An electric range is provided that may include an air guide provided with a first member that prevents air, output from an air blowing fan, from flowing into a space between a lower surface of a case and a drive circuit.

An induction heating cooker for achieving high output of power and small thickness is provided. The induction heating cooker includes a main body provided at an upper side with a top plate, a heating coil to induction-heat a heating object loaded on the top plat, and a blower device configured to draw external air into the main body and blow the air into the heating coil. The heating coil and the blower device are accommodated in the main body. The main body is provided therein with a first flow path allowing air blown by the blowing device to be supplied toward the heating coil from an outer periphery side and a second flow path allowing air blown by the blowing device to be supplied toward the heating coil from a lower side.

A combination type cooker may include a top plate with a surface, a case that is configured to define a space shielded by the top plate, a gas burner that is provided inside the case, and in which a heat plate is heated by combustion of a fuel gas, an induction burner that is provided inside the case, and that is configured to heat a cooking container by induction, and a barrier that is provided between the gas burner and the induction burner, and that is configured to partition an inside of the case into a first space where the gas burner housed, and a second space where the induction burner is housed.

An inflow nozzle for an intake opening of a device for downward extraction of cooking vapours has a supporting structure and a plurality of pin-like elements arranged on the supporting structure.

A cooking appliance includes an insulated cooking chamber positioned within a cabinet and an air plenum defined between the cabinet and the insulated cooking chamber. A fan assembly includes a first fan and a second fan positioned adjacent each other and having a void region immediately downstream of their outlets. The fan housings may be positioned in direct contact with each other such that the flows of cooling air exiting each fan interact with each other to reduce or eliminate expansion losses. Alternatively, the fan housings may be separated by a small airgap to reduce expansion losses while entraining additional cooling air.

A recirculation grill that includes a cooktop supported by a stationary frame. The grill includes an intake aperture defining a plurality of slats configured for receiving smoke from the cooktop; a waste tray compartment connected to the trough for receiving waste and grease and having a drawer for removing and cleaning; an interior plenum configured to create a vacuum force to pull air and smoke from the cooktop into the intake aperture; a diffuser positioned over the trash compartment and extending downwardly and outwardly; a tunnel configured to receive air flow from the plenum; and a blower housing enclosing a blower fan configured for pulling air and smoke from the cooktop into the intake aperture and through the plenum. The intake aperture, the plenum, and the blower are configured to achieve 100% visible smoke capture.

A recirculation grill that includes a cooktop and an intake aperture defining a plurality of slats configured for receiving smoke from the cooktop; an interior plenum configured to create a vacuum force to pull air and smoke from the cooktop into the intake aperture; a diffuser positioned within the plenum and extending downwardly and outwardly; a tunnel configured to receive air flow from the plenum and having at least a filter; a blower housing enclosing a variable speed blower fan configured for pulling air and smoke from the cooktop into the intake aperture and through the plenum and into the tunnel; and a variable fan drive (VFD) for controlling the variable speed blower fan and improving the life of the filter. The intake aperture, the plenum, and the blower are configured to achieve 100% visible smoke capture.

A cooking appliance includes a body and a cooktop disposed on the body. A plurality of gas burner assemblies is operably coupled to the cooktop. A first frame member is coupled to a first side of the cooktop and defines at least a portion of a sump defined by the cooktop. A second frame member is coupled to a second side of the cooktop and defines at least a portion of the sump defined by the cooktop. A bracket is coupled to the first and second frame members. The bracket extends along a portion of a perimeter of the cooktop between the first and second frame members. The bracket defines at least a portion of the sump defined by the cooktop.

A cooking appliance having a cooling system includes an oven; a cooktop provided at an upper side of the oven; an electrical component disposed in a front surface of the cooktop; a first cooling duct provided between a top surface of the oven and a bottom surface of the cooktop to communicate with a first suction port in a front surface of the oven; an exhaust duct disposed in a rear surface of the cooktop and connected to a rear end of the first cooling duct; a second cooling duct communicating with a second suction port in the front surface of the cooktop and provided inside the cooktop; and an exhaust fan disposed in a connecting section between the first cooling duct and the exhaust duct, wherein the second cooling duct is connected to the first cooling duct in a position closer to the exhaust duct than the electrical component.

A recirculation grill that includes a cooktop and an intake aperture defining a plurality of slats configured for receiving smoke from the cooktop; an interior plenum configured to create a vacuum force to pull air and smoke from the cooktop into the intake aperture; a diffuser positioned within the plenum and extending downwardly and outwardly; a tunnel configured to receive air flow from the plenum and having at least a filter; a blower housing enclosing a variable speed blower fan configured for pulling air and smoke from the cooktop into the intake aperture and through the plenum and into the tunnel; and a variable fan drive (VFD) for controlling the variable speed blower fan and improving the life of the filter. The intake aperture, the plenum, and the blower are configured to achieve 100% visible smoke capture.