  Anomalous events with a large transverse momenta $P_T$ were found for all
secondary particles in an analysis of experimental data on cosmic ray
interactions at $E_0 > 5\cdot 10^{13} eV$. In order to clarify the underlying
mechanism of these events, the intermittency analysis of interactions with both
large and usual transverse momentum was performed. It is shown that behavior of
intermittency indices $\phi (q)$ as a function of rank factorial momentum $q$
for such interactions is very peculiar. The indices show slight growth for the
events with large transverse momenta for all secondary particles in contrast
with the fast growth for events with normal average transverse momenta for
final particles. The significant difference in the behavior of intermittency
indices gives strong evidence on the existence of the new class of hadron
interactions with large $P_T$ for all secondary particles in the event. A
possible interpretation of these anomalous events as a manifistation of Color
Glass Condensate in high energy hadron-hadron interactions is given.
