Dryer Load Member With Anti-Slip Tension for Wrinkle Smoothing

The patent introduces a load member as an intermediary mechanical element that physically inserts into clothes to apply direct tension force, working in conjunction with the moisture ejection unit. This mechanical intermediary provides the additional pulling force needed to completely smooth out wrinkles that moisture alone cannot eliminate.

The load member changes the physical state of the clothes by applying mechanical tension force, transforming the clothes from a relaxed state with wrinkles to a stretched state where wrinkles are smoothed. This parameter change in force application complements the thermal/moisture parameter changes from the moisture ejection unit.

The patent extracts only the essential functional element needed for wrinkle smoothing - a simple load member with anti-slip members - removing all unnecessary complex mechanisms from existing accessories. This extracted simple structure maintains the wrinkle smoothing function while eliminating complexity and damage susceptibility.

Instead of using complex mechanisms to achieve wrinkle smoothing, the patent inverts the approach by using a simple weighted load member that relies on gravity and friction (anti-slip members) to provide the smoothing function, thereby simplifying the overall structure.

The load member is designed as a simple, inexpensive component that can be easily manufactured and replaced if needed. The use of basic materials and simple structure makes it a cost-effective solution compared to complex existing accessories, aligning with the principle of using cheap, simple objects for the function.

The load member uses uniform, simple materials and structure throughout its design, avoiding expensive heterogeneous components. This homogeneous design simplifies manufacturing processes and reduces costs while maintaining the wrinkle smoothing function.