Provided is an intelligent clothes hanger, formed by a mechanical transmission mechanism and a control mechanism. The mechanical transmission mechanism is formed by a base and a clothes airing bar. The base is formed by a lead screw frame, a lead screw, a guide rail, a sliding block, a gear set, and two stepping motors. The gear set is formed by two meshed gears of a large gear and a small gear. The lead screw and the guide rail are installed on the lead screw frame. The lead screw is connected with the first stepping motor. The sliding block is connected with the gear set. The top of the sliding block is arranged on the guide rail through a guide wheel frame. The bottom of the sliding block passes through the lead screw. The small gear in the gear set is connected with the second stepping motor. The large gear is connected with the clothes airing bar through a rotating shaft. The control mechanism comprises a data acquisition unit, a master control chip, a motor drive circuit, a power supply circuit, a clock pulse circuit, and a display circuit. The intelligent clothes hanger uses an intelligent control technology, a sensing technology, and a mechanical drive technology, and solves problems of a single moving direction and non-intelligence of a conventional clothes hanger.