Abstract: A cooking appliance has a cabinet including a front portion, opposing side panels, a base portion, a back panel and a top surface. First and second oven cavities are disposed within the cabinet. Each of the first and second oven cavities include respective sidewall portions maintained in a spaced apart relationship from the opposing side panels. A first airflow passageway provides combustion air to the first oven cavity and cooling air within the cabinet and a second airflow passageway provides combustion air to the lower cavity. The second airflow passageway is separated from the first airflow passageway.

Abstract: A cooking appliance has a cabinet including a front portion, opposing side panels, a base portion, a back panel and a top surface. First and second oven cavities are disposed within the cabinet. Each of the first and second oven cavities include respective sidewall portions maintained in a spaced apart relationship from the opposing side panels. A first airflow passageway provides combustion air to the first oven cavity and cooling air within the cabinet and a second airflow passageway provides combustion air to the lower cavity. The second airflow passageway is separated from the first airflow passageway.

Abstract: A vehicle brake system includes a brake unit, a brake line associated with the brake unit, and an activatable pyrotechnic device associated with the brake line. Upon activation, the pyrotechnic device is configured to supply gas directly into the brake line to increase pressure in the brake line, such that increased pressure is applied to the brake unit.

Abstract: A control system for an oven includes a first and a second temperature sensor, and a controller. The oven has a first cavity and a second cavity and includes, a first electrical heating element positioned within the first oven cavity, and a second electrical heating element positioned within the second oven cavity. The first temperature sensor is configured to detect a temperature within the first oven cavity, and the second temperature sensor is configured to detect a temperature within the second oven cavity. The controller is operatively coupled to the temperature sensors and the heating elements. The controller is configured to receive signals from the sensors and energize both the first and second heating elements by allowing energy to be supplied to only one of the first and second heating elements at a given time.

Abstract: An electric cooking appliance is provided. The electric cooking appliance includes a plurality of surface heating elements and a plurality of sensors configured to monitor an operational status of a corresponding surface heating element. The electric cooking appliance also includes a first cooking unit, a second cooking unit and an electronic control to facilitate sharing power between the first cooking unit and the second cooking unit based on the operational status of the plurality of surface heating elements.

Abstract: An electric cooking appliance is provided. The electric cooking appliance includes a plurality of surface heating elements and a plurality of sensors configured to monitor an operational status of a corresponding surface heating element. The electric cooking appliance also includes a first cooking unit, a second cooking unit and an electronic control to facilitate sharing power between the first cooking unit and the second cooking unit based on the operational status of the plurality of surface heating elements.

Abstract: A control system for an oven includes a first and a second temperature sensor, and a controller. The oven has a first cavity and a second cavity and includes, a first electrical heating element positioned within the first oven cavity, and a second electrical heating element positioned within the second oven cavity. The first temperature sensor is configured to detect a temperature within the first oven cavity, and the second temperature sensor is configured to detect a temperature within the second oven cavity. The controller is operatively coupled to the temperature sensors and the heating elements. The controller is configured to receive signals from the sensors and energize both the first and second heating elements by allowing energy to be supplied to only one of the first and second heating elements at a given time.