[en] An analysis of the decay B → X_s+dγ using the complete Υ(4S) data sample of the Belle experiment is presented. This inclusive analysis, reconstructs only the high energy photon from the signal B meson and a lepton from the partner B, with the purposes of flavor tagging and background suppression. The branching fraction is measured for several photon energy (E^*_γ) thresholds and extrapolated to the 1.6 GeV point. For the E^*_γ≥1.8 GeV the measured value is B_sγ=(3.12±0.10(stat)±0.19(syst)±0.08(model)±0.04(extrap)) x 10^-4, consistent with Standard Model predictions. It allows to set a lower bound on the mass of a charged Higgs boson on the Two-Higgs-Doublet-Model of type II of m_H⁺>or similar 580 GeV. The CP asymmetry (A^CP_(s+d)γ) is measured for several photon energy thresholds, testing its independence from this choice. The result is consistent with Standard Model expectations, for the E^*_γ ≥ 2.1 GeV the asymmetry is A^CP_(s+d)γ=(2.2±3.9(stat)±0.9(syst))%. An analysis of the photon energy spectrum allows to extract the HQE parameters m_b=(4.627^+0.030_-0.031) GeV and μ²_π=(0.301^+0.070_-0.066) GeV². The values for the first and second spectral moments are also measured for several photon energy thresholds, for E^*_γ≥1.8 GeV the measured values are left angle E^*_γ right angle =(2.320±0.016±0.047±0.001) GeV and ΔE^*_γ=(4.258±0.525±1.498±0.050) x 10^-2 GeV².