초록 ▼

There is provided a method for augmented reality guided instrument positioning. At least one graphics proximity marker is determined for indicating a proximity of a predetermined portion of an instrument to a target. The at least one graphics proximity marker is rendered such that the proximity of t

There is provided a method for augmented reality guided instrument positioning. At least one graphics proximity marker is determined for indicating a proximity of a predetermined portion of an instrument to a target. The at least one graphics proximity marker is rendered such that the proximity of the predetermined portion of the instrument to the target is ascertainable based on a position of a marker on the instrument with respect to the at least one graphics proximity marker.

대표청구항 ▼

What is claimed is: 1. A method for augmented reality guided positioning of a real instrument tip within a real target located in a real object comprising the steps of: presenting an augmented reality view by overlaying a virtual graphics guide onto a real view of the real object and a real instrum

What is claimed is: 1. A method for augmented reality guided positioning of a real instrument tip within a real target located in a real object comprising the steps of: presenting an augmented reality view by overlaying a virtual graphics guide onto a real view of the real object and a real instrument, the graphics guide comprising a virtual depth marker located outside of the real object; aligning the real instrument to the graphics guide; inserting the real instrument to a depth determined in the augmented view by alignment of a predetermined real feature of the real instrument with the virtual depth marker, the real feature being located along the length of the real instrument at a certain distance from the real instrument tip, and remains external to the real object during insertion. 2. The method of claim 1 wherein the presenting step further includes interactive planning which comprises the steps of: determining an optimal location for the real instrument with respect to the real target; calculating the proximity of the predetermined portion of the real instrument to the real target based on the optimal location and the geometry of the real instrument; using the proximity calculation to determine the position of the virtual depth marker on the virtual graphics guide. 3. The method of claim 2 wherein the proximity calculation comprises a range a proximity measurements. 4. The method of claim 2 wherein the proximity calculation corresponds to a final forward position of the predetermined portion of the real instrument with respect to the real target. 5. The method of claim 2 wherein the proximity calculation corresponds to a distance between the virtual depth marker and a point within the real target. 6. Apparatus for augmented reality guided instrument positioning of a real instrument tip within a real target located in an real object comprising: a virtual graphics guide generator and positioner for generating and positioning a virtual graphics guide, the graphics guide comprising a virtual depth marker located outside of the real object; and a rendering device for rendering the virtual graphics guide onto a real view of the real object and a real instrument such that the real instrument can be inserted to a depth determined in the augmented view by alignment of a predetermined real feature of the real instrument with the virtual depth marker, the real feature being located along the length of the real instrument at a certain distance from the real instrument tip, and remains external to the real object during insertion. 7. The apparatus of claim 6, wherein said virtual graphics guide generator and positioner determines an optimal location for the real instrument with respect to the real target, and calculates the proximity of said predetermined portion of the real instrument to the real target based on the optimal location and the geometry of the real instrument. 8. The apparatus of claim 7, wherein the proximity comprises a range of proximities and said virtual graphics guide generator and positioner determines an optimal range of locations for the predetermined portion of the real instrument with respect to the real target, and calculates the range of proximities of the predetermined portion of the real instrument to the real target based on the optimal range and the geometry of the real instrument. 9. The apparatus of claim 7, wherein the proximity corresponds to a final forward position of the predetermined portion of the real instrument with respect to the real target. 10. The apparatus of claim 6, comprising further a display device to display the augmented view rendered by the rendering device to the user.