Reducing clutch of full automatic washing machine

A decelerating clutch of a full automatic washing machine includes a drive shaft for receiving outer rotating force, a washing shaft for connecting with a mixing wheel and transporting the rotating force to a mixing wheel, a dehydrating shaft for connecting with the a dehydrating cylinder and transporting the rotating force to the dehydrating cylinder; the output of an input shaft outputs to the washing shaft through a washing decelerating mechanism, and couples with or separates from the input of the dehydrating shaft through a clutch mechanism. The utility model is characterized in that the decelerating clutch includes a clutch upper assembly on the upside of the dehydrating cylinder salver, and a clutch lower assembly on the underside of the dehydrating cylinder, after being arranged. The washing decelerating mechanism is arranged on the clutch upper assembly, and the clutch mechanism is arranged on the clutch lower assembly. The device reduces the requirement for the proper alignment processing of the rotation system and reduces the rigidity requirement, can facilitate the miniaturization of products, thereby lowering the cost and improving the reliability.