WO2016138828A1 - Automatic cooking method and system, smart cooking device and smart oven - Google Patents

Abstract

An automatic cooking method and system, a smart cooking device (804, 904) and a smart oven, which are intended to solve the problems in the existing cooking process. The method comprises: a smart cooking device (804, 904) sets a device state of the smart cooking device (804, 904) to cook according to a cooking parameter corresponding to a cooking condition in a current cooking control instruction, wherein the cooking control instruction is parsed from a selected cloud cookbook (102); and the smart cooking device (804, 904) generates a prompting message to prompt a user of the completion of the cooking after all cooking control instructions required in the complete cooking process are completely executed (104). A cooking process can be automatically executed through a cloud cookbook, so that the operation by a user is simple, and the error rate is reduced by controlling the standard cooking process according to the cloud cookbook, thereby reducing the waste of food materials and time.

Description

Automatic cooking methods, systems, smart cooking equipment and smart ovens Technical field

The present application relates to the field of mobile terminal technologies, and in particular, to an automatic cooking method, a smart cooking device, an automatic cooking system, and a smart oven.

Background technique

The user's daily life is inseparable from the food, and the user needs to learn various cooking methods and techniques to cook the food. Users can prepare recipes and determine cooking methods when cooking food, but when cooking with kitchen utensils, they need to control the entire cooking process, determine the cooking ingredients and cooking methods.

For example, in the oven baking bread, the user prepares the preparation process according to the recipe. When baking the bread in the oven, it is necessary to set various information such as the temperature and time of the oven. For example, the oven should be preheated, and after the preheating is completed, the bread is baked by placing information such as the temperature of the ingredients to be baked. During the baking process, it is also necessary to observe the cooking condition beside the oven to prevent the occurrence of excessive time and high temperature, which makes the baking of the bread fail.

The cooking process is very cumbersome when the user is cooking the food. A slight accident may also lead to cooking failure, which wastes the ingredients and wastes time.

Therefore, a technical problem that is urgently needed by those skilled in the art at present is to propose an automatic cooking method to solve the problems in the existing cooking process.

Summary of the invention

The technical problem to be solved by the embodiments of the present application is to provide an automatic method to solve the problems in the existing cooking process.

Correspondingly, the embodiment of the present application further provides a smart cooking device, an automatic cooking system, and a smart oven to ensure the implementation and application of the above method.

In order to solve the above problems, the present application discloses an automatic cooking method comprising: setting a smart cooking device according to a cooking parameter corresponding to a cooking condition in a current cooking control instruction The device state is cooked, wherein the cooking control command is parsed from the selected cloud recipe; the smart cooking device generates a reminder message after executing the cooking control command required for the complete cooking process User cooking is complete.

The present application also discloses a smart cooking device, comprising: a cooking module, configured to set a device state of the smart cooking device for cooking according to a cooking parameter corresponding to a cooking condition in a current cooking control instruction, wherein the cooking control instruction is The prompting module is configured to prompt the user to complete the cooking control command required for the complete cooking process after the execution of the cooking control command.

The present application also discloses an automatic cooking system, comprising: a cloud server and a smart cooking device; wherein the cloud server comprises: an instruction parsing module, configured to parse the cooking required for the cooking process from the selected cloud recipe a control device, comprising: a cooking module, configured to set a device state of the smart cooking device for cooking according to a cooking parameter corresponding to the cooking condition in the current cooking control instruction; and a prompting module for the complete cooking process After the required cooking control instructions are executed, a prompt message is generated to remind the user that the cooking is completed.

The present application also discloses a smart oven comprising: a smart cooking device as described above.

Compared with the prior art, the embodiments of the present application include the following advantages:

Using a cloud recipe to control the cooking process, storing the cooking control instructions required for the cooking process, so that the cooking control instructions required for the cooking process can be parsed from the selected cloud recipe, and then the cooking control instructions are executed using the smart cooking device, ie The cooking parameter corresponding to the cooking condition in the current cooking control instruction sets the device state of the smart cooking device, and then executes the corresponding cooking process. After the cooking control instruction required for the complete cooking process is completed, a prompt message may be generated to prompt the user to complete the cooking. Therefore, the cooking process can be automatically executed through the cloud recipe, and the user's operation is simple, and the standardized cooking process is controlled according to the cloud recipe to reduce the error rate, thereby reducing waste of ingredients and time.

DRAWINGS

1 is a flow chart showing the steps of an automatic cooking method according to an embodiment of the present application;

2 is a schematic diagram of a data structure of a cloud recipe according to an embodiment of the present application;

3 is a schematic diagram of a process of generating and updating a cloud recipe according to an embodiment of the present application;

4 is a structural block diagram of a smart cooking device according to an embodiment of the present application;

FIG. 5 is a structural block diagram of another smart cooking device according to an embodiment of the present application; FIG.

6 is a schematic diagram of execution of each stage in an automatic cooking process initiated by a smart cooking device according to an embodiment of the present application;

7 is a flow chart showing the steps of another automatic cooking method according to an embodiment of the present application;

8 is a structural block diagram of an automatic cooking system according to an embodiment of the present application;

9A-C are block diagrams showing the structure of another automatic cooking system according to an embodiment of the present application;

FIG. 10 is a schematic diagram of execution of each stage in an automatic cooking process initiated by a mobile device according to an embodiment of the present application; FIG.

11 is a flow chart showing the steps of another automatic cooking method according to an embodiment of the present application;

12 is a structural block diagram of a smart oven according to an embodiment of the present application;

FIG. 13 is a structural block diagram of another smart oven according to an embodiment of the present application.

detailed description

The above described objects, features and advantages of the present application will become more apparent and understood.

One of the core concepts of the embodiments of the present application is to propose an automatic cooking method to solve the problems in the existing cooking process. The embodiment of the present application uses a cloud recipe to control the cooking process, and stores the cooking control instructions required for the cooking process, so that the cooking control instructions required for the cooking process can be parsed from the selected cloud recipe, and then the cooking control is performed using the smart cooking device. The instruction is to set the device state of the smart cooking device according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction, and then execute the corresponding cooking process, and generate the prompt information after the cooking control instruction required for the complete cooking process is completed. Remind the user that the cooking is completed, so that the cooking process can be automatically executed through the cloud recipe, the user's operation is simple, and the standardized cooking process is controlled according to the cloud recipe to reduce the error rate, thereby Reduce waste on ingredients and time.

Embodiment 1

In the present embodiment, the cloud recipe is an electronic recipe for recording various materials such as materials and methods required for cooking the dishes, and cooking control instructions required for the automatic cooking process. The cooking control command refers to an operation that instructs the smart cooking device to perform cooking, and one or more cooking control commands may be required during the cooking of a dish.

A smart cooking device refers to a kitchen appliance with a built-in wireless networking module that enables the device to communicate with the cloud server via a wireless information channel. Cloud server refers to a background service system that provides cloud services for smart cooking devices, with powerful data storage, computing and data interface services. Thus, the cooking control instructions based on the cloud recipe can be automatically cooked by the smart cooking device.

Referring to FIG. 1 , a flow chart of steps of an automatic cooking method provided by an embodiment of the present application is shown, which may specifically include the following steps:

Step 102: The smart cooking device sets the device state of the smart cooking device for cooking according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction, wherein the cooking control instruction is parsed from the selected cloud recipe.

When performing automatic cooking using cloud recipes and smart cooking equipment, the cooking recipes required by the cooking process can be parsed from the cloud recipe by parsing the selected cloud recipes to control the cooking of the cooking equipment. .

One or more cooking control commands may be parsed in the cloud recipe, and the smart cooking device sequentially executes each cooking control instruction for cooking, and for the current cooking control instruction, the cooking condition corresponding to the cooking parameter is obtained from the cooking control instruction, according to the cooking The parameter setting is a device state of the smart cooking device, wherein the device state is a state when the device corresponding to the cooking condition is cooked, and different device states are set according to different smart cooking devices, such as cooking time, cooking temperature, cooking firepower, Information such as the cooking mode, and the smart cooking device will use the state of the device for cooking. After executing the current cooking control command, if there is still an unexecuted cooking control command, the smart cooking device will continue to execute the next cooking control command.

Step 104, the smart cooking device performs the cooking control instructions required for the complete cooking process After the line is completed, a prompt message is generated to remind the user that cooking is complete.

The smart cooking device sequentially executes each cooking control instruction until the last cooking control instruction in the cloud recipe is executed, and the cooking control instruction required for the complete cooking process is completed, and the smart cooking device completes the cloud recipe corresponding dish Purpose production. At this point, the smart cooking device generates corresponding prompt information, and uses the prompt information to remind the user that the cooking is completed.

In this embodiment, the prompt information may be a text prompt information or a voice prompt information. Therefore, when the smart cooking device prompts the user, the smart reminder device may display the text prompt information on the displayed display device, and may also play the voice prompt. information.

In summary, the present embodiment uses a cloud recipe to control the cooking process, and stores the cooking control instructions required for the cooking process, so that the cooking control instructions required for the cooking process can be parsed from the selected cloud recipe, and then executed by the smart cooking device. The cooking control instruction, that is, setting the device state according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction, thereby executing the corresponding cooking process, and after the cooking control instruction required for the complete cooking process is completed, the prompt information may be generated to remind the user The cooking is completed so that the cooking process can be automatically executed through the cloud recipe, the user's operation is simple, and the standardized cooking process is controlled according to the cloud recipe to reduce the error rate, thereby reducing waste of ingredients and time.

In the embodiment of the present application, the cloud recipe is a set of data structures, which can be stored on the cloud server side, and the cloud recipe describes a material composition, a material preparation process, a cooking process, etc., which are required to be cooked by a specific smart cooking device. The description information also includes the complete set of control timing and cooking control commands that the smart cooking device can recognize.

Based on the cloud recipe, the automatic cooking of the smart cooking device can be realized, and the automatic cooking process can be performed by the cloud server, the mobile device and the smart cooking device. For example, the user can perform the necessary human assistance through the mobile device, and the smart cooking device can automatically and intelligently complete the complete cooking process of the dish according to the order of instructions.

Among them, the smart cooking device refers to a kitchen electrical device with a built-in wireless networking module, so that the device can communicate with the cloud server through a wireless information channel. Therefore, the cooking control instruction can be obtained from the smart cloud of the back end (ie, the cloud server) to perform work. Moreover, the working state information of the device can be returned to the cloud server side, and the smart cooking device and the user body can be performed with the cloud server end. Binding and verification processes.

In the embodiment of the present application, the smart cooking device may be various smart kitchen appliances. For example, the smart cooking device may include at least one of the following: a smart oven, a smart cooker, a smart bread machine, a smart microwave oven, a smart rice cooker, and a smart health pot. In the actual processing, the corresponding smart kitchen appliance can also be manufactured as a smart cooking device according to requirements. The above is only used to exemplify a smart kitchen appliance that may be used as a smart cooking device, and should not be construed as limiting the application. Moreover, different intelligent cooking devices in the embodiment have different operating procedures and cooking control commands, and the corresponding cloud recipes can be configured based on the model information of the smart cooking devices.

A mobile device refers to a smart mobile terminal, such as but not limited to a smart phone, a smart tablet, a personal computer, and the like. A preset smart application (ie, Smart APP, Application) can be installed on the mobile device to synchronize the state and remote control to the smart cooking device through the application.

The cloud server is a background service system that provides cloud services for smart cooking devices. The background service system can be a bridge between smart cooking devices and smart apps, enabling users to intuitively understand the automatic cooking process, cooking stage, and smart cooking on the APP. Information such as the operating status of the device, and the user can also issue work orders, such as cooking control commands, to the smart cooking device through the graphical user interface of the APP. The cloud also has powerful data storage, computing and data interface services.

In the embodiment of the present application, the cloud recipe provides a cooking scheme and cooking control for the automatic cooking process. The data structure diagram of the cloud recipe is as shown in FIG. 2, in order to ensure that the cloud recipe can be managed, the user can understand, and the intelligent cooking equipment can work completely and accurately. The cloud recipe mainly contains three aspects of information:

1. Basic information (metadata): It is mainly used to ensure that cloud recipes can be managed on the cloud server side, including but not limited to indexing, sorting, classification, retrieval, etc. The core fields included include:

Cloud Recipe ID (Identity): A unique digital ID for a cloud recipe;

Cloud recipe name: string description;

Cloud Recipe Classification: A label that facilitates the classification of cloud recipes, including one or more;

Applicable models: In general, cloud recipes are different for the physical and electrical characteristics of different smart cooking equipment models;

Creation time: the time when the cloud recipe is generated (year, month, day, hour, minute, and second);

...

2, description information: cloud recipes need to be displayed on the smart app for users to understand, so this part of the information is the information that the user can understand, including:

Recipe Introduction: A paragraph of text, a brief introduction to the overview, characteristics, etc. of cloud recipes;

Making reference time;

Finished product component;

Finished product renderings;

A description of the serial number, reference picture and step text for each step;

...

3. Control information: After starting the cloud recipe, the cooking control instructions that can be understood by the devices included in the cloud recipe need to be sent to the smart cooking device, so the combination control information of each step is also included in the cloud recipe, that is, each The control information sub-item constitutes a cooking control instruction by combining each control information sub-item:

Step number

Step length;

Temperature setting

Other control instructions;

Do you need user intervention?

Thereby, the cloud recipe which can be understood by both the user and the smart cooking device is generated by the above basic information, the description information and the control information, and the intelligent cooking device can be controlled to perform automatic cooking while providing the user with an intuitive cooking scheme. The cloud recipe can be stored in the form of a database field or in the form of a configuration file. In this embodiment, the complicated process of cooking each dish is disassembled into a plurality of steps, each step corresponding to a cooking control instruction, which is automatically completed sequentially according to the time axis, and is simplified, so that the cooking control commands are chronologically ordered. Perform each step in turn, and the operation is simple.

In this embodiment, the smart cooking device includes a plurality of different smart kitchen appliances, such as the smart The cooking equipment is a smart slow cooker. When users use the cloud recipe to cook dishes through the smart slow cooker, they can first prepare the ingredients according to the cloud recipe, then the user puts the stew in the smart slow cooker, adds water according to the amount described in the recipe, adds seasoning, and then passes The startup indicator triggers execution of the cloud recipe. The cloud recipe includes the following control information sub-items: 1. smoldering, stewing for 30 minutes; 2 simmering, 2 hours; 3. other modes, such as wave heating for 10 minutes, generating cooking control instructions for cooking according to the control information sub-item After each cooking control instruction is completed, the user is prompted to complete the dish, and then the user can enjoy the food.

In the embodiment of the present application, one cloud recipe can only record the information required for cooking one dish, and the information of the different dishes is different due to the difference in physical and electrical characteristics of the models of different smart cooking devices. For example, for the same cooking process, the cooking time and cooking temperature of different models may be different. For example, for a process that completes the same process, the instructions that different devices can understand are different due to the difference of the models. There is also a difference in control information. Therefore, a recipe can only record the cooking process of one model, and of course, the cooking process of multiple models can be recorded. In this case, different control information needs to be configured for different models.

In this embodiment, a schematic diagram of a process of generating and updating a cloud recipe is shown in FIG. 3. For cloud recipes, because it provides automatic cooking control for users and intelligent cooking device interpretation, cloud recipes need to be managed according to a standard process using cloud recipe generators such as equipment manufacturers and professionally experienced professionals. Generate, for example, in the following two ways:

1. The cloud server's intelligent cloud platform provides a special form page in the background. The form page provides basic information, description information, and control information input area. After the cloud recipe generator is filled in, the file can be saved and submitted. To the intelligent cloud platform, the latter is written to the cloud recipe database of the intelligent cloud platform through the internal data interface for storage.

2. The intelligent cloud platform of the cloud server provides an external data interface according to the standard data structure of the cloud recipe. The cloud recipe generator can convert the cloud recipe into a data structure compatible with the intelligent cloud platform in its own system, and upload through the interface. To the cloud server, the cloud server receives the data to perform verification, and writes it to the cloud recipe database of the cloud server for storage after verification.

Cloud recipes can be generated by the above two methods. In actual processing, cloud recipes can be generated in other ways. For example, cloud recipes are not generated by user editing, but by memory. The user automatically generates the cooking process performed on the smart cooking device, wherein the user can provide the corresponding description information. Therefore, the above-mentioned cloud recipe generation method is for illustrative purposes only, and should not be construed as limiting the present application.

After the cloud recipe is generated, it can be updated to the corresponding device, wherein the cloud server can actively notify the user of the update of the cloud recipe, such as when the cloud recipe applicable to a smart cooking device is updated, the smart cloud platform obtains the registration information. The user list of the smart cooking device is recorded, and the user in the user list is notified through the message system of the intelligent cloud platform, and the user enters the smart APP on the mobile device according to the notification instruction, and can view and update the Use updated cloud recipes.

The update of the cloud recipe may also be obtained by the user actively querying the cloud server. For example, the user initiates the smart APP on the mobile device, and initiates an update query request to the cloud server to query the corresponding smart cooking devices currently used by the user. Whether there is an update in the cloud recipe list, if there is an update, an optional new cloud recipe is presented on the smart APP for the user to use.

Therefore, cloud recipes support dynamic generation and real-time update of the client, so that the functions of the smart cooking device can be wirelessly expanded.

The cloud recipes are packaged with the complete cooking control instructions for each step. The user can start the automatic cooking process with just one button. After that, the smart cooking device will follow the cooking control instructions of the set steps. Fully automatic operation, the process only requires the user to perform the minimum necessary operations (such as putting ingredients, processing ingredients in the middle, etc.).

In the automatic cooking process, the automatic cooking process may be initiated by the smart cooking device according to the user's instruction, or the user may issue a startup instruction to the cloud server on the APP of the mobile device, and the cloud server performs startup. The start-up end of the automatic cooking process is different, resulting in a certain difference between the actual process and the operation of each device. The automatic cooking process is specifically discussed below by way of examples.

Embodiment 2

Based on the above embodiment, the present embodiment discusses the automatic cooking process by taking the smart cooking device to start by itself according to the user's instruction.

Referring to FIG. 4, a structural block diagram of a smart cooking device according to an embodiment of the present application is shown, which may specifically include the following modules:

The cooking module 404 is configured to set the device state of the smart cooking device according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction, wherein the cooking control instruction is parsed from the selected cloud recipe.

The prompting module 406 is configured to generate a prompt message to remind the user that the cooking is completed after the cooking control instructions required for the complete cooking process are all executed.

The user can initiate cooking of the cloud recipe on the smart cooking device end, trigger the activation indication by triggering a button on the smart cooking device, etc., so that the smart cooking device calls its own module for automatic cooking.

Referring to FIG. 5, a structural block diagram of another smart cooking device according to an embodiment of the present application is shown, which may specifically include the following modules:

a recipe selection module 502, configured to receive a selection indication, obtain a cloud recipe identifier from the selection indication, select a cloud recipe corresponding to the cloud recipe identifier, or obtain a cloud recipe name and the smart cooking from the selection indication The model information of the device, and filter cloud recipes that match the cloud recipe name and model information.

Before the automatic cooking, the cloud recipe is first selected, the user can select the cloud recipe on the smart cooking device to issue a selection instruction, and the smart cooking device uses the recipe selection module to select the cloud recipe. The cloud recipe identifier, that is, the cloud recipe ID, may be directly carried in the selection indication, so as to find the cloud recipe corresponding to the cloud recipe ID as the selected cloud recipe. The selection instruction may also carry the name of the cloud recipe, find the cloud recipe corresponding to the name, and then filter the found cloud recipe according to the model information of the current smart cooking device, and determine the cloud recipe name and machine. Type information for cloud recipes as a selected cloud recipe.

The instruction parsing module 504 is configured to receive an activation instruction, and parse the cooking control instruction required for the cooking process from the selected cloud recipe according to the startup instruction.

The cooking module 506 is configured to set the device state of the smart cooking device according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction.

a prompting module 508, configured to execute the cooking control instructions required for the complete cooking process, A prompt message is generated to remind the user that cooking is complete.

The feedback module 510 is configured to obtain its own state information during the cooking process timing; feed the state information to the cloud server for recording, and/or feed back to the mobile device used by the user for display.

When both the smart cooking device and the mobile device are connected to the network and can communicate with the cloud server, the smart cooking device can obtain its own state information during the cooking process, such as the currently executed cooking control instruction and its corresponding steps, the executed time. The remaining execution time is estimated, and then the status information is fed back to the cloud server, and the cloud server records the status information and updates to the mobile device.

Typically, smart cooking devices and mobile devices communicate with a cloud server, but in practice cloud recipes can also communicate directly with smart cooking devices, such as APP-to-device direct communication over a home LAN. Therefore, the smart cooking device can directly feed back its own state information to the mobile device, and the mobile device displays the status information by using the APP to notify the user of the current cooking state. Of course, the smart cooking device can also feed status information to the cloud server and the mobile device at the same time.

In an optional embodiment of the present application, the adjustment module 512 is configured to acquire sensing information by using a set sensor during a current cooking process; and detecting cooking progress information of the current cooking process according to the sensing information; The state of the device is adjusted according to the cooking progress information, and cooking is performed according to the adjusted device state.

In the actual cooking process, various factors such as raw materials and external environment may affect the cooking process. Therefore, in the embodiment, the set sensors, such as a temperature sensor and a weight sensor, may be disposed in the smart cooking device. Thus, the set sensor is used to detect the current cooking process, the detected sensing information is acquired in real time, and the sensing information is analyzed to determine the cooking progress information corresponding to the current cooking process to determine the current cooking progress. If the current cooking schedule does not match the standard cooking progress of the time period, the current device state may be adjusted according to the cooking progress information, such as raising the temperature, increasing the time, etc., thereby adjusting the cooking process with the adjusted device state.

Therefore, in this embodiment, for each cooking step corresponding to the cooking control instruction, the cooking process of the step is monitored by the set sensor, the completion degree of the step is automatically detected, and then the device state is automatically optimized according to the sensing information fed back by the sensor. , such as the time, temperature, etc. of the modification step, Ensure that the results of each step are optimal. Taking the smart breadmaker as an example, the actual weight of the dough can be detected by the weight sensor. If the weight is too large, the cooking time of each cooking control instruction in the cloud recipe is automatically increased by a certain time. Another example is that during the cooking process of a certain step, the temperature sensor detects that the fermentation temperature of the dough is lower than expected (such as the low temperature condition in the northeast), according to the cloud recipe, the state of the device can be adjusted to automatically increase the fermentation temperature to ensure the fermentation effect of the step. Best wait.

In this embodiment, the user only needs to issue a start instruction, and the cooking control commands corresponding to each step are sequentially sequenced according to the time axis for the plurality of cooking steps that are disassembled in advance, thereby automatically completing the cooking process of the dishes, and the user only It is necessary to provide necessary auxiliary operations in the process, and the plurality of steps in the cooking process can be completed by one button for the user, and the cooking process is simplified and simplified, and the operation is simple and quick.

In another optional embodiment of the present application, the adjustment module 512 is configured to receive an adjustment indication fed back by the mobile device, adjust a device state according to the adjustment indication, and perform cooking according to the adjusted device state.

The above-described process of automatically adjusting the state of the device based on the current cooking schedule by monitoring the cooking process by sensors in the smart cooking device. In fact, the device status can also be adjusted by the user through the smart APP of the mobile device. At this time, the user configures the cooking parameter corresponding to the cooking control instruction to be adjusted on the smart APP, and generates an adjustment instruction to synchronize to the smart cooking device after completing the configuration, and then The smart cooking device adjusts the state of the device according to the cooking parameters carried in the adjustment instruction, and adjusts the cooking process according to the adjusted device state.

In the smart bread machine in the above example, the steps in the cloud recipe corresponding to the smart bread machine are usually fixed. The temperature control and other settings of each step are preset by hardware, and each step has a default time, but the user is also allowed. The cooking time of each step is adjusted by adjusting the indication.

In an optional embodiment of the present application, the instruction parsing module 504 includes: a reading submodule 50402, configured to read a selected cloud recipe according to the startup instruction; and a parsing submodule 50404 for selecting the selected The control information in the cloud recipe is parsed, and each cooking control instruction executed by the cooking process in accordance with the preset cooking sequence is parsed.

After the smart cooking device receives the startup instruction, the selected analysis module can read the selected a cloud recipe, then parsing the control information in the cloud recipe to obtain a cooking control instruction that the smart cooking device can understand, wherein there may be multiple cooking control commands in one cooking process, and each cooking control instruction is executed The order is certain so that each cooking control command executed in a preset cooking order can be parsed.

In another optional embodiment of the present application, the instruction parsing module 504 includes: a reading submodule 50402, configured to read the selected cloud recipe according to the startup indication; and a parsing submodule 50404 for acquiring its own Model information; parsing control information in the selected cloud recipe, and acquiring the model information corresponding to each cooking control instruction executed in a preset cooking sequence.

Since a cloud recipe can also exist because of different control information of different models, when the instruction parsing module of the smart cooking device parses the cloud recipe, it can first obtain its own model information, and then determine according to the model information. The model information corresponds to each cooking control command executed in accordance with a preset cooking sequence.

The cooking module 506 is further configured to sequentially acquire each cooking control instruction according to the preset cooking sequence, wherein after the current cooking control instruction corresponds to the execution of the cooking process, the next cooking control instruction is acquired until the The last cooking control command in the preset cooking sequence.

Since the execution sequence of the cooking control command is specified in the preset cooking sequence, the cooking module of the smart cooking device first acquires the first cooking control command in the preset cooking sequence, and then executes the cooking control command to perform the first step. a cooking operation, after the first cooking control command is completed, continuing to acquire a second cooking control command in the preset cooking sequence, and so on, until the last cooking control command in the preset cooking sequence is obtained, After the execution is completed, the cooking process is completed.

In an optional embodiment of the present application, the cooking module 506 includes: an automatic cooking sub-module 50602, configured to acquire a corresponding cooking parameter from the cooking control instruction for a current cooking control instruction; and set the device according to the cooking parameter State, cooking according to the state of the device.

The automatic cooking sub-module 50602 is further configured to: when the cooking duration configured in the device state is reached, the current cooking control instruction is executed corresponding to the cooking process, and the next cooking control command is executed as the current cooking control command.

The smart cooking device uses a cooking module to execute cooking control commands, wherein for smart cooking settings When the self-execution is performed, the automatic cooking sub-module is used to obtain the corresponding cooking parameter from the cooking control command, and then the cooking parameter is used to set the current device state, such as the cooking time, the cooking temperature, the device mode, and the like, wherein The device states that are required to be set by different smart cooking devices are different, and may be configured according to actual needs, which is not limited by the embodiment of the present application. After the configuration of the device status is completed, the corresponding cooking process can be performed.

The automatic cooking sub-module detects the state of the device of the process during the cooking process, and when the cooking time configured in the device state is reached, characterizing the current cooking control instruction corresponding to the execution of the cooking process, obtaining the next cooking control The instruction executes the next cooking control command as the current cooking control command.

In another optional embodiment of the present application, the cooking module 506 further includes: a detecting submodule 50604 for determining whether a user assisting operation is required according to the cooking control instruction; and an auxiliary cooking submodule 50606 for determining the need When the user assists the operation, the device auxiliary state required for the auxiliary operation is set according to the cooking condition corresponding to the cooking parameter in the cooking control instruction; and the auxiliary prompt information is generated according to the cooking control instruction, and the auxiliary prompt information is displayed, The auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information.

The prompting module 508 is further configured to send the auxiliary prompt information to a mobile device used by the user to remind the user to perform an auxiliary operation by using the mobile device.

The auxiliary cooking sub-module 50606 is further configured to execute the next cooking control instruction as the current cooking control instruction according to the auxiliary completion instruction fed back by the user; or, when detecting that the auxiliary operation of the user is not acquired within the auxiliary delay range The next cooking control command is executed as the current cooking control command.

In the process of automatic cooking by the smart cooking device, the user may also be required to provide necessary auxiliary operations, so in the process of cooking using the cooking module to execute the cooking control command, the detecting sub-module in the cooking module determines whether the cooking control command determines whether User-assisted operation is required, such as by controlling whether the user intervention is required in the control information. When it is determined that the user-assisted operation is required, the auxiliary cooking sub-module is used to obtain the corresponding cooking parameter from the cooking control command, and then the cooking is adopted. The parameter sets the device auxiliary state required for the auxiliary operation, such as the condition or mode of the smart cooking device during the auxiliary process, and configures the auxiliary delay range to prevent the user from being unexecuted. Line-assisted operations cause subsequent processes to fail. The auxiliary prompt information is further generated according to the cooking control instruction, and the auxiliary prompt information is used to prompt the user for the auxiliary operation currently required, and the auxiliary prompt information may include text auxiliary prompt information and/or voice assist prompt information, that is, text can be used. The form is displayed on the display device of the smart cooking device, and can also be played through the smart cooking device in the form of voice, or the two prompt modes are executed in parallel, that is, the display text also plays the audio.

When the mobile device and the smart cooking device are both online, the smart cooking device can synchronize the auxiliary prompt information to the mobile device, and after receiving the prompt information, the mobile device can use the APP to display the text auxiliary prompt information and the voice assist prompt. The playback of information.

The auxiliary cooking sub-module also determines the subsequent operation according to the completion of the auxiliary operation during the cooking process. Wherein, according to the auxiliary auxiliary completion instruction of the feedback, it is determined that the current cooking control instruction corresponding auxiliary operation has been completed, the current cooking control instruction is corresponding to the execution of the cooking process, the next cooking control instruction is obtained, and the next cooking control instruction is taken as the current The cooking control instructions are executed. And the time of the auxiliary operation is also detected, and when the cooking control instruction does not acquire the auxiliary operation of the user within the auxiliary delay range, in order to prevent the subsequent process from being executed, the next cooking control instruction is acquired, and the next cooking control instruction is executed. Executed as the current cooking control instruction.

The above implements an automatic cooking process initiated by a smart cooking device, wherein the execution of each device in the various stages of the automatic cooking process is illustrated in FIG. The smart cooking device receives the startup instruction, such as triggering the “smart” button on the smart cooking device to trigger the sending start indication, and the smart cooking device for the cloud recipe can be pre-cached, or can be retrieved from the cloud server, and then the parsed cooking is performed. The control commands are executed in a preset cooking sequence. One step in FIG. 6 corresponds to a cooking control command. When the auxiliary operation is not required, the step is executed corresponding to the cooking control command and when the step time, that is, the cooking time is reached, the next control command is acquired to continue execution. For the auxiliary operation, set the device auxiliary state and generate auxiliary prompt information for display, prompt the user to perform the auxiliary operation, and then receive the user feedback auxiliary completion instruction, such as feedback through the “continue” key, or within the auxiliary delay range. Get the next control instruction to continue execution when the user's auxiliary operation is obtained. After the execution of all the cooking control instructions in the cooking process is completed, the prompt message is used to remind the user that the cooking is completed.

For example, the smart cooking device is a smart slow cooker. The user selects the pre-cached cloud recipe in the smart slow cooker, and can first prepare the ingredients according to the tips of the cloud recipe, and then the user is in the smart slow cooker. Add the stew, add water according to the amount described in the cloud recipe, add seasoning, and then trigger the smart slow cooker to generate a starter to resolve the cloud recipe. The following control information items included in the cloud recipe for the parsing process: 1. Simmering, stewing for 30 minutes; 2 simmering, 2 hours; 3. Other modes, such as wave heating for 10 minutes, according to the control information sub-item The cooking control command is generated for cooking, and after each cooking control command is completed, the user is prompted to complete the dish, and then the user can enjoy the food. In the cooking process, the intelligent slow cooker can measure the weight of the main food material through the sensor, such as the chicken to be cooked when the chicken is stewed, that is, the main food material, and adjust the cooking quantity and the cooking parameters according to the sensor information measured by the sensor to cook. Produce better quality dishes.

Based on the above embodiment, a flow chart of the steps of another automatic cooking method of the embodiment of the present application is shown in FIG.

Step 702: Receive a startup indication.

Step 704, parsing the cooking control instruction required for the cooking process from the selected cloud recipe according to the startup instruction.

Before the cloud recipe is parsed, the selection indication may be received; the cloud recipe identifier is obtained from the selection indication, and the cloud recipe corresponding to the cloud recipe identifier is selected; or the cloud recipe name is obtained from the selection indication, and the search is performed. The cloud recipe corresponding to the name is filtered according to the model information of the current smart cooking device, and the cloud recipe corresponding to the cloud recipe name and model information is determined as the selected cloud recipe.

Parsing the cooking instructions required for the cooking process from the selected cloud recipe in accordance with the activation indication, comprising: reading the selected cloud recipe in accordance with the activation indication; controlling in the selected cloud recipe The information is parsed to resolve the cooking control instructions that are executed in the cooking sequence in accordance with the preset cooking sequence.

The parsing the cooking control instructions required for the cooking process from the selected cloud recipe according to the activation indication, comprising: reading the selected cloud recipe according to the startup instruction; acquiring the machine of the smart cooking device Type information; parsing control information in the selected cloud recipe, and acquiring the model information corresponding to each cooking control instruction executed in a preset cooking sequence.

Thereafter, the smart cooking device sequentially acquires each cooking control instruction according to the preset cooking sequence, wherein the smart cooking device performs the cooking process corresponding to the current cooking control instruction Thereafter, the next cooking control command is obtained until the last cooking control command in the preset cooking sequence is obtained, and the specific process is as follows, step 706 to step 726.

Step 706: Acquire a cooking control instruction according to the preset cooking sequence.

Step 708, determining whether a user assisted operation is required according to the cooking control instruction.

If yes, the user assisted operation is required, and step 718 is performed; if not, the user assisted operation is not required, and step 710 is performed.

Step 710: The smart cooking device acquires the cooking parameter corresponding to the cooking condition from the cooking control instruction.

Step 712: Set the device state according to the cooking parameter, and perform cooking according to the device state.

Step 714, detecting whether the cooking time configured in the device state is reached.

If yes, that is, the cooking duration configured in the device state is reached, step 726 is performed; if not, that is, the cooking duration configured in the device state is not reached, and returning to step 714 to continue the detection.

Step 716, setting a device auxiliary state required for the auxiliary operation according to a cooking parameter in the cooking control instruction.

Step 718: Generate auxiliary prompt information according to the cooking control instruction, and display the auxiliary prompt information.

The smart cooking device sets a device assist state required for the assisting operation according to a cooking parameter in the cooking control instruction when determining that a user assisted operation is required; and the smart cooking device generates an auxiliary prompt according to the cooking control instruction And displaying the auxiliary prompt information, wherein the auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information.

Step 720: Send the auxiliary prompt information to the mobile device used by the user to remind the user to perform the auxiliary operation by the mobile device.

At step 722, the auxiliary operation is completed.

If yes, that is, the auxiliary operation is completed, step 716 is performed; if not, the auxiliary operation is not completed, and step 724 is performed.

Step 724, whether the auxiliary delay range is reached.

If yes, the auxiliary delay range is reached, and step 726 is performed; if not, the auxiliary delay is not reached. Range, step 722 is performed to continue to detect if the auxiliary operation is complete.

At step 726, it is not executed whether there is a cooking control command.

If so, that is, if the cooking control command is not executed, returning to step 706 continues to acquire the cooking control command; if not, that is, if the cooking control command is not executed, step 728 is performed.

In the above cooking process by the cooking control instruction, the smart cooking device acquires the sensing information through the set sensor during the current cooking process; and detects the cooking progress information of the current cooking process according to the sensing information; The state of the device is adjusted according to the cooking progress information, and cooking is performed according to the adjusted device state.

Thereby, the cooking step corresponding to each cooking control instruction is realized, the cooking process of the step is monitored by the set sensor, the completion degree of the step is automatically detected, and then the device of the intelligent cooking device is automatically optimized according to the sensing information fed back by the sensor. The status, such as the time and temperature of the modification step, ensures that the output produced by each step is optimal.

Step 728, generating a prompt message to remind the user that cooking is complete.

The smart cooking device is used to initiate an automatic cooking process, and the smart cooking device or the cloud server can store the cloud recipe used by the user history. In the state that the APP is not online, the user can initiate cloud recipe cooking on the smart cooking device side, and according to the device. The necessary prompts, in the steps that require user operation, to perform the necessary auxiliary operations to complete the cooking of the cloud recipe.

Moreover, in this embodiment, the complex multi-step cooking process can be intelligently completed according to the cooking control instruction step set in the cloud recipe through a button (trigger activation instruction), and the step design takes into consideration that the device automatically works according to the instruction, and also takes into account that the user can Participate in and carry out the necessary auxiliary operations to simplify the cooking process.

Embodiment 3

Based on the above embodiments, the present embodiment uses a system composed of a smart cooking device, a mobile device, and a cloud server to automatically start the process according to the user's instruction.

Referring to FIG. 8, a block diagram of a structure of an automatic cooking system including a cloud server 802 and a smart cooking device 804 is shown.

The cloud server 802 includes: an instruction parsing module 80202, configured to select from The cloud recipes parse out the cooking control instructions required for the cooking process.

The smart cooking device 804 includes: a cooking module 80402, configured to set a device state of the smart cooking device for cooking according to a cooking parameter corresponding to a cooking condition in a current cooking control instruction; and a prompting module 80404 for performing a complete cooking process After the required cooking control instructions are executed, a prompt message is generated to remind the user that the cooking is completed.

The user can initiate the cooking of the cloud recipe through the APP of the mobile device, trigger the startup instruction through the APP and send it to the cloud server, so that the cloud server calls its own module for automatic cooking.

Referring to Figures 9A-C, there is shown a block diagram of another automated cooking system in accordance with an embodiment of the present application.

The automatic cooking system includes a cloud server 902, a smart cooking device 904, and a mobile device 906.

The cloud server 902 includes:

The instruction parsing module 90202 is configured to receive an activation instruction, and parse the cooking control instruction required for the cooking process from the selected cloud recipe according to the startup instruction.

The instruction issuing module 90204 is configured to sequentially send the cooking control instruction to the smart cooking device according to the preset cooking sequence.

The smart cooking device 904 includes:

The cooking module 90402 is configured to set the device state of the smart cooking device for cooking according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction; the prompting module 90404 is configured to execute the cooking control command required for the complete cooking process , generate a prompt message to remind the user that cooking is complete.

The mobile device 906 includes:

a recipe selection module 90602, configured to receive a selection indication, obtain a cloud recipe identifier from the selection indication, select a cloud recipe corresponding to the cloud recipe identifier, or obtain a cloud recipe name and the smart cooking from the selection indication The model information of the device, and filter cloud recipes that match the cloud recipe name and model information.

Before the automatic cooking, the cloud recipe is first selected. The user can select the cloud recipe on the mobile device's APP to issue a selection instruction, and use the recipe selection module to select the cloud recipe. Wherein, the selection instruction can directly carry the cloud recipe identifier, that is, the cloud recipe ID, thereby searching The cloud recipe ID corresponds to the cloud recipe as the selected cloud recipe. The selection instruction may also carry the name of the cloud recipe, find the cloud recipe corresponding to the name, and then filter the found cloud recipe according to the model information of the current smart cooking device, and determine the cloud recipe name and machine. Type information for cloud recipes as a selected cloud recipe.

In an optional embodiment of the present application, the instruction parsing module 90202 includes: a reading submodule 902022, configured to read a selected cloud recipe according to the startup instruction; and a parsing submodule 902424 for selecting the The control information in the predetermined cloud recipe is parsed, and each cooking control instruction executed by the cooking process in accordance with the preset cooking sequence is parsed.

After the cloud server receives the startup instruction, the instruction parsing module can read the selected cloud recipe, and then parse the control information in the cloud recipe to obtain a cooking control instruction that can be understood by the smart cooking device, wherein the cooking command is once cooked. There may be multiple cooking control commands in the process, and the execution order of each cooking control command is certain, so that each cooking control command executed in the order of the preset cooking order can be parsed.

In another optional embodiment of the present application, the instruction parsing module 90202 includes: a reading submodule 902022, configured to read a selected cloud recipe according to the startup instruction; and a parsing submodule 902424, configured to acquire the The model information of the smart cooking device; parsing the control information in the selected cloud recipe, and acquiring the model information corresponding to each cooking control instruction executed according to a preset cooking sequence.

Since a cloud recipe can also exist because of different control information of different models, when the cloud server's instruction parsing module parses the cloud recipe, the model information of the smart cooking device can be obtained first, and then the model information is determined according to the model information. The model information corresponds to each cooking control command executed in accordance with a preset cooking sequence.

In an optional embodiment of the present application, the cooking module 90402 is further configured to sequentially acquire each cooking control instruction according to the preset cooking sequence, wherein after the current cooking control instruction corresponds to the execution of the cooking process, the acquisition is performed. A cooking control command until the last cooking control command in the preset cooking sequence is obtained.

Since the execution order of the cooking control instructions is specified in the preset cooking sequence, the cooking module of the smart cooking device first acquires the first cooking control instruction in the preset cooking sequence, and then executes Performing the cooking control command to perform the first cooking operation, after the first cooking control instruction is completed, continuing to acquire the second cooking control instruction in the preset cooking sequence to execute, and so on, until the pre-obtaining The last cooking control command in the cooking sequence is executed, and after the execution is completed, the cooking process is completed.

The cooking module 90402 includes: an automatic cooking sub-module 904022, configured to acquire a cooking parameter corresponding to a cooking condition from the cooking control instruction for a current cooking control instruction; and set a device state according to the cooking parameter, according to the The device status is cooking.

The automatic cooking sub-module 904022 is further configured to: when the cooking duration configured in the device state is reached, the current cooking control instruction is executed corresponding to the cooking process, and the next cooking control instruction is executed as the current cooking control instruction .

The smart cooking device executes a cooking control instruction by using a cooking module, wherein, when the smart cooking device executes itself, the automatic cooking sub-module is used to obtain a corresponding cooking parameter from the cooking control command, and then the cooking device parameter is used to set the current device state. For example, the cooking time, the cooking temperature, the device mode, and the like, wherein the different smart cooking devices are required to have different device states, which may be configured according to actual needs, which is not limited in the embodiment of the present application. After the configuration of the device status is completed, the corresponding cooking process can be performed.

The automatic cooking sub-module detects the state of the device of the process during the cooking process, and when the cooking time configured in the device state is reached, characterizing the current cooking control instruction corresponding to the execution of the cooking process, obtaining the next cooking control The instruction executes the next cooking control command as the current cooking control command.

The cooking module 90402 further includes: a detecting submodule 904024, wherein the smart cooking device determines whether a user assisted operation is required according to the cooking control instruction; and the auxiliary cooking submodule 904026, when determining that a user assisted operation is required, The smart cooking device sets a device auxiliary state required for the auxiliary operation according to a cooking parameter in the cooking control instruction; and the smart cooking device generates auxiliary prompt information according to the cooking control instruction, and displays the auxiliary prompt information, The auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information.

In an optional embodiment of the present application, the mobile device 906 includes a display module 90604; The prompting module 90404 of the smart cooking device 904 is further configured to synchronize the auxiliary prompt information to the mobile device 906; the display module 90604 of the mobile device 906 is configured to display the auxiliary prompt information to remind The user performs a secondary operation.

The auxiliary cooking sub-module 904026 is further configured to perform, according to an auxiliary completion instruction fed back by the user, the smart cooking device to execute the next cooking control instruction as a current cooking control instruction; or, when detecting that the auxiliary delay time is not within Upon acquisition of the user's auxiliary operation, the smart cooking device executes the next cooking control command as the current cooking control command.

In the process of automatic cooking by the smart cooking device, the user may also be required to provide necessary auxiliary operations, so in the process of cooking using the cooking module to execute the cooking control command, the detecting sub-module in the cooking module determines whether the cooking control command determines whether User-assisted operation is required, such as by controlling whether the user intervention is required in the control information. When it is determined that the user-assisted operation is required, the auxiliary cooking sub-module is used to obtain the corresponding cooking parameter from the cooking control command, and then the cooking is adopted. The parameter sets the device assist state required for the auxiliary operation, such as the condition or mode of the smart cooking device during the assist process, and configures the auxiliary delay range to prevent the subsequent process from being executed due to the user not performing the auxiliary operation. The auxiliary prompt information is further generated according to the cooking control instruction, and the auxiliary prompt information is used to prompt the user for the auxiliary operation currently required, and the auxiliary prompt information may include text auxiliary prompt information and/or voice assist prompt information, that is, text can be used. The form is displayed on the display device of the smart cooking device, and can also be played through the smart cooking device in the form of voice, or the two prompt modes are executed in parallel, that is, the display text also plays the audio.

When the mobile device and the smart cooking device are both online, the smart cooking device can synchronize the auxiliary prompt information to the mobile device, and after receiving the prompt information, the mobile device can use the APP to display the text auxiliary prompt information and the voice assist prompt. The playback of information.

The auxiliary cooking sub-module also determines the subsequent operation according to the completion of the auxiliary operation during the cooking process. Wherein, according to the auxiliary auxiliary completion instruction of the feedback, it is determined that the current cooking control instruction corresponding auxiliary operation has been completed, the current cooking control instruction is corresponding to the execution of the cooking process, the next cooking control instruction is obtained, and the next cooking control instruction is taken as the current The cooking control instructions are executed. And the time of the auxiliary operation is also detected, and when the cooking control instruction does not acquire the auxiliary operation of the user within the auxiliary delay range, in order to prevent the subsequent process from being executed, the next item is acquired. The cooking control command executes the next cooking control command as the current cooking control command.

In an optional embodiment of the present application, the smart cooking device 904 further includes: a feedback module 90406, the cloud server 902 further includes: a recording module 90206, the mobile device 906 includes: a display module 90604;

The feedback module 90406 of the smart cooking device 904 is configured to acquire its own state information at the cooking process timing; feed the state information to the cloud server 902, and/or the mobile device 906; the cloud server The recording module 90206 of the 902 is configured to record status information fed back by the smart cooking device; the display module 90604 of the mobile device 906 is configured to display status information fed back by the smart cooking device.

When both the smart cooking device and the mobile device are connected to the network and can communicate with the cloud server, the smart cooking device can obtain its own state information during the cooking process, such as the currently executed cooking control instruction and its corresponding steps, the executed time. The remaining execution time is estimated, and then the status information is fed back to the cloud server, and the cloud server records the status information and updates to the mobile device.

Typically, smart cooking devices and mobile devices communicate with a cloud server, but in practice cloud recipes can also communicate directly with smart cooking devices, such as APP-to-device direct communication over a home LAN. Therefore, the smart cooking device can directly feed back its own state information to the mobile device, and the mobile device displays the status information by using the APP to notify the user of the current cooking state. Of course, the smart cooking device can also feed status information to the cloud server and the mobile device at the same time.

In an optional embodiment of the present application, the smart cooking device 904 further includes: an adjustment module 90408, configured to acquire sensing information by using a set sensor during a current cooking process; and detecting the sensing information according to the sensing information Cooking progress information of the current cooking process; adjusting the state of the device according to the cooking progress information, and cooking according to the adjusted device state.

In the actual cooking process, various factors such as raw materials and external environment may affect the cooking process. Therefore, in the embodiment, the set sensors, such as a temperature sensor and a weight sensor, may be disposed in the smart cooking device. Therefore, the set sensor is used to detect the current cooking process, the detected sensing information is acquired in real time, and the sensing information is analyzed to determine the current cooking. The cooking progress information corresponding to the cooking process to determine the current cooking progress. If the current cooking schedule does not match the standard cooking progress of the time period, the current device state may be adjusted according to the cooking progress information, such as raising the temperature, increasing the time, etc., thereby adjusting the cooking process with the adjusted device state.

Therefore, in this embodiment, for each cooking step corresponding to the cooking control instruction, the cooking process of the step is monitored by the set sensor, the completion degree of the step is automatically detected, and then the device state is automatically optimized according to the sensing information fed back by the sensor. If the time, temperature and other settings of the modification step are set, the effect of each step is guaranteed to be optimal. Taking the smart breadmaker as an example, the actual weight of the dough can be detected by the weight sensor. If the weight is too large, the cooking time of each cooking control instruction in the cloud recipe is automatically increased by a certain time. Another example is that during the cooking process of a certain step, the temperature sensor detects that the fermentation temperature of the dough is lower than expected (such as the low temperature condition in the northeast), according to the cloud recipe, the state of the device can be adjusted to automatically increase the fermentation temperature to ensure the fermentation effect of the step. Best wait.

In another optional embodiment of the present application, the smart cooking device 904 further includes: an adjustment module 90408, configured to receive an adjustment indication fed back by the mobile device, adjust a device state according to the adjustment indication, and adjust the device according to the adjustment The state is cooking; the mobile device 906 further includes an adjustment indication module 90606 for transmitting an adjustment indication to the smart cooking device.

The above-described process of automatically adjusting the state of the device based on the current cooking schedule by monitoring the cooking process by sensors in the smart cooking device. In fact, the device status can also be adjusted by the user through the smart APP of the mobile device. At this time, the user configures the cooking parameter corresponding to the cooking control instruction to be adjusted on the smart APP, and generates an adjustment instruction to synchronize to the smart cooking device after completing the configuration, and then The smart cooking device adjusts the state of the device according to the cooking parameters carried in the adjustment instruction, and adjusts the cooking process according to the adjusted device state.

In the smart bread machine in the above example, the steps in the cloud recipe corresponding to the smart bread machine are usually fixed. The temperature control and other settings of each step are preset by hardware, and each step has a default time, but the user is also allowed. The cooking time of each step is adjusted by adjusting the indication.

The above implements an automatic cooking process initiated by the mobile device, wherein the execution of each device in the various stages of the automatic cooking process is illustrated in FIG. The user can look up the cloud recipe on the mobile device's APP, and the mobile device's APP selects the cloud recipe based on the selection indication. Then the user can prepare Hundreds of selected cloud recipe ingredients and performs the corresponding pre-processing operations. Then, the triggering APP sends a startup indication to the cloud server, for example, triggering the sending of the startup indication through the “one-click start” function on the APP interface. The cloud server records the currently selected cloud recipe and parses it to obtain cooking control instructions that are executed in a preset cooking order. The cloud server detects whether the smart cooking device is online. If not, the cooking control command is cached, and if it is online, the cooking control command is issued to the smart cooking device, and then the cooked cooking control command is executed by the smart cooking device according to the preset cooking sequence.

Similar to FIG. 6, one step in FIG. 10 also corresponds to a cooking control command. When no auxiliary operation is required, the step is executed corresponding to the cooking control command and when the step time, that is, the cooking time is reached, the next control command is acquired to continue execution. For the auxiliary operation, set the device auxiliary state and generate auxiliary prompt information for display, prompt the user to perform the auxiliary operation, and then receive the user feedback auxiliary completion instruction, such as feedback through the “continue” key, or within the auxiliary delay range. Get the next control instruction to continue execution when the user's auxiliary operation is obtained. After the execution of all the cooking control instructions in the cooking process is completed, the prompt message is used to remind the user that the cooking is completed.

Taking the smart bread machine as an intelligent cooking device as an example, the user selects the model information of the smart bread machine corresponding to the cloud recipe on the APP of the mobile device. According to the guidance of the cloud recipe, the user adds the necessary ingredients and seasonings such as flour, water, eggs, sugar, etc. according to the specified amount, and closes the bread machine.

Then, the mobile device sends an activation indication to the cloud server, and the cloud server parses the cloud recipe according to the startup instruction. The steps of the cloud recipe are generally fixed, such as the steps of: stirring 1, waking face 1, stirring 2, waking face 2, stirring 3, fermentation 1, fermentation 2, fermentation 3, baking, heat preservation, etc. Parsing each cooking control command sorted according to a preset cooking order, and then transmitting the cooking control command to the smart bread machine in turn, after executing a cooking control command on the smart bread machine, transmitting the next cooking control command to the smart bread machine Execution, the user can fine tune the time of each step while the smart bread machine is cooking each cooking control command. In addition, cloud recipes can also prompt users to add other ingredients such as fruits through the app of the mobile device. After completing all cooking control instructions, the user of the mobile device is prompted to enjoy the food. For the above complex cooking process, the user only needs to trigger one button to automatically execute the cooking process, which simplifies the user's operation process and makes the cooking process easier.

Based on the above embodiment, another automatic cooking method of the embodiment of the present application is illustrated using FIG. Step flow chart.

Step 1102, the mobile device receives a selection indication.

Step 1104: The mobile device selects a cloud recipe according to the selection indication.

The cloud recipe identifier is obtained from the selection indication, and the cloud recipe corresponding to the cloud recipe identifier is selected; or the cloud recipe name and the model information of the smart cooking device are obtained from the selection indication, and the screening conforms Cloud recipes for cloud recipe names and model information.

In step 1106, the cloud server receives the startup indication.

Step 1108, the cloud server parses the cooking control instructions required for the cooking process from the selected cloud recipe according to the startup instruction.

Wherein the cooking instructions required for the cooking process are parsed from the selected cloud recipe according to the activation indication, comprising: reading the selected cloud recipe according to the activation indication; for the selected cloud recipe The control information is parsed to resolve the cooking control commands that are executed in the cooking sequence in accordance with the preset cooking sequence.

The parsing the cooking control instructions required for the cooking process from the selected cloud recipe according to the activation indication, comprising: reading the selected cloud recipe according to the startup instruction; acquiring the machine of the smart cooking device Type information; parsing control information in the selected cloud recipe, and acquiring the model information corresponding to each cooking control instruction executed in a preset cooking sequence.

Thereafter, the smart cooking device sequentially acquires each cooking control instruction according to the preset cooking sequence, wherein the smart cooking device acquires the next cooking control instruction after the current cooking control instruction corresponding to the cooking process is completed, until the acquiring device The last cooking control command in the preset cooking sequence is as described in steps 1110 to 726.

Step 1110: The smart cooking device acquires the cooking control instruction according to the preset cooking sequence.

At step 1112, the smart cooking device determines whether a user assisted operation is required in accordance with the cooking control command.

If yes, the user assisted operation is required, and step 1122 is performed; if not, the user assisted operation is not required, and step 1114 is performed.

Step 1114: The smart cooking device acquires the cooking parameter corresponding to the cooking condition from the cooking control instruction.

Step 1116, setting the device state according to the cooking parameter, and cooking according to the device state.

Step 1118, detecting whether the cooking duration configured in the device state is reached.

If yes, that is, the cooking duration configured in the device state is reached, step 726 is performed; if not, that is, the cooking duration configured in the device state is not reached, and returning to step 1118 to continue the detection.

Step 1120: Set a device assist state required for the auxiliary operation according to a cooking parameter in the cooking control command.

Step 1122: Generate auxiliary prompt information according to the cooking control instruction, and display the auxiliary prompt information.

The smart cooking device sets a device assist state required for the assisting operation according to a cooking parameter in the cooking control instruction when determining that a user assisted operation is required; and the smart cooking device generates an auxiliary prompt according to the cooking control instruction And displaying the auxiliary prompt information, wherein the auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information.

Step 1124: Send the auxiliary prompt information to the mobile device used by the user to remind the user to perform the auxiliary operation by the mobile device.

At step 1126, the auxiliary operation is completed.

If yes, that is, the auxiliary operation is completed, step 1120 is performed; if not, the auxiliary operation is not completed, and step 1128 is performed.

Step 1128, whether the auxiliary delay range is reached.

If yes, the auxiliary delay range is reached, step 1130 is performed; if not, the auxiliary delay range is not reached, and step 1126 is executed to continue detecting whether the auxiliary operation is completed.

At step 1130, if there is still a cooking control command not executed.

If so, that is, the cooking control command is not executed, returning to step 1110 to continue acquiring the cooking control command; if not, that is, if the cooking control command is not executed, step 1132 is performed.

In the above cooking process by the cooking control instruction, the smart cooking device acquires the sensing information through the set sensor during the current cooking process; and detects the cooking progress information of the current cooking process according to the sensing information; The state of the device is adjusted according to the cooking progress information, and cooking is performed according to the adjusted device state.

Thereby implementing the cooking step corresponding to each cooking control instruction, monitoring the cooking process of the step by the set sensor, automatically detecting the completion degree of the step, and then automatically optimizing the device state according to the sensing information fed back by the sensor, such as modifying The time, temperature and other settings of the steps ensure that the results produced by each step are optimal.

Step 1132, generating a prompt message to remind the user that the cooking is completed.

The smart cooking terminal of the mobile device initiates an automatic cooking process, and the user can initiate a one-button smart cooking in one step operation on the smart APP, and perform necessary operations without performing any setting or key operation on the smart cooking device side. If the smart cooking device is not online during operation, after the smart APP launches the cloud recipe, the relevant instructions are cached on the cloud server. After the smart cooking device is connected to the network, the relevant instructions are automatically synchronized with the cloud, and the cooking process of the cloud recipe is started.

In this embodiment, the smart APP and the smart cooking device of the mobile device can also simultaneously control the automatic cooking process, wherein when the smart APP and the smart cooking device are simultaneously online, the two display the state of the synchronous smart cooking device at the same time. The user provides a user control interface in both places, and the user can select the format interface at each step to understand the cooking progress and perform necessary control according to his own needs. Therefore, the embodiment can conveniently operate on the APP and the smart cooking device to support the user's rich use scenario, or the APP can cooperate with the smart cooking device. And the cloud server can cache instructions to support the extreme situation that the device is offline.

In the embodiment of the present application, for the remote control of the cloud recipe, in addition to the APP of the mobile device, it can also be implemented by a dedicated hardware remote controller.

In this embodiment, various devices can cooperate to perform an automatic cooking process, wherein different devices can be compiled in advance, for example, the smart APP can be compiled by using HTML5, the intelligent cloud service is compiled by using the java language, and the cloud server can be compiled by using the java language. The intelligent hardware firmware can be in C language, and the wireless intelligent module hardware implanted into the device can be MXCHIP EMW3162.

Embodiment 4

The smart cooking device in the embodiment of the present application may be a variety of different types of kitchen electrical appliances. This embodiment uses a smart oven as an example.

Referring to FIG. 12, a structural block diagram of a smart oven according to an embodiment of the present application is shown. Box, including:

a cooking module 1202, configured to set a device state of the smart oven for cooking according to a cooking parameter corresponding to a cooking condition in a current cooking control instruction;

The prompting module 1204 is configured to generate a prompt message to remind the user that the cooking is completed after the cooking control instructions required for the complete cooking process are all executed.

Referring to FIG. 13 , a structural block diagram of another smart oven according to an embodiment of the present application is shown, which may specifically include the following modules:

a recipe selection module 1302, configured to receive a selection indication, obtain a cloud recipe identifier from the selection indication, select a cloud recipe corresponding to the cloud recipe identifier, or obtain a cloud recipe name and a model of the cloud from the selection indication Information, filter cloud recipes that match the cloud recipe name and model information.

Before the automatic cooking, the cloud recipes should first be selected. The user can select the cloud recipes on the smart oven to issue selection instructions. The smart oven uses the recipe selection module to select the cloud recipes. The cloud recipe identifier, that is, the cloud recipe ID, may be directly carried in the selection indication, so as to find the cloud recipe corresponding to the cloud recipe ID as the selected cloud recipe. The selection instruction may also carry the name of the cloud recipe, find the cloud recipe corresponding to the name, and then filter the found cloud recipe according to the current smart oven model information, and determine the cloud recipe name and model. Information cloud recipes are selected as cloud recipes.

The instruction parsing module 1304 is configured to receive an activation instruction, and parse the cooking control instruction required for the cooking process from the selected cloud recipe according to the startup instruction.

a cooking module 1306, configured to set a device state of the smart oven for cooking according to a cooking parameter corresponding to a cooking condition in a current cooking control instruction;

The prompting module 1308 is configured to generate a prompt message to remind the user that the cooking is completed after the cooking control instructions required for the complete cooking process are all executed.

The feedback module 1310 is configured to obtain its own state information during the cooking process timing; feed the state information to the cloud server for recording, and/or feed back to the mobile device used by the user for display.

When the smart oven and mobile devices are connected to the network and can communicate with the cloud server, the smart oven can obtain its own status information during the cooking process, such as the currently executed cooking control instructions and their corresponding steps, the executed time, expected Remaining execution time, etc., then reverse the status information The cloud server feeds the status information and records it to the mobile device.

Typically, smart ovens and mobile devices communicate with a cloud server, but in fact cloud recipes can communicate directly with smart ovens, such as APP-to-device direct communication over a home LAN. Therefore, the smart oven can directly feed back its own state information to the mobile device, and the mobile device uses the APP to display the status information to notify the user of the current cooking state. Of course, the smart oven can also feed status information to both the cloud server and the mobile device.

In an optional embodiment of the present application, the smart oven further includes: an adjustment module 1312, configured to acquire sensing information by using a set sensor during a current cooking process; and detecting the current information according to the sensing information Cooking progress information of the cooking process; adjusting the state of the device according to the cooking progress information, and cooking according to the adjusted device state.

In the actual cooking process, since various factors such as raw materials and external environment may affect the cooking process, in this embodiment, the set sensors, such as a temperature sensor, a weight sensor, etc., may be disposed in the smart oven, thereby The current cooking process is detected by using the set sensor, the detected sensing information is acquired in real time, and the sensing information is analyzed to determine the cooking progress information corresponding to the current cooking process to determine the current cooking progress. If the current cooking schedule does not match the standard cooking progress of the time period, the current device state may be adjusted according to the cooking progress information, such as raising the temperature, increasing the time, etc., thereby adjusting the cooking process with the adjusted device state.

Therefore, in this embodiment, for each cooking step corresponding to the cooking control instruction, the cooking process of the step is monitored by the set sensor, the degree of completion of the step is automatically detected, and then the smart oven is automatically optimized according to the sensing information fed back by the sensor. The device status, such as the time and temperature of the modification step, ensures that the output of each step is optimal.

In another optional embodiment of the present application, the smart oven further includes: an adjustment module 1312, configured to receive an adjustment indication fed back by the mobile device, adjust a device state according to the adjustment indication, and perform, according to the adjusted device state, cooking.

The above provides a process for automatically adjusting the state of the device based on the current cooking schedule by monitoring the cooking process by sensors in the smart oven. In fact, the device status can also be adjusted by the user through the smart APP of the mobile device. At this time, the user configures the cooking parameter corresponding to the cooking control instruction to be adjusted on the smart APP, and generates an adjustment instruction to synchronize to the smart oven after completing the configuration. The rear smart cooking device adjusts the device state according to the cooking parameters carried in the adjustment instruction, and adjusts the cooking process according to the adjusted device state.

In an optional embodiment of the present application, the instruction parsing module 1304 includes: a reading submodule 130402, configured to read a selected cloud recipe according to the startup instruction; and a parsing submodule 130404 for selecting the The control information in the predetermined cloud recipe is parsed, and each cooking control instruction executed by the cooking process in accordance with the preset cooking sequence is parsed.

After the smart oven receives the startup instruction, the instruction parsing module can read the selected cloud recipe, and then parse the control information in the cloud recipe to obtain the cooking control command that the smart oven can understand, wherein in one cooking There may be multiple cooking control commands in the process, and the execution order of each cooking control command is certain, so that each cooking control command executed in the order of the preset cooking order can be parsed.

In another optional embodiment of the present application, the instruction parsing module 1304 includes: a reading submodule 130402, configured to read a selected cloud recipe according to the startup instruction; and a parsing submodule 130404 for acquiring a model Information; parsing the control information in the selected cloud recipe, and acquiring the model information corresponding to each cooking control instruction executed in a preset cooking sequence.

Since a cloud recipe can also exist because of different control information of different models, when the command parsing module of the smart oven parses the cloud recipe, it can first obtain its own model information, and then determine the machine according to the model information. The type information corresponds to each cooking control command executed in accordance with a preset cooking sequence.

The cooking module 1306 is further configured to sequentially acquire each cooking control instruction according to the preset cooking sequence, wherein the smart oven acquires a next cooking control instruction after the current cooking control instruction corresponding to the cooking process is completed. Until the last cooking control command in the preset cooking sequence is obtained.

Since the execution order of the cooking control commands is specified in the preset cooking sequence, the cooking module of the smart oven first acquires the first cooking control command in the preset cooking sequence, and then executes the cooking control command to perform the first cooking step. Operating, after the first cooking control command is completed, continuing to acquire a second cooking control command in the preset cooking sequence to execute, and so on, until the last cooking control command in the preset cooking sequence is obtained, and After the execution, the cooking process is executed Finished.

In an optional embodiment of the present application, the cooking module 1306 includes: an automatic cooking sub-module 130602, for the current cooking control instruction, the smart oven acquires cooking parameters corresponding to the cooking condition from the cooking control instruction And setting the device state of the smart oven according to the cooking parameter, and cooking according to the device state.

The automatic cooking sub-module 130602 is further configured to: when the cooking duration configured in the device state is reached, the current cooking control instruction is executed corresponding to the cooking process, and the next cooking control instruction is executed as the current cooking control instruction .

The smart oven uses a cooking module to execute a cooking control command, wherein, when the smart oven is self-executing, an automatic cooking sub-module is used to obtain a corresponding cooking parameter from the cooking control command, and then the cooking parameter is used to set a current device state, such as cooking. Various conditions, such as the length of time, the cooking temperature, the device mode, and the like, wherein the state of the device to be set by different smart ovens is different, and can be configured according to actual needs, which is not limited by the embodiment of the present application. After the configuration of the device status is completed, the corresponding cooking process can be performed.

The automatic cooking sub-module detects the state of the device of the process during the cooking process, and when the cooking time configured in the device state is reached, characterizing the current cooking control instruction corresponding to the execution of the cooking process, obtaining the next cooking control The instruction executes the next cooking control command as the current cooking control command.

In another optional embodiment of the present application, the cooking module 1306 further includes: a detecting submodule 130604, configured to determine whether a user assisting operation is required according to the cooking control instruction; and an auxiliary cooking submodule 130606, for determining the need When the user assists the operation, setting the device auxiliary state required for the auxiliary operation according to the cooking parameter in the cooking control instruction; and generating auxiliary prompt information according to the cooking control instruction, and displaying the auxiliary prompt information, wherein The auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information.

The prompting module 130608 is further configured to synchronize the auxiliary prompt information to the mobile device to remind the user to perform an auxiliary operation by the mobile device.

The auxiliary cooking sub-module 130606 is further configured to execute the next cooking control instruction as a current cooking control instruction according to the auxiliary completion instruction fed back by the user; or, when detecting the auxiliary extension When the user's auxiliary operation is not acquired within the time range, the next cooking control command is executed as the current cooking control command.

During the automatic cooking of the smart oven, the user may also be required to provide the necessary auxiliary operations. Therefore, during the cooking process using the cooking module to execute the cooking control command, the detection sub-module in the cooking module determines whether the cooking control command determines whether it is needed. User-assisted operation, such as by controlling whether the user intervention is required in the control information, and when determining that the user-assisted operation is required, the auxiliary cooking sub-module is used to obtain the corresponding cooking parameter from the cooking control command, and then the cooking parameter is adopted. Set the device assist status required for the auxiliary operation, such as the condition or mode of the smart oven during the assist process, and configure the auxiliary delay range to prevent the subsequent process from being executed due to the user not performing the auxiliary operation. The auxiliary prompt information is further generated according to the cooking control instruction, and the auxiliary prompt information is used to prompt the user for the auxiliary operation currently required, and the auxiliary prompt information may include text auxiliary prompt information and/or voice assist prompt information, that is, text can be used. The form is displayed on the display device of the smart oven, and can also be played through the smart oven in the form of voice, or two prompts are executed in parallel, that is, the display text also plays the audio.

When the mobile device and the smart oven are both online, the smart oven can synchronize the auxiliary prompt information to the mobile device, and after receiving the prompt information, the mobile device can use the APP to display the text auxiliary prompt information and the voice assisting prompt information. Play.

The auxiliary cooking sub-module also determines the subsequent operation according to the completion of the auxiliary operation during the cooking process. Wherein, according to the auxiliary auxiliary completion instruction of the feedback, it is determined that the current cooking control instruction corresponding auxiliary operation has been completed, the current cooking control instruction is corresponding to the execution of the cooking process, the next cooking control instruction is obtained, and the next cooking control instruction is taken as the current The cooking control instructions are executed. And the time of the auxiliary operation is also detected, and when the cooking control instruction does not acquire the auxiliary operation of the user within the auxiliary delay range, in order to prevent the subsequent process from being executed, the next cooking control instruction is acquired, and the next cooking control instruction is executed. Executed as the current cooking control instruction.

Taking a smart oven as an example, the description information of the cloud recipe is mainly used for displaying on the smart APP of the mobile device, which is convenient for the user to understand and select. The cloud recipe is parsed to obtain the cooking control instructions in the control information, so the cooking control instructions corresponding to the following five steps are executed:

Step 1: Preheat the oven, do not put the baking tray, and preheat the cabinet for 7 minutes at 100 degrees Celsius.

Step 2 (requires user assistance): The APP and the oven prompt the user to operate, the user opens the oven within 1 minute, puts the baking tray, and closes the oven. The oven is set to the keep warm mode during the process.

Step 3: The oven is operated at a temperature of 180 degrees Celsius for 10 minutes.

Step 4 (requires user assistance): The user opens the oven in 3 minutes, brushes a layer of honey to the cake semi-finished product, then returns the baking tray and closes the oven. The oven is set to the keep warm mode during the process.

Step 5: The oven is working at 180 degrees Celsius for 10 minutes. After the finished product is finished, the APP and the device prompt the user.

The first cooking control command is obtained, and it is determined that the device state is configured: the cooking temperature is 100 degrees Celsius, the cooking time is 7 minutes, and the second cooking control command is acquired after the first cooking control instruction is executed.

Determining the second cooking control command requires user assistance. Configuring the device auxiliary state includes: cooking time is 1 minute, oven mode is insulation mode, and after the user assists completion or after 1 minute, the third cooking control command is acquired.

To determine that the third cooking control command does not require user assistance, the configuration of the device state includes: cooking temperature of 180 degrees Celsius, cooking time of 10 minutes, and after the third cooking control instruction is executed, acquiring the fourth cooking control instruction.

Determining the fourth cooking control command requires user assistance. Configuring the device assist status includes: cooking time is 3 minutes, oven mode is holding mode, and after the user assists completion or after 3 minutes, the fifth cooking control command is obtained.

To determine that the fifth cooking control command does not require user assistance, the configuration of the device state includes: cooking temperature of 180 degrees Celsius, cooking time of 10 minutes, and execution of the third cooking control instruction.

After confirming that all cooking control commands of the automatic cooking process are completed, a prompt message can be generated to prompt the user to complete cooking through the APP and the oven.

In summary, in various embodiments of the present application, the user can initiate a cooking process by issuing a start command with a single button, thereby sequentially performing the cooking control corresponding to each step in sequence according to the time axis for the plurality of cooking steps that are disassembled in advance. The instruction automatically completes the cooking process of the dish, and the user only needs to provide the necessary auxiliary operations in the process. For the user, the multiple steps in the cooking process can be completed by one button, and the cooking process is simplified. Easy and fast to operate.

It should be noted that, for the method embodiments, for the sake of simple description, they are all expressed as a series of action combinations, but those skilled in the art should understand that the embodiments of the present application are not limited by the described action sequence, because In accordance with embodiments of the present application, certain steps may be performed in other sequences or concurrently. In the following, those skilled in the art should also understand that the embodiments described in the specification are all preferred embodiments, and the actions involved are not necessarily required in the embodiments of the present application.

The various embodiments in the present specification are described in a progressive manner, and each embodiment focuses on differences from other embodiments, and the same similar parts between the various embodiments can be referred to each other.

Those skilled in the art will appreciate that embodiments of the embodiments of the present application can be provided as a method, apparatus, or computer program product. Therefore, the embodiments of the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware. Moreover, embodiments of the present application can take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) including computer usable program code.

In a typical configuration, the computer device includes one or more processors (CPUs), input/output interfaces, network interfaces, and memory. The memory may include non-persistent memory, random access memory (RAM), and/or non-volatile memory in a computer readable medium, such as read only memory (ROM) or flash memory. Memory is an example of a computer readable medium. Computer readable media includes both permanent and non-persistent, removable and non-removable media. Information storage can be implemented by any method or technology. The information can be computer readable instructions, data structures, modules of programs, or other data. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static random access memory (SRAM), dynamic random access memory (DRAM), other types of random access memory (RAM), read only memory. (ROM), electrically erasable programmable read only memory (EEPROM), flash memory or other memory technology, compact disk read only memory (CD-ROM), digital versatile disk (DVD) or other optical storage, Magnetic tape cartridges, magnetic tape storage or other magnetic storage devices or any other non-transportable media can be used to store information that can be accessed by a computing device. Follow the instructions in this article It is defined that computer readable media does not include non-persistent computer readable media, such as modulated data signals and carrier waves.

Embodiments of the present application are described with reference to flowcharts and/or block diagrams of methods, terminal devices (systems), and computer program products according to embodiments of the present application. It will be understood that each flow and/or block of the flowchart illustrations and/or FIG. These computer program instructions can be provided to a processor of a general purpose computer, special purpose computer, embedded processor or other programmable data processing terminal device to produce a machine such that instructions are executed by a processor of a computer or other programmable data processing terminal device Means are provided for implementing the functions specified in one or more of the flow or in one or more blocks of the flow chart.

The computer program instructions can also be stored in a computer readable memory that can direct a computer or other programmable data processing terminal device to operate in a particular manner, such that the instructions stored in the computer readable memory produce an article of manufacture comprising the instruction device. The instruction device implements the functions specified in one or more blocks of the flowchart or in a flow or block of the flowchart.

These computer program instructions can also be loaded onto a computer or other programmable data processing terminal device such that a series of operational steps are performed on the computer or other programmable terminal device to produce computer-implemented processing, such that the computer or other programmable terminal device The instructions executed above provide steps for implementing the functions specified in one or more blocks of the flowchart or in a block or blocks of the flowchart.

While a preferred embodiment of the embodiments of the present application has been described, those skilled in the art can make further changes and modifications to the embodiments once they are aware of the basic inventive concept. Therefore, the appended claims are intended to be interpreted as including all the modifications and the modifications

Finally, it should also be noted that in this context, relational terms such as first and second are used merely to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply these entities. There is any such actual relationship or order between operations. Furthermore, the terms "comprise," "comprise," or "include" or "include" or "the" It also includes other elements not explicitly listed, or elements that are inherent to such a process, method, item, or terminal device. An element defined by the phrase "comprising a ..." does not exclude the presence of additional identical elements in the process, method, article, or terminal device that comprises the element, without further limitation.

The above describes an automatic cooking method, a smart cooking device, an automatic cooking system and a smart oven provided by the present application. The specific examples are applied herein to the principle and implementation of the present application. It is to be noted that the description of the above embodiments is only for helping to understand the method of the present application and its core ideas; at the same time, for those of ordinary skill in the art, according to the idea of the present application, there will be changes in the specific implementation and application scope. In the above, the contents of this specification are not to be construed as limiting the present application.

Claims (45)

An automatic cooking method, comprising: The smart cooking device sets the device state of the smart cooking device for cooking according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction, wherein the cooking control instruction is parsed from the selected cloud recipe; After the smart cooking device performs the cooking control instructions required for the complete cooking process, a prompt message is generated to remind the user that the cooking is completed. The method of claim 1 further comprising: A start indication is received, and the cooking control instructions required for the cooking process are parsed from the selected cloud recipe in accordance with the activation indication. The method of claim 1 further comprising: Receiving a selection indication; Obtaining a cloud recipe identifier from the selection indication, and selecting a cloud recipe corresponding to the cloud recipe identifier; or The cloud recipe name and the model information of the smart cooking device are obtained from the selection indication, and the cloud recipe that matches the cloud recipe name and the model information is filtered. The method of claim 2, wherein the parsing of the cooking instructions required for the cooking process from the selected cloud recipe in accordance with the activation indication comprises: Reading the selected cloud recipe according to the activation indication; The control information in the selected cloud recipe is parsed, and each cooking control instruction executed by the cooking process in accordance with a preset cooking sequence is parsed. The method of claim 2, wherein the parsing of the cooking control instructions required for the cooking process from the selected cloud recipe in accordance with the activation indication comprises: Reading the selected cloud recipe according to the activation indication; Obtaining model information of the smart cooking device; The control information in the selected cloud recipe is parsed, and the model information is acquired corresponding to each cooking control instruction executed in a preset cooking sequence. The method of claim 4, further comprising: Delivering the cooking control command to the smart cooking device in sequence according to the preset cooking sequence; or The smart cooking device sequentially acquires each cooking control instruction according to the preset cooking sequence, wherein the smart cooking device acquires a next cooking control instruction after the current cooking control instruction corresponding to the cooking process is completed, until the acquiring device The last cooking control command in the preset cooking sequence. The method according to claim 1, wherein the smart cooking device sets the device state of the smart cooking device for cooking according to the cooking parameter corresponding to the cooking condition in the current cooking control instruction, including: And for the current cooking control instruction, the smart cooking device acquires a cooking parameter corresponding to the cooking condition from the cooking control instruction; The device state of the smart cooking device is set in accordance with the cooking parameter, the smart cooking device cooking in accordance with the device state. The method of claim 7 further comprising: When the cooking duration configured in the device state is reached, the current cooking control command corresponds to the cooking process being performed, and the smart cooking device executes the next cooking control command as the current cooking control command. The method according to claim 1 or 7, further comprising: The smart cooking device determines whether a user assisted operation is required according to the cooking control instruction; When it is determined that a user assisted operation is required, the smart cooking device sets a device assist state required for the assisting operation according to a cooking parameter corresponding to a cooking condition in the cooking control instruction; The smart cooking device generates auxiliary prompt information according to the cooking control instruction, and displays the auxiliary prompt information, wherein the auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information. The method of claim 9 further comprising: The smart cooking device transmits the auxiliary reminder information to a mobile device used by the user to remind the user to perform an auxiliary operation by the mobile device. The method of claim 9 further comprising: The smart cooking device executes the next cooking control command as a current cooking control command based on an auxiliary completion indication fed back by the user; or The smart cooking device executes the next cooking control command as the current cooking control command when it is detected that the user's auxiliary operation is not acquired within the assist delay range. The method of claim 1 further comprising: The smart cooking device acquires its own state information at a timing of the cooking process; The status information is fed back to the cloud server for recording, and/or fed back to the mobile device used by the user for presentation. The method of claim 1 further comprising: The smart cooking device acquires sensing information through a set sensor during a current cooking process; Detecting cooking progress information of the current cooking process according to the sensing information; The state of the device is adjusted according to the cooking progress information, and cooking is performed according to the adjusted device state. The method of claim 12, further comprising: The smart cooking device receives an adjustment indication fed back by the mobile device, adjusts a device state according to the adjustment indication, and performs cooking according to the adjusted device state. The method according to any one of claims 1-8, 10-14, wherein the smart cooking device comprises at least one of the following: a smart oven, a smart saucepan, a smart bread machine, a smart microwave oven, a smart rice cooker, and Intelligent health pot. A smart cooking device, comprising: a cooking module, configured to set a device state of the smart cooking device for cooking according to a cooking parameter corresponding to the cooking condition in the current cooking control instruction, wherein the cooking control instruction is parsed from the selected cloud recipe; The prompt module is configured to generate a prompt message to remind the user that the cooking is completed after the cooking control instructions required for the complete cooking process are all executed. The smart cooking device of claim 16 further comprising: An instruction parsing module, configured to receive a startup indication, according to the startup indication from a selected cloud recipe Parsing out the cooking control instructions required for the cooking process; The smart cooking device of claim 16 further comprising: a recipe selection module, configured to receive a selection indication, obtain a cloud recipe identifier from the selection indication, select a cloud recipe corresponding to the cloud recipe identifier, or obtain a cloud recipe name and the smart cooking device from the selection indication Model information, filter cloud recipes that match the cloud recipe name and model information. The intelligent cooking device according to claim 17, wherein the instruction parsing module comprises: Reading a sub-module for reading the selected cloud recipe according to the startup instruction; The parsing sub-module is configured to parse the control information in the selected cloud recipe, and parse out the cooking control instructions executed by the cooking process according to the preset cooking sequence. The intelligent cooking device according to claim 17, wherein the instruction parsing module comprises: Reading a sub-module for reading the selected cloud recipe according to the startup indication; The parsing sub-module is configured to acquire the model information of the self; parse the control information in the selected cloud recipe, and obtain the cooking information corresponding to each cooking control instruction executed according to the preset cooking sequence. A smart cooking device according to claim 19, wherein The cooking module is further configured to sequentially acquire each cooking control instruction according to the preset cooking sequence, wherein after the current cooking control instruction corresponds to the execution of the cooking process, the next cooking control instruction is acquired until the Set the last cooking control command in the cooking sequence. The smart cooking device according to claim 16, wherein the cooking module comprises: An automatic cooking sub-module, configured to obtain a cooking parameter corresponding to the cooking condition from the cooking control instruction for the current cooking control instruction; setting a device state of the smart cooking device according to the cooking parameter, according to the device state cooking. A smart cooking device according to claim 22, wherein The automatic cooking sub-module is further configured to: when the cooking time configured in the state of the device is reached The current cooking control command corresponds to the cooking process being executed, and the next cooking control command is executed as the current cooking control command. The intelligent cooking device according to claim 16, wherein the cooking module further comprises: a detecting submodule for determining whether a user assisted operation is required according to the cooking control instruction; An auxiliary cooking sub-module, configured to set a device auxiliary state required for the auxiliary operation according to a cooking parameter corresponding to a cooking condition in the cooking control instruction when determining that a user-assisted operation is required; and generating an auxiliary according to the cooking control instruction And prompting the auxiliary prompt information, wherein the auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information. A smart cooking device according to claim 24, wherein The prompting module is further configured to synchronize the auxiliary prompt information to a mobile device used by the user, to remind the user to perform an auxiliary operation by the mobile device. A smart cooking device according to claim 24, wherein The auxiliary cooking sub-module is further configured to execute the next cooking control instruction as a current cooking control instruction according to the auxiliary completion instruction fed back by the user; or when detecting that the auxiliary operation of the user is not acquired within the auxiliary delay range The next cooking control command is executed as the current cooking control command. The smart cooking device of claim 16 further comprising: The feedback module is configured to obtain its own state information during the cooking process; feed the state information to the cloud server for recording, and/or feed back to the mobile device used by the user for display. The smart cooking device of claim 16 further comprising: And an adjustment module, configured to acquire sensing information by the set sensor during the current cooking process; detecting cooking progress information of the current cooking process according to the sensing information; and adjusting a device state according to the cooking progress information, Cooking is based on the adjusted device status. The smart cooking device of claim 27, further comprising: And an adjustment module, configured to receive an adjustment indication fed back by the mobile device, adjust a device state according to the adjustment indication, and perform cooking according to the adjusted device state. An automatic cooking system, comprising: a cloud server and a smart cooking device; The cloud server includes: An instruction parsing module for parsing a cooking control instruction required for a cooking process from the selected cloud recipe; The smart cooking device includes: a cooking module, configured to set a device state of the smart cooking device for cooking according to a cooking parameter corresponding to the cooking condition in the current cooking control instruction; The prompt module is configured to generate a prompt message to remind the user that the cooking is completed after the cooking control instructions required for the complete cooking process are all executed. The system of claim 30 wherein: The instruction parsing module is configured to receive an activation indication, and parse the cooking control instruction required for the cooking process from the selected cloud recipe according to the startup instruction. The system of claim 30, further comprising: a mobile device; The mobile device includes: a recipe selection module, configured to receive a selection indication, obtain a cloud recipe identifier from the selection indication, select a cloud recipe corresponding to the cloud recipe identifier, or obtain a cloud recipe name and the smart cooking device from the selection indication Model information, filter cloud recipes that match the cloud recipe name and model information. The system according to claim 31, wherein the instruction parsing module comprises: Reading a sub-module for reading the selected cloud recipe according to the startup instruction; The parsing sub-module is configured to parse the control information in the selected cloud recipe, and parse out the cooking control instructions executed by the cooking process according to the preset cooking sequence. The system according to claim 31, wherein the instruction parsing module comprises: Reading a sub-module for reading the selected cloud recipe according to the startup instruction; a parsing sub-module, configured to acquire model information of the smart cooking device; parse control information in the selected cloud recipe, and obtain the cooking control instruction corresponding to the preset cooking sequence according to the model information . The system of claim 33, wherein the cloud server further comprises: an instruction delivery module; The instruction issuing module is configured to sequentially send the cooking control instruction to the smart cooking device according to the preset cooking sequence. The system of claim 33, wherein The cooking module is further configured to sequentially acquire each cooking control instruction according to the preset cooking sequence, wherein after the current cooking control instruction corresponds to the execution of the cooking process, the next cooking control instruction is acquired until the Set the last cooking control command in the cooking sequence. The system of claim 30, wherein the cooking module comprises: An automatic cooking sub-module, configured to obtain a cooking parameter corresponding to the cooking condition from the cooking control instruction for the current cooking control instruction; setting a device state of the smart cooking device according to the cooking parameter, according to the device state cooking. The system of claim 37, wherein The automatic cooking sub-module is further configured to: when the cooking duration configured in the device state is reached, the current cooking control instruction is executed corresponding to the cooking process, and the next cooking control command is executed as the current cooking control instruction. The system of claim 30 or 37, wherein the cooking module further comprises: a detecting submodule for determining whether a user assisted operation is required according to the cooking control instruction; An auxiliary cooking sub-module, configured to set a device auxiliary state required for the auxiliary operation according to a cooking parameter corresponding to a cooking condition in the cooking control instruction when determining that a user-assisted operation is required; and generating an auxiliary according to the cooking control instruction And prompting the auxiliary prompt information, wherein the auxiliary prompt information includes text auxiliary prompt information and/or voice assist prompt information. The system of claim 39, further comprising: a mobile device; The mobile device includes a display module; The prompting module of the smart cooking device is further configured to synchronize the auxiliary prompt information to the mobile device; The display module of the mobile device is configured to display the auxiliary prompt information to remind the user to perform Auxiliary operation. The system of claim 39, wherein The auxiliary cooking sub-module is further configured to execute the next cooking control instruction as a current cooking control instruction according to the auxiliary completion instruction fed back by the user; or when detecting that the auxiliary operation of the user is not acquired within the auxiliary delay range The next cooking control command is executed as the current cooking control command. The system of claim 30, further comprising: a mobile device; the smart cooking device further comprising: a feedback module, the cloud server further comprising: a recording module, the mobile device comprising: a display module; a feedback module of the smart cooking device, configured to acquire its own state information at a cooking process timing; feed the state information to the cloud server, and/or the mobile device; a recording module of the cloud server, configured to record status information fed back by the smart cooking device; The display module of the mobile device is configured to display status information fed back by the smart cooking device. The system of claim 30, wherein the smart cooking device further comprises: And an adjustment module, configured to acquire sensing information by the set sensor during the current cooking process; detecting cooking progress information of the current cooking process according to the sensing information; and adjusting a device state according to the cooking progress information, Cooking is based on the adjusted device status. The system of claim 42 wherein: The smart cooking device further includes: an adjustment module, configured to receive an adjustment indication fed back by the mobile device, adjust a device state according to the adjustment indication, and perform cooking according to the adjusted device state; The mobile device also includes an adjustment indication module for transmitting an adjustment indication to the smart cooking device. A smart oven comprising: the smart cooking device of any of claims 16-29.

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