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Simulating a syringe behavior using a pneumatic cylinder haptic interface

机译:使用气缸触觉界面模拟注射器行为

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Mastering medical gestures, such as epidural needle insertion, requires much practice. Haptic interfaces can be efficient training solutions. Nevertheless, they must provide users with an accurate experience for an effective training. This article introduces a control framework that turns a pneumatic cylinder into a haptic interface able to simulate a syringe and more specifically the loss of resistance phenomenon encountered during an epidural needle insertion. To achieve this, the framework switches between two control laws (position and force tracking) according to the system state. Experiments involving two anesthetists confirm the practicality of this system for hands-on training or rehearsal purposes.
机译:掌握医疗手势(例如硬膜外针插入)需要大量练习。触觉界面可以成为有效的培训解决方案。但是,他们必须为用户提供准确的体验以进行有效的培训。本文介绍了一种控制框架,该框架将气压缸转换为能够模拟注射器的触觉界面,更具体地说是能够模拟硬膜外针插入过程中遇到的阻力损失现象。为此,该框架根据系统状态在两个控制定律(位置和力跟踪)之间切换。涉及两名麻醉师的实验证实了该系统在动手训练或排练方面的实用性。

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