Robotics & Machine Learning Daily News2024,Issue(Nov.28) :213-217.

Patent Issued for Surgery visualization theatre (USPTO 12142367)

外科可视化剧院专利(USPTO 12142367)

Robotics & Machine Learning Daily News2024,Issue(Nov.28) :213-217.

Patent Issued for Surgery visualization theatre (USPTO 12142367)

外科可视化剧院专利(USPTO 12142367)

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摘要

专利号12142367的受让人是Raytrx LLC(美国俄克拉荷马州塔尔萨)。新闻编辑从发明人提供的背景信息中获得了以下引文:“外科医生需要能够获得实时和预先记录的计算机生成和/或手术室的摄像头图像。此外,手术室(OR)医护人员需要多个VI EWING端口,为这些人员提供三维手术现场信息,以便他们完成他们的任务。自19世纪以来,外科医生一直依赖标准光学显微镜(SOM),使用双管配置中的多个透镜来创建光学变焦和放大倍率被一个人类观察者看到。另外,或人员还需要能够召回电子医生al在手术期间记录(EMR)信息,如3D MRI、CT扫描和othe R成像,目前是通过在操作室的灯板上或通过多个监视器进行二维观察或在邻近的临床/诊断室中。最近一些大型医疗器械,制造商推出了SOM,通过有线连接将视频投射到3D监视器上其要求手术室人员佩戴偏光3D眼镜,并使外科医生紧张,吊起或倾斜数小时观察。由于3D玻璃的偏振度高达50%,这有点类似于外科医生戴着太阳镜进行手术,不能为外科医生提供良好的ergon组学或者最先进的数字技术。

Abstract

The patent’s assignee for patent number 12142367 is Raytrx LLC (Tulsa, Oklahoma, United States).News editors obtained the following quote from the background information suppli ed by the inventors:“There is a need for surgeons to be able to access real-tim e and pre-recorded computer-generated and/orcamera images in the operating room . In addition, the operating room (OR) healthcare professionals needmultiple vi ewing ports providing 3D surgery site information to such personnel for them to accomplishtheir OR tasks. Since the 1800s, surgeons have relied on the standard optical microscope (SOM), whichuses multiple lenses in a dual tube configurati on to create optical zoom and magnification designed to beviewed by a human ope rator. In addition, OR personnel also need to be able to recall electronic medical record (EMR) information during surgery, such as 3D MRI’s, CT scans, and othe r imaging, whichcurrently is done through 2D viewing on a light board in the op erating room or through multiple monitorsthroughout the OR, or in adjacent clin ic/diagnostic rooms. In the recent past, some large medical devicemanufactures have introduced SOM’s that project video through a wired connection onto 3D moni torswhich require the OR personnel to wear polarized 3D glasses, and which requ ire the surgeon to strain,crane, or lean for hours to observe. As the 3D glasse s are polarized up to 50%, this is somewhat akin tohaving a surgeo n wearing sunglasses to surgery and does not provide the surgeon with good ergon omicsor state-of-the-art digital technologies.

Key words

Business/Emerging Technologies/Machine Learning/Raytrx LLC/Robotics/Robots

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出版年

2024
Robotics & Machine Learning Daily News

Robotics & Machine Learning Daily News

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