Reyna McEvilly

Strategic Placement and Integration: Place indoor LED screens strategically within exhibition spaces to complement the layout and flow of the gallery. Consider integrating LED screens into architectural elements, display cases, or interactive exhibits to create seamless and immersive experiences for visitors. Ensure that LED screens are positioned at eye level and in areas with optimal visibility to maximize their impact and engagement potential. Dynamic Content Creation: Create dynamic multimedia content specifically designed for LED screens to enhance visitor engagement and storytelling. Develop immersive audiovisual experiences, interactive narratives, and multimedia presentations that showcase the museum's collections, artifacts, and themes in innovative and compelling ways. Incorporate high-resolution images, videos, animations, and soundscapes to create immersive and memorable experiences for visitors. Interactive Experiences: Use indoor LED screens to create interactive experiences that encourage visitor participation and exploration. Implement touchscreens, gesture recognition, and augmented reality features to enable visitors to interact with digital content, uncover hidden layers of information, and engage with exhibits in a hands-on manner. Incorporate interactive quizzes, games, and educational activities to enhance learning and foster curiosity among visitors of all ages. Storytelling and Interpretation: Leverage indoor LED screens to enhance storytelling and interpretation of museum exhibits and artworks. Develop multimedia presentations, video documentaries, and digital narratives that provide context, background information, and interpretive insights into the museum's collections. Use LED screens to highlight key themes, historical contexts, and cultural significance of the artifacts on display, enriching visitors' understanding and appreciation of the exhibits. Real-time Updates and Event Promotion: Use indoor LED screens to display screen wall real-time updates, event schedules, and promotional content to inform visitors about upcoming programs, events, and special exhibitions. Utilize digital signage software to schedule and manage content updates dynamically, ensuring that visitors are informed of the latest news and activities happening within the museum or gallery. Promote upcoming events, lectures, and workshops through eye-catching visuals, compelling calls-to-action, and interactive features to encourage visitor participation and attendance. Accessibility and Inclusivity: Ensure that indoor LED screens are accessible and inclusive to visitors of all abilities by providing options for multiple languages, captioning, audio descriptions, and assistive technologies. Design content with accessibility features in mind, such as clear typography, contrasting colors, and intuitive navigation, to ensure that information is accessible and comprehensible to all visitors. Incorporate universal design principles to create inclusive and welcoming experiences that cater to diverse audiences. Visitor Feedback and Engagement Analytics: Use indoor LED screens to gather visitor feedback, conduct surveys, and collect engagement analytics to measure the effectiveness of digital experiences and content. Implement interactive feedback forms, social media integrations, and audience polling features on LED screens to solicit input from visitors and gather insights into their preferences, interests, and satisfaction levels. Analyze engagement metrics, such as dwell time, interaction rates, and content popularity, to optimize content strategy and enhance visitor engagement over time. By following these tips for maximizing engagement with indoor LED screens in museums and galleries, institutions can create immersive, interactive, and educational experiences that captivate visitors, foster learning, and promote a deeper appreciation of art, culture, and history.

Strategic Placement and Integration: Place indoor LED screens strategically within exhibition spaces to complement the layout and flow of the gallery. Consider integrating LED screens into architectural elements, display cases, or interactive exhibits to create seamless and immersive experiences for visitors. Ensure that LED screens are positioned at eye level and in areas with optimal visibility to maximize their impact and engagement potential. Dynamic Content Creation: Create dynamic multimedia content specifically designed for LED screens to enhance visitor engagement and storytelling. Develop immersive audiovisual experiences, interactive narratives, and multimedia presentations that showcase the museum's collections, artifacts, and themes in innovative and compelling ways. Incorporate high-resolution images, videos, animations, and soundscapes to create immersive and memorable experiences for visitors. Interactive Experiences: Use indoor LED screens to create interactive experiences that encourage visitor participation and exploration. Implement touchscreens, gesture recognition, and augmented reality features to enable visitors to interact with digital content, uncover hidden layers of information, and engage with exhibits in a hands-on manner. Incorporate interactive quizzes, games, and educational activities to enhance learning and foster curiosity among visitors of all ages. Storytelling and Interpretation: Leverage indoor LED screens to enhance storytelling and interpretation of museum exhibits and artworks. Develop multimedia presentations, video documentaries, and digital narratives that provide context, background information, and interpretive insights into the museum's collections. Use LED screens to highlight key themes, historical contexts, and cultural significance of the artifacts on display screen wall, enriching visitors' understanding and appreciation of the exhibits. Real-time Updates and Event Promotion: Use indoor LED screens to display real-time updates, event schedules, and promotional content to inform visitors about upcoming programs, events, and special exhibitions. Utilize digital signage software to schedule and manage content updates dynamically, ensuring that visitors are informed of the latest news and activities happening within the museum or gallery. Promote upcoming events, lectures, and workshops through eye-catching visuals, compelling calls-to-action, and interactive features to encourage visitor participation and attendance. Accessibility and Inclusivity: Ensure that indoor LED screens are accessible and inclusive to visitors of all abilities by providing options for multiple languages, captioning, audio descriptions, and assistive technologies. Design content with accessibility features in mind, such as clear typography, contrasting colors, and intuitive navigation, to ensure that information is accessible and comprehensible to all visitors. Incorporate universal design principles to create inclusive and welcoming experiences that cater to diverse audiences. Visitor Feedback and Engagement Analytics: Use indoor LED screens to gather visitor feedback, conduct surveys, and collect engagement analytics to measure the effectiveness of digital experiences and content. Implement interactive feedback forms, social media integrations, and audience polling features on LED screens to solicit input from visitors and gather insights into their preferences, interests, and satisfaction levels. Analyze engagement metrics, such as dwell time, interaction rates, and content popularity, to optimize content strategy and enhance visitor engagement over time. By following these tips for maximizing engagement with indoor LED screens in museums and galleries, institutions can create immersive, interactive, and educational experiences that captivate visitors, foster learning, and promote a deeper appreciation of art, culture, and history.

Immersive Visual Experiences: LED video walls enable creators to transport audiences to new worlds and immerse them in captivating visual environments. Whether it's a stunning backdrop for a concert, a dynamic set design for a theater production, or an interactive display at a live event, LED video walls can create breathtaking visual experiences that captivate and inspire audiences. By leveraging high-resolution displays, vibrant colors, and dynamic content, LED video walls enhance the overall entertainment experience and leave a lasting impression on viewers. Dynamic Stage Designs: LED video walls have become an integral part of stage design, allowing designers to transform ordinary stages into dynamic and versatile environments. LED video walls can serve as dynamic backdrops, interactive surfaces, or even integral components of set pieces, enhancing the storytelling and visual impact of live performances. With LED video walls, creators can dynamically change scenery, create immersive environments, and add visual effects in real-time, providing endless possibilities for creative expression and artistic innovation. Enhanced Audience Engagement: LED video walls engage audiences in new and exciting ways, creating opportunities for interaction and participation. Whether it's through interactive displays, live social media feeds, or immersive multimedia experiences, LED video walls enable performers to connect with their audience on a deeper level and create memorable moments that resonate long after the event is over. By fostering a sense of connection and involvement, LED video walls enhance audience engagement and create a more immersive and interactive entertainment experience. Flexibility and Versatility: LED video walls offer unmatched flexibility and versatility in terms of design, configuration, and deployment. LED panels can be arranged in virtually any shape or size, allowing creators to customize the display to fit the unique requirements of their production. Whether it's a curved screen for a concert tour, a seamless backdrop for a theatrical production, or a multi-screen display for a live event, LED video walls can adapt to any venue or staging environment, providing endless possibilities for creative expression and visual storytelling. Cost-Effective and Sustainable: LED video walls offer cost-effective and sustainable solutions for creating immersive entertainment experiences. LED technology is energy-efficient, durable, and long-lasting, resulting in lower operating costs and reduced environmental impact compared to traditional display technologies. Additionally, LED video walls can be reused and repurposed for multiple productions, providing a sustainable and eco-friendly alternative to single-use set designs and props. Future Trends and Innovations: As LED technology continues to evolve, we can expect to see even more innovative applications of LED video walls in the entertainment industry. From advancements in resolution and brightness to new interactive features and augmented reality integrations, LED video walls are poised to push the boundaries of creativity and imagination, creating even more immersive and engaging entertainment experiences for audiences around the world. In conclusion, LED video walls are transforming the entertainment industry by providing creators with powerful tools for creating immersive visual experiences, dynamic stage designs, and engaging audience interactions. As LED technology continues to advance, we can expect to see even more groundbreaking innovations that push the boundaries of what's possible in live entertainment. Whether it's a concert, theater production, or live event, LED lcd video wall display walls are reshaping the way we experience entertainment and elevating live experiences to new heights.

Immersive Visual Experiences: LED video walls enable creators to transport audiences to new worlds and immerse them in captivating visual environments. Whether it's a stunning backdrop for a concert, a dynamic set design for a theater production, or an interactive display at a live event, LED video walls can create breathtaking visual experiences that captivate and inspire audiences. By leveraging high-resolution displays, vibrant colors, and dynamic content, LED video walls enhance the overall entertainment experience and leave a lasting impression on viewers. Dynamic Stage Designs: LED video walls have become an integral part of stage design, allowing designers to transform ordinary stages into dynamic and versatile environments. LED video walls can serve as dynamic backdrops, interactive surfaces, or even integral components of set pieces, enhancing the storytelling and visual impact of live performances. With LED video walls, creators can dynamically change scenery, create immersive environments, and add visual effects in real-time, providing endless possibilities for creative expression and artistic innovation. Enhanced Audience Engagement: LED video walls engage audiences in new and exciting ways, creating opportunities for interaction and participation. Whether it's through interactive displays, live social media feeds, or immersive multimedia experiences, LED video walls enable performers to connect with their audience on a deeper level and create memorable moments that resonate long after the event is over. By fostering a sense of connection and involvement, LED video walls enhance audience engagement and create a more immersive and interactive entertainment experience. Flexibility and Versatility: LED video walls offer unmatched flexibility and versatility in terms of design, configuration, and deployment. LED panels can be arranged in virtually any shape or size, allowing creators to customize the display to fit the unique requirements of their production. Whether it's a curved screen for a concert tour, a seamless backdrop for a theatrical production, or a multi-screen display for a live event, LED video walls can adapt to any venue or staging environment, providing endless possibilities for creative expression and visual storytelling. Cost-Effective and Sustainable: LED video walls offer cost-effective and sustainable solutions for creating immersive entertainment experiences. LED technology is energy-efficient, durable, and long-lasting, resulting in lower operating costs and reduced environmental impact compared to traditional display technologies. Additionally, LED video walls can be reused and repurposed for multiple productions, providing a sustainable and eco-friendly alternative to single-use set designs and props. Future Trends and Innovations: As LED technology continues to evolve, we can expect to see even more innovative applications of LED lcd video wall display walls in the entertainment industry. From advancements in resolution and brightness to new interactive features and augmented reality integrations, LED video walls are poised to push the boundaries of creativity and imagination, creating even more immersive and engaging entertainment experiences for audiences around the world. In conclusion, LED video walls are transforming the entertainment industry by providing creators with powerful tools for creating immersive visual experiences, dynamic stage designs, and engaging audience interactions. As LED technology continues to advance, we can expect to see even more groundbreaking innovations that push the boundaries of what's possible in live entertainment. Whether it's a concert, theater production, or live event, LED video walls are reshaping the way we experience entertainment and elevating live experiences to new heights.

Assess Installation Environment: Determine the location and environment where the LED display will be installed, considering factors such as ambient lighting, temperature, humidity, and potential obstructions. Measure the available space and ensure that it can accommodate the size and configuration of the LED display system. Select Suitable LED Display System: Choose an LED display system that meets your specific requirements in terms of size, resolution, brightness, viewing distance, and intended application. Consider factors such as pixel pitch, panel size, cabinet design, and mounting options when selecting the LED display system. Plan Power and Connectivity: Determine the power source and connectivity requirements for the LED display system, ensuring that adequate electrical outlets and data connections are available nearby. Consult with a qualified electrician to ensure compliance with local electrical codes and regulations. Prepare Installation Site: Clear the installation site of any debris, obstacles, or obstructions that may interfere with the installation process. Prepare the mounting surface, ensuring that it is clean, level, and capable of supporting the weight of the LED display system. Install Mounting Structure: Install the mounting structure or framework according to the manufacturer's specifications, ensuring proper alignment and stability. Use appropriate hardware and fasteners to securely attach the mounting structure to the wall, floor, or other mounting surface. Assemble LED Display Panels: Assemble the LED display panels according to the manufacturer's instructions, making sure to align the panels correctly and securely fasten them together. Connect the data and power cables between the LED display panels, ensuring proper cable management and routing. Mount LED Display Panels: Mount the assembled LED display panels onto the mounting structure, ensuring that they are securely attached and properly aligned. Use mounting brackets, rigging hardware, or other mounting accessories as necessary to achieve the desired configuration and orientation. Connect Power and Data Cables: Connect the power and data cables from the led screen indoor display panels to the appropriate power sources and control devices, ensuring that all connections are secure and properly terminated. Test the functionality of the LED display system to ensure that it powers on and displays content correctly. Calibrate and Configure Display: Calibrate the LED display system to optimize brightness, color accuracy, and image quality, adjusting settings such as brightness, contrast, color temperature, and gamma correction as needed. Configure the display settings and control parameters using the manufacturer's software or control interface, customizing settings such as screen resolution, refresh rate, input sources, and display modes. Test and Commission: Conduct comprehensive testing of the LED display system to verify functionality, performance, and reliability under various operating conditions. Address any issues or discrepancies identified during testing, troubleshooting and resolving problems as needed to ensure proper operation. Obtain final approval and sign-off from stakeholders before commissioning the LED display system for regular use. Training and Documentation: Provide training to end-users or operators on how to operate, maintain, and troubleshoot the LED display system effectively. Create and maintain comprehensive documentation, including user manuals, technical specifications, wiring diagrams, and maintenance schedules, to support ongoing operation and maintenance. Monitor and Maintain: Implement a regular maintenance schedule to monitor the performance and condition of the LED display system, including cleaning, inspection, and preventive maintenance tasks. Promptly address any issues or malfunctions that arise, performing repairs or replacements as necessary to ensure continued reliability and performance. By following this step-by-step guide, you can effectively install an LED display system and ensure that it performs optimally for years to come. Remember to consult with qualified professionals and adhere to manufacturer recommendations and industry best practices throughout the installation process.

Assess Installation Environment: Determine the location and environment where the LED display will be installed, considering factors such as ambient lighting, temperature, humidity, and potential obstructions. Measure the available space and ensure that it can accommodate the size and configuration of the LED display system. Select Suitable LED Display System: Choose an LED display system that meets your specific requirements in terms of size, resolution, brightness, viewing distance, and intended application. Consider factors such as pixel pitch, panel size, cabinet design, and mounting options when selecting the LED display system. Plan Power and Connectivity: Determine the power source and connectivity requirements for the LED display system, ensuring that adequate electrical outlets and data connections are available nearby. Consult with a qualified electrician to ensure compliance with local electrical codes and regulations. Prepare Installation Site: Clear the installation site of any debris, obstacles, or obstructions that may interfere with the installation process. Prepare the mounting surface, ensuring that it is clean, level, and capable of supporting the weight of the LED display system. Install Mounting Structure: Install the mounting structure or framework according to the manufacturer's specifications, ensuring proper alignment and stability. Use appropriate hardware and fasteners to securely attach the mounting structure to the wall, floor, or other mounting surface. Assemble led screen indoor Display Panels: Assemble the LED display panels according to the manufacturer's instructions, making sure to align the panels correctly and securely fasten them together. Connect the data and power cables between the LED display panels, ensuring proper cable management and routing. Mount LED Display Panels: Mount the assembled LED display panels onto the mounting structure, ensuring that they are securely attached and properly aligned. Use mounting brackets, rigging hardware, or other mounting accessories as necessary to achieve the desired configuration and orientation. Connect Power and Data Cables: Connect the power and data cables from the LED display panels to the appropriate power sources and control devices, ensuring that all connections are secure and properly terminated. Test the functionality of the LED display system to ensure that it powers on and displays content correctly. Calibrate and Configure Display: Calibrate the LED display system to optimize brightness, color accuracy, and image quality, adjusting settings such as brightness, contrast, color temperature, and gamma correction as needed. Configure the display settings and control parameters using the manufacturer's software or control interface, customizing settings such as screen resolution, refresh rate, input sources, and display modes. Test and Commission: Conduct comprehensive testing of the LED display system to verify functionality, performance, and reliability under various operating conditions. Address any issues or discrepancies identified during testing, troubleshooting and resolving problems as needed to ensure proper operation. Obtain final approval and sign-off from stakeholders before commissioning the LED display system for regular use. Training and Documentation: Provide training to end-users or operators on how to operate, maintain, and troubleshoot the LED display system effectively. Create and maintain comprehensive documentation, including user manuals, technical specifications, wiring diagrams, and maintenance schedules, to support ongoing operation and maintenance. Monitor and Maintain: Implement a regular maintenance schedule to monitor the performance and condition of the LED display system, including cleaning, inspection, and preventive maintenance tasks. Promptly address any issues or malfunctions that arise, performing repairs or replacements as necessary to ensure continued reliability and performance. By following this step-by-step guide, you can effectively install an LED display system and ensure that it performs optimally for years to come. Remember to consult with qualified professionals and adhere to manufacturer recommendations and industry best practices throughout the installation process.

Keep it Simple and Clear: Opt for a simple and clear design that communicates your message effectively at a glance. Avoid cluttered layouts, excessive text, and complex graphics that can overwhelm viewers. Use concise messaging, bold typography, and clear visuals to convey your message quickly and clearly. Use High-Quality Images and Videos: Use high-resolution images and videos to ensure crisp and clear visuals on the LED screen. Choose visually appealing content that is relevant to your message and brand. Avoid pixelation or blurriness by using images and videos with sufficient resolution for the size of the display. Focus on Brand Identity: Maintain brand consistency across your content to reinforce brand identity and recognition. Use brand colors, logos, and fonts consistently to create a cohesive visual experience that aligns with your brand identity. Incorporate brand elements into your content design to strengthen brand association and recall. Utilize Motion and Animation: Incorporate motion and animation to capture attention and create visual interest. Use subtle animations, transitions, or motion graphics to draw the eye and guide viewers' attention to key elements of your message. Avoid excessive animation that can distract from the main message or cause visual clutter. Highlight Key Messages: Highlight key messages or calls to action prominently in your content to ensure they stand out and are easily understood by viewers. Use larger text, contrasting colors, or visual cues to emphasize important information and encourage viewer engagement. Keep the primary message concise and memorable to leave a lasting impression. Consider Viewing Distance and Angle: Consider the viewing distance and angle of the LED screen when designing your content. Optimize the size and placement of text, graphics, and images to ensure readability and visibility from various viewing positions. Test your content on the actual display to evaluate visibility and make adjustments as needed. Create Dynamic Content: Create dynamic content that changes over time to maintain viewer interest and engagement. Incorporate real-time updates, weather triggers, or interactive elements to make your content more relevant and engaging. Experiment with scheduling and sequencing to deliver fresh content and keep viewers coming back for more. Test and Iterate: Test your content on the LED screen to ensure that it looks and performs as intended. Make adjustments based on viewer feedback, performance metrics, and observations of audience behavior. Iterate on your content design to optimize visual impact, readability, and audience engagement over time. By following these tips for creating eye-catching content for led screen indoor advertising screens, you can maximize the effectiveness of your advertising campaign and create memorable experiences that resonate with your target audience. Focus on clear messaging, high-quality visuals, brand consistency, and dynamic elements to capture attention and drive engagement on LED screens.

Keep it Simple and Clear: Opt for a simple and clear design that communicates your message effectively at a glance. Avoid cluttered layouts, excessive text, and complex graphics that can overwhelm viewers. Use concise messaging, bold typography, and clear visuals to convey your message quickly and clearly. Use High-Quality Images and Videos: Use high-resolution images and videos to ensure crisp and clear visuals on the LED screen. Choose visually appealing content that is relevant to your message and brand. Avoid pixelation or blurriness by using images and videos with sufficient resolution for the size of the display. Focus on Brand Identity: Maintain brand consistency across your content to reinforce brand identity and recognition. Use brand colors, logos, and fonts consistently to create a cohesive visual experience that aligns with your brand identity. Incorporate brand elements into your content design to strengthen brand association and recall. Utilize Motion and Animation: Incorporate motion and animation to capture attention and create visual interest. Use subtle animations, transitions, or motion graphics to draw the eye and guide viewers' attention to key elements of your message. Avoid excessive animation that can distract from the main message or cause visual clutter. Highlight Key Messages: Highlight key messages or calls to action prominently in your content to ensure they stand out and are easily understood by viewers. Use larger text, contrasting colors, or visual cues to emphasize important information and encourage viewer engagement. Keep the primary message concise and memorable to leave a lasting impression. Consider Viewing Distance and Angle: Consider the viewing distance and angle of the LED screen when designing your content. Optimize the size and placement of text, graphics, and images to ensure readability and visibility from various viewing positions. Test your content on the actual display to evaluate visibility and make adjustments as needed. Create Dynamic Content: Create dynamic content that changes over time to maintain viewer interest and engagement. Incorporate real-time updates, weather triggers, or interactive elements to make your content more relevant and engaging. Experiment with scheduling and sequencing to deliver fresh content and keep viewers coming back for more. Test and Iterate: Test your content on the LED screen to ensure that it looks and performs as intended. Make adjustments based on viewer feedback, performance metrics, and observations of audience behavior. Iterate on your content design to optimize visual impact, readability, and audience engagement over time. By following these tips for creating eye-catching content for LED advertising screens, you can maximize the effectiveness of your advertising campaign and create memorable experiences that resonate with your target audience. Focus on clear messaging, high-quality visuals, brand consistency, and dynamic elements to capture attention and drive engagement on led screen indoor screens.

In the future, display screens may be "printed" on plastic sheets, similar to newspaper printing. In January, Kekong Group signed a contract with a British team focusing on organic thin-film transistors to invest in this technology, and introduced it to Hubei, and officially settled in Wuhan Optoelectronics Industrial Technology Research Institute, East Lake High-tech Zone. The mobile phone screen in our hands, the computer screen in front of us, whether it is a liquid crystal planar interactive display or other displays, all need to be driven by thin-film transistors (TFT). The TFT substrate is the "foundation" of the building of the display screen. At this stage, laying the "foundation" requires a high-temperature process, which must be done on a glass substrate. In the future, it will be a challenge to prepare "foundations" using low-temperature processes on flexible substrates such as plastics. There is a cutting-edge technology that uses the "printing" process to replace the traditional vacuum process. Organic thin-film transistor technology can be processed by low-temperature and low-cost solution method or printing process. Using a tape-and-roll process similar to the newspaper printing process, the TFT "foundation" can be "printed" on the surface of any material in a large area, and the display screen can be like a canvas. curly. At present, this technology is mainly in the hands of countries such as Europe, America, Japan and South Korea. Among them, the team of Ray Fisher, a member of the Royal Society of Chemistry, has mastered the upstream core materials, processes and device technologies of this technology, and established NeuDrive in the UK. Feng Linrun, a Huazhong University of Science and Technology undergraduate alumnus from Huanggang, has served as the vice president of the company after graduating from Shanghai Jiaotong University with a Ph.D. Also in the UK, Wuhan Science and Technology Incubator Co., Ltd., whose chairman is Wang Weiguo from Hubei, is stationed in the London Science and Technology City, and has built the largest technology innovation center in Europe, "Kekong Global". In April last year, two "nine-headed birds" met in London during the East Lake High-tech Zone's overseas talent recruitment activity. Wang Weiguo, a post-60s generation, decided to cooperate with Feng Linrun, a post-80s generation, to let Chucai go home. At the end of 2017, Kekong made a cash equity investment, and Feng Linrun served as the CEO of Wuhan Xinqu Chuangrou Optoelectronics Technology Co., Ltd., registered in Han, and the company's valuation exceeded 100 million yuan. It will be officially put into operation one month later. In an interview with a reporter from Changjiang Daily on January 30, he introduced that the British team, including fellows of the Royal Society of Chemistry, British Physical Society, and former head of the Philips display team, have all will join his team. The ownership of more than 10 global authorized patents are all transferred to Hubei, filling the gap in China. According to Feng Linrun, it is estimated that by the end of this year, the pilot line of this technology will be completed in Xianning, Hubei. He said that Hubei's new display industry chain is complete. One year after the completion of the pilot line, China's first flexible display using organic thin film transistor technology prepared by the solution method may be born in Hubei. The core semiconductor components manufactured by this technology can be used in many fields including flexible displays and biosensors. In the near future, mobile phones that can be attached to clothes and displays that can be rolled up and taken away can be used to detect various The flexible and low-cost sensor of the virus will go from Hubei to the world. Figure 1. OTFT materials, process lines and flexible OTFT devices With the development in recent years, some companies in Europe (especially the UK) have mastered the upstream core materials, processes and device technologies of OTFT, and the industrial chain, capital and market required for the further development of OTFT are all concentrated in China. This factor Greatly restricted the industrialization process of OTFT. Figure 2. Mr. Malcolm Stewart (CEO of NeuDrive, Fellow of the Royal Society of Chemistry) and Mr. Wang Weiguo (Founder and Chairman of Kekong Group) signed the contract Thanks to the very important bridge of technology transformation between China and Europe built by London Kekong, Kekong Group and the UK NeuDrive officially signed a joint venture contract in Wuhan, China on January 11, 2018. Kekong Group is responsible for the cash investment. NeuDrive is responsible for the investment in intangible assets (including the transfer of ownership of core patents), and introduced the core technology of OTFT to Hubei, China, officially opening a new chapter in the industrialization of OTFT. Figure 3. Group photo after the signing ceremony, from left to right: Dr. Feng Linrun, Mr. Wang Weiguo, Mr. Malcolm Stewart, Dr. Han Dao (President of Wuhan Optoelectronics Industry Research Institute) Figure 4. Secretary Ding Xiaoqiang (fourth from left) and Mayor Wang Yuanhe (seventh from left) personally led the delegation of Xianning Municipal Party Committee to visit Science Control and jointly promote the progress of the project At present, this project has been highly concerned by the Hubei Provincial Government, the Chinese Embassy in the UK, the Xianning Municipal Government, the Wuhan Municipal Government and the Wuhan Optoelectronics Industry Research Institute. In order to accelerate the smooth transfer of technology and the first domestic solution-based OTFT pilot line As soon as possible, Kekong and NeuDrive have simultaneously established Xinqu Chuangrou Optoelectronics Technology Co., Ltd. (referred to as "Xinqu Chuangrou") in Xianning and Wuhan. With the strong support of Secretary Ding Xiaoqiang, member of the Standing Committee of the Xianning Municipal Party Committee and Mayor Wang Yuanhe, the OTFT pilot line, the core of Xinqu Chuangrou, will be launched in Xianning. Combining the high-quality resources of Xianning City, Wuhan City and Hubei Province, we will work together to Coordinated development.

In the future, display screens may be "printed" on plastic sheets, similar to newspaper printing. In January, Kekong Group signed a contract with a British team focusing on organic thin-film transistors to invest in this technology, and introduced it to Hubei, and officially settled in Wuhan Optoelectronics Industrial Technology Research Institute, East Lake High-tech Zone. The mobile phone screen in our hands, the computer screen in front of us, whether it is a liquid crystal display or other displays, all need to be driven by thin-film transistors (TFT). The TFT substrate is the "foundation" of the building of the display screen. At this stage, laying the "foundation" requires a high-temperature process, which must be done on a glass substrate. In the future, it will be a challenge to prepare "foundations" using low-temperature processes on flexible substrates such as plastics. There is a cutting-edge technology that uses the "printing" process to replace the traditional vacuum process. Organic thin-film transistor technology can be processed by low-temperature and low-cost solution method or printing process. Using a tape-and-roll process similar to the newspaper printing process, the TFT "foundation" can be "printed" on the surface of any material in a large area, and the display screen can be like a canvas. curly. At present, this technology is mainly in the hands of countries such as Europe, America, Japan and South Korea. Among them, the team of Ray Fisher, a member of the Royal Society of Chemistry, has mastered the upstream core materials, processes and device technologies of this technology, and established NeuDrive in the UK. Feng Linrun, a Huazhong University of Science and Technology undergraduate alumnus from Huanggang, has served as the vice president of the company after graduating from Shanghai Jiaotong University with a Ph.D. Also in the UK, Wuhan Science and Technology Incubator Co., Ltd., whose chairman is Wang Weiguo from Hubei, is stationed in the London Science and Technology City, and has built the largest technology innovation center in Europe, "Kekong Global". In April last year, two "nine-headed birds" met in London during the East Lake High-tech Zone's overseas talent recruitment activity. Wang Weiguo, a post-60s generation, decided to cooperate with Feng Linrun, a post-80s generation, to let Chucai go home. At the end of 2017, Kekong made a cash equity investment, and Feng Linrun served as the CEO of Wuhan Xinqu Chuangrou Optoelectronics Technology Co., Ltd., registered in Han, and the company's valuation exceeded 100 million yuan. It will be officially put into operation one month later. In an interview with a reporter from Changjiang Daily on January 30, he introduced that the British team, including fellows of the Royal Society of Chemistry, British Physical Society, and former head of the Philips display team, have all will join his team. The ownership of more than 10 global authorized patents are all transferred to Hubei, filling the gap in China. According to Feng Linrun, it is estimated that by the end of this year, the pilot line of this technology will be completed in Xianning, Hubei. He said that Hubei's new planar interactive display industry chain is complete. One year after the completion of the pilot line, China's first flexible display using organic thin film transistor technology prepared by the solution method may be born in Hubei. The core semiconductor components manufactured by this technology can be used in many fields including flexible displays and biosensors. In the near future, mobile phones that can be attached to clothes and displays that can be rolled up and taken away can be used to detect various The flexible and low-cost sensor of the virus will go from Hubei to the world. Figure 1. OTFT materials, process lines and flexible OTFT devices With the development in recent years, some companies in Europe (especially the UK) have mastered the upstream core materials, processes and device technologies of OTFT, and the industrial chain, capital and market required for the further development of OTFT are all concentrated in China. This factor Greatly restricted the industrialization process of OTFT. Figure 2. Mr. Malcolm Stewart (CEO of NeuDrive, Fellow of the Royal Society of Chemistry) and Mr. Wang Weiguo (Founder and Chairman of Kekong Group) signed the contract Thanks to the very important bridge of technology transformation between China and Europe built by London Kekong, Kekong Group and the UK NeuDrive officially signed a joint venture contract in Wuhan, China on January 11, 2018. Kekong Group is responsible for the cash investment. NeuDrive is responsible for the investment in intangible assets (including the transfer of ownership of core patents), and introduced the core technology of OTFT to Hubei, China, officially opening a new chapter in the industrialization of OTFT. Figure 3. Group photo after the signing ceremony, from left to right: Dr. Feng Linrun, Mr. Wang Weiguo, Mr. Malcolm Stewart, Dr. Han Dao (President of Wuhan Optoelectronics Industry Research Institute) Figure 4. Secretary Ding Xiaoqiang (fourth from left) and Mayor Wang Yuanhe (seventh from left) personally led the delegation of Xianning Municipal Party Committee to visit Science Control and jointly promote the progress of the project At present, this project has been highly concerned by the Hubei Provincial Government, the Chinese Embassy in the UK, the Xianning Municipal Government, the Wuhan Municipal Government and the Wuhan Optoelectronics Industry Research Institute. In order to accelerate the smooth transfer of technology and the first domestic solution-based OTFT pilot line As soon as possible, Kekong and NeuDrive have simultaneously established Xinqu Chuangrou Optoelectronics Technology Co., Ltd. (referred to as "Xinqu Chuangrou") in Xianning and Wuhan. With the strong support of Secretary Ding Xiaoqiang, member of the Standing Committee of the Xianning Municipal Party Committee and Mayor Wang Yuanhe, the OTFT pilot line, the core of Xinqu Chuangrou, will be launched in Xianning. Combining the high-quality resources of Xianning City, Wuhan City and Hubei Province, we will work together to Coordinated development.