Blogs

In the newly released report of the 20th National Congress of the Communist Party of China, for the first time, the three strategies of education, science and technology, and talents were integrated into one plan, emphasizing the organic connection between the three, and jointly shaping new kinetic energy and new advantages of development through coordination and system integration .

Going deep into the actual situation of the country, under the background of population aging and declining birth rate, “machine replacement” is carried out byrobotReplacing repetitive and dangerous work is an important driving force for Industrial transformation and upgrading. Robot-related professional education is also in full swing in major universities.

Applying Han’s Robots to the robot teaching platform can enable trainees to receive more systematic simulation of real industrial scene training, and gradually train them to become robot operation talents urgently needed by the industry, so as to build a modern education system with a high degree of collaboration between industry, education and research.

1,Digital twin robot teaching platform

A brand-new way to subvert traditional teaching: Traditional practical teaching needs to go deep into the factory site, or the school builds a practical teaching center by itself, which will undoubtedly bring higher teaching cost investment; at the same time, as beginners, many high-risk technologies There is a high possibility of personal injury in types of work such as welding and cutting, which poses challenges to the school’s safety and security work.

In the digital twin platform, all tools, equipment, materials, etc. have corresponding digital twins, and the parameters of the twins are exactly the same as those of the physical entity, one-to-one correspondence.

The trainees can actually operate on the twin body, and the parameters generated in real time by the operation will be passed to the digital twin body, and the results will be fed back in real time according to the operation. In this way, students can not only learn practical techniques as realistically as possible, but also test the different results of various operations, and become comprehensive high-tech talents from perfecting and correcting every detail.

The main body of the platform hardware is an all-in-one machine operated by VR robot training, Han’scollaborative robotElfin, VR helmet (1 set), VR operation handle (2 pairs) positioner, 1 Pad, 1 tracker and other equipment.

After entering the training system through the Display screen, students can choose to wear the helmet, operate the robot arm directly on the pad through the virtual teaching device or drag and drop the handle, and realize the virtual-real mutual control and virtual-real interaction between the virtual collaborative robot and the physical collaborative robot. interactive.

In terms of application scenarios, the digital twin robot teaching platform deeply meets the actual needs, and based on the extensive experience of Han’s collaborative robots, it has now covered typical industrial scenarios such as cutting, welding, and assembly, realizing accurate mapping and virtual-real interaction.

2,Education and training platform

The education and training platform is composed of Han’s collaborative robot Elfin, workbench, and multi-modular functions. By using the workstation, students can fully learn the knowledge and operating techniques of collaborative robots, and can also masterIndustrial robotelectrical connections and integration methods.

The modular function design can be customized and developed according to teaching and practical application requirements. The platform has a flexible expansion interface for secondary development and integration. Currently, the platform supports functions such as cyclic assembly, handling, palletizing, and drawing, bringing immersive learning experience.

3.Broad prospects, looking forward to cooperation

Han’s Robotics looks forward to working with more partners to deepen cooperation in the field of education, improve the level of integration and innovation of smart education, industry, education and research, and jointly cultivate high-level talents that meet national strategies and society.