Multi-camera visual inspection appliance and method of use

1. An appliance for automated visual inspection of at least two items, the appliance comprising:

a. at least two inspection assemblies each comprising a camera assembly, the inspection assemblies configured to inspect the two items;

b. a controller in data communication with said at least two inspection assemblies, the controller configured to accept input describing a relationship between the two items and to automatically load item profiles for inspection of the two items based on the relationship; and

c. a user interface (UI), wherein said UI provides a list of relationships and the input is input by selecting a relationship from said list via a selection mechanism,

wherein the relationship between the two items is at least one of:

i) said two items are identical and produced concurrently,

ii) said two items are different aspects of a same item,

iii) said two items are different from each other but are part of a same production process,

iv) said two items are different stages in manufacture of an item, or

v) said two items are different and produced concurrently.

2. The appliance of claim 1 wherein the selection mechanism is chosen from a group consisting of:

a. selecting from a drop-down list of relationships;

b. checking a check box next to one of said relationships; and

c. selecting a button from a list of buttons wherein each button represents one of said relationships.

3. The appliance of claim 1 wherein when the two items are identical, the controller automatically loads a single item profile and provides individual results for each item.

4. The appliance of claim 1 wherein when the two items are different aspects of a same item, the controller automatically loads item profiles for each aspect and provides both of individual results for each item and a correlated result for all items.

5. The appliance of claim 1 wherein when the two items are different from each other but are produced as part of a same production process, the controller automatically loads multiple item profile each corresponding to an item and provides individual results for each item.

6. The appliance of claim 1 wherein when the two items are different stages in the manufacture of an item, the controller automatically loads item profiles for each stage and provides both of individual results for each item and a correlated result for all stages of an item.

7. The appliance of claim 1 wherein when the two items are different, the controller automatically loads item profiles for each item and provides individual results for each item.

8. The appliance of claim 7 wherein images related to the individual results for each item are stored and linked so as to be retrievable as a correlated set of images.

9. The appliance of claim 1 wherein the item profiles comprise parameters of the items as captured in images by one or more of the camera assemblies.

10. The appliance of claim 1 wherein each inspection assembly comprises a mounting arm and wherein at least two camera assemblies are mounted on a single mounting arm.

11. The appliance of claim 10 wherein each one of said at least two camera assemblies captures adjacent or overlapping fields of view of the items.

12. An appliance for automated visual inspection of at least two items, the appliance comprising:

a. at least two inspection assemblies each comprising a camera assembly, the inspection assemblies configured to inspect the two items;

b. a controller in data communication with said at least two inspection assemblies, the controller configured to accept input describing a relationship between the two items and to automatically load item profiles for inspection of the two items based on the relationship,

wherein each inspection assembly comprises a mounting arm and wherein at least two camera assemblies are mounted on a single mounting arm, and

wherein each one of said at least two camera assemblies captures adjacent or overlapping fields of view of the items, the appliance further comprising sensors mounted between said camera assemblies, wherein said sensors are adapted to detect the positions and angles between said camera assemblies relative to one another and for outputting said detected positions and angles to said controller.

13. The appliance of claim 12 wherein said controller comprises a UI and said controller is adapted to use said detected positions and angles to guide positioning of the captured fields of view based on the relative positions of said camera assemblies for display on said UI.

14. The appliance of claim 12 wherein said controller is adapted for using said detected positions and angles to guide the stitching together of the captured fields of view into a single combined field of view based on the relative positions of said camera assemblies, for display on said UI.