  The LHCb Collaboration has recently discovered five excited $\Omega_c$ states
with masses between 3 and 3.1 GeV, four of them corroborated by the Belle
Collaboration. We analyse the dynamical generation of these states within a
molecular baryon-meson model that is consistent with both chiral and
heavy-quark spin symmetries. Earlier predictions within this model found five
$\Omega_c$ states with masses below 3 GeV. Thus, in order to study the possible
identification of any of these states with the experimental ones in the correct
energy region, we explore two different regularization schemes, that is, a
modified regularization subtraction method and a cutoff regularization scheme.
We find that at least three of the dynamically generated states can be
identified with the experimental ones and have spin-parity $J=1/2^-$ or
$J=3/2^-$
