Container Shaking Mechanism for Faster Uniform Solute Dissolution

The patent replaces manual mechanical shaking with an automated shaking device that includes a shaking mechanism. The device automatically shakes the container assembly to dissolve solutes, eliminating the need for manual operation while significantly reducing dissolution time. The shaking mechanism comprises a shaking arm that rotates to generate shaking motion, transforming the manual mechanical process into an automated mechanical system.

The shaking device enables the dissolution process to occur automatically without continuous human intervention. Once the container assembly is placed in the device and the shaking is initiated, the system self-manages the dissolution process through automated shaking, timing, and stopping functions, allowing the process to serve itself without requiring medical staff to continuously monitor or manually shake.

The shaking device employs periodic shaking action where the shaking arm rotates back and forth, creating rhythmic shaking motion. This periodic action enhances the dissolution efficiency by continuously agitating the solute-solvent mixture, ensuring complete dissolution within a short time while maintaining uniform concentration distribution throughout the solution.

The shaking mechanism generates mechanical vibration through the rotation and oscillation of the shaking arm. This vibration is transmitted to the container assembly, creating intense mixing action that accelerates dissolution and ensures homogeneous distribution of solute particles, thereby achieving both high dissolution speed and uniform concentration.