METHOD OF, AND APPARATUS FOR, CONTROLLING MEDICAL NAVIGATION SYSTEMS
A method of operating a remote navigation system to that orients a medical device in a selected direction includes operating the remote navigation system to orient the medical device toward a point identified by the user on a two-dimensional map of a three-dimensional surface adjacent the medical device.
1 . A method of operating a remote navigation system to that orients a medical device in a selected direction, the method comprising: operating the remote navigation system to orient the medical device toward a point identified by the user on a two-dimensional map of a three-dimensional surface adjacent the medical device.
2 . The method according to claim 1 wherein the two-dimensional map is a conformal map.
3 . The method according to claim 1 wherein the two-dimensional map is a projection of a curved surface from a projection point proximal to the mapped three-dimensional surface to a projection plane distal to the mapped three dimensional surface.
4 . The method according to claim 3 wherein the two-dimensional projection is made from a three-dimensional pre-procedure image of the operating region in the subject.
5 . The method according to claim 3 wherein the two-dimensional projection is made from an idealized three dimensional image of the operating region.
6 . The method according to claim 1 wherein the remote navigation system is a magnetic navigation system that applies a magnetic field to orient the medical device in the selected direction.
7 . The method according to claim 1 wherein the medical device is an elongate medical device having a distal end, and wherein the remote navigation system orients at least the distal end of the device.
8 . The method according to claim 7 wherein the remote navigation system is a magnetic navigation system that applies a magnetic field to orient the distal end of the medical device in the selected direction.
9 . A method of operating a remote navigation system that automatically orients the distal end of an elongate medical device in a selected direction, the method comprising operating the remote navigation system to orient the medical device in a direction aligned with a point selected by the user on a three-dimensional surface adjacent the medical device by identifying the point on a two dimensional map of the surface.
10 . A method of operating a navigation system that automatically orients a medical device in a selected direction, the method comprising:
accepting as an input of the selected direction, an indication of a point on a three-dimensional surface adjacent the medical device made by identifying a point on a two-dimensional map of the three dimensional surface; and
operating the navigation system to cause the medical device to orient in the selected direction.
11 . A method of operating a remote navigation system that automatically orients a medical device in a selected direction, the method comprising:
accepting an input of a selected direction from a user by the user's identification of a point on a two-dimensional map of a three-dimensional surface adjacent the medical device; and
controlling the remote navigation system to apply a magnetic field to align the medical device in the direction input by the user.
12 . A method of operating a magnetic navigation system that automatically orients a medical device in a selected direction, the method comprising:
automatically operating the magnetic navigation system to apply a magnetic field to orient the medical device toward a point on a surface adjacent to the medical device selected by the user on a two dimensional map of the surface.
13 . A method of operating a magnetic navigation system that applies a magnetic field to a magnetically responsive medical device in a cavity in an operating region in a subject's body, the method comprising selecting a direction by indicating a point on a two-dimensional map of at least a portion of the surface of the cavity to apply a magnetic field in a direction to cause the magnetically responsive medical device to orient toward the selected point on the surface of the cavity.
14 . A method of operating a magnetic navigation system that applies a magnetic field to a magnetically responsive medical device in a cavity in an operating region in a subject's body, the method comprising indicating a direction by selecting a point on the surface of the cavity by indicating a point on a two-dimensional projection of the three-dimensional surface of the cavity to apply a magnetic field in a direction to cause the magnetically responsive medical device to orient toward the selected point on the cavity.
15 . The method according to claim 14 wherein the two-dimensional projection is made from a three-dimensional pre-procedure image of the operating region in the subject.
16 . The method according to claim 14 wherein the two-dimensional projection is made from an idealized three dimensional image of the operating region.
17 . An interface for operating a remote navigation system to that orients a medical device in a selected direction, the interface comprising a display for displaying a two-dimensional map of a three-dimensional surface adjacent the medical device; an input device for selecting a point on the two-dimensional map on the display; a processor for determining a direction corresponding to the point selected with the input device.
18 . The interface according to claim 17 wherein the two-dimensional map is a conformal map.
19 . The interface according to claim 17 wherein the two dimensional map is a projection of a curved surface from a point proximal to the mapped three-dimensional surface onto a plane distal of the mapped three dimensional surface.
20 . The interface according to claim 17 wherein the remote navigation system is a magnetic navigation system that applies a magnetic field to orient the medical device in the determined direction.
21 . The interface according to claim 17 wherein the medical device is an elongate medical device having a distal end, and wherein the remote navigation system orients at least the distal end of the device.
22 . The interface according to claim 21 wherein the remote navigation system is a magnetic navigation system that applies a magnetic field to orient the medical device in the selected direction.
23 . An interface for operating a remote navigation system that automatically orients the distal end of an elongate medical device in a selected direction, the interface comprising a display displaying a two-dimensional map of a surface adjacent the medical device, an input device for selecting a point on the two dimensional map to indicate a direction.
24 . An interface for operating a remote navigation system that automatically orients the distal end of an elongate medical device in a selected direction, the interface comprising a display displaying a two-dimensional map of a surface adjacent the medical device, an input device for selecting a point on the two dimensional map to indicate a direction.; and a controller for operating the remote navigation system to orient the distal end of the medical device in a direction aligned with a point on the surface corresponding to the point selected on the two dimensional map.
25 . An interface for operating a remote navigation system that automatically orients a medical device in a selected direction, the interface comprising:
a two-dimensional map of the three dimensional surface;
an input device for inputting a selected direction by selecting a point on the two-dimensional map; and
a controller for controlling the remote navigation system to apply a magnet field to align the medical device in the direction of the point identified by the user.
26 . An interface for operating a remote navigation system that automatically orients a medical device in a selected direction, the interface comprising:
a controller for operating the navigation system to apply a magnetic field to orient the medical device toward a point on the surface of a chamber selected on a two dimensional map of the surface.
27 . A remote navigation system for operating a remote navigation system to orient a medical device in a selected direction, the system comprising: a display of a two-dimensional map of a three-dimensional surface adjacent the medical device; an input device for selecting a point on the two-dimensional map; a positioning system for orienting the medical device toward a point identified with the input device on the two-dimensional map.
28 . The remote navigation system according to claim 27 wherein the two-dimensional map is a conformal map.
29 . The remote navigation system according to claim 27 wherein the two-dimensional map is a projection of a curved surface from a point proximal to the mapped three-dimensional surface to a plane distal to the mapped three-dimensional surface.
30 . The remote navigation system according to claim 27 wherein the positioning system is a magnetic navigation system that applies a magnetic field to orient the medical device in the selected direction.
31 . The remote navigation system according to claim 27 wherein the medical device is an elongate medical device having a distal end, and wherein the remote positioning system orients at least the distal end of the medical device.
32 . The remote navigation system according to claim 31 wherein the remote positioning system is a magnetic navigation system that applies a magnetic field to orient the medical device in the selected direction.
33 . A remote navigation system that automatically orients the distal end of an elongate medical device in a selected direction, the system comprising a display displaying a two-dimensional map of a surface adjacent to the medical device, and an input device for indicating a point on the two-dimensional display, and a controller to cause the remote navigation system to orient the medical device in a direction aligned with the point on the surface selected by the user on the two-dimensional map of the surface.
34 . A remote navigation system that automatically orients a medical device in a selected direction the system comprising: a display displaying a two-dimensional map of a three-dimensional surface adjacent the medical devices; and input device for indicating a point on the two-dimensional map of the three dimensional surface; and a controller causing the magnetic navigation system to align the medical device in the direction of the point on the three dimensional surface corresponding to the indicated point on the two-dimensional map.
35 . A remote navigation system that automatically orients a medical device in a selected direction, the system comprising: a display of a two-dimensional map of a surface adjacent the medical device, in input device for inputting a point on the two-dimensional map; and a magnet system that applies a magnet field to align the medical device in the direction of the point on the surface corresponding to a point input on the two-dimensional map.
36 . A remote navigation system that automatically orients a medical device in a selected direction, the system comprising: a magnetic navigation system that automatically operating the navigation system to apply a magnetic field to orient the medical device toward a point on the surface of chamber selected by the user on a two dimensional map of the surface.
37 . A magnetic navigation system that applies a magnetic field to a magnetically responsive medical device in a cavity in an operating region in a subject's body, the system comprising a two-dimensional projection of at least a portion of the three-dimensional surface of the cavity; a magnetic system that applies a magnetic field in a direction to cause the magnetically responsive medical device to orient toward the selected point on the three-dimensional surface corresponding to a point on the two-dimensional map selected by the user.
38 . A magnetic navigation system that applies a magnetic field to a magnetically responsive medical device in a cavity in an operating region in a subject's body, the system comprising a two-dimensional projection of the three-dimensional surface of the cavity;
a magnet system applying a magnetic field in a direction to cause the magnetically responsive medical device to orient toward a point on the cavity corresponding to a point selected on the two-dimensional projection.
39 . The magnetic navigation system according to claim 38 wherein the two-dimensional projection is of a three-dimensional pre-procedure image of the cavity.
40 . The magnetic navigation system according to claim 39 wherein the two-dimensional projection is of an idealized three-dimensional image of the cavity.