KR102295233B1 - Food reward play device for auditory training - Google Patents

Abstract

A food reward play device (1) for auditory training according to the present invention comprises: a housing (100) including a through-hole (110) formed so as to vertically pass therethrough and a front opening (120) connected to the through-hole (110) to be formed in the front; a feeder (600) inserted into an upper portion of the housing (100), and capable of storing feed and dropping the feed downward; and a speaker (500) mounted on the housing (100) and configured to generate a sound. Accordingly, the following effects can be can obtained. Firstly, when the feed is being provided, sounds that a companion dog dislikes, such as a sound of a motorcycle, a sound of a car horn, or a doorbell are output through the speaker (500), such that the companion dog hears the sounds that the companion dog dislikes while eating and the companion dog comes to realize the sounds as good sounds for feeding. Accordingly, it is possible to correct the behavior of companion dogs, such as barking or becoming sensitive and violent when the companion dogs hear a sound that the companion dogs don't like. Secondly, when a companion animal behaves as desired by a dog owner, such as defecating in a designated place, the present invention provides feed and outputs the dog owner's praise through the speaker (500), such that the companion dog's habits such as defecation can be easily corrected. Thirdly, the feeder (600) can easily adjust the amount of feed discharged, such that an appropriate amount of feed can be provided according to the physique of a companion dog. Fourthly, even a novice can easily correct a companion dog's habits by using the present invention.

Description

Food reward play device for auditory training {FOOD REWARD PLAY DEVICE FOR AUDITORY TRAINING}

The present invention relates to a food reward play device for auditory training, and more particularly, when a dog sends a signal, it detects it, and the feed is discharged from the feeder and a sound for auditory training is generated at the same time, so that the behavior of the dog can be corrected. It relates to a food reward play device for auditory training, characterized in that.

In recent years, as the population who owns dogs has increased rapidly, various dog products are being released. Among them, as suggested in the prior art literature, a feed supply device for automatically supplying feed has been proposed.

The feed supply device is configured with a bar-shaped frame, and is mounted on the frame and includes a driving unit capable of lifting and lowering. In addition, a bottle-shaped feed box mounted on the driving unit is configured. In addition, a container for accommodating the feed is disposed at the lower portion of the feed box. In addition, the frame is equipped with a sensor that detects whether the dog is in proximity. In addition, after receiving the proximity signal of the dog through the sensor, the control unit is configured to operate the driving unit to rotate the feed box so that the feed inside is discharged, and then rotate it again to return it.

The feed supply device according to the background technology discussed above has the following problems.

First, in general, when educating a dog, it does not react sensitively to sound, and when the owner does a desired action, such as defecating in a designated place, it is compensated with feed, so the effect of education can be expected. For example, even in the case of a loud barking in response to a sound such as a vehicle horn or a doorbell sound heard from outside, hearing training can be performed by hearing the sound whenever feed is given to adapt the sound. And if you defecate in a fixed place, if the owner gives a certain amount of feed and praises you, you can also correct your bowel habits. However, as the background art, it was not possible to properly correct the habit of reacting sensitively to the sound and the habit of defecation, etc., because only the feed was supplied and the sound to be adapted to each time the feed was given could not be heard.

Second, dogs do not have enough exercise because they mainly live indoors. In particular, according to the background technology, there was a problem that the life span was shortened due to diseases such as hyperlipidemia, high blood pressure, diabetes, etc. because dogs can eat food whenever they are hungry while lying next to the feeding device.

Third, according to the background art, there was a problem that the amount of feed could not be controlled according to the size of the dogs.

Fourth, there was a problem that beginners could not correct the dog's wrong habits, such as being sensitive to sound or defecating.

Korean Patent Registration No. 10-2191715 {December 10, 2020)

The problems to be solved through the food reward play device for auditory training according to the present invention are as follows.

First, it is possible to correct the dog's habits such as hearing training and potty training. In other words, whenever the feed is provided, the dog responds sensitively or hears a sound that he does not like, so it is possible to naturally adapt to the sound so that auditory training is possible. And, if you defecate in a designated place, you can hear the owner's compliments when you provide feed, so you can correct your defecation habit. In addition, when the owner does the desired behavior, the owner's praises are heard while providing feed, so that various habits can be corrected.

Second, it helps dogs with insufficient exercise to solve the problem of shortening their lifespan due to diseases such as hyperlipidemia, high blood pressure, and diabetes.

Third, the amount of food provided can be adjusted according to the size of the dog's body.

Fourth, even beginners can easily correct the dog's habits.

The food reward play apparatus for auditory training according to the present invention includes the following configuration in order to solve the above problems.

A housing having a through hole formed to pass vertically and a front opening connected to the through hole and formed in a front direction, and a feeder inserted above the housing to store feed and to drop the feed downward; and a speaker mounted on the housing to generate a sound.

The feeder is

A hopper inserted into the upper portion of the housing, a feed box that is received above the hopper, is mounted to rotate in the hopper and accommodates feed, and a driving unit mounted on the outside of the hopper to supply rotational force to the feed box.

The feed container includes a container on one side and a container on the opposite side, each of which is opened to one side, and includes a structure in which either one of the container and the container on the opposite side is fitted and coupled to the other side, and on the side wall of any one of the container on the one side and the container on the opposite side. One side outlet that is penetrated up and down and opened toward the other side, and the other side wall of the one side container and the opposite side container where the one side outlet is not formed is vertically penetrated and opened toward the opposite side, and corresponds to the one side outlet and a counter side outlet formed in a plurality of different sizes.

In addition, the sidewalls of the one side container and the opposite side container are formed in a corrugated shape to include a mutually matching structure.

In addition, a remote control configured separately from the housing and configured to transmit an on signal by a dog stepping on it, is installed in a general terminal, and outputs an ON icon to the terminal when a signal of the remote control is received in the terminal, When the ON icon is touched, it includes an application coded to transmit the ON signal, and a communication unit mounted on the housing as receiving the ON signal, and a communication unit connected to the communication unit to receive the ON signal and operate the driving unit and a control unit that controls to rotate the feed box by a predetermined number of times to rotate the feed box, and the application is coded to select various sounds stored in the terminal and output them through the speaker, the speaker having a Bluetooth function will be.

In addition, the following may be further included.

It includes a water bottle attached to the outer surface of the housing and having a downward opening, an solenoid valve mounted on the lower part of the water bottle to open and close, and a cooling/heating device attached to the outer surface of the water bottle to perform a cold/warm function. .

The cooling device is

A cold/hot block attached to the outer surface of the canister and having a concave arc shape when viewed from the top on a side opposite to the outer surface, and a round surface that is in close contact with the round surface and the contact surface The first round is a semi-cylindrical first round block having a flat surface formed on the opposite side, a plate-shaped thermoelectric element having one side attached to the plane of the first round block, and a flat surface attached to the opposite side of the thermoelectric element. A second round block having the same shape as the block, a heat absorbing and dissipating block having a concave round surface formed so as to be in close contact with the round-shaped contact surface of the second round block and having a plurality of fins formed on the opposite side of the round surface, and attached to the fins and a fan fixed to the upper and lower surfaces of the cold and hot block, and an upper bar and a lower bar fixed to the upper and lower surfaces of the heat absorption block and the fan, respectively.

In addition, the first round block, the thermoelectric element, and the second round block are configured to rotate at the same time between the upper bar, the lower bar and the cold/hot block, and the heat absorption block, and the solenoid valve and the thermoelectric element through the application is designed to be controlled.

The food reward play device for auditory training according to the present invention can exhibit the following effects by the solution means.

First, when providing feed, the dog's disliked sound, such as the sound of a motorcycle, a vehicle's clack sound, or a doorbell, is output through the speaker, so the dog hears the disliked sound while eating the feed. Giving is perceived as a good sound. Therefore, it is possible to correct the phenomenon of dogs barking or becoming sensitive and violent when they hear a sound they dislike.

Second, when the owner does a desired action, such as defecating in a designated place, the owner's praise sound is output through the speaker while providing feed, so habits such as defecation can be easily corrected.

Third, since the feeder can easily adjust the amount of feed by combining the one outlet and the opposite outlet of the feeder, it is possible to provide an appropriate amount according to the size of the dog.

Fourth, since the sidewalls of one container and the opposite container are corrugated in the feed container, the one-side outlet and the opposite-side outlet are misaligned in the combined state.

Fifth, by using the present invention, even a beginner can easily correct the dog's habits.

Sixth, by placing the remote control away from the housing, the dog moves to the housing after operating the remote control, so it is possible to extend the lifespan by continuously exercising indoors.

1 is a perspective view showing a food reward play device for auditory training according to the present invention.
Figure 2 is an exploded perspective view showing a food reward play device for auditory training according to the present invention.
3 is a perspective view showing a feeder, a container, and a bottom cover configured in the food reward play device for auditory training according to the present invention.
Figure 4 is a perspective view showing that the feeder and the hopper is separated as a feeder configured in the food reward play apparatus for auditory training according to the present invention.
Figure 5 is a perspective view showing the separation of the feed through the drive unit configured in the feeder of the food reward play device for auditory training according to the present invention.
Fig. 6 is a cross-sectional view taken along line AA of Fig. 3;
7 is a perspective view showing a feed box configured in a feeder of a food reward play device for auditory training according to the present invention separated from both sides.
8 is a perspective view showing that the size of the outlet is adjusted as the feed box is configured in the feeder of the food reward play device for auditory training according to the present invention, and the size of the outlet is adjusted by rotating the container on one side and the container on the other side.
9 is a front view showing that the application included in the food reward play apparatus for auditory training according to the present invention is displayed on the terminal.
10 is a perspective view showing that a water supply device is further mounted as another embodiment of the food reward play device for auditory training according to the present invention.
11 is an enlarged perspective view of the cooling/heating device in FIG. 10;
FIG. 12 is a perspective view showing the cooling and heating block, the block, the thermoelectric element, the block, the heat absorbing block, and the fan constituting the cooling and heating device in FIG. 11 separated;

Hereinafter, various embodiments of the present document will be described with reference to the accompanying drawings. However, this is not intended to limit the technology described in this document to specific embodiments, and it should be understood as including various modifications, equivalents, and/or alternatives of the embodiments of this document. In connection with the description of the drawings, like reference numerals may be used for like components.

In addition, expressions such as "first," "second," used in this document may modify various elements regardless of order and/or importance, and to distinguish one element from another element. It is used only and does not limit the corresponding components. For example, 'first part' and 'second part' may represent different parts regardless of order or importance. For example, without departing from the scope of the rights described in this document, a first component may be referred to as a second component, and similarly, the second component may also be renamed as a first component.

In addition, terms used in this document are used only to describe specific embodiments, and may not be intended to limit the scope of other embodiments. The singular expression may include the plural expression unless the context clearly dictates otherwise. Terms used herein, including technical or scientific terms, may have the same meanings as commonly understood by one of ordinary skill in the art described in this document. Among the terms used in this document, terms defined in a general dictionary may be interpreted with the same or similar meaning as the meaning in the context of the related art, and unless explicitly defined in this document, ideal or excessively formal meanings is not interpreted as In some cases, even terms defined in this document cannot be construed to exclude embodiments of the present document.

Hereinafter, an embodiment of the present invention, a food reward play device 1 for auditory training for solving the above problems together with the accompanying drawings will be described as follows.

The overall configuration of the present invention is as follows.

Figure 1 is a perspective view showing a food reward play device for auditory training according to the present invention, Figure 2 will be described together as an exploded perspective view showing a food reward play device for auditory training according to the present invention.

The housing 100 in which the through hole 110 is formed so as to be able to pass vertically and is connected to the through hole 110 and the front opening 120 formed in the front is formed is configured. And it is inserted into the upper portion of the housing 100, it is possible to store the feed, the feeder 600 for dropping the feed downward is configured. And the cap 200 covering the upper part of the housing is configured. And a speaker 500 that is mounted on the housing 100 to generate a sound is configured. And the bottom cover 400 that closes the open lower part of the housing 100 is configured, is accommodated in the front opening 120 and is seated on the bottom cover 400, the container 300 for receiving the feed falling from the feeder (600). ) is formed.

The configuration of the feeder 600 is as follows.

3 is a perspective view showing a feeder, a container, and a bottom cover configured in the food reward play apparatus for auditory training according to the present invention, and FIG. 4 is a feeder configured in the food reward play apparatus for auditory training according to the present invention. It is a perspective view showing that the hopper is separated. In addition, FIG. 5 is a perspective view showing that the feed box and the driving unit configured in the feeder of the food reward play device for auditory training according to the present invention are separated, and FIG. 6 is a cross-sectional view taken along the line A-A of FIG. 3 .

A hopper 610 that is inserted into the upper portion of the housing 100 is configured, and as shown in FIG. 3 , a flange 617 is formed on the upper edge, so that the hopper 610 is hooked on the upper end of the housing 100 so that the hopper 610 does not fall downward. do. At this time, the cap 200 is configured to be seated on the upper end of the flange 617 as an example.

In addition, the feed container 620 that is accommodated above the hopper 610 and is mounted to rotate on the hopper 610 and in which feed is accommodated is constituted, and is made of a transparent synthetic resin material so that the amount of feed stored therein can be checked. It is preferable to be And a driving unit 650 mounted on the outside of the hopper 610 to supply rotational force to the feed container 620 is configured.

The feed bin 620 is a closed tubular shape of an oval shape as a whole, and rotation shafts 631 and 641 are formed on both sides, respectively, and the rotation shafts 631 and 641 are mounted on the inner surface of the hopper 610 from the top to the bottom. A groove 615 is configured.

As in FIGS. 5 and 6, the driving unit 650 includes a gearbox 653 attached to one side of the mounting groove 615 on the outer surface of the hopper 610, and a plurality of inside the gearbox 653 of the gear 654 is meshed and configured to rotate. And since the rotation tube 657 connected to any one of the gears 654 passes through the gearbox 653 and passes through the hopper 610 , it is configured to pass through the one side mounting groove 615 . In addition, a key 659 is formed on the inner surface of the rotation tube 657 to transmit rotational force. In response to this, any one of the rotation shafts 631 and 641 on both sides is inserted into the rotation tube 657, and a key groove 633 into which the key 659 is fitted is formed. And the motor 655 is mounted on the gear box 653 to transmit the rotational force to the gear 653 is configured. The gears 653 are combined with each other to enable deceleration of the motor 655 . In addition, since the rotation shafts 631 and 641 are configured to reduce the weight because the inside is opened in a tubular shape, for example, it is possible to save energy and reduce materials when the feed container 620 is rotated. However, it may be constituted by a real axis.

The configuration of the feed container 620 is as follows.

7 is a perspective view showing the feeder configured in the feeder of the food reward play apparatus for auditory training according to the present invention separated from both sides, and FIG. 8 is a feeder of the food reward play apparatus for auditory training according to the present invention. It will be described together with a perspective view showing that the size of the outlet is adjusted by rotating the container on one side and the container on the other side as a feed container.

As shown in FIG. 7 , the feed container 620 is mutually separated and combined, and is composed of one container 630 and a container 640 on the opposite side each open to one side, and one side container 630 on the other side of the container 640 . It is configured to be fitted and coupled to the other side. And the one side outlet 637 which is penetrated up and down in any one of the side walls 635 or 643 of the one side container 630 and the opposite side container 640 and is opened toward the other side is formed. And one side of the container 630 and the other side of the container 640, one side outlet 637 is not formed is penetrated up and down through the other side wall (635 or 643) and is opened toward the other side, corresponding to the one side outlet (637) and a plurality of opposite side outlets 647 formed in various sizes are configured. Therefore, as in FIG. 8, when the one outlet 637 and the opposite outlet 647 overlap, the size of the hole through which the feed is discharged can be adjusted according to the size of the opposite outlet 647, so the amount of feed provided according to the size of the dog can be adjusted. At this time, when rotating by the driving unit 650 in a state in which the side vessel 630 and the opposite side vessel 640 are coupled, the side walls 635 and 643 of the side vessel 630 and the opposite side vessel 640 so as not to rotate individually. is formed into a waveform and coincides with each other. Therefore, since the side container 630 and the opposite side container 640 rotate at the same time in the coupled state, the overlapping state of the one side outlet 637 and the opposite side outlet 647 is configured not to change.

Looking at the control configuration of the present invention is as follows.

1 is a perspective view showing a food reward play device for auditory training according to the present invention, and FIG. 9 is a front view showing that an application included in the food reward play apparatus for auditory training according to the present invention is displayed on a terminal. do.

As shown in FIG. 1 , the remote control 700 is configured separately from the housing 100 and configured to transmit a signal that the dog has stepped on. In addition, when a general terminal 800 is installed, such as a smart phone, a tablet PC, a desktop, etc., when the signal of the remote control 700 is received by the terminal 800, as shown in FIG. 9 , the ON icon 811 is displayed on the terminal. When output to 800 and the ON icon 811 is touched, an application (not shown) coded to transmit the ON signal is configured.

A communication unit (not shown) mounted on the housing 100 is configured as receiving the ON signal, and receives the signal connected to the communication unit and operates the motor 655 of the driving unit 650 to operate the feed container 620 ), a control unit (not shown) that controls the rotation to be rotated by a predetermined number of times is configured.

In addition, the application is coded so that various sounds stored in the terminal 800 can be selected and output through the speaker 500 , and since the speaker 500 has a Bluetooth function, the sound file stored in the terminal 800 is displayed. that can be printed out. As shown in FIG. 9 , the application is coded so that a desired one from among a plurality of sound files can be selected on the screen of the terminal 800 .

As another embodiment including all of the above configurations, the water supply device 900 that provides cold water and hot water to the dog is as follows.

10 is a perspective view showing that a water supply device is further mounted as another embodiment of the food reward play device for auditory training according to the present invention, and FIG. 11 is an enlarged perspective view of the cooling and heating device in FIG. In FIG. 11 , the cold and hot block, the block, the thermoelectric element, the block, the heat absorbing block, and the fan constituting the cold and hot device are separated and described together as a perspective view.

As shown in FIG. 10 , a water tank 905 having openings formed in the upper and lower directions as attached to the outer surface of the housing 100 is configured. And the solenoid valve 910 mounted on the lower part of the water bottle 905 to open and close is configured, and the cap 907 for opening and closing the upper part is configured. And a cooling/heating device 920 attached to the outer surface of the water bottle 905 to perform a cooling/heating function is configured.

As in FIGS. 11 and 12 , the cooling and heating device 920 is attached to the outer surface of the canister 905 and has a concave arc shape when viewed from the top, on the side opposite to the outer surface, round surface 931 . The formed cold and hot block 930 is configured. In addition, a first round block 940 of a semi-cylindrical shape in which a flat surface 943 is formed on the opposite side of the round contact surface 941 and the contact surface 941 in close contact with the round surface 931 is configured.

In addition, a plate-shaped thermoelectric element 950 to which one side is attached to the plane 943 is configured, and by the application of power, one side becomes the cooling surface 951 and the opposite side becomes the heat dissipation surface 953. Since it is a matter known to any person in the field, a detailed description thereof will be omitted.

In addition, as a plane 963 is attached to the opposite side of the thermoelectric element 950 , a second round block 960 having the same shape as the first round block 940 is configured.

In addition, a concave round surface 971 is formed so as to be in close contact with the round contact surface 961 of the second round block 960, and a plurality of plate-shaped pins 973 are formed on the opposite side of the round surface 971. A heat dissipation block 970 is configured.

In addition, a fan 980 is attached to the pin 973 .

In addition, an upper bar 991 and a lower bar 995 fixed to the upper and lower surfaces of the cold and hot block 930 and respectively fixed to the upper and lower surfaces of the heat absorption block 970 and the fan 980 are configured.

Accordingly, the first round block 940 , the thermoelectric element 950 , and the second round block 960 are the upper bar 991 , the lower bar 995 , the cold/hot block 930 , and the heat absorption block ( 970) are configured to rotate simultaneously.

In addition, it is configured to control the solenoid valve 910 , the thermoelectric element 950 , and the fan 980 through the application. As an example, an icon capable of turning on/off electricity to the thermoelectric element 950 is output on the screen of the terminal 800, an icon capable of opening and closing the solenoid valve 910 is output, and the icons are touched. It is coded to enable control manipulation through At this time, when the terminal 800 transmits a signal due to the touch of the icons, the communication unit receives it and transmits it to the control unit, so that the control unit turns on/off the thermoelectric element 950 , the solenoid valve 910 and the fan 980 . ON/OFF).

Alternatively, the thermoelectric element 950 and the electronic valve 910 may be controlled by mounting a switch on the housing 100 without the help of the application.

As described above, the operation process of the present invention, the food reward play device 1 for auditory training, will be described as follows.

First, the cap 200 is opened, the feeder 600 is lifted, and then the feed container 620 is removed from the feeder 600 . At this time, the driving unit 650 is separated from the hopper 610 . Then, one side container 630 and the opposite side container 640 constituting the feed container 620 are pulled to both sides to separate them. In this state, either one of the container 630 and the container 640 on the opposite side is filled with feed. At this time, the feed in the form of grains is used. Next, after selecting any one of the plurality of opposite outlets 647 corresponding to the one outlet 637, the one side container 630 and the opposite side container 640 are mutually coupled. Accordingly, the size of the hole through which the feed is discharged is adjusted by the overlapping one outlet 637 and the opposite outlet 647 . Due to this, an appropriate amount of feed can be provided according to the size of the dog. When the rotation shafts 631 and 641 on both sides of the combined feed container 620 are inserted into the mounting groove 615 formed inside the hopper 610, it is mounted to descend and rotate.

Next, the driving unit 650 is attached to the hopper 610 so that the key 659 of the rotating tube 657 is combined with the key groove 633 of the rotating shaft 631 on one side. Of course, it is of course possible to combine the key 659 with the key 659 by forming a key groove on the opposite side of the rotation shaft 641 .

In this way, when power is applied to the motor 655 , the reduced rotational force is transmitted to the feed box 620 through the gear 653 . At this time, the one side container 630 and the opposite side container 640 rotate at the same time because the side walls 635 and 643 are formed and combined in a waveform, so that the one side outlet 637 and the opposite side outlet 647 are displaced from each other and feed is discharged. It is possible to prevent a phenomenon in which a hole (formed by overlapping the one outlet 637 and the opposite outlet 647) is blocked or the size of the hole is changed so that the amount of feed is changed.

In this state, the dog sends an ON signal by stepping on the remote control 700 with its forefoot. Then, the terminal 800 receives the ON signal and outputs the ON icon 811 as shown in FIG. 9 . And it is configured so that any one of a plurality of sound files can be selected. Accordingly, when the ON icon 811 is touched and any one of the sound files is selected and touched, the communication unit receives the ON signal and transmits it to the control unit, and the control unit supplies power to the motor 655 of the driving unit 650 . is applied so that the feed container 620 rotates a predetermined number of times. Then, the feed falls downward through the overlapping one outlet 637 and the opposite outlet 647 and is collected in the container 300 . At this time, a sound that the dog does not like, such as a motorcycle sound, a vehicle's clock sound, or a doorbell sound, is output through the speaker 500 . Then, while the dog eats the food, he hears the sounds he does not like, so these sounds are recognized as good sounds for feeding. Therefore, it is possible to correct the phenomenon of dogs barking or becoming sensitive and violent when they hear a sound they dislike.

In addition, when the dog sees a bowel movement in a predetermined place and operates the remote control 700, the process is repeated. At this time, if the owner hears a compliment in the sound file, he/she recognizes that if he or she defecates in a designated place, he/she will be compensated for the feed, and continues to defecate in the designated place. Conversely, if you see a bowel movement in a place other than a designated place, even if you press the remote control 700, the present invention does not operate, so that the error is recognized. Therefore, it is possible to effectively potty train the dog.

In addition, if the owner does an action desired by the owner, such as not biting an object or only staying in a designated place, the training effect can be improved by rewarding it through the above process. And it has the advantage that even a beginner can easily train a dog.

In addition, by placing the remote control 700 away from the housing 100 , the dog moves to the housing 100 after operating the remote control 700 . Therefore, it is possible to extend the lifespan of the dog by continuously exercising indoors.

Next, looking at the operation process of the water supply device 900 through FIGS. 10 to 12 is as follows.

11, by rotating the first round block 940, the thermoelectric element 950, and the second round block 960 attached to each other so that the cooling surface 951 of the thermoelectric element 950 faces the cold and hot block 930. When the water filled in the water tank 905 is cooled. At this time, the heat dissipation surface 953 naturally faces the heat absorbing and dissipating block 970, and by the operation of the fan 973, the external air passes between the fins 973 and exchanges heat with the heat dissipation surface 953 to improve the cooling efficiency. make it possible

Conversely, when the heat dissipation surface 953 of the thermoelectric element 950 faces the cold/hot block 930, water is heated. At this time, the cooling surface 951 naturally faces the heat absorbing and dissipating block 970, and by the operation of the fan 973, external air passes between the fins 973, and the cooling surface 951 is filtered and exchanged to increase the heat dissipation efficiency. to improve

Therefore, according to the present invention, when the dog eats feed through the present invention, it is possible to provide cold water or hot water from the water bottle through the terminal 800 . Of course, at this time, of course, the container should be provided at the lower part of the water tank 905 . As such, the reason for providing cold water or hot water to dogs is that dogs have weak constitutions unlike general wild animals, so hot water is provided at the same time to prevent a drop in body temperature, and cold water is provided below, so the body temperature rises. This is to prevent the phenomenon and maintain the normal body temperature of the dog to prolong the lifespan.

1: Food reward play device for auditory training 200: Cap
100: housing 110: through hole
120: front opening 300: container
400: bottom cover 500: speaker
600: feeder 610: hopper
615: mounting groove 617: flange
620: feed container 630: one side container
631: axis of rotation 632: keyway
635: side wall 637: one side outlet
640: mating container 641: rotation shaft
643: side wall 647: opposite side outlet
650: drive unit 653: gearbox
654: gear 655: motor 657: rotary tube 659: key
700: remote control 800: terminal
811: on icon 900: water supply
905: water bottle 907: cap
910: solenoid valve 920: cooling and heating device
930: cold and hot block 931: round surface
940: first round block 941: contact surface
934: plane 950: thermoelectric element
951: cooling surface 953: heat dissipation surface
960: second round block 961: contact surface
963: flat 970: heat absorption block
971: round face 973: pin
980: fan 991: upper bar
995: habu bar

Claims (5)

delete A housing 100 having a through hole 110 formed to pass vertically and a front opening 120 connected to the through hole 110 and formed in the front;
A feeder 600 that is inserted into the upper portion of the housing 100, can store feed, and drops the feed downward;
It includes a speaker 500 that is mounted on the housing 100 to generate a sound,
The feeder 600,
a hopper 610 inserted into the upper side of the housing 100;
A feed container 620 that is accommodated above the hopper 610 and is mounted to rotate in the hopper 610 and contains feed;
and a driving unit 650 mounted on the outside of the hopper 610 to supply rotational force to the feed container 620,
The feed container 620 includes one side container 630 and the other side container 640 each opened to one side,
It includes a structure in which either one of the container 640 on the opposite side is fitted to the other side and coupled to the container on the one side (630),
One side outlet (637) which penetrates up and down through the side wall (635 or 643) of any one of the side container (630) and the opposite side container (640) and is opened toward the other side;
Among the one side container 630 and the other side container 640, the one side outlet 637 is penetrated vertically through the other side wall 635 or 643 and is opened toward the other side, and the one side outlet 637. Corresponding to, and a food reward play device for auditory training, characterized in that it comprises a counterpart outlet (647) formed in a plurality of different sizes.
3. The method of claim 2,
A remote control 700 configured separately from the housing 100 and configured to transmit a signal that a dog has stepped on, and
It is installed in the general terminal 800, and when the signal of the remote control 700 is received by the terminal 800, an ON icon 811 is output to the terminal 800, and the ON icon 811 is output to the terminal 800. When it is touched, it includes an application (not shown) coded to transmit the on signal,
A communication unit (not shown) mounted on the housing 100 as receiving the ON signal;
A control unit (not shown) that is connected to the communication unit and receives the ON signal to operate the driving unit 650 to rotate the feed box 620 and to rotate the feed container 620 a predetermined number of times,
The application is coded to select various sounds stored in the terminal 800 and output them through the speaker 500,
The speaker 500 is a food reward play device for auditory training, characterized in that it has a Bluetooth function.
4. The method of claim 2 or 3,
The sidewalls (635, 643) of the one side container (630) and the opposite side container (640) are formed in a corrugated shape to match each other.
5. The method of claim 4,
A water bottle 905 having an opening formed downward as being attached to the outer surface of the housing 100;
A solenoid valve 910 mounted on the lower part of the water tank 905 and having an opening and closing function;
and a cooling and heating device 920 attached to the outer surface of the water bottle 905 to perform a cooling and heating function,
The cooling and heating device 920,
A cold/hot block 930 having a round surface 931 attached to the outer surface of the canister 905 and having a concave arc shape when viewed from the top on the side opposite to the outer surface,
A first round block 940 of a semi-cylindrical shape in which a flat surface 943 is formed on the opposite side of a round contact surface 941 in close contact with the round surface 931 and the contact surface 941;
a plate-shaped thermoelectric element 950 having one side attached to the plane 943;
A second round block 960 having the same shape as the first round block 940 as a plane 963 is attached to the opposite side of the thermoelectric element 950;
A concave round surface 971 is formed so as to be in close contact with the round contact surface 961 of the second round block 960, and a plurality of fins 973 are formed on the opposite side of the round surface 971. Heat absorption and dissipation block 970 )class,
a fan 980 attached to the pin 973;
It includes an upper bar 991 and a lower bar 995 fixed to the upper and lower surfaces of the cold and hot block 930 and fixed to the upper and lower surfaces of the heat absorption and dissipation block 970 and the fan 980, respectively,
The first round block 940 , the thermoelectric element 950 , and the second round block 960 include the upper bar 991 , the lower bar 995 , the cold/hot block 930 , and the heat absorption block 970 . is configured to rotate simultaneously between
Feed reward play apparatus for auditory training, characterized in that it is configured to control the solenoid valve (910) and the thermoelectric element (950) through the application.

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