Abstract: Systems and methods for obtaining a location of an appliance are provided. In particular, the systems and methods include features for automatically obtaining a location of an appliance, e.g., for registration purposes. In one example aspect, a system includes an appliance that includes features for providing a local appliance network, a user device for connecting to the local appliance network, and a remote computing device communicatively coupled with the user device. To obtain the location of the appliance, the user device first connects with the local appliance network. The user device then obtains data indicative of the geographic location of the user device while connected to the appliance network and routes the data to the remote computing device. As the range of the local appliance network is limited, the location of the user device while connected to the local appliance network is assumed as the geographic location of the appliance.

Abstract: Systems and methods for obtaining a location of an appliance are provided. In particular, the systems and methods include features for automatically obtaining a location of an appliance, e.g., for registration purposes. In one example aspect, a system includes an appliance that includes features for providing a local appliance network, a user device for connecting to the local appliance network, and a remote computing device communicatively coupled with the user device. To obtain the location of the appliance, the user device first connects with the local appliance network. The user device then obtains data indicative of the geographic location of the user device while connected to the appliance network and routes the data to the remote computing device. As the range of the local appliance network is limited, the location of the user device while connected to the local appliance network is assumed as the geographic location of the appliance.

Abstract: A method of using a remote server to operate an appliance includes an appliance sending data indicative of usage patterns of the appliance to a remote server. The remote server identifies a routine event based on the data and sends an event initiation prompt including operational data related to the routine event to the appliance or a user of the appliance. The user may confirm that the routine should be initiated, and such confirmation may be communicated to the appliance before the appliance initiates the routine event.

Abstract: The present invention relates to a door for a refrigerator appliance having reinforcing corner brackets that structurally complete the corners of the door. The corner brackets are located at the door corners of the vertical and horizontal side walls of the outer door skin. The brackets structurally replace and reinforce the horizontal side wall immediately adjacent the vertical side wall with a thicker, stronger material, such as, metal or steel, so that loading normally transferred to the outer door skin through the horizontal side wall at this corner location is instead transferred directly to the brackets mounted in the door. The horizontal side wall at the corner adjacent the vertical side wall has a cut-out or an open section. The brackets each have an opening positioned at the cut-out section. The opening is adapted to receive a hinge pin or closure cap. The door has an elongate supporting strut in the form of a hollow cylindrical tube engaging the brackets to reinforce the corners.

Abstract: A refrigerator door has an outer door panel having an outer skin with rearwardly extending peripheral vertical and horizontal side walls. Four corners are located between adjacent horizontal and vertical side walls. An inner door liner is secured to the outer door panel to define a cavity between the inner liner and the sheet. Cut-out sections are formed in the horizontal side walls adjacent the corners to define exposed edges extending along the vertical side wall, the horizontal side wall and outer skin of the door. A reinforcing corner bracket is positioned within the cavity adjacent each cut-out section assuming normal loading forces associated with the door. Epaulet covers extend over the cut-out sections and the exposed edges. The epaulet covers each have a flange depending therefrom and adapted to overlay an outside surface portion of the outer door skin and the vertical side wall.

Abstract: A refrigerator has French doors with vertically extending confronting side walls. At least one of the confronting side walls has a movable sealing gasketing member adapted to sealingly engage the other confronting side wall when the doors are in a closed position. The doors move between an open position and into the closed position through a temporary intermediate partially closed position. In the partially closed position the doors extend over the refrigerator compartment with temporary non-sealing vertically extending portions of the confronting side walls of the doors spaced apart from one another a predetermined gap distance. A first set of magnets are positioned in the doors at least along the temporary non-sealing vertically extending portions of the confronting side walls.