Plastic operation viewing system based on AR virtual reality technology

Abstract

The invention discloses a plastic operation viewing system based on an AR virtual reality technology. The system comprises an image collection unit, an AR display unit and a data analysis unit, wherein the image collection unit collects image information of a part, needing a plastic operation, of a human body; the AR display unit receives the real image information, transmitted by the image collection unit, of the part, needing the plastic operation, of the human body and displays a virtual image of the part of the human body in combination with an image identification technology; the data analysis unit performs real-time data communication with the AR display unit; in a working state, when the AR display unit puts on a plastic model for the plastic operation on the part of the human body, the data analysis unit performs reasonability analysis on the plastic model put on each time according to characteristics of the five sense organs of the human body, whether curves of the organs conform to standard states or not is sorted out, and an image obtained after the plastic operation is drawn. The system also comprises a terminal unit performing real-time data communication with the AR display unit, wherein the AR display unit transmits the plastic model selected by a user and a specific human body external image of the user subjected to plastic adjustment to the terminal unit in real time.

Description

technical field [0001] The invention relates to the field of virtual reality technology, in particular to an AR virtual reality technology-based plastic surgery observation system. Background technique [0002] AR, or Augmented Reality, is a technology that combines the position and angle of the camera with the corresponding image processing technology. The purpose of this technology is to interact and present the virtual world in the real world on the computer screen. Usually, technicians extend the display screen to the real environment, so that the computer windows and icons are superimposed on the real objects, and the user's eyes and gestures are used to guide the operation so that the three-dimensional objects can be in the user's panoramic view according to the current task or needs. Interactively change its shape and appearance, and produce perspective enhancement effects for real objects by superimposing virtual scenes. For example, we can directly insert map infor...

AI Technical Summary

Problems solved by technology

However, in the prior art, doctors all use the method of performing plastic surgery directly on the human body, and do not give the user a clearer image information after the operation before the operation, which causes many plastic operations to fail or the user is not satisfied.

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