An ice dispenser including an ice supply container; a shaft extending into the supply container; a stirrer rotatable about the shaft which extends into the supply container, the stirrer being connectable to a rotation drive device that rotates the stirrer; an output chamber communicated with the supply container, the output chamber having an ice outlet opening; a slider rotatable in the output chamber, a rotation of the slider in a predetermined manner operating to bring the slider into moving engagement with ice located in the output chamber; and a coupling selectively disposable between an active coupling disposition in which the coupling operatively interconnects the stirrer and the slider to one another such that the slider rotates in correspondence with a rotation of the stirrer and a decoupling disposition in which the coupling does not operatively interconnect the stirrer and the slider to one another.
1. An ice dispenser comprising:
a supply container defining a volume in which pieces of ice are retained;
a shaft extending into the volume defined by the supply container;
a stirrer rotatable about the shaft which extends through the supply container, the stirrer being connectable to a rotation drive device that rotates the stirrer;
an output chamber communicated with the supply container, the output chamber having an outlet opening via which the ice in the output container can exit from the output chamber;
a slider rotatable in the output chamber, a rotation of the slider in a predetermined manner operating to bring the slider into moving engagement with the ice located in the output chamber; and
a coupling selectively disposable between an active coupling disposition in which the coupling operatively interconnects the stirrer and the slider to one another such that the slider rotates in correspondence with a rotation of the stirrer and a decoupling disposition in which the coupling does not operatively interconnect the stirrer and the slider to one another for corresponding rotation of the slider in correspondence with a rotation of the stirrer.
2. The ice dispenser according to claim 1 wherein the stirrer and the slider have a common axis of rotation.
3. The ice dispenser according to claim 1 wherein the output chamber is formed as a cylinder concentric with the axis of rotation of the slider and wherein the outlet opening is formed on a lateral surface of the cylinder.
4. The ice dispenser according to claim 3 wherein a face side of the cylindrical output chamber is open to the supply container.
5. The ice dispenser according to claim 1 and further comprising a dividing wall disposed between the supply container and the output chamber, wherein the dividing wall is formed with a through-opening.
6. The ice dispenser according to claim 5 wherein the slider is configured for being fixed in a position blocking off the through-opening.
7. The ice dispenser according to claim 1 wherein the supply container has a floor sloping downwardly toward the output chamber.
8. The ice dispenser according to claim 1 wherein the slider includes a first set of fingers and wherein a second set of fingers is supplied in the output chamber, with at least one of said first set of fingers and said second set of fingers including at least two axially spaced fingers, and that for a rotation of the slider, a finger of each respective set fits into a space between two fingers of the other respective set.
9. The ice dispenser according to claim 8 wherein the second set of fingers is configured for being fixed in a disposition bridging the outlet opening.
10. The ice dispenser according to claim 9 wherein the second set of fingers is configured for movement between the setting bridging the outlet opening and a setting releasing the outlet opening.
11. The ice dispenser according to claim 9 wherein the setting bridging the outlet opening is a stable equilibrium setting of the second set of fingers.
12. The ice dispenser according to claim 8 wherein the second set of fingers is configured for selectively being latched in the outlet chamber or to be turned jointly with the slider about its axis of rotation.
13. The ice dispenser according to claim 12 wherein the second set of fingers is coupled positively to the slider so as to be carried along by the rotation of the slider.