Device for inductive energy transmission in a human body and use of the device
The invention relates to a device ( 10 ) for inductive energy transmission into a human body ( 1 ), having a transmitter coil ( 24 ) and/or a receiver coil ( 14 ) having a first magnetic core ( 26 ) and a resonance or choke coil ( 16, 34 ) having a second magnetic core ( 32 ), wherein the first magnetic core ( 26 ) forms a part of the second magnetic core ( 32 ).
1. A device for inductive energy transmission into a human body, the device comprising:
a transmitter coil; and
a receiver coil,
wherein the transmitter coil and/or receiver coil includes a first magnetic core and a resonance or choke coil having a second magnetic core, the first and second magnetic cores configured to transmit or receive at least one magnetic field, wherein the first magnetic core is disc-shaped, comprises at least one recess extending radially around a longitudinal axis of the first magnetic core and configured to receive a plurality of wire windings, and forms a part of the second magnetic core, the second magnetic core comprising a middle leg along the longitudinal axis of the first magnetic core and at least one recess extending radially around the middle leg and configured to receive a plurality of wire windings.
2. The device according to claim 1 , wherein the first magnetic core is disposed in direct contact with an end face of the second magnetic core.
3. The device according to claim 1 , wherein the transmitter coil and/or the receiver coil comprises a plurality of first wire windings disposed concentrically relative to one another, wherein the resonance or choke coil comprises a plurality of second wire windings disposed concentrically relative to one another, and wherein the plurality of first wire windings are disposed radially outside the plurality of second wire windings.
4. The device according to claim 1 , wherein the resonance or choke coil is disposed concentrically to the longitudinal axis of the first magnetic core.
5. The device according to claim 1 , wherein the resonance or choke coil is disposed on a side of the recess, wherein the side of the recess faces away from the plurality of wire windings.
6. The device according to claim 1 , wherein the second magnetic core comprises an E-magnetic core.
7. The device according to claim 2 , wherein the first magnetic core comprises a region contacting the second magnetic core, wherein a wall thickness of the region of the first magnetic core corresponds to a thickness of the middle leg of the second magnetic core.
8. The device according to claim 1 , wherein the resonance or choke coil is disposed on a side of the device facing away from a contact side of the transmitter coil and/or receiver coil.
9. A method for inductively transmitting energy into a human body, the method comprising:
inductively transmitting energy into a human body using a device comprising:
a transmitter coil; and
a receiver coil,
wherein the transmitter coil and/or receiver coil includes a first magnetic core and a resonance or choke coil having a second magnetic core, the first and second magnetic cores configured to transmit or receive at least one magnetic field, wherein the first magnetic core is disc-shaped, comprises at least one recess extending radially around a longitudinal axis of the first magnetic core and configured to receive a plurality of wire windings, and forms a part of the second magnetic core, the second magnetic core comprising a middle leg along the longitudinal axis of the first magnetic core and at least one recess extending radially around the middle leg and configured to receive a plurality of wire windings.
10. A device for inductive energy transmission into a human body, the device comprising:
a transmitter coil; and
a receiver coil,
wherein the transmitter coil and/or receiver coil includes a first magnetic core and a resonance or choke coil having a second magnetic core, wherein the first magnetic core forms a part of the second magnetic core,
wherein at least a region of the first magnetic core is disposed in direct contact with at least a region of an end face of the second magnetic core,
wherein a thickness (s) of the region of the first magnetic core disposed in direct contact with at least a region of the end face of the second magnetic core corresponds to a thickness (d) of the middle leg of the second magnetic core,
wherein the transmitter coil and/or receiver coil comprises a plurality of first wire windings disposed concentrically relative to one another in the at least one recess of the first magnetic core,
wherein the resonance or choke coil comprises a plurality of second wire windings disposed concentrically relative to one another in the at least one recess of the second magnetic core, and
wherein the plurality of first wire windings are disposed radially outside the plurality of second wire windings.