Medical information virtual reality server system, medical information virtual reality program, medical information virtual reality system, method of creating medical information virtual reality data, and medical information virtual reality data

Abstract

Provided is a medical information virtual reality server system which facilitates communication between users using three-dimensional data employed in a virtual reality space, facilitates communication relating to data between joint owners thereof, is also suitable for facilitating protection of privacy and handling of data relating to persons whose data has been acquired, and also improves the usability of the data. This virtual reality server system is provided with: a data input means for inputting medical image data; a segmenting means for dividing the medical image data into segments foreach characteristic part, including living body parts, implants, medical devices, index markers and wearable objects; a three-dimension data conversion means for converting the medical image data intothree-dimensional polygon data having segments; a tagging means for tagging the three-dimensional polygon data or the segments; a coordinate associating means for associating the three-dimensional polygon data with an arbitrarily defined world coordinate position; and a data output means for storing the three-dimensional polygon data in a database and outputting the three-dimensional polygon dataon the basis of the tags with which said data have been tagged.

Description

technical field [0001] The invention relates to a medical virtual reality server and a virtual reality system. Background technique [0002] Usually, for disease diagnosis, CT (Computed Tomography) or MRI (Magnetic Resonance Imaging) is often used for examination. Since most medically useful information exists in images obtained through CT and MRI examinations, it is shared among many medical institutions or medical providers, which is extremely beneficial for medical research and education. [0003] However, CT images or MRI images are managed with a standard called DICOM (Digital Imaging and Communications in Medicine), and since personal information of the patient is recorded there, there is a problem that it cannot be easily shared from the viewpoint of privacy protection. data problem. Moreover, when data is shared, marking is usually done in order to improve the usability of the data. Since marking facilitates access to data, it is necessary to be more cautious from ...

AI Technical Summary

Problems solved by technology

However, in the three-dimensional digital magnifying glass system disclosed in the above-mentioned patent document 2, if the obtained three-dimensional data is only used for the patient, there is no problem, but if the data is to be shared with multiple users, it is necessary to find a way to improve the accuracy of the three-dimensional image. Usability, have not found a solution to this problem

[0009] In the current situation, when using 2D medical image data as 3D image data and creating a virtual reality space, it has not been found to improve data utilization by segmentation

Images