Endoscope lighting control with camera extension

1. A scope system, comprising:

an elongate tube defining a longitudinal axis therethrough, the elongate tube comprising:

a lumen extending therethrough; and

a distal surface comprising a light;

a movable member extending longitudinally at least partially within the lumen, the movable member comprising a second lumen extending therethrough; and

a camera extending longitudinally at least partially within the second lumen, the light received by a lens of the camera;

wherein an illumination characteristic of the light is configured to be controlled by:

proximal or distal movement of the movable member relative to the elongate tube along the longitudinal axis by:

rotational movement of the movable member about the longitudinal axis; or

any combination of by proximal or distal movement of the movable member relative to the elongate tube along the longitudinal axis and rotational movement of the movable member about the longitudinal axis.

2. The scope system of claim 1 , wherein an outer surface of the movable member and/or an inner surface of the elongate tube comprises a conductive surface configured to provide an indication of proximal or distal and/or rotational movement of the movable member relative to the elongate tube.

3. The scope system of claim 1 , wherein an outer surface of the movable member and/or an inner surface of the elongate tube comprises a visual marker configured to provide an indication of proximal, distal, and/or rotational movement of the movable member relative to the elongate tube.

4. The scope system of claim 1 , wherein an outer surface of the movable member and/or an inner surface of the elongate tube comprises a protrusion, a depression, a keying feature, and/or a shape set curve configured to provide an indication of proximal, distal, and/or rotational movement of the movable member relative to the elongate tube.

5. The scope system of claim 1 , wherein each of a distal end of the movable member and the distal end of the elongate tube is configured for independent steering;

wherein a proximal end of the scope system comprises switchable steering controls; and

wherein the illumination characteristic of the light is controllable by switching the switchable steering controls.

6. The scope system of claim 1 , wherein the elongate tube and/or the movable member comprises a motion sensor configured to detect an indication of proximal or distal and/or rotational movement of the movable member relative to the elongate tube.

7. The scope system of claim 1 , wherein the elongate tube and/or the movable member comprises a photosensor configured to detect an indication of the illumination characteristic surrounding the distal surface.

8. The scope system of claim 1 , wherein the illumination characteristic of the light comprises an illumination level, an illumination color, an illumination frequency, gain, contrast, or exposure; and

wherein the illumination characteristic is configured to be controlled by providing feedback from a motion sensor or a photosensor to a lighting control system.

9. The scope system of claim 1 , wherein the scope system is configured to provide a user with at least one of a haptic indication and a visual indication of the proximal or distal movement and/or the rotational movement of the movable member.

10. The scope system of claim 1 , wherein the scope system is configured for manual control of the illumination characteristic of the light.

11. The scope system of claim 1 , wherein an illumination level of the light is configured to be adjusted upward or downward.

12. A scope system, comprising:

an elongate tube comprising a lumen extending therethrough and a distal end section;

an accessory channel movably disposed at least partially within the lumen of the elongate tube, the accessory channel comprising a second lumen extending therethrough; and

a camera extending longitudinally at least partially within the second lumen, the camera comprising a lens;

wherein a distal section of the accessory channel is rotatably moveable about a pivot point between a forward-facing direction and an angled direction, the pivot point being fixed relative to the distal end section of the elongate tube;

wherein a light is fixed to the distal section of the accessory channel such that when the distal section of the accessory channel rotates between the forward-facing direction and the angled direction, the light also rotates relative to the distal end section of the accessory channel, the light received by the lens; and

wherein an illumination characteristic of the light is configured to be at least partially controlled by at least a rotational movement of the distal section about the pivot point between the forward-facing direction and the angled direction.

13. The scope system of claim 12 , wherein each of the distal section of the accessory channel and the distal end section of the elongate tube is configured for independent steering;

wherein a proximal end of the scope system comprises switchable steering controls; and

wherein the light is configured to be controlled by switching the switchable steering controls.

14. The scope system of claim 12 , wherein the elongate tube and/or the accessory channel comprises a motion sensor configured to detect an indication of rotational movement of the distal section about the pivot point and/or proximal or distal movement of the distal end section.

15. The scope system of claim 12 , wherein the distal end section and/or the distal section comprises a photosensor configured to detect an indication of the illumination characteristic surrounding the distal end section.

16. The scope system of claim 12 , wherein the illumination characteristic of the light is configured to be controlled by providing feedback from a motion sensor or a photosensor to a lighting control system.

17. The scope system of claim 12 , wherein the scope system is configured for manual control of the illumination characteristic of the light.

18. A scope system, comprising:

an elongate tube defining a longitudinal axis therethrough, the elongate tube comprising:

a lumen extending therethrough; and

a distal surface comprising a light;

a movable member extending longitudinally at least partially within the lumen, the movable member comprising a second lumen extending therethrough; and

a photosensor on the elongate tube and/or the movable member configured to detect an indication of an illumination characteristic surrounding the distal surface and/or distal or proximal movement of the movable member relative to the elongate tube and/or rotational movement of the movable member about the longitudinal axis; and

a detection circuit electronically connected to the photosensor, the detection circuit comprising a processor;

wherein the processor is configured to cause:

an increase in a level of the illumination characteristic when the photosensor detects the indication of the illumination characteristic that is lower than a predetermined minimum level of the illumination characteristic; and

a decrease in a level of the illumination characteristic when the photosensor detects the indication of the illumination characteristic that is higher than a predetermined maximum level of the illumination characteristic.

19. The scope system of claim 18 , further comprising a camera extending longitudinally at least partially within the second lumen, the camera comprising the photosensor.

20. The scope system of claim 18 , wherein the elongate tube and/or the movable member comprises a motion sensor configured to detect an indication of proximal, distal, or rotational movement of the movable member relative to the elongate tube.