Automatic water supply adjusted pot

A plane comprising:

• a planting pot having a bottom;
• a water supply receptacle having a top and a bottom and being formed in and extending from said bottom of said planting pot to enable fluid communication therebetween;
• a water reservoir juxtaposed said water supply receptacle with said water reservoir having a top and a bottom with said top in a horizontal plane which is equal to or below a horizontal plane of said bottom of said planting pot;
• an aperture formed in both said bottom of said water supply receptacle and said bottom of said water reservoir, respectively;
• a water pipe secured to said aperture of said water supply receptacle and said aperture of said water reservoir in a fluid tight manner to enable, in use, fluid communication between said water supply receptacle and said water reservoir;
• an adjusting means for controlling the rate of flow of fluid into said planting pot from said water supply receptacle comprising a water conveying member positioned in said water supply receptacle and further extending above and along a portion of said bottom of said planting pot for conveying, in use, fluid into said planting pot;
• said water conveying member further including an opening extending therethrough;
• a second adjusting member having a first end and a second end with said first end defining a second adjusting plate with a second adjusting rod extending therefrom;
• and
• a plurality of adjusting pieces having an orifice formed in each adjusting piece of said plurality of adjusting pieces such that in use said orifice of each said adjusting piece receives said second adjusting rod with said plate of said second adjusting rod preventing movement of said adjusting pieces beyond said plate and with said second adjusting rod being received into said opening formed in said water conveying member and with each said adjusting piece having a different diameter relative to another adjusting piece to thereby determine, in use, the extent the top surface of the water supply member is exposed to the soil positioned in said planting pot such that upon increasing extent of the surface exposed of the water supply member to the soil, the rate of fluid flow into said planting pot is increased and by decreasing the extent of the surface exposed of the water supply member to the soil, the rate of fluid flow into said planting pot is decreased.