Dibaryon configurations are studied in the framework of the bound-stat
e soliton model. A generalized axially symmetric ansatz is used to det
ermine the soliton background. We show that once the constraints impos
ed by the symmetries of the lowest-energy torus configuration are sati
sfied, all spurious states are removed from the dibaryon spectrum. In
particular, we show that the lowest allowed state in the S = -2 channe
l carries the quantum numbers of the H-particle. We find that, within
our approximations, this particle is slightly bound in the model. We d
iscuss, however, that vacuum effects neglected in the present calculat
ion are very likely to unbind the H.