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Design and control strategy of robotic spinal surgical system

机译:机器人脊柱外科系统的设计与控制策略

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Spinal surgery has its specifications. Different from minimal invasive like laparoscope surgery, there is no complex operations such as sewing, cutting or clamping. It is more important for spinal surgery to locate precisely and to keep reliable during operation. Robotic spinal surgical system (RSSS) is designed upon these principles. Tracking and navigation system in RSSS ensures high positioning accuracy, and structure of robot guarantees the safety and reliability of RSSS. Moreover, with new implements in surgery, procedure of surgery must be redesigned. In this paper, we discuss a new robotic surgical system for spinal surgery, including a complete system with tracing system, navigation system, robot. Relative kinematics, control strategy are discussed and a new procedure of surgery is designed with RSSS.
机译:脊椎手术有其规格。 与腹腔镜手术中的最小侵入性不同,没有复杂的操作,如缝纫,切割或夹紧。 对于脊柱手术来说更为重要,精确定位并在运行期间保持可靠性。 机器人脊柱外科系统(RSSS)是在这些原则上设计的。 RSSS中的跟踪和导航系统可确保高定位精度,机器人结构保证RSSS的安全性和可靠性。 此外,在手术中的新工具,手术程序必须重新设计。 在本文中,我们讨论了一种用于脊椎手术的新型机器人外科系统,包括具有追踪系统,导航系统,机器人的完整系统。 讨论了相对运动学,控制策略,并使用RSSS设计了新的手术程序。

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