Abstract: The present disclosure provides a microwave oven, and a thawing control method and device for the same. The method includes: acquiring a total period T of thawing according to a weight x of food in the microwave oven, wherein the total period T of thawing satisfies: T=K(x/100) seconds, where, 20 seconds/g?K?120 seconds/g; and controlling the microwave generator to start, and thawing the food according to the total period T of thawing. With the method, the thawed food is more nutritious, healthier, and easier to cut, and has the low temperature difference, without a cooked discoloration phenomenon.

Abstract: A range hood is provided. The range hood includes a volute casing, a volute casing air inlet and a volute casing exhaust outlet in communication with a hood exhaust outlet are provided in the volute casing. The volute casing includes a fixed housing part and a movable housing part, the movable housing part is movable relative to the fixed housing part; the fixed housing part is fitted with the movable housing part and air is discharged from the volute casing exhaust outlet when the movable housing part is in a closed position; the movable housing part is staggered relative to the fixed housing part to allow the air to be discharged into a room when the movable housing part is in an open position. When the range hood exhausts air to the room, a flow distance of the air is short, improving operational efficiency.

Abstract: The invention provides a connection structure and input/output connection structure of a semiconductor microwave generator for a microwave oven, and a microwave oven. The connection structure of the semiconductor microwave generator for the microwave oven comprises: a semiconductor microwave generator and a microwave output device; a microwave signal output port is provided on a front face or a back face of the semiconductor microwave generator; a first end of the microwave output device is connected to the microwave signal output port, and a second end of the microwave output device communicates with a cooking cavity of the microwave oven.

Abstract: The present disclosure provides a cable structure, a power cord structure and an electrical device. The cable structure includes: a power cord, a shell arranged on the power cord, and an antenna arranged in the shell. Because the antenna is arranged in the shell and does not need to be exposed to the outside, it works in a good environment and can be protected from being damaged easily and, thereby guaranteeing the working reliability and stability of the antenna. Because the shell is arranged on the power cord, the electrical device does not need to be provided with additional antenna devices, thereby improving the overall appearance, convenience for carrying and the user experience. The shell is arranged on the power cord, the position of the shell can be at the middle, the front or different positions depending on requirements of the power cord, therefore satisfying different user needs.

Abstract: A microwave heating apparatus includes: a body defining a microwave heating chamber therein; a drawer door moveably mounted on the body to open or close the microwave heating chamber; a door switch button disposed on the body or the drawer door and configured to control the drawer door to be opened or closed; a speed adjusting button disposed on the body or the drawer door and configured to control a moving speed of the drawer door; a driving device with a controllable operating speed mounted on one of the body and the drawer door, connected with the other of the body and the drawer door in a transmission way, and configured to drive the drawer door to move; a controller communicated with the door switch button, the speed adjusting button and the driving device respectively.

Abstract: An interlock switch structure and a microwave oven are disclosed. The interlock switch structure includes a substrate, a sliding latch, a tactile disk member, a door hook, a first elastic member, and multiple micro-switches. The substrate is provided with a chute structure, the sliding latch slidably matches with a chute of the chute structure, the sliding latch is provided with a sliding surface to match with the door hook. The tactile disk member is pivotally communicated with the substrate, the micro-switch is located on a periphery of the tactile disk member, and contact points of the micro-switches are toward the tactile disk member. The tactile disk member is provided with a seesaw to match with the door hook; a circumferential surface of the tactile disk member is provided with a rotating surface to match with the sliding latch.

Abstract: The present disclosure provides a kitchen appliance with a drawer. The kitchen appliance has a body, a drawer and a position-limiting lock assembly. The drawer is located in an accommodation cavity of the body. The position-limiting lock assembly has a lock and is mounted on the body and above the accommodation cavity. One end of the lock is rotatably connected to the body, and the other end of the lock protrudes from the front opening of the body. When the other end of the lock rotates to a position in front of the drawer cover, the drawer is restrained from being pulled out of the accommodation cavity; when the other end of the lock rotates away from the position in front of the drawer cover, the drawer can be pulled out of the accommodation cavity, thereby preventing the drawer from being accidentally opened in movement settings.

Abstract: The present invention provides a cooking appliance, comprising a base and an oven door articulated with the base, wherein a first magnetron, a second magnetron, a first high voltage transformer and a second high voltage transformer are installed on the base; the cooking appliance further comprises an air-cooled radiator, which is installed on the base and provided with an air outlet; and cold air blown out of the air outlet flows through the first magnetron, the second magnetron, the first high voltage transformer and the second high voltage transformer. In this solution, the structure of a heat dissipation air duct system in the cooking appliance is changed, and only one air-cooled radiator is used for dissipating the heat of the two magnetrons and the two high voltage transformers, so that the quantity of heat dissipation fans in the product is reduced and the cost of the product can be reduced.

Abstract: The present invention discloses a microwave heating device, including: an oven body provided with a door opening detection switch and a door closing detection switch; a drawer door provided with a door opening touch configuration and a door closing touch configuration, installed on the oven body and movable between an open position and a closed position, wherein when the drawer door is in the open position, the door opening touch configuration touches the door opening detection switch, the door closing touch configuration releases the door closing detection switch; when the drawer door is in the closed position, the door closing touch configuration touches the door closing detection switch, the door opening touch configuration releases the door opening detection switch; a driving device configured to drive the drawer door; a controller configured to communicate with the door opening detection switch, the door closing detection switch and the driving device.

Abstract: The present invention provides a cooking appliance, comprising a base and an upper cover articulated with the base, wherein the base comprises a back plate, the back plate is provided with a water retaining surface, and when the upper cover is opened, the water retaining surface is located between the upper cover and the base; and the cooking appliance further comprises a water container, which can be detachably installed on the water retaining surface. In this solution, the cooking appliance is additionally provided with the water container, which is detachably installed on the water retaining surface, the upper cover is opened after the cooking appliance finishes cooking, condensed water mixed with food residue or soup flows onto the water retaining surface from the upper cover and then flows into the water container along the water retaining surface.

Abstract: The present disclosure provides a microwave oven, and a thawing control method and device for the same. The method includes: detecting temperatures of a plurality of temperature detecting points on food in the microwave oven; and controlling the microwave generator to start, and thawing the food according to the temperatures of the plurality of temperature detecting points on the food. With the method, the thawed food is more nutritious, healthier, and easier to cut, and has the low temperature difference, without a cooked discoloration phenomenon.

Abstract: The present invention provides an oven, including: an oven body; and a gas circuit system and an electric circuit system, both of which are installed on the oven body; the gas circuit system includes: a gas pipeline; a combustor installed in the oven body and being in communication with an outlet of the gas pipeline; a control switch installed on the gas pipeline; and an electric control valve controlling connection and disconnection of the gas pipeline together with the control switch; the electric circuit system includes: a controller connected to the electric control valve and matched with the control switch for use, wherein when the control switch is turned on, the controller switches on the electric control valve, and when the control switch is turned off, the controller switches off the electric control valve; and a timer.

Abstract: A bottom cup cover, a burner and a gas appliance are provided. The bottom cup cover includes a gas intake assembly defining a first gas intake channel, a second gas intake channel, and a connecting channel connecting the first gas intake channel to the second gas intake channel. The second gas intake channel is obliquely arranged relative to the first gas intake channel. The first gas intake channel has a gas inlet. The bottom cup cover defines a first primary air supplement cavity and a second primary air supplement cavity separated from the first primary air supplement cavity. The first gas intake channel is in communication with the first primary air supplement cavity, the second gas intake channel is in communication with the second primary air supplement cavity, and the connecting channel is configured to enable a gas flow to circulate between the first and second primary air supplement cavities.

Abstract: A microwave oven includes a housing having a receiving chamber therein. An inner case is provided in the receiving chamber. A left air channel is formed between a left side wall of the receiving chamber and a left side of the inner case, a right air channel is formed between a right side wall of the receiving chamber and a right side of the inner case. Respective fans are provided in the left and right air channels, each of the left and right fans including a front impeller, a rear impeller and a driving motor. At least one of the front and rear impellers is adjacent to at least one of front and rear walls of the receiving chamber which is corresponding thereto, at least one of the front and rear impellers is spaced from the driving motor at a predetermined distance.

Abstract: Disclosed is a method for controlling a power supply of a high-frequency heating device, comprising: controlling a switching element of the high-frequency heating device to operate according to a control signal with a preset duty ratio; detecting a real-time current flowing through the switching element; and if the real-time current is greater than or equal to a preset current reference value, controlling the switching element to turn off, and controlling the switching element to turn on when a next turn-on window of the control signal comes. The method may reduce a maximum current during an operation of the switching element, thus reducing requirements for the switching element and enabling an effective over-current protection. Further disclosed is an apparatus for controlling a power supply of a high-frequency heating device and a high-frequency heating device with the apparatus for controlling the power supply.