Quantitative Liquid Discharge Device with Sliding Level Control

The discharge pipe is segmented into multiple sections with different discharge ports at different heights. Each segment can independently control discharge at specific liquid levels, transforming a complex automated system into simple modular components that work together through gravity and buoyancy principles.

The floating ball automatically rises with liquid level and triggers discharge ports sequentially without external control. The system serves itself by using the liquid's own buoyancy force to activate the discharge mechanism, eliminating the need for motors, sensors, or control systems.

The discharge pipe is divided into multiple height-segmented sections, each with its own discharge port. This segmentation allows the single pipe structure to provide multiple preset discharge levels without requiring separate pipes or complex valve mechanisms for each level.

The discharge pipe system is made dynamic through the floating ball mechanism. As liquid level changes, the floating ball moves vertically and sequentially activates different discharge ports, enabling adaptable discharge at preset levels without static complex valve arrangements.

The discharge system is segmented into multiple height-based ports: full-discharge port at the lowest level and partial-discharge ports at higher levels. This segmentation allows selective activation of only the necessary discharge ports based on current liquid level, enabling complete evacuation when needed while preventing unnecessary discharge when only partial emptying is required.

Different parts of the discharge pipe have different functional qualities - the lower section handles full discharge while upper sections handle partial discharge. Each local section is optimized for its specific function, allowing the system to adapt discharge quantity to actual needs and avoid loss of substance.