Research On Collaborative Innovation Of Production-University-Research Coupling Mechanism

Technology is the first important factor related to productivity.Nowadays China has been focusing more on technology innovation,with more and more good results.The essential step to turn it into productivity is turning the results into products and forming an industry.Technic results are mainly born in colleges and research institutions,but the resources of these places have not been fully used,causing the serious accumulation of research results.The lack of competitiveness among the companies stems from the lack of support by the core technology.Therefore collaborative innovation of production-university-research is needed to accomplish the full flow of resources.Regarding to these policies about the complied innovation among the three forces are born and raised onto the schedule of national strategies,which has worked out in some areas.Nevertheless,it's still true that technology and economy are running on their own tracks.The change from cooperation to complied innovation among the three forces embodies the high demand of industrialisation on technology.This thesis aims to seek a more efficient way to turn technology into productivity,based on complied innovation coupling.Coupling effect can make a good connection between the demand of research forces and that of companies without any barriers,which works well in driving the procedure of industrialisation.This thesis is divided into 6 parts.Chapter 1 is the introduction about the reason why we adopt coupling,its aim and the current researches about it.Chapter 2 is the basic theory about complied innovation and bisic principle of coupling mechanism which defines the meaning of coupling and operational principle.Chapter 3 is about dynamic mechanism of collaborative innovation of production-university-research coupling.Expounding the motivations of coupling at macro and micro levels and the power sources of collaborative Innovation of production-university-research coupling mechanism—the drive of coupling which includes internal drive and external drive.Finally,introducing dynamic mechanism of resultant force of various driving forces in order to operate the coupling system at high speed.Chapter 4 is about operational mechanism of collaborative innovation of production-university-research coupling.The conditions for coupling include the precondition and requirements,and the coupled fashionshe for coupling contain chained coupling and embedded coupling.Chapter 5 is about empirical research of collaborative innovation of production-university-research coupling mechanism which involving content from chapter 2 to chapter 5.By structural equation modeling building the model of driving-coupling,and the content of the thesis is tested.Some advices for accelerating collaborative innovation of production-university-research coupling are proposed.Chapter 6 is the integration of the whole paper and the hope for the best results of related researches.