一种集成成像三维医学显示装置

By integrating imaging 3D medical display devices, AI segmentation and light rendering technologies are used to generate micro-image unit arrays. Combined with liquid crystal displays and microlens arrays, naked-eye 3D display is achieved, solving the problems of physician cognitive load and poor doctor-patient communication in traditional medical image display, and improving display effect and interactivity.

CN116800945BActive Publication Date: 2026-07-17HANGZHOU CHENJING PHOTOELECTRIC TECH CO LTD +1

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
HANGZHOU CHENJING PHOTOELECTRIC TECH CO LTD
Filing Date
2023-05-23
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional medical imaging displays lack intuitive three-dimensional spatial information in a 2D plane, leading to increased cognitive load for doctors and poor doctor-patient communication. Patients find it difficult to understand, and prolonged use of AR/MR devices affects viewing comfort.

Method used

An integrated imaging 3D medical display device is adopted, including an image processing module, a 3D integrated display module, and a gesture recognition and interaction module. It generates a micro-image unit array through AI segmentation and light rendering, and realizes naked-eye 3D display using a liquid crystal display screen and a microlens array. It also achieves real-time interaction by combining an optical hand tracking module.

Benefits of technology

It enables comprehensive display of two-dimensional and three-dimensional medical images, improves the efficiency of doctor-patient communication and the effectiveness of medical teaching, reduces visual fatigue, enhances immersion and interactivity, and provides a basis for preoperative analysis and surgical planning.

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Abstract

本发明提出一种集成成像的三维医学显示装置。该装置包括图像处理模块、3D集成显示模块、手势识别与交互模块。图像处理模块负责将医学数据基于AI进行分割获得三维模型,再基于光线渲染得到微图像单元阵列;3D集成显示模块基于图像处理模块的微图像单元阵列输入3D集成显示屏中,即可裸眼观察3D医学图像,同时2D显示屏还能显示医学图像的三个面;手势识别与交互模块则大大提高用户的使用交互感,实现实时与D医学图像的手势交互。
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