Human body characteristic visualization device and method

Abstract

The invention provides a human body characteristic visualization device. The human body characteristic visualization device is capable of visualizing non-dominant human body characteristics in the various parts of a human body and even in the whole body, so that the intuitive location of an observer is achieved and the position and morphology information of the non-dominant characteristics of the human body are mastered; specifically, the human body characteristic visualization device comprises a three-dimensional scanning device which, together with a visualization device, defines a visual space, and a data processing device which is stored with human body characteristic information and is used for processing the three-dimensional information in a human body detected part acquired by the three-dimensional scanning device, so that the visualization device is controlled within the visual space, and the matched visual human body characteristic information is released from the body surface region of the human body detected part.

Description

technical field [0001] The invention relates to a human body feature visualization technology, in particular to a device and method for releasing visualized human body feature information on the body surface area of ​​a measured human body by using three-dimensional scanning and projection technology. Background technique [0002] Meridian theory is an important part of traditional Chinese medicine. However, due to the objective reality of complex meridians, numerous acupoints, and large individual differences, accurate positioning of acupoints requires a high degree of technical proficiency for acupoint selection. There are three commonly used positioning methods in acupoints: the positioning method of body surface anatomy landmarks, the bone fracture volume positioning method and the pointing inch positioning method. The three are often combined with each other in application. Generally, the anatomical landmarks on the body surface are the main ones, and the distances of ...

AI Technical Summary

Problems solved by technology

[0008] To sum up, the current human acupoint recognition system still has the following defects: the acupoint labeling is not intuitive enough, the presentation results are not vivid, and cannot achieve a good human-computer interaction effect; image retrieval based on plane features cannot fully consider the surface of the human body. Three-dimensional features and individual differences; the display of acupoints based on two-dimensional imaging technology is very dependent on the imaging angle and cannot be observed from all angles

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