A laparoscopic system based on panoramic VR technology

Abstract

The present invention discloses a laparoscopic system based on panoramic VR technology, including a top light source, a wide-angle camera, a ring light strip, a light guide fiber, a video signal transmission line, a mirror body, a light source light guide fiber adapter and a video signal adapter, wherein the top light source and the video signal adapter are respectively arranged at the front end and the rear end of the mirror body, the wide-angle camera is arranged at the front end of the mirror body, the light guide fiber is accommodated in the mirror body, and the video signal transmission line is accommodated in the mirror body. The beneficial effects of the present invention: make up for the deficiency of limited field of view of traditional laparoscopes, and provide a comprehensive viewing angle in the entire surgical space; the field of view range and angle can be freely controlled to achieve a higher degree of consistency between eyes, brain and hands; live broadcast of surgery can be realized through the existing panoramic VR live broadcast technology, so as to facilitate later recording for teaching and academic exchanges; the introduced panoramic VR technology combined with laparoscopic surgical robots and 5G technology can introduce minimally invasive surgical technology into a newer era.

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