Abstract: Disclosed is a powder slush molding system that molds a slush skin by melting and adhering a powder resin material to an inner surface of a mold that is heated. The powder slush molding system includes a heating device, a rocking device, a cooling device, a demolding device, and a transfer device configured to transfer the mold between these devices. The cooling device includes a cooling bath and a table configured to turn upside down vertically above the cooling bath. The mold fixedly placed on an upper surface of the table faces the cooling bath side when the table is turned upside down. The table is configured to allow the mold to be placed also on a back surface of the table. The back surface faces upward when the table is turned upside down.

Abstract: Disclosed is a powder slush molding system that molds a slush skin by melting and adhering a powder resin material to an inner surface of a mold that is heated. The powder slush molding system includes a heating device, a rocking device, a cooling device, a demolding device, and a transfer device configured to transfer the mold between these devices. The cooling device includes a cooling bath and a table configured to turn upside down vertically above the cooling bath. The mold fixedly placed on an upper surface of the table faces the cooling bath side when the table is turned upside down. The table is configured to allow the mold to be placed also on a back surface of the table. The back surface faces upward when the table is turned upside down.

Abstract: A first-stage phase compensator, a second-stage phase compensator, and a third-stage phase compensator are configured in such a way that a frequency at which a phase calculated through the transfer function of the first-stage phase compensator becomes maximal and a frequency at which a phase calculated through a transfer function of the first-stage phase compensator and the third-stage phase compensator becomes maximal coincide with each other; a motor for generating assist torque is controlled, based on a torque signal to which the first-stage phase compensator, the second-stage phase compensator, and the third-stage phase compensator have applied phase compensation.

Abstract: A first-stage phase compensation means, a second-stage phase compensation means, and a third-stage phase compensation means are configured in such a way that a frequency at which a phase calculated through the transfer function of the first-stage phase compensation means becomes maximal and a frequency at which a phase calculated through a transfer function of the first-stage phase compensation means and the third-stage phase compensation means becomes maximal coincide with each other; a motor for generating assist torque is controlled, based on a torque signal to which the first-stage phase compensation means, the second-stage phase compensation means, and the third-stage phase compensation means have applied phase compensation.

Abstract: A front structure of a vehicle includes a duct having an air inlet portion for introducing air into the duct, a vehicle-body member, a bracket provided on the vehicle-body member in the vicinity of the air inlet portion; and a fitting member provided on the bracket in the vicinity of the air inlet portion; the bracket and the fitting member introducing air to the air inlet portion through a tortuous flow path. Since outside air taken into the vehicle body flows to the air inlet portion through the tortuous flow path, it is possible to avoid the air containing snow or rain directly flowing into the air inlet portion.