A STOVE TOP PANEL

Abstract

This invention relates to the stove top panel (1), which is made of sheet metal and is formed by bending the said sheet metal, and is used especially on the top of gas stoves.

Description

1 TARIFF A STOVE TOP PANEL Technical Area 5 This invention is made of sheet metal and is used especially in the top parts of gas stoves. and formed as a result of bending the sheet metal in question This relates to the top panel of the cooktop. Previous Technique People use various heat sources to cook food. Technology... With the development of food production, machines for cooking food have been developed. the food should be cooked in the cooker at the appropriate temperature and for a sufficient amount of time. 15 The process of bringing something to an edible state is called cooking. The item to be cooked... The usage conditions or cooking methods of cookers depend on the type and characteristics of the food. Their functions may vary. Cooking times depend on the amount of ingredients. It can vary depending on the user's usage habits. Food at home and The machines used in restaurants to enable cooking are called stoves and 20 Bakeries can be given as an example. Cooktops can have different operating principles. Different operating principles... Cooktops with these principles: gas cooktops and electric cooktops It is possible to provide. Stoves with different operating principles can be combined into a 25 They can be placed on a sheet metal plate, or they can be designed separately and given to the user. They can be offered. Electric cooktops can be integrated with gas cooktops. The ratio of electric cooktops to gas cooktops is generally one in three. It is structured in this way. That is, while there are three gas burners on a table, only one is suitable. An electric hob is available. Apart from the aforementioned use, single, double, triple or 30-inch options are available. Four-burner electric cooktops are also available. 2 In the current technique, during the production phase of the stovetops, the edges and corners are... It is shaped by folding it inwards in the same form. Then enamel coatings are applied. This is done. Wrinkles may form at the corners of the table during inward folding. Wrinkles occur. During enamel coating, these corner sections wrinkle. This creates a problem. The coating process cannot be carried out properly. Therefore, an aesthetically pleasing appearance cannot be achieved. Also, the corner sections... It remains sharp and poses a danger to the user. The invention in question involves 10 different straight edges and corner edges of the cooktop plates. The methods involve folding. This prevents wrinkles that form at the corners with the current technique. No shrinkage occurs. The tabletop is aesthetically pleasing when enameled. Image quality can be achieved and user satisfaction can be ensured. Furthermore... Since there are no folds or shattering at the corners, cutting is also prevented, and thus... User safety is ensured. 15 Purposes of the Invention The purpose of this invention is to create a stovetop panel with neatly folded corners. to accomplish. 20 Another aim of this invention is to create an aesthetically pleasing stovetop panel. to accomplish. Another aim of this invention is to provide a stovetop panel that offers safe use. 25 to accomplish. Another aim of this invention is to create a stove that ensures user safety and satisfaction. The goal is to create the top panel. Brief Description of the Invention 3 The initial requirement and the steps taken to achieve the purpose of this invention, and dependent on that requirement... The hob top panel, as defined in other requirements; cooking zone, ventilation It consists of a border area and a peripheral area. The cooking zone is the area where containers holding food and beverages are heated. It is the part where hot air is generated as a result of heating in the lower part of the cooking zone. evacuation through ventilation openings located in the ventilation area This is provided. The edge area surrounds almost the entire cooking zone. It has been created to include 10. Detailed Description of the Invention The stovetop panel, constructed to achieve the purpose of this invention, is shown in the attached figures. These figures are shown as follows: 15 Figure 1. Perspective view of the current technique. Figure 2. Top view of the hob's top panel. Figure 3. Partial perspective of the edge curve located in the edge region. It is the appearance. 20 Figure 4. Partial perspective view of the edge region. Figure 5. A partial perspective view of the edge region from another angle. Figure 6. A partial perspective view of the edge region from another angle. The parts in the figures are individually numbered, and each number corresponds to 25. It is given below. 1. Stovetop panel 2. Cooking zone 2.1. Burner 30 3. Ventilation area 4 3.1. Ventilation openings 4. Edge region 4.1. Edge folding 4.2. Corner bend 4.3. Connector 5 It is made of sheet metal and is used especially in the upper part of gas stoves. The furnace is formed by shaping the sheet metal in question through bending. top panel (1) in its most basic form, - at least one 10-inch container on which food or drinks are placed via a container. at least one cooking zone (2) with hob burner (2.1), - located around the cooking zone (2) and below the cooking zone (2) area,  created in an almost quadrilateral geometric form,  The sides of the quadrilateral form in question are approximately ninety degrees. 15 by bending it in such a way as to create an edge fold (4.1),  The corner sections of the quadrilateral form in question are approximately one hundred and eighty by bending it to form a corner bend (4.2) at least one edge where possible tears in the fold (4.2) are prevented It includes region (4). 20 The cooktop panel (1), included in one application of the invention, is particularly suitable for gas cooktops. It forms the upper part and is made of sheet metal. On the stove's top panel. (1) there is at least one cooking zone (2). The cooking zone (2) in question is: the part where containers containing food or drinks are heated, and the aforementioned 25 The cooking area (2) has at least one hob burner (2.1). The hob in question Containers are placed in the compartment (2.1) according to the user's preference and cooking or Heating is carried out in this way. Cooking on the hob top panel (1) Besides the area (2), there is also a ventilation area (3). The ventilation zone (3) is located on one side of the cooking zone (2) and 30 through the ventilation gaps (3.1) it has, the bottom of the cooking zone (2) It allows the hot air generated as a result of heating to be released. At least one edge area on the top panel of the hob (1) included in an application of the invention (4) is located. This mentioned edge area (4) is the cooking area (2) 5 It was created to encompass almost the entire perimeter. The border area. (4) is formed by folding the sheet metal. The edge area (4) is made of different furnaces. They are produced according to different folding methods depending on the models, and this invention... In the application, the edge region (4) created in the edge parts and the sheet metal ninety It is formed by bending the cooking zone (2) in the direction of at least one 10 degrees. There is an edge fold (4.1). In the edge region (4) edge fold (4.1) There is also another corner bend (4.2) and this corner bend (4.2) It is located at the corner where the two edge folds (4.1) meet, and the sheet metal It is formed by bending it almost one hundred and eighty degrees. Corner curve (4.2), edge bending (4.1) without any cutting on the same sheet metal 15 It is formed by bending. The corner fold (4.2) is like the edge fold (4.1). The main reason for not bending ninety degrees is the corner of the edge region (4) Corner regions warp during the process of bending the sections ninety degrees. This is due to exposure to sunlight, which makes enamel coating difficult. Therefore, the corner bend (4.2) is almost one hundred and eighty degrees, while the edge bend (4.1) is 20 The production is completed by bending it ninety degrees. In the edge area (4) also There is also a connecting element (4.3) and this connecting element mentioned above (4.3) connects the top panel (1) of the hob to the bottom of the hob.

Claims

6 REQUESTS 1. Made of sheet metal, especially used in the upper part of gas stoves. and is formed as a result of bending and shaping the sheet metal in question, In its most basic form, 5 - at least one container into which food or drinks are placed. at least one cooking zone (2) with hob burner (2.1), - located around the cooking zone (2) and below the cooking zone (2) area,  formed in an almost quadrilateral geometric shape, 10  The sides of the quadrilateral form in question are approximately ninety degrees by bending it in such a way as to create an edge fold (4.1),  The corner sections of the quadrilateral form in question are approximately one hundred and eighty by bending it to form a corner bend (4.2) At least one edge is protected from possible tears in the fold (4.2) 15 The upper panel of the hearth (1) is characterized by the region (4).

2. Covering almost the entire perimeter of the cooking area (2) and characterized by the edge region formed by folding the sheet metal (4) As in request 1, hob top panel (1). 20 3. They are manufactured using different folding methods depending on the different stove models. formed at the edges and the sheet metal is cooked at ninety degrees. at least one edge fold formed by bending in the direction of region (2) As in claim 1, characterized by the edge region (4) located in (4.1) January 25 top panel (1).

4. It is located at the corner where both edge folds (4.1) meet, and the sheet metal a corner curve formed by bending it almost one hundred and eighty degrees (4.2) edge region (4) characterized by the top 30 of the furnace as in claim 1. panel (1). 7 5. Edge bending (4.1) without any cutting on the same sheet metal edge region (4) with corner curve (4.2) formed by bending The hob top panel (1) as characterized in request 1.

6. Corner fold (4.2) is almost one hundred and eighty degrees edge fold (4.1) The edge region (4) whose production is completed by bending it ninety degrees The hob top panel (1) as characterized in request 1.

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