Digital operating room system

Abstract

The invention discloses a digital operating room system. A 3D/4K endoscope, a 4K panoramic camera, a 3D/4K operating field camera, a C-arm X-ray machine, an electrocardiograph monitor, a 3D/4K suspension arm type medical display screen, a 4K wall-embedded type medical display screen, an optical fiber sending end and an operating room control terminal which are installed in each digital operating room. A demonstration terminal, a demonstration display screen and an optical fiber receiving end are installed in each demonstration chamber, the 3D/4K endoscope, the 4K panoramic camera, the 3D/4K operating field camera, the C-arm X-ray machine and the electrocardiograph monitor are connected with an optical fiber sending end through optical fibers, and the optical fiber sending end is connected with a PLC control terminal and an operating room control terminal through optical fibers. The 3D/4K suspension arm type medical display screen and the 4K wall-embedded type medical display screen are respectively connected with the operating room control terminal, the PLC control terminal is connected with the optical fiber receiving end through an optical fiber, the optical fiber receiving end is connected with the demonstration terminal, and the demonstration terminal is connected with the demonstration display screen. Transmission is carried out through all optical fibers, lossless transmission is achieved, and collected images are higher in definition.

Description

technical field [0001] The invention relates to the field of digital operating rooms, in particular to a digital operating room system. Background technique [0002] The digital integrated operating room is a perfect fusion of modern medical technology and digital information, and integrates all information about patients in the best way, so that surgeons, anesthesiologists, and surgical nurses can obtain comprehensive patient information and more Image support, accurate surgical navigation, and smooth external information exchange provide a more accurate, safer, and more efficient working environment for the entire operation, and also provide a reliable channel for surgical observation, surgical teaching, remote teaching, and remote consultation. Thereby creating a high success rate, high efficiency, and high safety in the operating room, and improving the external communication of the operating room. [0003] Among them, the most important thing in the digital operating r...

AI Technical Summary

Problems solved by technology

[0003] Among them, the most important thing in the digital operating room is the clarity of images and videos. Due to the limited bandwidth resources of the traditional ones, image data transmission and so on are all transmitted through lossy compression, that is, the images or videos are encoded and compressed before being transmitted, and then processed after decoding. It shows that the process of encoding and decoding is not only time-consuming, resulting in low transmission rate and long delay time, but also encoding and decoding will lead to the loss of information of the original video and image data, such as chromatic aberration, which will reduce the clarity of images and videos, and the viewing effect will not be good. good

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