Disclosed is an outdoor portable gas stove, which includes a stove cover, a burner, a gas pipeline, an ignition device and a flame-out protection device. The burner is arranged in the stove cover, an annular gas passage is formed in the burner, a gas outlet and combustion hole is defined on an upper end face of the burner, and the gas outlet and combustion hole is communicated with the annular gas passage. The ignition device is arranged above the gas outlet and combustion hole and is configured for igniting gas. The gas pipeline is communicated with the annular gas passage, and a control valve is arranged on the gas pipeline. The flame-out protection device is arranged above the gas outlet and combustion hole and connected with the gas pipeline. The technical proposal of the present application can realize an overall control of gas supply.

A cooking appliance is provided having a burner box, and integrated gas burner in fluid communication with the burner box, a cooking fan in communication with the burner box and the integrated gas burner, and a controller. The controller is in operative communication with the integrated gas burner and the cooking fan. The controller is configured to initiate a cooking operation. The cooking operation includes receiving a user activation request for the integrated gas burner, prompting activation of the integrated gas burner, directing limited-speed operation of the cooling fan over a predetermined time period, and directing, in response to expiration of the predetermined time period, increased-speed operation of the cooling fan.

A gas oven with stations under parallel or synchronous control includes a plurality of temperature sensors, a controller and a plurality of processing stations. An air intake device includes a throttle valve, a gas transmission pipeline and a main gas valve. The throttle valve includes a combined gas control unit and a gas valve controller. The air intake device further includes an external gas supply source, and the gas supply source is connected to the gas transmission pipeline and a bakeware. The main gas valve and the throttle valve are separately arranged on the main gas transmission pipeline. The plurality of processing stations are provided with a plurality of gas sub-transmission pipelines and throttle valve gas main transmission pipelines, respectively. The gas oven further includes a communication module connected to a remote control to control the oven by way of a remote terminal or a mobile phone app.

A gas burner may include a burner body, a first gas orifice, a second gas orifice, a mixed outlet nozzle, an injet body, a gas supply line, a secondary gas line, and a flow sensor. The first gas orifice may be directed towards a plurality of naturally aspirated flame ports. The second gas orifice may be spaced apart from the first gas orifice. The mixed outlet nozzle may be downstream from the second gas orifice and directed towards a plurality of forced induction flame ports. The injet body may define an air passage and a mixing chamber downstream from the air passage. The gas supply line may be mounted on the injet body. The secondary gas line may extend in fluid parallel to the first gas orifice. The flow sensor may be positioned in fluid communication with the secondary gas line to detect a flow rate of gaseous fuel therethrough.

A combination microwave and cooktop has a transparent lid that is movable between a closed position where the lid overlays burners and an open position that exposes the burners. The microwave is located inside an enclosure that affixes the microwave through apertures in a bottom wall of the enclosure. A front trim bezel surrounds the front of the microwave and is affixed to the enclosure. Airflow for ventilation around the microwave is accomplished through vents in the rear wall of the enclosure and apertures in a top portion of the front trim bezel.

An item, in particular for domestic and/or furniture use, in particular a countertop or furniture unit, includes a carcass on which a glass-ceramic assembly is arranged, the glass-ceramic assembly including a glass-ceramic plate and an electronic module including at least one heating element, the carcass including a support surface on which the glass-ceramic plate is placed and fastened and a housing in which the heating element is arranged, wherein the glass-ceramic plate bears a fastening system for reversibly fastening it to the carcass.

A cooking burner includes a spreader defining a first side wall defining an outer profile having first and second extension sections opposed about a first axis. The spreader further defines first and second arced sections, each extending outwardly along a second axis perpendicular to the first axis from and between parallel straight segments of the first and second extension sections, respectively. The spreader further defines a second side wall disposed inwardly of and concentric with the first and second arced sections and a plurality of fuel outlets extending through both the first side wall and the second side wall. A circular inner cap is assembled with an upper portion of the circular inner profile, an annular outer cap is assembled with respective upper portions of the first and second arced sections, and first and second extension caps assembled with respective upper portions of the first and second extension sections.

A gas range for a vehicle contains a gas range height. The gas range contains an oven having an oven cavity, and a cooktop located above the oven. The cooktop contains a gas burner having a gas burner height, and a cooking grate above the gas burner. The cooking grate has a cooking grate height. A gas oxidation height is the difference between the cooking grate height and the gas burner height. The gas oxidation height is from about 10 mm to about 40 mm and the gas range height is from about 350 mm to about 450 mm. A gas range also contains an oven, a cooktop and a lid. The oven contains an oven cavity and a plurality of oven exhausts. The cooktop contains a gas burner and a cooking grate above the gas burner. The lid covers the cooking grate and the lid has an open position and a closed position. An oven exhaust leads from the oven cavity to the cooktop and when the lid is closed the lid forms a flat top. A counter may contain the gas oven and a vehicle may contain the gas oven and/or the counter.

A gas cooktop appliance includes a control panel and a fuel supply line. A gas valve is positioned on the fuel supply line. A bracket includes a top bracket portion extending over a top of the fuel supply line. A bottom bracket portion extends under a bottom of the fuel supply line. The bottom bracket portion is mounted to the top bracket portion. A mounting flange is connected to one or both of the top and bottom bracket portions. The mounting flange is positioned at and attached to a rear surface of the control panel that faces the fuel supply line and the gas valve.

A gas burner appliance for recycling wasted heat from a heating process and for distributing heat evenly to a vessel or product. A housing and a plate supported by the housing are provided for directly collecting wasted heat. A burner arm is also supported by the housing and disposed above the plate for receiving and combusting premixed fuel for uniformly distributing heat to the plate. An electric motor or a Stirling engine is supported by the housing and a gearless direct drive mechanism or chain and sprocket connect the motor to the burner arm. A thermal electric generator generates electricity directly from heat of the plate and can provide at least some of the generated electricity to the motor. A cutoff mechanism is operatively connected to the motor and to the thermal electric generator for detecting when no electricity is generated and for cutting off gas flow upon sensing that condition.