A heating cooking apparatus (100) includes a heating cooking chamber (100A) and a microwave supply unit (15). An object to be heated (H) is accommodated in the heating cooking chamber (100A). A microwave supply unit (15) includes a radiation port (15C) and supplies microwaves to the heating cooking chamber (100A) through the radiation port (15C). The radiation port (15C) is positioned below the heating cooking chamber (100A). The heating cooking apparatus (100) further includes a partitioning member (15B) that covers the radiation port (15C) and a placing portion (22) on which the object to be heated (H) is placed.

The present disclosure belongs to the field of kitchen equipment, and in particular relates to a cooking device. The cooking device of the present disclosure includes a cabinet and an installation bracket. A cooking chamber is formed in the cabinet, and the installation bracket is detachably connected to the cabinet. A fan assembly is arranged on the installation bracket, and a fume exhaust duct that communicates with the fan assembly is arranged in the installation bracket or in the cabinet. According to the cooking device of the present disclosure, the cabinet and the fan assembly are arranged separately, the fan assembly is arranged on the installation bracket, and a fume exhaust duct that communicates with the fan assembly is arranged inside the installation bracket.

The present disclosure belongs to the field of kitchen equipment, and in particular relates to a cooking device. The cooking device of the present disclosure includes a cabinet and an installation bracket. A cooking chamber is formed in the cabinet, and the installation bracket is detachably connected to the cabinet. A fan assembly is arranged on the installation bracket, and a fume exhaust duct that communicates with the fan assembly is arranged in the installation bracket or in the cabinet. According to the cooking device of the present disclosure, the cabinet and the fan assembly are arranged separately, the fan assembly is arranged on the installation bracket, and a fume exhaust duct that communicates with the fan assembly is arranged inside the installation bracket.

A modular cooking apparatus includes a first interchangeable cooking module containing an impingement oven, a second interchangeable cooking module containing a hot air oven with built-in magnetron, and a single power connection for receiving three-phase electrical power. Each oven has a base load and a boost load. A first multiplexor is configured to direct electrical power from a first phase pair of the three-phase electrical power to either the base load or the boost load of the first oven. A second multiplexor is configured to direct electrical power from the first phase pair to the boost load of the first oven or to the boost load of the second oven. The modular cooking apparatus is configured such that either the first multiplexor or the second multiplexor can direct electrical power from the first phase pair to the boost load of the first oven.

A modular cooking apparatus includes a first interchangeable cooking module containing an impingement oven, a second interchangeable cooking module containing a hot air oven with built-in magnetron, and a single power connection for receiving three-phase electrical power. Each oven has a base load and a boost load. A first multiplexor is configured to direct electrical power from a first phase pair of the three-phase electrical power to either the base load or the boost load of the first oven. A second multiplexor is configured to direct electrical power from the first phase pair to the boost load of the first oven or to the boost load of the second oven. The modular cooking apparatus is configured such that either the first multiplexor or the second multiplexor can direct electrical power from the first phase pair to the boost load of the first oven.

A portable microwave oven with waveguides for guiding microwave radiation in multiple directions to multiple oven cavities within a chamber to optimize the oven's space usage, efficiently distribute the usage of wave radiation energy, adjust cavity space to heat items with different shapes, sizes, and to adjust cooking parameters including power level and time. In one embodiment, two main side oven cavities are joined by a third oven cavity above. Dividers can be moved along the walls of their respective main side cavity to allow the use of the shared cavity in between. A magnetron sends radio waves to two adjacent cavities via a single waveguide structure with multiple waveguide openings. Another embodiment has four cavities with compartments in-between surrounding a cylindrical-waveguide structure with multiple waveguide branches and a magnetron inside to allow microwaves to travel from the magnetron to the oven cavities.

A portable microwave oven with waveguides for guiding microwave radiation in multiple directions to multiple oven cavities within a chamber to optimize the oven's space usage, efficiently distribute the usage of wave radiation energy, adjust cavity space to heat items with different shapes, sizes, and to adjust cooking parameters including power level and time. In one embodiment, two main side oven cavities are joined by a third oven cavity above. Dividers can be moved along the walls of their respective main side cavity to allow the use of the shared cavity in between. A magnetron sends radio waves to two adjacent cavities via a single waveguide structure with multiple waveguide openings. Another embodiment has four cavities with compartments in-between surrounding a cylindrical-waveguide structure with multiple waveguide branches and a magnetron inside to allow microwaves to travel from the magnetron to the oven cavities.

A heating cooking apparatus includes a heating chamber, a first detection unit, and a first interposed member. The heating chamber accommodates an object to be heated. The first detection unit is spaced apart from the heating chamber and detects sound in the heating chamber. The first interposed member is interposed between the heating chamber and the first detection unit and extends from the first detection unit toward the heating chamber. The first interposed member includes a through hole that passes the sound.

A heating cooking apparatus includes a heating chamber, a first detection unit, and a first interposed member. The heating chamber accommodates an object to be heated. The first detection unit is spaced apart from the heating chamber and detects sound in the heating chamber. The first interposed member is interposed between the heating chamber and the first detection unit and extends from the first detection unit toward the heating chamber. The first interposed member includes a through hole that passes the sound.

A heating apparatus includes a heating circuit configured to heat a product to be heated; a door; a door lock mechanism configured to lock the door with the door closed; and a processor configured to control the heating circuit and the door lock mechanism, wherein based on an indication of a heating time period and a “settling” time period, the processor causes the door lock mechanism to lock the door, with the door closed, from a beginning of the heating until an end of the “settling” time period.