WO2022062151A1

WO2022062151A1 - Barking stop controller for pet training

Info

Publication number: WO2022062151A1
Application number: PCT/CN2020/131279
Authority: WO
Inventors: 莫熙健
Original assignee: 莫熙健
Priority date: 2020-09-27
Filing date: 2020-11-25
Publication date: 2022-03-31
Also published as: CN213992076U

Abstract

A barking stop controller for pet training, comprising a remote controller (1) and a receiver (2); the remote controller (1) comprises a remote controller MCU (11), a high-frequency signal transceiving bidirectional module (12), an automatic and remote control changeover switch (15), a button set (13), a display drive circuit (14) and a power supply circuit, the remote controller MCU (11) respectively controlling the high-frequency signal transceiving bidirectional module (12), the automatic remote control changeover switch (15), the button set (13) and the display drive circuit (14); and the receiver (2) comprises a receiver MCU (21), a pickup amplification circuit (22), a high-frequency signal transceiving bidirectional module (23), a flyback transformer drive circuit (25), a vibration motor drive circuit (26), a buzzer drive circuit (27), a button circuit (28), and a power supply circuit, the receiver MCU (21) respectively controlling the pickup amplification circuit (22), the high-frequency signal transceiving bidirectional module (23), the flyback transformer drive circuit (25), the vibration motor drive circuit (26), the buzzer drive circuit (27) and the button circuit (28). The barking stop controller for pet training has various functions, is flexible to operate, has high safety, and has a good training effect.

Description

A pet training bark stop controller

technical field

The utility model relates to the field of electronic technology, in particular to a pet training bark stop controller.

Background technique

Among the existing pet training collars with remote control training function and pet training collars with automatic barking function, others are sold as two independent products. That is to say, pet training collars with remote control training function are sold as one product , The pet collar with automatic barking function is sold as another product.

When the pet owner wants to train the dog to change its bad behavior (such as rushing when walking the dog, scratching the sofa, etc.), he needs to buy a set of pet training collar with remote control training function, and wear the collar on the Put it on the dog's neck, and then use the remote control to send some commands such as sound, vibration, and electric shock when training the dog to help train the dog to develop good behavior habits.

When pet owners are not at home, dogs sometimes bark for no apparent reason. At this time, pet owners need to buy another pet training collar with automatic barking function to wear on the dog. When the dog barks, the pet training collar with automatic barking function will send some commands such as Sound, vibration, electric shock function, let the dog realize that his barking will be punished and stop barking.

In this way, pet owners need to wear two sets of devices around the dog's neck or frequently change the devices, which is very inconvenient.

Chinese patent application number: 201320256805.3, application date: May 13, 2013, publication date: December 11, 2013, the patent name is: pet trainer, the utility model discloses a pet trainer, including a launching unit , is provided with a transmitter, the transmitter generates a transmission signal; a receiving unit is provided with a receiving end to receive the transmitted signal; a processing unit is arranged in the receiving unit and is electrically connected with the receiving end; a warning unit is arranged in the receiving end The inside of the unit is electrically connected with the processing unit; the power-saving sensor is arranged in the receiving unit and is electrically connected between the processing unit and a power unit; a ring has a receiving unit at a predetermined position. The power-saving sensor is a vibration sensor, which provides discriminating data to the processing unit, so that the processing unit can perform power-on and power-off actions; the transmitting unit is a portable predetermined shape with a sticky body, which can be arbitrarily installed in each The place becomes a restricted area for pets; the receiving unit is located at a predetermined position on the collar, which can generate warning sounds and electric shocks. When the receiving unit enters the restricted area for pets and receives the signal from the transmitting unit, it will prevent pets from entering the restricted area.

Although the above-mentioned patent documents disclose a pet trainer, the pet trainer has a low degree of automation, poor training effect, low reliability and low functionality.

Utility model content

In view of this, the utility model is to provide a pet training bark stop controller with various functions, flexible operation, high safety and good training effect.

In order to realize the purpose of the present utility model, the following technical solutions can be adopted:

A pet training anti-barking controller, comprising a remote control for transmitting control signals; a receiver for receiving control signals;

The remote control includes a remote control main control MCU, a two-way module for sending and receiving high-frequency signals; an automatic remote control switch, a key group, a display drive circuit, and a power supply circuit; the remote control main control MCU is used to control and analyze information; Frequency signal transceiver two-way module, used to transmit/receive signals; the automatic remote control switch, used for automatic control or remote control conversion; the button group, used to input control instructions; the display drive circuit, used to control the display information;

The remote control main control MCU respectively controls the high-frequency signal transceiver bidirectional module, the automatic remote control switch, the key group, and the display drive circuit; the power supply circuit provides power to the remote control main control MCU;

The receiver includes a receiver main control MCU, a pickup amplifier circuit, a high-frequency signal transceiver bidirectional module, a high-voltage packet drive circuit, a vibration motor drive circuit, a buzzer drive circuit, a button circuit, and a power supply circuit;

The receiver main control MCU is used to control analysis information; the high-frequency signal transceiver bidirectional module is used to transmit/receive signals; the pickup amplifier circuit is used to reduce noise and amplify the signal; the high-voltage packet drive circuit is used for used to drive the output voltage; the vibration motor drive circuit is used to drive the vibration motor; the buzzer drive circuit is used to drive the buzzer signal; the button circuit is used to input control commands;

The receiver main control MCU controls the pickup amplifying circuit, the high-frequency signal sending and receiving bidirectional module, the high voltage packet driving circuit, the vibration motor driving circuit, the buzzer driving circuit and the button circuit respectively; the power supply circuit respectively controls the receiver main control MCU. and high voltage package driver circuit to provide power.

The main control MCU of the remote controller is a single-chip microcomputer whose model is 8051 or 8031.

The remote control main control MCU includes an electric shock lock switch or a display backlight drive circuit.

The display driving circuit includes an LCD display screen.

The remote control power supply circuit includes a lithium battery, a voltage regulator circuit, a charging protection circuit, and a power detection circuit; the charging protection circuit respectively charges the lithium battery and the power detection circuit; Detection, the lithium battery provides power to the remote control MCU through a voltage regulator circuit.

The receiver main control MCU is a single-chip microcomputer whose model is 8051 or 8031.

The receiver main control MCU also includes a sensitivity control potentiometer, and the sensitivity controller is used to control the clutter signal.

The high-voltage package driving circuit includes a high-voltage package signal circuit; the vibration motor driving circuit includes a vibration motor; and the buzzer driving circuit includes a buzzer.

The receiver main control MCU includes a power detection circuit, and the power detection circuit performs power detection on the receiver main control MCU.

The power supply circuit includes a lithium battery, a voltage regulator circuit, and a charging protection circuit; the charging protection circuit respectively charges the lithium battery and the power detection circuit; power supply.

The beneficial effects of the present utility model are: 1) the utility model controls pet training and barking through a remote controller and a receiver, with various functions, more flexible operation, and more convenient control; 2) the utility model has good training effect and is safe and reliable to use; 3) The utility model has a high degree of control automation, greatly reduces the purchase cost, and is suitable for general promotion.

Description of drawings

1 is a block diagram of a remote controller circuit of a pet training anti-barking controller according to an embodiment of the present utility model;

FIG. 2 is a block diagram of a receiver circuit of a pet training anti-barking controller according to an embodiment of the present invention.

detailed description

The utility model will be described in further detail below in conjunction with the accompanying drawings and the embodiments of the utility model.

Example 1

Referring to Fig. 1 and Fig. 2, this kind of pet training anti-barking controller includes a remote controller 1, which is used for transmitting control signals; a receiver 2, which is used for receiving control signals;

The remote control 1 includes a remote control main control MCU11, a high-frequency signal transceiver bidirectional module 12; an automatic remote control switch 15, a key group 13, a display drive circuit 14, and a power supply circuit; the remote control main control MCU11 is used for control analysis information; the high-frequency signal transceiver bidirectional module 12 is used to transmit/receive signals; the automatic remote control switch 14 is used for automatic control or remote control conversion; the button group is used to input control instructions; the display The drive circuit is used to control the display information;

The remote control main control MCU11 respectively controls the high-frequency signal transceiver bidirectional module 12, the automatic remote control switch 15, the key group 13, and the display drive circuit 14; the power supply circuit provides power to the remote control main control MCU11;

The receiver 2 includes a receiver main control MCU21, a pickup amplifier circuit 22, a high-frequency signal transceiver bidirectional module 23, a high-voltage packet drive circuit 25, a vibration motor drive circuit 26, a buzzer drive circuit 27, a button circuit 28, and a power supply circuit. ;

The receiver main control MCU 21 is used to control analysis information; the high-frequency signal transceiver bidirectional module 23 is used to transmit/receive signals; the pickup amplifier circuit 22 is used to reduce noise and amplify signals; the high-voltage packet drive circuit 25, for driving the output voltage; the vibration motor driving circuit 26, for driving the vibration motor; the buzzer driving circuit 27, for driving the buzzer signal; the button circuit 28, for inputting control commands ;

The receiver main control MCU21 controls the pickup amplifier circuit 22, the high-frequency signal transceiver bidirectional module 23, the high-voltage packet drive circuit 25, the vibration motor drive circuit 26, the buzzer drive circuit 27, and the button circuit 28 respectively; Power is supplied to the receiver main control MCU 21 and the high voltage packet drive circuit 25 .

In this embodiment, preferably, the remote controller main control MCU11 is a single-chip microcomputer whose model is 8051 or 8031.

In this embodiment, preferably, the receiver main control MCU21 is a single-chip microcomputer whose model is 8051 or 8031.

Example 2

Referring to FIG. 1 , the difference from the above-mentioned embodiment is that the remote control main control MCU 11 includes an electric shock lock switch 16 or a display backlight driving circuit 17 .

The electric shock lock switch 16 can be controlled by the remote control main control MCU11 to perform electric shock lock control on the dog;

The display backlight driving circuit 17 controls the display backlight display through the remote controller main control MCU11.

In this embodiment, preferably, the display driving circuit 14 includes an LCD display screen 141 .

The remote control power supply circuit includes a lithium battery 18, a voltage regulator circuit 181, a charging protection circuit 182, and a power detection circuit 183; the charging protection circuit 182 charges the lithium battery 18 and the power detection circuit 183 respectively; the power detection circuit 183 The power detection is performed on the main control MCU11 of the remote control, and the lithium battery 18 provides power to the remote control MCU11 through the voltage regulator circuit 181 .

Preferably, the lithium battery 18 is a 3.7V lithium battery; the voltage regulator circuit 181 is a 3.3V voltage regulator circuit;

Further, preferably, the lithium battery 18 provides power to the remote controller MCU11 through the voltage regulator circuit 181 . An indicator light group 184 is arranged between the voltage regulator circuit 181 and the remote control main control MCU11; when the power is turned on, the indicator light group 184 lights up; if the power supply is not turned on, the indicator light group 184 does not light up and turns on to indicate the reminder function.

Example 3

Referring to FIG. 2 , the difference from the above embodiment is that the receiver main control MCU 21 further includes a sensitivity control potentiometer 24 , and the sensitivity controller 24 is used to control clutter signals to prevent clutter interference.

In this embodiment, the pickup amplifying circuit 22 further includes a buzzer pickup 221 .

In this embodiment, the high-voltage pack driving circuit 25 includes a high-voltage pack signal circuit 251 ; the vibration motor driving circuit 26 includes a vibration motor 261 ; the buzzer driving circuit 27 includes a buzzer 271 .

The receiver main control MCU 21 includes a power detection circuit 30 , and the power detection circuit 30 performs power detection on the receiver main control MCU 21 .

The power supply circuit includes a lithium battery 29, a voltage regulator circuit 291, and a charging protection circuit 292; the charging protection circuit 292 charges the lithium battery 29 and the power detection circuit 30 respectively; The controller MCU21 and the high voltage packet drive circuit 25 provide power.

Preferably, the lithium battery 29 is a 3.7V lithium battery; the voltage regulator circuit 291 is a 3.3V voltage regulator circuit;

Further, preferably, the lithium battery 29 supplies power to the receiver MCU 21 and the high-voltage packet driving circuit 25 respectively through the voltage regulator circuit 291 . An indicator light group 31 is arranged between the voltage regulator circuit 291 and the receiver main control MCU21; when the power is turned on, the indicator light group 31 lights up; if the power supply is not turned on, the indicator light group 31 does not light up and turns on to indicate the reminder function.

The utility model combines the functions of the existing pet training collar with remote control training function and the pet training collar with automatic barking function into one collar. Switch the mode by one button on the remote control, and the collar receives the command from the remote control to determine whether it is currently in remote control training mode or automatic bark stop mode. It is simple and convenient to operate.

When the pet owner needs to train the dog, the training operation can be performed after matching the code with the remote control and the collar;

When the pet owner leaves the house, he only needs to switch to the automatic bark stop function mode through a button on the remote control, and the dog's barking will trigger the collar on the neck to send some commands such as sound, vibration, electric shock function, etc. Dogs realize that their barking takes some punishment to stop barking.

In addition, the high-frequency signal transceiver module we use, when the dog runs out of the maximum range that can be remotely controlled, the pet owner will see the content on the display screen when using the remote control to send a command to call back the dog, the signal is lost. Remind the pet owner that the dog has run out of the remote control range, so that the pet owner can retrieve the dog as soon as possible.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention.

Claims

A pet training anti-barking controller, characterized in that it comprises a remote controller, which is used for transmitting control signals; a receiver, which is used for receiving control signals;

The remote control includes a remote control main control MCU, a two-way module for sending and receiving high-frequency signals; an automatic remote control switch, a key group, a display drive circuit, and a power supply circuit; the remote control main control MCU is used to control and analyze information; Frequency signal transceiver two-way module, used to transmit/receive signals; the automatic remote control switch, used for automatic control or remote control conversion; the button group, used to input control instructions; the display drive circuit, used to control the display information;

The remote control main control MCU respectively controls the high-frequency signal transceiver bidirectional module, the automatic remote control switch, the key group, and the display drive circuit; the power supply circuit provides power to the remote control main control MCU;

The receiver includes a receiver main control MCU, a pickup amplifier circuit, a high-frequency signal transceiver bidirectional module, a high-voltage packet drive circuit, a vibration motor drive circuit, a buzzer drive circuit, a button circuit, and a power supply circuit;

The receiver main control MCU is used to control analysis information; the high-frequency signal transceiver bidirectional module is used to transmit/receive signals; the pickup amplifier circuit is used to reduce noise and amplify the signal; the high-voltage packet drive circuit is used for used to drive the output voltage; the vibration motor drive circuit is used to drive the vibration motor; the buzzer drive circuit is used to drive the buzzer signal; the button circuit is used to input control commands;

The receiver main control MCU controls the pickup amplifying circuit, the high-frequency signal sending and receiving bidirectional module, the high voltage packet driving circuit, the vibration motor driving circuit, the buzzer driving circuit and the button circuit respectively; the power supply circuit respectively controls the receiver main control MCU. and high voltage package driver circuit to provide power.
The pet training anti-barking controller according to claim 1, wherein the main control MCU of the remote controller is a single-chip microcomputer whose model is 8051 or 8031.
The pet training anti-barking controller according to claim 1 or 2, wherein the remote controller main control MCU comprises an electric shock lock switch or a display backlight drive circuit.
A pet training anti-barking controller according to claim 3, characterized in that: the display driving circuit comprises an LCD display screen.
A pet training anti-barking controller according to claim 1, characterized in that: the power supply circuit of the remote control comprises a lithium battery, a voltage regulator circuit, a charging protection circuit, and a power detection circuit; The battery is charged with the power detection circuit; the power detection circuit performs power detection on the main control MCU of the remote control, and the lithium battery provides power to the remote control MCU through the voltage regulator circuit.
The pet training anti-barking controller according to claim 1, wherein the receiver main control MCU is a single-chip microcomputer whose model is 8051 or 8031.
The pet training anti-barking controller according to claim 1 or 6, wherein the receiver main control MCU further comprises a sensitivity control potentiometer, and the sensitivity controller is used to control the clutter signal.
The pet training anti-barking controller according to claim 7, wherein: the high-voltage pack driving circuit comprises a high-voltage pack signal circuit; the vibration motor driving circuit comprises a vibration motor; the buzzer driving circuit comprises a buzzer buzzer.
The pet training anti-barking controller according to claim 1, wherein the receiver main control MCU includes a power detection circuit, and the power detection circuit performs power detection on the receiver main control MCU.
A pet training anti-barking controller according to claim 9, characterized in that: the power supply circuit comprises a lithium battery, a voltage regulator circuit, and a charging protection circuit; the charging protection circuit respectively charges the lithium battery and the power detection circuit; The lithium battery supplies power to the receiver MCU and the high-voltage packet driving circuit respectively through the voltage regulator circuit.