  A recently proposed purification method, in which the Zeno-like measurements
of a subsystem can bring about a distillation of another subsystem in
interaction with the former, is utilized to yield entangled states between
distant systems. It is shown that the measurements of a two-level system
locally interacting with other two spatially separated not coupled subsystems,
can distill entangled states from the latter irrespectively of the initial
states of the two subsystems.
