Guangdong Midea Kitchen Appliances Manufacturing Patente

Provided is a cooking appliance (100). The cooking appliance (100) includes a housing (10) and a hot air assembly (30). The housing (10) includes a door (20) and a cooking chamber (11). The door (20) is configured to open or close the cooking chamber (11). The cooking chamber (11) has an air inlet region (142) and an air outlet region (141) that are located on a top plate (14) of the cooking chamber (11). The air inlet region (142) is positioned farther away from the door (20) than the air outlet region (141). The hot air assembly (30) includes a flow guide plate (33), an impeller (34), a drive member (32), and a heating element (35). The flow guide plate (33) is disposed on a side of the top plate (14) away from the cooking chamber (11), a heating chamber (36) is defined by the flow guide plate (33) and the top plate (14). Each of the air inlet region (142) and the air outlet region (141) is in communication with the heating chamber (36). The impeller (34) is rotatably disposed in the heating chamber (36) to drive airflow to flow towards the air inlet region (142) from the air outlet region (141). A rotation axis of the impeller (34) is perpendicular to the top plate (14). The drive member (32) is disposed on an outer side of the heating chamber (36). A rotary shaft of the drive member (32) extends through the flow guide plate (33) and is connected to the impeller (34). The heating element (35) is disposed in the heating chamber (36) and located between the impeller (34) and the air inlet region (142). Since the air inlet region (142) is positioned farther from the door (20) than the air outlet region (141), an impact of high-temperature airflow on the door (20) is reduced, thereby alleviating a problem of excessive temperature rise in the door (20).

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Provided are a graphite heating tube and a cooking device. The graphite heating tube comprises: a tube body (10), where the tube body (10) is hollow and has at least one bent portion (11), each of the at least one bent portion being formed as a circular arc shape, where the bent portion has a reference line passing through a center of the bent portion and being perpendicular to a radial direction of the bent portion; and a heating member (20) formed as a sheet-shaped graphene-material member and passing through the tube body, where the heating member has a neutral surface (F1) located at a center of the heating member in a thickness direction of the heating member, the neutral surface extending in a length direction of the tube body, and at least a portion of the neutral surface that faces the bent portion being arranged parallel to the reference line.

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Provided are a photographing assembly (10) and a food cooking device (100). The photographing assembly (10) is applied to the food cooking device (100), and the food cooking device (100) is provided with a cavity for placing food. The photographing assembly (10) comprises a camera assembly (101), a heat dissipation channel (102) and a fan (103), wherein the camera assembly (101) is located on the cavity and is used for photographing food located in the cavity; one end of the heat dissipation channel (102) is communicated with the camera assembly (101); and the fan (103) is arranged at the other end of the heat dissipation channel (102) and is arranged on a housing of the food cooking device (100), so that the fan (103) suctions air from outside the food cooking device (100), and dissipates heat from the camera assembly (101) by means of the heat dissipation channel (102). On the one hand, the heat dissipation of the camera assembly (101) can be realized, reducing the damage rate of the camera assembly (101), and thus saving the cost; on the other hand, the fan (103) is arranged on the housing of the device, and when the fan (103) is operating, air outside the food cooking device (100) can be used to dissipate heat from the camera assembly (101), which is more convenient.

The present application provides a camera system and a cooking device. The camera system is used for a cooking device, the cooking device comprises a box body and a camera mechanism arranged on the body of a heating cavity of the box body, the camera system comprises an air duct mechanism and a camera mechanism, and an air duct is formed in the air duct mechanism; and the camera mechanism is arranged at an air outlet of the air duct, wherein the air duct mechanism is located outside the top wall of the body of the heating cavity; and an air inlet of the air duct and the rear wall of the body of the heating cavity are arranged on the same side. The present application can improve the heat dissipation effect, reduce the effect of the temperature change in the heating cavity on the camera mechanism, and improve the reliability of the camera mechanism, thereby improving the intelligent identification performance of the cooking device, facilitating assembly and improving the aesthetics, reducing production costs, and improving the use experience of a user.

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A burner includes a main body (110), a burning mesh assembly (120) and a flashback resistant assembly (130). The main body (110) includes a gas receiving cavity (111) configured to receive a combustible gas; where an opening of the gas receiving cavity faces towards the burning mesh assembly to enable the combustible gas to burn on a surface of the burning mesh assembly. The burning mesh assembly faces towards an outside to radiate thermal energy to the outside. The flashback resistant assembly (130) is configured to prevent flames on the burning mesh assembly from entering the gas receiving cavity.

The present application provides a cooking appliance control method and device, a cooking appliance and a storage medium. The control method comprises: in the process of cooking a food ingredient with a cooking appliance, generating at least one food ingredient image of the food ingredient; detecting the at least one food ingredient image, and determining at least one target image with pollutants in the image content; and restoring the at least one target image to a pollutant-free state.

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Provided are a display control assembly, a cooking appliance, a control method and a control apparatus for same, and a storage medium. The display control assembly includes: a light board assembly including a plurality of light-emitting areas, a grille being disposed between every two adjacent light-emitting areas of the plurality of light-emitting areas; and a first touch control assembly covering the light board assembly. The first touch control assembly includes a first film. A plurality of images are attached to the first film. The plurality of images correspond to the plurality of light-emitting areas. A covering portion is disposed between every two adjacent images of the plurality of images. The covering portion is configured to shield the grille. The covering portion is of a first color. A pixel value of the first color is smaller than a target value. By the above display control assembly, an integrated display effect of the plurality of images can be enhanced, achieving simulation of a large-screen visual effect via the first touch control assembly and improving realism of the simulation of the large-screen visual effect via the first touch control assembly.

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The present application provides a cooking chamber assembly and a cooking appliance. The cooking chamber assembly comprises: a main body, comprising a cooking cavity; an air frying assembly, configured to blow hot air into the cooking cavity, wherein a plurality of accommodating recesses are formed in the wall surfaces of the main body, at least one of the accommodating recesses are recessed towards the cooking cavity, and at least part of the air frying assembly is disposed in the accommodating recesses recessed towards the cooking cavity. The accommodating recesses recessed towards the cooking cavity are formed in the wall surfaces of the main body, and at least part of the air frying assembly is mounted in the accommodating recesses, so that the height of the air frying assembly projecting from the wall surfaces of the main body can be decreased, thereby decreasing the distance between a housing of a cooking appliance and the wall surfaces of the cooking chamber assembly, enabling the cooking appliance to have a narrow bezel, reducing the size of the cooking appliance, making the structure of the cooking appliance more compact, and facilitating miniaturization design of the product.

Provided are a circuit board (100), a transformer (50), a microwave generation device (1000), and a household appliance. The circuit board (100) is applied to the microwave generation device (1000). The circuit board (100) includes a substrate (10) and a power device (20). The power device (20) includes a rectifier bridge stack and an insulated-gate bipolar transistor that are integrated as one piece. The power device (20) is disposed at the substrate (10).

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