A method and system for dynamic generation of a multi-national trademark application form

Abstract

The present application relates to the technical field of intellectual property services, and provides a dynamic generation method and system of multi-country trademark application forms, aiming to solve the technical problems of high cost of separate development of each country form, rule adaptation and adjustment, high threshold of user filling of overseas forms, and low efficiency of application form making of existing multi-country trademark application. The present application comprises: splitting different target country trademark application forms into reusable logical units and integrating standardized controls into an editor to generate form templates and corresponding configuration data that adapt to the requirements of each country; generating a hierarchical information collection interface when accessing the template, collecting Chinese format data through four independent collection sub-units of applicant information, trademark basic information, trademark supplementary information and trademark category information, and automatically converting to generate an application form that meets the official specifications of the target country. The present application can improve the form configuration efficiency, reduce the development and rule iteration cost, reduce user filling errors, and greatly improve the trademark application form making efficiency.

Description

Technical Field

[0001] This invention relates to the field of intellectual property service technology, and in particular to a method and system for dynamically generating multi-country trademark application forms. Background Technology

[0002] In cross-border trademark application practice, Chinese applicants (such as Chinese companies) wishing to register trademarks in countries like the United States and the United Kingdom typically need to entrust a local agent in the target country to submit the application. However, different countries / regions have their own unique specifications regarding the information fields, data formats, and layout required for trademark applications. For example, the USPTO in the United States requires the completion of specific trademark application forms, whose fields include applicant type (various subcategories of individuals / companies), links to evidence of use, and details of the trademark category. Existing technologies include systems that can generate application forms. For instance, Patent Document 1 (TW202501349A) discloses a system for automatically generating patent files through semantic analysis. Its core technical solution includes: generating patent files through semantic analysis and using a "case processing module" to convert case orders into compliant application documents (such as specifications, claims, and applications). Its "application generation unit" generates applications by extracting user login authentication information or directly input data and applying a formatted template. Developing a system for cross-border trademark applications based on such systems would present several problems. First, in actual cross-border trademark agency business, Chinese users are often unfamiliar with the complex form formats of target countries. Therefore, a system is needed that can collect information in a way that Chinese users are accustomed to (such as using Chinese characters, Chinese date formats, and Chinese address conventions) and automatically convert it into a form format of the target country. Second, the form templates of such systems are single preset formats and cannot handle the automatic conversion from Chinese user input habits to output formats of multiple countries (such as date format conversion, address field reorganization, applicant type mapping, etc.). Third, any addition, deletion, or layout adjustment of fields requires remaking the template or modifying the code, making it impossible to flexibly adapt to the complex differences in forms of different countries. Fourth, it cannot realize the collection and form generation of dynamic data scenarios such as one or more joint applicants, multiple categories, and multiple pieces of evidence used. In addition, Patent Document 2 (CN103210405A) discloses a system for intellectual property workflow processes. Such systems focus on task distribution, document version control, and internal and external collaboration, and do not support the automatic generation of trademark application forms from Chinese user input to the target country.

[0003] In summary, existing technologies cannot solve the technical problems in cross-border trademark applications, such as requiring users to directly fill out complex forms for the target country, low information collection efficiency, susceptibility to errors, and difficulty in adapting to multiple country formats. Summary of the Invention

[0004] To address the shortcomings of the existing technologies, this invention provides a method and system for dynamically generating trademark application forms for multiple countries, thereby improving form configuration efficiency, reducing development and rule iteration costs, minimizing user errors, and increasing the efficiency of trademark application form creation.

[0005] In a first aspect, the present invention provides a method for dynamically generating multi-country trademark application forms, comprising: The content of trademark application forms in different target countries is analyzed, the form content is broken down into different reusable logical units, and corresponding standardized controls are set for each logical unit and integrated into the editor; The editor combines different logical unit controls into trademark application form templates that adapt to the requirements of different target countries, and generates corresponding template configuration data based on the trademark application form templates. When the trademark application form template of a specific target country is accessed, a layered information collection interface adapted to the input habits of Chinese users is generated based on the template configuration data corresponding to the trademark application form template. The layered information collection interface contains four independent collection sub-units, namely the applicant information collection unit, the trademark basic information collection unit, the trademark supplementary information collection unit, and the trademark category information collection unit, which are used to collect basic trademark application data in Chinese format. The basic Chinese-format trademark application data collected from the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit, and trademark category information collection unit are used to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country, according to the template configuration data.

[0006] Secondly, the present invention provides a dynamic generation system for multi-country trademark application forms, wherein the dynamic generation system for multi-country trademark application forms uses the aforementioned dynamic generation method for multi-country trademark application forms, and the dynamic generation system for multi-country trademark application forms includes: The template preprocessing module is used to analyze the form content of trademark application forms in different target countries, break down the form content into different reusable logical units, and set corresponding standardized controls for each logical unit and integrate them into the editor; The template configuration module is used to combine different logical unit controls into trademark application form templates that adapt to the requirements of different target countries through the editor, and to generate corresponding template configuration data based on the trademark application form templates; The data collection interface generation module is used to generate a layered information collection interface adapted to the input habits of Chinese users when the trademark application form template of a specific target country is accessed, based on the template configuration data corresponding to the trademark application form template. The layered information collection interface contains four independent collection sub-units, namely the applicant information collection unit, the trademark basic information collection unit, the trademark supplementary information collection unit, and the trademark category information collection unit, which are used to collect basic trademark application data in Chinese format. The trademark application form generation module is used to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country by taking the basic Chinese-format trademark application data collected by the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit and trademark category information collection unit, and configuring the data according to the template.

[0007] Compared with the prior art, the beneficial effects of this invention are as follows: This invention provides a method and system for dynamically generating trademark application forms for multiple countries, comprising: analyzing the form content of trademark application forms from different target countries, breaking down the form content into different reusable logical units, setting corresponding standardized controls for each logical unit and integrating them into an editor; combining the different logical unit controls into a trademark application form template adapted to the requirements of different target countries through the editor, and generating corresponding template configuration data based on the trademark application form template; when the trademark application form template of a specific target country is accessed, generating a layered information collection interface adapted to the input habits of Chinese users based on the template configuration data corresponding to the trademark application form template, the layered information collection interface containing four independent collection sub-units, namely, an applicant information collection unit, a trademark basic information collection unit, a trademark supplementary information collection unit, and a trademark category information collection unit, used to collect basic trademark application data in Chinese format; and automatically generating a trademark application form conforming to the official specifications of the corresponding target country based on the basic trademark application data in Chinese format collected by the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit, and trademark category information collection unit, according to the template configuration data. This invention achieves the reuse of form elements in trademark application forms from different countries through logical unit decomposition and control-based integration, avoiding the repetitive work of developing separate forms for each country and improving template configuration efficiency. Furthermore, by configuring data through templates, flexible adaptation to form specifications of different countries can be achieved. When adjusting the form rules of the target country, no modification to the underlying system code is required; only configuration adjustments are needed for iteration. Simultaneously, by adapting the data collection interface to Chinese user habits, the barrier to entry for users directly filling out complex forms from the target country is avoided, effectively reducing the error rate. In addition, the automatic data conversion to generate application forms for the target country eliminates the need for manual format adjustments and field reorganization, effectively improving the efficiency of trademark application form creation. Attached Figure Description

[0008] The accompanying drawings, which are included to provide a further understanding of the invention and form part of this invention, illustrate exemplary embodiments of the invention and are used to explain the invention, but do not constitute an undue limitation of the invention. Some specific embodiments of the invention will be described in detail below with reference to the accompanying drawings in an exemplary and non-limiting manner. The same reference numerals in the drawings designate the same or similar parts or components. It should be understood by those skilled in the art that these drawings are not necessarily drawn to scale. In the drawings: Figure 1 This is a flowchart illustrating a method for dynamically generating trademark application forms for multiple countries according to an embodiment of the present invention; Figure 2 This is a schematic diagram of a trademark application form template management interface according to an embodiment of the present invention; Figure 3 This is a schematic diagram of a layered information collection interface according to an embodiment of the present invention; Figure 4 This is a schematic diagram of the architecture of a dynamic generation system for multi-country trademark application forms according to an embodiment of the present invention. Detailed Implementation

[0009] To enable those skilled in the art to better understand the present invention, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings of the embodiments. Obviously, the described embodiments are merely some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort should fall within the scope of protection of the present invention. Example

[0010] See Figures 1-4 This embodiment provides a method for dynamically generating trademark application forms for multiple countries, including the following steps: S101. Analyze the form content of trademark application forms in different target countries, break down the form content into different reusable logical units, and set up corresponding standardized controls for each logical unit and integrate them into the editor; S102. Using the editor, different logical unit controls are combined into trademark application form templates that adapt to the requirements of different target countries, and corresponding template configuration data is generated based on the trademark application form templates. S103. When the trademark application form template of a specific target country is accessed, a layered information collection interface adapted to the input habits of Chinese users is generated according to the template configuration data corresponding to the trademark application form template. The layered information collection interface contains four independent collection sub-units, namely the applicant information collection unit, the trademark basic information collection unit, the trademark supplementary information collection unit, and the trademark category information collection unit, which are used to collect basic trademark application data in Chinese format. S104. The basic data of Chinese-format trademark applications collected by the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit and trademark category information collection unit are used to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country according to the template configuration data.

[0011] In this embodiment, by splitting logical units and integrating them into controls, form elements of trademark application forms from different countries can be reused, avoiding the repetitive work of developing separate forms for each country and improving template configuration efficiency. Furthermore, by configuring data through templates, flexible adaptation to form specifications of different countries can be achieved. When adjusting the form rules of the target country, no modification to the underlying system code is required; only configuration adjustments are needed for iteration. Simultaneously, by adapting the data collection interface to Chinese user habits, the barrier to entry for users directly filling out complex forms from the target country is avoided, effectively reducing the error rate. Additionally, by automatically converting data to generate application forms for the target country, no manual formatting or field reorganization is needed, effectively improving the efficiency of trademark application form creation.

[0012] Furthermore, to facilitate user access, a trademark application form template management interface can be configured. This interface provides access interfaces for trademark application templates from multiple target countries. Users can initiate access to the trademark application form templates for a specific target country simply by selecting the desired target country's access interface.

[0013] In some examples, we take the case of a Chinese company applying for trademark registration with the USPTO. First, the system pre-collects the trademark application forms officially released by the USPTO, breaking down the form content into four reusable logical units: applicant information, basic trademark information, supplementary trademark information, and trademark category information. For each logical unit, a corresponding standardized input control is developed and integrated into a visual editor. Second, users can drag and drop these four logical unit controls in the visual editor to create a US trademark application template. The system automatically generates corresponding template configuration data, which can pre-define the mapping and conversion rules between Chinese user input fields and USPTO-required fields. Third, when Chinese company users access the US trademark application template, the system recreates a fully Chinese, layered information collection interface based on the configuration data. Users fill in basic data such as applicant name, address, application date, trademark image, and application category according to Chinese user habits, without needing to understand USPTO form specifications. Finally, the system automatically reorganizes and converts the user-filled Chinese-formatted data according to the configuration rules. For example, the address is adjusted to the USPTO-required order, and the date is converted to US format, automatically generating a trademark application form that conforms to USPTO official specifications.

[0014] Preferably, the template configuration data pre-records mapping rules and data format conversion rules between Chinese input fields and target country form fields that are adapted to the requirements of the target country's form. When automatically generating a trademark application form that conforms to the official specifications of the corresponding target country according to the template configuration data, the specific steps are as follows: the fields are reorganized and the format is converted according to the mapping rules and format conversion rules recorded in the template configuration data to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country.

[0015] Preferably, the step of splitting the form content of trademark application forms from different target countries into different reusable logical units includes: hierarchically splitting according to the field attributes, layout logic, and required / optional attributes of the official forms of the target countries, dividing functionally related continuous fields into the same logical unit, with each logical unit corresponding to independent field validation rules, display logic, and data storage path, and synchronously recording the correspondence between each logical unit and the fields of the official forms of the target countries during the splitting process.

[0016] It's important to note that the logical unit splitting rules can resolve issues like field mismatches and omissions that easily occur during template combination, ensuring the functional independence and field correspondence of each logical unit and improving the accuracy of template configuration. Continuing with the example of a Chinese company applying for trademark registration with the USPTO, during the splitting of the USPTO trademark application form, the system hierarchically splits the form according to the target country's form field attributes, layout logic, and required or optional attributes. It groups consecutive fields with related functions such as "Applicant Name / Title," "Applicant Address," "Contact Email," and "Contact Phone Number" into the same applicant information logical unit. This logical unit is configured with independent field validation rules (e.g., contact email must conform to email format, Chinese address must include province, city, and district information), Chinese display logic (all field prompts must be in Chinese), and data storage path (all applicant information is stored in the applicant information database table). The splitting process synchronously records the correspondence between the logical unit and the USPTO official form fields. When combining templates, the system automatically checks whether the applicant information logical unit has been added; if missing, a prompt appears to prevent the generated template from lacking necessary fields.

[0017] Preferably, the template configuration data is stored in a distributed structure, including two independent storage partitions: a general rule base and a country-specific personalized rule base. The general rule base stores field mapping and format conversion rules common to all target countries, while the country-specific personalized rule base stores form adaptation rules unique to the corresponding target country. When the official form rules of the target country are adjusted, the content in the corresponding country-specific personalized rule base is updated to complete the template iteration.

[0018] It should be noted that the distributed storage structure of the template configuration data can solve the problem of needing to modify the entire template and incurring high iteration costs when adjusting the form rules of the target country. This improves the efficiency of template updates, allows rule iteration to be completed without pausing system services, and greatly reduces system maintenance costs.

[0019] The template configuration data can be stored in a cloud-distributed manner, divided into two independent storage partitions: a general rule base and a country-specific personalized rule base. The general rule base stores rules for "special character escaping, required field validation, and sensitive word filtering" that are common to all target countries. The country-specific personalized rule base stores form adaptation rules unique to different target countries, such as the United States, the European Union, and the United Kingdom. For example, the US database stores the applicant type mapping rules and evidence format rules required by the USPTO, while the EU database stores the multilingual field conversion rules required by the EUIPO. When the USPTO modifies the applicant type option rules, the maintenance personnel only need to update the corresponding content in the US country-specific personalized rule base, and all US trademark application templates will take effect immediately without modifying the editor's underlying logic or the content of the general rule base, or suspending system services.

[0020] Preferably, in the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit, and trademark category information collection unit, each collection unit supports step-by-step filling, real-time verification, and automatic temporary storage functions. During the collection process, Chinese prompts and examples of common Chinese formats are used to guide users to input.

[0021] It should be noted that the hierarchical sub-unit structure of the data collection interface can solve the problems of information disorganization and easy omissions when users fill in the information, improve the accuracy of information collection, shorten the filling time, and lower the threshold for users to fill in the information. Among them, the hierarchical information collection interface adapted for Chinese users includes four independent collection sub-units: the applicant information collection unit prompts users to fill in the applicant type (enterprise / individual), company name, Chinese address, and contact information according to the Chinese user habits; the trademark basic information collection unit prompts users to upload trademark images, select trademark type (text / graphic / combination), and fill in trademark design descriptions; the trademark supplementary information collection unit prompts users to upload evidence of trademark use and select application type (used / intended use); the trademark category information collection unit prompts users to select the trademark category to be applied for and fill in the description of goods / services for the corresponding category; each collection unit supports step-by-step filling, real-time verification, and automatic saving functions. After exiting, users can continue from the last entry point when they re-enter. All prompts are in Chinese, so users do not need to understand the form requirements of the target country.

[0022] Preferably, when multiple joint applicants need to be added, the applicant information collection unit generates an independent applicant information collection subpage for each joint applicant. After collection, the information of multiple applicants is sorted, merged, and format converted according to the requirements of the target country's form, and automatically filled into the corresponding joint applicant field position in the target country's form.

[0023] It's worth noting that dynamic adaptation for multiple co-applicants solves the problem of manually organizing multiple applicants' information and adjusting their order and format in multi-applicant scenarios, improving processing efficiency and avoiding application risks caused by manual sorting errors. For example, in a case where a Chinese company and two related companies jointly apply for a US trademark, after the user clicks the applicant editing icon on the data collection interface, the system automatically generates a separate subpage for collecting applicant information. The user fills in the applicant's Chinese address and other information. After submission, the system automatically sorts the information according to the order of first applicant, co-applicant 1, and co-applicant 2, converting all the applicant information from the Chinese format to the US format and automatically filling it into the corresponding co-applicant field in the USPTO form, without requiring the user to manually adjust the information order or format.

[0024] Preferably, the process of reorganizing and converting fields according to the mapping rules and format conversion rules recorded in the template configuration data includes: identifying the field types and content attributes of the collected Chinese format trademark application basic data, matching the corresponding mapping rules in the template configuration data, and directly completing the field content migration if there is a one-to-one mapping relationship, and completing the content reorganization according to the preset field merging and splitting rules if there is a many-to-one or one-to-many mapping relationship.

[0025] It should be noted that matching field mapping and format conversion can solve the problem of content mismatch that easily occurs when fields are mapped in a many-to-one or one-to-many manner, improving the accuracy of data conversion and reducing the application risk caused by conversion errors. For example, the system recognizes the four independent fields for "China" entered by the user, matches them with the many-to-one mapping rules of the target country's format fields in the template configuration data, and automatically merges the contents of the four fields into the target country's format fields and fills them into the corresponding positions.

[0026] Preferably, after the step of automatically generating a trademark application form that conforms to the official specifications of the target country, a dual verification step is also included. The first verification is a format verification, which automatically checks whether the fields, format, and layout of the generated form fully conform to the official requirements of the target country. The second verification is a content verification, which automatically compares whether the generated form content is consistent with the original content entered by the user. After all verifications pass, the form can be downloaded.

[0027] It's important to note that the dual verification process after application form generation addresses application risks caused by conversion errors and content omissions, improving the compliance rate of the application. For example, after the system automatically generates a US trademark application form, it first initiates a format verification. This automatically checks whether the number of fields, layout, date format, address format, and evidence format of the generated form comply with the latest official requirements of the USPTO. If format errors are found, they are automatically corrected and a correction log is generated. Then, a second content verification is initiated, automatically comparing the converted applicant name, trademark image, category information, and evidence of use with the user's original input to ensure complete consistency. If discrepancies exist, a prompt appears guiding the user to confirm. Only after both verifications pass is the user allowed to download the application form.

[0028] Preferably, during the process of automatically generating trademark application forms that conform to the official regulations of the target country, the Chinese format trademark category information collected by the trademark category information collection unit is matched with the trademark category information of the target country to ensure that the trademark category conforms to the current trademark category of the target country.

[0029] It should be noted that by forcibly and accurately verifying the core category information during the process of automatically generating trademark application forms that conform to the official regulations of the target country, it is possible to effectively avoid application rejection or correction due to category errors, thereby improving the success rate of the application. Example

[0030] See Figures 1-4 This embodiment provides a dynamic generation system for multi-country trademark application forms. The system uses the dynamic generation method for multi-country trademark application forms described in the above embodiment. The dynamic generation system for multi-country trademark application forms includes: The template preprocessing module is used to analyze the form content of trademark application forms in different target countries, break down the form content into different reusable logical units, and set corresponding standardized controls for each logical unit and integrate them into the editor; The template configuration module is used to combine different logical unit controls into trademark application form templates that adapt to the requirements of different target countries through the editor, and to generate corresponding template configuration data based on the trademark application form templates; The data collection interface generation module is used to generate a layered information collection interface adapted to the input habits of Chinese users when the trademark application form template of a specific target country is accessed, based on the template configuration data corresponding to the trademark application form template. The layered information collection interface contains four independent collection sub-units, namely the applicant information collection unit, the trademark basic information collection unit, the trademark supplementary information collection unit, and the trademark category information collection unit, which are used to collect basic trademark application data in Chinese format. The trademark application form generation module is used to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country by taking the basic Chinese-format trademark application data collected by the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit and trademark category information collection unit, and configuring the data according to the template.

[0031] In this embodiment, by splitting logical units and integrating them into controls, form elements of trademark application forms from different countries can be reused, avoiding the repetitive work of developing separate forms for each country and improving template configuration efficiency. Furthermore, by configuring data through templates, flexible adaptation to form specifications of different countries can be achieved. When adjusting the form rules of the target country, no modification to the underlying system code is required; only configuration adjustments are needed for iteration. Simultaneously, by using a data collection interface adapted to Chinese user habits, the barrier to entry for users directly filling out complex forms from the target country is avoided, effectively reducing the error rate. Additionally, by automatically converting data to generate application forms for the target country, no manual formatting or field reorganization is needed, effectively improving the efficiency of trademark application form creation.

[0032] It should be noted that the above embodiments are merely preferred embodiments of the present invention, and the scope of protection of the present invention is not limited thereto. Any variations or substitutions that can be easily conceived by those skilled in the art within the scope of the technology disclosed in the present invention should be included within the scope of protection of the present invention, and the scope of protection of the present invention should be determined by the scope of the claims.

Claims

1. A method for dynamically generating trademark application forms for multiple countries, characterized in that, include: The content of trademark application forms in different target countries is analyzed, the form content is broken down into different reusable logical units, and corresponding standardized controls are set for each logical unit and integrated into the editor; The editor combines different logical unit controls into trademark application form templates that adapt to the requirements of different target countries, and generates corresponding template configuration data based on the trademark application form templates. When the trademark application form template of a specific target country is accessed, a layered information collection interface adapted to the input habits of Chinese users is generated based on the template configuration data corresponding to the trademark application form template. The layered information collection interface contains four independent collection sub-units, namely the applicant information collection unit, the trademark basic information collection unit, the trademark supplementary information collection unit, and the trademark category information collection unit, which are used to collect basic trademark application data in Chinese format. The basic Chinese-format trademark application data collected from the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit, and trademark category information collection unit are used to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country, according to the template configuration data.

2. The method for dynamically generating multi-country trademark application forms according to claim 1, characterized in that, The template configuration data pre-records mapping rules and data format conversion rules between Chinese input fields and target country form fields that are adapted to the requirements of the target country's form. When automatically generating a trademark application form that conforms to the official specifications of the corresponding target country according to the template configuration data, the specific steps are as follows: the fields are reorganized and the format is converted according to the mapping rules and format conversion rules recorded in the template configuration data to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country.

3. The method for dynamically generating multi-country trademark application forms according to claim 1, characterized in that, The step of splitting the form content of trademark application forms from different target countries into different reusable logical units includes: hierarchically splitting according to the field attributes, layout logic, and required / optional attributes of the official forms of the target countries; dividing functionally related continuous fields into the same logical unit; each logical unit corresponds to independent field validation rules, display logic, and data storage path; and synchronously recording the correspondence between each logical unit and the fields of the official forms of the target countries during the splitting process.

4. The method for dynamically generating multi-country trademark application forms according to claim 1, characterized in that, The template configuration data is stored in a distributed structure, containing two independent storage partitions: a general rule base and a country-specific personalized rule base. The general rule base stores field mapping and format conversion rules common to all target countries, while the country-specific personalized rule base stores form adaptation rules unique to the target country. When the official form rules of the target country are adjusted, the content in the corresponding country-specific personalized rule base is updated to complete the template iteration.

5. The method for dynamically generating multi-country trademark application forms according to claim 1, characterized in that, The applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit, and trademark category information collection unit all support step-by-step filling, real-time verification, and automatic temporary storage. During the collection process, Chinese prompts and examples of common Chinese formats guide the user's input.

6. The method for dynamically generating multi-country trademark application forms according to claim 1, characterized in that, When multiple joint applicants need to be added, the applicant information collection unit generates an independent applicant information collection subpage for each joint applicant. After collection, the information of multiple applicants is sorted, merged, and formatted according to the requirements of the target country's form, and automatically filled into the corresponding joint applicant field position in the target country's form.

7. The method for dynamically generating multi-country trademark application forms according to claim 2, characterized in that, The process of reorganizing and converting fields according to the mapping rules and format conversion rules recorded in the template configuration data includes: identifying the field types and content attributes of the collected basic data of Chinese format trademark applications, matching the corresponding mapping rules in the template configuration data, and directly completing the field content migration if there is a one-to-one mapping relationship, and completing the content reorganization according to the preset field merging and splitting rules if there is a many-to-one or one-to-many mapping relationship.

8. The method for dynamically generating multi-country trademark application forms according to claim 1, characterized in that, After the step of automatically generating a trademark application form that conforms to the official specifications of the target country, a dual verification step is also included. The first verification is a format verification, which automatically checks whether the fields, format, and layout of the generated form fully comply with the official requirements of the target country. The second verification is a content verification, which automatically compares whether the content of the generated form is consistent with the original content entered by the user. The form can be downloaded after all verifications pass.

9. The method for dynamically generating multi-country trademark application forms according to any one of claims 1-8, characterized in that, During the process of automatically generating trademark application forms that conform to the official regulations of the target country, the Chinese format trademark category information collected by the trademark category information collection unit is matched with the trademark category information of the target country to ensure that the trademark category conforms to the current trademark category of the target country.

10. A dynamic generation system for multi-country trademark application forms, characterized in that, The dynamic generation system for multi-country trademark application forms uses the dynamic generation method for multi-country trademark application forms as described in any one of claims 1-9, wherein the dynamic generation system for multi-country trademark application forms includes: The template preprocessing module is used to analyze the form content of trademark application forms in different target countries, break down the form content into different reusable logical units, and set corresponding standardized controls for each logical unit and integrate them into the editor; The template configuration module is used to combine different logical unit controls into trademark application form templates that adapt to the requirements of different target countries through the editor, and to generate corresponding template configuration data based on the trademark application form templates; The data collection interface generation module is used to generate a layered information collection interface adapted to the input habits of Chinese users when the trademark application form template of a specific target country is accessed, based on the template configuration data corresponding to the trademark application form template. The layered information collection interface contains four independent collection sub-units, namely the applicant information collection unit, the trademark basic information collection unit, the trademark supplementary information collection unit, and the trademark category information collection unit, which are used to collect basic trademark application data in Chinese format. The trademark application form generation module is used to automatically generate a trademark application form that conforms to the official specifications of the corresponding target country by taking the basic Chinese-format trademark application data collected by the applicant information collection unit, trademark basic information collection unit, trademark supplementary information collection unit and trademark category information collection unit, and configuring the data according to the template.

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