Abstract: Embodiments provide a structure, system, and method for ingress and egress. The structure includes a frame assembly defining at least one frame aperture. A removable panel may be secured to the frame assembly and define at least one removable panel aperture configured to align within the frame aperture. At least one fastener may removably couple the panel to the frame, the fastener extending through a corresponding one of the removable panel aperture and the frame aperture.

Abstract: A control circuit for activating at least one emergency light when a vehicle's brakes are applied is described. The control circuit includes a pressure switch configured to selectively couple a power source and an electrically-operated actuator to facilitate selectively energizing the electrically-operated actuator. The electrically-operated actuator includes at least one contact set configured to couple the power source to the at least one emergency light when the electrically-operated actuator is not energized. The control circuit also includes a manual reset circuit coupled to the pressure switch and to the electrically-operated actuator. The manual reset circuit configured to facilitate energizing the electrically-operated actuator upon receipt of an operator input.

Abstract: Embodiments provide a structure, system, and method for ingress and egress. The structure includes a frame assembly defining at least one frame aperture. A removable panel may be secured to the frame assembly and define at least one removable panel aperture configured to align within the frame aperture. At least one fastener may removably couple the panel to the frame, the fastener extending through a corresponding one of the removable panel aperture and the frame aperture.

Abstract: A control circuit for activating at least one emergency light when a vehicle's brakes are applied is described. The control circuit includes a pressure switch configured to selectively couple a power source and an electrically-operated actuator to facilitate selectively energizing the electrically-operated actuator. The electrically-operated actuator includes at least one contact set configured to couple the power source to the at least one emergency light when the electrically-operated actuator is not energized. The control circuit also includes a manual reset circuit coupled to the pressure switch and to the electrically-operated actuator. The manual reset circuit configured to facilitate energizing the electrically-operated actuator upon receipt of an operator input.

Abstract: A control circuit for activating at least one emergency light when a vehicle's brakes are applied is described. The control circuit includes a pressure switch configured to selectively couple a power source and an electronically-operated actuator to facilitate selectively energizing the electronically-operated actuator. The electronically-operated actuator includes at least one contact set configured to couple the power source to the at least one emergency light when the electronically-operated actuator is not energized. The control circuit also includes a manual reset circuit coupled to the pressure switch and to the electronically-operated actuator. The manual reset circuit configured to facilitate energizing the electronically-operated actuator upon receipt of an operator input.

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 control circuit for activating at least one emergency light when a vehicle's brakes are applied is described. The control circuit includes a pressure switch configured to selectively couple a power source and an electronically-operated actuator to facilitate selectively energizing the electronically-operated actuator. The electronically-operated actuator includes at least one contact set configured to couple the power source to the at least one emergency light when the electronically-operated actuator is not energized. The control circuit also includes a manual reset circuit coupled to the pressure switch and to the electronically-operated actuator. The manual reset circuit configured to facilitate energizing the electronically-operated actuator upon receipt of an operator input.

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.