Ice bagging assembly

1. An ice bagging assembly comprising:

an ice bag merchandiser in mechanical cooperation with an ice bagging apparatus, the ice bag merchandiser configured to receive a plurality of ice bags from the ice bagging apparatus and maintain the ice within the ice bags in a frozen state;

a passageway connecting an interior space of the ice bagging apparatus with an interior space of the ice bag merchandiser, the passageway permitting passage of each of the plurality of ice bags; and

an ice bag distributor proximate the passageway and comprising at least two doors, the ice bag distributor automatically positionable between a first position and a second position;

wherein the at least two doors are selectively positionable to prevent a first ice bag of the plurality of ice bags from dropping into the ice bag merchandiser and allow the first ice bag to drop therebetween and into a first region of the ice bag merchandiser when the ice bag distributor is in a first position; and

wherein the at least two doors are selectively positionable to prevent a second ice bag of the plurality of ice bags from dropping into the ice bag merchandiser and allow the second ice bag to drop therebetween and into a second region of the ice bag merchandiser when the ice bag distributor is in a second position.

2. The assembly of claim 1 , wherein the ice bag distributor is automatically positionable between the first position and the second position via at least one of one or more latitudinal tracks and one or more longitudinal tracks.

3. The assembly of claim 2 , further comprising a sensor mounted within the ice bag merchandiser, the sensor configured to sense whether the first region or the second region is lower and to send a signal to the ice bag distributor to move to the lower region.

4. A method of forming a plurality of ice bag stacks in an ice bag merchandiser, the method comprising:

producing a plurality of ice bags in an ice bagging apparatus;

passing each of the plurality of ice bags from the ice bagging apparatus to an ice bag diverter, the ice bag diverter comprising at least two doors;

receiving a first ice bag of the plurality of ice bags on the at least two doors of the ice bag diverter in a first position so as to prevent the first ice bag from dropping into the ice bag merchandiser, automatically positioning the ice bag diverter from the first position to a second position;

selectively moving the at least two doors so as to drop the first ice bag therebetween and into a first region of the ice bag merchandiser; and

automatically positioning the ice bag diverter back to the first position from the second position, receiving a second ice bag of the plurality of ice bags on the at least two doors of the ice bag diverter in one of the first position and the second position so as to prevent the second ice bag from dropping into the ice bag merchandiser;

selectively moving the at least two doors so as to drop the second ice bag therebetween and into a second region of the ice bag merchandiser.

5. The method of claim 4 , wherein automatically positioning the ice bag diverter from the first position to the second position comprises automatically moving the ice bag diverter via at least one of one or more latitudinal tracks and one or more longitudinal tracks, and

wherein automatically positioning the ice bag diverter back to the first position from the second position comprises automatically moving the ice bag diverter via at least one of the one or more latitudinal tracks and one or more longitudinal tracks.

6. The method of claim 5 , wherein automatically positioning the ice bag diverter comprises sensing whether the first region or the second region is lower and automatically positioning the ice bag diverter to drop a third ice bag of the plurality of ice bags to the lower region.