Technological trends in wheeled armoured vehicle from patent analysis

Jina Kwon, Gakgyu Kim, Yongju Cho, Kyoungchan Won
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Abstract

This study analyzed the domestic and foreign patent applications and technology trends of wheeled armored vehicles. Patents for wheeled armored vehicles have been steadily filed since 2009. As the technology development of armoured vehicles has achieved maturity, this technology has entered stabilization period. The scope of patent technology search is to select patent documents from the five major patent application countries that have applied for a large number of patents globally in both quantity and quality, and the search focused on patents published and registered between 1990 and August 2019 using the WIPS ON program. In particular, the main technologies of wheeled armored vehicles, such as protection, mobility, firepower, and body technology, were analyzed. Technological trend data from patents can be used to create requirements for weapons systems. If technology trends are not sufficiently reflected when raising requirements for a weapon system, problems such as obsolete technology development and lack of operational effectiveness may occur, if an excessive required operational capability (ROC) is set without considering the technology, there is a risk that the target performance may not be reached, costs may be incurred and additional time may be needed. So, for the development of weapon systems, it is necessary to analyze the trends of major technologies and find promising technologies in the long term and of wheeled armored vehicles and the latest development trends of major countries are investigated, as well as the technical information necessary for the establishment of the maneuvering system, which is the cornerstone of Army TIGER 4.0.
从专利分析看轮式装甲车的技术发展趋势
本研究分析了轮式装甲车的国内外专利申请情况和技术发展趋势。自2009年以来,轮式装甲车的专利一直在稳步申请。随着装甲车辆技术发展的成熟,该技术已进入稳定期。专利技术检索的范围是选择在数量和质量上均在全球范围内申请大量专利的五个主要专利申请国的专利文献,并重点检索1990年至2019年8月期间使用WIPS on计划公布和注册的专利。重点分析了轮式装甲车的防护、机动、火力、车身技术等主要技术。来自专利的技术趋势数据可用于制定武器系统的要求。如果在提高武器系统的要求时没有充分反映技术趋势,可能会出现技术发展过时和缺乏作战效能等问题,如果在不考虑技术的情况下设定了过高的要求作战能力(ROC),则可能存在无法达到目标性能的风险,可能会产生成本并需要额外的时间。因此,对于武器系统的发展,有必要分析主要技术的发展趋势,寻找轮式装甲车的长期发展前景,调查主要国家的最新发展趋势,以及建立作为陆军TIGER 4.0基石的机动系统所需的技术信息。
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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