FIBER OPTIC PLANTER
Apparatus and associated methods relate to a lighted planter formed from an emitter of light, a light source optically coupled with the emitter of light, an electrical power source electrically connected to the light source, and, an urn adapted to retain the emitter of light. In an illustrative example, the emitter of light may be an optic fiber bundle. The light source may be, for example, an LED (Light Emitting Diode) optically coupled with the optic fiber bundle. Various embodiments may provide programmable light sequences from a multi-colored light source configured by a wireless remote control. In some examples, the electrical power source may be a battery. Some embodiments may provide a photovoltaic cell adapted to charge the battery. Various examples may advantageously provide environmentally friendly decorative plant receptacles with adaptable configurations at reduced cost, for example, using solar power to illuminate custom-configured plant arrangements with user-programmable light sequences.
1 . A lighted planter comprising:
an emitter of light;
a light source optically coupled with the emitter of light;
an electrical power source electrically connected to the light source; and, an urn adapted to retain the emitter of light.
2 . The lighted planter of claim 1 , wherein the emitter of light further comprises optical fiber.
3 . The lighted planter of claim 1 , wherein the light source further comprises a multi-LED bulb.
4 . The lighted planter of claim 1 , wherein the lighted planter further comprises a substantially fluid-tight insert retained within the urn.
5 . The lighted planter of claim 1 , wherein the lighted planter further comprises: a fiber optic collar coupled with the light source; and, a substantially fluid-tight socket retaining the fiber optic collar.
6 . The lighted planter of claim 1 , wherein the lighted planter further comprises a light source adapted to selectively emit multiple light colors.
7 . A fiber optic planter comprising:
a fiber optic emitter of light;
a light source coupled with the fiber optic emitter of light;
an electrical power source electrically connected to the light source; and, an urn adapted to retain the emitter of light.
8 . The fiber optic planter of claim 7 , wherein the light source further comprises a multi-LED bulb.
9 . The fiber optic planter of claim 7 , wherein the fiber optic planter further comprises a substantially water-tight planter insert retained within the urn.
10 . The fiber optic planter of claim 7 , wherein the fiber optic planter further comprises a substantially fluid-tight lens optically coupled with the light source.
11 . The fiber optic planter of claim 7 , wherein the fiber optic planter further comprises a controller adapted to configure the light source to selectively emit multiple light colors.
12 . The fiber optic planter of claim 7 , wherein the electrical power source further comprises a battery.
13 . The fiber optic planter of claim 12 , wherein the electrical power source further comprises a photovoltaic cell adapted to charge the battery.
14 . A fiber optic planter comprising:
a fiber optic emitter of light;
a multi-color, multi-LED bulb optically coupled with the fiber optic emitter of light;
an electrical power source electrically connected to the multi-LED bulb;
an urn;
a substantially water-tight planter insert disposed within the urn; and,
an aperture in the planter insert adapted to visibly retain the fiber optic emitter of light within the urn.
15 . The fiber optic planter of claim 14 , wherein the fiber optic planter further comprises: a fiber optic collar optically coupled with the multi-LED bulb; and, a substantially fluid-tight socket retaining the fiber optic collar within the planter insert.
16 . The fiber optic planter of claim 14 , wherein the electrical power source further comprises a battery.
17 . The fiber optic planter of claim 14 , wherein the electrical power source further comprises a photovoltaic cell adapted to charge the battery.
18 . The fiber optic planter of claim 14 , wherein the fiber optic planter further comprises a controller adapted to configure the multi-color, multi-LED bulb to selectively emit multiple light colors.
19 . The fiber optic planter of claim 18 , wherein the controller further comprises an external control interface operably coupled with the controller and adapted to configure the controller with color selection, color patterns, light variations, or user-defined color sequences programmed into the controller via the external control interface.
20 . The fiber optic planter of claim 19 , wherein the external control interface is wireless.