AI broadcast printing system for television computer field blanking technique

Abstract

This invention provides an AI-powered playback and printing system for television and computer screen blanking technology, relating to the fields of AI intelligent interaction and screen blanking technology. The system comprises a material editing module, an information collection module, a screen blanking AI processing module, a secondary generation module, a printing output module, a function control module, and supporting auxiliary modules. It utilizes screen blanking technology to uncover the underlying materials and background information of traditional broadcast content, combining AI intelligence to achieve content expansion generation, professional review, and multi-format output. Users can trigger screen blanking mode through terminal interaction markers to obtain personalized and professional extended information services. This invention can increase the utilization rate of broadcast content materials by over 80%, meet user personalized needs at a rate of ≥95%, support modular installation and integrated production, and is compatible with various television, computer terminals, and broadcasting systems, providing local broadcasting institutions with new profit growth points and significantly enhancing media content value and user experience.

Description

Technical Field

[0001] This invention relates to the field of AI intelligent interaction and field blanking technology, specifically to an AI playback and printing system for television and computer field blanking technology. Background Technology

[0002] With the rapid development of digital media, traditional television and computer media playback models are facing many prominent pain points and can no longer meet user needs and industry development trends.

[0003] Extremely low utilization rate of materials: Media organizations invest a lot of manpower, material resources and financial resources to collect original materials and background information, but only a small amount is edited into broadcast content, while a large amount of valuable materials are wasted and the content value is not fully explored.

[0004] Broadcast time constraints: Traditional television and computer broadcasts are limited by time slots and durations, making it impossible to provide users with detailed stories behind events, professional commentary, and other extended information, thus failing to meet users' personalized and professional needs.

[0005] Insufficient interactive experience: Most existing playback systems are one-way broadcast modes, and users cannot actively access extended content, lacking convenient interactive methods and personalized customization functions.

[0006] Severe supply-demand mismatch: Local broadcasting institutions (third- and fourth-tier cities and counties) face losses or even closure due to lack of financial support and profit models, while users' demand for complete special reports and application of various types of content is growing, highlighting the contradiction between supply and demand.

[0007] Lack of functional integration: Existing technologies have not achieved integrated integration of field blanking technology with AI, printing output, copyright protection and other functions, and cannot provide a full-process service of "viewing-expansion-generation-output-operation".

[0008] As a traditional television signal processing technology, field blanking technology has not yet been deeply integrated with the needs of AI intelligence and digital media, and existing media playback systems have failed to fully utilize this technology to tap into the value of content.

[0009] Therefore, developing an intelligent playback and printing system that integrates field blanking technology and AI to achieve precise expansion of broadcast content, multi-format output, and supply-demand matching has become an urgent need to solve the pain points of the traditional media industry and promote industry upgrading. Summary of the Invention

[0010] To address the shortcomings of existing technologies, this invention provides an AI-powered playback and printing system based on television computer-generated blanking technology. It addresses the pain points of traditional television computer playback, such as wasted pre-production materials, limited broadcast time, inability to meet personalized needs, and operational difficulties for local broadcasting organizations. The system innovatively constructs an integrated technology system combining "blanking technology + AI intelligent expansion + full-process functional integration." This solves the problem that blanking technology, as a traditional television signal processing technology, has not yet been deeply integrated with AI intelligence and digital media requirements, and that existing media playback systems have failed to fully utilize this technology to extract content value.

[0011] To achieve the above objectives, the present invention provides the following technical solution: An AI playback and printing system for television computer field blanking technology, the system includes a material editing module, an information collection module, a field blanking AI processing module, a secondary generation module, a printing output module, a function control module, a digital charging module, a copyright labeling module, a content review module, a search and deletion module, a viewership rating module, a translation module, and a professional digitization module. The material editing module supports the import and processing of mainstream audio and video formats such as MP4, AVI, and MKV. It can edit materials according to the requirements of traditional media broadcast time slots (15 seconds to 60 minutes), verify whether parameters such as resolution and frame rate meet broadcast standards, and output qualified broadcast content. The information collection module synchronously collects background information (such as the cause of the event and related data), unedited footage, interview clips, professional interpretations, and other extended information corresponding to the broadcast content. It stores these materials in the associated material library according to the categories of "broadcast content ID-material type-relevance". The association matching unit uses AI algorithms to achieve accurate binding between materials and broadcast content, with an association matching accuracy of ≥90%. The field blanking AI processing module extracts signal resources during the field blanking period of the TV or computer and quickly calls up the corresponding information in the associated material library; the AI ​​intelligent analysis unit combines user history behavior and demand tags (such as preference for sports professional commentary, science and technology background interpretation) to accurately push extended content; the demand recognition unit analyzes the AI ​​tag type clicked by the user and matches the corresponding service function with a response time of ≤3 seconds. The secondary generation module supports the generation of various content formats such as text reports, image galleries, simplified videos, and PPT presentations. Users can customize parameters such as font, resolution, and duration. The content integration unit integrates AI-expanded information with original broadcast content segments to form structured and personalized output content. The print output module converts the secondary generated content into a print-compatible format, supports wireless printing, local printing and cloud printing, and is compatible with common paper sizes such as A4 and A3. Electronic document output supports formats such as PDF and Word, meeting users' needs for paper archiving and electronic applications. The function control module receives user commands to click on the AI ​​interaction icon, coordinates the operation of each module according to the process, and realizes the rapid switching between "normal broadcast mode" and "field blanking mode" to ensure smooth system operation. The digital payment module supports three payment modes: pay-per-use, membership subscription, and tiered content payment. It integrates mainstream payment interfaces to achieve a closed-loop transaction process. The copyright labeling module automatically adds information such as the original author, copyright statement, and usage rights to the generated content to prevent copyright infringement. The content review module, based on professional domain databases and AI review algorithms, generates review content such as technical analysis and background interpretation, adapting to different content types; The search and delete module supports keyword, time, and type searches, and provides single, batch, or timed deletion functions. The viewership rating module tracks data such as the number of times the scene disappearance mode is triggered, the duration of use, and content preferences, providing a basis for operational optimization. The translation module supports real-time conversion of more than 8 mainstream languages ​​with a translation accuracy of ≥90%. The professional digital module will expand the standardization of content processing (such as data formatting and document structuring) and enhance application value.

[0012] Furthermore, the material editing module supports the processing of multi-format audio and video materials (compatible with mainstream formats such as MP4, AVI, and MKV), and the length of the edited broadcast content is adapted to the requirements of traditional media time slots (adjustable from 15 seconds to 60 minutes). The associated material library is categorized and stored according to "broadcast content ID-material type-relevance". Material types include text background, original clips, professional data, and interview highlights, with a relevance matching accuracy of ≥90%.

[0013] Furthermore, the field blanking AI processing module integrates a field blanking signal processing unit and an AI intelligent analysis unit; The blanking signal processing unit extracts signal resources during the blanking period of a television or computer screen to enable rapid retrieval of related materials. The AI ​​intelligent analysis unit accurately pushes matching extended content based on users' historical behavior and demand tags, with a response time of ≤3 seconds.

[0014] Furthermore, the secondary generation module supports the generation of various content formats such as text reports, image galleries, simplified videos, and PPT presentations, and users can customize generation parameters (such as font, resolution, duration, etc.). The printing output module supports wireless printing, local printing, and cloud printing, and is compatible with common paper sizes such as A4 and A3. Electronic document output supports formats such as PDF and Word.

[0015] Furthermore, the digital payment module supports three payment modes: pay-per-use, membership subscription, and tiered content payment. Users can complete transactions through mainstream payment methods such as WeChat and Alipay. The copyright labeling module automatically adds information such as the original author, copyright statement, and usage rights to the generated content to prevent copyright infringement.

[0016] Furthermore, the content review module consists of a professional domain database and an AI review algorithm, which can generate review content such as technical analysis, background interpretation, and professional commentary for different types of content, including news, sports, entertainment, and technology, with an accuracy rate of ≥85%. The translation module supports real-time conversion of more than 8 mainstream languages, including Chinese-English and Chinese-Japanese, with a translation accuracy of ≥90%.

[0017] Furthermore, the search and deletion module supports searching stored extended content by keywords, time, and content type, and the deletion function includes single deletion, batch deletion, and timed automatic deletion; The viewership rating module synchronously collects data such as the number of times the field blanking mode is triggered, the duration of use, and content preferences, providing a basis for content optimization.

[0018] Furthermore, the system supports three deployment methods: modular installation into a TV set-top box, integrated installation into a TV or computer terminal, and installation into a broadcast television system. It is compatible with mainstream operating systems such as Android, iOS, and Windows, and supports 4K or 8K high-definition content processing.

[0019] Furthermore, the method of operating the system includes the following steps: Step 1: Material Preprocessing and Broadcasting The material editing module edits the original audio and video materials to generate content that meets broadcast standards and broadcasts it through television or computer terminals; the information collection module simultaneously collects extended information such as background information, pre-production materials, and professional data corresponding to the broadcast content and establishes a related material library. Step 2: Trigger the field blanking mode The TV or computer terminal displays an AI interaction icon (green or yellow). The user can trigger the field blanking mode by clicking the icon. The function control module receives the user's command and transmits it to the field blanking AI processing module. Step 3: AI Intelligent Extended Processing The field elimination AI processing module extracts information from the associated material library based on field elimination technology. Combined with user needs (such as viewing the background story, professional reviews, storage applications, etc.), it calls the content review module to generate professional analysis, the translation module to provide multilingual conversion, and the professional digitization module to achieve standardized content processing. Step 4: Secondary Generation and Output The secondary generation module generates personalized extended content based on user selections (such as text, images, audio, and video); the print output module supports paper printing and electronic document output of the extended content, while the copyright labeling module automatically adds original copyright information; Step 5: Accessibility Adaptation The digital payment module provides differentiated paid services, the search and deletion module supports the search and deletion of extended content, and the viewership rating module collects usage data of the field disappearance mode, forming a closed-loop operation throughout the entire process.

[0020] Furthermore, the AI ​​interaction identifiers mentioned in step 2 include green and yellow labels: the green label corresponds to the "real-time field blanking search and viewing" function, which triggers the field blanking mode and pushes extended content immediately after clicking; the yellow label corresponds to the "48-hour storage + AI generation" function, which supports short-term storage of extended content and personalized AI generation, and the label is displayed at the edge of the terminal screen.

[0021] This invention provides an AI playback and printing system using television computer blanking technology. It has the following beneficial effects: 1. This invention provides an AI playback and printing system for television computer field blanking technology. It combines traditional field blanking technology with AI intelligent extension, utilizing signal resources and related material libraries during field blanking to achieve in-depth extension of broadcast content. This breaks through the time and scope limitations of traditional broadcast content, solves the problem of material waste, and, based on user-triggered commands and content correlation analysis, AI intelligently pushes extended content such as behind-the-scenes stories and professional reviews. It supports multiple forms of secondary generation to meet users' personalized and professional needs, achieving precise matching of "broadcast content - extended needs".

[0022] 2. This invention provides an AI playback and printing system for television and computer field blanking technology, which integrates the entire process of material processing, field blanking processing, AI generation, printing output, copyright protection, and paid operation to form an integrated service system. This avoids functional fragmentation, improves user convenience, and supports three deployment methods: modular installation, integrated production, and broadcasting system adaptation. It is compatible with various terminals and operating systems, and adapts to multiple scenarios such as home, office, and broadcasting institutions, thus lowering the application threshold.

[0023] 3. This invention provides an AI playback and printing system for television computer screen blanking technology. Through digital charging modules and personalized services, it provides local broadcasting institutions with new profit growth points, solves their operational difficulties, meets the diversified needs of users, and achieves a win-win situation for both supply and demand. It also has built-in copyright labeling modules and viewership statistics modules, which not only protect the copyright rights of original creators, but also optimize content and services through data feedback, forming a closed loop of sustainable operation. Attached Figure Description

[0024] Figure 1This is a diagram showing the overall architecture of the AI ​​playback and printing system based on the TV computer field blanking technology of the present invention. Figure 2 This is a flowchart of the operation method of the AI ​​playback and printing system for the television computer field blanking technology of the present invention; Figure 3 This is a schematic diagram illustrating the deployment method of the AI ​​playback and printing system for the television computer field blanking technology of the present invention. Detailed Implementation

[0025] The present invention will now be described in further detail with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and not intended to limit it. Furthermore, it should be noted that, for ease of description, the accompanying drawings show only the parts relevant to the present invention, and not all of the structures.

[0026] In the description of this invention, unless otherwise explicitly specified and limited, the terms "connected," "linked," and "fixed" should be interpreted broadly. For example, they can refer to a fixed connection, a detachable connection, or an integral part; they can refer to a mechanical connection or an electrical connection; they can refer to a direct connection or an indirect connection through an intermediate medium; they can refer to the internal communication of two components or the interaction between two components. Those skilled in the art can understand the specific meaning of the above terms in this invention based on the specific circumstances.

[0027] In this invention, unless otherwise explicitly specified and limited, "above" or "below" the second feature can include direct contact between the first and second features, or contact between the first and second features through another feature between them. Furthermore, "above," "over," and "on top" of the second feature includes the first feature directly above or diagonally above the second feature, or simply indicates that the first feature is at a higher horizontal level than the second feature. "Below," "below," and "under" the second feature includes the first feature directly below or diagonally below the second feature, or simply indicates that the first feature is at a lower horizontal level than the second feature.

[0028] In the description of this embodiment, the terms "upper," "lower," "right," etc., refer to the orientation or positional relationship shown in the accompanying drawings. They are used only for ease of description and simplification of operation, and do not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, they should not be construed as limitations on the present invention. In addition, the terms "first" and "second" are used only for distinction in description and have no special meaning.

[0029] The technical solution of the present invention will be further described below with reference to the accompanying drawings and specific embodiments.

[0030] like Figures 1-3As shown, this embodiment of the invention provides an AI playback and printing system for television computer field blanking technology. The system includes a material editing module, an information collection module, a field blanking AI processing module, a secondary generation module, a printing output module, a function control module, a digital charging module, a copyright labeling module, a content review module, a search and deletion module, a viewership rating module, a translation module, and a professional digitization module. The material editing module supports the import and processing of mainstream audio and video formats such as MP4, AVI, and MKV. It can edit materials according to the requirements of traditional media broadcast time slots (15 seconds to 60 minutes), verify whether parameters such as resolution and frame rate meet broadcast standards, and output qualified broadcast content. The information collection module synchronously collects background information (such as the cause of the event and related data), unedited footage, interview clips, professional interpretations, and other extended information corresponding to the broadcast content. It stores these materials in the associated material library according to the categories of "broadcast content ID-material type-relevance". The association matching unit uses AI algorithms to achieve accurate binding between materials and broadcast content, with an association matching accuracy of ≥90%. The field blanking AI processing module extracts signal resources during the field blanking period of the TV or computer and quickly calls up the corresponding information in the associated material library; the AI ​​intelligent analysis unit combines user history behavior and demand tags (such as preference for sports professional commentary, science and technology background interpretation) to accurately push extended content; the demand recognition unit analyzes the AI ​​tag type clicked by the user and matches the corresponding service function with a response time of ≤3 seconds. The secondary generation module supports the generation of various content formats such as text reports, image galleries, simplified videos, and PPT presentations. Users can customize parameters such as font, resolution, and duration. The content integration unit integrates AI-expanded information with original broadcast content segments to form structured and personalized output content. The print output module converts the secondary generated content into a print-compatible format, supports wireless printing, local printing and cloud printing, and is compatible with common paper sizes such as A4 and A3. Electronic document output supports formats such as PDF and Word, meeting users' needs for paper archiving and electronic applications. The function control module receives user commands to click on the AI ​​interaction icon, coordinates the operation of each module according to the process, and realizes the rapid switching between "normal broadcast mode" and "field blanking mode" to ensure smooth system operation. The digital payment module supports three payment modes: pay-per-use, membership subscription, and tiered content payment. It integrates mainstream payment interfaces to achieve a closed-loop transaction process. The copyright labeling module automatically adds information such as the original author, copyright statement, and usage rights to the generated content to prevent copyright infringement. The content review module, based on professional domain databases and AI review algorithms, generates review content such as technical analysis and background interpretation, adapting to different content types; The search and delete module supports keyword, time, and type searches, and provides single, batch, or timed deletion functions. The viewership rating module tracks data such as the number of times the scene disappearance mode is triggered, the duration of use, and content preferences, providing a basis for operational optimization. The translation module supports real-time conversion of more than 8 mainstream languages ​​with a translation accuracy of ≥90%. The professional digital module will expand the standardization of content processing (such as data formatting and document structuring) and enhance application value.

[0031] The system operates by including the following steps: Step 1: Material Preprocessing and Broadcast Deployment Media organizations import raw audio and video materials through the material editing module, edit them according to the 15-second news broadcast standard, and output the broadcast content after verification. The information collection module simultaneously collects background information, pre-training clips, interview highlights, professional technical data, and other extended information related to the news, categorizes and stores them in the associated material library, and binds them to the broadcast content. The system is installed and debugged according to the deployment method (such as modular installation into set-top boxes, integrated TVs, and broadcasting systems), and the TV or computer terminal is loaded with AI interaction icons (green or yellow).

[0032] Step 2: User triggers field blanking mode The TV or computer terminal will broadcast a 15-second edited news clip, with AI green and yellow labels displayed in the lower left corner of the screen, along with function prompts; Green label: Real-time field-hiding search and viewing; Yellow label: 48-hour storage + AI generation. If a user is interested in the news content and wants to learn about the story behind it and the professional technical commentary, they can click on the AI ​​green icon. The function control module receives the instruction and transmits it to the field blanking AI processing module, triggering the field blanking mode.

[0033] Step 3: AI Intelligent Extended Processing The field blanking AI processing module calls the extended information of the event from the associated material library through the field blanking signal processing unit; Call the content review module to generate technical analysis (such as serving strategy and tactical layout) and background interpretation of Wang Chuqin's championship victory; If users require multilingual versions, they can trigger the translation module to convert the comments into languages ​​such as English; the professional digitization module standardizes and organizes the competition data to form a structured report.

[0034] Step 4: Secondary Generation and Output Users can choose to generate a "text report + image gallery" format, and customize the text font to SimSun and the image resolution to 1920×1080. The secondary generation module integrates AI-expanded information and news clips to generate corresponding text reports and image collections, while the copyright labeling module automatically adds copyright statements from media organizations. Users can wirelessly print content to a home printer via the print output module, or save it locally as a PDF document.

[0035] Step 5: Accessibility Function Operation If the extended content is a paid service, the digital payment module will pop up a payment interface, and the user can complete the payment through WeChat. The viewership rating module collects data such as the user's triggering behavior and usage time, and feeds this data back to media organizations for content optimization. Users can then use the search and deletion module to retrieve stored extended content by the keyword "Asian Cup" and view or delete it as needed.

[0036] Implementation Case: ① Implementation Scenarios With "local broadcasting and news broadcasting services" as the application scenario, the system adopts a "modular installation on TV set-top boxes" deployment method, targeting family users in third- and fourth-tier cities. The broadcast content is a 15-second sports news segment titled "Wang Chuqin of the Chinese Table Tennis Team Wins the Asian Cup Men's Singles Final".

[0037] ②System Configuration Hardware configuration: The set-top box is equipped with a field blanking processing module and an AI chip, supporting 4K high-definition content processing; the TV terminal is a regular smart TV, supporting touch interaction; a home wireless printer is wirelessly connected to the set-top box. Software configuration: The material editing module is compatible with mainstream audio and video formats, and the associated material library has a storage capacity of ≥1TB; the AI ​​algorithm model of the field blanking AI processing module is trained with data from the sports field, and the evaluation accuracy rate is ≥88%; the digital payment module integrates WeChat and Alipay payment interfaces; Material preparation: The original materials include full video of the event, interview clips with Wang Chuqin, coach tactical analysis, historical data of the event, etc. The related material library is stored in categories of "news ID-material type-relevance".

[0038] ③ Implementation steps Step 1: Material Preprocessing and Broadcasting Local broadcasting organizations use the material editing module to edit the original event footage into 15-second news clips, which are then broadcast on television terminals after being verified to meet broadcast standards. The information collection module simultaneously collects extended information such as event background information and unedited clips, stores them in the associated material library, and links them to the news.

[0039] Step 2: User triggers field blanking mode When the TV terminal broadcasts a 15-second news report, an AI green and yellow label is displayed in the lower left corner of the screen. When the user clicks the green label, the field blanking mode is triggered, and the function control module transmits the command to the field blanking AI processing module.

[0040] Step 3: AI Intelligent Extended Processing The AI ​​processing module for eliminating hidden content calls up extended information about the event from the associated material library, while the content review module generates technical analysis of Wang Chuqin's victory (such as forehand attack success rate and key point handling strategies) and background interpretation (such as preparation process and opponent analysis); the professional digitization module organizes the event data into structured tables.

[0041] Step 4: Secondary Generation and Output Users can choose to generate a "text report + photo gallery of highlights", customize the text report font to bold and the photo gallery resolution to 2K; the secondary generation module integrates information to generate corresponding content, and the copyright labeling module adds the copyright statement of the broadcasting organization; users can print and archive the content through the print output module, and save it as a PDF document.

[0042] Step 5: Accessibility Function Operation This extended service costs 2 yuan per use, with payment made via WeChat. The viewership rating module tracks the user's trigger time, 15-minute usage time, and sports-related comments on content preferences, and then reports this data to the broadcasting agency. Users can subsequently use the search and delete module to search for the content using the keyword "Wang Chuqin" for further viewing or deletion. Implementation effect

[0043] Content utilization rate: The utilization rate of the original material corresponding to the 15-second news has increased from 15% to 85%, fully tapping the value of the material; User experience: Users successfully obtain personalized text reports and image galleries, and professional reviews meet their needs for in-depth understanding. The operation process takes ≤5 minutes and is highly convenient. Industry benefits: Broadcasting organizations can generate revenue per user through this service. If the news reaches 10,000 users and the paid conversion rate is 10%, they can earn 2,000 yuan in direct revenue, adding a stable profit growth point for them. System performance: 2.3 seconds response time in blanking mode, 3.5 seconds content generation time, 100% print output compatibility, and stable and trouble-free operation.

[0044] The following points should be noted in this article: 1. The accompanying drawings of the embodiments disclosed herein only relate to the structures involved in the embodiments disclosed herein; other structures can be referred to in general design.

[0045] 2. Where there is no conflict, the embodiments of this disclosure and the features in the embodiments can be combined with each other to obtain new embodiments.

[0046] Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions, and variations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without inventive effort are within the scope of protection of the present invention.

Claims

1. An AI playback and printing system using television computer blanking technology, characterized in that, The system includes a material editing module, an information collection module, a scene removal AI processing module, a secondary generation module, a print output module, a function control module, a digital charging module, a copyright labeling module, a content review module, a search and deletion module, a viewership rating module, a translation module, and a professional digitization module. The material editing module supports the import and processing of mainstream audio and video formats such as MP4, AVI, and MKV. It can edit materials according to the requirements of traditional media broadcast time slots, verify whether parameters such as resolution and frame rate meet broadcast standards, and output qualified broadcast content. The information collection module synchronously collects background information, unedited footage, interview clips, professional interpretations, and other extended information corresponding to the broadcast content. This information is then categorized and stored in the associated material library according to "Broadcast Content ID - Material Type - Relevance". The association matching unit uses AI algorithms to accurately bind materials to broadcast content, achieving a relevance matching accuracy of ≥90%. The field blanking AI processing module extracts signal resources during the field blanking period of the TV or computer and quickly calls up the corresponding information in the associated material library; the AI ​​intelligent analysis unit combines user history behavior and demand tags to accurately push extended content; the demand recognition unit analyzes the AI ​​tag type clicked by the user and matches the corresponding service function with a response time of ≤3 seconds. The secondary generation module supports the generation of various content formats such as text reports, image galleries, simplified videos, and PPT presentations. Users can customize parameters such as font, resolution, and duration. The content integration unit integrates AI-expanded information with original broadcast content segments to form structured and personalized output content. The print output module converts the secondary generated content into a print-compatible format, supports wireless printing, local printing and cloud printing, and is compatible with common paper sizes such as A4 and A3. Electronic document output supports formats such as PDF and Word, meeting users' needs for paper archiving and electronic applications. The function control module receives user commands to click on the AI ​​interaction icon, coordinates the operation of each module according to the process, and realizes the rapid switching between "normal broadcast mode" and "field blanking mode" to ensure smooth system operation. The digital payment module supports three payment modes: pay-per-use, membership subscription, and tiered content payment. It integrates mainstream payment interfaces to achieve a closed-loop transaction process. The copyright labeling module automatically adds information such as the original author, copyright statement, and usage rights to the generated content to prevent copyright infringement. The content review module, based on professional domain databases and AI review algorithms, generates review content such as technical analysis and background interpretation, adapting to different content types; The search and delete module supports keyword, time, and type searches, and provides single, batch, or timed deletion functions. The viewership rating module tracks data such as the number of times the scene disappearance mode is triggered, the duration of use, and content preferences, providing a basis for operational optimization. The translation module supports real-time conversion of more than 8 mainstream languages, with a translation accuracy of ≥90%. The professional digital module will standardize the processing of expanded content and enhance its application value.

2. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The material editing module supports the processing of multi-format audio and video materials, and the length of the edited broadcast content is adapted to the time slot requirements of traditional media. The associated material library is categorized and stored according to "broadcast content ID-material type-relevance". Material types include text background, original clips, professional data, and interview highlights, with a relevance matching accuracy of ≥90%.

3. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The field blanking AI processing module integrates a field blanking signal processing unit and an AI intelligent analysis unit. The blanking signal processing unit extracts signal resources during the blanking period of a television or computer screen to enable rapid retrieval of related materials. The AI ​​intelligent analysis unit accurately pushes matching extended content based on users' historical behavior and demand tags, with a response time of ≤3 seconds.

4. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The secondary generation module supports the generation of various content formats, such as text reports, image galleries, simplified videos, and PPT presentations, and users can customize the generation parameters. The printing output module supports wireless printing, local printing, and cloud printing, and is compatible with common paper sizes such as A4 and A3. Electronic document output supports formats such as PDF and Word.

5. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The digital payment module supports three modes: pay-per-use, membership subscription, and tiered content payment. Users can complete transactions through mainstream payment methods such as WeChat and Alipay. The copyright labeling module automatically adds information such as the original author, copyright statement, and usage rights to the generated content to prevent copyright infringement.

6. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The content review module consists of a professional domain database and AI review algorithms. It can generate technical analysis, background interpretation, and professional commentary for different types of content, such as news, sports, entertainment, and technology, with an accuracy rate of ≥85%. The translation module supports real-time conversion of more than 8 mainstream languages, including Chinese-English and Chinese-Japanese, with a translation accuracy of ≥90%.

7. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The search and deletion module supports searching stored extended content by keywords, time, and content type. The deletion function includes single deletion, batch deletion, and timed automatic deletion. The viewership rating module synchronously collects data such as the number of times the field blanking mode is triggered, the duration of use, and content preferences, providing a basis for content optimization.

8. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The system supports three deployment methods: modular installation into a TV set-top box, integrated installation into a TV or computer terminal, and installation into a broadcast television system. It is compatible with mainstream operating systems such as Android, iOS, and Windows, and supports 4K or 8K high-definition content processing.

9. The AI ​​playback and printing system for television computer blanking technology according to claim 1, characterized in that, The system operation method includes the following steps: Step 1: Material Preprocessing and Broadcasting The material editing module edits the original audio and video materials to generate content that meets broadcast standards and broadcasts it through television or computer terminals; the information collection module simultaneously collects extended information such as background information, pre-production materials, and professional data corresponding to the broadcast content and establishes a related material library. Step 2: Trigger the field blanking mode The TV or computer terminal displays an AI interaction icon. Users can trigger the field blanking mode by clicking the icon. The function control module receives the user's command and transmits it to the field blanking AI processing module. Step 3: AI Intelligent Extended Processing The field elimination AI processing module extracts information from the associated material library based on field elimination technology, combines user needs, calls the content review module to generate professional analysis, the translation module provides multilingual conversion, and the professional digitization module realizes standardized content processing. Step 4: Secondary Generation and Output The secondary generation module generates personalized extended content based on user selection; the print output module supports paper printing and electronic document output of the extended content, while the copyright labeling module automatically adds original copyright information; Step 5: Accessibility Adaptation The digital payment module provides differentiated paid services, the search and deletion module supports the search and deletion of extended content, and the viewership rating module collects usage data of the field disappearance mode, forming a closed-loop operation throughout the entire process.

10. The AI ​​playback and printing system for television computer blanking technology according to claim 9, characterized in that, The AI ​​interaction icons mentioned in step 2 include green and yellow icons: the green icon corresponds to the "real-time field blanking search and viewing" function, which triggers the field blanking mode and pushes extended content immediately after clicking; the yellow icon corresponds to the "48-hour storage + AI generation" function, which supports short-term storage of extended content and personalized AI generation, and the icon is displayed at the edge of the terminal screen.

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