A compressor configured to compress a refrigerant using a lubricating oil, comprising: a compression mechanism configured to compress the refrigerant; a driving shaft configured to drive the compression mechanism, the driving shaft configured to rotate about a rotation axis; a slide bearing supporting the driving shaft for allowing the driving shaft to slide therealong; a first surface (1711a; 1711a) intersecting with a line arranged in parallel to the rotation axis, the first surface (1711a; 1711 a) fixed to the driving shaft; and a second surface (311a; 351a) facially abutted to the first surface (1711a; 1711 a) from bottom, wherein a recovery space (8, 108, 208, 208a) is formed in the compressor for recovering the lubricating oil leaking out of bottom ends of sliding surfaces of the slide bearing and the driving shaft, and the first surface (1711a; 1711a) and the second surface (311a; 351a) respectively continuing to surfaces (17c, 311b; 17c, 351b) forming the recovery space (8, 108, 208, 208a), characterized by a fixation member (3, 103, 203, 303) fixing the slide bearing thereon, wherein a circularation path is formed in the compressor for circulating the lubricating oil therein, the recovery space (8, 108, 208, 208a) includes: a first space formed by surfaces when the driving shaft is supported by the slide bearing, the surfaces including: a lateral surface of the driving shaft, the lateral surface continuing to the first surface (1711a, 1711a); a bottom surface of the slide bearing; a surface (311 b; 351b) continuing to the second surface; and a surface of the fixation member (3, 103, 203, 303), the surface positioned close to the driving shaft; and a second space (82, 82a, 82b, 82c, 82d, 82e, 82f, 82g, 82h, 181, 182, 282, 283, 282a, 283a) connecting the first space and the circulation path. a compression mechanism configured to compress the refrigerant; a driving shaft configured to drive the compression mechanism, the driving shaft configured to rotate about a rotation axis; a slide bearing supporting the driving shaft for allowing the driving shaft to slide therealong; a first surface (1711a; 1711a) intersecting with a line arranged in parallel to the rotation axis, the first surface (1711a; 1711 a) fixed to the driving shaft; and a second surface (311a; 351a) facially abutted to the first surface (1711a; 1711 a) from bottom, wherein a recovery space (8, 108, 208, 208a) is formed in the compressor for recovering the lubricating oil leaking out of bottom ends of sliding surfaces of the slide bearing and the driving shaft, and the first surface (1711a; 1711a) and the second surface (311a; 351a) respectively continuing to surfaces (17c, 311b; 17c, 351b) forming the recovery space (8, 108, 208, 208a), characterized by a fixation member (3, 103, 203, 303) fixing the slide bearing thereon, wherein a circularation path is formed in the compressor for circulating the lubricating oil therein, the recovery space (8, 108, 208, 208a) includes: a first space formed by surfaces when the driving shaft is supported by the slide bearing, the surfaces including: a lateral surface of the driving shaft, the lateral surface continuing to the first surface (1711a, 1711a); a bottom surface of the slide bearing; a surface (311 b; 351b) continuing to the second surface; and a surface of the fixation member (3, 103, 203, 303), the surface positioned close to the driving shaft; and a second space (82, 82a, 82b, 82c, 82d, 82e, 82f, 82g, 82h, 181, 182, 282, 283, 282a, 283a) connecting the first space and the circulation path. a first space formed by surfaces when the driving shaft is supported by the slide bearing, the surfaces including: a lateral surface of the driving shaft, the lateral surface continuing to the first surface (1711a, 1711a); a bottom surface of the slide bearing; a surface (311 b; 351b) continuing to the second surface; and a surface of the fixation member (3, 103, 203, 303), the surface positioned close to the driving shaft; and a second space (82, 82a, 82b, 82c, 82d, 82e, 82f, 82g, 82h, 181, 182, 282, 283, 282a, 283a) connecting the first space and the circulation path.