A COOKING APPLIANCE CONTAINING AN IONIZER
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- ARCELIK AS
- Filing Date
- 2024-12-18
- Publication Date
- 2026-06-22
Abstract
Description
1 TARIFF A COOKING APPLIANCE CONTAINING AN IONIZER This invention includes an ionizer that filters odors emitted from cooked food. It relates to a cooking appliance. 5 The cooking time depends on the food being cooked inside the cooking appliance, and incorrect cooking methods can also affect the cooking process. As a result, odors similar to those of burnt and cooked food are released into the environment. It is spreading. Since gas cooking appliances need to have a chimney, the food being cooked The smell of food can spread directly into the environment. Also, the smell from cooked food or 10 Due to improper use of gas ovens, waste gases such as CO2 and CO are released into the environment. They can be released. However, these gases are not at levels that can affect human health. Even without it, it leads to a decrease in indoor air quality and the cooking appliance It causes discomfort during use. In the current state of the technology, the smell and smoke of the food being cooked are not released into the environment. A range hood is used to prevent the spread of CO2 and CO2 waste gases. There are no procedures in place for its disposal from the environment. Chinese Patent No. CN105698249, regarding the prior art. The application describes an oven that includes an air purifier. The purpose of this invention is to enable the filtering of odors emitted from cooked food. The project involves developing a cooking appliance that includes an ionizer. The initial requirement and the steps taken to achieve the purpose of this invention, and dependent on that requirement... The cooking appliance described in the requirements includes a cooking chamber, a door, and a section of the cooking chamber. a chimney opening in its wall has a chimney outlet that opens to the outside environment a chimney is a power source, and a primary circuit is electrically connected to that power source. a grid and a second grid, and a filter placed between the first and second grids 30 a chimney that has a cross-sectional surface area that is completely covered by a fitted chimney. It contains an ionizer. 2 In the application of the invention, the first grid and the second grid and the filter between them Thanks to this, the air is ionized throughout the entire area. First and second Thanks to the filter placed between the grilles, waste gases and odors are removed from the ionized air. By combining them, the waste gases settle and the odor is also retained. 5 This is ensured. Thus, the odor and waste gases coming out of the chimney are ionized. because it is passed through the environment, odors and waste gases are released into the environment. It is being blocked. In the application of the invention, the energy source is connected to the grid voltage and the primary grid is 10 and applies a DC voltage of approximately 7 kV to the second grid. This invention In this system, the positive pole of the energy source is connected to the primary grid, and the negative pole is connected to the primary grid. It connects to the second grid. This ensures that the entire surface of both the first and second grids is covered. The air is ionized by removing electrons from the air. (Cooking) During cooking in appliances, especially gas and electric ovens, 15% of the food being cooked... The odor released into the environment is filtered, reducing its rate of dispersal. Also, overcooking the food or, especially, the improper use of a gas oven. By ensuring the sedimentation of waste gases such as CO2 and CO that could be released into the environment. Its release into the environment is prevented. In the application of this invention, the ionizer is an IFD filter. In the application of the invention, the holes on the first grid and the holes on the second grid are the same. They are not aligned. This ensures that the waste gases are ionized within the ionizer. By increasing the time it is exposed to air and the distance it travels, more waste gas is removed and 25 Odor filtration is ensured. With this application of the invention, waste gases and increasing the area where the odor comes into contact with the ionizer, and thus increasing the circulation path. is provided. In another application of the invention, the distance between the first and second grids is 1.5 – 2 30 There is a distance of mm. This distance allows air between the first and second grilles. It allows the formation of a current that will ionize the first and second grids. 3 Due to the applied voltage, tension is present across the entire surface of the first and second grids. by creating a current between the first and second grids, electrons are produced. By breaking the air, the air is ionized. In this application of the invention... The first and second grids do not touch each other at all. In this invention, the ionizer is placed at the flue outlet. This allows... The system ensures that the waste gases and odors released into the environment are filtered. In one application of the invention, the ionizer is placed at the flue outlet, through a gap between the flue walls. It can be easily assembled without leaving any residue. This ensures serviceability of 10. This is provided. In the preferred application of the invention, the ionizer is located inside the flue. Its location is 20-30 mm inside the chimney outlet. This allows the ionizer to absorb the odor. This ensures that the air remains inside and that CO and CO2 settle within the chimney. Additionally, Because the ionizer is installed near the chimney outlet, the ionizer prevents water from falling into the chimney from the outside. It is also possible for foreign substances to pass through the chimney and enter the cooking appliance. 15 This is prevented. With this invention, since the ionizer is mounted on the flue outlet in ovens, The filter removes unwanted odors, such as food smells that arise during cooking. By doing this, its release into the environment is prevented. This ensures improved air quality in the environment. This is being improved. Thus, unnecessary operation of the range hood is also prevented. is being blocked. 20 In the preferred application of the invention, the ionizer is in the form of an equilateral trapezoid. This invention is particularly useful for gas ovens where the chimney cross-sectional area is large. Due to the necessity, the rate of odor and waste gas emissions into the environment is high. 25 However, the chimney structure ensures that odor molecules emanating from the chimney are trapped. The disadvantage stemming from its size is eliminated. Again, especially with gas. in cooking appliances, due to improper use or food burning in the oven compartment passing the resulting waste gas molecules through an ionized medium This ensures that the sediment is retained and settles inside the chimney. In this way, the environment is 30 The cooking process is carried out without any deterioration in air quality. 4 A cooking device, as attached, was created to achieve the purpose of this invention. as shown, from these figures; Figure 1 – Schematic view of a cooking appliance together with its chimney. Figure 2 – Perspective view of the ionizer. 5 Figure 3 – Schematic view of the ionizer. Figure 4 – A perspective view of the ionizer from another angle. The parts in the figures are individually numbered, and these numbers correspond to: given below. 10 1. Cooking appliance 2. Cooking chamber 3. Chimney 4. Chimney inlet 15 5. Chimney outlet 6. Ionizer 7. First grill 8. Second grill 9. Filter 20 10. Energy source Cooking appliance (1), a cooking chamber (2), a door, on one wall of the cooking chamber (2) a chimney that has a chimney inlet (4) and a chimney outlet (5) that opens to the outside environment (3) with an energy source (10), a 25 electrically connected to the energy source (10). between the first grid (7) and a second grid (8) and the first and second grids (7 and 8) The cross-sectional surface area of the chimney (3) which has a filter (9) installed It contains at least one ionizer (6) placed to close it (Figure 1). In the application of the invention, the first grid (7) and the second grid (8) and the 30 between them Thanks to the filter (9), the air is ionized throughout the area. First and Thanks to the filter (9) placed between the second grid (7 and 8), the waste gases and odors are removed. By combining it with ionized air, the waste gases settle, and the odor is eliminated. Thus, the odor and waste gases coming out of the chimney (3) are ionized. Because it is passed through a treated environment, no odor or waste gases are released into the environment. It is being blocked. In the application of the invention, the energy source (10) is connected to the mains voltage and the first The grid (7) and the second grid (8) apply a DC voltage of approximately 7 kV. The invention In this application, the positive pole of the energy source (10) is connected to the first grid (7), negative The pole is connected to the second grid (8) (Figure 3). In this way, all the first and The air is ionized by removing electrons from the air on the surface of the second grid (7 and 8). This is ensured in cooking appliances (1), especially gas and electric The odor released into the environment from the food being cooked during baking in ovens is filtered (9) The rate of spreading into the environment is reduced. In addition, the food is prevented from overcooking or CO2, in particular, that can be released into the environment due to the improper use of gas ovens, Waste gases such as CO are allowed to settle, preventing their release into the environment. 15 In the application of the invention, the ionizer (6) is an IFD filter. In the application of the invention, holes on the first grid (7) and the second grid (8) They are not in line. In this way, the waste gases are placed inside the ionizer (6) 20 By increasing the duration and distance of exposure to ionized air, more The exhaust gas and odor are filtered. With this application of the invention, waste the area where the gases and odor come into contact in the ionizer (6) and therefore the circulation The road is being widened. In another application of the invention, there is a 1.5 between the first grid (7) and the second grid (8). – There is a distance of 2 mm. This distance is between the first and second grids (7 and 8) It allows the formation of a current that will ionize the air between them. First and thanks to the voltage applied to the second grids (7 and 8), the first and second grids (7 and 8) by creating tension on the entire surface of the first and second grid (7 and 8) 30 ionizing the air by creating a current and dislodging electrons 6 is provided. In this application of the invention, the first and second grids (7 and 8) They are not in contact with each other at all. In the application of the invention, the ionizer (6) is placed at the flue outlet (5). This This ensures that waste gases and odors released into the environment are filtered. 5 In one application of the invention, the ionizer (6) is attached to the chimney outlet (5), the chimney (3) walls They can be easily assembled without leaving any gaps between them. This allows... Serviceability is ensured in the preferred application of the invention. The position of the ionizer (6) inside the chimney (3) is 20 – 30 mm inside the chimney outlet (5). It is located in this part. In this way, the odor remains inside the ionizer (6) and CO and CO2 are also removed. It is ensured that the sedimentation occurs inside the chimney (3). In addition, the ionizer (6) is connected to the chimney outlet (5) Because it is attached to a nearby point, foreign objects falling into the chimney (3) from the outside It is also prevented that it passes through the chimney (3) and into the cooking appliance (1). This invention Since the ionizer (6) is mounted on the flue outlet (5) of the ovens, during cooking 15 Undesirable odors such as the resulting food smell are filtered out (9) and released into the environment. The release of pollutants is prevented. This improves the air quality in the environment. This also prevents the range hood from being run unnecessarily. In the preferred application of the invention, the ionizer (6) is in the form of an equilateral trapezoid 20 (Figure 2 and Figure 4). With this invention, the cross-sectional area of the chimney (3) is large, especially in gas ovens. due to necessity, the rate of odor and waste gas emissions into the environment is high. However, by ensuring that the odor molecules coming out of the chimney (3) are trapped, the chimney (3) 25 The disadvantage stemming from the size of its structure is eliminated. Furthermore... especially in gas cookware (1) improper use or food in the oven part waste gas molecules produced as a result of combustion are ionized from the environment It is ensured that it passes through and is retained and settles inside the chimney (3). In this way, the cooking process can be completed in 30 minutes without any decrease in ambient air quality. is being carried out.
Claims
7 REQUESTS 1. A cooking chamber (2), a door, located on one wall of the cooking chamber (2) a chimney having a chimney inlet (4) and a chimney outlet (5) opening to the outside environment (3) containing, an energy source (10), electrically 5 to the energy source (10). with a connected first grid (7) and a second grid (8) the first and second The chimney (3) which has a filter (9) placed between the grate (7 and 8) at least one placed in such a way as to completely cover the cross-sectional surface area a cooking appliance (1) characterized by an ionizer (6).
2. Place the positive pole on the first grid (7) and the negative pole on the second grid (8) a connected energy source (10) as in Claim 1 cooking appliance (1).
3. A cooker as in Claim 1 characterized by an ionizer (6) with an IFD filter 15 device (1).
4. The first grid (7) and the second grid, whose holes are not aligned. A cooking appliance (1) as in Claim 1, characterized by a grill (8).
5. The first grid (7) and the second grid (8) are separated by a distance of 1.5 – 2 mm. as in any of the above claims characterized by cooking appliance (1).
6. Claim 1, 25, characterized by the ionizer (6) placed at the flue outlet (5). such a cooking appliance (1).
7. The position inside the chimney (3) is 20 – 30 mm inside the chimney outlet (5). A cooking appliance (1) as in Claim 1, characterized by an ionizer (6).
8. Characterized by the ionizer (6) in the form of an equilateral trapezoid in Claim 1. such a cooking appliance (1).