Cosmetic Container Handling Portion with Direction Adjustment

The applicator is designed with movable and rotatable components that allow it to dynamically adjust its position and orientation. The applicator can move up and down along the container walls and rotate to access different compartments, enabling versatile access to various cosmetic products stored in different locations within the container.

The applicator operates in multiple dimensions within the container space. It can move vertically along the container walls, horizontally between compartments, and rotate around its axis. This multi-dimensional movement capability allows the applicator to reach cosmetic products stored in various locations and orientations throughout the container.

The applicator is designed to preliminarily mix cosmetic products before application. The mixing mechanism actively stirs and homogenizes the cosmetic products in advance, preventing cracking and lumping from occurring during use. This preliminary mixing action ensures the cosmetic products remain in a fine, uniform state ready for precise makeup application.

The applicator maintains continuous contact with the cosmetic products throughout the container, providing ongoing mixing and agitation. This continuous action prevents the cosmetic products from settling, cracking, or lumping over time, ensuring they remain in optimal condition for fine makeup application throughout the entire usage period.

The applicator is divided into multiple independent segments or components, each responsible for a specific movement function. The handle, shaft, and mixing elements are separate components that can move independently, allowing complex multi-directional mobility while keeping each individual component relatively simple in structure.

The applicator components are designed to perform multiple functions with a single structure. The same mechanical elements that enable movement also perform mixing and application functions. This multi-functionality reduces the need for separate dedicated components for each function, thereby simplifying the overall structure while maintaining high adaptability.