A compressor comprising: a hermetic housing in which lubricating oil is stored in the bottom part thereof; a low stage-side rotary type compression mechanism provided in the hermetic housing and having a rotor, and a cylinder for holding a blade reciprocating with the rotation of the rotor while the tip end thereof is in contact with the rotor; a high stage-side scroll type compression mechanism provided in the hermetic housing to suck and compress refrigerant gas compressed by the low stage-side rotary type compression mechanism; a drive shaft connecting the low stage-side rotary type compression mechanism and the high stage-side scroll type compression mechanism to each other and having an oil feeding hole in the axial direction; and an electric motor for driving the low stage-side rotary type compression mechanism and the high stage-side scroll type compression mechanism via the drive shaft; the compressor being characterized in that it comprises: a lubrication pump for feeding the lubricating oil to the high stage-side scroll type compression mechanism via the oil feeding hole; and an oil feeding path for feeding the lubricating oil, which is fed to the high stage-side scroll type compression mechanism, toward the blade of the low stage-side rotary type compression mechanism, wherein the oil feeding path includes: an oil exhaust hole formed in the high stage-side compression mechanism; and a cut part formed in the outer peripheral surface of a stator of the electric motor, wherein the positions of the oil exhaust hole and the cut part coincide with each other in the vertical direction. a hermetic housing in which lubricating oil is stored in the bottom part thereof; a low stage-side rotary type compression mechanism provided in the hermetic housing and having a rotor, and a cylinder for holding a blade reciprocating with the rotation of the rotor while the tip end thereof is in contact with the rotor; a high stage-side scroll type compression mechanism provided in the hermetic housing to suck and compress refrigerant gas compressed by the low stage-side rotary type compression mechanism; a drive shaft connecting the low stage-side rotary type compression mechanism and the high stage-side scroll type compression mechanism to each other and having an oil feeding hole in the axial direction; and an electric motor for driving the low stage-side rotary type compression mechanism and the high stage-side scroll type compression mechanism via the drive shaft; the compressor being characterized in that it comprises: a lubrication pump for feeding the lubricating oil to the high stage-side scroll type compression mechanism via the oil feeding hole; and an oil feeding path for feeding the lubricating oil, which is fed to the high stage-side scroll type compression mechanism, toward the blade of the low stage-side rotary type compression mechanism, wherein the oil feeding path includes: an oil exhaust hole formed in the high stage-side compression mechanism; and a cut part formed in the outer peripheral surface of a stator of the electric motor, wherein the positions of the oil exhaust hole and the cut part coincide with each other in the vertical direction. a lubrication pump for feeding the lubricating oil to the high stage-side scroll type compression mechanism via the oil feeding hole; and an oil feeding path for feeding the lubricating oil, which is fed to the high stage-side scroll type compression mechanism, toward the blade of the low stage-side rotary type compression mechanism, wherein the oil feeding path includes: an oil exhaust hole formed in the high stage-side compression mechanism; and a cut part formed in the outer peripheral surface of a stator of the electric motor, wherein the positions of the oil exhaust hole and the cut part coincide with each other in the vertical direction. an oil exhaust hole formed in the high stage-side compression mechanism; and a cut part formed in the outer peripheral surface of a stator of the electric motor, wherein the positions of the oil exhaust hole and the cut part coincide with each other in the vertical direction.