Robotic surface inspection adjacent or in a coil around a mandrel

1. A system comprising:

a roller about which a strip of metal is redirected so as to define an angled segment of the strip of metal, the angled segment extending away from the roller and arranged at an angle relative to the roller;

a mandrel about which a coil is formed, the mandrel rotatable to change a size of the coil by at least one of winding or unwinding, the coil connected with the angled segment of the strip of metal such that a magnitude of the angle of the angled segment changes as the coil is enlarged or reduced by rotation of the mandrel;

a surface inspection system comprising at least one sensor operable to detect a characteristic of a surface of the strip of metal, the surface defined in the angled segment or in the coil; and

a robotic assembly movable to modify an orientation of the at least one sensor of the surface inspection system relative to the surface;

wherein the strip of metal comprises a top face facing upward and a bottom face facing downward,

wherein the robotic assembly facilitates detection by the at least one sensor of the top face and the bottom face,

wherein the at least one sensor comprises multiple sensors,

wherein the robotic assembly facilitates simultaneous detection of the top face and the bottom face by the multiple sensors,

wherein the multiple sensors comprise a first sensor for detecting the angled segment and a second sensor for detecting the coil, and

wherein the robotic assembly comprises a robotic manipulator supporting the first sensor and the second sensor.

2. The system of claim 1 , wherein the robotic assembly facilitates sequential detection of the top face and the bottom face and is movable to arrange the surface inspection system in a first setting for detecting the top face and movable to arrange the surface inspection system in a second setting for detecting the bottom face.

3. The system of claim 2 , wherein in the first setting the at least one sensor is detecting one of the angled segment or the coil and in the second setting the at least one sensor is detecting the other of the angled segment or the coil.

4. The system of claim 3 , wherein in the first setting the at least one sensor is one of above or below the angled segment and in the second setting the at least one sensor is the other of above or below the angled segment.

5. The system of claim 1 , wherein the multiple sensors comprise an upper sensor positionable by the robotic assembly above the angled segment and a lower sensor positionable by the robotic assembly below the angled segment.

6. The system of claim 5 , wherein the robotic assembly comprises:

a first robotic manipulator supporting the upper sensor; and

a second robotic manipulator supporting the lower sensor.

7. The system of claim 5 , further comprising a bracket supported by the robotic assembly and comprising:

an upper member supporting the upper sensor;

a lower member supporting the lower sensor; and

a slot defined between the upper member and the lower member and sized for passage of the angled segment therethrough.

8. The system of claim 1 , wherein the surface is defined in the angled segment.

9. The system of claim 1 , wherein the surface is defined in the coil.

10. A method comprising:

redirecting a strip of metal about a roller so as to define an angled segment of the strip of metal, the angled segment extending away from the roller and arranged at an angle relative to the roller;

rotating a mandrel to change a size of a coil connected with the angled segment of the strip of metal such that a magnitude of the angle of the angled segment changes as the coil is enlarged or reduced by the rotating of the mandrel;

detecting a characteristic of a surface of the strip of metal via at least one sensor of a surface inspection system, the surface defined in the angled segment or in the coil; and

robotically moving the at least one sensor to modify an orientation of the at least one sensor of the surface inspection system relative to the surface;

wherein the strip of metal comprises a top face facing upward and a bottom face facing downward,

wherein the robotically moving is performed by a robotic assembly that facilitates detection by the at least one sensor of the top face and the bottom face,

wherein the at least one sensor comprises multiple sensors,

wherein the robotic assembly facilitates simultaneous detection of the top face and the bottom face by the multiple sensors,

wherein the multiple sensors comprise a first sensor for detecting the angled segment and a second sensor for detecting the coil, and

wherein the robotic assembly comprises a robotic manipulator supporting the first sensor and the second sensor.

11. The method of claim 10 , wherein the detecting a characteristic comprises:

detecting relative to a first subset of a width of the strip of metal during a first part of a production process; and

detecting relative to a second subset of the width of the strip of metal during a second part of the production process.

12. The method of claim 10 , wherein the detecting a characteristic comprises:

detecting relative to the top face during a first part of a production process that involves a first coil; and

detecting relative to the bottom face during a second part of the production process that involves a second coil.

13. A robotic assembly comprising:

a surface inspection unit;

a robotic manipulator coupleable with the surface inspection unit to manipulate an angular orientation of the surface inspection unit; and

a controller operatively coupleable with the robotic manipulator to cause the robotic manipulator to alter the angular orientation of the surface inspection unit relative to at least one of an angled segment of a metal strip subject to a change in angle during processing or a coil subject to a change in size during rotation of the coil about a mandrel;

wherein the metal strip comprises a top face facing upward and a bottom face facing downward,

wherein the surface inspection unit comprises at least one sensor operable to detect a characteristic of a surface of the strip of metal, the surface defined in the angled segment or in the coil;

wherein the robotic assembly facilitates detection by the at least one sensor of the top face and the bottom face,

wherein the at least one sensor comprises multiple sensors,

wherein the robotic assembly facilitates simultaneous detection of the top face and the bottom face by the multiple sensors,

wherein the multiple sensors comprise a first sensor for detecting the angled segment and a second sensor for detecting the coil, and

wherein the robotic assembly comprises a robotic manipulator supporting the first sensor and the second sensor.

14. The robotic assembly of claim 13 , wherein the surface inspection unit comprises at least one sensor that comprises at least one of:

a thermal camera, a pyrometer, or another thermal sensor;

a roughness sensor; or

an optical sensor.

15. The robotic assembly of claim 13 , wherein the surface inspection unit comprises:

at least one sensor configured for providing information about a surface characteristic of the angled segment or the coil; and

at least one sensor configured for providing information about an orientation and a distance of the surface inspection unit relative to the angled segment or the coil.

16. The robotic assembly of claim 13 , wherein the controller is configured to control the robotic manipulator at least in part in response to information about an arrangement of the angled segment or the coil, the information about the arrangement being derived from information about rotation of a mandrel that changes at least one of the size of the coil or the orientation of the angled segment.