  We study the parity violating hyperon non-leptonic weak decays in the three
flavor Skyrme model. We follow the approach in which the symmetry breaking
terms in the action are diagonalized exactly within the collective coordinate
approximation. We show that although this method introduces some configuration
mixing, the $\Delta I =1/2$ rule is numerically well satisfied. In addition,
and in contrast to previous calculations, we show that not only the relative
amplitudes are in good agreement with the empirical values but also their
absolute values. The issue of whether the strong interaction enhancement
factors should be included in soliton calculations is also addressed.
