  The new particle $D^{*}_{s1}(2700)^{+}$ has stimulated many attentions. There
are different assignments of its inherent properties. It may be a $2^3S_1$,
$1^3D_1$ or the mixture of $2^3S_1-1^3D_1$ $c\bar s$ $1^-$ state. By
considering its mass, decay modes, full width, production rate, and comparing
with current experimental data, we point out that there is another more
reasonable assignment: $D^{*}_{s1}(2700)^{+}$ could be identified as two
resonances, one of which is a $2^3S_1$ state, another is a 1D state, and both
are $c\bar s$ $1^-$ states. The two states have very close masses, which are
around 2700 MeV, and both have broad decay widths. So in experiments, the
overlapping of $DK$ or $D^*K$ invariant mass distribution coming from their
decays is found, but the current experiments could not distinguish these two
resonances and reported one particle.
