Electronic confinement arrangement for animals

• US 4,733,633 A
• Filed: 11/20/1986
• Issued: 03/29/1988
• Est. Priority Date: 11/20/1986
• Status: Expired due to Term

• Current Assignee: Robert G. Yarnall Jr, Robert G. Yarnall Sr
• Original Assignee: Robert G. Yarnall Jr, Robert G. Yarnall Sr
• Inventors: Yarnall, Robert G. Jr., Yarnall, Robert G. Sr.
• Primary Examiner(s): Swiatek, Robert P.
• Assistant Examiner(s): NOT, DEFINED
• Application Number:
  US06/932,608
• Time in Patent Office: 495 Days
• Field of Search: 119/29, 119/106, 119/20, 119/96, 340/573, 256/10
• US Class Current: 119/721
• CPC Class Codes: A01K 15/006 Devices for impeding passage of animals under fences, preventing butting or the like
• CPC Class Codes: A01K 15/023 Anti-evasion devices
• CPC Class Codes: A01K 3/005 Electrified fencing for pastures
• CPC Class Codes: G08B 21/22 responsive to presence or absence of persons
• CPC Class Codes: Y10S 119/908 Electrical animal control or handling

Abstract

An arrangement for controlling the movements of animals is disclosed. A pair of signal-broadcasting wire loops is used, arranged in a concentric fashion, to define the desired confinement area. As the animal approaches the inner wire loop, a receiver worn by the animal will pick up the broadcasted signal and give the animal a mild shock and/or emit an unpleasant noise. If the animal ignores these deterrents and continues to move out of the confinement area, its receiver will pick up the signal emitted by the outer wire, where this signal will trigger an alarm located at a base station (the owner'"'"'s home), indicating to the owner that the animal has ignored the signals and is leaving the confinement area.

Claims

1. An arrangement for confining at least one animal to a designated area comprising:

(a) a transmitter located at a base station capable of generating a first signal (D) and second signal (AT);

(b) a first signal-emitting wire responsive to said first transmitted signal and a second signal-emitting wire responsive to said second transmitted signal, said first and second wires disposed in a concentric arrangement as an inner wire and an outer wire, respectively, so as to define said designated area;

(c) a receiver capable of being attached to the animal and responsive to both said first and said second transmitted signals, said receiver including;

(i) a deterrent circuit responsive to said first transmitted signal for producing as an output a deterrent signal which is applied to the animal; and

(ii) an alarm trigger circuit responsive to the presence of said second transmitted signal for producing and broadcasting to an alarm receiver only after said second transmitted signal is received by said alarm trigger circuit an alarm activation signal; and

(d) said alarm receiver placed at a predetermined location capable of receiving and detecting the presence of said broadcast alarm activation signal and producing as an output an escape alarm signal.

2. The confinement arrangement of claim 1 wherein said receiver deterrent circuit produces an electric shock as an output deterrent signal.

3. The confinement arrangement of claim 1 wherein said receiver deterrent circuit produces as an output deterrent signal an audio signal at a predetermined frequency which is unpleasant to at least one animal.

4. The confinement arrangement of claim 1 wherein said receiver deterrent circuit produces as an output deterrent signal both an electric shock and an audio signal at a predetermined frequency which is unpleasant to at least one animal.

5. The confinement arrangement of claim 1 wherein said deterrent circuit comprises:

(a) an antenna capable of receiving the deterrent signal broadcast by the first signal-emitting wire;

(b) filtering means responsive to the received signal for eliminating frequency components below a first predetermined frequency and above a second predetermined frequency, said second predetermined frequency being greater than the predetermined frequency of alarm activation signal;

(c) amplifying means coupled to the output of said filtering means for increasing the signal level of the filtered received signal;

(d) shaping means coupled to the output of said amplifying means for eliminating amplifying-induced perturbations on said deterrent signal;

(e) detecting means coupled to the output of said shaping means for detecting the presence of said deterrent signal broadcast by said first signal-emitting wire and providing as an output a control signal of a first predetermined value when said deterrent signal is present; and

(f) deterrent means responsive to the control output signal from said detecting means for providing the deterrent output signal of said deterrent circuit when said control signal comprises its associated first predetermined value.

6. The confinement arrangement of claim 5 wherein said filtering means comprises a bandpass filter.

7. The confinement arrangement of claim 6 wherein said first predetermined frequency is 60 Hz.

8. The confinement arrangement of claim 6 wherein said second predetermined frequency is 100 kHz.

9. The confinement arrangement of claim 5 wherein said filtering means comprises a first band reject filter at the first predetermined frequency and a second band reject filter at the second predetermined frequency.

10. The confinement arrangement of claim 9 wherein said first predetermined frequency is 60 Hz.

11. The confinement arrangement of claim 9 wherein said second predetermined frequency is 100 kHz.

12. The confinement arrangement of claim 5 wherein said deterrent means generates as an output a mild electric shock.

13. The confinement arrangement of claim 5 wherein said deterrent means generates as an output an audio signal at a predetermined frequency which is unpleasant to at least one animal.

14. The confinement arrangement of claim 5 wherein said deterrent means generates as an output both a mild electric shock and an audio signal at a predetermined frequency which is unpleasant to at least one animal.

15. The confinement arrangement of claim 1 wherein said alarm trigger circuit comprises:

(a) an antenna for receiving said alarm trigger signal broadcast by the second signal-emitting wire;

(b) filtering means responsive to the received signal for eliminating frequencies below a first predetermined frequency and above a second predetermined frequency;

(c) amplifying means coupled to the output of said filtering means for increasing the signal level of the filtered received signal;

(d) shaping means coupled to the output of said amplifying means for eliminating any amplifying-induced perturbations on said alarm trigger signal;

(e) detecting means coupled to the output of said shaping means for detecting the presence of said alarm trigger signal and generating as an output a control signal when said alarm trigger signal is present;

(f) oscillating means responsive to the control signal output of said detecting means for generating an output signal at a predetermined frequency during the presence of said control signal;

(g) amplifying means coupled to the output of said oscillating means for increasing the signal level of the oscillation signal; and

(h) an antenna for broadcasting as the alarm activation output of said alarm trigger circuit the amplified oscillating signal.

16. The confinement arrangement of claim 15 wherein said filtering means comprises a bandpass filter capable of eliminating frequency components below the first predetermined frequency and above the second predetermined frequency.

17. The confinement arrangement of claim 16 wherein said first predetermined frequency is 60 Hz.

18. The confinement arrangement of claim 16 wherein said second predetermined frequency is 100 kHz.

19. The confinement arrangement of claim 15 wherein said filtering means comprises a first band reject filter at the first predetermined frequency and a second band reject filter at the second predetermined frequency.

20. The confinement arrangement of claim 19 wherein said first predetermined frequency is 60 Hz.

21. The confinement arrangement of claim 19 wherein said second predetermined frequency is 100 kHz.

22. The confinement arrangement of claim 15 wherein said oscillating alarm activation signal comprises a frequency of 50 kHz.

23. The confinement arrangement of claim 1 wherein said alarm receiver comprises:

(a) an antenna for receiving the alarm activation signal broadcast by the receiver;

(b) filtering means for eliminating frequency components below a first predetermined frequency and above a second predetermined frequency;

(c) amplifying means coupled to the output of said filtering means for increasing the signal level of the filtered received signal;

(d) shaping means coupled to the output of said amplifying means for eliminating amplifying-induced spurious signals from said filtered received signal;

(e) detecting means coupled to the output of said shaping means for generating as an output a control signal of a predetermined value during the presence of said alarm activation signal; and

(f) alarm means responsive to said control signal for providing an alarm signal output when the control signal is of said predetermined value.

24. The confinement arrangement of claim 23 wherein said filtering means comprises a bandpass filter.

25. The confinement arrangement of claim 24 wherein said first predetermined frequency of said bandpass filter is 60 Hz.

26. The confinement arrangement of claim 24 wherein said second predetermined frequency of said bandpass filter is 100 kHz.

27. The confinement arrangement of claim 23 wherein said filtering means comprises a first band reject filter at the first predetermined frequency and a second band reject filter at the second predetermined frequency.

28. The confinement arrangement of claim 27 wherein said first predetermined level frequency is 60 Hz.

29. The confinement arrangement of claim 27 wherein said second predetermined frequency is 100 kHz.

30. The confinement arrangement of claim 23 wherein said detecting means is capable of responding to a plurality of N alarm activation signals, each signal associated with a different animal and generating, as an output, a plurality of N control signals, each control signal capable of causing said alarm means to generate a different alarm output signal.

31. The confinement arrangement of claim 23 wherein said alarm output signal produced by said alarm means is an audio signal.

32. The confinement arrangement of claim 23 wherein said alarm output signal produced by said alarm means is a visible signal.