Co-rotating scroll compressor

A co-rotating scroll compressor comprising a driving mechanism, an inverter circuit, a driving scroll, a driven mechanism, a driven scroll, and a housing,

• the housing having a suction chamber into which a fluid is suctioned from an outside, an inverter chamber in which the inverter circuit is accommodated, and a partition wall that separates the suction chamber and the inverter chamber from each other,
• the driving scroll being disposed in the suction chamber and being rotationally driven around a drive shaft center axis by the driving mechanism,
• the driven scroll being disposed in the suction chamber and rotationally following around a driven shaft center axis that is eccentric with respect to the driving scroll by the driving scroll and the driven mechanism,
• the driving scroll having a driving end plate extending to cross the drive shaft center axis, and a driving spiral body protruding toward the driven scroll from the driving end plate and forming a spiral shape,
• the driven scroll having a driven end plate extending to cross the driven shaft center axis, and a driven spiral body protruding toward the driving scroll from the driven end plate and forming a spiral shape, and
• the driving scroll and the driven scroll forming a compression chamber by the driving spiral body and the driven spiral body facing each other, and reducing a volume of the compression chamber by the rotational driving and the rotational following,
• wherein a suction port that allows the compression chamber to suction the fluid from the suction chamber is formed in one of the driving end plate and the driven end plate,
• the suction port faces the partition wall, and
• a discharge port that discharges the fluid from the compression chamber to the outside is formed in the other of the driving end plate and the driven end plate.