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协作机器人作为白内障手术洗手护士(CRASCS)。

Collaborative robot acting as scrub nurse for cataract surgery (CRASCS).

机构信息

Centre for Automation, Vellore Institute of Technology, Chennai, 600127, India.

School of Computer Science and Engineering, Vellore Institute of Technology, Chennai, 600127, India.

出版信息

J Robot Surg. 2024 Sep 12;18(1):339. doi: 10.1007/s11701-024-02089-0.

Abstract

Worldwide, healthcare systems are struggling to tackle a nursing shortage. As per the data released by the American Hospital Association, the healthcare workforce could face a loss of around 5 lakh nurses by the end of the year. Consequently, it could result in those deficiencies, which will be 1.1 million instead of 0.6 million. The current nursing scenario in India as per the Indian Nursing Council (INC), which is a board under the ministry and is responsible for legally confirming and maintaining universal standardized training for nursing, is that the 1.96 nurses out of every 1000 Indians that are there are much behind the World Health Organization's (WHO) recommended figure of 3 nurses per 1000. To mitigate the nurse shortage, a collaborative robotic system was designed that can assist with surgical procedures with a collaborative robot acting as a scrub nurse for cataract surgery (CRASCS) represented in Fig. 1. Accordingly, the model has been built to empower a customized 3d printed 5-Degree of freedom robotic arm by tracking the phase of surgery in real-time and automatically supplying the clinician with the ideal equipment that is needed for the particular phase of surgery. The system is supported with one more model which can identify where the surgical equipment is located within the arm range. The system is also supported with voice commands which help in picking up the right surgical equipment in the middle of any phase of the surgery. In this way, the system could be able to potentially handle the shortage of surgical nurses around the world and benefit humanity.

摘要

全球范围内,医疗保健系统都在努力应对护理人员短缺的问题。根据美国医院协会公布的数据,到今年年底,医疗保健劳动力可能会流失约 50 万名护士。因此,这可能会导致人员短缺,从 60 万增加到 110 万。根据印度护理委员会(INC)的数据,印度目前的护理情况是,每千名印度人中只有 1.96 名护士,远低于世界卫生组织(WHO)建议的每千名护士 3 名的标准。为了缓解护士短缺的问题,设计了一种协作机器人系统,可以协助手术,如图 1 所示,协作机器人担任白内障手术的巡回护士(CRASCS)。相应地,该模型旨在通过实时跟踪手术阶段,为定制的 3D 打印 5 自由度机器人手臂提供动力,并自动为临床医生提供手术特定阶段所需的理想设备。该系统还得到了另一个模型的支持,该模型可以识别手术设备在手臂范围内的位置。该系统还支持语音命令,可在手术的任何阶段帮助临床医生拿起正确的手术设备。通过这种方式,该系统有可能能够在全球范围内应对外科护士短缺的问题,并造福人类。

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