WO2018113096A1 - 一种食谱程序代码生成方法及食谱编译云平台系统 - Google Patents

一种食谱程序代码生成方法及食谱编译云平台系统 Download PDF

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WO2018113096A1
WO2018113096A1 PCT/CN2017/075482 CN2017075482W WO2018113096A1 WO 2018113096 A1 WO2018113096 A1 WO 2018113096A1 CN 2017075482 W CN2017075482 W CN 2017075482W WO 2018113096 A1 WO2018113096 A1 WO 2018113096A1
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recipe
cooking
description
cooking device
control
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PCT/CN2017/075482
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English (en)
French (fr)
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周京胜
张位国
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深圳市宜居云科技有限公司
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Priority to US15/771,090 priority Critical patent/US10789049B2/en
Publication of WO2018113096A1 publication Critical patent/WO2018113096A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F8/00—Arrangements for software engineering
    • G06F8/30—Creation or generation of source code
    • G06F8/31—Programming languages or programming paradigms
    • G06F8/311—Functional or applicative languages; Rewrite languages
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F8/00—Arrangements for software engineering
    • G06F8/40—Transformation of program code
    • G06F8/41—Compilation
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/30—Information retrieval; Database structures therefor; File system structures therefor of unstructured textual data
    • G06F16/36—Creation of semantic tools, e.g. ontology or thesauri
    • G06F16/367—Ontology
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/903—Querying
    • G06F16/90335—Query processing
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/953—Querying, e.g. by the use of web search engines
    • G06F16/9535—Search customisation based on user profiles and personalisation
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F8/00—Arrangements for software engineering
    • G06F8/30—Creation or generation of source code
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F8/00—Arrangements for software engineering
    • G06F8/30—Creation or generation of source code
    • G06F8/37—Compiler construction; Parser generation
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F8/00—Arrangements for software engineering
    • G06F8/40—Transformation of program code
    • G06F8/41—Compilation
    • G06F8/42—Syntactic analysis
    • G06F8/427—Parsing
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/903—Querying
    • G06F16/9038—Presentation of query results
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/951—Indexing; Web crawling techniques

Definitions

  • the invention relates to the field of cooking technology, in particular to a recipe program code for compiling a text recipe into a corresponding cooking device, in particular to a recipe program code generation method and a recipe compilation cloud platform system.
  • recipe programs are program codes written by professional programmers of cooking equipment manufacturers or related companies to ensure the normal operation of cooking equipment.
  • Such cooking program code needs to be cured, packaged, and stored in a cooking device, and is not allowed to be modified, added, or deleted, except for related professionals, to ensure the reliability and safety of the cooking device.
  • a microwave oven has a recipe program, and a variety of dishes can be produced through a recipe program.
  • these recipe programs are designed, programmed, tested, debugged, etc. by professional personnel to be used for the control code on the microwave oven controller. It can be seen that the preparation process of the recipe program is quite high, and it is basically impossible for the average consumer or the chef to participate in the production of the recipe program code without corresponding professional knowledge and skills.
  • recipe editing is performed by non-programmers such as chefs, and the preparation and design of the recipe program described above is performed by a related programmer.
  • Programmers often lack knowledge of cooking techniques and cooking practices, only The recipe program is written, tested, and debugged based on his own understanding of the meaning of the letter.
  • the recipe code created often does not achieve the best cooking effect, and the process of manually writing the recipe for the text into the recipe code requires For a long time, it is also prone to errors, requiring long-term testing and debugging corrections, and the efficiency is very low.
  • non-programmers such as chefs learn the expertise of software programming, you can directly write the recipe program.
  • For non-programmers such as chefs organize their programming-related programming languages (such as C language and JSON). And the data structure is obviously a very difficult thing.
  • the technical problem to be solved by the present invention is to provide a recipe program code generation method and a recipe compilation cloud platform system, so that manual programming of the recipe program is not required, but directly by the system. Compile the corresponding food from the recipe described in the text The program code is omitted, thereby omitting the requirements of programming knowledge and the probability of manually writing errors, improving the efficiency and effect of recipe program generation, and ensuring the safety and reliability of recipe program code execution on cooking equipment.
  • the technical solution adopted by the present invention provides a recipe program code generation method and a recipe compilation cloud platform system, and the method includes the following steps:
  • Step S01 creating a device attribute and a control description term cloud database
  • the device attribute and the control description term cloud database contain attributes and control description terms of different types of cooking devices, each device attribute and control description term and device corresponding attribute or Cooking actions are related;
  • Step S02 creating a description keyword cloud database, where the description keyword cloud database contains keywords used in the current text recipe description, and each keyword is associated with device attributes and control description terms of different types of cooking devices;
  • the database using the powerful computing of the cloud computer, can be expanded indefinitely, so the support for the new cooking equipment can be increased at any time, and the extraction and collection of the description keywords can be continuously improved.
  • Step S03 the compiling software acquires the cooking device type and the text recipe, parses the description keyword in the text recipe, and corresponds to the acquired device attribute and the control description term of the cooking device type, and generates a description recipe corresponding to the control process of the cooking device, Recipes can be used in conjunction with mobile apps, show recipes and tips, etc.
  • Step S04 the compiling software parses the description recipe corresponding to the control process of the corresponding cooking device to form a system parameter and control instruction that can be recognized and executed by the corresponding cooking device, and generates a recipe program that conforms to the corresponding cooking device specification and data structure. Code.
  • step S01 for each different type, different types of cooking devices generate corresponding device attributes and control description terms according to their attribute parameters, control processes and characteristics.
  • step S02 the description keyword is obtained by research and investigation on a large number of text recipes.
  • the device attribute and the control description term of the cooking device include a description of several cooking control processes and a description of the exit condition of the current cooking step and/or the next cooking step, And there is a description of the prompt text.
  • step S03 the recipe program code in the compiled software is machine code data or C data or JSON data, and the text recipe is TXT text data.
  • a recipe compilation cloud platform system for a recipe program code generation method comprising:
  • each device Attribute and control description terms are related to the corresponding attributes or cooking actions of the device.
  • the device attribute and control description term can be created through this module and associated with the related attributes or cooking actions of the device;
  • a keyword rule module for describing a keyword cloud database each keyword being associated with a device attribute and a control description term of a different type of cooking device, and a new text description keyword can be added through this module, and the cooking device Device attributes are associated with control description terms;
  • a compiling module for compiling the software to obtain a cooking device type and a text recipe, parsing a description keyword in the text recipe, and corresponding to the device attribute and the control description term of the corresponding cooking device type, generating a description recipe corresponding to the control process of the cooking device, Then, the description recipe of the generated cooking device control process is parsed, and the system can be generated by the corresponding cooking device to identify and execute the attribute parameters and control instructions, and generate a recipe program code that conforms to the corresponding cooking device specification and data structure;
  • An interface module for inputting a cooking device type and text recipe text, and outputting a compiled result
  • a cloud database module for storing device attributes and control description terms, describing keywords, association rules, and specification rules, data structure rules, and compilation rules for each cooking device recipe program code.
  • a method for generating a recipe program code by a root recipe compiling cloud platform system comprising the following steps:
  • Step A the third platform or the cooking device establishes a communication connection with the cloud platform system, and inputs parameters such as a cooking device type, a model number, and a text recipe through the interface module;
  • Step B connecting the cloud database, parsing the text recipe according to the description keyword and the type and model of the cooking device, compiling and generating a description recipe corresponding to the control process of the cooking device;
  • Step C connecting the cloud database, according to the type and model of the cooking device, parsing the description recipe of the control process corresponding to the cooking device obtained in the previous step, compiling and generating a recipe program code conforming to the corresponding cooking device specification and data structure;
  • Step D Output the compiled data or file through the interface module, and the third party that obtains the compiled result can directly transmit the compiled data or file to the cooking device, execute the cooking program, and complete the cooking.
  • the beneficial effects of the present invention are: the recipe compiling method and the cloud platform system of the present invention, firstly creating device attributes and control description terms, device attributes and control description terms are associated with corresponding attributes or cooking actions of the device, and describing keyword termbases Associate; then select the cooking device and enter a text description recipe; finally compile the software to parse the description keyword in the text recipe, and Corresponding to the device attribute of the cooking device type and the control description term, a description recipe corresponding to the control process of the cooking device is generated, and then the description recipe of the control process of the generated cooking device is parsed, and the system can be recognized and executed by the corresponding cooking device.
  • the attribute parameters and control instructions generate recipe program code that conforms to the corresponding cooking device specification and data structure.
  • the recipe compiling method and the cloud platform system of the invention can automatically convert and generate the recipe program code by selecting the cooking device and inputting the text recipe, and the recipe editor is not required to understand the computer programming language, and the current recipe program generation is solved.
  • Technical issues that increase the efficiency and effectiveness of recipe program generation and ensure the safety and reliability of recipe program code execution on cooking equipment.
  • the recipe compiling cloud platform system of the invention provides support for the one-button cooking function of the current cloud recipe, and expands the number of recipes.
  • Each cloud platform system or mobile phone application can directly input the model of the cooking device and the text recipe to be compiled through the interface module. , you can get the recipe recipe code compiled by the recipe compilation cloud platform system and the description recipe matching the control process of the mobile application, and then directly transfer to the smart cooking device for cooking process, so that the corresponding text recipe is applied through the network or mobile phone application.
  • a one-button automatic cooking function which does not require manual programming, testing and debugging of text recipes to obtain recipe program code, is a fully automatic recipe program code generation cloud system.
  • FIG. 1 is a flow chart showing a method for generating a recipe of a recipe program code and a control process thereof according to the present invention
  • FIG. 2 is a schematic flow chart showing the components of the method of the present invention and their relationships;
  • FIG. 3 is a block diagram showing the architecture of a recipe compiling cloud platform system of the present invention.
  • FIG. 4 is an exemplary block diagram of generating recipe program code using a recipe compilation cloud platform system.
  • the present invention discloses a recipe compiling method, the method comprising the following steps: Step S01, creating a device attribute and a control description term cloud database, device attribute and control description term cloud database containing different types of cooking devices Attribute and control description term, each device attribute and control description term is associated with the corresponding attribute or cooking action of the device; step S02, creating a description keyword cloud database, describing the keyword cloud database containing the keywords used in the current text recipe description Each keyword is associated with a device attribute and a control description term of a different type of cooking device; in step S03, the compiling software obtains the cooking device type and text recipe, parses the description keyword in the text recipe, and interacts with the acquired cooking device The type of device attribute corresponds to the control description term, and a description recipe corresponding to the control process of the cooking device is generated, and the recipe can be used.
  • the recipe process and the prompt content are displayed; in step S04, the compiling software compiles the description recipe corresponding to the control process of the cooking device to form a property parameter and control command that can be recognized and executed by the corresponding cooking device. Generate recipe program code that conforms to the corresponding cooking device specification and data structure.
  • the description keyword is associated with the device attribute and the control description term
  • the device attribute and the control description term are associated with the corresponding attribute or cooking action of the device
  • the compilation rule the compiled software is described according to the description. Keyword, parsing the corresponding keyword in the text recipe, generating a description recipe of the device control process, and then parsing the device attribute and the description procedure of the control process into a system capable of being recognized by the cooking device according to the device attribute and the control description term
  • the executed attribute parameters and control instructions referring to the specifications of the cooking equipment and the data structure rules, generate recipe program codes that conform to the cooking equipment specifications and data structures.
  • device attributes and control describe the core content of the term cloud database, including the creation of device attributes and control description terms, as well as their association with cooking device attributes and control instructions, processes, and cookware recipe program specifications and Data structure rules.
  • a smart microwave oven is taken as an example for explanation.
  • the attribute parameters generally required for the cooking process of the smart microwave oven are: firepower and cooking time; the control commands generally include: start, pause, stop, and finish.
  • the properties and control description terms of the smart microwave oven are created: firepower, cooking time, start, pause, stop, completion, and associated with the property parameters and control instructions of the smart microwave oven, combined with the recipe specification and data structure rules of the smart microwave oven to form
  • the properties and controls of the smart microwave oven describe the term cloud database. Different types and types of cooking equipment will have their own independent equipment attributes and control description terms.
  • Describe the core content of the keyword cloud database including description keywords, semantics, and its association with various types, models of cooking equipment attributes and control description terms.
  • Descriptive keywords are derived from research, surveys, and summaries of a large number of text recipes.
  • a smart microwave oven is taken as an example for explanation.
  • a text recipe is described as follows: put it in a microwave oven, cook it for 5 minutes with maximum firepower, then pause it and cook for another 3 minutes.
  • the compilation software will compile this text recipe into a description recipe for the control process based on the keywords and semantics described in the keyword cloud database, as follows:
  • This recipe can be used for mobile phones that should be used during the show cooking process.
  • the input text recipe is a TXT file or a word file
  • the description process of the control process is an XML file or a JSON data file
  • the recipe program code is a C data file or JSON data. file.
  • the present invention discloses a recipe compiling system.
  • the specific scheme is as follows: a device rule module for creating a device attribute and a control description term cloud database, each device attribute and control description term and a corresponding attribute or cooking action of the device. Association.
  • a keyword rule module for describing a keyword cloud database, each keyword being associated with a device attribute and a control description term of a different type of cooking device, and a new text description keyword can be added through this module, and the cooking device
  • the device properties are associated with control description terms.
  • a compiling module for compiling the software to obtain a cooking device type and a text recipe, parsing a description keyword in the text recipe, and corresponding to the device attribute and the control description term of the corresponding cooking device type, generating a description recipe corresponding to the control process of the cooking device, Then, the description recipe of the generated cooking device control process is parsed, and the system can be generated by the corresponding cooking device identification and execution attribute parameters and control instructions to generate a recipe program code that conforms to the corresponding cooking device specification and data structure.
  • An interface module for entering cooking device types and text recipes and outputting compiled results.
  • a cloud database module for storing device attributes and control description terms, describing keywords, association rules, and specification rules, data structure rules, and compilation rules for each cooking device recipe program code.
  • the workflow for generating the recipe program code by using the recipe to compile the cloud platform system has four main steps: 1.
  • the third platform or the cooking device establishes a communication connection with the cloud platform system, and inputs the type of the cooking device through the interface module. Parameters such as model and text recipes; 2.
  • Connect to the cloud database parse the text recipe according to the description keyword and cooking device type and model, compile and generate a description recipe corresponding to the control process of the cooking device; 3.
  • Connect the cloud database according to the type of cooking device And the model parsing the description recipe of the control process corresponding to the cooking device obtained in the previous step, compiling and generating the recipe program code conforming to the corresponding cooking device specification and data structure; 4.
  • the third party that obtains the compiled result can directly transfer the compiled data or file to the cooking device, execute the cooking program, and complete the cooking.
  • Step 1 The third platform or the cooking device establishes a communication connection with the cloud platform system, and inputs parameters such as a cooking device type, a model number, and a text recipe through the interface module.
  • This recipe compiles the cloud platform system, which is set up on the cloud service.
  • the third platform or cooking device needs to log in to the recipe to compile the cloud platform server through the Internet connection, and then compile the interface in the cloud platform system through the recipe, input the cooking device type, model and Text recipe content that needs to be compiled.
  • Step 2 Connect to the cloud database, parse the text recipe according to the description keyword and the type and model of the cooking device, and compile and generate a description recipe corresponding to the control process of the cooking device.
  • the compiling software connects to the cloud database, and obtains the device attributes and control description terms of the cooking device according to the type and model of the cooking device input.
  • each keyword is associated with a device attribute and a control description term for a different type of cooking device.
  • the description keyword cloud database is used to parse the content of the input text recipe, and the description recipe of the input cooking device control process is generated according to the keyword and semantic description in the text recipe.
  • Step 3 Connect the cloud database, and according to the type and model of the cooking device, parse the description recipe of the control process corresponding to the cooking device compiled in the previous step, compile and generate a recipe program code that conforms to the corresponding cooking device specification and data structure.
  • the compiling software connects the cloud data, and according to the type and model of the cooking device input, the cooking function, the attribute parameter and the control command of the cooking device are obtained.
  • each device attribute and control description term is associated with the device's corresponding attribute or cooking action.
  • parsing the description recipe of the control process of the cooking device generated in step 2 and generating a recipe program code conforming to the corresponding cooking device specification and data structure according to the specification of the input cooking device and the data structure rule. .
  • the entire compilation process is automatically completed by the system, so that the automatic compilation efficiency of the program file can be greatly improved, and the professional program programmers are no longer needed or rarely required.
  • the cooking content that is automatically implemented by the cooking device is compiled into the attribute parameters and control commands executed by the cooking device; the cooking process that needs to be implemented by the manual operation is compiled into the corresponding prompt information. command;
  • Step 4 Output the compiled data or file through the interface, and the third party that obtains the compiled result can directly transmit the compiled data or file to the cooking device, execute the cooking program, and complete the cooking.
  • the compiled data or file is output to a third platform or cooking device that establishes a communication connection via the Internet and a corresponding interface.
  • the third party can directly transfer the compiled data or files to the cooking device. After the cooking device gets the recipe program code, it implements its cooking function, performance and parameters to complete the corresponding cooking process.
  • the recipe compiling system of the present invention compiles only for cooking functions, attribute parameters, and control commands of the cooking device during cooking.
  • the description and preparation of the ingredients in the text recipes are not compiled. For example, the serving size, washing and dicing of the ingredients are not analyzed.
  • the relevant cooking content is compiled according to the relevant device attributes and control description terms of the cooking device, as well as cooking functions, attribute parameters, and control commands.
  • Compilation support for text recipes including but not limited to Simplified Chinese, Traditional Chinese, English, etc.

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Abstract

一种食谱程序代码生成方法及食谱编译云平台系统，涉及烹饪技术领域。所述方法包括，首先创建设备属性和控制描述术语，设备属性和控制描述术语与设备相应属性或烹饪动作相关联，并与描述关键字术语库相关联；然后选定烹饪设备，并输入文字描述食谱；最后由编译软件解析文字食谱中的描述关键字，并与对应烹饪设备类型的设备属性和控制描述术语对应，进而生成食谱程序代码。所述食谱编译方法和云平台系统，只要选定烹饪设备，并输入文字食谱，就能自动转换生成食谱程序代码，不需要食谱编辑人员了解计算机程序编程语言，解决了现在食谱程序生成存在的技术问题，提高了食谱程序的生成效率和效果，保证食谱程序代码在烹饪设备上执行的安全性和可靠性。

Description

一种食谱程序代码生成方法及食谱编译云平台系统 技术领域
本发明涉及烹饪技术领域，具体为将文字食谱编译为相应烹饪设备的食谱程序代码，尤其涉及一种食谱程序代码生成方法及食谱编译云平台系统。
背景技术
目前，很多自动烹饪设备储存有食谱程序，运行食谱程序即可完成对应的佳肴，这些食谱程序均是烹饪设备生产企业或相关企业的专业编程人员编写的程序代码，为保证烹饪设备的正常运行，此类烹饪程序代码需要固化、封装和存储在烹饪设备中，除了相关专业人员，是不允许修改、增加或删除的，以保障烹饪设备的可靠性和安全性。例如，微波炉具有食谱程序，通过食谱程序能够制作出各式各样的菜肴。为了保证智能微波炉的安全可靠性，这些食谱程序都是经过专业的人员进行设计、编写、测试、调试等一系列过程，才能用于微波炉控制器上的控制代码。由此可见，食谱程序的编写过程要求相当高，对于普通消费者或者厨师而言，不具有相对应的专业知识和技能，基本不可能参与食谱程序代码的制作。
现在随着物联网的发展，很多智能烹饪设备可以连接互联网，通过手机应用进行控制和实时提醒等功能，并可以通过网络，在特定的网络平台获取下载到对应的符合规范的食谱程序，但这些食谱程序也是由专业的人员设计、编写、测试、调试后，放到特定的网络平台中的；并且对于不符合规范的食谱程序，是不被烹饪设备接受的，不能实现对应的烹饪过程。这些放置在网络上的食谱程序称为云食谱，云食谱要求除了可以直接下载到烹饪设备中运行，还要求可以配合手机应用进行实时提醒等功能。例如，微波炉在做蒸鱼时，需要将翻转，这时除了微波炉需要暂停烹饪过程，等待使用者翻转，手机应用也应该要提示使用者去翻转，所以要求食谱还要配合手机应用，显示提示内容等。
虽然目前网络上有很多的文字描述的食谱，但是由于没有专业的人员将相应的文字编写成对应的烹饪设备的食谱程序代码，所以也无法直接传输给烹饪设备进行识别和运行。
从上述可知，目前存在一个问题：在通常情况下，食谱编辑都是由厨师等非编程人员来完成的，而上述的食谱程序的制作和设计，却是由相关程序编程人员来完成。编程人员往往缺少烹饪技术知识和烹饪实操经验，仅 凭自己对字面含义的理解来进行食谱程序的编写、测试和调试，制作的食谱程序代码常常达不到最佳烹饪效果，而且这种人工将文字表达的食谱编写成食谱程序代码的过程，需要较长的时间，还容易出错，需要长时间的测试和调试修正，效率非常低。如果让厨师等非编程人员来学习软件程序编写方面的专业知识，以可以直接进行食谱程序的编写工作，对于厨师等非编程人员来说，组织其学习相关的程序编程语言(例如C语言和JSON)和数据结构，显然是非常困难的事情。
除此之处，不同厂家或不同类型的烹饪设备，其食谱程序使用的指令、规范和结构等都是不同的。所以即是专业的食谱程序编程人员也无法给不同厂家或不同类型的烹饪设备编写食谱程序代码。目前有数字食谱生成软件，虽然可以针对不同厂家的不同类型的设备，进行数字食谱的生成，但其支持的烹饪设备类型非常有限，而且其要求输入的文字食谱，必须是以其要求的烹饪术语来编辑的，这样才能正确转换成对应的食谱程序代码。这样导致了其支持的烹饪设备有限，无法满足目前对食谱程序的大量需求。
目前随着物联网的发展，出现大量的智能烹饪设备，这些智能烹饪设备可以连接特定的云平台，并从云平台中下载食谱程序，直接进行烹饪。这些云平台上的食谱代码都是由烹饪设备生产企业或相关企业的专业编程人员编写好储存在云平台上的，所以目前能下载的云食谱程序是非常有限，并不能满足广大智能烹饪设备用户的需求。而且广大智能烹饪设备用户更是希望可以将自己在书籍上和网络上看到的文字食谱直接下载到智能烹饪设备进行烹饪，然而目前是没有任何的解决方案来做到这一需求的。
综上所述，对熟悉烹饪技术的厨师等人员而言，其能用文字描述食谱的烹饪过程，但由于不熟悉或者不掌握食谱程序的编写的专业编程知识、经验和规范等，无法将烹饪的过程直接编程成烹饪设备直接识别和运行的食谱程序代码；对于编程人员，由于烹饪知识非其所长，编写出来的食谱程序代码往往差强人意；而对于广大烹饪设备使用者，更是无法将书籍上和网络上看到的文字食谱直接传输给设备进行烹饪。因此，在现有的技术中，食谱程序代码的生成没有从烹饪设备生产厂商和广大实际使用者的角度来考虑其生成的便捷性、效率性和准确性。
发明内容
针对现有技术中存在的缺陷或不足，本发明所要解决的技术问题是：提供一种食谱程序代码生成方法及食谱编译云平台系统，使得不需要人工进行食谱程序的编程，而是直接由系统从文字描述的食谱编译出对应的食 谱程序代码，从而省略对编程知识的要求和人工编写出错的机率，提高食谱程序生成效率和效果，保证食谱程序代码在烹饪设备上执行的安全性和可靠性。
为了实现上述目的，本发明采取的技术方案为提供一种食谱程序代码生成方法及食谱编译云平台系统，该方法包括如下步骤：
步骤S01，创建设备属性和控制描述术语云数据库，所述设备属性和控制描述术语云数据库包含了不同类型的烹饪设备的属性和控制描述术语，每项设备属性和控制描述术语与设备相应属性或烹饪动作有关联关系；
步骤S02，创建描述关键字云数据库，所述描述关键字云数据库包含目前文字食谱描述所用到的关键字，每个关键字与不同类型的烹饪设备的设备属性和控制描述术语有关联关系；云数据库，利用云计算机的强大运算，可以无限的扩展，所以可以随时增加对新出的烹饪设备的支持，可以不断完善对描述关键字的提取收集。
步骤S03，编译软件获取烹饪设备类型和文字食谱，解析文字食谱中的描述关键字，并与获取的烹饪设备类型的设备属性和控制描述术语对应，生成对应烹饪设备的控制过程的描述食谱，此食谱可以用于配合手机应用，展示食谱过程和提示内容等；
步骤S04，编译软件将编译得到对应烹饪设备的控制过程的描述食谱进行解析，形成一系统能够被对应烹饪设备识别和执行的属性参数和控制指令，生成符合对应烹饪设备规范和数据结构的食谱程序代码。
作为本发明的进一步改进，在步骤S01中，针对每款不同的类型，不同型号的烹饪设备，根据其属性参数、控制过程和特点，生成对应的设备属性和控制描述术语。
作为本发明的进一步改进，在步骤S02中，描述关键字是通过对大量的文字食谱进行的研究与调查得出的。
作为本发明的进一步改进，在步骤S02中，烹饪设备的设备属性和控制描述术语，包括了对若干项烹饪控制过程的描述和当前烹饪步骤的退出条件和/或下一项烹饪步骤的描述，并有提示文字的描述。
作为本发明的进一步改进，在步骤S03中，编译软件中的食谱程序代码为机器代码数据或C数据或JSON数据，文字食谱为TXT文本数据。
一种食谱程序代码生成方法的食谱编译云平台系统，该系统包括：
设备规则模块，用于创建设备属性和控制描述术语云数据库，每项设备 属性和控制描述术语与设备相应属性或烹饪动作有关联关系，当有新的烹饪设备需要添加时，可以通过此模块创建设备属性和控制描述术语，并与设备的相关属性或烹饪动作进行关联；
关键字规则模块，用于描述关键字云数据库，每个关键字与不同类型的烹饪设备的设备属性和控制描述术语有关联关系，可以通过此模块添加新的文字描述关键字，并与烹饪设备的设备属性和控制描述术语进行关联；
编写模块，利用描述关键字编写和描述烹饪过程；
编译模块，用于编译软件获取烹饪设备类型和文字食谱，解析文字食谱中的描述关键字，并与对应烹饪设备类型的设备属性和控制描述术语对应，生成对应烹饪设备的控制过程的描述食谱，然后再对生成的饪设备的控制过程的描述食谱进行解析，成一系统能够被对应烹饪设备识别和执行的属性参数和控制指令，生成符合对应烹饪设备规范和数据结构的食谱程序代码；
接口模块，用于输入烹饪设备类型和文字食谱文本，并输出编译结果；
云数据库模块，用于储存创建设备属性和控制描述术语，描述关键字，关联规则和各烹饪设备食谱程序代码的规范规则、数据结构规则、编译规则。
一种根食谱编译云平台系统生成食谱程序代码的方法，包括一下步骤：
步骤A、第三平台或烹饪设备与云平台系统建立通讯连接，通过接口模块输入烹饪设备类型、型号和文字食谱等参数；
步骤B、连接云数据库，根据描述关键字和烹饪设备类型、型号，解析文字食谱，编译生成对应烹饪设备的控制过程的描述食谱；
步骤C、连接云数据库，根据烹饪设备类型、型号，将上一步编译得到的对应烹饪设备的控制过程的描述食谱进行解析，编译生成符合对应烹饪设备规范和数据结构的食谱程序代码；
步骤D、通过接口模块将编译出的数据或文件输出，取得编译结果的第三方可以直接将编译得到的数据或文件传输给烹饪设备，执行烹饪程序，完成烹饪。
本发明的有益效果是：本发明的食谱编译方法和云平台系统，首先创建设备属性和控制描述术语，设备属性和控制描述术语与设备相应属性或烹饪动作相关联，并与描述关键字术语库相关联；然后选定烹饪设备，并输入文字描述食谱；最后由编译软件解析文字食谱中的描述关键字，并与 对应烹饪设备类型的设备属性和控制描述术语对应，生成对应烹饪设备的控制过程的描述食谱，然后再对生成的烹饪设备的控制过程的描述食谱进行解析，成一系统能够被对应烹饪设备识别和执行的属性参数和控制指令，生成符合对应烹饪设备规范和数据结构的食谱程序代码。本发明的食谱编译方法和云平台系统，只要选定烹饪设备，并输入文字食谱，就能自动转换生成食谱程序代码，不需要食谱编辑人员了解计算机程序编程语言，解决了现在食谱程序生成正在的技术问题，提高了食谱程序的生成效率和效果，保证食谱程序代码在烹饪设备上执行的安全性和可靠性。
本发明的食谱编译云平台系统，为目前云食谱的一键烹饪功能提供了支持，扩展了食谱数量，各云平台系统或手机应用可以直接通过接口模块输入烹饪设备的型号和需要编译的文字食谱，就可以得到经过食谱编译云平台系统编译后的程序食谱代码和匹配手机应用的控制过程的描述食谱，然后直接传输至智能烹饪设备进行烹饪过程，这样就通过网络或手机应用对相应的文字食谱实现了一键自动烹饪的功能，不需要人工去将文字食谱经过编程、测试和调试，来得到食谱程序代码，是完全的全自动的食谱程序代码生成云系统。
附图说明
图1是本发明食谱程序代码及其控制过程的描述食谱的生成方法的流程示意图；
图2是本发明的方法组成要素及其关系的流程示意图；
图3是本发明食谱编译云平台系统的架构方框图；
图4是利用食谱编译云平台系统生成食谱程序代码的示例性方框图。
具体实施方式
下面结合附图说明及具体实施方式对本发明进一步说明。
如图1所示，本发明公开一种食谱编译方法，该方法包括如下步骤：步骤S01，创建设备属性和控制描述术语云数据库，设备属性和控制描述术语云数据库包含了不同类型的烹饪设备的属性和控制描述术语，每项设备属性和控制描述术语与设备相应属性或烹饪动作有关联关系；步骤S02，创建描述关键字云数据库，描述关键字云数据库包含目前文字食谱描述所用到的关键字，每个关键字与不同类型的烹饪设备的设备属性和控制描述术语有关联关系；步骤S03，编译软件获取烹饪设备类型和文字食谱，解析文字食谱中的描述关键字，并与获取的烹饪设备类型的设备属性和控制描述术语对应，生成对应烹饪设备的控制过程的描述食谱，此食谱可以用 于配合手机应用，展示食谱过程和提示内容等；步骤S04，编译软件将编译得到对应烹饪设备的控制过程的描述食谱进行解析，形成一系统能够被对应烹饪设备识别和执行的属性参数和控制指令，生成符合对应烹饪设备规范和数据结构的食谱程序代码。
如图2所示，在本发明中，描述关键字与设备属性和控制描述术语相关联，而设备属性和控制描述术语与与设备相应属性或烹饪动作有关联；根据编译规则，编译软件依据描述关键字，对文字食谱中的相应关键字进行解析，生成设备控制过程的描述食谱，然后依据设备属性和控制描述术语，将设备属性和控制过程的描述食谱解析为一系统能够被烹饪设备识别和执行的属性参数和控制指令，参照烹饪设备的规范和数据结构规则，生成符合烹饪设备规范和数据结构的食谱程序代码。
由此可见，设备属性和控制描述术语云数据库的核心内容，包括创建设备属性和控制描述术语，以及其与烹饪设备的属性和控制指令、过程的关联关系，还有烹饪设备的食谱程序规范和数据结构规则。为了进一步说明步骤S04中描述的详细内容，以智能微波炉为例进行解释。通过对智能微波炉的调查和研究可知，智能微波炉烹饪过程一般需要的属性参数有：火力、烹饪时间；其控制指令一般有：启动、暂停、停止、完成。因此创建智能微波炉的属性和控制描述术语：火力、烹饪时间、启动、暂停、停止、完成，并与智能微波炉的属性参数和控制指令相关联，结合智能微波炉的食谱程序规范和数据结构规则，形成智能微波炉的属性和控制描述术语云数据库。不同类型、不同型号的烹饪设备，都会有自己独立的设备属性和控制描述术语。
描述关键字云数据库的核心内容，包括了描述关键字，语义，以及其与各类型、各型号的烹饪设备属性和控制描述术语的关联关系。描述关键字是通过对大量的文字食谱进行的研究与调查、总结而得出的。为了进一步说明步骤S03中描述的详细内容，以智能微波炉为例进行解释。如一段文字食谱的描述如下：放入微波炉中，以最高火力烹饪5分钟，然后暂停翻面后，再烹饪3分钟。编译软件将会根据描述关键字云数据库中的关键字与语义，将此文字食谱编译为控制过程的描述食谱，如下：
烹饪开始，
火力：100％；
烹饪时间：5分钟；
暂停，提示翻面；
烹饪时间：3分钟；
烹饪完成。
此食谱可以用于手机应该用展示烹饪过程使用。
在一些实施方案中，在步骤S03中，输入的文字食谱为TXT文件或word文件；控制过程的描述食谱为XML文件或JSON数据文件；在步骤S04中，食谱程序代码为C数据文件或JSON数据文件。这些是业界公认的常用的描述和数据交换格式，均具有较好的扩展性、执行性，良好的可读性，以及能快速编写，且能够跨平台和语言进行数据交换，便于烹饪设备控制程序的测试和调试，也有助于食谱程序的推广应用。
如图3所示，本发明公开一种食谱编译系统，具体方案如下：设备规则模块，用于创建设备属性和控制描述术语云数据库，每项设备属性和控制描述术语与设备相应属性或烹饪动作关联。关键字规则模块，用于描述关键字云数据库，每个关键字与不同类型的烹饪设备的设备属性和控制描述术语有关联关系，可以通过此模块添加新的文字描述关键字，并与烹饪设备的设备属性和控制描述术语进行关联。编写模块，利用描述关键字编写和描述烹饪过程。编译模块，用于编译软件获取烹饪设备类型和文字食谱，解析文字食谱中的描述关键字，并与对应烹饪设备类型的设备属性和控制描述术语对应，生成对应烹饪设备的控制过程的描述食谱，然后再对生成的饪设备的控制过程的描述食谱进行解析，成一系统能够被对应烹饪设备识别和执行的属性参数和控制指令，生成符合对应烹饪设备规范和数据结构的食谱程序代码。接口模块，用于输入烹饪设备类型和文字食谱，并输出编译结果。云数据库模块，用于储存创建设备属性和控制描述术语，描述关键字，关联规则和各烹饪设备食谱程序代码的规范规则、数据结构规则、编译规则。
如图4所示，利用本食谱编译云平台系统生成食谱程序代码的工作流程主要有4个步骤：1、第三平台或烹饪设备与云平台系统建立通讯连接，通过接口模块输入烹饪设备类型、型号和文字食谱等参数；2、连接云数据库，根据描述关键字和烹饪设备类型、型号，解析文字食谱，编译生成对应烹饪设备的控制过程的描述食谱；3、连接云数据库，根据烹饪设备类型、型号，将上一步编译得到的对应烹饪设备的控制过程的描述食谱进行解析，编译生成符合对应烹饪设备规范和数据结构的食谱程序代码；4、通过接口模块将编译出的数据或文件输出。取得编译结果的第三方可以直接将编译得到的数据或文件传输给烹饪设备，执行烹饪程序，完成烹饪。为进一步 解释上述步骤的技术改进，下面将对每个步骤所涉及的具体内容进行一一阐述。
步骤一，第三平台或烹饪设备与云平台系统建立通讯连接，通过接口模块输入烹饪设备类型、型号和文字食谱等参数。
本食谱编译云平台系统，是架设在云服务上的，第三平台或烹饪设备需要通过互联网连接登录食谱编译云平台服务器，然后通过本食谱编译云平台系统中接口，输入烹饪设备类型、型号和需要编译的文字食谱内容。
步骤二，连接云数据库，根据描述关键字和烹饪设备类型、型号，解析文字食谱，编译生成对应烹饪设备的控制过程的描述食谱。
编译软件连接云数据库，根据输入的烹饪设备类型、型号，获取烹饪设备的设备属性和控制描述术语。在关键字规则模块中，每个关键字与不同类型的烹饪设备的设备属性和控制描述术语关联。利用描述关键字云数据库，解析输入的文字食谱的内容，根据文字食谱中的关键字和语义描述，生成输入的烹饪设备的控制过程的描述食谱。
步骤三，连接云数据库，根据烹饪设备类型、型号，将上一步编译得到的对应烹饪设备的控制过程的描述食谱进行解析，编译生成符合对应烹饪设备规范和数据结构的食谱程序代码。
编译软件连接云数据，根据输入的烹饪设备类型、型号，获取烹饪设备的烹饪功能、属性参数和控制命令。在设备规则模块中，每项设备属性和控制描述术语与设备相应属性或烹饪动作有关联关系。利用设备属性和控制描述术语云数据库，解析步骤二中生成的烹饪设备的控制过程的描述食谱，根据输入烹饪设备的规范和数据结构规则，生成符合对应的烹饪设备规范和数据结构的食谱程序代码。
整个编译的过程，都是由系统自动完成，使得程序文件的自动编译效率能够得到很大的提高，基本不再需要或者很少需要专业的程序编程人员介入。
在一些实现方式中，在编译语义描述时，需要由烹饪设备自动实现的烹饪内容，编译为由烹饪设备执行的属性参数和控制命令；需要由人工操作实现的烹饪过程，编译为对应的提示信息命令；
步骤四，通过接口将编译生成的数据或文件输出，取得编译结果的第三方可以直接将编译得到的数据或文件传输给烹饪设备，执行烹饪程序，完成烹饪。
通过互联网和对应接口，将编译生成的数据或文件输出给建立通讯连接的第三平台或烹饪设备。第三方可以直接将编译得到的数据或文件传输给烹饪设备。烹饪设备得到食谱程序代码后，实现其烹饪功能、性能和参数，完成相应的烹饪过程。
在一些实现方式中，本发明的食谱编译系统，只针对烹饪过程中的烹饪设备的烹饪功能、属性参数和控制命令进行编译。对于文字食谱中的食材相关描述和准备并不编译。如，食材的份量、洗净和切块等，均不进行解析。
在一些实现方式中，如果烹饪设备本身具有对食材操作和处理功能的，则根据烹饪设备的相关设备属性和控制描述术语，及烹饪功能、属性参数和控制命令，对相关烹饪内容的进行编译。
对文字食谱的编译支持，包括但不限于简体中文、繁体中文、英文等。
以上内容是结合具体的优选实施方式对本发明所作的进一步详细说明，不能认定本发明的具体实施只局限于这些说明。对于本发明所属技术领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干简单推演或替换，都应当视为属于本发明的保护范围。

Claims (7)

  1. 一种食谱程序代码生成方法，其特征在于：该方法包括如下步骤：
    步骤S01，创建设备属性和控制描述术语云数据库，所述设备属性和控制描述术语云数据库包含了不同类型的烹饪设备的属性和控制描述术语，每项设备属性和控制描述术语与设备相应属性或烹饪动作有关联关系；
    步骤S02，创建描述关键字云数据库，所述描述关键字云数据库包含目前文字食谱描述所用到的关键字，每个关键字与不同类型的烹饪设备的设备属性和控制描述术语有关联关系；
    步骤S03，编译软件获取烹饪设备类型和文字食谱，解析文字食谱中的描述关键字，并与获取的烹饪设备类型的设备属性和控制描述术语对应，生成对应烹饪设备的控制过程的描述食谱，此食谱可以用于配合手机应用，展示食谱过程和提示内容等；
    步骤S04，编译软件将编译得到对应烹饪设备的控制过程的描述食谱进行解析，形成一系统能够被对应烹饪设备识别和执行的属性参数和控制指令，生成符合对应烹饪设备规范和数据结构的食谱程序代码。
  2. 根据权利要求1所述的食谱程序代码生成方法，其特征在于：在步骤S01中，针对每款不同的类型，不同型号的烹饪设备，根据其属性参数、控制过程和特点，生成对应的设备属性和控制描述术语。
  3. 根据权利要求1所述的食谱程序代码生成方法，其特征在于：在步骤S02中，描述关键字是通过对大量的文字食谱进行的研究与调查得出的。
  4. 根据权利要求3所述的食谱程序代码生成方法，其特征在于：在步骤S02中，烹饪设备的设备属性和控制描述术语，包括了对若干项烹饪控制过程的描述和当前烹饪步骤的退出条件和/或下一项烹饪步骤的描述，并有提示文字的描述。
  5. 根据权利要求1所述的食谱程序代码生成方法，其特征在于：在步骤S03中，编译软件中的食谱程序代码为机器代码数据或C数据或JSON数据，文字食谱为TXT文本数据。
  6. 一种根据权利要求1所述的食谱程序代码生成方法的食谱编译云平台系统，其特征在于，该系统包括：
    设备规则模块，用于创建设备属性和控制描述术语云数据库，每项设备 属性和控制描述术语与设备相应属性或烹饪动作有关联关系，当有新的烹饪设备需要添加时，可以通过此模块创建设备属性和控制描述术语，并与设备的相关属性或烹饪动作进行关联；
    关键字规则模块，用于描述关键字云数据库，每个关键字与不同类型的烹饪设备的设备属性和控制描述术语有关联关系，可以通过此模块添加新的文字描述关键字，并与烹饪设备的设备属性和控制描述术语进行关联；
    编写模块，利用描述关键字编写和描述烹饪过程；
    编译模块，用于编译软件获取烹饪设备类型和文字食谱，解析文字食谱中的描述关键字，并与对应烹饪设备类型的设备属性和控制描述术语对应，生成对应烹饪设备的控制过程的描述食谱，然后再对生成的饪设备的控制过程的描述食谱进行解析，成一系统能够被对应烹饪设备识别和执行的属性参数和控制指令，生成符合对应烹饪设备规范和数据结构的食谱程序代码；
    接口模块，用于输入烹饪设备类型和文字食谱文本，并输出编译结果；
    云数据库模块，用于储存创建设备属性和控制描述术语，描述关键字，关联规则和各烹饪设备食谱程序代码的规范规则、数据结构规则、编译规则。
  7. 一种根据权利要求6所述的食谱编译云平台系统生成食谱程序代码的方法，其特征在于,包括一下步骤：
    步骤A、第三平台或烹饪设备与云平台系统建立通讯连接，通过接口模块输入烹饪设备类型、型号和文字食谱等参数；
    步骤B、连接云数据库，根据描述关键字和烹饪设备类型、型号，解析文字食谱，编译生成对应烹饪设备的控制过程的描述食谱；
    步骤C、连接云数据库，根据烹饪设备类型、型号，将上一步编译得到的对应烹饪设备的控制过程的描述食谱进行解析，编译生成符合对应烹饪设备规范和数据结构的食谱程序代码；
    步骤D、通过接口模块将编译出的数据或文件输出，取得编译结果的第三 方可以直接将编译得到的数据或文件传输给烹饪设备，执行烹饪程序，完成烹饪。
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