Humane tubular trap, remote trap monitoring system and method and programs for monitoring multiple traps

• US 20050097808A1
• Filed: 09/13/2004
• Published: 05/12/2005
• Est. Priority Date: 09/12/2003
• Status: Abandoned Application

• Current Assignee: James Francis Vorhies, James Frederick Vorhies, William E. Carter Jr
• Original Assignee: James Francis Vorhies, James Frederick Vorhies, William E. Carter Jr
• Inventors: Vorhies, James Francis, Vorhies, James Frederick, Carter, William E. Jr.
• Application Number:
  US10/940,864
• Publication Number:
  US 20050097808A1
• Time in Patent Office: Days
• US Class Current: 43/61
• CPC Class Codes: A01M 23/18 with pivoted closure flaps
• CPC Class Codes: A01M 23/20 with dropping doors or slides
• CPC Class Codes: A01M 31/002 Detecting animals in a given area

Abstract

Tube-type animal trap systems for the humane non-injurious, non-invasive trapping of animals, and to methods and systems for electronic remote trap monitoring and management. The invention includes mechanical and electric/electronic, tube-type traps, and to electronic data communications systems that enable remote monitoring of the status of any type of trap (e.g., is the trap tripped or not). Computer systems at a remote home base permit simultaneous management of multiple traps in the field, including enabling management via the Internet.

Claims

1. ) A humane animal trap comprising:

an opaque, substantially sold tubular body having a longitudinal length and a first and a second end, a closable door disposed in association with at least one end, a door drop mechanism, a baitable trigger disposed substantially medial of the length, and said second end is terminated by mechanism selected from a second door, a solid closure and a grate type closure.

2. ) A humane animal trap as in claim 1 wherein said door drop mechanism is electrically actuated and includes a trigger selected from a magnetic proximity sensor, a micro-switch, and a trigger plate linked to a door drop actuator mechanism.

3. ) A humane animal trap as in claim 1 which includes an electronic trap data communications module having an RF signal transmitter and power source mounted in association with said trap, said module being activated to send an RF signal to a remote receiver representative of a trap trip event by at least one of drop of said door and trigger disturbance.

4. ) A humane animal trap as in claim 3 wherein said trap data communications module includes a memory unit and circuit for receiving a download of GPS location data, and said RF signal includes data representative of at least one of said trap location in the field and unique trap identifier.

5. ) A humane animal trap as in claim 4 wherein said trap data communications module is configurable to send status reports on its condition, selected from at least one of“

set”

, untripped, or “

sprung”

, tripped, at pre-selected intervals.

6. ) A humane animal trap as in claim 5 wherein said trap includes at least one sensor selected from a weather sensor, a microphone, an optical sensor, an ultrasound sensor, and an infrared sensor.

7. ) A humane animal trap as in claim 6 wherein said trap data communications module transmitter is a transceiver, and said circuit is remotely pollable to report data from at least one of said sensors.

8. ) A humane animal trap as in claim 1 wherein said tube ranges in diameter from about 6″

to about 24′

, said trap body is a double walled tube, said door is a vertical drop door, said trigger is selected from a proximity switch and a micro-switch, and said door drop mechanism includes a solenoid assembly selected from a trip solenoid and a catch solenoid.

9. ) A multiple trap management system comprising in operative combination:

a plurality of traps positioned in the field;

a data communications module associated with and electrically connected to said trap to receive a trip signal from said trap, said communications module including configurable trap ID and position locator controller and an interface board for activating a transmitter;

an RF transmitter;

a remote receiver disposed in association with a base station, and a computer system in communication with said base station, said computer system including packet engine and map data display software for receiving signals of said trap events via said transmitter and receiver, and a display device for display of map data having overlain thereon substantially real-time trap location and status data updates.

10. ) Multiple trap management system as in claim 9 wherein said trap communications module includes a controller into which GPS position data is down-loadable in the field, and which is configured to report trap status trip events in substantially real time and trap status cyclically.

11. ) Multiple trap management system as in claim 10 wherein said computer system includes Internet connection capability to report operations to remotely located observers.

12. ) Multiple trap management system as in claim 10 wherein said trap-associated RF transmitter is a transceiver, said trap includes at least one sensor selected from audio, video, weather, motion or heat sensors, and said controller and said computer are configured so that said trap is remotely pollable to receive at said remote base station inputs from said sensors associated with said trap.

13. ) Method of management of multiple traps in the field comprising the steps of:

a) providing a plurality of traps, each having a data communications module for transmitting trap location and a trap status event signal to a remote station;

b) configuring said data communication module of each trap with unique trap identification data and broadcast parameters;

c) downloading to each said trap data communication module the unique location of said trap upon positioning in the field;

d) automatically broadcasting from said trap a trap status report selected from a substantially real-time trip event and cyclic timed broadcast of status; and

e) receiving and displaying at a remote location the trap trip event and trap identification data.

14. ) Method as in claim 13 which includes the step of configuring a computer system with map data of the area in which the traps are positioned, with trap identification display information, and with trap status and trip event information.

15. ) Method as in claim 14 which includes the steps of providing sensors in association with said trap selected from audio, video, weather condition, motion and heat sensors;

polling said trap from said base station to receive inputs from said sensors.

16. ) Method as in claim 13 which includes the step of enabling operation via the Internet.