AUTOMATIC WATER BOILING ATTACHMENT COMPATIBLE WITH INDUCTION COOKTOPS.

Abstract

Automatic water boiling attachment compatible with induction cooktops, boils water even in non-magnetic containers. An innovative system that can boil water and automatically cuts off heating when it reaches boiling point. It is a device. The apparatus consists of a perforated main plate and a second plate on which 5 fins are attached. It contains a plate. Heating is interrupted as the plate rises with increasing temperature. Energy saving. This design, which provides security and prevents safety issues, is expandable and can be used with different containers. It is compatible. The device does not require electronic components, offering cost-effectiveness and ease of use. presents.

Description

1 TARIFF AUTOMATIC WATER BOILING ATTACHMENT COMPATIBLE WITH INDUCTION COOKTOPS. Technical Field to which the Invention relates The technical field of the present invention is an automatic water boiling apparatus compatible with an induction cooktop. It is related. State of the Art Traditional gas stoves use the heat released from combustion for cooking. This is achieved. Vitroceramic cooktops, on the other hand, operate electrically, and the heating elements under the glass surface... It provides heating through these means. However, among these stove types, the 10 that provide the most efficient and fastest heating are... Induction cooktops heat the base of the pot directly using a magnetic field, and in this way It saves energy. The use of induction cooktops is limited to pots and pans with magnetic bases. This situation, This requires users to have induction-compatible cookware in their kitchens. However, some current cookware is not compatible with this technology. Also, induction 15 The stoves boil water quickly, so manual operation is required to prevent overflow and energy waste. Intervention is necessary. Induction cooktop compatible products have been developed to solve these problems. The automatic water boiling device can heat water even in containers that are not induction compatible. It features a system that automatically cuts off the heating when boiling is reached. Examples of teachings offered to the public in the current technical field include WO2016074743A1 and 20 Patents such as WO2020176952A1 describe water heating systems specifically designed for induction cooktops. Although it includes devices, these devices are limited to specific containers and the universality offered by the apparatus It does not include compatibility and automatic shutdown features. The WO2016074743A1 publication describes a water heater specifically designed for induction cooktops. (ke le) explains. This water heater is a container made of non-magnetic materials. 25 It includes. The pot is used on an induction cooktop to heat the liquid, and the container has a base for heating the liquid. A ferromagnetic plate lifting mechanism is located at the base of the water heater. The ferromagnetic k plate effectively uses the magnetic k field of the induction furnace to heat the liquid. 2 The heat source is the pot, which is made of non-magnetic materials, making it suitable for induction cooktops. This makes direct use difficult. However, this patent is made possible thanks to the ferromagnetic plate. It has become possible to use it on induction cooktops. However, the present invention... The proposed structure allows for more efficient use of the magnetic field, while improving the heating process. It ensures that it automatically stops at the boiling point. It also has 5 different settings. A solution has been found that can accommodate cookware of various sizes. On the other hand, publication WO2020176952A1 is designed for use on induction cooktops. It is another type of water heater. However, this patent requires the water heater to have a central vertical axis. It focuses on ensuring that the bottom and sides of the container heat the liquid evenly. Water heater It has a central vertical axis, and heat distribution is optimized around this axis. Base and 10 The side walls are designed to ensure that the liquid is heated evenly in all directions. This, It enables the rapid and efficient heating of the liquid. On the other hand, the system that is the subject of the present invention... It automatically switches off the heating thanks to heat-sensitive displacement. In summary, the present invention involves an automatic heat cut-off mechanism and cooking of different sizes. The ability to adapt to their containers constitutes a significant advantage. For these reasons, induction 15 The stove-compatible automatic water boiling device offers both an effective solution and energy savings. It offers advantages in terms of cost savings and security. Brief Description of the Invention Automatic water boiling device compatible with induction cooktops, for induction cooktops. It is a device designed for use in non-induction compatible containers. This device is suitable for 20°C applications. It can perform the water boiling process and automatically stop when the boiling point is reached. It saves energy by turning off the heating and prevents safety issues. The device consists of a circular plate with holes at its base, and on this plate, in the center, are fins. It consists of a second circular plate to which it is connected. The perforated structure allows the plate to rotate at different temperatures. It causes the temperature to rise and the heating to be cut off. 25 The induction coil located at the bottom of the induction cooktop creates a magnetic field. It heats the bottom of the cooking pot directly. The apparatus works under the influence of this magnetic field and the difference between the surface area of ​​the plate and the surface area of ​​the holes when the boiling point is reached 3 It allows the plate to rise while maintaining a specific ratio (between 5:1 and 8.5:1). This rise, This causes the heating to shut off automatically. The device has an expandable design to accommodate different cookware. This allows induction cooktops to operate at full efficiency. Energy wastage is prevented thanks to the automatic shutdown of heating. In addition, it prevents possible overflow, etc. This also prevents security problems. Not requiring any additional electronic components reduces the cost of the device and its usability. This invention makes things easier. By overcoming the limitations of existing induction cooktops, it allows for a wider range of applications. It aims to appeal to a specific user base. The energy provided by induction cooktops 10 that offers the advantages of energy saving and fast heating, and can be used even with incompatible pots. This device enhances safety in kitchens while also maximizing user comfort. The main plate has a perforated circular structure and rises when the boiling temperature is reached. It cuts off the heating. The device is located at the base and is placed directly on the induction hob. It is positioned. The second circular plate is located on top of the main plate and the fins are in the center. It has a structure to which it is attached. It supports the movement of the fins and apparatus 15 It provides expandability. Located in the center of the upper part of the main plate are the fins. It is connected to a movable mechanism. The diameter of the apparatus can be adjusted according to different cooking vessels. The benefit. It is connected to the center of the second circular plate. The main plate, thanks to its perforated structure, produces a temperature increase effect and the second circular The first plate ensures that the heating is interrupted. The second circular plate controls the movement of the fins. The supports and adapter ensure compatibility with different containers. Working together, they enable induction. It can boil water even in incompatible pots on the stovetop, and the boiling process is successful. It automatically cuts off the heating when this point is reached. Brief Descriptions of the Figures The existing forms alone would not specifically define the scope of legal protection. 25 These should not be interpreted in any way. The figures are presented as examples only. Figure 1 is a technical drawing presenting a general perspective view of the system that is the subject of the present invention. Figure 2 is a technical drawing presenting a general perspective view of the apparatus that is the subject of the present invention. 4 Detailed Description of the Invention To provide a more comprehensive explanation of the current invention, the following parts will be added: 1) Induction Cooktop 2) Induction Cooktop Control Panel 3) Cooking Zone 5 4) Cooking Pot 5) Automatic Welding Apparatus 6) Base plate 7) Radial span 8) Top plate 10 9) Winglet The invention described below relates to an automatic water boiling apparatus compatible with induction cooktops. The components are explained individually. According to the present invention, the induction cooker (1) is the working surface of the appliance and during the cooking process 15 It is a device that creates a magnetic field and thus heats the bottom of the cooking vessel directly. The magnetic field on the induction cooker (1) affects the operation of the other components of the apparatus. It is the main element that provides the induction hob control panel (2), heating of the induction hob (1). It is used to adjust the level. This panel allows the user to control the heating process and It allows intervention by monitoring the boiling process when necessary. 20 The cooking zone (3) is the area on the induction hob (1) where the cooking pot (4) is placed. This This area has the highest magnetic field density and is where heating occurs most efficiently. The apparatus is placed on this area and is in contact with the base of the cooking vessel (4). The cooking pot (4) is the pot where the water boils and the apparatus does not come into direct contact with the cooking pot (4). It may not be magnet-based, but thanks to the apparatus, boiling on an induction hob (1) 25 The process is carried out. Automatic boiling apparatus (5) is used on the induction hob (1). It is a device that automatically controls the boiling process. The apparatus is induction compatible. It can work effectively even with non-existent containers. Base plate (6), automatic boiling It is located at the bottom of the apparatus (5) and is higher than the induction hob (1). 5 It functions in this position. The base plate (6) has a circular and perforated structure. This perforated structure, The magnetic field spreads in a specific pattern across the plate, and the heat is distributed evenly. It allows it to disperse. Radial openings (7) are the openings formed by the holes located on the base plate (6). Openings are structural voids that allow the plate (6) to rise in temperature. These 5 Thanks to the openings, the plate (6) moves upwards under the influence of the magnetic field and heating The operation stops. The top plate (8) is located on the base plate (6) and the fins are in the center. (9) is a second circular plate to which it is attached. The upper plate (8) supports the movement of the fins (9). and provides the expandable structure of the apparatus. The top plate (8) works together with the base plate (6). It helps to stop heating when the boiling temperature is reached. Fins (9), top 10 These are the movable components connected to the plate (8) and used to adjust the diameter of the apparatus. The wings (9) are designed to accommodate different sized cooking pots (4). It can expand or contract. The movement of the flaps (9), the apparatus base plate (6) and the top It supports the relationship between the plate (8), so the boiling point is controlled. According to the present invention, the base plate (6) is heated using the magnetic field of the induction cooker (1). This 15 Heat is transferred through radial openings (7) to the top plate (8) and fins (9). The temperature is at a certain level. When it reaches the point, the top plate (8) rises. This movement interrupts the effect of the magnetic field. It stops heating. The fins (9) adapt to different sized cooking pots (4). It can be adjusted to provide this. According to the present invention, the top plate (8) moves upwards as the heat increases and this movement is 20 The mechanism by which it stops heating is a combination of thermal expansion and magnetic field effects. It works with a combination of the magnetic field created by the induction cooker (1) and the base plate. (6) creates a direct heat source. On the other hand, the upper plate (8) undergoes temperature changes. It reacts and expands as the temperature rises; this expansion causes the plate to move upwards. This causes it to move. At the same time, the magnet k 25 generated by the induction cooker (1) The field interacts with the metal components at the base of the plate. This interaction affects the plate's It helps it to rise. The top plate (8), at a certain temperature, under the influence of the magnetic field. It rises upwards from the surface. On the other hand, the rise of the plate causes the magnetic field to increase to a certain level. After this point, its effect on the plate decreases. In this case, heating stops automatically. This The mechanism is designed to prevent overheating and energy waste. 30 6 The plates of this apparatus are placed inside the pot and are under the influence of a magnetic field. It is working. When the heat rises, the top plate (8) moves upwards, stopping the heating. Therefore, the existing structure performs its function without lifting or upsetting the balance of the pot. It comes. In summary, the present invention is a 5 designed for use on an induction cooktop (1). The automatic water boiling apparatus is described as being placed inside the pot (4). structured r and perforated structure that will work with the magnetic field effect of the induction furnace (1) a base plate (6) located on the base plate (6) and the temperature rises an upper plate (8) which enables the heating to be cut off automatically, and connected to the upper plate (8), It can be expanded to accommodate different sized cooking pots (4) and 10 It contains retractable fins (9). The perforated structure of the base plate (6) allows the magnetic field to be By optimizing its effect, it causes the plate to rise, and thus the heating process turns into boiling. It stops automatically at this point. The top plate (8) and fins (9) are for cooking of different sizes. It fits into containers (4), so the apparatus offers versatile use. This structure provides energy It provides a significant advantage in terms of cost savings and security. 15 According to another application of the present invention, the base plate (6) has a perforated structure. And these holes are configured to increase the effect of the magnetic field. Perforated base plate. (6) Increases the effect of the magnetic field, making the apparatus work more efficiently. The holes its arrangement and size ensure that the magnetic field is distributed homogeneously on the plate (6). This helps to optimize the heating process and ensure that the top plate (8) is evenly heated. This mechanism allows the heating to rise. This allows for more precise and controlled heating. It makes it stop. According to another application of the present invention, the surface area of ​​the top plate (8) and the holes A ratio of 5:1 to 8.5:1 was maintained between the surface areas of the plate. The determined ratio is based on the plate's (8) Optimizes its heat response and rise sensitivity. Surface area and hole area 25 This ratio between them ensures that the plate (8) moves correctly and the heating process of the water It ensures that the heat is cut off at the boiling point. This balances heat distribution and saves energy. It is provided. According to another application form of the present invention, the wings (9) are inside the pot (4). The fins (9) are structured to ensure the stability of the plates (6), 30 inside the pot (4). 7 By maintaining the stability of the plates, it ensures that the apparatus operates safely and effectively. This The structure ensures that the apparatus remains in the correct position inside the pot (4) and that the magnetic field is effective. It guarantees that the plates (6, 8) will be coated with the following. Stability is ensured by ensuring that there is no problem during the heating process. It prevents disruption or imbalance from occurring. According to another application of the present invention, the top plate (8) expands as the temperature increases, 5 The top plate (8) is made of a material that will allow the plate (6) to rise. It is made of a sensitive material and expands as the temperature increases. This expansion causes the plate (6) By causing it to rise, it automatically interrupts the heating process. This material choice... This allows the plates (6, 8) to respond quickly and sensitively to heat, which improves energy efficiency. It protects and ensures safety. 10 The materials used in the present invention are both temperature-sensitive and magnetic field-sensitive. It exhibits certain characteristics. Nickel can be used in the base plate and top plate structure. iron alloys (such as Invar), ferromagnetic materials (iron, cobalt, and nickel), bimetals Materials that respond to magnetic fields, such as strips and Terphenol-D, are resistant to temperature changes. These materials also exhibit sensitivity. These materials effectively reduce the magnetic field of the induction cooker by 15 It performs the heating process by using this method, and as the temperature increases, the plate expands upwards. It ensures the correct movement. Thus, the heating process starts when the water reaches its boiling point. It is cut automatically. In particular, bimetal strips used in plates and magnetoelectric devices. The materials, due to their temperature sensitivity, cause the plates to expand and the magnetic field to change. It optimizes its effect. This material selection is advantageous in terms of both energy efficiency and safety. It provides a great advantage. According to another application of the present invention, the wings (9) are different from the pot (4). It has a manually adjustable mechanism to accommodate their diameters. This The structure is designed so that the fins (9) can be manually adjusted to fit different sized pots (4). It allows adjustment. This feature makes the appliance compatible with a wide range of cooking pots (4). This provides flexibility of use and ensures that the pot (4) remains stable. This also makes it possible to use the appliance in different cooking scenarios. According to another application form of the present invention, the base plate (6) is affected by the magnetic field. It has multiple hole configurations to optimize. (6) different on the base plate The hole configurations ensure that the magnetic field is effectively distributed on the plate (6). This 30 8 The arrangement ensures that the entire surface of the plate (6) heats and moves evenly. Thus, the heating process becomes more precise, and when the boiling point is reached... The heating is switched off more effectively. According to another application of the present invention, the holes in the base plate (6) are the plates (6) The holes are arranged in such a way as to ensure even heat distribution during heating. This special arrangement of holes is 5 It ensures that the base plate (6) heats up evenly and the magnetic field is evenly distributed. In this way, every part of the plate (6) heats up and rises at the same time, which allows for controlled heating. This allows for precise cutting. Balancing heat distribution in this way increases energy efficiency. and ensures security. According to another application of the present invention, the flaps (9) close automatically, 10 a mechanism that allows the device to be stored compactly when not in use This feature makes it easy to store and transport the device without taking up much space. At the same time, this mechanism makes the device more durable and extends its lifespan. It contributes to its elongation. According to another application form of the present invention, the base plate (6) of the induction cooker (1) 15 By reacting to the magnetic field, the plates (6, 8) will rise as magnetic k. Made of a sensitive material. The magnetically sensitive material used in the base plate (6) The material reacts directly to the magnetic field of the induction cooker (1). This property of the plate (6) the temperature rises at the right time and the heating is automatically cut off It ensures that the choice of materials increases the sensitivity of the apparatus and optimizes the effect of the magnetic field. It ensures its use.

Claims

9 REQUESTS 1) An automatic water boiler designed for use on an induction cooktop (1). being a device; It is designed to be placed inside the pot and is suitable for induction cooktops (1) 5 A base plate with a perforated structure that will work under the influence of a magnetic field (6), Located on the base plate (6) and heating by increasing the temperature an upper plate (8) that enables it to be cut automatically, and Connected to the top plate (8), it will accommodate cooking pots (4) of different sizes. An automatic water boiler with expandable and contractible vanes (9) 10 It is a device. 2) It is an automatic water boiling apparatus according to claim 1, and its feature is that the base plate (6) is perforated. It has a structure and these holes are configured to increase the effect of the magnetic field. It is the fact that it has been done. 3) It is an automatic water boiling apparatus according to claim 1, and its feature is that the surface area of ​​the upper plate (8) is 15 The ratio between the surface area of ​​the holes and the surface area of ​​the holes is maintained at a value of 5:1 to 8.5:

1. 4) According to claim 1, it is an automatic water boiling apparatus, the feature of which is the fins (9), pot It is structured to ensure the stability of the plates inside. 5) According to claim 1, it is an automatic water boiling apparatus, the feature of which is the temperature of the upper plate (8). It is made of a material that expands considerably, allowing the plate to rise. 20 6) According to claim 1, it is an automatic water boiling apparatus, the feature of which is that the fins (9) of the pot (4) a manually adjustable mechanism to accommodate different diameters It is having. 7) It is an automatic water boiling apparatus according to claim 1, and its feature is the base plate (6) 25 with multiple hole configurations to optimize the effect of the magnetic field. It is the fact that. 10 8) It is an automatic water boiling apparatus according to claim 1, and its feature is the base plate (6) The holes on it are designed to ensure even heat distribution as the plate heats up. It is regulated. 9) According to claim 1, it is an automatic water boiling apparatus, the feature of which is that the vanes (9) are automatic. by closing it, the device can be stored compactly when not in use. 5 It has to have a mechanism that will provide this. 10) According to claim 1, it is an automatic water boiling apparatus, the feature of which is the base plate (6), By reacting to the magnetic field of the induction cooker (1) the plates will rise It is made of a material that is sensitive to magnetism. 10

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