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A fire ant trap for eradicating fire ants at a mound includes a domed enclosure having a lower rim peripherally engaging the mound and secured thereat by stakes. A tubular auger is threaded at the top end and has a perforated beveled tip that rotates into the top of the mound. A fire ant agent is di

A fire ant trap for eradicating fire ants at a mound includes a domed enclosure having a lower rim peripherally engaging the mound and secured thereat by stakes. A tubular auger is threaded at the top end and has a perforated beveled tip that rotates into the top of the mound. A fire ant agent is dispensed to the tip from an upper fill opening that is sealed by a removable cap.

대표청구항 ▼

1. A fire ant trap for applying a fire ant control agent at a mound projecting above the ground, said fire ant trap comprising: a thin walled enclosure having surfaces defining a downwardly opening cavity terminating at a lower rim for engaging a periphery of the mound; projecting means for embeddin

1. A fire ant trap for applying a fire ant control agent at a mound projecting above the ground, said fire ant trap comprising: a thin walled enclosure having surfaces defining a downwardly opening cavity terminating at a lower rim for engaging a periphery of the mound; projecting means for embedding in the ground and for attaching said enclosure at said mound; an opening in a top portion of said enclosure surrounded by an annular collar; a tubular member having an axial passage slidably disposed in said opening, said tubular member having an upper end and an angled lower end, said tubular member being movable between a raised position entirely within said cavity in said enclosure wherein said lower end is above said lower rim and said mound and a lower position wherein said lower end is within said cavity, is above said lower rim, and penetrates said mound; threaded coupling means cooperating between said upper end of said tubular member and said collar when said tubular member is in said lower position such that rotation of said tubular member thereat concurrently axially advances and rotates said lower end into engagement with said mound thereby disturbing said mound and attracting the fire ants; filling means connected with said upper end of said tubular member communicating with said passage for receiving fire ant eradicating agent and delivering the agent for distribution at said lower end of said tubular member at the mound; and means associated with said filling means for closing said passage to prevent escape of the fire ants therethrough.2. A fire ant trap for eradicating fire ants in a mound projecting above the ground, said fire ant trap comprising: a cover member having an exterior wall forming a downwardly opening cavity and terminating with a peripheral rim for engaging and surrounding a periphery of the mound; a plurality of stake members carried on said exterior wall and moveable between a raised stowed position and a lowered position for embedding in the ground to secure the cover member at the mound; releasable means cooperating between said stake members and said cover member for maintaining said stowed position; an opening at the top of the cover member communicating with said cavity; a tubular member having a center passage extending through said opening, said tubular member having an end portion having a plurality of passages to said center passage and terminating with a beveled tip portion; coupling means cooperating between said tubular member and said cover member to provide for lowering and rotating said tubular member from an upper position and a lower position during which said beveled tip portion penetrates and mechanically disrupts an upper portion of the mound; a dispensing opening in said tubular member above said cover member for receiving an eradicating agent effective against fire ants for dispersing said agent through said center passage to the end portion of the tubular member for access by fire ants in the mound; and a cover for sealing the dispensing opening.3. The fire ant trap as recited in claim 2 wherein said coupling means includes a threaded bore at said opening at the top of the cover member and a threaded section on said tubular member inter-engaging with said threaded bore and wherein said is concurrently axially moved and said tip portion is rotated upon rotation of said tubular member.4. The fire ant trap as recited in claim 3 wherein said dispensing opening is formed at an upwardly opening cavity at an upper end of said tubular member.5. The fire ant trap as recited in claim 4 wherein said cover includes a plug section engaging the surfaces of the upwardly opening cavity for sealing said dispensing opening.6. The fire ant trap as recited in claim 2 wherein said threaded bore is formed at an annular collar surrounding said opening at the top of the cover member.7. The fire ant trap as recited in claim 2 wherein said beveled tip portion is located above said peripheral rim in said upper position.8. The fire ant trap as recited in claim 2 wherein said releasable means comprises a hook and loop fastening assembly.9. The fire ant trap as recited in claim 2 wherein each of said stake members comprises an elongated cylindrical pointed shank having an enlarged head at an upper end thereof.10. The fire ant trap as recited in claim 9 including a release handle slidably disposed on each said shank and manually operable for raising each said stake member from said lowered position.11. The fire ant trap as recited in claim 10 wherein said rim includes an outwardly extending annular flange having apertures for guiding said shanks of said stakes in movement between said raised stowed position and said lowered position.12. The fire ant trap as recited in claim 11 including guide means projecting outwardly from said cover member above said flange for guiding said shanks.13. The fire ant trap as recited in claim 2 wherein said beveled tip portion is located above said peripheral rim in said lower position.14. A method for eradicating fire ants at a mound projecting above ground, said method comprising the steps of: placing an enclosure over said mound having a downwardly opening cavity and a peripheral rim engaging a periphery of the mound; mechanically attaching said enclosure to said ground; inserting an elongated tubular auger assembly having a central axial passage and a beveled tip into said cavity through an opening formed in a top portion of said enclosure; axially downwardly shifting said beveled tip into a top portion of said mound and thereafter rotating said tip to disturb said mound to thereby attract the fire ants thereto; dispensing a fire ant eradicating agent into said passage to said tip; sealing said passage; and removing said enclosure from said mound after eradicating said fire ants.