Animal Drinker With Buoyant Float Regulating Water Level

The patent replaces complex automated valve mechanisms with a simple buoyant float system that automatically controls water flow through buoyancy forces. The float rises with water level and mechanically blocks the outlet when the predetermined level is reached, eliminating sticking valve parts while maintaining automatic water level control.

The drinker system is designed to self-regulate water flow using the buoyant float that automatically rises and falls with water levels. The system serves itself by using the water's own buoyancy force to control the outlet, requiring no external automation or complex control mechanisms.

The drinker is divided into simple, separable components: base tray, upper reservoir, buoyant float, and outlet. Each component is straightforward to manufacture and assemble, with the float being a simple buoyant object that requires no complex fabrication.

The design uses simple, inexpensive components that are easy to manufacture and replace if needed. The buoyant float is a basic object that can be made from simple materials, eliminating the need for expensive, complex automated devices.

Complex valve mechanisms are replaced with a simple buoyant float system that uses basic physical principles of buoyancy and displacement. The float mechanically blocks the outlet through simple rise and fall motion, eliminating complex valve components while maintaining precise fluid level control.

The design uses a simplified model of water level control based on ancient float-based systems rather than modern complex valves. The buoyant float copies the essential function of level sensing and control through a time-tested, simple mechanical approach.