Vertical planter
View Patent ↗A self contained decorative planter for cultivating and displaying plants that comprises; a power supply, a hollow structure for accepting plants oriented with the root or base of the plant facing the inside of the structure, a reservoir in contact with an ultrasonic transducer for producing a water or nutrient vapor to distribute throughout the inside of the hollow structure, and a lighting system in which light is directed towards the outside surface of the structure. The hollow structure may take on wide range of decorative shapes with plants artistically arranged throughout with the leaf or flower portions oriented outward.
1. A vertical planter comprising:
a planter body having a hollow interior surrounded by an outer wall and at least one opening adapted to retain a plant container being formed in said wall;
one or more plant containers, each received by one of said at least one opening such that when inserted, at least a portion of said plant container depends into the interior of said planter body;
a fog generating means for generating a nutrient vapor in fluid communication with the interior of said planter body, wherein said fog generating means is an ultrasonic humidifier comprising a reservoir for holding a nutrient fluid, a fog chamber having a closed bottom and side walls located below said reservoir, an ultrasonic transducer secured to the bottom of said fog chamber, and a float valve for allowing said nutrient fluid to flow from said reservoir to said fog chamber until the fluid level reaches a desired height above said transducer;
a means of generating an air current within the interior of said planter body for pushing said nutrient vapor away from said fog generating means and towards said at least one opening in said planter body.
2. A vertical planter comprising:
a hollow planter body having a bottom, top, and one or more side walls wherein said one or more side walls include at least one major portion that is generally vertical;
a plurality of openings in said one or more side walls;
a plurality of plant baskets received by said plurality of openings;
a fog generating means for generating a nutrient vapor in fluid communication with the interior of said planter body;
a means of generating an air current within the interior of said planter body for pushing said nutrient vapor away from said fog generating means and towards said plurality of openings in said planter body, wherein said plurality of openings each include a protuberance extending outward away from said planter body and an indentation depending into the interior of said planter body, formed so that each opening has a circular perimeter with a rim that is mostly horizontal and angled away from said planter body.
3. A vertical planter comprising:
a hollow planter body having a bottom, top, and one or more side walls wherein said one or more side walls include at least one major portion that is generally vertical;
a plurality of openings in said one or more side walls;
a plurality of plant baskets received by said plurality of openings;
a fog generating means for generating a nutrient vapor in fluid communication with the interior of said planter body, wherein said fog generating means is an ultrasonic humidifier comprising a reservoir for holding a nutrient fluid, a fog chamber having a closed bottom and side walls located below said reservoir, an ultrasonic transducer secured to the bottom of said fog chamber, and a float valve for allowing said nutrient fluid to flow from said reservoir to said fog chamber until the fluid level reaches a desired height above said transducer;
a means of generating an air current within the interior of said planter body for pushing said nutrient vapor away from said fog generating means and towards said plurality of openings in said planter body.
4. A method for cultivating plants comprising;
preparing a plurality of plant containers with plants by filling each with a planting medium and inserting a plant with the root portion surrounded by said planting medium and the foliage extending out of said plant container;
distributing said plurality of plant containers throughout a support structure, comprising at least one outer wall surrounding a hollow interior, by embedding said plurality of plant containers within said at least one outer wall, such that the root portions of said plants in said plurality of plant containers protrude into the interior of said support structure and the foliage extends outside said support structure;
introducing a nutrient vapor into the interior of said support structure;
generating an air current passing through said nutrient vapor and then through said plurality of plant containers to distribute said vapor into said planting medium for watering said plants;
attaching a plurality of light sensors to the exterior of said support structure near said plants;
using a plurality of grow lights attached to said support structure to direct light to said plants when necessary as determined by said plurality of light sensors.