All weather animal drinker

An all weather animal drinker for providing a constant supply of drinking water for livestock, comprising

• a housing,
• a water well formed in said housing for storing said drinking water,
• a reservoir formed in said housing to supply a selected volume of said drinking water to said water well,
• said water well and said reservoir being connected by a top aperture and a bottom aperture for circulation of said drinking water therebetween,
• a water supply connection disposed on said housing to provide water to said reservoir, and
• adjustable valve means disposed in said reservoir for delivering thereto said selective volume of said drinking water control from said supply connection and maintain a desired water level therein,
• whereby a difference in water temperature between top and bottom portions of said reservoir permits said water to circulate through said top aperture to said water well and return through said lower aperture to said reservoir.

An all weather animal drinker comprising,

• a housing,
• a left frontal surface and a right frontal surface seamlessly connected by a circularly shaped frontal surface,
• said left and right frontal surfaces seamlessly connected to right and left back side surfaces having disposed therebetween a concavely shaped rear back corner vertical surface,
• a water well formed in said housing for storing said drinking water,
• a reservoir formed in said housing to supply a selected volume of said drinking water to said water well,
• said water well and said reservoir being connected by a top aperture and a bottom aperture providing a difference in water head pressure to induce circulation of said drinking water therebetween,
• a water supply connection disposed on said housing to provide water to said reservoir, and
• adjustable valve means disposed in said reservoir for delivering thereto said selective volume of said drinking water from said supply connection and maintain a desired water level therein,
• whereby said difference in water head pressure between top and bottom portions of said reservoir permits said water to circulate through said top aperture to said water well and return through said lower aperture to said reservoir.