Patent Analysis of Soft Pneumatic Actuators: A Systematic Literature Review

Q4 Engineering
H. Mastrisiswadi, Wangi Pandan Sari, A. Tontowi, Herianto
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引用次数: 0

Abstract

The soft pneumatic actuator is a technology in the robotics field driven by pneumatic power. Further, the problems in complicated fabrication processes can now be overcome with new technologies, such as additive manufacturing. Thus, the number of patent documents will also continue to increase. For this reason, a patent analysis is needed to help researchers map the direction of the research to be carried out. By analyzing existing patents, unnecessary investment in technology can be avoided as early as possible. Thus, this article aimed to find updates and gaps in existing patents. The patent analysis in this study used the systematic literature review method, which started with identifying, screening, and determining the patents being reviewed. In the early stages, 114 patents were obtained, and after screening, 18 patents related to the soft pneumatic actuator were obtained, divided into six families. Patents related to the existing soft pneumatic actuator are more directed to robotics and wearable devices. Hence, the current patent gap is still very wide open regarding fabrication, geometric shapes, and its application in other fields. Research gaps were obtained related to fabrication technology, geometric shapes, and applications in fields other than robotics and wearable devices that are still very wide open for development and patent registration to advanced technology.
软气动执行器的专利分析:系统文献综述
软气动执行器是机器人领域中一种由气动动力驱动的技术。此外,复杂制造工艺中存在的问题现在可以通过新技术(如增材制造)加以克服。因此,专利文件的数量也将继续增加。通过分析现有专利,可以尽早避免不必要的技术投资。因此,本文旨在寻找现有专利的更新和空白点。本研究中的专利分析采用了系统文献综述法,从识别、筛选和确定被综述专利开始。前期共获得 114 项专利,经过筛选,获得了 18 项与软气动执行器相关的专利,分为六个系列。与现有软气动执行器相关的专利更多地针对机器人和可穿戴设备。除机器人和可穿戴设备外,与制造技术、几何形状以及在其他领域的应用相关的研究缺口仍然很大,有待开发和专利注册,以实现先进技术的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Recent Patents on Mechanical Engineering
Recent Patents on Mechanical Engineering Engineering-Mechanical Engineering
CiteScore
0.80
自引率
0.00%
发文量
48
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