Embedded microwave oven with novel smoke pumping structure

Abstract

The invention discloses an embedded microwave oven with a novel smoke pumping structure. The embedded microwave oven comprises a cavity; a cross flow fan for exhausting is arranged in the cavity, the bottom of the cavity is fixedly provided with a hollow fixed panel, and a movable panel is communicated with the space of the cross flow fan for exhausting; the front half part of the fixed panel is provided with the hollow movable panel capable of moving front and back, and the movable panel is glidingly matched and communicated with the fixed panel; the movable panel is manually moved by a user during moving backwards, and can be automatically popped up by pressing of the user during moving forwards in a closed state; and the lower panels of the fixed panel and the movable panel are provided with a fixed airflow inlet and a movable airflow inlet respectively. The smoke pumping structure of the microwave oven can enlarge the area of the airflow inlets for sucking hot air or smoke generated by cookers below the microwave oven, so the hot air or the smoke is prevented from being dissipated from four sides of the microwave oven, the smoke pumping effect of the microwave oven is ensured, and a healthy smoke-free kitchen environment is brought to the user.

Description

technical field [0001] The invention relates to the technical field of microwave ovens, in particular to an embedded microwave oven with a smoking structure. Background technique [0002] A microwave oven is a device that generates microwaves from an electric current and irradiates the microwaves to the surface of the object to be heated in the cavity to heat the object. As everyone knows, microwave oven is a kind of modern cooking stove that heats food with microwave. The microwave it uses is a kind of electromagnetic wave. The energy of this electromagnetic wave is not only much greater than that of ordinary radio waves, but also has special characteristics. When the microwave hits metal, it will reflect, and the metal has no way to absorb or conduct it; microwave can pass through insulation such as glass, ceramics, and plastics. Materials, but will not consume energy; and food containing water, not only can not pass through the microwave, but its energy will be absorbed...

AI Technical Summary

Problems solved by technology

[0012] But, for above-mentioned built-in microwave oven at present, the bottom of cavity 1 is directly provided with air inlet, and this air inlet is communicated with cross-flow fan 20 for exhausting, and after air is sucked by cross-flow fan 20 for exhausting, it reaches The cavity 1 is then discharged to the outside of the microwave oven through the air guide channel 15. Due to the limited area at the bottom of the cavity 1, the size of the air inlet is limited, and it cannot fully and effectively cover the gas stove and other cooking utensils under the embedded microwave oven. The heat or smoke generated by the gas stove and other cooking utensils below the microwave oven are easy to escape from the surroundings of the microwave oven cavity, which affects the smoking effect of the above-mentioned embedded microwave oven, and cannot guarantee that users have a healthy and smoke-free kitchen. Reduced product use experience for users of embedded microwave ovens

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