Abstract: A control device includes a housing, a control member including a shaft portion to be tilted to turn about a first turn axis intersecting a direction the shaft portion extends, a first interlock member including a first shaft support portion supported by the housing turnably about the first turn axis to be turned in conjunction with a tilting operation on the control member, a return member to apply a return force to return the control member to a neutral position to the control member, an urging member to apply the return force via the return member to the control member, and a first turn detection section to detect a turn of the first interlock member. The return member includes a bottom portion and a receiving portion, and the urging member applies the return force to the control member while causing the receiving portion to elastically engage the housing.

Abstract: A control device includes a housing, a control member including a shaft portion to be tilted to turn about a first turn axis intersecting a direction the shaft portion extends, a first interlock member including a first shaft support portion supported by the housing turnably about the first turn axis to be turned with a tilting operation on the control member, a return member to apply a return force to return the control member to a neutral position to the control member, an urging member to apply the return force via the return member to the control member, and a first turn detection section to detect a turn of the first interlock member. The return member includes a bottom portion and a receiving portion, the housing includes a receiving bottom section having a stopper, and the bottom portion has a through hole through which the stopper is to be inserted.

Abstract: An oscillating piston type compressor has a piston formed integral with a blade. The compressor accommodates in a casing a compression mechanism section and a motor section, the mechanism including the piston having a plate-shaped blade integrally formed on a cylindrical portion is fitted onto an eccentric portion of a crankshaft to perform orbital motion relative to an inner peripheral surface of a cylinder, the plate-shaped blade being formed at its radial end surface with a recess or a protrusion, which serves as a reference of position.

Abstract: An oscillating piston type compressor has a piston formed integral with a blade. The compressor accommodates in a casing a compression mechanism section and a motor section, the mechanism including the piston having a plate-shaped blade integrally formed on a cylindrical portion is fitted onto an eccentric portion of a crankshaft to perform orbital motion relative to an inner peripheral surface of a cylinder, the plate-shaped blade being formed at its radial end surface with a recess or a protrusion, which serves as a reference of position.