AI Article Synopsis

  • Researchers developed a virtual reality system that simulates acupuncture at the Fengchi (GB 20) point, using data from experienced practitioners and force feedback devices.
  • This system allows acupuncture students to practice using a realistic 3D digital human model, which replicates the physical interactions of needles with human tissues.
  • The project aims to enhance acupuncture education by providing an immersive experience that integrates visual and tactile feedback, paving the way for future innovations in virtual acupuncture training.

Article Abstract

Acupuncture manipulations on Fengchi (GB 20) of famous doctors were taken through force feedback device, then the data was input into a digitized virtual human. Virtual Fengchi (GB 20) acupuncture force feedback simulation system was built through the virtual reality technology to achieve one-to-one high simulative manipulation effect for acupuncture students. The interaction force of the needle body and human tissues was analyzed during the acupuncture process on the 3D digital human integrated with information of Fengchi (GB 20) according to the physical characteristics of the tissues under this point. The mechanical model which is used to imitate the stress received by the body of the needle was established, and transmitted truly to the operator by the force feedback device. Thus, Fengchi (GB 20) virtual acupuncture force feedback simulation was preliminary established, and the sense of touch could be reproduced lively on the visualized virtual acupuncture human. It is held that Fengchi (GB 20) acupuncture force feedback research is a preliminary exploration for virtual acupuncture that integrated with the information of visual, tactile and force feedback. And it also provided a dynamic one-to-one simulation approach for acupuncture teaching.

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