Ultra-high-definition surgery assist system based on 5G communication

Abstract

The present invention discloses an ultra-high-definition surgery assist system based on 5G communication and relates to the technical field of auxiliary medical treatment. The ultra-high-definition surgery assist system comprises a monitoring module, a 5G communication module, a processor, a display module, an angle adjustment module and a database; and a tracked target is locked according to coordinate information of a tracked object in a panoramic image, the monitoring module is also driven to continue tracking and shooting, and real-time images are displayed through the display module. By changing color of conventional gloves, the color of the conventional gloves is distinguished from other colors in a surgery room, by tracking the surgical gloves of an attending physician, image information in a surgery is tracked and shot, the ultra-high-definition surgery assist system is more accurate in position recognition and easy to use, continuous tracking and shooting are conducted according to coordinate information of the tracked object, the real-time tracking and shooting are conducted during the surgery process, exposure of surgical field is assisted, and the ultra-high-definitionsurgery assist system plays an important role in smoothness of the surgery, also stores video data in the surgery, and is conducive to resolution of medical disputes and postoperative learning.

Description

technical field [0001] The invention belongs to the technical field of auxiliary medical treatment, and in particular relates to an ultra-high-definition operation auxiliary system based on 5G communication. Background technique [0002] After clinical surgery, due to physiological factors such as blood flow and organ occlusion, the doctor's surgical field of view is relatively limited, and the scene seen during the operation is often bloody and difficult to recognize intuitively. The traditional surgical camera system is to install a camera on the surgical shadowless lamp. The camera is used during the operation. The surgical field displayed by the camera system is relatively fixed. If the position needs to be changed, the medical staff needs to move the shadowless lamp to adjust the camera system. [0003] Now provide an ultra-high-definition surgical assistance system based on 5G communication, which can track and shoot the surgical site in real time to assist the smooth ...

AI Technical Summary

Problems solved by technology

[0002] After clinical surgery, due to physiological factors such as blood flow and organ occlusion, the doctor's surgical field of view is relatively limited, and the scene seen during the operation is often bloody and difficult to visually identify

The traditional surgical camera system is to install a camera on the surgical shadowless lamp. Cameras are taken during the operation. The surgical field displayed by the camera system is relatively fixed. If the position needs to be changed, medical staff need to move the shadowless lamp to adjust the camera system.

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