Abstract: A double oven appliance having an upper and lower oven positioned below the upper oven along a vertical direction such that a gap is defined between a top wall of the lower oven and a bottom wall of the upper oven. A bracket having a mounting platform positioned within the gap and spaced from the top wall of the lower oven along the vertical direction. The double oven appliance further including a circuit board coupled to the mounting platform such that the circuit board may be spaced from the top wall of the lower oven along the vertical direction. Further, the circuit board may be cooled by a cooling medium flowing across the circuit board.

Abstract: A double oven appliance having an upper and lower oven positioned below the upper oven along a vertical direction such that a gap is defined between a top wall of the lower oven and a bottom wall of the upper oven. A bracket having a mounting platform positioned within the gap and spaced from the top wall of the lower oven along the vertical direction. The double oven appliance further including a circuit board coupled to the mounting platform such that the circuit board may be spaced from the top wall of the lower oven along the vertical direction. Further, the circuit board may be cooled by a cooling medium flowing across the circuit board.

Abstract: An oven appliance is provided. The oven appliance includes a top panel, a bottom panel, a back panel and a pair of side panels. The top panel, the bottom panel, the back panel and the pair of side panels are mounted to one another with a plurality of fasteners. The top panel, the bottom panel, the back panel and the pair of side panels define a cooking chamber for receiving food items for cooking.

Abstract: A frame structure for an appliance, such as an oven appliance, is provided. The frame structure includes a pair of vertical rails and a pair of lateral rails. A pair of hinges is mounted to the vertical rails, and a door is mounted to the vertical rails with the pair of hinges. A control panel is also mounted to the pair of vertical rails.

Abstract: An oven appliance is provided. The oven appliance includes a top panel, a bottom panel, a back panel and a pair of side panels. The top panel, the bottom panel, the back panel and the pair of side panels are mounted to one another with a plurality of fasteners. The top panel, the bottom panel, the back panel and the pair of side panels define a cooking chamber for receiving food items for cooking.

Abstract: A frame structure for an appliance, such as an oven appliance, is provided. The frame structure includes a pair of vertical rails and a pair of lateral rails. A pair of hinges is mounted to the vertical rails, and a door is mounted to the vertical rails with the pair of hinges. A control panel is also mounted to the pair of vertical rails.

Abstract: An oven includes an oven cavity, an oven door providing access to the oven cavity, and a dampening hinge member pivotably coupling the oven door to the oven. A channel encloses the dampening hinge member and provides a flow of air to the dampening hinge member.

Abstract: In an embodiment, a wall oven has a cooking cavity surrounded by a baffled cavity. The wall oven has a door for restricting access to the cooking cavity. A control cavity has a front surface maintaining controls for operation of the wall oven. An exhaust fan is in flow communication with the control cavity and the baffled cavity for directing air from the control cavity and the baffled cavity into an exhaust cavity. An air divider separates the control cavity from the exhaust cavity. A method for cooling a control panel of a wall oven is also disclosed.

Abstract: An assembly for an appliance is disclosed. The assembly includes a Human-Machine Interface (HMI) including an input component having a portion accessible to a user, and a display component to indicate information to the user, the display component being operatively connected to the input component. The assembly further includes a liquid barrier covering the HMI.

Abstract: In an embodiment, a wall oven has a cooking cavity surrounded by a baffled cavity. The wall oven has a door for restricting access to the cooking cavity. A control cavity has a front surface maintaining controls for operation of the wall oven. An exhaust fan is in flow communication with the control cavity and the baffled cavity for directing air from the control cavity and the baffled cavity into an exhaust cavity. An air divider separates the control cavity from the exhaust cavity. A method for cooling a control panel of a wall oven is also disclosed.

Abstract: A containment system for batteries of a data transmission equipment enclosure is disclosed. The system includes a number of identical side plates and integral top flanges for positioning around the batteries along with a front retention bar that has a series of slots for mating with slots formed in the side plates. A top channel frame member is connected to each of the side plates and to the enclosure. The system when installed in an enclosure prevents sideward, frontward and damaging upward movements of the batteries in response to seismic events. The system is careful, however, not to block the region under the batteries so that a heating pad can easily be installed if desired.

Abstract: A compact storage bracket and shelf apparatus is disclosed for the interior of an equipment enclosure. The bracket is attached to the inner surface of an enclosure door. This forms a storage compartment for literature or the like to be maintained within the enclosure. The shelf is pivotally connected to the bracket to close in a very compact arrangement and to open with enough space for a service technician's laptop computer. The shelf may be opened and closed in a very easy manner and the opening and closing may be accomplished with one hand. The shelf is maintained in a closed position by use of a spring biased plunger, and a shoulder bolt is used to abut an edge of a shelf wall to support the shelf in an opened position.

Abstract: A containment system for batteries of a data transmission equipment enclosure is disclosed. The system includes a number of identical side plates and integral top flanges for positioning around the batteries along with a front retention bar that has a series of slots for mating with slots formed in the side plates. A top channel frame member is connected to each of the side plates and to the enclosure. The system when installed in an enclosure prevents sideward, frontward and damaging upward movements of the batteries in response to seismic events. The system is careful, however, not to block the region under the batteries so that a heating pad can easily be installed if desired.