  From the interpretation of the $\Theta^+(1540)$ and $\Xi_{3/2}(1862)$ baryons
as an excitation of the ``skyrmion liquid'' with SU(3) flavour symmetry
$\bar{10}$ we deduce a new series of baryons, $\Theta_1^{++}$, $\Theta_1^{+}$
and $\Theta_1^0$, situated at the top of the 27-plet of SU(3) flavour, with
hypercharge Y=2, isospin I=1 and spin $J=\frac32$. The $\Theta_1$ mass and
width are estimated from the chiral quark soliton model. We demonstrate that
the predicted mass, $m_{\Theta_1}=1599 \mathrm{MeV/c^2}$, and broad width are
in qualitative conflict with experiment which shows no structure in the total
$K^+p$ cross section near $P_\mathrm{lab}=585$ MeV/c. We also discuss
properties of other exotic baryons from the 27- and 35-plets.
