  We consider the Quasilocal Quark Model of NJL type (QNJLM) as an effective
theory of non-perturbative QCD including scalar (S), pseudoscalar (P), vector
(V) and axial-vector (A) four-fermion interaction with derivatives. In the
presence of a strong attraction in the scalar channel the chiral symmetry is
spontaneously broken and as a consequence the composite meson states are
generated in all channels. With the help of Operator Product Expansion the
appropriate set of Chiral Symmetry Restoration (CSR) Sum Rules in these
channels are imposed as matching conditions to QCD at intermediate energies.
The mass spectrum and some decay constants for ground and excited meson states
are calculated.
