A filter device for a vapor extraction device includes a grease filter, and a collecting container for collecting liquid. The collecting container includes an opening configured to receive at least part of an edge of the grease filter. The collecting container has an interior defined by a width which is greater than a thickness of the grease filter in a region in which the grease filter is located in the interior of the collecting container.

A filter for an exhaust hood includes: a frame extending in a first direction and a second direction; a first baffle located in the frame, the first baffle extending in the first direction and having two edges that extend in the first direction, a first edge of the two edges of the first baffle having a first undulating shape, a second edge of the two edges of the first baffle having a second undulating shape; and a second baffle located in the frame, the second baffle extending in the first direction and having two edges that extend in the first direction, a first edge of the two edges of the second baffle having a third undulating shape, a second edge of the two edges of the second baffle having a fourth undulating shape. The first baffle and the second baffle are separated by a gap.

Examples are disclosed that relate to recirculating ventilation systems for cooking appliances. One example provides a cooking appliance ventilation system, comprising a ventilation duct comprising an inlet aperture configured to receive cooking exhaust, a fan configured to pull the cooking exhaust through the inlet aperture and the ventilation duct, an ozone source configured to introduce ozone into the ventilation duct; and one more ozone mitigation components positioned within the ventilation duct downstream of the ozone source.

Disclosed is a ventilation apparatus including an exhaust pipe of an induction hood in which a position change of piping in a discharge direction is freely performed. The ventilation apparatus, which includes a first pipe connected to a suction port through which contaminated air is sucked, a second pipe configured to guide the contaminated air and include a first connection portion connected to the first pipe and a second connection portion extending from the first connection portion, the second pipe being detachably coupled to the first pipe so that the position of the second connection portion is able to be changed, and a third pipe connected to the second pipe and include a discharge port through which the contaminated air is discharged, the third pipe being configured to be rotatable with respect to the second pipe so that the position of the discharge port is able to be changed.

The present disclosure relates to a cooking hob comprising: a body configured to act as a support for the cooking activity and having an upper surface and a lower surface; at least one cooking zone located at the upper surface of the body; a suction opening formed on the upper surface; suction elements placed in fluid communication with the suction opening and configured to suck cooking fumes, said suction elements comprising a motor fan having a rotation axis which lies in a plane substantially parallel to the upper surface and extending between a first and an opposite second end along the rotation axis, the suction elements are configured to divide the cooking fumes into a first and a second portion of the cooking fumes directed respectively towards the first and the second end of the motor fan.

A ventilation system for an appliance that generates an exhaust fluid when used. The appliance being provided within an interior of environment. The ventilation system being fluidly coupled to a ventilator operably coupled to the environment. The ventilation system can include a suction source in fluid communication with the appliance and the exhaust fluid, and a duct fluidly coupling the suction source to the ventilator.

The present disclosure relates to an exhaust device. The exhaust gas according to the present disclosure includes a base plate and a swirler. The base plate includes a swirler installation part, an auxiliary intake part, a suction port opened in the swirler installation part, and an auxiliary suction port opened in the auxiliary intake part. In this case, air flows through the base plate via the suction port and the auxiliary suction port.

The present technology provides a device, such as an electric grill, that cooks food items on two or more sides. The electric grill includes upper and lower elements to create the sealed interior cooking environment. One of the elements of the electric grill includes a pressure plate that compresses the distance between the upper and lower thermal plate to create a sealed interior cooking environment and to engage the food item with both an upper and lower element. The pressure plate may be compressed by one or more spring-actuated cylinders or any other suitable mechanism. The compressed cooking area allows the cooking environment to contain any smoke generated from the cooking environment.

A filtering device of a cooker hood is configured in a V shape with an upward opening as a whole, and includes a V-shaped inner surface and a V-shaped outer surface. A tube portion is embedded between the inner surface and the outer surface, both ends of the tube portion being closed. The tube portion has a V shape with an upward opening. The tube portion includes an air inlet and an air outlet disposed in an interleaved manner, with the air inlet being located on the outer surface, and the air outlet being located on the inner surface. In this way, a rotating airflow is suitable to be formed in the tube portion of the filtering device, thereby improving a grease separation effect.

A filter (100) for filtering cooking juice particles from air circulating within a cooking apparatus (2) is provided. The filter is configured to be mounted on the cooking apparatus such that a base plate (102) of the filter is in a plane parallel with a plate direction (D.sub.P), the plate direction having a component in a vertical direction, wherein the filter comprises: the base plate, wherein the base plate comprises one or more openings (104) for circulating air to pass through the filter, wherein the filter is shaped to create a tortuous path for the circulating air to pass though the openings, such that cooking juice particles entrained by the circulating air passing through the openings collect on the filter, wherein the filter comprises one or more channelling portions (108) extending in the plate direction, wherein the channelling portions form one or more

surfaces for cooking juices, collecting on the filter to flow in the plate direction. A cooking apparatus comprising the filter is also provided.