Electromagnet-Driven Clothes Rack for Uniform Fabric Treatment

The clothes rack is transformed from a static structure to a dynamic one by introducing electromagnet mechanisms that enable it to move along guide rails. This dynamic capability allows the rack to be positioned at different locations within the treatment chamber, ensuring uniform distribution of steam and hot air across all clothes regardless of their initial placement, thereby resolving the contradiction between treatment efficiency and device complexity.

The patent replaces complex mechanical drive systems with electromagnetic actuation. The electromagnets provide precise control over the clothes rack movement without requiring traditional motors, gears, or linkages. This substitution reduces mechanical complexity while achieving the desired movement functionality for improved treatment efficiency.

The clothes rack moves periodically between different positions within the treatment chamber during the treatment cycle. The control unit orchestrates these movements to occur during phases when steam and hot air are being supplied, ensuring that clothes at different positions receive uniform treatment. The periodic movement is timed to maximize treatment effectiveness while minimizing idle time, thus resolving the contradiction between treatment uniformity and time loss.

The electromagnet-driven movement of the clothes rack is integrated seamlessly into the continuous steam and hot air treatment process. Rather than interrupting the treatment cycle, the rack movement occurs continuously during treatment phases, ensuring that all clothes receive uniform exposure to the treatment medium without significant time loss. The movement and treatment actions are coordinated to maintain continuous useful action throughout the cycle.