DESC:FIELD OF THE INVENTION
The present invention relates to the food processor machine. More particularly, the present invention relates to a food processor machine with ready to cook food product. Further the present invention relates to a method of working of the food processor machine with ready to cook food product.

BACKGROUND OF THE INVENTION
In the past, kitchen appliances have been designed to perform one or more of the functions of heating, cooling, and mixing. For example, several companies produce automatic breadmakers which both knead and bake bread. The American Gas Association is developing a gas tabletop oven that is capable of both heating and cooling. However, a single appliance has not been developed which permits automated preparation of food products involving heating, cooling, and mixing according to a programmed recipe wherein human intervention during food preparation is unnecessary or significantly minimized.

729/KOL/2010 relates to an automatic food making machine. The present invention provides a food making machine comprising of at least one electronic recipe; at least one cooking sequence activated by a microprocessor; a plurality of container boxes wherein each container box contains one ingredient; optionally, a provision for mixing and grinding the ingredients; and a provision for heating the ingredients and preparing the food; wherein said electronic recipe is programmed on an electronic card and said machine automatically selects the food ingredients and the amount according to the sequence programmed into said electronic card for the specified food preparation. However this machine will not contain any container box with ingredients it has only one slot to cook the ready to cook packets.
CN1012110A relates to an automatic cooking apparatus. Built-in cooking utensil controlled by microcomputer to automatically prepare ready meals. The ingredients constituting a particular dish are loaded into a compartmental carousel, which is then mounted on the cooking utensil. The apparatus includes a memory capable of storing one or more programs corresponding to recipes. The programmed recipe specifies the staggering of operations to move the ingredients from the carousel into a cooking vessel, to heat the vessel (either covered or uncovered), and to stir the contents of the vessel. These operations are executed automatically under the control of the microcomputer. However there is no prescribed ingredient in this machine and no cooking method.

US5363746A relates to an automatic food preparation device. A kitchen appliance which enables automatic preparation of desserts or other food products according to instructions pre-programmed into the appliance. Programmed preparation steps can include any desired sequence of heating, cooling, and mixing of ingredients placed in a detachable container of the appliance. Accessory attachments can be provided to the appliance for automatically adding recipe ingredients to the container during automatic preparation. A dispensing pump may also be provided for dispensing a heated or frozen product from the container. However the method is complex and addition of new recipes are not available.

CN108681281B relates to a fully automatic food processing method and fully automatic food processing device. The invention relates to a fully automatic food processing method and device. A plurality of execution modules with a single function and a central control module for controlling the execution modules are designed with a bowl conveying path as a center. The central control module is provided with a plurality of digital and analog signal I/O interfaces for connecting the execution modules. A user interaction module is designed for a user to manage and execute food recipes in a database. The central control module receives information of the user interaction module and automatically generates food cooking processes to process food selected by the user. Processing procedures can be operated simultaneously in a multi-threading manner and streamlined production is realized. However the method is complex and addition of new recipes are not available.

US2017172350A1 relates to an automated meal production system and apparatus. An automated kitchen system having multiple cooking and/or mixing pots and having containers and dispensers for multiple ingredients. A customer or other person or system selects or creates a meal or other food product and the ingredients for the meal or other product are transferred from dispensers to the cooking and/or mixing pots which simultaneously cook and/or mix the ingredients. After cooking, the meal or other product is served and the cooking pot is cleaned and sanitized and oriented to receive the ingredients for the next meal or other product. In our system there is no plurality of containers or ingredient holding assembly. However there is no metered dispensing assembly.

Accordingly, there exists a need for a food processor machine with ready to cook food product. Further there exists a need for a method of working of the food processor machine with ready to cook food product.

OBJECTS OF INVENTION
It is the primary object of the present invention to provide an improved, energy efficient, well-furnished, automatic food processor machine.

It is another object of the present invention to provide a food processor machine which cooks the ingredients and provides fresh and hot sauces/gravy with rice/pasta/noodles to the user.

It is another object of the present invention, wherein the diagnostic tools provides information of its errors directly to the manufacturer using cloud server.

It is another object of the present invention, wherein addition of new recipes is done based on the cloud technology and packaged as ingredient kit.

It is another object of the present invention, wherein the machine requires very minimal memory to save the information of recipes.

It is another object of the present invention, wherein the water is directly dispensed into the fixed cooking vessel through the pump of the water dispensing container with specific quantity of water for the particular recipe via code by the identification module.

It is another object of the present invention, wherein the food processor machine works on dual-mode in AC and DC modes.

SUMMARY OF THE INVENTION
One or more of the problems of the conventional prior art may be overcome by various embodiments of the present invention.

It is the primary aspect of the present invention to provide a food processing system, comprises of:
food processor comprising of:
a loading unit comprising of one or more pushing strips, a motor, a pinion, a rack and one or more ingredients tray;
a piercing unit comprising of a pivot point, a cam and motor arrangement, a blade holder and one or more piercing blades;
a launching unit comprising of a holding element and a launching motor;
a stirring unit comprising of a boom assembly, a lid and a stirrer; and
an oil dispensing unit comprises of a cam and motor arrangement and an oil container and water dispensing container;
a fixed cooking vessel with a heating device;
a code scanning camera;
a trash container;
an exhaust fan;
a controller/ microprocessor in communication with one or more network enabled user devices on a server; and
a uncooked sealed food product with an identification module,
wherein the uncooked sealed product comprises of all the ingredients required for the recipe in the natural form stored in the food grade disposable sealed box,
wherein the loading unit comprises of one or more slots for the loading of the sealed and uncooked food product in the trays, the piercing unit unseals the packed food product and furthers to the launching unit, the launching unit on actuation empties the ingredients completely into a cooking vessel by a 120-145 degree rotation, the boom assembly enables stirring of the food in the vessel, and sealed food product when inserted actuates the device to connect to the server and processes food to dispense cooked food based on identification code, and
wherein the trays are configured to contain predetermined quantities of uncooked packed and sealed food product with specific codes, and the loading unit comprises of a rack and pinion arrangement for forward and backward movement of the tray.

It is another aspect of the present invention, wherein the controller drives the motors for the cooking operation and moderates the power of heating device.
It is another aspect of the present invention, wherein the exhaust fan is attached to remove excess fumes and maintain temperature in the food processor.

It is another aspect of the present invention, wherein the heat settings are adapted for cooking the ingredients and tracking of cooking process in the machine.

It is another aspect of the present invention, the food processer is activated using an application in the android/IOS platform of the user device provides real-time status of the product information to the user.

It is another aspect of the present invention, wherein the holding element of the launching unit holds the ingredient tray during the launching.

It is another aspect of the present invention, wherein the lid is configured to be positioned in closed, opened and partially opened conditions according to the requirement of the recipe cook.

It is another aspect of the present invention, wherein the stirrer is configured to be rotated in both clockwise and anti-clockwise directions to mix ingredients in the cooking vessel.

It is another aspect of the present invention, wherein the oil dispensing unit comprises of oil container with encapsulated warmer unit to fill oil and provided with the ingredients trays.

It is another aspect of the present invention, wherein the processor is configured to remove the trash saved in the trash container.

It is another aspect of the present invention, wherein the identification code comprises of QR code or RFID sticker with custom cooking information of the uncooked sealed food product.

It is another aspect of the present invention, wherein the display unit is configured to display alerts comprising the low water/oil, real time process depiction, notifications of errors in the processor, advertisements of the product, expiry time and date of the loaded uncooked product and any other information of the product.

It is another aspect of the present invention, wherein the code scanning camera is mounted right side of the food processor which scans the code pasted on tray and detects which recipe is going to be prepared.

It is another aspect of the present invention, wherein the time based operations required for dispensing ingredients from the loading unit to the mixing vessel is given as instructions from the uncooked sealed food product and the loading unit activates the food processor to connect to a cloud server.

It is another aspect of the present invention, wherein the water is directly dispensed into the cooking vessel through the pump of the water dispensing container with specific quantity of water for the particular recipe via code by the identification module.

It is another aspect of the present invention to provide a method of working of the food processor system with ready to cook food product, comprising:
providing a sealed custom food product of choice to the user;
loading of the sealed food product to the food processor by the loading unit;
identifying the dish, it’s cooking process and timing of the ingredients to be added through the code by the identification module;
piercing of food product by the piercing unit and empting the ingredients into the cooking vessel;
starting the cooking process and dispensing of oil by the oil dispensing unit directly inside the vessel with the oil nozzle;
heating of the induction stove through the controller with the required temperature for cooking the dish;
controlling the power of the heating element based on the instructions passed from the code to the controller;
rotating of the launching unit to empty the ingredients into the fixed cooking vessel in the machine;
rotating of the rotating stirrer attached to the lid in the fixed vessel and mixing all the ingredients present in the vessel;
dispensing of water directly into the cooking vessel [19] through the pump of the water dispensing container [26] with specific quantity of water for the particular recipe via code by the identification module [24];
displaying the product information and the time remaining to cook the packet;
completing the cooking process; and
sending of notification to the user denoting the completion of the cooking process,
wherein the raw ingredients required for cooking are packed in the form of tray with one or more trays to store the ingredients,
wherein the QR code/RFID sticker containing the information of its process to cook the dish from the ingredients is put into the machine, and
wherein the display unit shows the low water/oil warning to users and any other information of the product.

BRIEF DESCRIPTION OF THE DRAWINGS
So that the manner in which the features, advantages and objects of the invention, as well as others which will become apparent, may be understood in more detail, more particular description of the invention briefly summarized above may be had by reference to the embodiment thereof which is illustrated in the appended drawings, which form a part of this specification. It is to be noted, however, that the drawings illustrate only a preferred embodiment of the invention and is therefore not to be considered limiting of the invention's scope as it may admit to other equally effective embodiments.
Figure 1: illustrates an isometric view of the food processer machine according to the present invention.
Figure 2: illustrates a schematic view of the loading unit of the food processor machine according to the present invention.
Figure 3: illustrates a schematic view of the piercing unit of the food processor machine according to the present invention.
Figure 4: illustrates a schematic view of the launching unit of the food processor machine according to the present invention.
Figure 5: illustrates a schematic view of the cooking vessel’s lid and stirring unit of the food processor machine according to the present invention.
Figure 6: illustrates a schematic view of the oil dispensing unit of the food processor machine according to the present invention.

DESCRIPTION FOR DRAWINGS WITH REFERENCE NUMERALS:
[1] Loading unit
[2] Piercing unit
[3] Launching unit
[4] Stirring unit
[5] Oil dispensing unit
[6] Pushing strips
[7] Pinion
[8] Motor
[9] Rack
[10] Ingredients tray
[11] Pivot point
[12] Blade Holder
[13] Cam and motor arrangement
[14] Piercing blades
[15] Holding element
[16] Launching motor
[17] Boom assembly
[18] Lid
[19] Mixing vessel/ fixed cooking vessel
[20] Rotating stirrer
[30] Axes of lid and stirrer in coincidence
[21] Oil dispensing cam and motor arrangement
[22] Oil container
[23] Induction stove
[24] Identification module
[25] Slots
[26] Water container
[27] Trash container
[28] Exhaust fan
[35] Code scanning camera
[100] Food processor

DETAILED DESCRIPTION OF THE INVENTION
It is to be understood that the present disclosure is not limited in its application to the details of construction and the arrangement of components set forth in the following description or illustrated in the drawings. The present disclosure is capable of other embodiments and of being practiced or of being carried out in various ways. Also, it is to be understood that the phraseology and terminology used herein is for the purpose of description and should not be regarded as limiting.

The present invention relates to the food processor machine. More particularly, the present invention relates to a food processor machine with ready to cook food product. Further the present invention relates to a method of working of the food processor machine with ready to cook food product.

Referring to Figure 1, an isometric view of the food processer machine according to the present invention is illustrated. A food processing system, comprises of food processor [100] comprising of a loading unit [1] comprising of one or more pushing strips [6], a motor [8], a pinion [7], a rack [9] and one or more ingredients tray [10];
a piercing unit [2] comprising of a pivot point [11], a cam and motor arrangement [13], a blade holder [12] and one or more piercing blades [14], a launching unit [3] comprising of a holding element [15] and a launching motor [16], a stirring unit [4] comprising of a boom assembly [17], a lid [18] and a stirrer [20], and an oil dispensing unit [5] comprises of a cam and motor arrangement [21] and an oil container [22] and water dispensing container [26], a fixed cooking vessel [19] with a heating device, a code scanning camera [35], a trash container [27], an exhaust fan [28], a controller/ microprocessor in communication with one or more network enabled user devices on a server and a uncooked sealed food product with an identification module [24]. The uncooked sealed product comprises of all the ingredients required for the recipe in the natural form stored in the food grade disposable sealed box.
The loading unit [1] comprises of one or more slots [25] for the loading of the sealed and uncooked food product in the trays [10]. The piercing unit [2] unseals the packed food product and furthers to the launching unit [3]. The launching unit [3] on actuation empties the ingredients completely into a cooking vessel [19] by a 120-145 degree rotation. The boom assembly [17] enables stirring of the food in the vessel [19], and sealed food product when inserted actuates the device to connect to the server and processes food to dispense cooked food based on identification code. The trays [10] are configured to contain predetermined quantities of uncooked packed and sealed food product with specific codes, and the loading unit comprises of a rack and pinion arrangement for forward and backward movement of the tray [10].

The controller drives the motors for the cooking operation and moderates the power of heating device. The exhaust fan [28] is attached to remove excess fumes and maintain temperature in the food processor [100]. The heat settings are adapted for cooking the ingredients and tracking of cooking process in the machine [100]. The food processer [100] is activated using an application in the android/IOS platform of the user device provides real-time status of the product information to the user. The holding element [15] of the launching unit [3] holds the ingredient tray [10] during the launching. The lid [18] is configured to be positioned in closed, opened and partially opened conditions according to the requirement of the recipe cook. The stirrer [20] is configured to be rotated in both clockwise and anti-clockwise directions to mix ingredients in the cooking vessel [19]. The oil dispensing unit [5] comprises of oil container [22] with encapsulated warmer unit to fill oil and provided with the ingredients trays [10]. The processor is configured to remove the trash saved in the trash container [27]. After the all the trays are emptied these trays travel to the exit point provided in the back of the machine. Where the user supplies a dust collection mechanism as per trash container [27].

The identification code comprises of QR code or RFID sticker with custom cooking information of the food product. The display unit is configured to display alerts comprising the low water/oil, real time process depiction, notifications of errors in the processor, advertisements of the product, expiry time and date of the loaded uncooked product and any other information of the product. The code scanning camera [35] is mounted right side of the food processor [100] which scans the code pasted on tray and detects which recipe is going to be prepared. The time based operations required for dispensing ingredients from the loading unit [1] to the mixing vessel [19] is given as instructions from the food product and the loading unit [1] activates the food processor [100] to connect to a cloud server. The loading unit [1] moves forward and backward by an attached rack and pinion arrangement [7, 9]. The replaceable piercing blades [14] are fixed in a blade holder [12]. The launching unit [3] is attached with a motor to actuate the mechanism. The oil container [22] is pushed by a pusher which is actuated by a motor.

Referring to Figure 2, a schematic view of the loading unit of the food processor machine according to the present invention is illustrated. Ingredients tray loading unit [1] having individual spaces for the loading of the pre packed and sealed ingredient trays. This loading unit moved forward and backward by an attached rack and pinion arrangement.

Referring to Figure 3, a schematic view of the piercing unit of the food processor machine according to the present invention is illustrated. This piercing unit [2] is placed before the Ingredients tray launching unit [3]. The function of this unit is to pierce and open the sealing of the ingredients tray [10] and make ready to launch into the cooking vessel [19]. The unit consist of replaceable piercing blade which is fixed in a blade holder.

Referring to Figure 4, a schematic view of the launching unit of the food processor machine according to the present invention is illustrated. Launching unit [3] having a holding element holds the ingredient tray during the launching. The whole unit is attached with a motor which will actuate the mechanism. The entire platform rotates by close to 145 degrees to empty the ingredients completely into the mixing vessel [19].

Referring to Figure 5, a schematic view of the cooking vessel’s lid and stirring unit of the food processor machine according to the present invention is illustrated. The lid [18] and the stirrer [20] aligned in the same axis and both can be rotated individually by two different motor driving units which are called as boom assembly [17]. The lid [18] is positioned in closed, opened and partially opened conditions according to the requirement of the recipe cook. The stirrer [20] can be rotated in both directions (i.e. Clockwise and Anti clockwise) and almost mix the all the ingredients presents in the vessel [19].

Referring to Figure 6, a schematic view of the oil dispensing unit of the food processor machine according to the present invention is illustrated. Oil dispensing unit consists of replaceable oil container [22] in which oil is filled and provided with the ingredient trays [10]. This oil container [22] is pushed by the pusher which is actuated by a motor. The whole unit is assembled on the top of the machine and oil nozzle is straight to the cooking vessel [19] so that the oil is poured directly inside the vessel [19] once the oil is needed for cooking. The water is directly dispensed into the cooking vessel [19] through the pump of the water dispensing container [26] with specific quantity of water for the particular recipe via code by the identification module [24]. The cooking vessel [19] is stationery and stirrer [20] is able to rotate in both directions.

The method of working of the food processor system with ready to cook food product, comprises the following steps. A sealed custom food product of choice is provided to the user. The sealed food product is loaded to the food processor [100] by the loading unit [1]. The dish, its cooking process and timing of the ingredients to be added through the code are identified by the identification module [24]. The food product is pierced by the piercing unit [2] and the ingredients are emptied into the cooking vessel [19]. The cooking process is started and oil is dispensed by the oil dispensing unit [5] directly inside the vessel with the oil nozzle. The induction stove [23] through the controller is heated with the required temperature for cooking the dish. The power of the heating element is controlled based on the instructions passed from the code to the controller. The launching unit [3] is rotated to empty the ingredients into the mixing vessel [19] in the machine [100]. The rotating stirrer [20] is attached to the lid [18] in the fixed vessel [19] and all the ingredients present in the vessel [19] are mixed together. The water is directly dispensed into the cooking vessel [19] through the pump of the water dispensing container [26] with specific quantity of water for the particular recipe via code by the identification module [24]. The product information and the time remaining to cook the packet are displayed. The cooking process is completed. The notification is sent to the user denoting the completion of the cooking process. The raw ingredients required for cooking are packed in the form of tray with one or more trays [10] to store the ingredients. The QR code/RFID sticker containing the information of its process to cook the dish from the ingredients is put into the machine [100]. The display unit shows the low water/oil warning to users and any other information of the product. The Food Product box comprises one or more number of trays along with the oil container [22] with waste disposable bag.

The display shall also run various ads and offers on the product. This display depicts the following information
1. Real time process depiction
2. Notifications of errors in the equipment
3. Advertisements of the product
4. Expiry time and date of the loaded product

Other information includes the real time cooking process cycle along with the time for complete the cooking process. It also gives a notification to the customer whether he has loaded correct product sequence as well as whether he has used Expiry product. A food product box comprising of one or more trays [10] that contain the ingredients required for the recipe in its natural form stored in the sealed box with an identification module [24]. It contains a waste disposable bag and an oil container [22].

The automated solution is the heart of the business model. Ready to cook packets are packages containing exact amount of ingredients needed for the cooking and these packets are loaded to the automated machines which process this and gives fresh, hot and home cooked meals.

The primary requirement of the machine is to bring out fully prepared curry sauces/gravies with corresponding carbs (rice, noodles, pasta etc).

Functionalities of the machine:
The unique information of the preparation methods of that ready to cook packet/unsealed food packet is identified using QR code. The QR contains the information of ready to cook packet with the processing methodologies and timing of the ingredients to be added. The food packets are fed inside the ready to cook packets in to the feeder crusher/piercer [2] inside the machine based on the time in the identification. The meal trays are pierced and crushed and the ingredients are emptied from the packet into the cooking vessel [19].

The meal components are heated to a temperature designated through the instructions from the controller. The power of the heating element is controlled based on the instructions passed from the QR Code to the controller. A LCD displays the product information and the time remaining to cook the packet. The display unit shows the low water/oil warning to users and also any other information of the product.

The temperature of the ready to cook packets is maintained from as per the requirement of the ready to cook packet. A trash removal of the packets of food and also any other trash filtered during the cooking process is easily removed from the machine and saved in the trash container [27]. A smoke extraction is done in the machine. A continuous stirring of the ingredients is done in the cooking vessel [19].

Although, the invention has been described and illustrated with respect to the exemplary embodiments thereof, it should be understood by those skilled in the art that the foregoing and various other changes, omissions and additions may be made therein and thereto, without parting from the spirit and scope of the present invention. ,CLAIMS:WE CLAIM:
1. A food processing system, comprises of:
food processor [100] comprising of:
a loading unit [1] comprising of one or more pushing strips [6], a motor [8], a pinion [7], a rack [9] and one or more ingredients tray [10];
a piercing unit [2] comprising of a pivot point [11], a cam and motor arrangement [13], a blade holder [12] and one or more piercing blades [14];
a launching unit [3] comprising of a holding element [15] and a launching motor [16];
a stirring unit [4] comprising of a boom assembly [17], a lid [18] and a stirrer [20]; and
an oil dispensing unit [5] comprises of a cam and motor arrangement [21] and an oil container [22] and water dispensing container [26] with a pump;
a fixed cooking vessel [19] with a heating device;
a code scanning camera [35];
a trash container [27];
an exhaust fan [28];
a controller/ microprocessor in communication with one or more network enabled user devices on a server; and
a uncooked sealed food product with an identification module [24],
wherein the uncooked sealed product comprises of all the ingredients required for the recipe in the natural form stored in the food grade disposable sealed box,
wherein the loading unit [1] comprises of one or more slots [25] for the loading of the sealed and uncooked food product in the trays [10], the piercing unit [2] unseals the packed food product and furthers to the launching unit [3], the launching unit [3] on actuation empties the ingredients completely into a cooking vessel [19] by a 120-145 degree rotation, the boom assembly [17] enables stirring of the food in the vessel [19], and sealed food product when inserted actuates the device to connect to the server and processes food to dispense cooked food based on identification code, and
wherein the trays [10] are configured to contain predetermined quantities of uncooked packed and sealed food product with specific codes, and the loading unit comprises of a rack and pinion arrangement for forward and backward movement of the tray [10].

2. The food processor system as claimed in claim 1, wherein the controller drives the motors for the cooking operation and moderates the power of heating device.

3. The food processor system as claimed in claim 1, wherein the exhaust fan [28] is attached to remove excess fumes and maintain temperature in the food processor [100].

4. The food processor system as claimed in claim 1, wherein the heat settings are adapted for cooking the ingredients and tracking of cooking process in the machine [100].

5. The food processor system as claimed in claim 1, the food processer [100] is activated using an application in the android/IOS platform of the user device provides real-time status of the product information to the user.

6. The food processor system as claimed in claim 1, wherein the holding element [15] of the launching unit [3] holds the ingredient tray [10] during the launching.

7. The food processor system as claimed in claim 1, wherein the lid [18] is configured to be positioned in closed, opened and partially opened conditions according to the requirement of the recipe cook.
8. The food processor system as claimed in claim 1, wherein the stirrer [20] is configured to be rotated in both clockwise and anti-clockwise directions to mix ingredients in the cooking vessel [19].

9. The food processor system as claimed in claim 1, wherein the oil dispensing unit [5] comprises of oil container [22] with encapsulated warmer unit to fill oil and provided with the ingredients trays [10].

10. The food processor system as claimed in claim 1, wherein the processor is configured to remove the trash saved in the trash container [27].

11. The food processor system as claimed in claim 1, wherein the identification code comprises of QR code or RFID sticker with custom cooking information of the food product.

12. The food processor system as claimed in claim 1, wherein the display unit is configured to display alerts comprising the low water/oil, real time process depiction, notifications of errors in the processor, advertisements of the product, expiry time and date of the loaded uncooked product and any other information of the product.

13. The food processor system as claimed in claim 1, wherein the code scanning camera [35] is mounted right side of the food processor [100] which scans the code pasted on tray and detects which recipe is going to be prepared.

14. The food processor system as claimed in claim 1, wherein the time based operations required for dispensing ingredients from the loading unit [1] to the mixing vessel [19] is given as instructions from the food product and the loading unit [1] activates the food processor [100] to connect to a cloud server.

15. The food processor system as claimed in claim 1, wherein the water is directly dispensed into the cooking vessel [19] through the pump of the water dispensing container [26] with specific quantity of water for the particular recipe via code by the identification module [24].

16. A method of working of the food processor system with ready to cook food product, comprising:
providing a sealed custom food product of choice to the user;
loading of the sealed food product to the food processor [100] by the loading unit [1];
identifying the dish, it’s cooking process and timing of the ingredients to be added through the code by the identification module [24];
piercing of food product by the piercing unit [2] and empting the ingredients into the cooking vessel [19];
starting the cooking process and dispensing of oil by the oil dispensing unit [5] directly inside the vessel with the oil nozzle;
heating of the induction stove [23] through the controller with the required temperature for cooking the dish;
controlling the power of the heating element based on the instructions passed from the code to the controller;
rotating of the launching unit [3] to empty the ingredients into the mixing vessel [19] in the machine [100];
rotating of the rotating stirrer [20] attached to the lid [18] in the fixed vessel [19] and mixing all the ingredients present in the vessel [19];
dispensing of water directly into the cooking vessel [19] through the pump of the water dispensing container [26] with specific quantity of water for the particular recipe via code by the identification module [24];
displaying the product information and the time remaining to cook the packet;
completing the cooking process; and
sending of notification to the user denoting the completion of the cooking process,
wherein the raw ingredients required for cooking are packed in the form of tray with one or more trays [10] to store the ingredients,
wherein the QR code/RFID sticker containing the information of its process to cook the dish from the ingredients is put into the machine [100], and
wherein the display unit shows the low water/oil warning to users and any other information of the product.