JPH02308737A - Device for automatically training pet - Google Patents

Abstract

PURPOSE:To make it possible to automatically control the behavior so that animal pets do not go out of a definite area by providing a transmitting device, receiving device and high voltage generating means and combining them so as to carry out specific action. CONSTITUTION:A transmitting device 1 has structure installed in a room and receiving device 2 and high voltage generating means 3 have structure attached to pet, etc., e.g. structure attached to the collar of pet, etc. When the pet, etc., to which receiving device 2 having a specific code and high voltage generating means 3 are attached goes out of an area 4 capable of transmitting and receiving and set by transmitting output of transmitting device 1 and receiving sensitivity of receiving device 2 installed in a room, etc., electric shock is intermittently given to a pet, etc., by a high voltage generating means 3 to prompt returning to the area 4. When the pet, etc., returns to the area 4, electric shock is stopped. The pet, etc., is always kept in the area 4 without going out of a boundary A by repeating the above-mentioned training.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to an automatic pet training device for automatically regulating the behavior of animals such as pets so that they do not leave a certain area. .

[Prior Art] Conventionally, the only way to restrict the behavior of animals such as pets so that they do not leave a certain area is to chain them or put them in a cage. Practical ways to do this However, when pets are chained or caged, the chains become tangled or the cage gets in the way, creating obstacles to the pet's relatively free movement. There was a problem that it caused stress such as

[Means for Solving the Problems] Therefore, in order to solve the above-mentioned problems, the present invention provides a method for keeping pets, etc., at a certain level of P To provide a device that automatically trains a dog to stay within a certain area.

That is, the present invention attempts to train animals by making good use of conditioned reflexes that are a habit of animals. a transmitting device having a transmitting means for transmitting a constant output, a receiving means attached to an animal such as a pet and having an adjustable reception sensitivity for receiving and detecting and amplifying radio waves of a specific code signal from the transmitting device; a receiving device having a specific code comparing means capable of receiving an output and outputting a matching signal only when the output matches the registered code; and a commanding means capable of outputting a command signal only when the matching signal does not exist; and a high voltage generating means that is attached to an animal and receives the output of the receiving device and generates a high voltage for applying an electric shock to the animal in response to the command signal.

[For production] In the automatic training device for pets etc. based on the present invention.

A receiving device and high voltage generating means that receive radio waves of a specific code signal transmitted from the transmitting device from a transmitting/receiving area centered on the transmitting device installed indoors etc. and transmitting radio waves of the specific code signal at a constant output. If the attached pet etc. comes out, this receiving device will not be able to receive the specific food signal radio waves from the transmitting device. At this time, the high voltage generating means connected to the receiving device will give an electric shock to the pet etc. Give it intermittently. By repeating this, the pet will learn and automatically be trained not to go out of the transmitting/receiving area due to conditioned reflexes, and ultimately it will not come out of the area even without these transmitting/receiving devices. It is something.

[Example] Embodiments of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 is a perspective view showing the main part configuration for explaining a system for automatically training a pet shade using a device based on the present invention. The receiving device 2 and the high voltage generating means 3 have a structure that can be attached to a pet or the like, for example, a structure that can be attached to a collar or chest strap, or a structure that is integrated into the pet.

A pet or the like to which the receiving device 2 and high voltage generating means 3 corresponding to the transmitting device I, that is, having a specific code, are attached receives the transmission output of the transmitting device I, which is centered on the transmitting device I installed indoors, etc. When leaving the transmitting/receiving area 4 set by the receiving sensitivity of the receiving device 2, (
(Since the match signal is no longer output), the high voltage generating means 3 should intermittently give electric shocks to the pet, etc. ・Encourage the pet etc. to return to the area 4, and force the pet, etc. (
When you return to area 4, this electric screen 3. Stop Tsuku. By repeating this training, the pet etc. will always stay within the area 4 without going outside to the boundary.

FIG. 2 is a block diagram showing the configuration of the main parts of the transmitting device l shown in FIG. has been done.

The transmitting means 6 includes a high frequency oscillation circuit 9, a modulation circuit 10, a high frequency amplification circuit 11, and a transmitting antenna 12. All these circuits are powered by the battery 7 by closing the switch 8.

FIG. 3 is a block diagram showing the main structure of the receiving device 2 and high voltage generating means 3 shown in FIG. 1. Receiving device 2
includes a receiving means 13, a specific code comparing means 14, a command means 15 consisting of a control circuit, a battery 16, and a switch 17.
It is composed of.

The receiving means 13 includes a receiving antenna 18 and a high frequency amplification circuit 1.
9, a sensitivity adjustment circuit 20, a demodulation circuit 21, a low frequency amplification 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 surface 7u pressure generating circuit 26 and an electrode 27. All these circuits are connected to the switch 1
By closing 7, power is supplied from the battery 16.

The second step is to explain its operation through training.

2. The switch 8 of the transmitting device 1 is closed. 2. The high frequency oscillation circuit 9, which is a component of the transmitting means 6, oscillates a high frequency signal, and the modulating circuit 10 generates a specific code generation circuit as ζ specific code generating means. It is modulated with a specific code signal from layer 5, amplified by high frequency amplifier circuit II, and transmitted as 11 waves by a transmitting antenna.

As a result, if the switch 17 of the receiving device 2 is set to the idle state, when the pet to which the receiving device 2 and the high voltage generator 1 stage 3 are attached is in the transmitting/receiving area 4, the radio waves transmitted by the transmitting device 1 will be transmitted. It is received by the receiving antenna (which is a component of b1 receiving means 3) 8, is filtered by the high frequency amplification circuit 19, demodulated by the demodulation circuit 21, amplified by the low frequency add-on circuit 22, and shaped by the waveform shaping circuit 23. Ru. Note that the sensitivity adjustment circuit 20 is connected to the high frequency amplification circuit 19, and by operating this, the reception sensitivity can be adjusted. Receiving the waveform-shaped signal,
A specific code comparison circuit 25, which is a component of the specific code comparing means 14, compares the signal with the signal from the specific code registration circuit 24, and if they match, outputs a matching signal to the control circuit I5 as a commanding means.

As a result, only when this match signal is received, a stop signal is sent from the control circuit 15 to the high voltage generation line 26, which is a component of the high voltage generation means 3, to stop the generation of high voltage, and the electrode 27 The battery does not output high voltage, and pets cannot be exposed to electricity.

Next, when the receiving device 2 and the high voltage generating means 3 are removed and the attached bed, etc. goes outside the boundary equation of the transmitting/receiving area 4, the receiving sensitivity adjusted by the sensitivity adjusting circuit 2o will be exceeded. , the radio waves transmitted by the transmitting device 1) are no longer received by the receiving device 2, and the matching signal is not output to the control circuit 15 as a command means.

This allows the control circuit to operate only when there is no matching signal! 5
An output signal for generating a high voltage is intermittently sent from the electrode 27 to the high voltage generating circuit 26, which is a component of the high voltage generating means 3, and a high voltage is output from the electrode 27, giving an electric shock to a pet or the like.
If the pet etc. intermittently gives ivy to the pet etc. to encourage it to return to the area 4, and the pet etc. returns to the area 4, the radio waves transmitted by the transmitting device 1 are received by the receiving device 2, and the pet etc. The electric shock is stopped by circuit operation. By repeating this, the pet or the like will be automatically trained to stay within the area 4 at all times without going outside to the boundary.

Further, the specific code signal is used not only to generate radio waves that are difficult to exist in the natural world through simple modulation, but also to identify pets of different stages. That is, when a dog and a cat are kept in a separate house, there is no need to distinguish between them using a specific code signal, so they can be trained together by applying simple modulation. However, since it is necessary to distinguish the pet from a neighbor's pet, etc., it is possible to identify the pet by modulating it into a recited code using a specific code signal.

The device based on the present invention can be used in the following applications in addition to the applications in the above embodiments.

2 1) To prevent wild animals such as zoos from harming humans, confine them to certain areas.

2) Restrain animals such as pets to certain areas to prevent them from approaching dangerous areas.

3) Furthermore, the present invention can also be used for livestock such as cattle, horses, or sheep, and in this case, by using antennas with strong directivity, it is possible to cover the entire area even in places such as ranches. In addition, since grazing of cattle and horses is limited to daytime hours, using a collar (solar belt) with an embedded solar 71 pond not only eliminates the need to replace the 1U pond, but also allows for a more compact receiving device. can be manufactured.

Furthermore, other embodiments of the present invention may be constructed by partially changing the embodiments described above.

That is, by using a function that inverts the output of the command signal corresponding to the output of the matching signal, it can also be used for the following purposes.

4) To prevent wild animals in zoos from harming humans, prevent wild animals from coming closer than a certain distance to humans.

5) Prevent animals such as pets from coming closer than a certain distance to the danger area.

Note that the embodiments based on the present invention are not limited to the above-described embodiments, and various configurations may be implemented within the scope of the gist of the present invention.

[Effects of the Invention] As described above, according to the present invention, by installing the front R4 transmitting device indoors and attaching the receiving device and the high voltage generating means to the animal such as a pet, the pet can be relatively free. It is possible to automatically train a pet not to leave a certain area while allowing the pet a certain degree of freedom without using chains or cages to restrict its behavior.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing the main part configuration for explaining the automatic pet training system using the device based on the present invention, and FIG. 2 is the main part structure of the transmitting device shown in FIG. 1. FIG. 3 is a block diagram showing the main part configuration of the receiving device shown in FIG. 1. ! ... Transmitting device, 2... Receiving device, 3... High voltage generating means, Death... Specific code generating means, 6... Transmitting means, [3
...Receiving means, 14...Specific code comparison means, 15
・・・Commanding means, Patent applicant: Nishin Co., Ltd. Figure 2, Figure 11i1

Claims (1)

[Scope of Claims] A transmitting device comprising a specific code generating means for generating a specific code signal and a transmitting means for transmitting radio waves of the specific code signal generated by the specific code generating means at a constant output, and an animal such as a pet. a receiving means with adjustable receiving sensitivity for receiving and detecting and amplifying radio waves of a specific code signal from the transmitting device; 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 specific code comparing means and a commanding means for outputting a command signal only when the matching signal is not present; An automatic pet training device comprising: high voltage generating means for generating high voltage for applying an electric shock to a pet.