Linkable Insect Repeller Station and Control System
An insect repeller system for installation as a fixed base unit or a plurality of linked units includes a repeller station and a mounting structure. A hub controller provides power for operation of the stations and command instructions to control the operation of the repeller station for emission of vaporized repellent fluid and/or lighting of the units.
1 - 10 . (canceled)
11 . An insect repeller station comprising:
a housing defining a volume;
a heating assembly disposed within the volume, the heating assembly including a heating element having an aperture;
a fluid reservoir supported by the heating assembly and containing a volatilizable insect repellent material and a wick extending from the volatilizable insect repellent material and into the aperture, the wick emitting the volatilizable insect repellent material; and
a recycling shield having a condensate accumulation point positioned above the wick and configured to collect a condensate of the volatilizable insect repellent material and deposit the condensate onto the wick.
12 . The insect repeller station of claim 11 wherein the recycling shield includes a plurality of troughs defined by guides that form points arranged in a diameter larger than the heating element aperture.
13 . The insect repeller station of claim 12 wherein the points collect and direct incoming water to a collection bowl and drain configured to pass water out of the insect repeller station.
14 . The insect repeller station of claim 11 wherein the condensate accumulation point is a generally hemispherical-shaped boss and the recycling shield is formed from a low specific heat material.
15 . The insect repeller station of claim 12 wherein the recycling shield is part of a cap covering one end of the housing and defining at least one outlet opening configured to dispense air and the volatilizable insect repellent material.
16 . The insect repeller station of claim 15 wherein the housing forms at least one inlet opening configured to admit air into the volume, the housing forming a convective air flow through the volume and the plurality of troughs to exit though the at least one outlet.
17 . The insect repeller station of claim 15 wherein one of the recycling shield and the cap are formed from a low specific heat material and a gap is formed therebetween.
18 . The insect repeller station of claim 15 wherein the recycling shield is formed from a thinner material than the cap.
19 . The insect repeller station of claim 11 wherein the heating element is arranged at a proximal end of the housing closer to the recycling shield than a distal end of the housing.
20 . The insect repeller station of claim 19 wherein the housing is an upper section of the insect repeller station and a lower section of the insect repeller station defines an interface with the upper section forming at least one air inlet, a separation distance is defined between the upper section and the lower section such that the heating element creates a temperature differential within the volume to increase air velocity at the proximal end.
21 . An insect repeller station comprising:
an upper section defining an interior volume;
a heating element supported in a housing and including an aperture, the housing extending from a support arm into the interior volume of the upper section, the housing including at least one bottle support structure; and
a fluid bottle including a bottle attachment point, a reservoir, and a wick, the bottle attachment point configured to form a snap fit engagement with the bottle support structure to secure the fluid bottle to the housing, a portion of the bottle support contacting the housing to align the wick through the aperture in a generally concentric orientation with the heating element, the reservoir positioned adjacent to the support arm.
22 . The insect repeller station of claim 21 wherein the support arm is connected to a lower section and cantilevered into the interior volume, the support arm housing electrical and/or communication connections to the heating element.
23 . The insect repeller station of claim 21 wherein the bottle support structure is opposing bosses extending from the housing, the bottle attachment point is a hood partially surrounding the wick, the hood having opposed detents that engage the attachment bosses, the hood contacting the housing to algin the wick within the heating element.
24 . The insect repeller station of claim 23 wherein the hood includes an outer attachment structure configured to interface with a bottle lid, the bottle lid configured to enclose the wick and contain fluid contents of the reservoir.
25 . The insect repeller system of claim 23 wherein one of the support arm or the housing is configured to measure and report a fluid level of fluid contents of the reservoir to a controller.
26 . The insect repeller station of claim 25 wherein either the support arm or the housing is configured to measure and monitor a bottle weight by one of a load cell, a strain gauge, or a weight scale.
27 . The insect repeller station of claim 25 wherein the controller is configured to generate a signal proportional to the fluid level.
28 . The insect repeller station of claim 23 wherein the hood forms a semicircular section around the wick and includes an open section that the housing passes through.
29 . The insect repeller station of claim 21 wherein the fluid bottle includes reservoir cap and a bottle lid, the reservoir cap having a venting structure to prevent vacuum formation within the reservoir as fluid contents is drawn by the wick, and the bottle lid forms a seal with the vent to contain the fluid contents.
30 . The insect repeller station of claim 21 wherein the fluid bottle includes reservoir cap having a venting structure to prevent vacuum formation within the reservoir as fluid contents is drawn by the wick, and a removable sealing means closes the vent to contain the fluid contents.
31 - 36 . (canceled)