Camera head with integrated PCB stator motors
Camera heads having up to three axes of rotation (e.g., pan, tilt, roll). Each axis of rotation coincides with the rotational output of a PCB stator motor. PCB stator motors are used to prevent cogging and to reduce weight, while giving haptic feedback to a user that allows the camera head to mimic the physical properties of various mechanical camera heads. For example, despite being lightweight, an embodiment of the inventive subject matter can imitate the feel of a much heavier mechanical system.
1. A camera head, comprising:
a roll motor comprising a roll motor printed circuit board (PCB) stator;
a tilt motor comprising a tilt motor PCB stator;
a pan motor comprising a pan motor PCB stator;
wherein the roll motor is annular having a through hole, and a camera mount is coupled thereto such that a mounted camera can be at least partially disposed in the through hole;
wherein the roll motor couples with the tilt motor by a roll motor mount; and
wherein the tilt motor couples with the pan motor by a tilt motor mount.
2. The camera head of claim 1 , wherein the roll motor is annular.
3. The camera head of claim 1 , wherein the tilt motor is annular.
4. The camera head of claim 1 , wherein the roll motor PCB stator is a partial stator.
5. The camera head of claim 4 , wherein the roll motor PCB stator is shaped according to an arc segment.
6. The camera head of claim 1 , wherein the camera mount comprises a set of mounting rods.
7. The camera head of claim 1 , wherein the roll motor comprises an annular roll rotor having an interior facing surface.
8. The camera head of claim 7 , wherein the camera mount couples with the interior facing surface.
9. The camera head of claim 1 , further comprising a motor controller configured to cause the roll motor, the tilt motor, and the pan motor to provide haptic feedback.
10. A camera head, comprising:
a first motor comprising a first motor PCB stator;
a second motor comprising a second motor PCB stator;
wherein the first motor couples with the second motor by a first motor mount;
wherein the first motor is configured to cause rotation about a first axis, and the second motor is configured to cause rotation about a second axis; and
wherein the first axis is orthogonal to the second axis.
11. The camera head of claim 10 , wherein the first motor is annular.
12. The camera head of claim 10 , wherein the second motor is annular.
13. The camera head of claim 10 , wherein a camera mount couples with the first motor.
14. The camera head of claim 10 , wherein a camera mount couples with the second motor.
15. The camera head of claim 10 , further comprising a motor controller configured to cause the first motor and the second motor to provide haptic feedback.
16. A camera head, comprising:
a first motor comprising a first motor printed circuit board (PCB) stator;
wherein the first motor PCB stator is a partial stator;
a second motor comprising a second motor PCB stator;
a third motor comprising a third motor PCB stator;
wherein the first motor couples with the second motor by a first motor mount;
wherein the second motor couples with the third motor by a second motor mount;
wherein the first motor is configured to cause rotation about a first axis, the second motor is configured to cause rotation about a second axis, and the third motor is configured to cause rotation about a third axis; and
wherein the first axis is orthogonal to the second axis, and wherein the second axis is orthogonal to the third axis.
17. The camera head of claim 16 , wherein the first motor is annular.
18. The camera head of claim 16 , wherein the second motor is annular.
19. The camera head of claim 16 , wherein the third motor is annular.
20. The camera head of claim 16 , further comprising a motor controller configured to cause the first motor, the second motor, and the third motor to provide haptic feedback.