132results about "Air moisturisation" patented technology

The invention discloses a surrounding furnace tea cooking device which can utilize a first heating body to radiate heat outwards to cook tea or cook a hot pot or bake food and the like, and can also utilize a hot air assembly to heat and utilize an atomization humidification assembly to humidify and reduce dryness. The air blower can accelerate flowing of air in the water tank, the pressure intensity in the water tank is increased, mist is blown out in the circumferential direction, the temperature of air on the circumferential side is increased, mist outlet is even, the coverage range is large, all users sitting on the periphery of the surrounding furnace table can be covered, and meanwhile flowing of air in the heat dissipation cavity can be accelerated through the air blower, and heat dissipation is conducted on the heating furnace assembly. No extra heat dissipation structure is needed, and the practicability is improved.

A cooking apparatus comprises: a cooking chamber configured to accommodate objects to be cooked; a camera configured to photograph the inside of the cooking chamber; an output interface; a memory configured to store at least one instruction; and at least one processor, wherein the at least one processor is configured to execute the at least one instruction to: detect a fire hazard during cooking based on a captured image obtained by the camera; and based on the detection of the fire hazard, outputting a fire hazard notification through the output interface.

An intelligent-cleaning steam oven liner includes a liner body, a door, a heating system, and a spray system. The heating system is used for cooking food in the liner body, and after the food in the liner body is cooked, the spray system cleans an inner wall surface of the liner body. The door is in seal fit with the liner body, and the heating system and the spray system are arranged in the liner body. The heating system realizes the food steaming and roasting function of a steam oven, and after the food is cooked by the heating system, the spray system operates to clean the inner wall of the liner body to keep the liner body clean.

The invention discloses a surrounding furnace which comprises an upper heating module and a lower heating module, the upper heating module comprises an upper shell and an upper heating body arranged in the upper shell, and a plurality of air inlet holes are formed in the upper shell in the circumferential direction; the lower heating module is arranged at the bottom of the upper heating module and comprises a lower shell and a lower heating body arranged in the lower shell, a lower cavity of the lower shell is communicated with an upper cavity of the upper shell, an air outlet hole is formed in the lower shell, and the air outlet hole is located below the lower heating body; the first draught fan is arranged in the lower shell and used for driving air flow to flow in along the air inlet hole and flow out through the air outlet hole. According to the surrounding furnace, heat dissipation of the upper heating module can be achieved through the first draught fan, hot airflow can be conveyed to the surrounding environment, and the surrounding furnace can be conveniently used in winter.

A combination oven control interface includes a feature for an operator to select a setpoint temperature (T); and a feature for automatically selecting at least one humidity information (101) representative of a setpoint humidity level (H %) and of a cooking mode (M), the automatic selection taking into account the selected setpoint temperature (T).

Cooking is performed to serve tasty food by appropriately managing moisture of an object to be cooked without burning the surface thereof. A box-shaped housing, a cooking cavity for accommodating an object to be cooked, the cooking cavity being arranged within the housing, an upper-face heater and a lower-face heater arranged in the cooking cavity, a boiler arranged within the cooking cavity, a water tray formed outside the cooking cavity and into which a given amount of water that is entirely evaporated in a given steaming time is poured, a water guide passage within the housing, the water guide passage into which water is supplied from the water tray to the boiler; and a control unit for causing an operation to generate steam from the boiler to be performed for at least a steaming time from when cooking starts, are provided.

The present invention relates to a steaming device, and more particularly to a steaming device, wherein the steam input amount can be reduced by spraying steam from the side of a transfer device for conveying objects to be cooked, and the equipment operation and maintenance costs can be reduced.

A modular oven includes a cabinet receiving separate modules with distinct cooking operations. Modules of the modular oven may provide any combination of convection cooking, steam cooking, impingement cooking, and high speed cooking. Therefore, the modules may be mixed and matched to suit the desired cooking operations. In some embodiments, improved steam cooking at lower cooking temperatures is provided by directing spraying water onto an independent heat source, controlled separately from the cavity heating element, within each cooking zone. By operating a separate heating element specifically for steam generation, there can be more accurate heat control of the cooking zones without overheating the cooking zones when steam is needed but when lower cooking temperatures (e.g., 211 degrees Fahrenheit and below) are desired.

The combined oven control interface includes a feature for an operator to select a setpoint temperature (T); and automatically selecting a characteristic of at least one piece of humidity information (101) representing the setpoint humidity level (H%) and the cooking mode (M), the automatic selection taking into account the selected setpoint temperature (T).

Cooking appliance for commercial kitchens in the form of a combi steamer 1, 1', with a cooking chamber (3) for cooking food which can be arranged on a plurality of cooking levels (32), a heating device for heating the cooking chamber atmosphere, a device control for controlling the cooking appliance, a cooking chamber drain (33) which is located below a floor (4) of the cooking chamber (3) and serves to drain a fat-water mixture and gaseous components of the cooking chamber atmosphere from the cooking chamber (3), wherein the cooking chamber drain (33) extends from a drain opening (15) in the floor (4) or in the floor area of ​​the cooking chamber (3) to a siphon device (35), wherein a fat collection device (59) is provided which comprises at least one fat collection container (61), at least one fat extraction line (73), at least one extraction pump (77) and at least one fat discharge line (82), wherein the fat extraction line (73) extends from the fat collection container (61) extends to the suction pump (77),wherein the suction pump (77) is configured to convey the grease-water mixture drawn in via the grease suction line (73) to the grease discharge line (82), and wherein the grease collection device (59) comprises a cleaning device configured to convey water at least via the grease suction line (73) and the grease collection container (61) into the cooking chamber drain (33) in the direction of the siphon device (35).

Steam cooking appliance (100), in particular steam cooking drawer (102), with - a device body (110) that surrounds an interior (112) of the steam cooker (100), - a steam cooking area (120) which is designed to be closable in the interior (112), and - a water tank (130) with a tank volume (132) for receiving water (134), which is arranged and designed to be connectable to the steam cooking area (120) in a tank receptacle (114) via a water supply system of the steam cooking appliance (100) and to be removable within a receiving area (115) of the appliance body (110), wherein the water tank (130) has a mounting area (150) projecting laterally from an underside of the water tank (130) with a mounting height (H), through which the water tank (130) is in an inclined position outside the tank receptacle (114) in a mounted state.

A baking process of high-quality green tea for a beverage is provided. The baking process includes: 1) providing a tea baking device; 2) conducting first moisture regaining; 3) conducting baking preparations; 4) conducting segmented baking; and 5) conducting preservation. By applying a far-infrared component, a heating component, and a humidification component, the moisture in the green tea is quickly removed by far-infrared baking when the green tea has a high moisture content, reshaping the green tea under the action of high temperature and high humidity while promoting the transformation of endogenous substances in green tea. The heating component improves the overall aroma and taste quality of green tea and promotes the leaching of green tea substances by hot air baking when the green tea has a low moisture content, making baked green tea samples show a strong and lasting aroma as well as a rich taste.

The invention relates to a steam apparatus (1) integrated into an oven door (20) for steam ovens (10). The apparatus provides the steam required inside the cooking chamber without the use of an additional heater, pump, pipes, or connection elements. This is achieved by the steam apparatus (1) comprising at least one water tank (30), which is positioned within at least one connection post (21) of the oven door (20) and is arranged to be filled with water by a user, and at least one water sprayer (40) configured to convey the water from the water tank (30) into the cooking chamber as steam.

A control method of a cooking apparatus. The control method of the cooking apparatus includes controlling an operation of the water supply pump to supply water to the steam generator, controlling an operation of the water supply pump for a period of time to additionally supply water to the steam generator when a level of water supplied to the steam generator reaches a position. The method includes controlling an operation of a drain pump to discharge the water from the steam generator when the period of time expires, and respectively controlling an operation of a steam heater installed in the steam generator and a bottom heater installed on a bottom surface of the cooking apparatus, when the level of the water in the steam generator reaches the position at which the water is discharged from the steam generator.

There is provided a cooking apparatus (100) comprising: a cooking chamber (230) for accommodating an object to be cooked; a camera (220) for capturing an image of the interior of the cooking chamber; an output interface (250); a memory (240) to store at least one instruction; and at least one processor (210). The at least one processor (210), by executing at least one instruction to: detect a fire hazard during cooking based on a captured image captured by the camera (220); if a fire hazard is detected, a fire hazard notification is output via an output interface (250).

Disclosed herein are a water supply device, and a steam supply device and a cooking appliance comprising the same. The water supply device comprises a slider being accommodated in a housing the front surface of which is open, in a way that the slider is movable in a front-rear direction, and a water tank being installed in the housing in a way that the water tank comes in and out of the housing in the front-rear direction and connecting to the slider to move forward together with the slider, and the slider is provided apart from the water tank.

The present application belongs to the technical field of simulated flame fireplaces. Disclosed is a simulated flame fireplace. A flame outlet is formed in the middle of an upper end of a fireplace body (1). An airflow channel (2) is installed inside the fireplace body (1) on one side of the flame outlet, and a lighting assembly (3) is installed on the other side. A water tank (4) is installed inside the fireplace body (1) below the airflow channel (2), and a lower end of the airflow channel (2) is in communication with an inner cavity of the water tank (4). A partition plate (6) is installed inside the water tank (4), with a lower end extending into a water source. A lower portion of the partition plate (6) cooperates with the water source to divide the inner cavity of the water tank (4) into a left water chamber and a right water chamber. A mist generator (5) is installed on an inner bottom surface of the left water chamber. An upper portion of the partition plate (6) symmetrically divides the airflow channel into a left airflow channel and a right airflow channel, where the left airflow channel is in communication with the left water chamber and the right airflow channel is in communication with the right water chamber. An airflow convergence port is provided at an outlet of the airflow channel (2) above the partition plate (6), and an opening of the airflow convergence port gradually decreases from bottom to top. Vertical upward blowing, or rightward blowing, or leftward blowing of water mist can be achieved.

Steam cooking appliance (100), in particular steam cooking drawer (102), with - a device body (110) that surrounds an interior (112) of the steam cooker (100), - a steam cooking area (120) which is designed to be closable in the interior (112), and - a water tank (130) with a tank volume (132) for receiving water (134), which is arranged and designed to be connectable to the steam cooking area (120) via a water supply system of the steam cooking appliance (100) and to be removable within a tank receptacle (114) of the appliance body (110), wherein a number of transverse ribs (150) divide the tank volume (132) into a plurality of subvolumes (133), wherein adjacent subvolumes (133) are connected to each other via a respective rib opening (155) of the corresponding transverse rib (150).

Cooking is performed to serve tasty food by appropriately managing moisture of an object to be cooked without burning the surface thereof. A box-shaped housing, a cooking cavity for accommodating an object to be cooked, the cooking cavity being arranged within the housing, an upper-face heater and a lower-face heater arranged in the cooking cavity, a boiler arranged within the cooking cavity, a water tray formed outside the cooking cavity and into which a given amount of water that is entirely evaporated in a given steaming time is poured, a water guide passage within the housing, the water guide passage into which water is supplied from the water tray to the boiler; and a control unit for causing an operation to generate steam from the boiler to be performed for at least a steaming time from when cooking starts, are provided.

Steam cooking appliance (100), in particular steam cooking drawer (102), with - a device body (110) that surrounds an interior (112) of the steam cooker (100), - a steam cooking area (120) which is designed to be closable in the interior (112), and - a water tank (130) with a tank volume (132) for receiving water (134), which is arranged and designed to be connectable to the steam cooking area (120) via a water supply system of the steam cooking appliance (100) and to be removable within a tank receptacle (114) of the appliance body (110), wherein the water tank (130) further has a removable lid (140) for access to the tank volume (132), and wherein a plurality of wave protection lamellae (160) are arranged on an underside of the removable lid (140) facing the tank volume (132) to reduce wave formation within the tank volume (132).

The invention discloses cooking equipment, which comprises an inner container, a plurality of microwave feed ports, a plurality of heating devices, a plurality of heating devices, a plurality of heating devices and a plurality of heating devices, and is characterized in that a cooking space is limited by the inner container and is provided with a plurality of microwave feed ports; a microwave feed-in port is formed in the waveguide piece, a microwave generator and a waveguide piece are arranged in the waveguide piece, a waveguide channel is defined in the waveguide piece, the waveguide channel is provided with a microwave inlet end matched with the microwave generator, the waveguide channel is further provided with a microwave outlet, and the microwave feed-in port is communicated with the microwave outlet; a part of the microwave feed inlet is provided with the water box, at least part of the water box is located in the waveguide channel so that microwaves can heat liquid in the water box, the water box is provided with an air outlet, and the air outlet is communicated with the cooking space. According to the cooking equipment provided by the invention, microwaves are divided into multiple strands to enter the cooking space from different microwave feed inlets to heat food, so that the uniformity of microwave distribution in the cooking space is improved; and the microwave can heat water in the water box into steam to moisturize the food, so that the problem that the food is easy to dry is solved.

An oven includes (a) a cooking chamber; (b) a steam generator in fluid communication with the cooking chamber, the steam generator configured to transform water into steam for delivery to the cooking chamber; (c) a water reservoir in fluid communication with the steam generator, the steam generator further configured to draw the water from the water reservoir to be transformed into the steam; (d) a water fill assembly in fluid communication with the water reservoir and configured to accept water from a source external to the oven that is subsequently deposited into the water reservoir; and (e) desiccant disposed in fluid communication between the water reservoir and the water fill assembly. The oven can include a filter assembly disposed in fluid communication between the water reservoir and the water fill assembly. The desiccant can be disposed within the filter assembly.

This heating cooker is provided with a heating chamber capable of accommodating an object to be heated, a heating device, a temperature detection unit, and a control device. The heating device supplies a mixed heating medium, which is a mixture of heated water droplets and water vapor, into the heating chamber. The temperature detection unit acquires the temperature in the heating chamber or the heating state of an object to be heated. The control device controls the heating device according to a control sequence. The control device controls the heating device according to the temperature in the heating chamber or the heating state of the heated object, and adjusts at least one parameter of the supply timing of the mixed heating medium, the amount of water droplets, and the mixing ratio of the heated water droplets and water vapor included in the control sequence.

A cooking appliance includes a casing (100, 200) having a cavity (S1) therein, and a door (300) opening and closing the cavity (S1). The door includes a panel part (320) and a door frame coupled to the panel part. The door frame includes side frames (360) and a lower frame (380). Opposite ends of the lower frame are respectively assembled to a pair of side frames (360). A drainage guide (385) is provided between the opposite ends of the lower frame (380), and the drainage guide (385) extends to be inclined towards a lower portion of a front surface of the casing (100, 200).The lower frame may not only support the panel part but also guide discharge of water due to dew condensation.

A control method of a cooking apparatus. The control method of the cooking apparatus includes controlling an operation of the water supply pump to supply water to the steam generator, controlling an operation of the water supply pump for a period of time to additionally supply water to the steam generator when a level of water supplied to the steam generator reaches a position. The method includes controlling an operation of a drain pump to discharge the water from the steam generator when the period of time expires, and respectively controlling an operation of a steam heater installed in the steam generator and a bottom heater installed on a bottom surface of the cooking apparatus, when the level of the water in the steam generator reaches the position at which the water is discharged from the steam generator.

The present disclosure provides an operation control panel push-pull mechanism and a steam-roasting electric appliance. The operation control panel push-pull mechanism is capable of driving an operation control panel of an electric appliance to move between a first position and a second position, and comprises a driving part, a fitting part and a first pushing part; the fitting part is fixed relative to a body of the steam-roasting electric appliance, the first pushing part is rotatably connected with the driving part and fixedly connected with the operation control panel, a rail structure is provided on the first pushing part, the fitting part cooperates with the rail structure, and the driving part is capable of driving the first pushing part to drive the operation control panel to move between the first position and the second position. According to the operation control panel push-pull mechanism provided by the present disclosure, the rail structure is provided on the first pushing part, thereby saving the space occupied by the push-pull mechanism while reducing the length of the first pushing part, and ensuring the movement stability of the push-pull mechanism.

An aerospace galley insert includes an oven defining therein an oven inner cavity for receiving food to be prepared and a fluid supply for supplying fluid comprising water or water vapour to the oven inner cavity. The galley also includes an exterior space, a heat pipe extending between the cavity and the exterior space, a first temperature sensor for detecting a first temperature in the cavity, a second temperature sensor for detecting a second temperature in the exterior space, and a third temperature sensor for detecting a third temperature of the heat pipe where it extends into the exterior space. The system also includes a control unit configured to determine an actual water vapour concentration in the oven inner cavity based on the first, second and third temperatures, and configured to control the fluid supply in order to adjust the actual water vapour concentration to a target water vapour concentration.

The invention relates to a steam cooking appliance (2) having a steam treatment chamber (8) which can be divided into at least two sub-chambers (8a, 8b) by means of at least one partition (12), at least one partition (12) which is designed to divide the steam treatment chamber (8) or a sub-chamber (8a, 8b) thereof into two sub-chambers (8a, 8b) in a steam-tight manner, a wet steam generator (5), a steam supply channel (7) which is designed to conduct steam (D) generated by the wet steam generator (5) into the steam treatment chamber (8), and at least one steam outlet channel (10) which is designed to discharge steam (D) out of the steam treatment chamber (8), wherein the steam supply channel (7) is designed to conduct steam (D) generated by the wet steam generator (5) into each of the sub-chambers (8a, 8b).

The invention relates to a bottle (1) for insertion into a kitchen and / or catering appliance, wherein the bottle is filled with a water-soluble additive, in particular a cleaner, descaler or rinse aid, wherein the additive is solid, wherein the bottle comprises a base (2), an opening (3) opposite the base (2) and a lateral surface (4), wherein the lateral surface (4) extends from the base (2) to the opening (3) and wherein a bottle length (5) is defined from the base (2) to the opening (3), wherein the bottle (1) has a support region (6) along the bottle length (5), wherein the lateral surface (4) has a flattened support surface (7) in the entire support region (6), wherein the support region (6) extends over at least one third of the bottle length (5).

The invention relates to a device (100) for holding a liquid for a household appliance (102). The device (100) has a side wall (105), a first contact (110), a second contact (115), and an output device (120). The first contact (110) is arranged on an inner side of the side wall (105) at a height representing a predetermined fill level for the liquid. The output device (120) is designed to output a fill level signal when an electrical voltage that can be applied between the first contact (110) and the second contact (115) causes a current to flow between the contacts (110, 115) due to the liquid.