Motorized archery bow and method

1. An archery bow comprising:

a frame comprising a front surface, wherein, when the archery bow is aimed in a forward direction toward a target:

the front surface at least partially faces toward the target,

a vertical plane extends through the front surface, and

the frame is entirely located rearward of the vertical plane;

a bow string supported by the frame;

a cable supported by the frame;

a plurality of flexible limbs coupled to the frame, wherein the flexible limbs are configured to support the bow string, wherein each of the flexible limbs comprises a limb portion located rearward of the vertical plane when the archery bow is aimed in the forward direction;

a plurality of rotors, wherein each of the rotors:

is coupled to one of the flexible limbs;

defines a groove that at partially receives the bow string; and

is coupled to the cable;

at least one electrical motor coupled to the frame; and

at least one rod comprising a plurality of threads, wherein the at least one rod is operatively coupled to:

the at least one electrical motor; and

at least one of the flexible limbs,

wherein, when the bow string is supported by the flexible limbs:

the at least one electrical motor is configured to cause the at least one rod to rotate;

the rotation of the at least one rod results in a force that is directed toward the limb portion of the at least one flexible limb;

the force causes the limb portion of the at least one flexible limb to move relative to the frame;

the movement of the limb portion of the at least one flexible limb causes an increase in a tension of the bow string; and

the tension increases after the limb portion of the at least one flexible limb begins to move.

2. The archery bow of claim 1 , wherein:

the archery bow comprises a compound bow;

the frame comprises a riser; and

at least one of the rotors comprises a cam.

3. The archery bow of claim 2 , comprising:

a member comprising a pivot point that supports the at least one flexible limb, wherein the member is located rearward of the vertical plane when the archery bow is aimed in the forward direction; and

a movable base that supports the member,

wherein the force causes the movable base to move relative to the frame, which causes the pivot point to move relative to the frame.

4. The archery bow of claim 1 , wherein the frame defines a space that at least partially receives the at least one electrical motor, wherein the at least one electrical motor is at least partially positioned within the space.

5. The archery bow of claim 1 , wherein the at least one rod comprises one of a threaded rod, a threaded screw or a threaded spindle.

6. The archery bow of claim 1 , wherein the at least one rod comprises a worm gear.

7. The archery bow of claim 1 , wherein:

the at least one flexible limb comprises a first flexible limb;

the bow string comprises:

a first end section extending toward the first flexible limb;

a second end section extending toward a second one of the flexible limbs; and

an intermediary section located between the first and second end sections; and

the tension increases independent of any force applied to the intermediary segment by any object that moves relative to the frame.

8. The archery bow of claim 1 , wherein the at least one rod is connected to at least one gear that comprises a plurality of teeth.

9. The archery bow of claim 1 , comprising a battery that is operatively coupled to the electrical motor.

10. The archery bow of claim 9 , wherein the frame defines a space configured to at least partially receive the battery, wherein the battery at least partially fits within the space.

11. An archery bow comprising:

a frame comprising a front surface configured to at least partially face in a forward direction, wherein a vertical plane extends through the front surface;

a plurality of limbs coupled to the frame;

a plurality of rotors, wherein each of the rotors is supported by one of the limbs, wherein each of the rotors is configured to be coupled to a bow string;

at least one motor supported by the frame; and

at least one rod operatively coupled to the at least one motor,

wherein, in response to an operation of the at least one motor, the at least one rod is configured to rotate,

wherein the rotation of the at least one rod results in a force directed toward a portion of at least a first one of the limbs,

wherein the portion is located rearward of the vertical plane,

wherein the force causes the portion to at least partially move relative to the frame,

wherein, when Hall the bow string is supported by the limbs, the movement of the portion of the first limb causes an increase in a tension of the bow string.

12. The archery bow of claim 11 , wherein the increase in the tension occurs without relying upon any force applied directly to the bow string by any object that is in motion relative to the frame.

13. The archery bow of claim 11 , wherein, when the bow string is supported by the limbs, the at least one motor and the at least one rod are configured to cooperate to apply a limb moving force to the first limb, wherein the limb moving force is transmitted to the first limb before being transmitted to the bow string.

14. The archery bow of claim 11 , wherein:

the bow string comprises:

a first end section extending toward the first limb;

a second end section extending toward a second one of the limbs; and

an intermediary section located between the first and second end sections; and

the tension increases independent of any force applied to the intermediary section by any object that moves relative to the frame.

15. The archery bow of claim 11 , wherein:

the limbs comprise a second limb;

the at least one rod comprises a first rod;

the at least one motor comprises a first motor; and

the archery bow comprises

a second motor supported by the frame;

a second rod operatively coupled to the second motor;

wherein, in response to an operation of the first and second motors, the first and second rods are configured to rotate, respectively,

wherein the rotations of the first and second rods cause the first and second limbs to at least partially move relative to the frame.

16. The archery bow of claim 11 , wherein the frame defines a space that at least partially receives the motor.

17. The archery bow of claim 11 , wherein the at least one rod comprises one of a threaded rod, a threaded screw, or a threaded spindle.

18. The archery bow of claim 11 , comprising a battery that is operatively coupled to the motor, wherein the frame defines a space configured to at least partially receive the battery.

19. A method for manufacturing an archery bow, wherein the method comprises:

coupling a plurality of limbs to a frame, wherein the frame comprises a front surface configured to at least partially face in a forward direction, wherein a vertical plane extends through the front surface;

obtaining a plurality of rotors, and coupling each of the rotors to one of the limbs, wherein each of the rotors is configured to be coupled to a bow string;

coupling at least one motor to the frame; and

operatively coupling at least one rod to the at least one motor,

wherein, in response to an operation of the at least one motor, the at least one rod is configured to rotate,

wherein the rotation of the at least one rod results in a force directed toward a portion of at least a first one of the limbs,

wherein the portion is located rearward of the vertical plane,

wherein the force causes the portion to at least partially move relative to the frame,

wherein, when Hall the bow string is supported by the limbs, the movement of the portion of the first limb occurs before and independent of any increase in tension of the bow string.

20. The method of claim 19 , comprising configuring the at least one motor and the at least one rod to cooperate so that, when the bow string is supported by the limbs, the at least one rod conveys a limb moving force to the first limb, wherein the limb moving force is transmitted to the first limb before being transmitted to the bow string.