Analysis on Intellectual Property Litigations and Countermeasures of Satellite Navigation Enterprise

来源 :第十届中国卫星导航学术年会 | 被引量 : 0次 | 上传用户:qtjqty
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
  At present, Chinas BDS has entered a new era of global networking, and the application industry has shown a rapid development trend. With the rapid development of BDS’ global system construction and industrial development, Beidous R&D and innovation activities increasing fast, international exchanges are becoming more frequent. As a technology highly concentrated industry, satellite navigation related companies will encounter a variety of IP litigations in this process. Enterprises face high IP risks in daily operations, international exchanges and corporate IPO. It is essential for the enterprises to pay attention in advance and respond appropriately. This paper searches the typical cases of IP lawsuits in satellite navigation enterprises, and analyses the problems that satellite navigation enterprises reflected in patent litigation, trademark litigation, software copyright litigation, trade secret litigation and IPO process. In combination with IP regulations and domestic & foreign litigation practices, strategies such as strengthen core patent R&D applications, attach importance to product trademarks and copyright rights, improve corporate IP management, attach importance to IP due diligence of core patents, apply overseas IP rights in advance, and explore ways to establish IP insurance system are listed. Thus, Satellite navigation enterprises can attach importance to and properly solve various IP issues, which enable IPR to safeguard the long-term development of satellite navigation enterprises.
其他文献
地球自转参数和卫星轨道属于基准框架内产品,其精度和一致性对于坐标框架的建立与维持具有重要意义.本文推导了北斗卫星精密定轨中地球自转参数估计模型,提出了基于分段线性的高分辨率ERP解算算法,并研究了高分辨率ERP修正的北斗卫星精密定轨方法.实验表明,ERP模型采用1小时分辨率进行精密定轨时,存在明显的6h,12h,24h的周期性;采用8小时分辨率进行精密定轨时,解算的ERP精度明显提高;经过高频ER
传统热束磁选态铯原子钟因具有漂移率低、长期稳定度好和可靠性高的优点而被用于自主导航系统中,但在使用前还需要解决铯原子钟在微重力、机械振动、热真空等空间环境下面临的一系列苛刻的适应性问题.为了增强传统热束磁选态铯原子钟在空间环境中的适应性,采用仿真与试验相结合的研究方法对星载用铯原子钟从铯防溢、抗力学、热防护和磁屏蔽措施上进行了相关研究.在实施过程中对其进行了热、抗力学及磁敏感性等方面的设计、分析与
With the advent of micro-electro-mechanical systems, advanced materials, and integrated circuits and systems, the micro-satellites operated at low orbits have experienced rapid progress over the past
How to improve the speed and accuracy of location information is one of the key issues in current satellite navigation and positioning. This paper proposes a satellite selection algorithm based on the
Water level information is one of the basic parameters to ensure the safety of reservoir dams and optimize the operation of water resources. In recent years, the research on monitoring altitude differ
The meteorological parameters such as the temperature and the pressure are crucial for tropospheric delay correction of Satellite Laser Ranging (SLR). Considering that the meteorological data of the S
The Global Navigation Satellite System (GNSS) user will benefit a lot from the multi-system fusion positioning in availability, accuracy and reliability. However, the Inter-System Bias (ISB) may weake
The Low earth orbiter(LEO) based navigation signal transmitters has advantages in fast-changing geometry and low free space loss, which can be served as a complementary or extension of current MEO/GEO
The superrefraction, which can be frequently found in the moist lower troposphere, degrades the accuracy of the retrieved atmospheric parameters from GPS/LEO occultation data. The GPS/LEO occultation
In the past 20 years, various innovative technology patents of BeiDou Navigation Satellite System (BDS) emerge in endlessly. Patent analysis is a practical method in enterprise strategy and competitio