  We consider a model where two new scalars are introduced in the standard
model, assuming classical scale invariance. In this model the scale invariance
is broken by quantum corrections and one of the new scalars acquires non-zero
vacuum expectation value (VEV), which induces the electroweak symmetry breaking
in the standard model, and the other scalar becomes dark matter. It is shown
that TeV scale dark matter is realized, independent of the value of the other
scalar's VEV. The impact of the new scalars on the Higgs potential is also
discussed. The Higgs potential is stabilized when the Higgs mass is over ~120
GeV.
