초록 ▼

An electrically isolated, combined power and signal coupler, for a patient connected device, is disclosed. A docking station and a portable device, capable of docking with the docking station each include a power coupler and an electrically isolated data transducer. The respective power couplers inc

An electrically isolated, combined power and signal coupler, for a patient connected device, is disclosed. A docking station and a portable device, capable of docking with the docking station each include a power coupler and an electrically isolated data transducer. The respective power couplers include a magnetically permeable element including a central pole and a peripheral pole and a printed circuit board with an opening through which the central pole protrudes. The printed circuit board includes windings surrounding the central pole opening: a primary winding in the docking station and a secondary winding in the portable device. When the portable device is docked with the docking station, the magnetically permeable element in the portable device and the magnetically permeable element in the docking station are arranged to form a magnetic circuit, and the data transducer in the portable device and the data transducer in the docking station are arranged to exchange data.

대표청구항 ▼

1. A portable patient monitor device using an electrically isolated, combined power and signal coupler system, comprising:a power coupler, comprising:a magnetically permeable element including a central pole and a peripheral pole; anda winding, forming an opening through which the central pole protr

1. A portable patient monitor device using an electrically isolated, combined power and signal coupler system, comprising:a power coupler, comprising:a magnetically permeable element including a central pole and a peripheral pole; anda winding, forming an opening through which the central pole protrudes; andan electrically isolated data transducer at least partially shielded from external signal interference; wherein said portable patient monitor device is suitable for docking with a docking station by,(a) forming a magnetic circuit including said magnetically permeable element in said portable patient monitor device and a corresponding magnetically permeable element in said docking station, and(b) coupling a data transducer in said portable patient monitor device to a corresponding transducer in said docking station to support connection of said portable patient monitor device to a network and to bidirectionally exchange data. 2. A portable patient monitor device according to claim 1 wherein,said bidirectionally exchanged data includes patient monitor parameters derived by said portable patient monitor device and information for controlling a function of said portable patient connected device. 3. A portable patient monitor device according to claim 1 wherein,said network connection of said portable device comprises at least one of, (a) an Internet Protocol (IP) compatible connection, (b) a Universal Serial Bus (USB) compatible connection, (c) a Local Area Network (LAN) compatible connection and (d) an I.E.E.E. protocol compatible connection. 4. A portable patient monitor device according to claim 1 wherein, the magnetically permeable element is a ferrite armature. 5. A portable patient monitor device according to claim 1 whereinthe magnetically permeable element is arranged to have a relatively thin covering of non-magnetic nonconductive material. 6. A portable patient monitor device according to claim 5 whereinthe relatively thin covering is substantially from 10 to 15 thousandths of an inch. 7. A portable patient monitor device according to claim 5 wherein the non-magnetic nonconductive material is plastic. 8. A portable patient monitor device according to claim 1 whereinthe winding is comprised of a printed circuit board which includes an opening through which the central pole of the magnetically permeable element protrudes. 9. A portable patient monitor device according to claim 8 whereinthe printed circuit board is a multilayer printed circuit board and the winding comprises a trace around the opening on each layer, connected by feed-throughs between adjacent layers to form a cylinder of traces. 10. A portable patient monitor device according to claim 8 whereinthe winding comprises a plurality of cylinders of traces. 11. A portable patient monitor device according to claim 1 whereinthe electrically isolated data transducer is an optical data transducer providing at least partial signal immunity from external signal interference including at least one of, (a) a light-emitting-diode and (b) a photo-transistor. 12. A portable patient monitor device according to claim 1 whereinthe electrically isolated data transducer comprises a radio-frequency (RF) data transducer providing at least partial signal immunity from external signal interference. 13. A portable patient monitor device according to claim 12 whereinthe RF data transducer comprises an antenna. 14. A portable patient monitor device according to claim 13 whereinthe antenna is shielded. 15. A docking station using an electrically isolated, combined power and signal coupler system, comprising:a power coupler, comprising:a magnetically permeable element including a central pole and a peripheral pole; anda winding, forming an opening through which the central pole protrudes; andan electrically isolated data transducer at least partially shielded from external signal interference; wherein said docking station is suitable for docking with a portable patient monitor device by,(a) forming a magnetic circuit including a magnetically permeable element in the portable patient monitor device and said magnetically permeable element in said docking station, and(b) coupling a data transducer in said portable patient monitor device to said data transducer in said docking station to support connection of said portable patient monitor device to a network and to bidirectionally exchange data. 16. A docking station according to claim 15 wherein,said bidirectionally exchanged data includes patient monitor parameters derived by said portable patient connected device and information for controlling a function of said portable patient connected device. 17. A docking station according to claim 15 wherein,said network connection of said portable device comprises at least one of, (a) an Internet Protocol (IP) compatible connection, (b) a Universal Serial Bus (USB) compatible connection, (c) a Local Area Network (LAN) compatible connection and (d) an I.E.E.E. protocol compatible connection. 18. A docking station according to claim 15 wherein,the magnetically permeable element is a ferrite armature. 19. A docking station according to claim 15 whereinthe magnetically permeable element is arranged to have a relatively thin covering of non-magnetic nonconductive material. 20. A docking station according to claim 19 whereinthe relatively thin covering is substantially from 10 to 15 thousandths of an inch. 21. A docking station according to claim 19 whereinthe non-magnetic nonconductive material is plastic. 22. A docking station according to claim 15 whereinthe winding is comprised of a printed circuit board which includes an opening through which the central pole of the magnetically permeable element protrudes. 23. A docking station according to claim 22 whereinthe printed circuit board is a multilayer printed circuit board and the winding comprises a trace around the opening on each layer, connected by feed-throughs between adjacent layers to form a cylinder of traces. 24. A docking station according to claim 22 whereinthe winding comprises a plurality of cylinders of traces. 25. A docking station according to claim 15 whereinthe electrically isolated data transducer is an optical data transducer providing at least partial signal immunity from external signal interference including at least one of (a) a light-emitting-diode and (b) a photo-transistor. 26. A docking station according to claim 15 whereinthe electrically isolated data transducer comprises a radio-frequency (RF) data transducer providing at least partial signal immunity from external signal interference. 27. A docking station according to claim 26 whereinthe RF data transducer comprises an antenna. 28. A docking station according to claim 27 whereinthe antenna is shielded. 29. An electrically isolated, combined power and signal coupler, for a docking station of a patient connected monitoring system, comprising:a power coupler, comprising:a magnetically permeable element including a central pole and a peripheral pole; anda primary winding, forming an opening through which the central pole protrudes; andan electrically isolated data transducer; and a portable device, capable of docking with the docking station, comprising:a power coupler, comprising:a magnetically permeable element including a central pole and a peripheral pole; anda secondary winding, forming an opening through which the central pole protrudes; andan electrically isolated data transducer; wherein when the portable device is docked with the docking station, the magnetically permeable element in the portable device and the magnetically permeable element in the docking station are arranged to form a magnetic circuit, and the data transducer in the portable device and the data transducer in the docking station are arranged to exchange data. 30. The power coupler of claim 29 wherein the magnetically permeable element in the docking station is arranged to have a relatively small separation substan tially from 20 to 30 thousandths of an inch from the magnetically permeable element in the monitoring device when the portable device is docked with the docking station.