3D-Printed Balloon Type Pneumatic Actuator for Hybrid Force Display Glove*

K. Koyanagi, T. Tamamoto, K. Noda, Daisuke Takata
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Abstract

The balloon actuator is a type of pneumatic actuator developed by the authors for an original virtual-reality-based hand rehabilitation device, which is a hybrid force display glove that combines an actuator and a passive element. The balloon actuator can generate a strong force and is safe for hand rehabilitation. However, it has slow response characteristics for force display applications that use virtual reality techniques. We developed an improved actuator that features a new 3D-printed inner construction using new material. The basic characteristics of the 3D-printed balloon actuator were measured by experiment.
3d打印气球型气动执行器的混合力量显示手套*
气球致动器是作者为一种独创的基于虚拟现实的手部康复装置开发的一种气动致动器,它是一种结合了致动器和被动元件的混合力显示手套。气囊致动器可以产生强大的力,对手部康复是安全的。然而,对于使用虚拟现实技术的力显示应用,它具有响应缓慢的特点。我们开发了一种改进的驱动器,其特点是使用新材料的新型3d打印内部结构。通过实验测试了3d打印气球作动器的基本特性。
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