US 5,293,757 AGranted

Ice dispenser

AssigneeHoshizaki Denki Kabushiki Kaisha

InventorTomoyuki Nishio

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Abstract

The ice dispenser 10 has disposed therein an ice bin 17 having an ice discharge port 17a at the bottom which can store a great volume of ice pieces. A fixed plate 29 having a plurality of openings 29a defined in one row not in vertical alignment with the ice discharge port 17a of the ice bin 17 is disposed below the ice bin 17. A measuring device 18 with a plurality of measuring sections, having predetermined dimensions and opening upward and downward, corresponding to the number of the openings 29a is disposed slidably between the ice bin 17 and the fixed plate 29. The ice pieces charged to the measuring sections 19 through the ice discharge port 17a are discharged therefrom and supplied to a plurality of glasses 12 positioned below the respective openings 29a by shifting the measuring device 18 so as to bring the measuring sections 19 immediately above the corresponding openings 29a.

Claims2

Dependent claims

An ice dispenser (10) which supplies a measured amount of ice pieces (13) to a plurality of vessels (12) arranged in rows, respectively, which comprises:

an ice bin (17) storing a predetermined amount of ice pieces (13) therein and having an ice discharge port (17a) at the bottom;
a fixed plate (29) disposed below the ice bin (17), having a plurality of openings (29a), at least in one row, at the position not in vertical alignment with the ice discharge port (17a);
a measuring device (18) disposed slidably between ice bin (17) and the fixed plate (29), having a plurality of measuring sections (19) corresponding to the number of the openings (29a) defined in the fixed plate (29) arranged in a row in parallel with the row of the openings (29a), which can be shifted to the measuring position where the measuring sections (19) are communicating to the ice discharge port (17a) of the ice bin (17) and to the discharging position where the measuring sections (19) are communicating to the corresponding openings (29a) defined in the fixed plate (29);
and
a liquid supplying means (34, 50, 52) for supplying a liquid to the vessels (12) positioned below the respective openings (29a) of the fixed plate (29);
and
wherein the ice pieces (13) are designed to be charged to the measuring section (19) through the ice discharge port (17a) by shifting the measuring device (18) to the measuring position, with the vessels (12) being positioned below the respective openings (29a) of the fixed plate (29), and then discharged therefrom and supplied to the vessels (12) through the corresponding openings (29a) by shifting the measuring device (18) to the discharging position.

4 more elements

An ice dispenser (10) which supplies a measured amount of ice pieces (13) to a plurality of vessels (12) arranged in rows, respectively, which comprises;

an ice bin (17) storing a predetermined amount of ice pieces (13) therein and having an ice discharge port (17a) at the bottom;
a fixed plate (29) disposed below the ice bin (17), having a plurality of openings (29a), at least in one row, at the position not in vertical alignment with the ice discharge port (17a);
and
a measuring device (18) disposed slidably between the ice bin (17) and the fixed plate (29), having a plurality of measuring sections (19) corresponding to the number of openings (29a) defined in the fixed plate (29) arranged in a row in parallel with the row of the openings (29a), which can be shifted to the measuring position where the measuring section (19) are communicating to the ice discharge port (17a) of the ice bin (17) and to the discharging position where the measuring sections (19) are communicating through the corresponding openings (29a) defined in the fixed plate (29);
and
wherein
the ice pieces (13) are designed to be charged to the measuring section2 (19) through the ice discharge port (17a) by shifting the measuring device (18) to the measuring position, with the vessels (12) being positioned below the respective openings (29a) of the fixed plate (29), and then discharged therefrom and supplied to the vessels (12) through the corresponding openings (29a) by shifting the measuring device (18) to the discharging position;
recesses (19b) are defined on the top surface of the measuring device (18) so as to communicate with the measuring sections (19) respectively, in such a way that they may extend toward the rear end of the measuring device (18) when the measuring device (18) is positioned at the measuring position;
and
the ice pieces charged through the ice discharge port (17a) to the measuring sections (19) located at the measuring position are designed to be discharged therefrom and supplied to the vessels (12) positioned below the openings (29a) by shifting the measuring device (18) to the discharging position.

7 more elements

Dependencies are inferred from the claim text.