Transdermal antenna
A transdermal antenna may be partially inserted into a cavity in the body of a mammal to receive wireless data transmissions from devices located within the body and relay the data to devices located outside of the body. The transdermal antenna may include a first antenna which may be inserted inside of the body cavity and receive radio frequency data transmissions from devices located inside the body. The transdermal antenna may conduct the received data transmissions to a relay mechanism located outside of the body using coaxial cables, waveguides or a combination of both. The relay mechanism may relay the conducted data transmissions to a receiver device located outside of the body by using a wire connection, such as a coaxial cable, or a wireless communication link via a transceiver coupled to a second antenna.
1. A transdermal antenna for transporting data comprised in wireless signals from a cavity inside a mammalian body, to outside the body, the apparatus comprising:
a trocar comprising a shaft having a first end configured to pierce mammalian tissue and be positioned in the cavity and a second end located outside the cavity when the first end is located in the cavity;
an internal antenna comprised in the first end of the trocar and configured to receive wireless signals generated inside the cavity;
an energy conductor coupled to the internal antenna and traverses a length of the trocar within the shaft, such that the energy conductor is operable to transport data comprised in the received signals from the internal antenna to the second end of the trocar; and
an external antenna or transceiver located at the second end of the trocar and coupled to the energy conductor that receives and transmits the transported data.
2. A transdermal antenna according to claim 1 wherein the shaft comprises a lumen, and the energy conductor comprises the lumen, which functions as a waveguide to transport the wireless signals received by the internal antenna toward the second end outside the body.
3. A transdermal antenna according to claim 2 wherein the first end is an open end.
4. A transdermal antenna according to claim 3 wherein the internal antenna comprises the first end having a size configured to enable radio frequency radiation to enter the shaft.
5. A transdermal antenna according to claim 4 wherein the radio frequency radiation comprises high definition camera signals.
6. A transdermal antenna according to claim 4 wherein the radio frequency radiation has a frequency equal to about 60 GHz.
7. The transdermal antenna according to claim 1 wherein the shaft is made of conductive metal.
8. The transdermal antenna according to claim 1 wherein the interior of the shaft is about 3 mm in diameter.
9. A communication system comprising a source of the wireless signals configured to be inserted into the cavity and a transdermal antenna according to claim 1 , wherein the internal antenna of the transdermal antenna is configured to receive wireless signals from the source.
10. A communication system according to claim 9 wherein the source comprises at least one camera configured to be inserted into the cavity.
11. A transdermal antenna for transporting data comprised in wireless signals generated from a cavity inside a mammalian body, to outside the body, the antenna comprising:
a trocar having a first end configured to pierce mammalian tissue and be positioned inside the cavity and a second end that remains outside the body when the first end is positioned in the cavity;
an opening located at the first end of the trocar and configured to receive the wireless signals;
a lumen of the trocar configured to function as a waveguide that transports the wireless signals from the first end of the trocar to the second end of the trocar; and
an external antenna or transceiver located at the second end of the trocar and coupled to the waveguide.