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OBSTETRICAL FORCEPS WITH PASSIVE ROTATION AND SENSOR FEEDBACK

机译:具有被动旋转和传感器反馈的产科钳子

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The novel forceps were created to deliver non-direct OA/OP and OT presentations, increase safety to the mother, and increase ease of use and learning for physicians, while also maintaining current forcep designs' high rate of OVD success and safety to the fetus. Preliminary tests have shown that the rotational handle is a low-friction interface which is promising for its success in future OT deliveries. In addition, increased ease of use and learning is addressed with a sensing module. Paired with an appropriate simulator, the sensing module can serve as a valuable teaching tool, as well as provide important information about the best practices of OVD in actual deliveries. Our forceps build on the success of existing forcep designs through the unchanged Simpsons-Braun blade configuration. The modularity of our design allows for the potential of future blade design iterations.
机译:创建了小说镊子,以提供非直接的OA / OP和OT演示,增加母亲的安全,并增加医生使用和学习的易用性,同时还将当前的员工设计对胎儿的高速公路成功和安全性的高速度。 。初步测试表明,旋转手柄是一种低摩擦界面,这是对未来OT交付中的成功。此外,通过传感模块解决了增加的易用性和学习。与适当的模拟器配对,传感模块可以作为有价值的教学工具,并提供有关实际交付中最佳实践的重要信息。我们的镊子通过不变的辛普森一家布朗刀片配置构建了现有员工设计的成功。我们设计的模块化允许未来刀片设计迭代的潜力。

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