The Hanbury-Brown-Twiss interferometer is proposed to serve as a detector of the crossed Andreev reflection and to generate entangled electron-hole pairs.It is shown that the non-local electron and hole induced by the crossed Andreev reflection are entangled.Quantum interference of the entangled electron-hole pairs gives rise to a new measurable effect of the phase difference between two superconductors in the cross correlation.The present theoretical predictions can be experimentally realized within the present-day microelectronic technology.