the body of the receiving coil.

5. An improved wireless transmission system of electricity 'and data for electric drive vehicles and systems when moving in a near field, characterized in that the receiving coil is positioned in the way to completely cover the surface of at least one transmitter coil with its surface during a vehicle movement and the longest possible time interval, placing both surfaces parallel at the closest possible distance.

6. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, characterized in that, the said system includes measuring the power of high-frequency signals between the transmitter and the receiver, and based on that data enable precise determination of the position, direction, angles and speed of the movement of the receiving coil in relation to the transmitter coils, and hence the position, direction, angles and speed of the vehicle movement.

7. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, characterized in that, the said system improves the efficiency of the transmission of energy by using singlelayer and multilayer spiral or some other coil shapes.

8. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, characterized in that, said system excludes a mechanical carrier and postition corrector of the receiving coil.

9. An improved wireless transmission system of electricity and data for electric drive vehicles and systems when moving in a near field, characterized in that, traffic controll and synchronization of one or more electric vehicles is being achieved through the system and its components.