FIELD: personal and household goods.
SUBSTANCE: invention relates to the field of household appliances. Detachable microwave oven comprises the first housing assembly and the second housing assembly, a microwave radiation source component, a microwave radiation shielding and damping element and a detecting device. Second housing assembly is located dismountable with respect to the first housing assembly, wherein the second housing assembly is configured to be attached to the cabinet, and the microwave radiation source component is attached to the second housing assembly. First housing assembly is provided with the first microwave radiation shielding element, the second housing assembly is provided with the second microwave radiation shielding element, and the first microwave radiation shielding element is configured to form a microwave radiation heating cavity resonator together with the second microwave radiation shielding element. Microwave radiation source component is attached to one of the first housing assembly and the second housing assembly, wherein the microwave radiation source component comprises a control unit, an energy source, an electrical power source and an electromagnetic waveguide. Electromagnetic waveguide is configured to direct the microwave radiation into the microwave radiation heating cavity resonator, wherein the control unit, the electrical power source and the electromagnetic waveguide are connected to the power source. Shielding and damping microwave radiation element is located outside of the microwave radiation heating cavity resonator and is configured to prevent the microwave radiation leakage with the microwave radiation heating cavity resonator formation by the first microwave radiation shielding element together with the second microwave radiation shielding element. Detecting device is connected to the control unit and is configured to detect the microwave radiation leakage occurrence in the microwave radiation heating cavity resonator. Microwave radiation source component further comprises a coaxial cable, the coaxial cable is connected with possibility of extension between the energy source and the electromagnetic waveguide, and the second microwave radiation shielding element is located at the adjacent to the electromagnetic waveguide the coaxial cable end. Second housing assembly further comprises an element from the radiation transmitting material, element from the radiation transmitting material is located on the second microwave radiation shielding element lower surface to form the containing cavity together with the second microwave radiation shielding element, and the electromagnetic waveguide is located in the containing cavity.
EFFECT: mobility and compactness.
10 cl, 5 dwg
