Abstract: The present invention provides a cooking appliance, comprising a heat insulation cavity assembly, the heat insulation cavity assembly comprising a cooking cavity and a heat insulation frame, a heat insulation member being disposed between the cooking cavity and the heat insulation frame, and a heat dissipation structure being disposed outside the heat insulation cavity assembly. The present invention can effectively prevent heat in the oven cavity from being transferred to the outside, preventing excessive heat dissipation load in the electrical cavity; meanwhile, the heat dissipation structure can ensure operational reliability of key components, which is critical for cooking appliances having dual magnetrons.

Abstract: The present invention provides a cooking appliance, comprising a housing, wherein a heating chamber is disposed within the housing, a support structure is disposed on a side wall of the heating chamber for supporting a partition component, and a limiting protrusion structure is disposed on the side wall for limiting the partition component when it is pulled out; the housing comprises a base, the base is located at a lower portion of the heating chamber, a pullable storage member is disposed below the base, and a gap exists between the storage member and the base. The present invention improves space utilization by forming an accommodating space at the bottom of the cooking appliance, while the arrangement of the limiting protrusion structure can limit the partition component when the partition component is pulled out to prevent tipping.