Automatic food preparation machine

Abstract

The invention consists of a hopper section where the desired dish is selected via the machine's screen or a mobile application on smart devices. The system then provides a recipe, according to which ingredients are adjusted. Ingredients are placed in the hoppers sequentially, eliminating human intervention and allowing the machine to handle the cooking process. The machine activates a servo motor in the hopper according to the priority of the ingredients, opening the discharge gate and transporting the ingredients to the cooking vessel via a conveyor belt. Once the ingredients are in the cooking vessel, the machine adjusts the process (cooking, mixing, or chopping) to prepare the dish. After the meal is ready, an audible alert is given via the machine and a notification is provided via the mobile application.This refers to the automatic cooking machine that, in case of a malfunction during this period, such as when the material does not go into the cooking vessel or goes insufficiently, simultaneously informs the user via the screen or mobile application thanks to the liquid level sensor and laser sensor located in the containers.

Description

1 TARIFF Automatic cooking machine Technical field This invention allows food ingredients to be kept in separate compartments and arranged in a specified order. Transferring to a cooking pot, mixing, chopping, and heating are all done on a single device. It relates to a home-type automatic cooking machine designed for this purpose. The machine, Control via the screen (18) on the device or the mobile application (19) on smart devices materials placed in the containers (1, 2, 3, 4, 5, 6, 7) are transferred through the transfer channel (8). The ingredients in the cooking pot are transferred to the cooking pot by the motor (14) and the blade (27). It is mixed and broken down and heated by the resistance (11). State of the art As is known, the food preparation process involves preparing the ingredients and placing them in the cooking vessel in a specific order. It requires following multiple steps, such as adding, mixing, and heating. The utility model application numbered TR201802827 describes a "smart kitchen food processor". This The application includes materials that can be used in homes, business centers, restaurants, and hotels, and that have undergone a pre-preparation process. The text describes a system that aims to automate the process of preparing food using ingredients. Patent application number TR201306667 for “Household automatic cooking machine” It has been explained. The system in question consists of the upper part where the materials are placed and chopped, and the materials themselves. The set consists of a funnel that delivers the mixture to the pot, a mixing pot lid, the pot itself, a stove, and a stovetop. After the user places the ingredients in the machine, makes the settings, and selects the program, cooking begins. The aim is for the processes to be carried out by the machine. Unlike existing systems, this invention features separate compartments for solid ingredients, spices, water, oil, and tomato paste; Bowl emptying and vibration elements; liquid and sauce transfer elements; cooking vessel lid, mixing and crushing elements; steam release elements and sensors monitoring material transfer are all the same. It is assembled in a machine structure. The basis of the invention The food preparation process involves the quantities of ingredients, the order in which they are added, the cooking time, and the temperature. This requires monitoring their values. The invention enables these processes to be carried out within the device and Home automatic systems designed to reduce the need for user monitoring during the food preparation process. It was developed as a cooking machine. The desired meal can be prepared via the screen (18) on the machine or the mobile application (19). and the number of people is selected. The system determines which compartments the ingredients for the selected meal should be placed in. It informs the user. The necessary materials are placed in the marked compartments (1, 2, 3, 4, After steps 5, 6, and 7 are placed, the start command is given, and the machine starts according to the defined sequence of operations. It performs material transfer, mixing, crushing, and heating processes. 35 2 For example, when preparing rice pilaf, rice can be selected via the screen (18) or mobile application (19). The rice and portion size are selected. Butter and liquid are added according to the placement information provided by the system. oil into the cooking pot (10), rice into the ingredient container (1), water into the water container (5) and salt into the spice container (4) is placed. After the start command, the cooking pot lid (12) and the motors (13) located on its right and left sides It is moved by the heating element (11) located under the cooking pot and starts the heating process. When the cooking vessel lid (12) is opened, the channel lid in the transfer channel (8) is also opened. The discharge cover (21) of the material hopper is moved by means of a servo motor (20) and a shaft (22) The rice is transferred through the transfer channel (8) into the cooking pot (10). Cooking pot lid (12) When closed, the shaft of the motor (14) fixed in the cover enters the shaft housing (28) and the blade (27) The mixing process is carried out by rotating. The resistance (31) in the water tank (5) heats the water; The liquid pump (29) sends the water through the transfer line to the cooking pot (10). Then the spices The ingredients in the container (4) are transferred to the cooking pot, the mixing process is completed and the resistance (11) The machine is operated according to the cooking temperature described in the recipe. When the process is complete, the machine notifies the user. It provides notification. Detailed description of the invention Ingredient and spice containers: Located in the upper section of the machine, holding food ingredients. ingredient containers (1, 2, 3), spice container (4), water container (5), oil container (6) and tomato paste container (7) There are containers. Material is placed into the containers through the top covers (33). Solid material and in the spice containers, the servo motor (20) that moves the discharge cover (21) and the servo motor There is a shaft (22) that transfers the movement of the material remaining in the containers to the discharge cover. Vibration motor (9) to support the transfer, if a blockage occurs in the material transfer A laser sensor (32) is used to detect whether it has not formed. Liquid reservoirs: Transferring the liquids from the water reservoir (5) and oil reservoir (6) to the cooking pot (10) This is done with the pump (29). The amount of liquid in the water and oil tanks is measured by the liquid level sensor (30). It is monitored. In recipes where hot water needs to be transferred to the cooking pot, the heating element (31) located in the water reservoir (5) It is used for heating water. Tomato paste transfer structure: There is a removable and attachable tomato paste container (7) in the tomato paste container. Tomato paste in its box servo motor (23), worm screw (24) connected to the servo motor, tomato paste moved by the worm screw compression lid (25) and discharge channel (26) which is the tomato paste outlet at the bottom of the box It is located. The movement of the servo motor (23) is through the worm gear (24) to the compression cover (25) It is transferred and directed to the tomato paste discharge channel (26). Cooking pot and lid structure: Materials coming out of the containers pass through the transfer channel (8) It reaches the cooking pot (10). The cooking pot (10) can be closed with the cooking pot lid (12). Cooking Motors (13) located on the right and left of the pot move the cooking pot lid (12) up and down. It moves in the direction of the transfer channel (8) located on the cooking vessel lid (12). 35 3 channel cover, depending on the motors (13) moving the cooking pot lid (12) The cooking vessel lid (12) is designed to open and close together. Mixing, chopping and heating structure: The motor (14) fixed in the lid of the cooking vessel (12), cooking It is used for mixing, cutting and chopping the ingredients in the container. Lid (12) closed. When it reaches this position, the motor shaft (14) enters the shaft housing (28) in the cooking pot and the blade (27) It is rotated by the motor. The heating element (11) located under the cooking pot (10) is used for cooking and heating. It transfers the necessary heat for the processes to the cooking vessel. Steam release structure: Cooking vessel for releasing the steam that is formed in the cooking vessel (10). There is a steam transfer channel (15) connected to the cover (12) of the steam transfer channel. Opening and closing is controlled by servo motor (16) and fan (17) removes the steam formed in the cooking pot. It enables export via the transmission channel (15). Control and user interface: Screen for user control of the machine (18) It is located. The machine can also be remotely operated via a mobile application (19) found on smart devices. It can be controlled. The number of dishes and servings can be selected via the mobile application, and recipe information can be accessed. Users can view, add or share recipes, and see information about the machine's operating status. Notifications can be received. Description of the invention The invention consists of material containers (1, 2, 3), spice container (4), water container (5), oil container (6), and tomato paste container. (7), transfer channel (8), cooking vessel (10), lid and moving elements, mixing and chopping components, heating elements, liquid and paste transfer elements, steam release elements, sensors, It is an automatic cooking machine that works with the screen (18) and mobile application (19). The user selects the number of meals and people via the screen (18) or mobile application (19) and the system The machine fills the hoppers according to the material placement information it provides. After the start command, the machine, tank lids, liquid pump, tomato paste transfer structure, lid motors, mixing motor, heating elements and It executes the sequence of operations defined in the recipe through sensors. The recipe is executed via the mobile application (19). It is possible to add and share. Main recipes are those that the machine's hardware specifications allow. In addition to main dishes, it is also possible to prepare sauces, desserts, and soups. Explanation of the figures Figure 1: Three-dimensional view of the machine's interior. Figure 2: External view of the machine. Figure 3: Interior view of the containers where the materials will be placed. Figure 4: Oil and water reservoir Figure 5: Three-dimensional view of the tomato paste container inside the tomato paste hopper. Figure 6: Cooking pot Explanation of references 1 Material container 35 4 2 Material containers 3 Material containers 4 spice compartments Water tank 6 Oil reservoirs 7 Tomato paste containers 8 transmission channels 9 Vibration motors Cooking pot 11 Resistor 12 Cookware Lids 13 Servo motor 14 AC motor Vapor transfer duct 16 Servo motor 17 Fan 18.7” screen 19 Mobile applications Servo-motor 21 Covers 22 Miles 23 Servo motor 24 Worm Screws Lid 26 Excretory canal 27 Knives 28 Mil slots 29 Liquid pump Liquid level sensor 31 Resistor 32 Laser sensors 33 Top covers

Claims

REQUESTS 1. The invention is an automatic cooking machine, the feature of which is; - containers holding food ingredients (1, 2, 3); - spice container (4); - water tank (5); - oil reservoir (6); - tomato paste container (7); - Transfer channel (8) which enables the transfer of the ingredients from the containers to the cooking pot (10); - Vibration motor (9) that vibrates the material hoppers; - cooking vessel in which ingredients are cooked, mixed and chopped (10); - heating element (11) that heats the cooking pot (10); - cooking pot lid (12); - motors (13) that move the cooking pot lid (12) up and down; - motor for mixing, cutting and chopping ingredients in the cooking pot (14); - steam transfer channel (15) that allows the steam formed in the cooking vessel to be released; - servo motor (16) that controls the cover in the steam transfer channel; - fan that enables steam to be expelled (17); - screen for controlling the machine (18); - mobile application that enables remote control of the machine (19); - servo motor (20) that moves the hopper drain cover (21); - reservoir drain cover (21); - Shaft (22) that provides motion transmission between servo motor (20) and hopper discharge cover (21); - servo motor (23) located in the tomato paste can; - worm screw (24) connected to servo motor (23); - tomato paste compression cover (25) which directs the tomato paste to the discharge channel; - discharge channel which is the tomato paste outlet (26); - mixing blade (27); - shaft housing (28) on which the motor (14) shaft sits; - Liquid pump that transfers the liquid from the water and oil reservoirs to the cooking pot (29); - Liquid level sensor (30) which detects the amount of liquid in the water and oil tanks; - heating element (31) that heats the water in the water tank; - Laser sensor that detects blockages in material containers (32); - It includes top covers (33) for putting materials into the containers.

2. It is an automatic cooking machine according to claim 1, and its feature is that the machine is operated by the user. screen (18) that enables on-site control and remote control of the machine, It includes mobile applications (19) found on smart devices. 35 6 3. Automatic cooking machine according to claim 1, its feature is; emptying of ingredient containers. in the section servo motor (20), shaft (22) connected to the servo motor (20) and the shaft (22) that is moved by the servo motor (20) It includes a reservoir drain cover (21).

4. It is an automatic cooking machine according to claim 1, and its features include a water tank (5) and an oil tank (6). It contains a liquid pump (29) which enables the transfer of liquid between the cooking vessel (10).

5. It is an automatic cooking machine according to claim 1, and its feature is that it can be taken out into the tomato paste container (7). attachable tomato paste can, servo motor (23) in the tomato paste can, infinitely connected to the servo motor (23) The tomato paste compression cover (25) which can be moved downwards with the screw (24), the endless screw (24) and the tomato paste It contains a discharge channel (26) which is the tomato paste outlet located at the bottom of the box.

6. It is an automatic cooking machine according to claim 1, and its feature is that it is located to the right of the cooking pot (10) and by moving the cooking pot lid (12) located on the left up and down It includes regulated servo motors (13).

7. It is an automatic cooking machine according to claim 1, and its feature is that the cooking pot lid (12) is lifted upwards. and with the motors (13) that move it downwards, the transfer located on the cooking pot lid (12) connected to the channel (8) and depending on the motors (13) moving the cooking pot lid (12) It includes a channel lid that opens and closes together with the cooking pot lid (12).

8. Automatic cooking machine according to claim 1, its feature is; cooking from ingredient containers. Vibration motor (9) attached to the hopper to vibrate the hopper during material transfer to the hopper (10) It includes.

9. It is an automatic cooking machine according to claim 1, and its feature is that the cooking pot lid (12) The fixed motor (14) is the shaft housing into which the motor (14) shaft enters when the cover (12) is closed. (28) and includes the mixing blade (27) connected to the shaft housing (28).

10. It is an automatic cooking machine according to claim 1, and its feature is that it is attached to the cooking pot lid (12). steam transfer channel (15), servo motor (16) that opens and closes the lid in the steam transfer channel and cooking It contains a fan (17) that expels the steam formed in the container through the steam transfer channel (15).

11. Automatic cooking machine according to claim 1, its feature is that the cooking pot (10) is below It contains a heating element (11) which heats the cooking pot (10).

12. Automatic cooking machine according to claim 1, its feature is; ingredient container outlet. material transfer when positioned in the section and the hopper discharge cover (21) is opened It contains a laser sensor (32) which generates a warning when it does not occur.

13. It is an automatic cooking machine according to claim 1, and its feature is that it has a water tank (5) and It contains a heating element (31) that heats the water to be transferred to the cooking pot (10).

14. It is an automatic cooking machine according to claim 1, and its feature is that the liquid is placed in the cooking vessel (10) A warning will be issued if the data is not transferred on time or is transferred incompletely. It contains a liquid level sensor (30) that gives the liquid level. 35

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