Termite presence monitor and method

• US 20070209271A1
• Filed: 05/22/2006
• Published: 09/13/2007
• Est. Priority Date: 03/08/2006
• Status: Active Grant

• Current Assignee: Mediate Donald L
• Original Assignee: Mediate Donald L
• Inventors: Mediate, Donald
• Granted Patent: US 7,475,511 B2
• Time in Patent Office: Days
• US Class Current: 43/132.100
• CPC Class Codes: A01M 1/026 combined with devices for monitoring insect presence, e.g. termites bait stations A01M1/2005; detecting other animals in a given area A01M31/002

Abstract

A termite-monitoring device and method for detecting the presence of termites and killing termites by exposing the termites to a termiticide, includes locating the monitoring device in a paving hole or in a termite lure located in the ground adjacent a building. The monitoring device has an integral termite indicator mechanism for indicating the presence of termites within the paving hole or termite lure that provides an aboveground visible indicator that termites are present. The termite indicator mechanism is actuated by a trigger mechanism with a termite food source that, when fed upon by termites, actuates the termite indicator mechanism to indicate the presence of termites. After the indicator has been actuated, a termiticide is introduced into the paving hole, the termite lure, and/or the adjacent ground to expose termites to the termiticide as the termites pass between a termite colony and the paving hole or termite lure and/or feed within the paving hole or termite lure.

Claims

1. A termite-monitoring device with an integral termite presence indicator for use in determining a presence of termites in ground beneath a pavement or in ground adjacent an in ground located termite lure, comprising:

a closure component, a termite presence indicator mechanism, and a trigger mechanism;

the closure component being for housing the termite presence indicator mechanism and for closing an upper end of a paving or termite lure hole in which the termite-monitoring device is mounted;

the closure component comprising an upper end portion, a tubular housing portion extending downward from the upper end portion, and a lower end portion;

the upper end portion of the closure component closing an upper end and the lower end portion of the closure component closing a lower end of the tubular housing portion of the closure component to form a chamber within the closure component for housing the termite indicator mechanism;

the upper end portion of the closure component being sufficiently transparent that an interior of the closure component chamber can be viewed through the upper end portion;

the upper end portion of the closure component having a greater outside diameter than an outside diameter of the tubular housing portion of the closure component whereby an annular peripheral portion of the upper end portion of the closure component forms an annular flange with a bottom surface for engaging a surface surrounding and adjacent a hole in which the termite-monitoring device is mounted,

the termite presence indicator mechanism comprising an indicator component and a coil actuating spring;

the indicator component having a top indicator button and a shank portion depending from the indicator button;

the indicator button of the indicator component being slidably housed within the chamber of the closure component and having a greater outside diameter than an outside diameter of the shank portion of the indicator component whereby an annular peripheral portion of the indicator button of the indicator component forms an annular flange extending outward from the shank portion;

the coil actuating spring being mounted on the shank portion of the indicator component and extending between a bottom surface of the annular flange of the indicator button of the indicator component and an upper surface of the lower end portion of the closure component;

the shank portion of the indicator component extending from the chamber of the closure component down through a hole in the lower end portion of the closure component and being slidably received within the hole in the lower end portion of the closure component;

the trigger mechanism comprising a rod and a retaining component means;

an upper end portion of the rod is secured to the indicator component and the rod extends downward from the indicator component and a bottom surface of the closure component whereby the rod will extend downward into a hole in which the termite-monitoring device is mounted;

a lower end portion of the retaining component means is secured to a lower end portion of the rod and an upper end of the retaining component means engages the bottom surface of the closure component whereby the retaining component means retains the coil actuating spring of the termite presence indicator mechanism in a compressed state while the rod is whole;

the rod of the trigger mechanism comprising, at least in part, a termite food source portion that when being consumed by termites weakens until the rod is separable at the termite food source portion by opposing forces applied to the rod by the retaining component means of the trigger mechanism and the coil actuating spring of the termite presence indicator mechanism; and

when the rod is separated by the opposing forces of the retaining component means of the trigger mechanism and the coil actuating spring of termite presence indicator mechanism, the coil actuating spring moving the indicator component from a retracted position in the chamber where the indicator button is spaced downward from the top end portion of the closure component and less visible through the top end portion of the closure component up through the chamber to an extended position where the indicator button is adjacent the top end portion of the closure component, significantly more visible through the top end portion of the closure component than in the retracted position, and readily visible through the top end portion of the closure component to indicate the presence of termites.

2. The termite-monitoring device with an integral termite presence indicator, according to claim 1, wherein:

the retaining component means is a coil retaining spring.

3. The termite-monitoring device with an integral termite presence indicator, according to claim 1, wherein:

the retaining component means is a spacer strip with an upper connector element that is slideably mounted on the shank portion of the indicator component and engages a bottom surface of the closure component and a lower connector element that is affixed to the lower portion of the rod of the trigger mechanism.

4. The termite-monitoring device with an integral termite presence indicator, according to claim 1, wherein:

the indicator button is colored to be readily visible through the upper end portion of the closure component when the indicator component has been moved upward by the actuating spring and the indicator button is adjacent the top end portion of the closure component.

5. The termite-monitoring device with an integral termite presence indicator, according to claim 4, wherein:

the top end portion of the closure component is optically clear.

6. The termite-monitoring device with an integral termite presence indicator, according to claim 5, wherein:

the top end portion of the closure component is a magnifying lens to enhance the visuality of the indicator button through the upper end portion of the closure component when the indicator component has been moved upward by the actuating spring and the indicator button is adjacent the top end portion of the closure component.

7. The termite-monitoring device with an integral termite presence indicator, according to claim 6, wherein:

the top end portion of the closure component has a low profile and a generally convex upper surface.

8. The termite-monitoring device with an integral termite presence indicator, according to claim 6, wherein:

the upper end portion of the closure component has a low profile, a generally convex upper surface, and is able to withstand a pressure of 1500 psi without fracturing, the outside diameter of the upper end portion of the closure component is about 1.5 inches in diameter;

the tubular housing portion of the closure component is about 0.75 inches; and

the vertical distance between the lower surface of the annular flange and the generally convex upper surface of the upper end portion of the closure component ranges from about 0.03 inches or less at the peripheral edges of the closure component to about 0.09 inches or less at the center of the closure component.

9. The termite-monitoring device with an integral termite presence indicator, according to claim 1, wherein:

the top end portion of the closure component is optically clear.

10. The termite-monitoring device with an integral termite presence indicator, according to claim 1, wherein:

the top end portion of the closure component is a magnifying lens to enhance the visuality of the indicator button through the upper end portion of the closure component when the indicator component has been moved upward by the actuating spring and the indicator button is adjacent the top end portion of the closure component.

11. The termite-monitoring device with an integral termite presence indicator, according to claim 1, wherein:

the top end portion of the closure component can withstand a pressure of 1500 psi without fracturing.

12. The termite-monitoring device with an integral termite presence indicator, according to claim 1, wherein:

the upper end portion of the closure component has a low profile and a generally convex upper surface; and

the outside diameter of the upper end portion of the closure component is about 1.5 inches; and

the outside diameter of tubular housing portion of the closure component is about 1 inch or less.

13. A method for detecting the presence of termites in ground beneath a concrete or asphalt pavement, comprising:

forming a paving hole that extends from an upper surface of a concrete or asphalt pavement completely through the pavement to at least to a bottom surface of the pavement whereby the bottom of the paving hole is exposed to ground beneath the pavement for termite access to the paving hole,

providing a termite-monitoring device comprising a closure component, a termite presence indicator mechanism, and a trigger-mechanism;

the closure component comprising an upper end portion, a tubular housing portion extending downward from the upper end portion, and a lower end portion, the upper end portion of the closure component closing an upper end and the lower end portion of the closure component closing a lower end of the tubular housing portion of the closure component to form a chamber within the closure component for housing the termite presence indicator mechanism, the upper end portion of the closure component being sufficiently transparent that an interior of the closure component chamber can be viewed through the upper end portion, the upper end portion of the closure component having a greater outside diameter than an outside diameter of the tubular housing portion of the closure component whereby an annular peripheral portion of the upper end portion of the closure component forms an annular flange with a bottom surface for engaging an upper surface of a pavement surrounding and adjacent a paving hole in the pavement into which the termite-monitoring device extends;

the termite presence indicator mechanism comprising an indicator component and a coil actuating spring;

the indicator component having a top indicator button and a shank portion depending from the indicator button, the indicator button of the indicator component being slideably housed within the chamber of the closure component and having a greater outside diameter than an outside diameter of the shank portion of the indicator component whereby an annular peripheral portion of the indicator button of the indicator component forms an annular flange extending outward from the shank portion;

the coil actuating spring being mounted on the shank portion of the indicator component and extending between a bottom surface of the annular flange of the indicator button of the indicator component and an upper surface of the lower end portion of the closure component;

the shank portion of the indicator component extending from the chamber of the closure component down into a hole in the lower end portion of the closure component and being slidably received within the hole in the lower end portion of the closure component;

the trigger mechanism comprising a rod and a retaining component means, an upper end portion of the rod is secured to the indicator component and the rod extends downward from the indicator component and a bottom surface of the closure component whereby the rod will extend downward into a paving hole in which the termite-monitoring device is mounted;

a lower end portion of the retaining component means is secured to a lower end portion of the rod and an upper end of the retaining component means engages the bottom surface of the closure component whereby the retaining component means retains the coil actuating spring of the termite presence indicator mechanism in a compressed state while the rod is whole, the rod of the trigger mechanism comprising, at least in part, a termite food source portion that when being consumed by termites weakens until the rod is separable at the termite food source portion by opposing forces applied to the rod by the retaining component means of the trigger mechanism and the coil actuating spring of the termite presence indicator mechanism; and

when the rod is separated by the opposing forces of the retaining component means of the trigger mechanism and the coil actuating spring of termite presence indicator mechanism, the coil actuating spring moving the indicator component from a retracted position in the chamber where the indicator button is spaced downward from the top end portion of the closure component and less visible through the top end portion of the closure component up through the chamber to an extended position where the indicator button is adjacent the top end portion of the closure component, significantly more visible through the top end portion of the closure component than in the retracted position, and readily visible through the top end portion of the closure component to indicate the presence of termites;

mounting the termite-monitoring device in the paving hole with the tubular housing portion of the closure component and the trigger mechanism extending down into the paving hole and annular flange portion of the upper end portion of the closure component closing and sealing an upper end of the paving hole; and

monitoring the termite-monitoring device to detect the presence of termites.

14. The method for detecting the presence of termites in ground beneath a concrete or asphalt pavement according to claim 13, wherein

the indicator button is colored to be readily visible through the upper end portion of the closure component when the indicator component has been moved upward by the actuating spring and the indicator button is adjacent the top end portion of the closure component.

15. The method for detecting the presence of termites in ground beneath a concrete or asphalt pavement according to claim 13, wherein:

the top end portion of the closure component is a magnifying lens to enhance the visuality of the indicator button through the upper end portion of the closure component when the indicator component has been moved upward by the actuating spring and the indicator button is adjacent the top end portion of the closure component.

16. The method for detecting the presence of termites in ground beneath a concrete or asphalt pavement according to claim 13, wherein:

the top end portion of the closure component has a low profile and a generally convex upper surface.

17. The method for detecting the presence of termites in ground beneath a concrete or asphalt pavement according to claim 13, wherein:

the upper end portion of the closure component has a low profile, a generally convex upper surface, and is able to withstand a pressure of 1500 psi without fracturing;

the outside diameter of the upper end portion of the closure component is about 1.5 inches in diameter;

the tubular housing portion of the closure component is about 0.75 inches; and

the vertical distance between the lower surface of the annular flange and the generally convex upper surface of the upper end portion of the closure component ranges from about 0.03 inches or less at the peripheral edges of the closure component to about 0.09 inches or less at the center of the closure component.

18. The method for detecting the presence of termites in ground beneath a concrete or asphalt pavement according to claim 13, wherein:

the indicator button is colored to be readily visible through the upper end portion of the closure component when the indicator component has been moved upward by the actuating spring and the indicator button is adjacent the top end portion of the closure component;

the top end portion of the closure component is a magnifying lens to enhance the visuality of the indicator button through the upper end portion of the closure component when the indicator component has been moved upward by the actuating spring and the indicator button is adjacent the top end portion of the closure component; and

the upper end portion of the closure component has a low profile and a generally convex upper surface.

19. The method for detecting the presence of termites in ground beneath a concrete or asphalt pavement according to claim 13, wherein:

placing a termite food source in the hole in addition to the termite food source portion of the rod, and

exterminating the termites with a termiticide once the termites are detected.

20. A termite-monitoring device with an integral termite presence indicator for use in determining a presence of termites in ground beneath a pavement or in ground adjacent an in ground located termite lure, comprising:

a closure component, a termite presence indicator mechanism, and a trigger mechanism;

the closure component being for housing the termite presence indicator mechanism and for closing an upper end of a paving hole extending from an upper surface of a concrete or asphalt pavement completely through the pavement to at least to a bottom surface of the pavement whereby the bottom of the paving hole is exposed to ground beneath the pavement for termite access to the paving hole or for closing a container hole in an above ground exposed upper end surface of an in ground located termite lure having a tubular container for containing a termite food source that provides in ground termite ingress to and egress from the container;

the closure component comprising an upper end portion, a tubular housing portion extending downward from the upper end portion, and a lower end portion;

the upper end portion of the closure component closing an upper end and the lower end portion of the closure component closing a lower end of the tubular housing portion of the closure component to form a chamber within the closure component for housing the termite indicator mechanism;

the upper end portion of the closure component being sufficiently transparent that an interior of the closure component chamber can be viewed through the upper end portion;

the upper end portion of the closure component having a greater outside diameter than an outside diameter of the tubular housing portion of the closure component whereby an annular peripheral portion of the upper end portion of the closure component forms an annular flange with a bottom surface for engaging an upper surface of a pavement surrounding and adjacent a paving hole in the pavement into which the termite-monitoring device extends or for engaging an upper end surface of a tubular container surrounding and adjacent a container hole in the upper end surface a tubular termite lure container into which the termite-monitoring device extends;

the termite presence indicator mechanism comprising an indicator component and a coil actuating spring, the indicator component having a top indicator button and a shank portion depending from the indicator button;

the indicator button of the indicator component being slidably housed within the chamber of the closure component and having a greater outside diameter than an outside diameter of the shank portion of the indicator component whereby an annular peripheral portion of the indicator button of the indicator component forms an annular flange extending outward from the shank portion;

the coil actuating spring being mounted on the shank portion of the indicator component and extending between a bottom surface of the annular flange of the indicator button of the indicator component and an upper surface of the lower end portion of the closure component;

the shank portion of the indicator component extending from the chamber of the closure component down through a hole in the lower end portion of the closure component and being slidably received within the hole in the lower end portion of the closure component;

the trigger mechanism comprising a rod and a retaining component means;

an upper end portion of the rod is secured to the indicator component and the rod extends downward from the indicator component and a bottom surface of the closure component whereby the rod will extend downward into a paving hole or a lure container hole in which the termite-monitoring device is mounted;

a lower end portion of the retaining component means is secured to a lower end portion of the rod and an upper end of the retaining component means engages the bottom surface of the closure component whereby the retaining component means retains the coil actuating spring of the termite presence indicator mechanism in a compressed state while the rod is whole;

the rod of the trigger mechanism comprising, at least in part, a termite food source portion that when being consumed by termites weakens until the rod is separable at the termite food source portion by opposing forces applied to the rod by the retaining component means of the trigger mechanism and the coil actuating spring of the termite presence indicator mechanism; and

when the rod is separated by the opposing forces of the retaining component means of the trigger mechanism and the coil actuating spring of termite presence indicator mechanism, the coil actuating spring moving the indicator component from a retracted position in the chamber where the indicator button is spaced downward from the top end portion of the closure component and less visible through the top end portion of the closure component up through the chamber to an extended position where the indicator button is adjacent the top end portion of the closure component, significantly more visible through the top end portion of the closure component than in the retracted position, and readily visible through the top end portion of the closure component to indicate the presence of termites.