CN117541270B - Menu information processing method and device, electronic equipment and storage medium - Google Patents
Menu information processing method and device, electronic equipment and storage medium Download PDFInfo
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Abstract
The application provides a menu information processing method, a device, electronic equipment and a storage medium, which relate to the technical field of menu information processing and have the technical scheme that: comprising the following steps: after an editing mode is entered to edit an original menu or newly establish a menu to obtain first menu information, the first menu information is added to a corresponding local database of a first cooking robot, and a sharing interface is generated; when selecting to share the first menu information, generating first public information with an unauthenticated label according to the first menu information; after the first cooking robot is controlled to execute cooking operation by using the first menu information, the unauthorized tag in the first public information is changed into an authenticated tag. The menu information processing method, the device, the electronic equipment and the storage medium have the advantages of improving the menu sharing quality and reducing the possibility of negative influence caused by wrong parameters of the menu.
Description
Technical Field
The application relates to the technical field of menu information processing, in particular to a menu information processing method, a menu information processing device, electronic equipment and a storage medium.
Background
Along with the development of science and technology, the cooking robot gradually appears in the field of vision of people, and besides the application of the cooking robot in the commercial field, more and more individual users begin to cook by using the cooking robot.
However, the existing cooking robots generally can only operate according to preset recipes, the number of the recipes is usually preset, and therefore the number of the recipes is limited, the types and the number of the recipes gradually become unable to meet the needs of users, in this regard, in some existing technologies, a recipe sharing scheme begins to appear, specifically, for example, a chinese patent application publication No. CN103458038a discloses a recipe sharing system and method based on a terminal cooking device, after editing a menu, the recipes are saved in a remote server in a mode of executable codes of the terminal cooking device, so that other users can download executable codes of the terminal cooking device corresponding to the recipes to make identical or basically identical dishes in the terminal cooking device, and the users can obtain more recipes.
However, in this process, when the user edits the menu, parameter input errors may occur, which may cause unreasonable situations in the menu, and if the menu is directly shared with other users, poor experience may be brought to other users.
The present application proposes a new solution to the above-mentioned problems.
Disclosure of Invention
The application aims to provide a menu information processing method, a device, electronic equipment and a storage medium, which have the advantages of improving menu sharing quality and reducing the possibility of negative influence caused by wrong parameters of a menu.
In a first aspect, the present application provides a recipe information processing method, which has the following technical scheme:
Comprising the following steps:
After an editing mode is entered to edit an original menu or newly establish a menu to obtain first menu information, adding the first menu information to a local database of a corresponding first cooking robot and generating a sharing interface;
generating first public information with an unauthenticated tag according to the first menu information when the first menu information is selected to be shared, wherein the first public information comprises a content display interface related to the first menu information and a first executable file related to the first menu information, wherein the first executable file can be downloaded and executed by a second cooking robot;
After the first menu information is used for controlling the first cooking robot to execute cooking operation, the unauthorized tag in the first public information is changed into an authenticated tag.
After the original menu or the newly built menu is edited to obtain first menu information, the first menu information is added to the corresponding first cooking robot, so that the first cooking robot can execute cooking operation according to the first menu information, a sharing interface is generated in the process, a user can select to share the first menu information or not share the first menu information, when the user selects to share the first menu information, first public information is generated according to the first menu information, the first public information can be published in a designated network forum and community, the first public information specifically comprises a content display interface and a first executable file, other users can perform cooking operation according to the first menu information by downloading the first executable file to the second cooking robot corresponding to other users after seeing the content display interface, the richness of the menu which can be manufactured by the second cooking robot can be greatly improved, and the user demand is met, however, in the process, the first menu information can be well authenticated according to the first menu information, the first public information is not authenticated, the first menu is not authenticated, the label is not authenticated when the first menu information is obviously input, the first menu is not authenticated, the label is not displayed, and the label is obviously is not displayed on the first user label is not authenticated, the first menu information is not is well authenticated, the label is not is authenticated, and the label is user is easy to be used, and the menu is user is, reducing the possibility of negative effects due to recipe parameter errors.
Further, in the present application, the step of generating the first public information with the unauthenticated tag according to the first recipe information includes:
uploading the first menu information to a server;
the server generates the content display interface related to the first menu information according to the first menu information and a specified template format, and adds the unauthorized tag to the content display interface;
The server generates a first executable file which can be executed by the second cooking robot and is related to the first menu information according to the first menu information, and adds the non-authentication tag in the first executable file to enable the second cooking robot to send out non-authentication warning information before executing cooking operation in the first menu information according to the first executable file;
and after the first executable file is generated, adding a download link of the first executable file on the content display interface.
Further, in the present application, the step of changing the unauthenticated tag in the first public information to an authenticated tag includes:
Changing the unauthenticated label on the content presentation interface to the authenticated label;
regenerating a second executable file which does not contain the unauthenticated tag, can be downloaded and is executed by the second cooking robot and related to the first menu information according to the first menu information;
replacing the first executable file with the second executable file.
Further, in the present application, it further comprises:
after the second cooking robot downloads and executes the first executable file, feedback information is generated;
When the feedback information is positive feedback, changing the unauthorized tag in the first public information into an authenticated tag;
and when the feedback information is negative feedback, counting the feedback information of the negative feedback to obtain first counting information.
Further, in the present application, the step of changing the unauthorized tag in the first public information to an authenticated tag after the first recipe information is used to control the first cooking robot to perform a cooking operation includes:
acquiring the first counting information;
Generating execution times information according to the first count information;
According to the execution times information, after the first menu information is used for controlling the times of the first cooking robot to execute the cooking operation to reach the execution times information, changing the unauthorized tag in the first public information into an authenticated tag;
Further comprises:
and deleting the first public information when the first counting information reaches a preset value.
Further, in the present application, it further comprises:
When the existing time of the unauthenticated tag in the first public information is larger than a set value, the arrangement sequence of the first menu information in a local database of the first cooking robot is adjusted, the first menu information is ordered before, and second recommendation information is generated to recommend and control the first cooking robot to execute cooking operation by using the first menu information.
Further, in the present application, the step of adjusting the arrangement order of the first recipe information in the local database of the first cooking robot, ordering the first recipe information before, and generating second recommendation information to recommend and control the first cooking robot to perform cooking operation using the first recipe information includes:
Acquiring the execution times information;
Generating recommended frequency information according to the execution frequency information;
And adjusting the arrangement sequence of the first menu information of the corresponding times in a local database of the first cooking robot according to the recommended times information, sequencing the first menu information before, and generating second recommended information to recommend and control the first cooking robot to execute cooking operation by using the first menu information.
In a second aspect, the present application also provides a menu information processing apparatus, including:
The first module is used for adding the first menu information to a local database of the first cooking robot and generating a sharing interface after the original menu is edited or newly created in an editing mode to obtain the first menu information;
a second module, configured to generate, when selecting to share the first recipe information, first public information with an unauthenticated tag according to the first recipe information, where the first public information includes a content display interface related to the first recipe information and a first executable file related to the first recipe information that can be downloaded and executed by a second cooking robot;
and the third module is used for changing the unauthorized tag in the first public information into an authenticated tag after the first cooking robot is controlled to execute the cooking operation by using the first menu information.
In a third aspect, the application also provides an electronic device comprising a processor and a memory storing computer readable instructions which, when executed by the processor, perform the steps of the above method.
In a fourth aspect, the application also provides a storage medium having stored thereon a computer program which, when executed by a processor, performs the steps of the above method.
As can be seen from the above, the method, the device, the electronic equipment and the storage medium for processing menu information provided by the application have the advantages that after the original menu or the newly created menu is edited to obtain the first menu information, the first menu information is added to the corresponding first cooking robot, so that the first cooking robot can execute the cooking operation according to the first menu information, a sharing interface can be generated in the process, a user can select to share the first menu information or not share the first menu information, when the user selects to share the first menu information, the first public information can be generated according to the first menu information, the first public information can be published in a designated network forum and community, the first public information particularly comprises a content display interface and a first executable file, after the other users see the content display interface, the second cooking robot can execute the cooking operation according to the first menu information, so that the second cooking robot can greatly improve the authentication of the cooking robot according to the first menu information, the first menu information can be well authenticated, the first menu information is not well authenticated, the label is not required to be input in the first menu information, the first menu information is not well authenticated, and the label is not required to be well authenticated by the other users, and the first user is not provided with the first public information, and the label is well labels can be displayed in the first menu information, the scheme provided by the application has the beneficial effects of obviously improving the menu sharing quality and reducing the possibility of negative influence caused by wrong parameters of the menu.
Drawings
Fig. 1 is a flowchart of a recipe information processing method provided by the present application.
Fig. 2 is a schematic diagram of a menu information processing device according to the present application.
Fig. 3 is a schematic structural diagram of an electronic device according to the present application.
In the figure: 210. a first module; 220. a second module; 230. a third module; 310. a processor; 320. a memory.
Detailed Description
The following description of the embodiments of the present application will be made more apparent and fully hereinafter with reference to the accompanying drawings, in which some, but not all embodiments of the application are shown. The components of the present application, which are generally described and illustrated in the figures herein, may be arranged and designed in a wide variety of different configurations. Thus, the following detailed description of the embodiments of the application, as presented in the figures, is not intended to limit the scope of the application, as claimed, but is merely representative of selected embodiments of the application. All other embodiments, which can be made by a person skilled in the art without making any inventive effort, are intended to be within the scope of the present application.
It should be noted that: like reference numerals and letters denote like items in the following figures, and thus once an item is defined in one figure, no further definition or explanation thereof is necessary in the following figures. Meanwhile, in the description of the present application, the terms "first", "second", and the like are used only to distinguish the description, and are not to be construed as indicating or implying relative importance.
In the traditional menu sharing mode, firstly, other users need to compare the menu with the manual operation after finding the favorite menu, which means that other users often need to repeatedly and carefully study the menu for many times. Secondly, because other users need to operate by themselves in a hands-on manner, in the process of cooking according to the menu, the change condition of dishes in the cooking process can be observed in real time by other users.
Because of the above two characteristics, in the conventional existing recipe sharing manner, even if some parameters in the shared recipe are wrong, other users can easily make corresponding compensation operations by virtue of their own common knowledge and experience in the in-person operation process, for example, when the common knowledge and experience are used for frying eggs, the normal time for frying eggs is 180 seconds, if the shared recipe is wrong in parameters, the parameters are input for 1800 seconds, and for other users, when the shared recipe is operated by themselves in-person, the parameters cannot be fried for 1800 seconds, so that in this case, even if some parameter errors exist in the shared recipe, the influence cannot be too great.
However, with the development of technology, automatic stir-frying equipment starts to appear, for example, a stir-frying robot which is continuously updated iteratively can automatically finish stir-frying work, generally, manufacturers of the stir-frying robot can preset some recipes for users, however, the number of the recipes preset by manufacturers is limited, the number of the recipes cannot meet the current user requirements far away, therefore, with the development of the stir-frying robot, a recipe sharing scheme aiming at the stir-frying robot is gradually generated, as in the traditional prior art, a plurality of recipes sharing schemes exist, when the stir-frying robot is used for carrying out recipe sharing, the field can directly apply a recipe sharing mode in the traditional prior art, some simple adaptive changes are made on the basis of the modes, for example, original recipe information can be converted into codes which can be identified and executed by the stir-frying robot, the codes can be downloaded and the like, and particularly, the Chinese patent with the publication number of CN103458038A can be consulted, therefore, the recipe sharing scheme based on a terminal device and a recipe sharing scheme can be gradually generated, and the same in the terminal device can be edited by the terminal device or can be carried out by the terminal device to carry out the same mode.
However, as described above, in the conventional and existing menu sharing, since other users need to manually operate themselves, they need to repeatedly and carefully study the menu several times, and can observe the change condition of dishes in the process of cooking in real time, even if some parameters in the shared menu are wrong, other users can easily make corresponding compensation operations by their own experience and common sense in the process of personally operating, and the effects are not greatly affected.
What is ignored in the art is that when the automatic cooking operation is performed by using the cooking robot, the two characteristics are not existed, and because the automatic cooking operation is performed by using the cooking robot, other users do not need to carefully study the menu, and only need to pay attention to what is the final finished product of the menu, namely, other users cannot find out that parameters in the menu are wrong before cooking by carefully studying the menu, and because the automatic cooking operation is performed by using the cooking robot, the users do not need to pay attention to the change condition of the dishes in the cooking process at any time, and thus, once the parameters in the menu are wrong, the quality of the final dish is very likely to be greatly negatively affected, and loss and bad user experience are brought to other users.
Even the user may maliciously share the parameter wrong menu, so as to achieve the miscreant purpose, and therefore, the above problems need to be solved.
It is worth noting that in the existing menu sharing, some schemes for auditing the menu exist, however, the auditing usually only includes auditing whether the materials involved in the menu are toxic or not, whether the matching combination of the materials generates toxic or not, and each parameter cannot be audited, and auditing each parameter not only involves huge workload, but also has difficult verification problems, so that the existing auditing modes for the menu are difficult to solve.
In this regard, referring to fig. 1, the present application provides a recipe information processing method, and the technical scheme specifically includes:
S110, after an editing mode is entered to edit an original menu or newly establish a menu to obtain first menu information, the first menu information is added to a corresponding local database of a first cooking robot, and a sharing interface is generated;
S120, when the first menu information is selected to be shared, generating first public information with an unauthenticated label according to the first menu information, wherein the first public information comprises a content display interface related to the first menu information and a first executable file related to the first menu information, which can be downloaded and executed by a second cooking robot;
s130, after the first cooking robot is controlled to execute cooking operation by using the first menu information, the unauthorized tag in the first public information is changed into an authenticated tag.
The first cooking robot refers to a cooking robot which is owned by a user sharing first menu information.
The second cooking robot is a cooking robot which is owned by a user who downloads the information of the first menu.
The first cooking robot and the second cooking robot can be identical cooking robots or different cooking robots.
The first cooking robot can be provided with a local conversion module, and the local conversion module is used for generating a file which can be executed according to the first menu information after a user edits an original menu or newly builds the menu to obtain the first menu information.
The parameters in the first recipe information may specifically refer to the amount of food materials, the amount of seasonings, heating time, heating temperature, and the like.
Specifically, the first cooking robot may be connected to the intelligent mobile terminal of the user through a network, the user may edit or newly create an original menu on the intelligent mobile terminal to obtain first menu information, and when generating a sharing interface, the user may specifically generate a sharing interface on the intelligent mobile terminal, and when the user selects to share, the user may select to share or not share, and when the user selects to share, the user may publish the generated first public information on a designated network forum or a network community, that is, may disclose in a posting manner.
The server can judge whether the first menu information is used for cooking according to the cooking data of the first cooking robot, and when the server judges that the first cooking robot uses the first menu information for cooking, the server can automatically change the unauthorized tag in the first public information into the authenticated tag.
In addition to changing the unauthorized tag to the authenticated tag, the authenticated tag may be newly added in addition to the existing unauthorized tag.
Through the scheme, after the first menu information is obtained by editing the original menu or newly created menu, the first menu information is added to the corresponding first frying robot, so that the first frying robot can execute the frying operation according to the first menu information, a sharing interface is generated in the process, the user can select to share the first menu information or not share the first menu information, when the user selects to share the first menu information, the first public information is generated according to the first menu information, the first public information can be published in a designated network forum and community, the first public information specifically comprises a content display interface and a first executable file, after other users see the content display interface, the second frying robot can execute the frying operation according to the first menu information, the richness of the menu which can be manufactured by the robot can be greatly improved, and the user demand is met, however, when the first menu information is selected to share the first menu information, the first public information is remarkably improved, the quality of the first menu is improved, the first public information is not provided with a tag, the first menu is not provided, the first public information is obviously, the quality is obviously improved, the first menu is not required to be authenticated, the label is not provided for the user is obviously, the label is not provided, and other users are not required to be authenticated, the first menu information is not provided with the label is required to be authenticated, and the first menu information is not is required to be carried out according to the first menu information, reducing the possibility of negative effects due to recipe parameter errors.
According to the application, the first public information with the unauthorized tag is automatically generated when the user shares the first menu information, the user does not need to specially go to a designated network forum or community to edit the information, for the user with a certain cooking skill, the user can select to automatically share the first menu information after editing or newly creating the original menu to obtain the first menu information, the sharing willingness of the user is greatly improved, when the first public information is automatically generated, the unauthorized tag is increased, other users can improve vigilance, and after the first menu information is used for controlling the first robot to execute cooking operation, the unauthorized tag is changed into the authenticated tag, so that the sharer has actually used the first menu information for cooking, the first menu information is verified, and parameter errors can not occur, so that other users can use the first menu information in a careless manner, and for the user who wants to maliciously perform miscreants, the user can play a role in reducing the first user's miscreant sharing the first menu information, and the success rate of the user can be greatly improved.
Preferably, in some embodiments, after the first recipe information is used to control the first cooking robot to perform the cooking operation, the step of changing the unauthorized tag in the first public information to the authenticated tag includes:
And after the first menu information is used for controlling the times of the first cooking robot to finish the cooking operation to reach the first preset times, changing the unauthorized tag in the first public information into an authenticated tag.
In addition, the authenticated tag may specifically include a verification tag and a security tag, and the verification tag may be obtained after the first cooking robot is controlled to perform at least one cooking operation using the first recipe information.
The security tag can be obtained after the number of times of performing the cooking operation by the first cooking robot controlled by the first recipe information reaches the second preset number of times, wherein the security tag can specifically adopt a star rating mode, that is, the more the number of times of performing the cooking operation by the first cooking robot controlled by the first recipe information is, the more the obtained star is, for example, after the verification tag is obtained, the first star can be obtained after the number of times of performing the cooking operation by the first cooking robot controlled by the first recipe information reaches 3, the second star can be obtained after the number of times reaches 8, the third star can be obtained after the number of times reaches 15, and so on, the more the obtained star is.
When a user browses menu information in a specified network forum or community, the menu information can be ranked according to star level, and particularly can be ranked from top to bottom according to star level.
In addition, after the user controls the first cooking robot to perform the cooking operation by using the first recipe information, if the user finds that the parameter error does exist in the first recipe information, the user can select to delete the first public information, and at this time, if the first executable file in the first public information is already downloaded, the user who downloads the first executable file can send prompt information that the first public information has been deleted.
Further, in some of these embodiments, the step of generating the first public information with the unauthenticated tag from the first recipe information includes:
uploading the first menu information to a server;
the server generates a content display interface related to the first menu information according to the first menu information and a specified template format, and adds an unauthorized tag to the content display interface;
The server generates a first executable file which can be executed by the second cooking robot and is related to the first menu information according to the first menu information, and an unauthorized tag is added in the first executable file to enable the second cooking robot to send out unauthorized warning information before executing cooking operation in the first menu information according to the first executable file;
and after the first executable file is generated, adding a download link of the first executable file to the content display interface.
The unauthorized tag and the authenticated tag added to the content display interface can be watermarks, and the watermarks can be unauthorized characters and authenticated characters.
The code can enable the first executable file to send warning information in the executing process, the warning information can be a popup interface, the warning information can be displayed on an intelligent terminal of a user or a display screen of the cooking robot, and after the user is confirmed, the second cooking robot can execute related cooking operation according to the first menu information in the first executable file.
In the scheme of the application, besides adding the non-authentication tag on the content display interface, the non-authentication tag is also added in the first executable file, so that the warning degree is improved, if the non-authentication tag is only added on the content display interface, the condition that the non-authentication tag on the content display interface is ignored may occur for a user searching for a downloaded menu, therefore, the application further provides that the non-authentication tag is also added on the first executable file, and the second cooking robot sends out the non-authentication warning information before executing the cooking operation in the first menu information according to the first executable file.
The first executable file needs to be generated at the server side because an unauthenticated tag needs to be added to the first executable file.
When the server side adds the unauthorized tag on the first executable file, the initial first executable file can be stored in the server side, and after the first cooking robot is controlled to execute cooking operation by using the first menu information, the authenticated tag can be directly added on the first executable file stored in the server side, or the initial first executable file can be directly replaced with the first executable file added with the unauthorized tag.
Further, in some embodiments, after sending the alert information, the user may select to continue execution, which means that the second cooking robot will continue to operate according to the first executable file, or stop execution, which means that the second cooking robot stops executing the first executable file.
When the alert information is sent out and the execution is selected to be stopped, the user often means that the user ignores the unauthorized tag on the content display interface, and the second cooking robot is not aware that the first menu information used for downloading is not authenticated until the second cooking robot sends out the unauthorized alert information before the cooking operation in the first menu information is executed according to the first executable file, and in this case, the user often has ready the corresponding food, so when the user selects to stop the execution, the first recommendation information can be generated according to the first menu information, and the first recommendation information includes the authenticated menu information with the same name as the first menu information and the menu information with the same main material as the first menu information.
For example, the first recipe information is specifically shredded green pepper, and the used materials are mainly green pepper and shredded pork, and when the user selects to stop executing, the first recommended information is generated, and the first recommended information includes the recipe information of the shredded green pepper shared by other users and authenticated, and in addition, includes the recipe information of the authenticated fried green pepper, the fried shredded pork and the like using the same main materials.
Specifically, the first recommendation information may be pushed to the intelligent mobile terminal of the user.
Specifically, when the first recommendation information cannot push the effective menu information, or when the user does not use the menu information in the first recommendation information, the method further comprises the following steps of
The method comprises the steps of generating a popup window interface for editing first menu information, enabling the popup window interface to directly enter an editing mode to edit the first menu information, enabling a user to study the first menu information by himself so as to check whether the parameters of the first menu information are obviously missed, and therefore after the user selects to stop execution, the user can select to execute the first executable file again, and modifying and adjusting the parameters in the first menu information contained in the first executable file.
Specifically, the step of changing the unauthorized tag in the first public information to an authenticated tag includes:
Changing the unauthorized tag on the content display interface to an authenticated tag;
Regenerating a second executable file which does not contain the unauthorized tag and can be downloaded and executed by the second cooking robot and related to the first menu information according to the first menu information;
The first executable file is replaced with the second executable file.
When the second executable file is downloaded and executed, no warning information is sent out.
After the first executable file is replaced by the second executable file, there may be a user who downloads the first executable file, for this reason, the hardware ID of the downloading device may be recorded when the first executable file is downloaded, and after the second executable file replaces the first executable file, the second executable file may be sent to the corresponding device according to the hardware ID to replace the original first executable file, and in addition, the corresponding reminding information may also be sent to the downloaded user.
Further, in some of these embodiments, further comprising:
After the second cooking robot downloads and executes the first executable file, feedback information is generated;
When the feedback information is positive feedback, changing the unauthorized tag in the first public information into an authenticated tag;
and when the feedback information is negative feedback, counting the feedback information of the negative feedback to obtain first counting information.
In some embodiments of the present application, it is proposed that after the first recipe information is used to control the first cooking robot to perform the cooking operation, the unauthorized tag in the first public information is changed to an authenticated tag, however, in the actual application process, after the user edits the original recipe or creates a new recipe to obtain the first recipe information, the user does not use the first cooking robot to cook the first recipe information for a long time, which may result in that the unauthorized tag in the first public information exists for a long time, in the process, there may be some users downloading and executing the first executable file, in the process of executing the first executable file, the user may select to continue to execute, and finally make a dish after selecting to continue to execute, at this time, a feedback information may be generated, and if the feedback information is a front feedback, it indicates that the first recipe information has no problem, and therefore, the unauthorized tag in the first public information may be changed to the authenticated tag.
Through the scheme, the first public information with the unauthenticated label without problems can be changed into the first public information with the authenticated label as soon as possible, so that the interference of excessive first public information with the unauthenticated label on searching menus of other users can be reduced, and the user experience is further improved.
In some embodiments, the first public information is disclosed in a posting manner in a designated network forum or community, and if the first public information with an unauthorized tag is filled in a large amount, the first public information can cause interference to the user in searching for a desired menu, and extra time and effort of the user are wasted.
Further, in some embodiments, after the first recipe information is used to control the first cooking robot to perform the cooking operation, the step of changing the unauthorized tag in the first public information to the authenticated tag includes:
Acquiring first counting information;
generating execution times information according to the first count information;
According to the execution times information, after the first recipe information is used for controlling the times of the first cooking robot to execute the cooking operation to reach the execution times information, changing the unauthorized tag in the first public information into an authenticated tag;
Further comprises:
And deleting the first public information when the first counting information reaches a preset value.
In the scheme of the application, by adding the unauthenticated tag in the first public information to warn other users, it is indicated that the corresponding first menu information in the first public information is not authenticated, and possibly a parameter error condition occurs, if the user makes negative feedback after downloading and executing the first executable file, it indicates that the first menu information may have an error condition, so punishment processing is required for the user sharing the first menu information, however, the negative feedback is not necessarily the parameter error of the first menu information, but may be only caused by bad taste, but because the first public information is not authenticated, punishment processing is required for the sharing user with the first menu information, however, such punishment processing should not be excessively heavy, such as deleting the first public information, seal number and other processes, which may hit the enthusiasm of the user.
In this regard, the present application proposes counting the negative feedback information to obtain the first count information, generating the execution times information by obtaining the first count information, and then changing the unauthorized tag in the first public information into the authenticated tag after the execution times information is reached by controlling the first cooking robot to execute the cooking operation using the first recipe information.
For users who share the first menu information, a desire to identify the first menu information is usually generated, obviously, other users will prefer to select the first public information with the authenticated label in the process of searching the menu, and the first public information with the unauthenticated label will rarely have users to download the usage and feedback messages, so that for users who desire to identify the first menu information, it is generally more desirable to quickly change the unauthenticated label to the authenticated label, and the punishment process described above delays the process.
That is, through the punishment processing, when sharing the first menu information, the user can more carefully check whether the parameters of the menu are wrong, so that the purpose of improving the quality of the shared menu is achieved, and the user can finish the authentication of the first public information as soon as possible after the first menu information is shared, on one hand, if the first menu information is wrong, the user can find and correct in time in the authentication process so as not to influence other users, and on the other hand, the user can reduce the interference of excessive first public information with unauthenticated labels on other users to search the menu as soon as possible.
When the execution times information is generated according to the first count information, the first count information and the execution times information may correspond to each other, specifically, a correspondence relationship between the first count information and the execution times information may be established in advance, for example, the first count information may be 1, and the execution times information may be 1; the first count information may be 1, and the execution number information may be 2; the corresponding relation between the two can be established according to actual needs.
Further, in some of these embodiments, further comprising:
when the existence time of the unauthorized tag in the first public information is larger than a set value, the arrangement sequence of the first menu information in a local database of the first cooking robot is adjusted, the first menu information is ordered before, and second recommendation information is generated to recommend and control the first cooking robot to execute cooking operation by using the first menu information.
Because the user is likely to not use the first menu information for a long time after editing the original menu or newly creating the menu, the corresponding first public information is not authenticated for a long time, and the first public information which is not authenticated can influence other users to browse and search the menu, so that the experience of other users is greatly influenced.
Further, in some embodiments, the step of adjusting the order of the first recipe information in the local database of the first cooking robot to order the first recipe information before and generating the second recommendation information to recommend controlling the first cooking robot to perform the cooking operation using the first recipe information includes:
acquiring execution times information;
generating recommended frequency information according to the execution frequency information;
And adjusting the arrangement sequence of the first menu information of the corresponding times in the local database of the first cooking robot according to the recommended times information, sequencing the first menu information before, and generating second recommended information to recommend and control the first cooking robot to execute cooking operation by using the first menu information.
In some embodiments of the present application, if the presence of the unauthenticated tag is greater than the set value, the arrangement order of the first menu information is adjusted, and corresponding second recommendation information is generated, specifically, the second recommendation information may be sent to the intelligent mobile terminal of the user, specifically, the second recommendation information may be sent to the user at a time corresponding to three meals in the morning, in the evening, but this way needs to keep the first menu information ordered for a long time, and the second recommendation information may be frequently generated, which easily causes the user to generate boring mind, and brings bad user experience.
In this regard, the present application further proposes to generate the recommended number of times information by executing the number of times information, so as to avoid the user from being bored due to generating excessive second recommended information.
Specifically, the correspondence between the execution number information and the recommended number information may be set according to actual needs.
Further, in some embodiments, the step of adjusting the arrangement order of the first recipe information corresponding to the number of times in the local database of the first cooking robot according to the recommended number of times information, ordering the first recipe information before, and generating the second recommended information to recommend and control the first cooking robot to perform the cooking operation using the first recipe information includes:
The arrangement sequence of the first menu information of the corresponding times in a local database of the first cooking robot is adjusted according to the recommended times information in an interval adjustment mode, so that the first menu information is ordered before, and second recommended information is generated to recommend and control the first cooking robot to execute cooking operation by using the first menu information;
The second recommended information at least comprises execution times information and executed times information of the cooking robot executing the cooking operation according to the first menu information.
In some embodiments of the present application, it is proposed that if the second recommendation information is frequently generated to recommend the second recommendation information to the user, the user is easy to get tired, and in this embodiment, the recommendation frequency information is generated according to the execution frequency information to reduce the generation amount of the second recommendation information, in this embodiment, the arrangement order of the first recipe information corresponding to the frequency is further proposed to be adjusted according to the recommendation frequency information in the local database of the first cooking robot in a space adjustment manner, so that the first recipe information is ordered before, and the second recommendation information is generated to recommend and control the first cooking robot to execute the cooking operation using the first recipe information. The interval adjustment mode means that after the second recommendation information is sent, the second recommendation information is sent after a period of time, instead of continuously sending the second recommendation information to the user, and the situation that the user is bored can be further avoided through the interval adjustment mode.
In a second aspect, referring to fig. 2, the present application further provides a recipe information processing apparatus, including:
The first module 210 is configured to, after entering an editing mode to edit an original recipe or create a new recipe to obtain first recipe information, add the first recipe information to a local database of the first cooking robot and generate a sharing interface;
A second module 220, configured to generate, when selecting to share the first recipe information, first public information with an unauthorized tag according to the first recipe information, where the first public information includes a content presentation interface related to the first recipe information and a first executable file related to the first recipe information that can be downloaded and executed by the second cooking robot;
And a third module 230, configured to change the unauthorized tag in the first public information to an authenticated tag after the first cooking robot is controlled to perform the cooking operation by using the first recipe information.
Through the scheme, after the first menu information is obtained by editing the original menu or newly created menu, the first menu information is added to the corresponding first frying robot, so that the first frying robot can execute the frying operation according to the first menu information, a sharing interface is generated in the process, the user can select to share the first menu information or not share the first menu information, when the user selects to share the first menu information, the first public information is generated according to the first menu information, the first public information can be published in a designated network forum and community, the first public information specifically comprises a content display interface and a first executable file, after other users see the content display interface, the second frying robot can execute the frying operation according to the first menu information, the richness of the menu which can be manufactured by the robot can be greatly improved, and the user demand is met, however, when the first menu information is selected to share the first menu information, the first public information is remarkably improved, the quality of the first menu is improved, the first public information is not provided with a tag, the first menu is not provided, the first public information is obviously, the quality is obviously improved, the first menu is not required to be authenticated, the label is not provided for the user is obviously, the label is not provided, and other users are not required to be authenticated, the first menu information is not provided with the label is required to be authenticated, and the first menu information is not is required to be carried out according to the first menu information, reducing the possibility of negative effects due to recipe parameter errors.
Furthermore, in some preferred embodiments, a menu information processing device according to the present application may perform any of the steps of the above method.
In a third aspect, referring to fig. 3, the present application also provides an electronic device comprising a processor 310 and a memory 320, the memory 320 storing computer readable instructions which, when executed by the processor 310, perform the steps of the method as above.
Through the foregoing, the processor 310 and the memory 320 are interconnected and communicate with each other through a communication bus and/or other form of connection mechanism (not shown), the memory 320 storing computer readable instructions executable by the processor 310, which when executed by the electronic device, the processor 310 executes the computer readable instructions to perform the method in any of the alternative implementations of the foregoing embodiments to perform the following functions: after an editing mode is entered to edit an original menu or newly establish a menu to obtain first menu information, the first menu information is added to a corresponding local database of a first cooking robot, and a sharing interface is generated; generating first public information with an unauthenticated tag according to the first menu information when the first menu information is selected to be shared, wherein the first public information comprises a content display interface related to the first menu information and a first executable file related to the first menu information, which can be downloaded and executed by a second cooking robot; after the first cooking robot is controlled to execute cooking operation by using the first menu information, the unauthorized tag in the first public information is changed into an authenticated tag.
In a fourth aspect, the application also provides a storage medium having stored thereon a computer program which, when executed by a processor, performs the steps of the above method.
By the above technical solution, the computer program, when executed by the processor, performs the method in any of the alternative implementations of the above embodiments to implement the following functions: after an editing mode is entered to edit an original menu or newly establish a menu to obtain first menu information, the first menu information is added to a corresponding local database of a first cooking robot, and a sharing interface is generated; generating first public information with an unauthenticated tag according to the first menu information when the first menu information is selected to be shared, wherein the first public information comprises a content display interface related to the first menu information and a first executable file related to the first menu information, which can be downloaded and executed by a second cooking robot; after the first cooking robot is controlled to execute cooking operation by using the first menu information, the unauthorized tag in the first public information is changed into an authenticated tag.
The storage medium may be implemented by any type of volatile or non-volatile Memory device or combination thereof, such as static random access Memory (Static Random Access Memory, SRAM), electrically erasable Programmable Read-Only Memory (ELECTRICALLY ERASABLE PROGRAMMABLE READ-Only Memory, EEPROM), erasable Programmable Read-Only Memory (Erasable Programmable Read Only Memory, EPROM), programmable Read-Only Memory (PROM), read-Only Memory (ROM), magnetic Memory, flash Memory, magnetic disk, or optical disk.
In the embodiments provided in the present application, it should be understood that the disclosed apparatus and method may be implemented in other manners. The above-described apparatus embodiments are merely illustrative, for example, the division of the units is merely a logical function division, and there may be other manners of division in actual implementation, and for example, multiple units or components may be combined or integrated into another system, or some features may be omitted, or not performed. Alternatively, the coupling or direct coupling or communication connection shown or discussed with each other may be through some communication interface, device or unit indirect coupling or communication connection, which may be in electrical, mechanical or other form.
Further, the units described as separate units may or may not be physically separate, and units displayed as units may or may not be physical units, may be located in one place, or may be distributed over a plurality of network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.
Furthermore, functional modules in various embodiments of the present application may be integrated together to form a single portion, or each module may exist alone, or two or more modules may be integrated to form a single portion.
The above description is only an example of the present application and is not intended to limit the scope of the present application, and various modifications and variations will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application should be included in the protection scope of the present application.
Claims (9)
1. A recipe information processing method, characterized by comprising:
After an editing mode is entered to edit an original menu or newly establish a menu to obtain first menu information, adding the first menu information to a local database of a corresponding first cooking robot and generating a sharing interface;
When the first menu information is selected to be shared, generating first public information with an unauthenticated tag according to the first menu information, wherein the first public information comprises a content display interface related to the first menu information and a first executable file related to the first menu information, wherein the first executable file can be downloaded and executed by a second cooking robot, the first public information is published in a designated network forum and a designated community, the unauthenticated tag added in the first executable file is a section of code, and the code enables the first executable file to firstly send warning information in the execution process, and the first executable file is generated at a server side;
After the first menu information is used for controlling the first cooking robot to execute cooking operation, changing the unauthorized tag in the first public information into an authenticated tag;
the step of generating first public information with an unauthenticated tag according to the first recipe information includes:
uploading the first menu information to a server;
the server generates the content display interface related to the first menu information according to the first menu information and a specified template format, and adds the unauthorized tag to the content display interface;
The server generates a first executable file which can be executed by the second cooking robot and is related to the first menu information according to the first menu information, and adds the non-authentication tag in the first executable file to enable the second cooking robot to send out non-authentication warning information before executing cooking operation in the first menu information according to the first executable file;
After the first executable file is generated, adding a download link of the first executable file on the content display interface;
After the warning information is sent, the user can select to continue execution or stop execution, wherein the continued execution means that the second cooking robot can continue to operate according to the first executable file, and the stop execution means that the second cooking robot stops executing the operation of the first executable file;
Further comprises:
when the user selects to stop executing, generating first recommendation information according to the first menu information, wherein the first recommendation information comprises authenticated menu information with the same name as the first menu information.
2. The recipe information processing method according to claim 1, wherein the step of changing the unauthorized tag in the first public information to an authenticated tag includes:
Changing the unauthenticated label on the content presentation interface to the authenticated label;
regenerating a second executable file which does not contain the unauthenticated tag, can be downloaded and is executed by the second cooking robot and related to the first menu information according to the first menu information;
replacing the first executable file with the second executable file.
3. The recipe information processing method according to claim 1, characterized by further comprising:
after the second cooking robot downloads and executes the first executable file, feedback information is generated;
When the feedback information is positive feedback, changing the unauthorized tag in the first public information into an authenticated tag;
and when the feedback information is negative feedback, counting the feedback information of the negative feedback to obtain first counting information.
4. A recipe information processing method according to claim 3, wherein the step of changing the unauthorized tag in the first public information to an authenticated tag after the first recipe information is used to control the first cooking robot to perform a cooking operation includes:
acquiring the first counting information;
Generating execution times information according to the first count information;
According to the execution times information, after the first menu information is used for controlling the times of the first cooking robot to execute the cooking operation to reach the execution times information, changing the unauthorized tag in the first public information into an authenticated tag;
Further comprises:
and deleting the first public information when the first counting information reaches a preset value.
5. The recipe information processing method according to claim 4, further comprising:
When the existing time of the unauthenticated tag in the first public information is larger than a set value, the arrangement sequence of the first menu information in a local database of the first cooking robot is adjusted, the first menu information is ordered before, and second recommendation information is generated to recommend and control the first cooking robot to execute cooking operation by using the first menu information.
6. The method of claim 5, wherein the step of adjusting the arrangement order of the first recipe information in the local database of the first cooking robot, ordering the first recipe information before, and generating second recommendation information to recommend controlling the first cooking robot to perform a cooking operation using the first recipe information comprises:
Acquiring the execution times information;
Generating recommended frequency information according to the execution frequency information;
And adjusting the arrangement sequence of the first menu information of the corresponding times in a local database of the first cooking robot according to the recommended times information, sequencing the first menu information before, and generating second recommended information to recommend and control the first cooking robot to execute cooking operation by using the first menu information.
7. A menu information processing apparatus, characterized by comprising:
The first module is used for adding the first menu information to a local database of the first cooking robot and generating a sharing interface after the original menu is edited or newly created in an editing mode to obtain the first menu information;
The second module is used for generating first public information with an unauthenticated tag according to the first menu information when the first menu information is selected to be shared, wherein the first public information comprises a content display interface related to the first menu information and a first executable file related to the first menu information, wherein the first executable file can be downloaded and executed by a second cooking robot, the first public information is published in a designated network forum and a community, the unauthenticated tag added in the first executable file is a section of code, and the code enables the first executable file to firstly send warning information in the execution process, and the first executable file is generated at a server side;
the third module is used for changing the unauthorized tag in the first public information into an authenticated tag after the first cooking robot is controlled to execute cooking operation by using the first menu information;
the step of generating first public information with an unauthenticated tag according to the first recipe information includes:
uploading the first menu information to a server;
the server generates the content display interface related to the first menu information according to the first menu information and a specified template format, and adds the unauthorized tag to the content display interface;
The server generates a first executable file which can be executed by the second cooking robot and is related to the first menu information according to the first menu information, and adds the non-authentication tag in the first executable file to enable the second cooking robot to send out non-authentication warning information before executing cooking operation in the first menu information according to the first executable file;
After the first executable file is generated, adding a download link of the first executable file on the content display interface;
After the warning information is sent, the user can select to continue execution or stop execution, wherein the continued execution means that the second cooking robot can continue to operate according to the first executable file, and the stop execution means that the second cooking robot stops executing the operation of the first executable file;
Further comprises:
when the user selects to stop executing, generating first recommendation information according to the first menu information, wherein the first recommendation information comprises authenticated menu information with the same name as the first menu information.
8. An electronic device comprising a processor and a memory storing computer readable instructions that, when executed by the processor, perform the steps in the method of any of claims 1-6.
9. A storage medium having stored thereon a computer program which, when executed by a processor, performs the steps of the method according to any of claims 1-6.
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