JP2610189B2 - Pet automatic training device - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic pet training apparatus for automatically regulating the behavior of animals such as pets so that the animals do not leave a certain area. .

[Prior art] Conventionally, as a method for regulating the behavior of animals such as pets so that they do not leave a certain area, there is no other means than chaining or putting them in a cage. There was no practical way to do this.

[Problems to be Solved by the Invention] However, when a pet or the like is connected by a chain or put in a cage, the pet becomes hampered by relatively free behavior such as the chain being entangled or the cage being obstructed. There is a problem that it causes stress such as.

[Means for Solving the Problems] In order to solve the above problems, the present invention allows pets and the like to be free to some extent without using chains or cages that bind relatively free actions of the pets and the like. Another object of the present invention is to provide a device for automatically training so as not to leave a certain area.

That is, the present invention seeks to train by making good use of the conditioned reflection, which is the habit of an animal, a specific code generating means for generating a specific code signal, and a radio wave of the specific code signal generated by the specific code generating means. A transmitting device having transmitting means for transmitting a fixed output, a receiving means which is attached to an animal such as a pet and which can receive a radio wave of a specific code signal from the transmitting device and detects and amplifies the receiving sensitivity; and A receiving device having specific code comparing means that can receive an output and output a match signal only when the output and the registered code match, and command means that can output a command signal only when the match signal does not exist; Upon receiving an output of the receiving device attached to an animal, generating a high voltage for applying an electric shock to the animal in response to the command signal. It is constituted by a voltage generating means.

[Action] In the automatic training apparatus for pets and the like according to the present invention, the identification transmitted from this transmission apparatus from a transmission / reception area centered on the transmission apparatus installed in a room or the like and transmitting the radio wave of the specific code signal at a constant output. If a receiving device that receives the radio wave of the code signal and a pet or the like to which the high-voltage generating unit is attached come out, the receiving device cannot receive the radio wave of the specific code signal from the transmitting device. At this time, the electric shock is intermittently applied to the pet or the like by the high voltage generating means connected to the receiving device. By repeating this,
Pets and the like are trained automatically and trained so as not to go out of the transmit / receive area due to conditional reflection, and ultimately do not go out of the area without these transmitter / receivers.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

FIG. 1 is a perspective view showing a main part configuration for explaining a system for automatic training of a pet or the like using a device according to the present invention, and a transmitting device 1 has a structure arranged in a room or the like. The receiving device 2 and the high-voltage generating means 3 have a structure attached to a pet or the like, for example, a structure attached to a collar, a sternum, or the like, or a structure integrally incorporated.

The transmission output of the transmission device 1 centering on the transmission device 1 placed in a room or the like is a pet or the like corresponding to the transmission device 1, that is, the reception device 2 having a specific code and the high-voltage generating means 3 attached thereto. When the vehicle exits the transmit / receive area 4 set by the reception sensitivity of the receiver 2 and
High voltage generating means 3 (because no match signal is output)
Thus, the electric shock is intermittently given to the pet or the like to urge the pet or the like to return to the area 4. When the pet or the like returns to the area 4, the electric shock is stopped. By repeating this training, the pet or the like always stays in the area 4 without going out of the boundary A.

FIG. 2 is a block diagram showing a main configuration of the transmitting device 1 shown in FIG. 1, comprising a specific code generating means 5, a transmitting means 6, a battery 7, and a switch 8 comprising a specific code generating circuit. Have been. The transmitting means 6 includes a high-frequency oscillating circuit 9, a modulation circuit 10, a high-frequency amplifying circuit 11, and a transmitting antenna 12. All of these circuits are supplied with power from the battery 7 by closing the switch 8.

FIG. 3 is a block diagram showing a main configuration of the receiving device 2 and the high-voltage generating means 3 shown in FIG. The receiving device 2 includes a receiving unit 13, a specific code comparing unit 14, a command unit 15 including a control circuit, a battery 16, and a switch 17. The receiving means 13 includes a receiving antenna 18, a high-frequency amplifier circuit 19, a sensitivity adjustment circuit 20, a demodulation circuit 21, a low-frequency amplifier circuit 22, and a waveform shaping circuit 23. The specific code comparison means 14 includes a specific code registration circuit 24 and a specific code comparison circuit 25. The high voltage generating means 3 includes a high voltage generating circuit 26 and an electrode 27. All of these circuits are powered by the battery 16 by closing the switch 17.

 The operation of the above configuration will be described.

When the switch 8 of the transmitting device 1 is closed, a high-frequency signal is oscillated by a high-frequency oscillating circuit 9 which is a component of the transmitting means 6, and a modulation signal is output from a specific code generating circuit 5 as a specific code generating means by a modulation circuit 10. , And amplified by the high-frequency amplifier circuit 11, and transmitted as radio waves by the transmission antenna.

Accordingly, if the switch 17 of the receiving device 2 is in the closed state, the radio wave transmitted by the transmitting device 1 is transmitted when the pet having the receiving device 2 and the high-voltage generating means 3 is in the transmission / reception area 4. The signal is received by a receiving antenna 18, which is a component of the receiving means 13, amplified by a high-frequency amplifier circuit 19, demodulated by a demodulation circuit 21, amplified by a low-frequency amplifier circuit 22, and shaped by a waveform shaping circuit 23. The sensitivity adjustment circuit 20 is connected to the high-frequency amplification circuit 19, and the reception sensitivity can be adjusted by operating this.
Specific code comparing means for receiving the waveform-shaped signal
When a specific code comparison circuit 25, which is a component of 14, matches with a signal from the specific code registration circuit 24 and matches,
The matching signal is output to the control circuit 15 as the command means.

As a result, a stop signal for stopping the generation of high voltage is sent from the control circuit 15 to the high voltage generation circuit 26 which is a component of the high voltage generation means 3 only when the match signal is received, and the high voltage is output from the electrode 27. No voltage is output, and no electric shock is given to pets or the like.

Next, when the pet or the like to which the receiving device 2 and the high-voltage generating means 3 are attached goes out of the boundary A of the transceivable area 4, the receiving sensitivity becomes outside the receiving sensitivity adjusted by the sensitivity adjusting circuit 20. Are no longer received by the receiving device 2, and the matching signal is not output to the control circuit 15 as the command means.

This allows the control circuit 15 to operate only when there is no match signal.
High voltage generating circuit which is a component of high voltage generating means 3
An output signal that generates a high voltage is intermittently sent to 26
A high voltage is output from 27, an intermittent electric shock is applied to the pet or the like to urge the pet or the like to return to the area 4, and when the pet or the like returns to the area 4, the pet is transmitted by the transmitting device 1. The received radio wave is received by the receiving device 2, and the electric shock is stopped by the circuit operation. By repeating this, the pet etc.
The trainee is automatically trained so that he / she always stays in the area 4 without going outside.

Further, the specific code signal is used not only to make a radio wave which is hardly present in the natural world subjected to simple modulation, but also to identify a plurality of pets and the like. That is, when a dog and a cat are kept in one house, it is not necessary to distinguish between the dog and the cat by the specific code signal, so that it is possible to perform training together with a simple modulation. However, since it is necessary to distinguish from a neighboring pet or the like, it can be identified by modulating it to a coded memory with a specific code signal.

The device according to the present invention can be used for the following applications in addition to the application in the above embodiment.

1) Tighten beasts to a certain area so that they will not harm humans.

2) Keep animals such as pets in a certain area so that they do not approach the danger area.

3) Furthermore, the present invention can be widely used for livestock such as cattle, horses, and sheep. In this case, the use of an antenna having enhanced directivity enables the entire area to be covered even in a place such as a ranch. it can. Also, grazing of cows and horses is limited during the daytime, so if a collar (solar belt) with embedded solar cells is used, it is not only unnecessary to replace batteries, but also to manufacture a receiver that can be made more compact. it can.

As another embodiment of the present invention, a part of the above embodiment may be modified.

That is, by using the function of inverting the output of the command signal corresponding to the match signal output, it can be used for the following applications.

4) To prevent the beasts at the zoo and the like from harming humans, keep the beasts away from humans beyond a certain distance.

5) Keep animals such as pets away from the danger zone by more than a certain distance.

It should be noted that the embodiment based on the present invention is not limited to only the above-described embodiment, and various configurations can be embodied within the scope of the present invention.

[Effects of the Invention] As described above, according to the present invention, the transmission device is disposed indoors, and the reception device and the high-voltage generating means are attached to an animal such as a pet, so that the pet can behave relatively freely. Without using a chain or cage to restrain the pet, the pet can be trained automatically so that the pet does not go out of a certain area while being free to some extent.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a main part configuration for explaining a system for automatic pet training using a device according to the present invention, and FIG. 2 is a main part configuration of the transmitting device shown in FIG. FIG. 3 is a block diagram showing a main configuration of the receiving apparatus shown in FIG. DESCRIPTION OF SYMBOLS 1 ... Transmitting device, 2 ... Receiving device, 3 ... High voltage generating means, 5 ... Specific code generating means, 6 ... Transmitting means, 13 ... Transmitting means, 14 ... Specific code comparing means, 15 ... … Command means,

Claims (1)

(57) [Claims] A transmitting device comprising: a specific code generating means for generating a specific code signal; a transmitting means for transmitting a radio wave of the specific code signal generated by the specific code generating means at a constant output; An attached receiving means for receiving and adjusting the receiving sensitivity for receiving and detecting and amplifying the radio wave of the specific code signal from the transmitting apparatus, and receiving the output of the receiving means and outputting a matching signal only when the output matches the registered code. A receiving device comprising a code comparing means and a command means for outputting a command signal only when there is no matching signal; and an output signal from the receiving device attached to an animal such as a pet in response to the command signal. An automatic pet training apparatus, comprising: a high voltage generating means for generating a high voltage for giving an electric shock.