Dog training collars and methods

• US 4,202,293 A
• Filed: 01/31/1978
• Issued: 05/13/1980
• Est. Priority Date: 01/31/1978
• Status: Expired due to Term

• Current Assignee: Garmin Switzerland GmbH (Garmin Limited)
• Original Assignee: Tri-Tronics Incorporated (Garmin Limited)
• Inventors: Gonda, Gerald J., Vancza, John Jr.
• Primary Examiner(s): Eskovitz, Jay N.
• Application Number:
  US05/874,033
• Time in Patent Office: 833 Days
• Field of Search: 119/29, 119/106, 325/66, 325/118
• US Class Current: 119/718
• CPC Class Codes: A01K 15/022 Anti-barking devices
• CPC Class Codes: Y10S 119/908 Electrical animal control or handling

Abstract

In order to train a dog not to bark, a device attached to the dog'"'"'s collar emits a characteristic sound whenever he barks, which sound may be accompanied on some occasions by a light electrical shock acting to condition the dog to dislike the sound more than he otherwise would.

Claims

1. A dog training device comprising:

a case adapted to be carried by a dog collar;

sound producing means carried by said case and adapted while the device is being worn by a dog to emit a sound intended to urge the dog to stop barking;

shocking means carried by said case and operable to electrically shock a dog wearing the device; and

control means operable to actuate said shocking means to shock the dog on an initial actuation of said sound producing means but not on subsequent actuations thereof, said control means including means for selectively resetting said shocking means, if necessary, to shock the dog on a next successive actuation of said sound producing means following each reset operation, but not on other actuations thereof.

2. A dog training device as recited in claim 1, in which said control means include a receiver carried by said case and a transmitter acting remotely through said receiver to control operation of said sound producing means and said shocking means.

3. A dog training device as recited in claim 1 wherein said sound producing means includes electrical buzzer means and said sound intended to urge the dog to stop barking is a high intensity sound audible to both humans and dogs.

4. A dog training device comprising:

a case adapted to be carried by a dog collar;

sound actuated means responsive to barking of a dog wearing said device;

sound producing means carried by said case and operable automatically by said sound actuated means to emit a training sound when the dog barks;

shocking means carried by said case and operable to electrically shock a dog wearing the device; and

controls means operable to actuate said shocking means to shock the dog on an initial actuation of said sound producing means but not on subsequent actuations thereof, said control means including means for selectively resetting said shocking means, if necessary, to shock the dog on a next successive actuation of said sound producing means following each reset operation, but not on other actuations thereof.

5. A dog training device as recited in claim 4, in which said sound actuated means include a microphone carried by the case at a location to respond to barking of the dog, and electrical circuitry operable by said microphone to commence operation of said sound producing means when the dog barks.

6. A dog training device as recited in claim 4, in which said sound actuated means are constructed to commence operation of said sound producing means only after continuance of a barking sound for a predetermined interval long enough to prevent unwanted actuation of the sound producing means by instantaneous contacting of the device with an object.

7. A dog training device as recited in claim 4, in which said sound actuated means include a microphone carried by said case and responsive to a barking sound, and a timing circuit controlled by signals from said microphone and acting to actuate said sound producing means to emit said training sound only after continuance of bark induced signals from the microphone for a predetermined interval.

8. A dog training device as recited in claim 4, in which said sound actuated means include means operable upon commencement of emission of said training sound to continue emission of the training sound for a predetermined interval and then terminate it.

9. A dog training device as recited in claim 4, in which said sound producing means include circuitry automatically operable upon cessation of the emission of said training sound by said sound producing means to prevent reactuation of said sound producing means and re-commencement of the training sound for an interval of time.

10. A dog training device as recited in claim 4, in which said sound producing means include an electrically energized sound emitter, solid state switching circuitry actuable by said sound actuated means to turn on said sound emitter, and an electrical timing circuit including a capacitor which commences to charge when said solid state switching circuitry turns the sound emitter on and which acts upon attainment of a predetermined charge in the capacitor to actuate said control circuitry to turn the sound emitter off.

11. A dog training device as recited in claim 10, in which said timing circuit acts after the sound emitter has been turned off to prevent re-energization of the sound emitter for an interval of time and until the charge on said capacitor has decayed to a predetermined level.

12. A dog training device as recited in claim 4, in which said sound actuated means include a microphone for producing an audio frequency signal when the dog barks, and circuitry responsive to said audio frequency signal to produce an essentially direct current output of extended duration as compared with the fluctuations of said audio frequency signal, said sound producing means being responsive to said essentially direct current signal to produce said training sound.

13. A dog training device as recited in claim 4, in which said sound actuated means include a microphone responsive to a barking sound, and amplifier for amplifying an audio frequency signal from said microphone, a capacitor, a solid state switching element responsive to initiation of an audio frequency signal from said amplifier to close a charging circuit to said capacitor, a second solid state switching element responsive to attainment of a predetermined charge in said capacitor to produce an essentially direct current signal of extended duration for controlling said sound producing means, said sound producing means including an electrically energized sound emitter, a solid state control circuit for said sound emitter responsive to commencement of said essentially direct current signal to energize the sound emitter and commence emission of said sound, an additional switching element, and a timing circuit including a capacitor connected to said second switching element to commence charging of the capacitor when said essentially direct current signal commences and acting upon attainment of a predetermined charge to actuate said additional switching element in a relation causing it to actuate said output control circuitry to turn off the sound emitter.

14. A dog training device as recited in claim 4, wherein said shocking means are operable to automatically shock the dog when he barks, and including timer means controlling the duration of said training sound and of said shock and giving the shock a shorter duration than the training sound.

15. A dog training device as recited in claim 4, wherein said sound producing means includes electrical buzzer means and said training sound is a high intensity sound audible to both humans and dogs.

16. A dog training device comprising:

a dog collar;

a case carried by said collar;

a microphone carried by said case responsive to barking of a dog wearing said device;

means operable by said microphone to produce a control signal if a barking sound continues for a predetermined interval;

sound producing means responsive to said signal to emit a predetermined characteristic sound for a timed interval each time the dog barks;

shocking terminals carried by said case for contacting and applying an electrical shock to the dog; and

circuitry operable in a predetermined active condition to respond to said signal and energize said shocking terminals on a first actuation of said sound producing means, and operable to automatically de-energize said shocking means for subsequent actuations of said sound producing means;

said circuitry including manually actuated reset means for selectively re-actuating said circuitry to said active condition, if necessary, from an inactive condition in which it will not respond to said signal and will not energize the shocking terminals when the dog barks.

17. A dog training device as recited in claim 16, in which said circuitry includes an oscillator for energizing said terminals, and a one-shot multivibrator operable by said signal to turn on said oscillator for a predetermined timed interval;

said reset means including a manually actuated reset switch, a flip-flop actuable from a first state to a second state by said reset switch, and a control switch actuable by the flip-flop to pass said signal to the multivibrator;

said multivibrator being actuable by said signal to return the flip-flop from said second state to said first state.

18. The method of training a dog that comprises:

attaching a training device to the dog'"'"'s neck;

causing said device to automatically emit a characteristic sound when the dog barks while the device is carried by the dog;

electrically shocking the dog by said device at approximately the time of the initial emission of said sound but not on subsequent emissions of said sound; and

selectively resetting said device, if necessary, to shock the dog on the next succeeding emission of said sound.