A FOOD HOOD

Abstract

This invention relates to the range hood (1), which draws in the odorous air generated in kitchens, according to user preference, and transfers it to the ventilation system or cleans it inside, thus directing clean air into the kitchen.

Description

1 TARIFF A FOOD HOOD Technical Area 5 This invention allows users to control the odors of air, especially in kitchens, according to their preferences. by drawing it in and transferring it to the ventilation system or cleaning it inside, thus This relates to the range hood, which directs fresh air into the kitchen. Previous Technique Range hoods prevent odors and smoke generated during cooking from spreading throughout the kitchen. The oil found in cooking vapors is drawn in and transferred to the outside environment. Range hoods remove the oil found in cooking vapors. By retaining the particles in its filter, it prevents damage to tools and equipment both inside and outside the product. It prevents vision. The range hood is for breathing clean air in the kitchen. It is necessary. Its main function is to remove the burning fumes and harmful substances produced during cooking. odors and vapors that are harmful to both people and furniture and walls The goal is to improve air quality by eliminating the problems that occur in the kitchen. In other words, the problems that occur in the kitchen. Removal or filtration of pollutants, odors, waste heat and generated moisture 20 The device used to collect heat is called a range hood. Choosing the right range hood is an important part of the kitchen ventilation and air conditioning system. It is one of the tools. Choosing the right range hood is essential for the kitchen. 25 issues such as odor, noise, and environmental pollution in ventilation and air conditioning Ventilation and air conditioning in the kitchen solves many problems. It provides significant savings in the initial investment and operation of the system. Suitable and High-quality range hood and kitchen ventilation system prevents fires. minimizes risks, ensuring the fire control and extinguishing system is adequate. It enables these activities and increases the safety of life and property. 30 2 Range hoods consist of a chimney inlet, housing, motor, and front panel assembly. The range hood is connected to a chimney at the chimney inlet, allowing the polluted air to be released to the outside environment. It enables the transfer of information. In the current technology, the engine located inside the fuselage is occasionally supplied with solid waste from inside the chimney. If particles or any foreign objects fall into the motor, these objects will... These objects enter the motor when the user operates the range hood. This causes damage. Therefore, the efficiency of the range hood decreases over time. or it is deteriorating. The invention in question involves an engine protection cover. This cover is located... It is closed due to the effect of the suction. Foreign objects coming from the chimney get stuck on this cover. It remains in place. The cover opens when the user operates the range hood. Foreign objects on it are placed in the container before entering the motor. is being removed. With this invention, any solid that may come from the chimney can be removed. the particle is directed from the motor outlet into the motor and the motor The possibility of malfunction has been eliminated. Purposes of the Invention The purpose of this invention is to create a range hood with a motor protection cover. to accomplish. Another purpose of this invention is to prevent foreign objects from entering the engine. The goal is to create a range hood. 25 Another purpose of this invention is a range hood with a movable cover system. to accomplish. Another aim of this invention is to create an efficient and long-lasting 30 The goal is to create a range hood. 3 Brief Description of the Invention The initial requirement and the steps taken to achieve the purpose of this invention, and dependent on that requirement... The range hood, as defined in other requirements, consists of 5 parts: body, chimney, motor and cover. It consists of. The casing is the main component of the range hood, and the suction takes place inside this casing. This is accomplished by directing air from inside the chimney through the fuselage to the outside environment. It ensures the transfer of air. The motor directs the air generated in the kitchen towards the chimney. It enables the redirection. The cover is located at the motor's outlet, another The cover is mounted on the part where the engine and chimney are connected. the fragrant air goes from the chimney into the engine and from there into the kitchen. redirection and prevention of solids that might enter the engine through the chimney. The goal is to prevent particles from entering. 15 Detailed Description of the Invention The range hood, designed to achieve the purpose of this invention, is available in the attached forms. These figures are shown as follows: 20 Figure 1. Perspective view of the range hood. Figure 2. Side view of the range hood. Figure 3. Perspective view of the engine and cover together with the cover open. Figure 4. Perspective view of the engine and cover together when closed. 25 Figure 5. Perspective view of the cover. The parts in the figures are individually numbered, and these numbers correspond to: It is given below. 1. Range Hood 4 2. Body 2.1. Suction surface 3. Chimney 4. Engine 5. Cover 5 5.1. Connector 5.2. Reservoir 5.3. Fixed part 5.4. Moving parts 5.5. Hinge 10 It draws in the foul-smelling air, especially in kitchens, according to user preference. transferring it to the ventilation system or cleaning it inside, thus bringing it to the kitchen. The range hood (1) which directs clean air, in its most basic form, - 15 inches of cooking area to absorb the odorous air produced during the cooking process the surface positioned almost directly on top and furthest from the user is on the wall mounted on the wall from the top downwards on the side facing the user. at least one suction surface that is linearly adapted to approach (2.1) having at least one body (2), - the scented 20 located on the upper part of the body (2) and drawn from the suction surface (2.1). at least one chimney (3) that allows air to be transferred to the outside environment. - located inside the body (2), suction when activated At least one motor (4) that draws air from the surface (2.1) and directs it to the chimney (3), - located on the side of the engine (4) facing the chimney (3), the engine (4) 25 In addition, any solid particles that may come from the chimney (3) can enter the engine (4). preventing entry  at least one connecting piece (5.1) through which the motor (4) is mounted,  at least one where solid particles falling from the chimney (3) are collected and stored reservoir (5.2), 30  Two of them, opposite each other, in a semi-circular shape, and in the center part fixed part adapted in a form that rises as it goes straight (5.3),  When solid particles coming from the chimney (3) fall into the tank (5.2) geometric form similar to the fixed part (5.3) for its orientation a hinge (5.5) is attached to the top of the fixed part (5.3) that is created. air pressure which is generated when the engine (4) is running, connected via opening because of this and directing the air from the motor (4) to the chimney (3) flow by the effect of gravity when the engine (4) is not working. by blocking the way, both the odor and the solid particles can get into the engine (4) Cover (5) 10 with at least two movable parts (5.4) that prevent its orientation It includes. In an application of the invention, the range hood (1) must have at least one body (2) It is located. The body (2) in question is the main element of the hood (1) and the suction This is carried out within the mentioned fuselage (2). There is at least one 15 in the fuselage (2). There is a suction surface (2.1). This suction surface (2.1) is given to the user. On the viewing side, a linear path from top to bottom, approaching the wall. It is adapted as such and optionally a glass surface (2.1) is also added to the suction surface. It is mounted. In this application of the invention, the range hood (1) At least one chimney (3) 20 for transferring the smelly air generated in the kitchen to the outside environment. It is located. This mentioned chimney (3) is directed through the body (2). It enables the transfer of air to the outside environment. There is also a fuselage (2) inside. There is a motor (4) and this motor (4) is the air formed in the kitchen. It ensures that it is directed towards the chimney (3). The inlet part of the motor (4) is suction. The outlet part is directed towards the chimney (3) and the surface (2.1). In this way, 25 The fragrant air in the kitchen is drawn through the suction surface (2.1) via the motor (4). It is drawn into the chimney (3) and from there directed to the outside environment. In one application of the invention, the range hood (1) must have at least one cover (5) It is located. This cover (5) mentioned is located at the outlet of the motor (4), another 30 It is mounted on the part where the motor (4) and the chimney (3) are connected. 6 One of the two important functions of the cover (5) included in this application of the invention is through the chimney (3) into the engine (4) and from there into the kitchen the fragrant air to prevent it from being directed, the other is into the engine (4) by the chimney (3). The purpose of this invention is to prevent the entry of solid particles that might otherwise enter. The cover (5) included in the application contains at least one connecting piece (5.1). 5 This connecting piece (5.1) is used to mount the cover (5) onto the motor (4) and It is adapted for fixing. A connecting element is attached to the connecting piece (5.1). The cover (5) is mounted on the motor (4) by passing it through. The connection on the cover (5) Besides the part (5.1), there is also a chamber (5.2). The chamber (5.2) is connected to the chimney. (3) after the incoming solid particles fall on the moving part (5.4) 10 due to the oval shape of the moving part (5.4) and the effect of gravity It is the part to which it is directed and kept. Thus, what can come from the chimney (3) any solid particle from the motor (4) outlet into the motor (4) The possibility of steering and engine (4) failure has been eliminated. The cover (5) also contains a fixed part (5.3) and a movable part (5.4). 15 The fixed part (5.3) is positioned so as not to obstruct the flow at the edge of the reservoir (5.2). It is formed in a semi-circular structure that rises towards the center. A hinge is attached to the highest end of the fixed part (5.3) for the movable part (5.4). It is assembled with the help of (5.5). With the geometric form of the movable part (5.4) The geometric form of the fixed part (5.3) is almost identical to each other. Hinge 20 (5.5) is the end parts of both the fixed part (5.3) and the movable part (5.4). It connects them. The fixed part (5.3) is two opposite each other and the movable part Part (5.4) also has two mirrored versions. Movable In cases where part (5.4) closes the flow path, the moving part (5.4) is fixed the part (5.3) is closed over (See figure 4), open 25 In this case, the fixed part (5.3) is mirrored with respect to the horizontal axis. It is located (See figure 3). The cover (5) is accessible via its movable parts (5.4). When the motor (4) is active, air flows from inside the motor (4) towards the chimney (3). allowing passage, but if the engine (4) is not active The moving parts (5.4) move towards the stationary part (5.3) 30 degrees under the influence of gravity. 7 closing and cutting off the flow path, preventing air flow in both directions from the flow path. It prevents.

Claims

7 REQUESTS 1. Especially in kitchens, the smelly air can be controlled with a device that fits inside according to user preference. by drawing it into the ventilation system or cleaning it inside, thus In its most basic form, it allows fresh air to be directed into the kitchen, 5 - to absorb the fragrant air produced during the cooking process, immediately outside the cooking area The surface positioned directly above and furthest from the user is wall-mounted. the wall, from top to bottom, on the side facing the user. having at least one suction surface (2.1) that is linearly adapted to approach each other at least one body (2), 10 - scented material drawn from the suction surface (2.1) located on the upper part of the body (2). at least one chimney (3) that allows air to be transferred to the outside environment. - located inside the body (2), suction when activated At least one motor (4) that draws air from the surface (2.1) and directs it to the chimney (3) containing and 15 - located on the side of the engine (4) facing the chimney (3), the engine (4) Preventing the smell that may come from the chimney (3) when it is not working, In addition, any solid particles that may come from the chimney (3) can enter the engine (4). preventing entry  at least one connecting piece (5.1) through which the motor (4) is mounted, 20  at least one where solid particles falling from the chimney (3) are collected and stored reservoir (5.2),  Two of them, opposite each other, in a semi-circular shape and towards the center fixed part adapted in an increasingly ascending form (5.3),  Directing the solid particles coming from the chimney (3) into the hopper (5.2) when they fall 25 created in a geometric form similar to the fixed part (5.3), to the fixed part (5.3) connected to the top of the motor (4) via a hinge (5.5). It opens due to the air pressure created when it is working and from the motor (4) The motor (4) which enables the directed air to be conveyed to the chimney (3) When it is not working, it closes the flow path due to the effect of gravity, thus affecting both 30 which prevents both odor and solid particles from being directed to the motor (4) 8 closed onto the stationary part (5.3) in cases where it blocked the flow path in the case where it is open, the fixed part (5.3) is relative to the horizontal axis. Cover (5) with at least two movable parts (5.4) in mirrored form hood characterized by (1).

2. At the outlet of the engine (4), in other words, between the engine (4) and the chimney (3) The request is characterized by the cover (5) mounted on the part where the connection is made. Hood like in 1 (1).

3. With its movable parts (5.4), it can be channeled into the engine (4) by the chimney (3). with a cover (5) that prevents the entry of possible solid particles. The hood (1) is characterized as in claim 1.

4. Mounting the cover (5) to the motor (4) by passing a connecting element through each. 15 characterized by the connecting piece (5.1) adapted for its fixation. Hood as in request 1 (1).

5. Solid particles coming from the chimney (3) falling onto the moving part (5.4) then gravity also due to the oval shape of the moving part (5.4) The reservoir (5.2) which is the part where the effect is directed and kept, and 20 The hood (1) is characterized as in claim 1.

6. Almost halfway down the edge of the reservoir (5.2) so as not to obstruct the flow. with a fixed part (5.3) formed in a circular and upward-to-the-center structure The hood as described in claim 1 (1). 25 7. Mounted to the highest end of the fixed part (5.3) by means of a hinge (5.5). the hood as in claim 1 characterized by the moving part (5.4) (1).

8. The geometric form of the fixed part (5.3) and its geometric form are immediately similar to each other. as in claim 1 characterized by the almost identical moving part (5.4). cooker hood (1). 9 9. The end portions of both the fixed part (5.3) and the movable part (5.4) hood as in request 1 characterized by connecting hinge (5.5). (1).

10. In cases where the motor (4) is active via its moving parts (5.4), the motor (4) allowing air to pass through to the chimney (3), but the engine (4) In cases where it is not active, the moving parts (5.4) are also affected by gravity. closing towards the fixed part (5.3) and cutting off the flow path, every 10 In system 1, characterized by a cover (5) that prevents airflow in two directions. such as a range hood (1).

Images