The foregoing objectives may be achieved with an improved icemaker having an ice mold.Ī further feature of the present invention is an improved icemaker having an ice stripper that protects ice from falling back into the ice cavities after the ice is ejected but yet minimizes the amount of obstruction along a wall of the ice mold from cold freezer air used to freeze the water. The present invention solves or minimizes these problems and others as evident in the following specification and claims. Moreover, service calls resulting from prior art icemaker malfunctions are high and detract from the bottom line of a company. Additionally, production of ice cubes is slow and icemakers take up a significant portion of the freezer capacity. Ice is often formed with many trapped air bubbles forming “white” instead of clear ice. Unfortunately, the prior art icemakers do not work well. In general, the industry has taken an attitude that the current icemakers work well enough. While the industry has seen some incremental changes to the icemaker design, they have focused mainly on components outside the icemaker mold as the mold portion is very expensive to redesign and place into production. These problems have been exasperated by the fact that a significant design effort has not been overtaken by the industry for many years. The prior art icemakers suffer from a variety of issues relative to operation, ice formation, ice harvest without water spillage, quality issues, attachment issues to the inside of the refrigerator compartment, etc.

The present invention relates to an improved icemaker for freezer or icemaking compartments. 11/140,100 filed May 27, 2005, which application is hereby incorporated by reference in its entirety. This application is a Continuation application of U.S.

Electric circuit t.c.o. ice maker