System and method for animating a plant

A method for supporting and animating flowers or plants, comprising:

• providing an outer plant pot assembly with an outer pot upper housing and an outer pot lower housing;
• defining a first outer plant pot interior volume in the outer pot upper housing;
• defining a second outer plant pot interior volume in the outer pot lower housing;
• providing a waterproof interface disposed between the first outer plant pot interior volume and the second outer plant pot interior volume;
• providing an inner plant pot having an inner plant pot interior volume configured to house a plant therein with the inner plant pot received within the first outer plant pot interior volume;
• coupling an underside of the inner plant pot with a pivoting magnet plate at the waterproof interface for inner plant pot displacement movements relative to the first outer plant pot interior volume at the waterproof interface above the second outer plant pot interior volume of the outer pot lower housing;
• positioning a single motor actuator within the second outer plant pot interior volume, the disposed inner vessel having an underside including a pivoting magnet plate atop a waterproof interface relative to an outer plant pot lower housing;
• providing an electronic processor control module for movement of the inner plant pot relative to the outer plant pot assembly animated with the motor actuator, including a plurality of sensors in communication with the electronic processor control module to collect data including human user interaction;
• and
• employing self-maintenance artificial intelligence sensing including a self-watering element responsive to sensed human user movements or audible interaction.

A system for supporting and animating flowers or plants, comprising:

• an outer plant pot assembly comprising an outer pot upper housing and an outer pot lower housing, the outer pot upper housing defining a first outer plant pot interior volume and a waterproof interface, the outer pot lower housing defining a second outer plant pot interior volume with the waterproof interface disposed between the first outer plant pot interior volume and the second outer plant pot interior volume;
• an inner plant pot having an inner plant pot interior volume configured to house a plant therein with the inner plant pot received within the first outer plant pot interior volume, the inner plant pot having an underside thereof coupled with a pivoting magnet plate at the waterproof interface for inner plant pot displacement movements relative to the first outer plant pot interior volume and the waterproof interface, the outer pot lower housing defining a second outer plant pot interior volume;
• a motor actuator within the second outer plant pot interior volume, the disposed inner vessel having an underside including a pivoting magnet plate atop a waterproof interface relative to an outer plant pot lower housing;
• an electronic processor control module for movement of the inner plant pot relative to the outer plant pot assembly animated with the motor actuator, including a plurality of sensors in communication with the electronic processor control module to collect data including human user interaction;
• an artificial intelligence responsive software or firmware module and employing self-maintenance sensing;
• and
• a self-watering wick assembly with motive translation flexibly responsive to sensed human user movements or audible interaction.