Abstract: The combination weighting method is used to determine the weight of order parameter index, and the traditional composite system synergy degree model is improved. A comprehensive measurement model of intellectual property（IP） management capability synergy degree with speed characteristics of patent intensive industries is constructed. Based on the sample data of 15 patent-intensive industries from 2011 to 2016, this paper makes an empirical study on the collaboration and evolution of intellectual property management capability of China's patent-intensive industries from the static and dynamic perspective. The results show that the development level of synergistic degree of IP management ability of China's patent-intensive industries is low, and the synergistic degree fluctuates in the range of [-0.08, 0.1]. The collaborative development of IP management ability of different patent-intensive industries is relatively unbalanced. The collaborative computer manufacturing industry is relatively low and ranks low. The medical equipment manufacturing industry, pharmaceutical manufacturing industry, electrical equipment manufacturing industry, chemical raw materials and chemical products manufacturing industry is relatively stable, ranking top. In addition, the coordinated development of the patent intensive IP management level showed obvious trend of fluctuations, in addition to the manufacturing of communication equipment, radar and auxiliary equipment and other electronic equipment, other patent-intensive industries show an upward trend, indicating that most industries can develop in a balanced and orderly way. The research conclusions are expected to provide theoretical basis and policy suggestions for the improvement of the coordination degree of IP management ability in patent-intensive industries.