AN OVEN

Abstract

This invention relates to the oven (1) used in the process of cooking or heating food or drinks.

Description

1 TARIFF AN OVEN Technical Area 5 This invention is used in the process of cooking or heating food or beverages. It is related to the oven used. Previous Tech 10 People use various heat sources to cook food. Technology... With the development of food production, machines for cooking food have been developed. Food can be cooked in homes and... The machines used in restaurants to enable cooking are called stoves and ovens. Ovens can be given as an example. 15 An oven works by applying heat to a chamber, which then heats the food placed inside. It is a cooking tool that enables food to be cooked. The cooking location and type of food vary. There are different types of ovens depending on the restaurant or high-volume cooking requirements. Industrial ovens are used in the places where the process is carried out. 20 Especially suitable for home use, in homes and small businesses, for heating or cooking food. Ovens are used. There are also different types of household ovens. For example, top-mounted ovens. This section includes ovens with built-in cooktops or integrated ovens. The oven body contains a chamber. This chamber is where cooking takes place. It is used to carry out the process. To be cooked or heated. The desired ingredients are positioned inside the chamber. Heat is transferred to the chamber. is heated and the food inside the container is heated with the help of the transferred heat. The cooking process is being carried out. 30 2 The furnace body has five surfaces. These surfaces form a semi-enclosed box. A form is created. The open surface of the semi-enclosed form is preferably with a door. It is closed. The door is in an open-and-close form. The user opens the door... By closing it, it accesses the cooking chamber located inside the body. In the known state of the art, the oven's glass panes and the profile between the glass panes. They are assembled by fastening them together with various materials. This method... The assembly cost is high, and the completion process is also lengthy. User When you want to separate the glass panes, separating and reassembling them takes a long time. It happens in a laborious way. 10 The invention in question involves glass panes and an intermediate profile located between the glass panes. It is held together with the ventilation profile. Thanks to this invention... The number of materials used for the assembly process has been significantly reduced. User-friendly. And it can easily open and close the windows. Ventilation 15 The holes in its profile allow the furnace glass to be cooled quickly. This ensures user satisfaction. Purposes of the Invention The aim of this invention is to realize an oven with a ventilation profile. Another aim of this invention is to create an oven with lid glass panels that can be easily removed and reattached. to accomplish. Another purpose of this invention is to create an oven with lid glass that can cool down quickly. to accomplish. Another aim of this invention is to create an oven that provides user satisfaction. to accomplish. 30 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 furnace described in other specifications consists of a body, panel, and lid. A compartment inside the body where food or drinks are placed. It is located there. The heating process takes place inside the chamber. The panel is located on the user-facing side of the housing and controls the heating process. It has been adapted to be controlled by the user. The user controls it on the body. Through a lid designed to open and close inside the container, 10 is accessible. Detailed Description of the Invention The oven constructed to achieve the purpose of this invention is shown in the attached figures. and these shapes; Figure 1. Perspective view of the furnace. Figure 2. Partial perspective view of the furnace. Figure 3. Partial perspective view of the cover. 20 Figure 4. A partial perspective view of the cover from another angle. Figure 5. Partial perspective view of the hatch without the ventilation profile. Figure 6. A partial perspective view of the cover from another angle. Figure 7. Partial cross-sectional view of the lid. Figure 8. Perspective view of the ventilation profile. 25 The parts in the figures are individually numbered, and these numbers correspond to: It is given below. 1. Oven 30 2. Body 4 3. Panel 4. Cover 4.1. Windscreen 4.2. Rear window 4.3. Intermediate profile 5 4.3.1. Side profile 4.3.2. Top profile 4.4. Ventilation profile 4.4.1. Main ventilation duct 4.4.2. Side ventilation duct 10 4.4.2.1. Airflow path 4.4.2.2. Redirection extension 4.4.3. Printing surface 4.4.4. Seat extension 4.5. Intermediate glass 15 4.6. Handle A substance used in the process of cooking or heating food or beverages. oven (1) in its most basic form, - a container with an inner compartment for food or drinks and 20 The heating process is carried out in at least one shell (2), - located on the part of the body (2) facing the user and the heating process is for the user at least one panel adapted to be controlled by (3), - enabling the user to access the compartment located in the body (2) adapted to be opened and closed, 25  at least one windshield on the side facing the user (4.1),  at least one rear window (4.2) located on the side facing the compartment (2) in the body,  through its at least two side profiles (4.3.1) it has, the windshield (4.1) and the rear by positioning itself between the glass (4.2) and creating a gap, the gap in question At least one intermediate profile (4.3) through which heated air is drawn by the venturi effect, 30  the lateral profiles (4.3.1) located in the intermediate profile (4.3) with the aforementioned venturi effect cooling and less heat to the edges of the windscreen (4.1) positioned on the side profiles (4.3.1) for transmission, with the side profile (4.3.1) heated air in the space between panel (3) by venturi effect by pulling, it helps to cool the side profile (4.3.1) and the windscreen (4.1) 5 at least one that ensures the edges, in particular, heat up less. It includes a cover (4) with a ventilation profile (4.4). In one application of the invention, the oven (1) has at least one body (2). There is a chamber inside this mentioned body (2) and this mentioned 10 Food or drinks are placed inside the container by the user, and this This method allows for the cooking or heating of food and beverages. There is a panel (3) on the part of the fuselage (2) facing the user. panel (3) can cover the entire side facing the user or a part of it. It can be switched off. There is at least one control cursor or button on the panel (3) 15 These cursors or buttons are located there and can be used to heat the inside of the reservoir. The degree and duration of heating are controlled. It is adjustable. In one application of the invention, the oven (1) has at least one lid (4). 20 This cover (4) is placed inside the compartment (2) in the body by the user. It is designed to be openable and closable so that it can be accessed. The lid (4), preferably it opens by rotating around an axis, via at least one hinge, and It closes, thus providing access to the inside of the reservoir. This invention... The cover (4) included in the application has at least one windshield (4.1). 25 This mentioned front window (4.1) is located on the user-facing side of the cover (4). It is manufactured to be transparent and allows the user to check the contents of the reservoir. This enables it to do so. In this application of the invention, the cover (4) Besides the front window (4.1), there is also a rear window (4.2). This mentioned rear window... The glass (4.2) is located on the side of the lid (4) closest to the reservoir and is 30 inches from the front glass. (4.1) damage to the user due to heat not being transmitted and the windshield (4.1) heating. 6 It has been adapted to prevent it from being seen. The rear window (4.2) is directly facing the reservoir. It is in contact with and heats up. The front glass (4.1) and the rear located in the cover (4). at least one intermediate profile adapted to create a gap between the glass (4.2) (4.3) is located. This intermediate profile (4.3) is between the front window (4.1) and the rear window. (4.2) to create an air gap between the windshield (4.1) and thus 5 It is designed to prevent overheating. In the intermediate profile (4.3) at least two sides to ensure the connection between the profile (4.3.1) and the related side profiles (4.3.1). There is at least one upper profile (4.3.2). The side profile (4.3) is located in the intermediate profile. profiles (4.3.1) on the sides of the front window (4.1) and the rear window (4.2), upper profile (4.3.2) is located between the front windshield (4.1) and the upper part of the rear windshield (4.2). 10 The side profiles (4.3.1) and the top profile (4.3.2) included in this application of the invention Made of stainless steel, the front window (4.1) and the rear window (4.2) It is produced in a geometric form that can create a gap between them. The invention The side profiles (4.3.1) included in this application are in the geometric form of a box profile. is produced. 15 At least one ventilation profile in the oven (1) included in one application of the invention (4.4) is located. The ventilation profile in question (4.4) is the side profiles. (4.3.1) Heating on surfaces not facing each other is transferred to the external environment by the venturi effect. It is placed on the upper part of the side profiles (4.3.1) for transfer. This invention 20 In the ventilation profile included in the application (4.4) there is at least one main ventilation There is a main ventilation duct (4.4.1). located in the gap between the front window (4.1) and the rear window (4.2) because of the airflow created by a motor located in the fuselage (2) It is adapted for transferring the resulting venturi effect to the external environment. Motor 25 through an airflow at the top of the ventilation profile (4.4) is created and in this case the area between the front window (4.1) and the rear window (4.2) The heated air in the volume is transferred to the outside environment by the venturi effect, and the front This causes the glass (4.1) to be heated less. In the ventilation profile (4.4) In addition to the main ventilation duct (4.4.1), there is also a side ventilation duct (4.4.2) 30 It is located. The side ventilation duct (4.4.2) connects the front window (4.1) and the rear window. 7 (4.2) located between the front window (4.1) and the side edges of the rear window (4.2) the air around the outer parts of the positioned side profile (4.3.1) The subject is adapted for transfer to the external environment via the venturi effect. Side The ventilation duct (4.4.2) is located at the top of the side profile (4.3.1) and the main ventilation It is adapted to be connected to the duct (4.4.1) and the side ventilation duct 5 An air flow path (4.4.2.1) between (4.4.2) and the main ventilation duct (4.4.1) This is because the venturi effect created by the engine causes the side profile to change shape. (4.3.1) Hot air from the outside passes through the side ventilation duct (4.4.2). It follows the airflow path (4.4.2.1) and from the main ventilation duct (4.4.1) It is transferred to the outside environment. In the side ventilation duct (4.4.2) there is at least one 10 The redirection extension (4.4.2.2) is available, and the aforementioned redirection... The extension (4.4.2.2) sits on the side profile (4.3.1) and provides support, and the same It enables the creation of more than one airflow path (4.4.2.1) at the same time. The ventilation profile (4.4) also includes a pressure surface (4.4.3) This mentioned contact surface (4.4.3) sits on the inside of the windscreen (4.1) and 15 The connection of the ventilation profile (4.4) and the windshield (4.1) is as follows: is implemented. The ventilation profile (4.4) also includes a seating extension. (4.4.4) is located and this seating extension (4.4.4) is connected to the windshield (4.1). positioned between the rear window (4.2) and contributes a little more to heat insulation. This is the part where the intermediate glass (4.5) is fitted. The lid (4) also has a handle (4.6) 20 It is located and the user grasps the lid (4) with this handle (4.6) and this It enables the lid (4) to be opened as shown.

Claims

8 REQUESTS 1. Used in the process of cooking or heating food or beverages, In its most basic form, - a container inside for placing food or drinks, and 5 The heating process is carried out in at least one shell (2), - located on the part of the body (2) facing the user and the heating process is for the user containing at least one panel (3) adapted to be controlled by and - enabling the user to access the compartment located in the body (2) adapted to be opened and closed, 10  at least one windshield on the side facing the user (4.1),  at least one rear window (4.2) located on the side facing the compartment (2) in the body,  through its at least two side profiles (4.3.1) it has, the windshield (4.1) and the rear by positioning itself between the glass (4.2) and creating a gap, the gap in question At least one intermediate profile (4.3) through which heated air is drawn by the venturi effect, 15  the lateral profiles (4.3.1) located in the intermediate profile (4.3) with the aforementioned venturi effect cooling and less heat to the edges of the windscreen (4.1) positioned on the side profiles (4.3.1) for transmission, with the side profile (4.3.1) heated air in the space between panel (3) by venturi effect by pulling, it helps to cool the side profile (4.3.1) and the windscreen (4.1) 20 at least one that ensures the edges, in particular, heat up less. The oven (1) is characterized by a cover (4) with a ventilation profile (4.4).

2. Venturi heating on the non-facing surfaces of the side profiles (4.3.1) 25 on the upper part of the side profiles (4.3.1) for transfer to the external environment due to its effect. characterized by the cover (4) with the installed ventilation profile (4.4). The oven as requested in 1 (1).

3. Located in the gap between the front window (4.1) and the rear window (4.2) 30 due to the airflow created by an engine located in the fuselage (2) ventilation adapted for transferring air to the outside environment via the resulting venturi effect 9 cover (4) with ventilation profile (4.4) with channel (4.4.1) oven as in claim 1 characterized (1).

4. Heated air in the space between the front window (4.1) and the rear window (4.2) by transferring air to the outside environment through the venturi effect, the windshield (4.1) is less than 5 ventilation with ventilation duct (4.4.1) which causes heating oven as in claim 1 characterized by cover (4) with profile (4.4) (1).

5. Located between the front windshield (4.1) and the rear windshield (4.2) and between the front windshield (4.1) and the rear 10 The outer side profile (4.3.1) positioned on the side edges of the glass (4.2) for the air around the parts to be transferred to the outside environment by the venturi effect ventilation profile with adapted side ventilation duct (4.4.2) (4.4) oven (1) as in claim 1 characterized by having lid (4).

6. At the top of the side profile (4.3.1) and connected to the main ventilation duct (4.4.1). having a side ventilation duct (4.4.2) adapted to be The system is characterized by a cover (4) with a ventilation profile (4.4). Oven like in 1 (1).

7. Between the side ventilation duct (4.4.2) and the main ventilation duct (4.4.1) The venturi effect created by the engine and the outer side profile (4.3.1) The hot air in this section passes through the side ventilation duct (4.4.2) and follows the line through which the air flows and exits to the outside environment through the main ventilation duct (4.4.1) The oven (1) as in request 6, characterized by the flow path (4.4.2.1). 25 8. Located in the side ventilation duct (4.4.2) and fitting into the side profile (4.3.1) supporting and also multiple airflow paths (4.4.2.1) Characterized by the redirect extension (4.4.2.2) that enables its creation Oven as in request 6 (1). 30

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