Training apparatus

Abstract

A training apparatus for an animal having a vest or halter adapted to be worn by the animal. IN one embodiment, three or more alert mechanisms (vibrators or sound generators) are embedded into the vest, over both shoulders and one on the chest. Through remote control, the alert mechanisms are selectively activated to direct the animal to go, turn left, turn right, or stop. In one embodiment, a distance measuring mechanism warns the animal of an impending wall or an impending drop-off.

Claims

1. A training apparatus for an animal comprising: a) a vest adapted to be worn by an animal; b) at least two remotely controlled alert mechanisms secured to the vest such that, when said vest is worn by the animal any of the at least two remotely controlled alert mechanisms are activated, they are sensed by the animal; and, c) an operator controlled remote control adapted to selectively activate at least one of the remotely controlled alert mechanisms.

2. The training apparatus for an animal according to claim 1, wherein the alert mechanisms emits as sound.

3. The training apparatus for an animal according to claim 1, wherein the alert mechanisms vibrate.

4. The training apparatus for an animal according to claim 1, further including a receiver secured to the vest and communicating with each of the at least two remotely controlled alert mechanism and wherein said receiver is responsive to a human voice.

5. The training apparatus for an animal according to claim 1, further including a receiver secured to the vest and communicating with each of the at least two remotely controlled alert mechanisms and wherein said receiver is responsive ultrasonic signals.

6. The training apparatus for an animal according to claim 1, a) further including: a receiver secured to the vest and communicating with each of the at least two remotely controlled alert mechanisms; and, b) wherein the operator controlled remote control is handheld and communicates with the receiver via radio waves.

7. The training apparatus for an animal according to claim 6, further including shoulder alert mechanisms which are positioned proximate to each of the animal's shoulder.

8. The training apparatus for an animal according to claim 7, further including a breast vibrator being one of the at least two remotely controlled alert mechanism and positioned on the vest such that when said vest is worn by the animal, the breast vibrator is proximal to a breast of the animal.

9. The training apparatus for an animal according to claim 8, further including an electronic distance measuring apparatus directed parallel to a path of the animal, said distance measuring apparatus activating the breast vibrator when the distance measuring apparatus indicates a distance less than a prescribed distance.

10. The training apparatus for an animal according to claim 8, further including an electronic distance measuring apparatus directed parallel and downward to a path of the animal, said distance measuring apparatus activating the breast vibrator when the distance measuring apparatus indicates a distance greater than a prescribed distance.

11. A training apparatus for an animal comprising: a) a halter adapted to be worn by an animal, said halter having two side vibrators, each side vibrator positioned proximal to ribs of the animal, a breast vibrator positioned proximal to a breast of the animal, and a tail vibrator positioned proximal to a tail of the animal, the shoulder vibrators, the breast vibrator, and the tail vibrator all being remotely activated; b) an operator controlled remote control mechanism adapted to selectively activate at least one of the vibrators in the halter.

12. The training apparatus for an animal according to claim 11, further including a receiver secured to the halter and communicating with each of the vibrators.

13. The training apparatus for an animal according to claim 12, wherein the halter further includes a distance measuring apparatus generating a signal indicative of a distance from the animal to a remote barrier, said distance measuring apparatus activating the breast vibrator when the distance measuring apparatus indicates a distance less than a prescribed distance.

14. The training apparatus for an animal according to claim 12, further including an electronic distance measuring apparatus targeting a location in front of a foot of the animal, said distance measuring apparatus activating the breast vibrator when the distance measuring apparatus indicates a distance greater than a prescribed distance.

15. A training apparatus for an animal comprising: a vest adapted to be worn over the shoulders of the animal and having two shoulder vibrators, each shoulder vibrator being proximal to a shoulder of the animal and a breast vibrator positioned proximal to a breast of the animal, the shoulder vibrators and the breast vibrator being remotely activated; and an operator controlled remote control adapted to selectively activate at least one of the remotely controlled vibrators.

16. The training apparatus for an animal according to claim 15, further including a receiver secured to the vest and communicating with each of the vibrators and wherein said receiver being responsive to a human voice.

17. The training apparatus for an animal according to claim 15, further including a receiver secured to the vest and communicating with each of the vibrators and wherein said receiver is responsive ultrasonic signals.

18. The training apparatus for an animal according to claim 15, a) further including a receiver secured to the vest and communicating with each of the vibrators; and, b) Wherein the operator controlled remote control is handheld and communicates with the receiver via radio waves.

Description

DRAWINGS IN BRIEF

[0029] FIGS. 1A and 1B illustrate the vest/harness on a dog.

[0030] FIGS. 2A, 2B, and 2C illustrate various techniques for controlling the vest/harness of FIGS. 1A and 1B.

[0031] FIGS. 3A and 3B illustrate the embodiment where a distance sensor is utilized on the vest/harness.

DRAWINGS IN DETAIL

[0032] FIGS. 1A and 1B illustrate the vest/harness on a dog. Dog 10 has vest 11. Vest 11, is equipped with a receiver 12 which selectively activates the vibrators 13A, 13B, 13C, 13D and 13E.

[0033] Commands for dog 10 include such activities as: [0034] GO: Vibrator 13D [0035] TURN LEFT: Vibrator 13E [0036] TURN RIGHT: Vibrator 13B [0037] STOP: Vibrator 13A [0038] LIE DOWN: Vibrator 13C

[0039] Although this arrangement is ideal for this embodiment, those of ordinary skill in the art readily recognize a variety of combinations.

[0040] Also, this embodiment utilizes five commands, Other embodiments can use two or more vibrators. In the case of two vibrators located on the ribs of the dog on opposing sides. In this embodiment, the commands to the dog are: [0041] GO: Left and right vibrators constantly activated [0042] TURN LEFT: Left Vibrator Constantly activated [0043] TURN RIGHT: Right Vibrator Constantly activated [0044] STOP: Left Vibrator and Right Vibrator alternately activated [0045] LIE DOWN: Left Vibrator and Right Vibrator simultaneously activated for short periods

[0046] FIGS. 2A, 2B, and 2C illustrate various techniques for controlling the vest/harness of FIGS. 1A and 1B.

[0047] FIG. 2A illustrates a Dog whistle 22 which emits an ultrasonic signal 21A when blown into 22. The receiver 12 is adapted to translate these signals to cause the appropriate vibrators to work as described.

[0048] In FIG. 2B, operator 20A issues voice command 21B or whistles which interact with receiver 12 to control the vibrators.

[0049] The handheld emitter 25 of FIG. 2C shows emitter being held by operator 20C. Operator 20B is able to manipulate the joy stick 24 which communicates via radio waves 21C to again interact with receiver 12 for the control of the animal.

[0050] In practice, the user purchases the package of receiver and transmitter. The receiver is placed onto vest 11. The transmitter is able to communicate with the receiver wirelessly.

[0051] FIGS. 3A and 3B illustrate the embodiment where a distance sensor is utilized on the vest/harness.

[0052] The embodiment of FIG. 3A is designed to assist the animal in navigating around walls and other obstacles. Dog 30A has vest 31A which supports a distance sensor 32A. The distance sensor sends out signals substantially in line with the dog's heading and parallel with the ground. The distance sensor looks are the reflections 35A to determine the distance to wall 33A. When the distance becomes too small, indicating a barrier in near proximity, vibrator 34A to alerts the animal to avoid the barrier.

[0053] In this embodiment, a beeper or sound generator may be used in lieu of a vibrator 34A.

[0054] The animal of FIG. 3B uses a vest with the distance sensor 32B pointing downward 35B. When the distance increases dramatically, vibrator 34B is activated warning the dog of an impending step or a cliff.

[0055] It is clear that the present invention provides a mechanism which assists in the training of animals and especially handicapped animals.