Microsurgery 3D digital imaging system and 3D microsurgery camera

Abstract

The invention discloses a microsurgery 3D digital imaging system, and relates to the technical field of medical equipment, the microsurgery 3D digital imaging system comprises a 3D microsurgery camera, a video workstation and a 3D display module, the 3D microsurgery camera is used for collecting a three-dimensional video in a microsurgery field and transmitting the three-dimensional video to the video workstation; the video workstation is used for processing the received three-dimensional video and transmitting the three-dimensional video to be displayed to the 3D display module; and the 3D display module is used for displaying the received three-dimensional video. The invention further discloses a 3D microsurgery camera. The three-dimensional imaging technology and the clinical microsurgery are combined, through multi-view imaging, real-time digital three-dimensional reconstruction and immersive three-dimensional display of a surgery area, adverse factors such as large physical strength and uncomfortable visual observation of a direct-view eyepiece of a traditional operation microscope are eliminated, dependence and constraint of the eyepiece are removed, and the visual observation effect of the eyepiece is improved. And an operator can obtain more flexibility, degree of freedom and comfort.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a microsurgery 3D digital imaging system and a 3D microsurgery camera. Background technique [0002] The introduction and development of microscopes in surgery has made the clinical and scientific research level related to surgery move from macro to micro, which not only significantly improves the overall surgical technology level, but also promotes the continuous deepening of the concept of minimally invasive surgery. With the assistance of a microscope, the operator can identify the spatial relationship of tissues in the stereoscopic surgical field, and perform highly difficult surgical operations such as fine dissection, cutting and suturing. [0003] The current purely optical operating microscope has been unable to fully meet the needs of surgical development. Optical operating microscopes lack digital means, and it is difficult to share the eyepiece images of ope...

AI Technical Summary

Problems solved by technology

[0003] The current purely optical operating microscope can no longer fully meet the needs of surgical development

Optical surgical microscopes lack digital means, and it is difficult to share the images of the eyepieces of the surgical microscope, which makes it difficult to train surgeons

At the same time, the doctor needs to look directly at the eyepiece and maintain a fixed posture for a long time during the operation, which leads to a lot of labor and visual fatigue.

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