General Electric Company

Joseph Michael Hauser

Lorina June White

Alan Joseph Mitchell

Khalid Jamal Mashal

Jeffrey Michael Colyer

John Alexander Gardner

Martin Scott Mershon

Christopher Styn

A system and method for controlling an icemaker assembly to prevent premature ice harvests is provided. In particular implementations, normal icemaker operations, including ice cube harvesting, can be suspended when an ice cube level in an ice cube storage bin is detected to exceed a predetermined threshold or when a command is received to prevent harvesting. When a command to prevent harvesting is received, communication from an ice cube storage bin sensor can be disconnected, for instance, after a current harvesting cycle is complete. The communication from the ice cube storage bin sensor can be reconnected following a time interval or after receiving a command to re-start the normal operations.

Icemaker shut off method for premature harvest reduction

An ice making assembly for a refrigeration appliance includes an ice maker having a mold body defining a plurality of compartments for forming ice cubes therein, a heating element for heating the ice cubes to create a melted portion to assist in removal of the ice cubes from the compartment, and a harvesting assembly including a plurality of elements attached to a rotatable rod. Each element is movable via rotation of the rod through a respective one of the compartments to remove an ice cube from the compartment. Rotation of the rod stopping for a period of time at a stop position in which a removed ice cube can rest atop the harvesting assembly to refreeze the melted portion. Related refrigeration appliances are also disclosed.

Ice making assembly with optimized harvesting and related refrigeration appliance

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Louisville, KY, United States of America

Joseph Michael Hauser