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The cloudy quark bag model is applied to the coupled ($\Kbar N$, $\Sigma\pi$, $\Lambda \pi$) system for $S-D$ partial waves. Energy--dependentseparable potentials are derived, as are new numerical algorithms for solvingthe coupled Lippmann-Schwinger equations. The parameters are fit to $K^-p$scattering and reaction cross sections, branching ratios, and mass spectra from$K^-p\rightarrow \Sigma\pi\pi\pi, \Lambda\pi\pi\pi$. The $\Sigma_{P13}(1385)$and $\Lambda_{D03}(1520)$ resonances are found to be predominately elementarybag states with considerable dressing for the $\Sigma_{P13}$. The$\Lambda_{S01}(1405)$ appears as a complicated composite systems arising fromtwo poles.Comment: 40 pages, 10 figures available from Rubin Landau  (rubin@physics.orst.edu) on request. Oregon State Univ. Nucl. Theory #NT-10

Cloudy bag model for theS-DwaveK¯-Nsystem