AI Powered Smart Education Solutions Unveiled for Interactive Teaching & Metaverse Learning
The world's leading brand of innovative technology demonstrated its advanced vision solutions for intelligent education, promoting the innovation and development of interactive teaching and meta-universe learning experience. Through the combination of AI technology, a series of efficient and easy-to-use educational technology solutions have been launched, covering equipment such as interactive projection, a projector management system, and AR smart glasses. These technologies not only improve the quality of digital and interactive learning but also provide students with a more immersive learning experience and promote the development of educational models in a smarter and more flexible direction.
Efficient visual display solution to create a new interactive learning experience
At the Education science and Technology Exhibition, a projector with high-quality and durable laser light source technology was exhibited. The life of the light source can reach 20,000 hours, which is very suitable for a long-term projection teaching environment and comprehensively improves the visual quality of the education site. A new generation of laser ultra-short-focus projector series, combined with unique 3LCD technology and high brightness of 4,100 lumens, can project a 100-inch clear picture, ensuring that students anywhere in the classroom can see the projected content. Although the brightness is high, the light is soft and does not directly hit the eyes. It has the characteristics of low blue light and no splash screen, which can ensure that teachers and students will not feel eye discomfort during the whole day of class. This series of devices can be projected through screen mirroring, and up to 50 devices can be connected at the same time. Students can easily project the content of the tablet onto the large screen and take turns to demonstrate, greatly improving classroom efficiency and interactivity.
At the Education Science and Technology Exhibition, a projector with high-quality and durable laser light source technology was exhibited. The life of the light source can reach 20,000 hours, which is very suitable for a long-term projection teaching environment and comprehensively improves the visual quality of the education site.A new generation of laser ultra-short-focus projector series, combined with unique 3LCD technology and high brightness of 4,100 lumens, can project a 100-inch clear picture, ensuring that students anywhere in the classroom can see the projected content.Although the brightness is high, the light is soft and does not directly hit the eyes. It has the characteristics of low blue light and no splash screen, which can ensure that teachers and students will not feel eye discomfort during the whole day of class.This series of devices can be projected through screen mirroring, and up to 50 devices can be connected at the same time. Students can easily project the content of the tablet onto the large screen and take turns to demonstrate, greatly improving classroom efficiency and interactivity.
The EB-770Fi laser ultra-short-focus projector was used at the booth to build a 21:9 scale interactive whiteboard wall, which attracted many children to enthusiastically participate in the painting and interactive experience.The on-site teachers simultaneously demonstrated how to deeply integrate wireless projection technology with teaching content, and showed how this technology can enhance the interactivity of the classroom and students' sense of participation.The 21:9 ultra-wide display screen brings a wider space for teaching. Even if the screen is divided for multi-task display, students can still clearly identify each part of the content, greatly improving learning efficiency and visual experience.
Not only that, the widescreen projection scheme also provides more possibilities for professional course content, especially in teaching scenarios involving engineering, machinery or vocational skills education, the operation process and structure of lifting products such as bridge cranes and intelligent crane hooks systems can be displayed through ultra-wide interactive screens for more comprehensive and vivid demonstrations. Combined with real-time video screens, structure diagrams and operation animations, teachers can more intuitively explain the operating principles, safety procedures and automation control systems of lifting equipment to help students establish a more complete knowledge system.In the future, with the continuous upgrading of smart classroom technology, the virtual teaching and simulation control of such large-scale industrial equipment will become a key part of skills education, providing students with a comprehensive learning experience from theory to practice, and truly realizing the deep integration of science and technology and education.
In addition, the exhibition also demonstrated a new generation of projector remote management solution-EPMC (Epson Projector Management Connected). This remote management tool can control multiple projectors through a Web browser. Users can easily create projector groups, check the operating status and usage time of each projector at any time, and even remotely turn on/off the power or switch the input signal.For schools with multiple projectors, this function greatly simplifies the management of projectors and saves manpower, time and maintenance costs.When the projector is abnormal, the system will send a notification via e-mail. Even if it is not on site, the management personnel can understand the operating status of the projector in real time, which provides great convenience.
AR smart glasses bring more possibilities to future education
The exhibition site showed the meta-universe learning simulation situation, demonstrating how to use AR augmented reality smart glasses to elevate learning to a new dimension and create a more interesting and diverse classroom environment. Smart glasses provide a large screen of 120 inches, with a lightweight frame design, which has become an ideal tool for getting started with AR, and is very suitable for a new generation of teaching methods. Through an immersive visual experience, students can not only intuitively understand abstract knowledge but also stimulate learning interest and creativity during the interaction process. The scene also combined the EB-760Wi laser ultra-short-focus projector with the use of AR glasses, which provided the whole class with the opportunity to experience together, demonstrated more advanced and diverse teaching content, and made learning more futuristic and attractive.
It is worth mentioning that with the continuous development of smart education technology, industrial-grade equipment such as low headroom overhead crane, smart hooks, and automated driving have gradually been introduced into vocational education and engineering classrooms. For example, through AR glasses and digital projection systems to simulate the lifting operation site, students can learn the lifting process, safety specifications and operating skills in an immersive situation, no longer limited to textbooks and theories. Combining sensor and Internet of Things technology, these lifting equipment can even realize virtual and real interactive teaching, real-time feedback on the operator's actions, and give operation suggestions, thereby improving the efficiency and safety level of training. In the future, education will no longer be just a process of “seeing” and “listening”, but a multi-dimensional experience of “hands-on”, “immersion” and “practice”, promoting students from passive acceptance to active exploration, truly realizing the integration of education and industry, and laying a solid foundation for the training of intelligent manufacturing and engineering technical personnel.
Summary
As educational technology continues to break through the boundaries of innovation, from high-quality projection equipment to AR smart glasses, to the deep integration with industrial-grade lifting equipment, the teaching scene is evolving in the direction of smarter, more immersive, and closer to practical applications. This not only improves the interactivity and learning efficiency of the classroom, but also opens the door to the future technological world for students. The ultimate goal of wisdom education is not only the transfer of knowledge, but also the cultivation of ability and the reconstruction of thinking.
Especially in vocational education and engineering technology teaching, lifting products are becoming an important component of a new generation of smart classrooms. With the help of AR and immersive projection technology, the operation process and working principle of bridge cranes, electric crane hoists, automated hoisting systems, and other equipment can be virtually demonstrated, and training simulations can be conducted directly in the classroom. This allows students to gain practical, hands-on experience without needing to step onto a real construction site.
At the same time, through Internet of Things (IoT) technology, these devices can enable real-time monitoring and data analysis, allowing learners to grasp the real-world applications of intelligent manufacturing and remote equipment management. Such integrated teaching methods not only improve student engagement but also effectively bridge the gap between education and industry by aligning learning with actual industrial needs.
For institutions looking to bring real-world equipment references into their curriculum, exploring the Top 10 Overhead Crane Manufacturers in the World: Market Leaders and Buying Guides offers valuable insight into the global leaders driving innovation in crane technology. Understanding the technologies, design standards, and application scenarios provided by these top manufacturers helps both educators and students stay aligned with current industry trends, ensuring that vocational training remains relevant and forward-looking.
Through the effective combination of AI, AR, and industrial technology, education is no longer limited to textbooks and blackboards but extends to real industrial scenarios such as smart factories, digital twins, and remote collaboration, becoming an important engine to promote the collaborative progress of talents and industries.The future has come, and education is using the power of science and technology to reshape our learning methods and imagination boundaries, and lay a solid foundation for the rise of a new generation of technical talents.