Rotating Christmas tree stand

A rotating Christmas tree stand comprising:

• a stand assembly and a rotating tree support assembly rotatably supported on said stand assembly;
• said stand assembly including support legs, a leg support ring, a support canister, a detachable fluid reservoir assembly, and an electric drive motor;
• said leg support ring being secured to each of said support legs;
• said support canister being attached to an upper end of each of said support legs and including a cylinder receiving cavity, an upper canister bearing assembly, a lower canister bearing assembly, and a shaft aperture;
• said detachable fluid reservoir assembly including a lower reservoir member, an upper reservoir member, a mixing blade assembly, a lower reservoir bearing, a lower seal, an upper seal, an upper reservoir bearing, a plurality of reservoir locking buckles for securing said upper reservoir member to said lower reservoir member, and an air vent valve provided on said upper reservoir member for releasing air from a reservoir chamber formed by an upper chamber cavity of said upper reservoir member and a lower chamber cavity of said lower reservoir member;
• said mixing blade assembly including a number of mixing blades radiating from a friction fitting;
• said rotating tree support assembly including a tubular drive shaft and a trunk receiving support cylinder;
• said trunk receiving support cylinder including a trunk receiving cavity, a tree support base extending upwardly into said trunk receiving cavity, a plurality of trunk securing screw mechanisms, and an electric supply socket;
• said tubular drive shaft including a fluid passageway formed along an upper portion of said tubular drive shaft and into fluid communication with said trunk receiving cavity of said trunk receiving support cylinder, a fluid flow hole formed through said sidewall of said tubular drive shaft and into connection with said fluid passageway, two circumferential conductor contacts formed around a lower shaft end of said tubular drive shaft, two electrical conductors routed through said wall of said tubular drive shaft and in electrical connection between said circumferential conductor contacts and said electric supply socket, and a solid lower shaft end sealing said lower end of said fluid passageway;
• said electric drive motor including two contact brushes and a shaft coupling ring;
• one contact brush being in sliding electric contact with each of said conductor contacts;
• said shaft coupling ring detachably coupling said drive motor to said tubular drive shaft;
• said cylinder receiving cavity of said support canister being sized to receive at least a portion of said tree receiving support cylinder therein;
• said fluid flow hole being in fluid communication with said reservoir chamber.