Abstract:
A microwave oven including: a main casing forming a component compartment and a cooking compartment and formed with a component compartment through portion communicating with the component compartment; a fan assembly coupled to the main casing, and including an exhaling fan blowing air toward the component compartment through portion to cool the component compartment and a fan motor driving the exhaling fan; and a guide unit mounted to the component compartment through portion and guiding the air blown by the exhaling fan toward a heating component accommodated in the component compartment.
Abstract:
The present invention relates to a wall-mounting type microwave oven including a main body, a bottom plate provided on a bottom portion of the main body and having an opening, and a lamp supporter to support a lamp provided in the opening. The bottom plate being integrally formed with the lamp supporter to support the lamp. Thus, the lamp installation structure is simplified and the number of components is decreased.
Abstract:
The present invention relates to a wall-mounting type microwave oven including a main body, a bottom plate provided on a bottom portion of the main body and having an opening, and a lamp supporter to support a lamp provided in the opening. The bottom plate being integrally formed with the lamp supporter to support the lamp. Thus, the lamp installation structure is simplified and the number of components is decreased.
Abstract:
A microwave oven including a component compartment and a cooking compartment each including a discharging part to discharge air in the cooking compartment through the cooking compartment through portion; a supplying fan introducing the air to the component compartment through portion to cool the component compartment; a discharging fan introducing the air in the cooking compartment to the discharging part through the cooking compartment through portion; a fan motor between the supplying fan and the discharging fan to operate the supplying fan and the discharging fan; and an interfering part to interfere with the fan assembly when at least one of the supplying fan and the discharging fan is not in a predetermined position corresponding to the component compartment through portion and the discharging part.
Abstract:
A microwave oven including a component compartment and a cooking compartment each including a discharging part to discharge air in the cooking compartment through the cooking compartment through portion; a supplying fan introducing the air to the component compartment through portion to cool the component compartment; a discharging fan introducing the air in the cooking compartment to the discharging part through the cooking compartment through portion; a fan motor between the supplying fan and the discharging fan to operate the supplying fan and the discharging fan; and an interfering part to interfere with the fan assembly when at least one of the supplying fan and the discharging fan is not in a predetermined position corresponding to the component compartment through portion and the discharging part.
Abstract:
A microwave oven including a component chamber penetrating part fluidly communicating with a component chamber, a cooking chamber penetrating part fluidly communicating with a cooking chamber, a discharging part discharging air within the cooking chamber through the cooking chamber penetrating part, and a fan assembly, including an inhaling fan ventilating the air into the component chamber penetrating part so as to cool the component chamber, a discharging fan ventilating the air within the cooking chamber into the discharging part through the cooking chamber penetrating part, and a fan motor provided between and driving the inhaling fan and the discharging fan. A detachment preventing part is provided on an inhaling fan cover and/or a discharging fan cover to prevent either of these covers from being detached from the fan assembly.
Abstract:
A microwave oven including a component chamber penetrating part fluidly communicating with a component chamber, a cooking chamber penetrating part fluidly communicating with a cooking chamber, a discharging part discharging air within the cooking chamber through the cooking chamber penetrating part, and a fan assembly, including an inhaling fan ventilating the air into the component chamber penetrating part so as to cool the component chamber, a discharging fan ventilating the air within the cooking chamber into the discharging part through the cooking chamber penetrating part, and a fan motor provided between and driving the inhaling fan and the discharging fan. A detachment preventing part is provided on an inhaling fan cover and/or a discharging fan cover to prevent either of these covers from being detached from the fan assembly.
Abstract:
A microwave oven including: a main casing forming a component compartment and a cooking compartment and formed with a component compartment through portion communicating with the component compartment; a fan assembly coupled to the main casing, and including an exhaling fan blowing air toward the component compartment through portion to cool the component compartment and a fan motor driving the exhaling fan; and a guide unit mounted to the component compartment through portion and guiding the air blown by the exhaling fan toward a heating component accommodated in the component compartment.
Abstract:
A device to cool an integrated circuit element, the device having a printed circuit board with a through hole smaller than the integrated circuit element; a cooling pad attached to a first element surface of the integrated circuit element, and positioned inside the through hole; and a heat transfer portion connected with a heat absorption body and making contact with the cooling pad, to transfer heat to the heat absorption body, so that the integrated circuit element is cooled by transferring the heat generated in the integrated circuit element, which is mounted on a first surface of the printed circuit board, to the heat absorption body, which is disposed facing a second surface of the printed circuit board opposite the first surface.