Wearable device with RF transmitter
A wristworn device having a conductive dial, the conductive dial having a top side and a bottom side; a conductive case body including a conductive case back; a circuit block, and an antenna operatively coupled to the circuit block, for receiving and transmitting RF signals, wherein at least the antenna is positioned on the bottom side of the conductive dial, and further wherein the antenna and circuit block are inside the conductive case body, wherein the conductive dial and the conductive case body are physically separated; and wherein spacing created between the conductive case body and the conductive dial permits RF signals to be transmitted from out of the wristworn device on the top side of the conductive dial.
1. A wristworn device comprising:
a conductive dial, the conductive dial having a top side and a bottom side;
a conductive case body including a conductive case back;
a circuit block, and an antenna operatively coupled to the circuit block, for receiving and transmitting RF signals, wherein at least the antenna is positioned on the bottom side of the conductive dial, and further wherein the antenna and circuit block are inside the conductive case body,
wherein the conductive dial and the conductive case body are physically separated all the way around the perimeter of the conductive dial; and
wherein spacing created between the conductive case body and the conductive dial permits RF signals to be transmitted from out of the wristworn device on the top side of the conductive dial; and
wherein a portion of the conductive case body that is on the top side of the conductive dial overlies the conductive dial, taken from a perspective of:
the conductive dial being in a horizontal orientation; and
the conductive dial being intermediate the portion of the conductive case body that overlies the conductive dial and the case back.
2. The wristworn device as claimed in claim 1 , comprising a non-conductive separating element, positioned intermediate the conductive dial and the conductive case body, for physically separating the conductive case body and the conductive dial.
3. The wristworn device as claimed in claim 1 , wherein the conductive dial and the conductive case body are physically separated by an air gap.
4. The wristworn device as claimed in claim 1 , wherein the antenna and the circuit block are positioned intermediate the case back and the bottom side of the dial.
5. The wristworn device as claimed in claim 1 , comprising a non-conductive separating element positioned intermediate the conductive dial and the conductive case body in the lateral direction between an edge of the conductive dial and a surface of the conductive case body.
6. The wristworn device as claimed in claim 1 , wherein the conductive dial is a metal dial.
7. The wristworn device as claimed in claim 1 , wherein the conductive case body is a metal case body.
8. The wristworn device as claimed in claim 1 , wherein the conductive case body is a stainless steel case body.
9. The wristworn device as claimed in claim 1 , wherein the non-conductive separating element is a non-metallic spacer.
10. The wristworn device as claimed in claim 1 , wherein the non-conductive separating element is a non-metallic reflector ring.
11. The wristworn device as claimed in claim 1 , wherein the conductive dial and the conductive case body are physically separated by at least 100 microns.
12. A wristworn device comprising:
a conductive dial, the conductive dial having a top side and a bottom side;
a conductive case body including a conductive case back,
a circuit block, and an antenna operatively coupled to the circuit block, for receiving RF signals from and transmitting RF signals to a transceiver physically separated from the wristworn device, wherein at least the antenna is positioned on the bottom side of the conductive dial, and further wherein the antenna and circuit block are inside the conductive case body,
wherein the conductive dial and the conductive case body are physically separated all the way around the perimeter of the conductive dial; and
wherein spacing created between the conductive case body and the conductive dial permits RF signals to be transmitted from out of the wristworn device on the top side of the conductive dial; and
wherein a portion of the conductive case body that is on the top side of the conductive dial overlies the conductive dial, taken from a perspective of:
the conductive dial being in a horizontal orientation; and
the conductive dial being intermediate the portion of the conductive case body that overlies the conductive dial and the case back.
13. The wristworn device as claimed in claim 12 , comprising a non-conductive separating element, positioned intermediate the conductive dial and the conductive case body, for physically separating the conductive case body and the conductive dial.
14. The wristworn device as claimed in claim 12 , wherein the conductive dial and the conductive case body are physically separated by an air gap.