System and method for designing cultural and creative products of cultural and blog units based on artificial intelligence

Abstract

The invention discloses a system and a method for designing cultural relic and creative products of a cultural relic unit based on artificial intelligence, and the system comprises a login module, a user interface module, an input processing module, a cultural relic database module, a selection module, a generation module, a suggestion module and a storage management module. The system can effectively support the whole cultural and creative product design process from conception to implementation of the user, can enable the user to design by himself / herself to select personal requirements, can improve the interaction and experience of the user, and improves the satisfaction of the user.

Description

Technical Field

[0001] The present invention belongs to the technical field of cultural and creative product design systems, and relates to a cultural and creative product design system and method for cultural and museum units based on artificial intelligence. Background Art

[0002] With the development of society, people pay more and more attention to the inheritance and development of traditional culture. As an important cultural carrier, cultural and creative products play an important role in spreading culture and enhancing cultural confidence. However, the existing cultural and creative product design tools have the following shortcomings:

[0003] Lack of intelligent design assistance tools makes it impossible to effectively handle complex user needs.

[0004] There are few varieties of cultural and creative products, which makes it difficult to meet the needs of different customers, and users cannot find the cultural and creative products they like.

[0005] The design process lacks interactivity and real-time feedback mechanisms, resulting in poor user experience and dissatisfaction with cultural and creative products. Summary of the invention

[0006] In view of the above problems, the present invention proposes a cultural and creative product design system and method for cultural and museum units based on artificial intelligence, which well solves the problems in the prior art.

[0007] In order to achieve the above object, the technical solution adopted by the present invention is as follows:

[0008] A cultural and creative product design system for cultural and museum units based on artificial intelligence, including:

[0009] Login module: used for users to register personal accounts, log in to the user interface, and identify user identity information;

[0010] User interface module: used to display module options and information;

[0011] Input processing module: used for users to input query information, including cultural relics information, cultural and creative design theme information, and cultural relics matching design type information, and to identify and process the information input by users;

[0012] Selection module: used to provide a selection list of query information for users to choose;

[0013] Cultural Relics Database Module: stores cultural relics data and modern product data for users to select and extract;

[0014] Generation module: Generate pictures or 3D models of cultural and creative products;

[0015] Suggestion module: provides design improvement suggestions based on the generated design plan;

[0016] Storage management module: stores the design scheme selected by the user, making it convenient for the user to view or modify it later.

[0017] Optionally, the user interface module includes:

[0018] Personal information management submodule: allows users to modify personal information, such as avatar, nickname, contact information, etc.;

[0019] Design preview submodule: used for users to view historical design plans and display the preview effects of design plans, including 2D pictures or 3D models;

[0020] Community communication submodule: allows users to exchange design concepts and experiences and share design solutions within the system;

[0021] Online payment submodule: provides online payment function to facilitate users to purchase design services or finished products;

[0022] Help Center submodule: Provides answers to frequently asked questions and operation guides.

[0023] Optionally, the input processing module includes:

[0024] Data verification submodule: verify whether the data entered by the user meets the requirements;

[0025] Data conversion submodule: formats the data input by the user and converts it into information that can be recognized by the selection module for subsequent processing by the selection module;

[0026] Request distribution submodule: summarizes input information and sends the required information to the cultural relics database module for information extraction;

[0027] Personalized recommendation submodule: Provides personalized cultural relic recommendations based on the user's browsing history and preferences.

[0028] Optionally, the cultural relics database module includes:

[0029] Cultural Relics Sub-Database Module: stores various cultural relics data, current product data and various design theme information;

[0030] Cultural relic information retrieval submodule: retrieve cultural relic information based on keywords;

[0031] Cultural Relics Information Display Submodule: displays retrieved cultural relics information, including pictures, descriptions, historical background, etc.;

[0032] Cultural Relics Association Analysis Submodule: Analyzes the association between cultural relics and other cultural relics, and provides recommendations for related cultural relics;

[0033] Cultural Relics Extraction Module: Summarizes cultural relic information and related cultural relic information and sends it to the selection module.

[0034] Optionally, the selection module includes:

[0035] Cultural relic information selection module: provides cultural relic information, similar cultural relic information, and recommends cultural relic information based on historical records;

[0036] Theme data selection module: provides multiple design themes for user prompt information;

[0037] Matching design item selection module: provides a variety of items that match the cultural relics according to user prompts.

[0038] Optionally, the generating module includes:

[0039] Two-dimensional image generation module: generates a two-dimensional image for the user to view based on the information selected by the user;

[0040] 3D model generation module: Generates a 3D model based on the information selected by the user for the user to view the overall effect.

[0041] Optionally, the suggestion module includes:

[0042] Theme understanding submodule: analyzes the design theme input by the user and extracts key elements;

[0043] Idea generation submodule: Generate preliminary new design ideas based on the extracted key elements;

[0044] Solution optimization submodule: optimize the generated preliminary solution to make it more in line with actual needs;

[0045] Professional teacher module: matches professional teachers in corresponding fields according to user design proposals, and generates new design proposals based on the design style of the professional teachers.

[0046] A training method for a cultural and creative product design system of a museum unit based on artificial intelligence, comprising: logging into the system: a user logs into the system and enters a user interface;

[0047] Input cultural relic design information: the user inputs cultural relic information, theme information and matching design type information of the cultural and creative design on the user interface;

[0048] Input processing information: The input processing module parses the information input by the user and obtains the corresponding cultural relic data, modern product data and theme style data from the cultural relic database module;

[0049] Select information: Users can choose combinations based on the listed information and can select multiple combinations at the same time.

[0050] Generate design solutions: The design generation module generates design solutions based on cultural relics information, cultural and creative design theme information and matching modern products.

[0051] Generate pictures / 3D models: The picture / 3D modeling module generates pictures or 3D models of cultural and creative products based on the design plan.

[0052] Display design plan: The user interface displays the cultural and creative product pictures or 3D models generated by the picture / 3D modeling module.

[0053] Providing optimization suggestions: The suggestion module provides optimization suggestions based on the design plan and displays them on the user interface.

[0054] Save design plan: After the user selects a satisfactory design plan, save it to the storage management module.

[0055] Exit system: The user exits the system after completing the operation.

[0056] Compared with the prior art, the present invention has the following beneficial effects:

[0057] 1. This system simplifies the user operation process through the integrated user interface module, allowing users to quickly and accurately input the required information, greatly improving the design efficiency. The input processing module automatically performs data verification and format conversion, reducing human errors and ensuring the correctness and consistency of data;

[0058] 2. The personalized recommendation submodule of the present invention intelligently recommends cultural relics and design themes according to the user's design history and preferences to meet the user's personalized needs. The generation module not only supports the generation of two-dimensional images, but also supports the generation of three-dimensional models, allowing users to preview the design effects in all directions;

[0059] 3. The suggestion module in the present invention provides users with professional design suggestions through the theme understanding and creative generation sub-modules to help optimize the design plan. The professional teacher module recommends design plans of professional teachers in the corresponding field according to the user's design style, further improving the professionalism of the design;

[0060] 4. The cultural and creative product design system of the present invention not only simplifies the cultural and creative design process, improves design efficiency and user experience, but also provides rich design resources and support, making the development of cultural and creative products more efficient, convenient and creative. This will help promote the development of the cultural and creative industry and promote the inheritance and innovation of cultural heritage. BRIEF DESCRIPTION OF THE DRAWINGS

[0061] Figure 1 It is a schematic diagram of the overall process of an embodiment of the present invention; DETAILED DESCRIPTION

[0062] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0063] See also Figure 1 , is a cultural and creative product design system for cultural and museum units based on artificial intelligence disclosed in an embodiment of the present invention, comprising:

[0064] Login module: used for users to register personal accounts, log in to the user interface, and identify user identity information;

[0065] User interface module: used to display module options and information;

[0066] Input processing module: used for users to input query information, including cultural relics information, cultural and creative design theme information, and cultural relics matching design type information, and to identify and process the information input by users;

[0067] Selection module: used to provide a selection list of query information for users to choose;

[0068] Cultural Relics Database Module: stores cultural relics data and modern product data for users to select and extract;

[0069] Generation module: Generate pictures or 3D models of cultural and creative products;

[0070] Suggestion module: provides design improvement suggestions based on the generated design plan;

[0071] Storage management module: stores the design scheme selected by the user, which is convenient for the user to view or modify later

[0072] New users can first register a personal account and then log in. By inputting the cultural relic information they want to query, the direction and theme of cultural and creative design, and the information of modern items they want to combine with the cultural relic in the input processing module, the input processing module will recognize the information and upload it. Then the cultural relic database module will extract the corresponding cultural relic information (such as pictures, historical background, cultural relic parameters, etc.), design theme style information and current item information (pictures, parameters) based on the information obtained, and display them on the user interface through the selection module for users to select. Customers select the desired cultural relic information, match the theme and modern products by themselves, and after selecting multiple options, generate two-dimensional pictures and three-dimensional models through the generation module, so as to select their favorite cultural and creative products and save them, which can be viewed or modified later.

[0073] If the user is an old user, the input processing module will combine the information between users to recommend cultural relics information, matching cultural and creative themes and modern products, extract information from the cultural relics database module, and then display more options in the selection module for the user to choose from.

[0074] In some possible implementations, the user interface module includes:

[0075] Personal information management submodule: allows users to modify personal information, such as avatar, nickname, contact information, etc.;

[0076] Design preview submodule: used for users to view historical design plans and display the preview effects of design plans, including 2D pictures or 3D models;

[0077] Community communication submodule: allows users to exchange design concepts and experiences and share design solutions within the system;

[0078] Online payment submodule: provides online payment function to facilitate users to purchase design services or finished products;

[0079] Help center submodule: provides answers to frequently asked questions and operation guides;

[0080] New users can view the operation guide and learn the basic operation through the help center sub-module. If there are any problems, they can ask questions and get answers. The help center sub-module contains the operation guide of the cultural and creative product design system based on artificial intelligence for cultural and museum units, as well as common operation questions and answers, which can help users master the use faster.

[0081] After logging into their personal account, users can view cultural and creative products of historical design;

[0082] The online payment sub-module is suitable for users to pay online. In order to increase the motivation of the company that designed the system to upgrade and to allow users to have better proposals, a charging system is implemented for the generation module and the suggestion module. For two-dimensional images, users can generate them for free for experience, but for three-dimensional model generation, users need to pay to generate them. For the subsequent suggestion module, there are also multiple suggestions, which are free and paid.

[0083] In some feasible embodiments, the input processing module includes:

[0084] Data verification submodule: After the user enters the design information, the data verification submodule will verify whether the input data meets the requirements, such as checking whether the cultural relics exist, whether the design theme is clear, etc. If the input is wrong, the user will be reminded to correct it in time;

[0085] Data conversion submodule: converts the original data input by the user into the internal standard format of the system so that the cultural relics sub-database module can correctly identify and process the information and search for materials according to the input information;

[0086] Request distribution submodule: summarizes the user's input information and sends it to the cultural relics database module for the next step of information extraction and processing;

[0087] Personalized recommendation submodule: Based on the user's browsing history and preferences, relevant cultural relics information and design themes are recommended to users to help them find suitable design materials more quickly, and then fed back to the selection module for users to choose.

[0088] In some feasible embodiments, the cultural relics database module includes:

[0089] Cultural Relics Sub-Database Module: stores various cultural relics data, current product data and various design theme information;

[0090] Cultural relic information retrieval submodule: receives the keyword information converted by the data conversion submodule, and searches for cultural relic information based on the keywords, so as to find the corresponding information more quickly;

[0091] Cultural Relics Information Display Submodule: displays retrieved cultural relics information, including pictures, descriptions, historical background, etc.;

[0092] Cultural Relics Association Analysis Submodule: Analyzes the association between cultural relics and other cultural relics, and provides recommendations for related cultural relics;

[0093] Cultural Relics Extraction Module: collects cultural relic information and related cultural relic information and sends it to the Selection Module;

[0094] After completing the keyword search, the cultural relics information retrieval submodule retrieves the required data information. At this time, the cultural relics information display submodule will display the corresponding cultural relics file package. The surface of the file package is the cultural relics picture information. After opening the file package, it contains information such as the historical background and parameters of the cultural relics. The cultural relics association analysis submodule also analyzes the cultural relics and provides cultural relics related to them for users to choose. Finally, the cultural relics extraction module summarizes the above cultural relics information into a total file package and feeds it back to the selection module.

[0095] In some feasible embodiments, the selection module includes:

[0096] Cultural relic information selection module: provides cultural relic information, similar cultural relic information, and recommends cultural relic information based on historical records;

[0097] Theme data selection module: provides multiple design themes for user prompt information;

[0098] Matching design item selection module: provide a variety of items that match the cultural relics according to user prompts;

[0099] The selection module will display the information fed back by the cultural relics extraction module. Users can select the matching scheme they want in the cultural relics data selection module, theme data selection module and matching design item selection module;

[0100] The selection module also includes a multi-backup plan module, which allows users to select multiple matching plans and store information.

[0101] In some feasible embodiments, the generating module includes:

[0102] Two-dimensional image generation module: generates a two-dimensional image for the user to view based on the information selected by the user;

[0103] 3D model generation module: generates a 3D model based on the information selected by the user for the user to view the overall effect;

[0104] The generation module generates a two-dimensional image for free for users to view based on the scheme selected by the user in the selection module. If the user is satisfied with the two-dimensional image of one of the schemes, he can directly select the three-dimensional module generation module. At this time, the online payment sub-module will pop up a window for the user to make payment. The user can choose to pay to generate a three-dimensional model according to his needs.

[0105] In some feasible embodiments, the suggestion module includes:

[0106] Theme understanding submodule: analyzes the design theme input by the user and extracts key elements;

[0107] Idea generation submodule: Generate preliminary new design ideas based on the extracted key elements;

[0108] Solution optimization submodule: optimize the generated preliminary solution to make it more in line with actual needs;

[0109] Professional teacher module: matches professional teachers in corresponding fields according to user design plans, and generates new design plans based on the design style of the professional teachers;

[0110] After the user generates a cultural and creative design plan, the theme understanding submodule will analyze the plan finally selected by the user, extract the key elements of the user's cultural and creative design, generate a new similar design plan, and optimize it again through the plan optimization submodule, so that the design plan can better reflect the key elements of the plan, and feedback to the customer for review. If the customer is not satisfied with his or her design plan, he or she can also provide suggestions to himself or herself through the professional teacher selection module. After selecting the professional teacher module, the professional teacher module will match professional teachers in similar fields based on the key factors obtained from the analysis. Users can also choose the professional teachers they want to choose. If the user is satisfied with the recommended professional teachers, after selecting the corresponding professional teachers, the online payment submodule will pop up a window for the user to pay. After the user pays, the professional teacher module will modify the user's design plan according to the style of the selected professional teacher, or redesign it based on the information selected by the user for the user to choose, and give the user new design plan suggestions;

[0111] Provide better services to users and enhance their cultural and creative design experience. After users get the cultural and creative design they are satisfied with, they can produce it offline.

[0112] In some feasible ways, the present application also discloses a method for designing cultural and creative products of cultural and museum units based on artificial intelligence, including:

[0113] Login system: The user logs in to the system and enters the user interface;

[0114] Input cultural relic design information: the user inputs cultural relic information, theme information and matching design type information of the cultural and creative design on the user interface;

[0115] Input processing information: The input processing module parses the information input by the user and obtains the corresponding cultural relic data, modern product data and theme style data from the cultural relic database module;

[0116] Select information: Users can choose combinations based on the listed information and can select multiple combinations at the same time.

[0117] Generate design solutions: The design generation module generates design solutions based on cultural relics information, cultural and creative design theme information and matching modern products.

[0118] Generate pictures / 3D models: The picture / 3D modeling module generates pictures or 3D models of cultural and creative products based on the design plan.

[0119] Display design plan: The user interface displays the cultural and creative product pictures or 3D models generated by the picture / 3D modeling module.

[0120] Providing optimization suggestions: The suggestion module provides optimization suggestions based on the design plan and displays them on the user interface.

[0121] Save design plan: After the user selects a satisfactory design plan, save it to the storage management module.

[0122] Exit system: The user exits the system after completing the operation.

[0123] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A cultural and creative product design system for cultural and museum units based on artificial intelligence, characterized in that: include: Login module: used for users to register personal accounts, log in to the user interface, and identify user identity information; User interface module: used to display module options and information; Input processing module: used for users to input query information, including cultural relics information, cultural and creative design theme information, and cultural relics matching design type information, and to identify and process the information input by users; Selection module: used to provide a selection list of query information for users to choose; Cultural Relics Database Module: stores cultural relics data and modern product data for users to select and extract; Generation module: Generate pictures or 3D models of cultural and creative products; Suggestion module: provides design improvement suggestions based on the generated design plan; Storage management module: stores the design scheme selected by the user, making it convenient for the user to view or modify it later.

2. The cultural and creative product design system for cultural and museum units based on artificial intelligence according to claim 1, characterized in that: The user interface module includes: Personal information management submodule: allows users to modify personal information, such as avatar, nickname, contact information, etc.; Design preview submodule: used for users to view historical design plans and display the preview effects of design plans, including 2D pictures or 3D models; Community communication submodule: allows users to exchange design concepts and experiences and share design solutions within the system.

3. The cultural and creative product design system for cultural and museum units based on artificial intelligence according to claim 2, characterized in that: The input processing module comprises: Data verification submodule: verify whether the data entered by the user meets the requirements; Data conversion submodule: formats the data input by the user and converts it into information that can be recognized by the selection module for subsequent processing by the selection module; Request distribution submodule: summarizes input information and sends the required information to the cultural relics database module for information extraction; Personalized recommendation submodule: Provides personalized cultural relic recommendations based on the user's browsing history and preferences.

4. The cultural and creative product design system for cultural and museum units based on artificial intelligence according to claim 1, characterized in that: The cultural relics database module includes: Cultural Relics Sub-Database Module: stores various cultural relics data, current product data and various design theme information; Cultural relic information retrieval submodule: retrieve cultural relic information based on keywords; Cultural Relics Information Display Submodule: displays retrieved cultural relics information, including pictures, descriptions, and historical background; Cultural Relics Association Analysis Submodule: Analyzes the association between cultural relics and other cultural relics, and provides recommendations for related cultural relics; Cultural Relics Extraction Module: Summarizes cultural relic information and related cultural relic information and sends it to the selection module.

5. The cultural and creative product design system for cultural and museum units based on artificial intelligence according to claim 4, characterized in that: The selection module includes: Cultural relic information selection module: provides cultural relic information, similar cultural relic information, and recommends cultural relic information based on historical records; Theme data selection module: provides multiple design themes for user prompt information; Matching design item selection module: provides a variety of items that match the cultural relics according to user prompts.

6. The cultural and creative product design system for cultural and museum units based on artificial intelligence according to claim 5, characterized in that: The generation module comprises: Two-dimensional image generation module: generates a two-dimensional image for the user to view based on the information selected by the user; 3D model generation module: Generates a 3D model based on the information selected by the user for the user to view the overall effect.

7. The artificial intelligence-based cultural and creative product design system for cultural and museum units according to claim 6, characterized in that: The suggestion module includes: Theme understanding submodule: analyzes the design theme input by the user and extracts key elements; Idea generation submodule: Generate preliminary new design ideas based on the extracted key elements; Solution optimization submodule: optimize the generated preliminary solution to make it more in line with actual needs; Professional teacher module: matches professional teachers in corresponding fields according to user design proposals, and generates new design proposals based on the design style of the professional teachers.

8. A method for designing cultural and creative products for cultural and museum units based on artificial intelligence, comprising the cultural and creative product design system for cultural and museum units based on artificial intelligence according to any one of claims 1 to 7, characterized in that: The following steps are involved: 1S. Login system: The user logs in to the system and enters the user interface; 2S. Input cultural relic design information: The user inputs cultural relic information, theme information, and matching design type information of the cultural and creative design on the user interface; 3S, input processing information: the input processing module parses the information input by the user and obtains the corresponding cultural relic data, modern product data and theme style data from the cultural relic database module; 4S. Select information: Users select combinations based on the listed information and can select multiple combinations at the same time. 5S, generate design solutions: The design generation module generates design solutions based on cultural relics information, cultural and creative design theme information and matching modern products. 6S. Generate pictures / 3D models: The picture / 3D modeling module generates pictures or 3D models of cultural and creative products according to the design plan. 7S. Display design plan: The user interface displays the cultural and creative product pictures or 3D models generated by the picture / 3D modeling module. 8S. Provide optimization suggestions: The suggestion module provides optimization suggestions based on the design plan and displays them on the user interface. 9S. Save design plan: After the user selects a satisfactory design plan, save it to the storage management module. 10S. Exit system: The user exits the system after completing the operation.

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