pot

The pot is segmented into functional zones by introducing a filter plate that divides the pouring path into liquid-passing and solid-blocking sections. This segmentation allows the pot to simultaneously achieve simple overall structure while providing effective solid-liquid separation at the critical pouring point.

A filter plate is introduced as an intermediary component between the liquid and the user. This intermediary element selectively allows liquid to pass through while blocking solids, thereby solving the choking hazard problem without requiring complex mechanical separation systems.

The filter plate utilizes porous material properties to achieve solid-liquid separation. The porous structure naturally filters solids from liquid through size exclusion, providing reliable separation without requiring complex mechanical moving parts or additional control mechanisms.

The filter plate is strategically positioned only at the pouring opening where solid-liquid separation is most critical. This localized application of filtering function provides maximum separation effectiveness while minimizing the overall structural complexity of the pot.

The filter plate is designed with dynamic accessibility - while positioned below the pouring opening for effective solid retention, it can be easily removed or accessed when the pot body is inverted or opened. This dynamic access mechanism maintains both solid retention reliability and cleaning ease.

The pot body can be inverted or opened to provide access to the filter plate from below, reversing the typical access direction. This inversion approach allows easy cleaning of the filter plate while maintaining its optimal position for solid retention during normal pouring operations.