Cooking device and integrated cooker with same
A cooking device and air inlet technology, applied in the field of integrated stoves, can solve the problems of affecting the baking effect, high steam generator power, and inability to exhaust efficiently, so as to avoid excessive humidity, improve baking effect, and improve exhaust The effect of gas efficiency
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[0054] Example 1:
[0055] like Figure 1 ~ 9 Shown, an integrated stove, comprising a stove cooking device 1 and the liner 10 is disposed over the cooking device 1 2, wherein the liner 10 has an exhaust port 101 and exhaust ports 102, 102 for the suction opening pumping bladder 10 from the inside outwardly, while the hob 2 comprises an inner shell 30 provided with the discharge chamber stove, the stove includes a chassis housing an upper opening 21 and the lid panel 22 bonded on the chassis 21, the panel 22 rear window defines the exhaust chamber 30 communicating with the exhaust 221, respectively, defines a first intake port 31 and the second intake port 32, the exhaust port 101 and exhaust ports 102 are on the exhaust chamber 30 communicates with the first intake port 32 in fluid 31 and the second intake port. Such gas in the tank 10 through the bleed port 102 is withdrawn outwardly, and into the exhaust chamber 30 cooker 2, driven by the hood 2 above the stove 101, through the ...
Example Embodiment
[0065] Example 2:
[0066] like Figure 10 ~ 14 As shown, in the case of the first embodiment, in the present embodiment, the housing 40 is mounted to control the control valve for controlling the above-described pumping air opening 41. Thus, the opening and closing of the pumping pump 4 can be realized by the control valve, and the control of the intake 10 exhaust gas is achieved. Further, the inner cavity of the housing 40 also includes an intake chamber 405, which extends vertically and the air intake vent 41 is opened on the cavity wall of the intake cavity 405, and the intake cavity 405 The upper port is in communication with the lower port of the second conductive chamber 404, and the upper port of the second conductive chamber 404 is in communication with the lower port of the axis of the axial flow chamber 403. By providing the intake cavity 405 to increase the intake efficiency of the pumping pump 4, thereby increasing the extra gas efficiency of the pump 4. Specifically, ...
Example Embodiment
[0068] Example 3:
[0069] like Figure 15 and Figure 16 As shown, in the present embodiment, in the present embodiment, the control valve is a stack valve 7, and the shape of the second conductive chamber 404 is inverted, and the valve portion of the stack valve 7 is hinged in an air. Air port 41. The laminated valve 7 has the advantage that the flow medium is small and the amount of circulation is large, and the second guided cavity 404 that is inverted round-shaped design can be more comfortable to introduce the airflow into the axial flow chamber 403.
[0070] Further, the housing 40 includes an outer shaped first member 40a, and the upper portion of the first member 40a constitutes the centrifuge cavity 401, and the first member 40a is provided with a motor seat, the motor holder including having The disc-shaped base 51 of the center hole 510 is provided on the upper opening of the first member 40a, and the rotating shaft 45 is disposed in the center hole 510 of the base 51, a...
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