Abstract: A food service counter of the ice storage type which includes an ice storage tank 20 arranged to store an amount of ice and having a discharge hole 24 at a bottom, an ice supply device 30 for automatically producing chips of ice and supplying the same into the ice tank 20, and an agitating device 40 arranged within the ice tank 20 for agitating and leveling the chips of ice stored in the ice tank 20.

Abstract: An ice storage type food service counter composed of an ice storage tank 20 arranged to store an amount of ice and having a drain hole 24 at a bottom, an ice supply device 30 for automatically producing chips of ice and supplying them into the tank, an agitating device 40 arranged within the tank for agitating and leveling the chips of ice stored in the tank, a container assembly B detachably mounted on the agitating device 40 and placed on the stored chips of ice to contain drink and food therein, and a transparent cover plate 18 coupled over the ice storage tank 20, the cover plate having an opening through which the container assembly can be placed on the stored chips of ice.

Abstract: An ice storage type food service counter includes an ice storage tank (20) arranged to store an amount of ice and having a drain hole (24) at a bottom, an ice supply device (30) for automatically producing chips of ice and supplying the same into the ice storage tank (20), an agitating device (40) arranged within the ice storage tank for agitating and leveling the chips of ice stored in the ice storage tank, a container (B) formed to contain food and drink therein and mounted on the agitating device (40) to be displayed on the stored chips of ice, a water supply tank (50) arranged to store an amount of ice making water for use in the ice supply device (30), and a discharge tank (60) arranged below the ice storage tank (20) to store the water of melted ice discharged from the ice storage tank through a drain pipe (61) in connection to the drain hole.

Abstract: In an ice storage type food service counter with an ice storage tank, an ice supply device is provided to automatically produce chips of ice and supply the same into the ice storage tank, and an agitating device is provided to agitate and level the chips of ice stored in the ice storage tank. Under the ice storage tank, a water supply tank is arranged to store an amount of ice making water, and a discharge tank is arranged to store the water of melted ice discharged from the ice storage tank through a drain hole. Within the ice storage tank, there is provided an overlfow pipe having an upper end opening into the interior of the ice storage tank and extending downward to discharge therethrough the pieces of ice located above the upper end thereof into either one of the water supply tank or the discharge tank.