A compressor comprising: a housing; a scroll-type compression mechanism accommodated in the housing; a discharge cover or a fixed scroll of the compression mechanism having a discharge port (24, 29) through which a refrigerant compressed by the compression mechanism passes; a discharge chamber formed between the housing and the discharge cover or the fixed scroll; a pipe unit disposed so as to internally pass through the discharge chamber, and being connected to the compression mechanism to internally circulating the refrigerant; and a reed valve disposed in the discharge port (24, 29) of the discharge cover or the fixed scroll, and having a configuration in which the refrigerant discharged from the discharge port (24, 29) to the discharge chamber is blown in a direction away from the pipe unit, a discharge pipe installed so as to penetrate the housing into the discharge chamber, and discharging the refrigerant inside the discharge chamber outward of the discharge chamber, and a suction pipe installed on the housing, and suctioning the refrigerant into the housing, wherein the reed valve has a plate-shaped member which blows the refrigerant discharged from the discharge port (24, 29), in a predetermined blowing direction, wherein the pipe unit is disposed on a rear side in the blowing direction, wherein the plate-shaped member of the reed valve is long in one direction, and has one end side fixed to the discharge cover or the fixed scroll, and the other end side capable of opening and closing the discharge port (24, 29), and wherein a line connecting one end and the other end of the plate-shaped member and a line connecting the discharge port (24, 29) and the pipe unit projected on a plane containing the plate-shaped member form an angle of 90° or smaller, and wherein the discharge pipe is disposed on the front side in the direction in which the refrigerant is discharged from the discharge port (24, 29), so that the refrigerant discharged from the discharge port (24, 29) to the discharge chamber is blown in a direction toward the discharge pipe by the reed valve. a housing; a scroll-type compression mechanism accommodated in the housing; a discharge cover or a fixed scroll of the compression mechanism having a discharge port (24, 29) through which a refrigerant compressed by the compression mechanism passes; a discharge chamber formed between the housing and the discharge cover or the fixed scroll; a pipe unit disposed so as to internally pass through the discharge chamber, and being connected to the compression mechanism to internally circulating the refrigerant; and a reed valve disposed in the discharge port (24, 29) of the discharge cover or the fixed scroll, and having a configuration in which the refrigerant discharged from the discharge port (24, 29) to the discharge chamber is blown in a direction away from the pipe unit, a discharge pipe installed so as to penetrate the housing into the discharge chamber, and discharging the refrigerant inside the discharge chamber outward of the discharge chamber, and a suction pipe installed on the housing, and suctioning the refrigerant into the housing, wherein the reed valve has a plate-shaped member which blows the refrigerant discharged from the discharge port (24, 29), in a predetermined blowing direction, wherein the pipe unit is disposed on a rear side in the blowing direction, wherein the plate-shaped member of the reed valve is long in one direction, and has one end side fixed to the discharge cover or the fixed scroll, and the other end side capable of opening and closing the discharge port (24, 29), and wherein a line connecting one end and the other end of the plate-shaped member and a line connecting the discharge port (24, 29) and the pipe unit projected on a plane containing the plate-shaped member form an angle of 90° or smaller, and wherein the discharge pipe is disposed on the front side in the direction in which the refrigerant is discharged from the discharge port (24, 29), so that the refrigerant discharged from the discharge port (24, 29) to the discharge chamber is blown in a direction toward the discharge pipe by the reed valve.