We suggest a new way to understand cosmic ray proton and helium spectrum around TeV-scale
energy by introducing discrete local sources. The source of diffusion equation in cosmic ray propagation
is set to be a point source given by delta function, contrary to conventional models which
have continuous sources. We calculate the spectrum of proton and helium originated in close
and young supernovas. By combining the solutions from discrete source and faraway continuous
sources, we found cosmic ray propagation parameters of both helium and proton which explain
the discrepancy between conventional model of cosmic ray and recent measurements of CREAM,
PAMELA, and AMS-02 experiments, without any additional assumptions.