A　mixed　fuzzy　intermittent　control　method　based　on　boundary　control　under　boundary　measurement　and　distributed　control　under　spatial　local　averaged　measurements　(SLAMs)　is　introduced　for　nonlinear　ordinary　differential　equations　(ODE)-partial　differential　equations(PDE)　coupled　systems　in　this　article.　To　accurately　characterize　the　nonlinear　ODE-PDE　coupled　systems,　a　Takagi-Sugeno　fuzzy　model　is　first　employed.　Then,　based　on　the　fuzzy　model,　the　switched　Lyapunov　function　is　proposed　to　design　the　mixed　fuzzy　intermittent　controller　under　boundary　measurement　and　SLAMs.　Sufficient　conditions　on　stability　for　the　closed-loop　coupled　system　are　obtained　via　a　set　of　space　dependent　linear　matrix　inequalities.　The　simulation　results　ultimately　confirm　the　effectiveness　of　the　proposed　design　approach　in　controlling　hypersonic　rocket　car.