Magazine for light sticks

1. A light stick-dispensing magazine comprising:

an elongated tubular body defining a chamber configured to contain a stack of elongated light sticks each having a selected light stick length and opposed ends;

the body defining an exit aperture communicating with the chamber and proximate to a light stick feeding position;

a movable actuator proximate the exit aperture and movable between a rest position and an actuated position;

the body having a retention element proximate the exit aperture;

the actuator having a pair of spaced apart contact portions spaced apart from the retention element, with the retention element intermediate the contact portions;

the contact portions being spaced apart by a limited distance less than the light stick length such that the contact portions contact the light stick away from the light stick opposed ends; and

the retention element and contact portions being operable to flex a light stick occupying the light stick feeding position adequately to fracture an internal element to actuate the light stick in response to movement of the actuator from the rest position to the actuated position.

2. The light stick-dispensing magazine of claim 1 wherein the retention element and contact portion are operable to eject the light stick occupying the light stick feeding position in response to movement of the actuator from the rest position to the actuated position.

3. The light stick-dispensing magazine of claim 1 wherein one of the retention element and the contact portion is configured to contact the light stick occupying the light stick feeding position at an end portion of the light stick, and the other of the retention element and contact portion is configured to contact the light stick occupying the light stick feeding position at an intermediate portion of the light stick.

4. The light stick-dispensing magazine of claim 1 wherein one of the retention element and the contact portion is configured to contact the light stick occupying the light stick feeding position at opposed end portions of the light stick and the other of the retention element and contact portion is configured to contact the light stick occupying the light stick feeding position at an intermediate portion of the light stick.

5. The light stick-dispensing magazine of claim 1 wherein the contact portion includes a plurality of contact points along the length of the light stick and is operable to flex the light stick at each of the contact points.

6. The light stick-dispensing magazine of claim 1 wherein the actuator is movable in a direction perpendicular to a length of the elongated body.

7. The light stick-dispensing magazine of claim 1 wherein the body has opposed parallel major faces and the actuator is movable in a direction perpendicular to the opposed parallel major faces.

8. A light stick-dispensing magazine comprising:

an elongated tubular body defining a chamber configured to contain a stack of elongated light sticks each having an elongated front side and an opposed elongated back side;

the body defining an exit aperture communicating with the chamber and proximate to a light stick feeding position;

a movable actuator proximate the exit aperture and movable between a rest position and an actuated position;

the body having a retention element proximate the exit aperture and configured to contact a portion of a selected one of the elongated front and back sides of a light stick;

the actuator having a contact portion spaced apart from the retention element and configured to contact a portion the other of the elongated front and back sides of a light stick; and

the retention element and contact portion being operable to flex a light stick occupying the light stick feeding position adequately to fracture an internal element to actuate the light stick in response to movement of the actuator from the rest position to the actuated position.

9. The light stick-dispensing magazine of claim 8 wherein the retention element and contact portion are operable to eject the light stick occupying the light stick feeding position in response to movement of the actuator from the rest position to the actuated position.

10. The light stick-dispensing magazine of claim 8 wherein one of the retention element and the contact portion is configured to contact the light stick occupying the light stick feeding position at an end portion of the light stick, and the other of the retention element and contact portion is configured to contact the light stick occupying the light stick feeding position at an intermediate portion of the light stick.

11. The light stick-dispensing magazine of claim 8 wherein one of the retention element and the contact portion is configured to contact the light stick occupying the light stick feeding position at opposed end portions of the light stick and the other of the retention element and contact portion is configured to contact the light stick occupying the light stick feeding position at an intermediate portion of the light stick.

12. The light stick-dispensing magazine of claim 8 wherein the contact portion includes a plurality of contact points along the length of the light stick and is operable to flex the light stick at each of the contact points.