  Chaplygin anisotropic matter governing the cosmological evolution in two
identical universes with an intermediate static spherically symmetric region is
considered. The static region contains a wormhole allowing one to pass etween
two horizons. The metric in the non-static region represents a kind of an
anisotropic Kantowski-Sachs cosmological model starting from a horizon instead
the initial singularity. A classification of the cosmologies with a monotonic
late stage is presented. It is shown that only one scenario can involve a de
Sitter regime. The scales in the de Sitter phase allows one to describe the
earliest accelerated expansion on the classical level.
