KR101868282B1 - Apparatus for guiding pet defecation - Google Patents

Abstract

An apparatus for inducing dog defecation is disclosed. The apparatus for inducing the dog defecation of the present invention comprises: a defecation plate; a defecation pad attached to the defecation plate; a defecation inducing part inducing a dog to defecate on the defecation pad; a defecation compensation part compensating for the dog defecation on the defecation pad; a defecation detection part detecting the dog defecation; and a defecation control part controlling the defecation inducing part to induce the dog to defecate on the defecation pad, and controlling the defecation compensation part to compensate for the dog defecation on the defecation pad when the defecation is detected by the defecation detection part.

Description

{APPARATUS FOR GUIDING PET DEFECATION}

The present invention relates to a dog bowel guide apparatus, and more particularly, to a dog bowel guide apparatus for guiding a dog to bowel movement only in a designated bowel plate.

It has long since been established that friendships, friendships, and partnerships have been established around the world, where the relationship between humans and pets is not a simple and common relationship. People are not living as hobbies or fun as they used to, but living with them as a companion of life.

In human and dog community life, it is the problem of disposing of dogs that dogs suffer the most difficulties. Untrained dogs are struggling to dispose of their stools by feces at random places indoors.

Conventionally, a device has been disclosed in which a dog made of a pulp and a bag made of a plastic material are placed on the floor so that the dog can solve the problem, or the dog is trained so that the dog can see the feces only at a specific place.

Background Art [0002] The background art of the present invention is disclosed in Korean Patent Registration No. 10-1005587 (Dec. 27, 2010).

The conventional defecation induction device is deviated to the theoretical concept and lacks practicability that can be applied to real life, so that it is difficult to be manufactured as an industrialized product, and the defecation training is not enough. In addition, the conventional defecation induction device has a problem in that the defecation problem of the room can not be sufficiently solved, thereby causing a social problem that the dog is left as a dog.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a cannula defecation induction device, which is capable of performing defecation training based on a biological characteristic of a dog, Device.

Another object of the present invention is to provide a dog bowel guiding device that can guide and manage the bowel movement of a dog in a home even at a remote place.

A cannula defecation induction device according to one aspect of the present invention comprises a bowel plate; A bowel pad attached to the bowel plate; A defecation inducing portion for guiding the dog to defecate on the defecation pad; A defecation compensating unit for compensating for defecation of the dog by the defecation pad; A bowel movement sensing unit for sensing a bowel movement of the dog; And a defecation control unit for controlling the defecation inducing unit to induce a dog to defecate on the defecation pad and to control the defecation compensating unit to defeat the defecation of the dog to the defecation pad when the defecation is detected by the defecation sensing unit .

The defecation inducing part of the present invention includes at least one of a light emitting part for irradiating ultraviolet rays to the bowel plate and an inducer spray part for injecting a bowel inducing material for inducing bowel movements.

The present invention further includes a bowel guide plate installed at one side of the bowel plate to support the bowel so that the bowel can be bowelly.

The present invention further includes a dog detection unit for detecting a dog in the defecation pad.

The dog detection unit of the present invention includes at least one of a motion detection unit for sensing a dog in the bowel movement pad and a weight sensing unit for sensing the weight of the dog in the bowel movement pad.

The weight sensing unit and the bowel movement sensing unit of the present invention are installed in the bowel plate.

The defecation detecting unit of the present invention includes at least one of a temperature sensing unit for sensing the temperature of defecation, a moisture sensing unit for sensing moisture in the defecation, and a concentration sensing unit for sensing the concentration of defecation.

The defecation compensation unit of the present invention includes a snack discharge unit for discharging a snack of a dog, wherein the defecation control unit controls the snack discharge unit within a predetermined set time after the defecation is detected by the defecation detection unit to discharge the snack .

The snack discharge part of the present invention is characterized in that fluorine is applied.

The defecation compensation unit of the present invention includes a voice output unit for outputting a predetermined preferred voice preferred by the dog, wherein the defecation control unit controls the voice output unit within a predetermined set time after the defecation is sensed by the defecation sensor And outputting a preference voice.

The present invention further includes a compass installed in the bowel plate and guiding the bowel plate so that the front and rear of the bowel plate are oriented toward the N-pole and the S-pole.

The present invention is further characterized by a magnet unit installed on a wall of the bowel plate to impart a magnetic force to the dog to experience a geomagnetic field effect.

The defecation control unit of the present invention transmits to the user terminal that the defecator is defecated by the defecation sensor, and controls the defecator compensator according to the information from the user terminal.

The dog defecation induction device according to one aspect of the present invention allows defecation training to be performed based on the biological characteristics of the dog, so that the dog is guided to see the feces only on the designated stool.

According to another aspect of the present invention, there is provided a device for inducing bowel movement in a dog, comprising various sensors for detecting a bowel movement in a bowel movement pad, and detachably attaching the bowel movement pad to manage the bowel movement of a dog progressively and practically.

According to another aspect of the present invention, there is provided a dog defecation induction device that solves the problem of treating a feces of a dog, thereby solving the problem that the dog is left as a dog.

Another aspect of the present invention is to provide a canine bowel guiding device which can guide and manage the bowel movement of a dog in a home even at a remote place.

1 is a perspective view of a dog defecation induction device according to an embodiment of the present invention.
2 is a block diagram of a dog bowel guide device according to an embodiment of the present invention.
3 is a block diagram of a user terminal according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a dog defecation induction device according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation. Further, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the user, the intention or custom of the operator. Therefore, definitions of these terms should be made based on the contents throughout this specification.

FIG. 1 is a perspective view of a dog defecation guiding apparatus according to an embodiment of the present invention. FIG. 2 is a block diagram of a dog defecation guiding apparatus according to an embodiment of the present invention. And FIG.

Referring to FIGS. 1 to 3, a dog defecation induction device according to an embodiment of the present invention includes a defecation device 10 and a user terminal 20.

The defecator 10 includes a defecation plate 11, a wall 12, a defecation guide plate 13, a compass 14, a defecation control unit 15, a dog detection unit 16, a defecation detection unit 17, A compensating section 18 and a defecation inducing section 19.

The bowel plate (11) is formed into a plate shape so that the dog can be positioned so as to be able to bowelly, and stores the feces of the dog.

The bowel plate 11 may be formed in a square plate shape, but may be formed variously according to the size of a dog, the preferred design of a dog collar, and the like.

The defecation pad 111 may be attached to the defecation plate 11 through a Velcro or the like.

The defecation pad 111 can be attached to the velcro on the upper end of the bowel plate 11 and its adhesiveness can be improved.

In addition, the bowel plate 11 is provided with a bowel movement sensing unit 17 for sensing bowel movements and a weight sensing unit 162 for sensing the weight of the dog. The bowel plate 11 is provided with a bowel movement sensing unit 17 and a weight sensing unit 162 so that the reliability of the bowel measurement can be improved.

The bowel movement sensing unit 17 and the weight sensing unit 162 will be described later.

In addition, colors of various colors can be applied to the bowel plate 11 in consideration of the visual characteristics of the dog. In general, a dog's eye recognizes an object with a black and white blurred image due to its large number of objects, and distinguishes the object from other colors depending on the concentration of the color such as black, white and gray. A color of black or gray series may be applied to the front of the bowel plate 11 and a color of red or blue may be applied to the back of the bowel plate 11. [

The wall portion 12 is provided in front of and behind the bowel plate 11 to form a space for the dog to defecate on the bowel pad 111. Thus, the dog is defecated on the bowel plate 11 between the wall portions 12.

The bowel guide plate 13 is installed on one side of the bowel plate 11 to guide the dog to bowel movement. Normally, a male takes a leg and sees urine. Thus, the bowel guide plate 13 is installed on one side of the bowel plate 11 so that the male can easily urinate with the legs. The defecation guide plate 13 is detachably installed, and the defecation guide plate 13 can be detachably attached depending on whether the dog is a female or a male.

The compass 14 is installed in the bowel plate 11. The compass 14 faces the N-pole and the S-pole due to the influence of the earth's magnetic field, so that the collar 14 faces the front of the bowel plate 11 toward the N-pole. Normally, puppies are defecated in the direction of the earth's magnetic field. The reason the puppy makes a round at the stool is to find the N-S pole. Therefore, when the dog is positioned on the bowel plate 11, the head of the bowel plate 11 is directed to the north pole and the tail is directed to the south pole. Therefore, when the dog is positioned on the bowel plate 11, it is naturally directed to the N-pole.

Further, the magnet portion 121 is provided in each of the wall portions 12 so that the magnetic field effect can be further sensed. That is, the N-pole magnet is provided in the wall portion 12 in front of the baffle plate 11 and the S-pole magnet is installed in the wall portion 12 in the rear of the baffle plate 11 so that the dog can further experience the effect of the earth's magnetic field . In this case, the magnet portion 121 forms a magnetic force at least above the set strength at which the dog can experience the earth's magnetic field.

The dog sensing portion 16 senses the dog in the defecation pad 111. The dog detection unit 16 includes a motion detection unit 161 and a weight detection unit 162.

The operation detecting unit 161 detects the dog in the defecation pad 111 using infrared rays and can employ an infrared sensor. The light detecting sensor is installed on the one side wall 12 and the light receiving sensor is mounted on the other side wall 12, As shown in FIG. It is possible to confirm whether or not the dog has a dog in the bowel movement pad 111 according to whether the infrared ray emitted from the light emitting sensor is received by the light receiving sensor.

The weight sensing unit 162 is installed in the bowel plate 11 to sense the weight of the dog. In this case, if the weight sensed by the weight sensing unit 162 is equal to or greater than a predetermined set value, it can be recognized that there is a dog in the defecation pad 111.

The defecation inducing portion 19 induces the dog to defecate to the defecation pad 111. The defecation inducing portion 19 includes a light emitting portion 191 and an inductive substance spraying portion 192.

The light emitting portion 191 emits ultraviolet light. Typically, puppies recognize the ultraviolet light emitted from their urine traces and urinate again in the vicinity. The light emitting unit 191 irradiates ultraviolet rays to the defecation pad 111 to guide the dog to defecate the defecation pad 111.

The inductive substance spraying unit 192 injects a defecatory inducing substance that induces defecation.

The bowel movement sensing unit 17 is provided on the bowel plate 11 to sense bowel movements. The bowel movement sensing unit 17 includes a temperature sensing unit 171, a moisture sensing unit 172, and a concentration sensing unit 173.

The temperature sensing unit 171 is installed in the bowel plate 11 and senses the temperature of the bowel movement. A plurality of temperature sensing units 171 may be provided in consideration of the width of the bowel plate 11. In this case, the temperature sensing unit 171 may be distributed at various positions to detect the temperature of the bowel movement.

The moisture sensor 172 is installed in the bowel plate 11 and senses moisture in the bowel movement. A plurality of moisture detecting units 172 may be provided in consideration of the area of the bowel plate 11. In this case, the moisture detecting unit 172 may be distributed at various positions to be suitable for moisture detection of bowel movements.

The concentration detecting unit 173 is installed in the bowel plate 11 and detects the concentration of the bowel movement. A plurality of concentration detecting units 173 may be provided in consideration of the area of the bowel plate 11. In this case, the concentration detecting unit 173 may be distributed at various positions so as to be suitable for sensing concentration of bowel movements.

 Here, the installation position and the number of the temperature sensing unit 171, the moisture sensing unit 172, and the concentration sensing unit 173 are not particularly limited. The temperature sensing unit 171, the moisture sensing unit 172, and the concentration sensing unit 173 may be installed at appropriate positions and numbers so as to increase the detection rate.

The defecation compensation section 18 compensates for defecation of the dog by the defecation pad 111. [ The defecation compensating section 18 includes a snack discharging section 181 and a sound output section 182.

The snack discharging unit 181 discharges snacks of the dog. The snack discharge unit 181 discharges the snack immediately before the preset time, for example, before the time when the dog comes down from the bowel plate 11, if the bowel movement is detected by the bowel sensor 17, So that immediate compensation can be made. The snack discharging portion 181 may be formed with a fluorine-coated portion 183 coated with fluorine. Normally, the fluoride component shines in the field of view of the dog. Therefore, when the snack discharging unit 181 is operated, the dog can visually easily recognize the snack discharging unit 181 through the fluorine, thereby allowing the snack to be eaten.

The voice output unit 182 outputs voice. The voice outputted through the voice output unit 182 may include a predetermined preferred voice preferred by the dog, for example, a praise of a dog, a melody or an artificial voice (click sound). In this case, the voice output unit 182 may be output immediately after defecation, for example, immediately after the defecation is detected by the defecation sensor 17.

The user terminal 20 receives information that the defecation has been detected from the defecation control unit 15 through wireless communication and outputs the information to the observer and transmits various information inputted from the observer to the user terminal 20 so that the observer can check the dog And manage it.

Referring to FIG. 3, the user terminal 20 includes an input unit 21, an output unit 22, and a terminal control unit 23.

The input unit 21 receives various kinds of information for managing the dog. The information input through the input unit 21 may include an application execution command, a menu setting command of the application, and compensation information for defecation of the dog by the defecation pad 11.

The output unit 22 outputs information for managing the dog. The information output through the output unit 22 may include information that particularly informs the dog that the dog has bowed to the bowel plate 11, a dog state, and the like.

The terminal control unit 23 is provided with an application for remotely managing the dog. The terminal control unit 23 receives from the defecation control unit 15 the fact that the dog has been defecated by the dog's defecation board 11 at the time of executing the application, (22).

The terminal control unit 23 receives information for controlling the defecation compensating unit 18 from the drawer through the input unit 21 and transfers the information to the defecation control unit 15 so that the defecation control unit 15 can compensate .

The user terminal 20 may be a smart phone or a laptop computer.

The defecation control unit 15 controls the defecation inducing unit 19 to defecate the dog to the defecation pad 111 and controls the defecation compensating unit 18 when the defecation detecting unit 17 detects defecation, And compensates for defecation on the pad 111. Fig.

More specifically, the defecation control unit 15 controls the defecation inducing unit 19 to guide the dog to the defecation pad 111 for defecation. The defecation control unit 15 controls the light emitting unit 191 to emit ultraviolet rays to the defecation pad 111 or to control the inductive material spray unit 192 to spray the defecation inducing material to the defecation pad 111, So that the dog can move to the defecation pad 111 and defecate to the defecation pad 11.

Thereafter, as the dog moves to the bowel plate 11, the dog sensing portion 16 senses the dog. At this time, the defecation control unit 15 senses the dog in the defecation pad 111 through whether the infrared ray is received by the motion sensing unit 161 or the dog through the weight of the dog detected by the weight sensing unit 162 The dog in the bowel movement pad 111 can be detected.

As the dog is detected by the dog detection unit 16, the defecation control unit 15 controls the sound output unit 182 to output a voice (such as a natural water sound) guiding the defecation so as to enhance the defecation effect .

Thereafter, when the dog defecates to the defecation pad 111, the defecation sensor 17 detects defecation of the dog. In this case, the temperature sensing unit 171 senses the temperature of the defecation, the moisture sensing unit 172 senses the moisture of the defecation, and the concentration sensing unit 173 senses the concentration of the defecation, As shown in FIG.

The defecation control unit 15 immediately controls the defecation compensation unit 18 to detect the defecation of the defecation pad 111 to the dog before the dog leaves the defecation plate 11 as the defecation sensor 17 detects defecation, I compensate for something. In this case, the defecation control unit 15 controls the snack discharging unit 181 within 5 seconds after the defecation is detected by the defecation detecting unit 17 so that the snack is discharged, 11, or by outputting a voice of the dog's favorite, for example, a praise song, a melody or an artificial voice (click sound), etc., through the voice output unit 182, So that it can recognize the praise of bowing to the bowel movement pad 111.

On the other hand, in the compass 14, the needle is directed to the N-pole and the S-pole due to the influence of the earth's magnetic field, and the shoulder is made to face the N-pole in front of the bowel plate 11 with reference to the compass 14, When positioned on the bowel plate (11), the head is directed to the N pole and the tail is directed to the S pole. Further, the magnet portion 121 of the north pole and the south pole, which are respectively provided in the wall portion 12, enables the dog to further experience the effect of the earth's magnetic field.

If the defecation is detected by the defecation sensor 17, the defecation controller 15 transmits information for guiding the detection of the dog to the defecator 11 to the user terminal 20, Receives the information for controlling the defecation compensating unit 18, and controls the defecation compensating unit 18 according to the information to compensate for defecation of the defecation pad 111 by the dog.

The defecation control unit 15 can immediately compensate the defecation compensating unit 18 when the defecation is detected by the defecation detecting unit 17. The defecation compensating unit 18 can be controlled from the user terminal 20 And can compensate according to this information. This compensation scheme is not limited to any one, and both schemes can be used.

As described above, the dog defecation induction device according to the embodiment of the present invention induces the defecation training based on the biological characteristics of the dog so that the dog can see only the feces on the designated stool.

In addition, the dog defecation induction device according to an embodiment of the present invention can guide and manage the defecation of a dog in a home even at a remote place.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken by way of limitation, I will understand. Accordingly, the true scope of the present invention should be determined by the following claims.

10: defecator 11: bowel plate
111: bowel pad 12: wall portion
121: Magnet part 13: Bowel guide plate
14: compass 15:
16: dog detection unit 161: motion detection unit
162: Weight sensing unit 17:
171: Temperature sensing unit 172: Moisture sensing unit
173: Concentration sensing unit 18: Defecation compensating unit
181: snack discharger 182: audio output unit
19: defecation inducing part 191:
192: Inducer dispenser 20: User terminal
21: input unit 22: output unit
23:

Claims (13)

Bowel plates;
A bowel pad attached to the bowel plate;
A defecation inducing portion for guiding the dog to defecate on the defecation pad;
A defecation compensating unit for compensating for defecation of the dog by the defecation pad;
A bowel movement sensing unit for sensing a bowel movement of the dog; And
And a defecation control unit for controlling the defecation inducing unit to induce a dog to defecate on the defecation pad and to control the defecation compensation unit to defeat the defecation of the dog to the defecation pad when the defecation is detected by the defecation sensor,
Wherein the defecation sensor comprises at least one of a temperature sensing unit for sensing the temperature of the defecation, a moisture sensing unit for sensing moisture in the defecation, and a concentration sensing unit for sensing the concentration of defecation,
Wherein the defecation compensation unit includes a snack discharge unit for discharging a snack of a dog, wherein the defecation control unit controls the snack discharge unit within a predetermined set time after the defecation is sensed by the defecation sensor,
Wherein the defecation compensation unit includes a voice output unit for outputting a predetermined preferred voice preferred by the dog, wherein the defecation control unit controls the voice output unit within a predetermined set time after the defecation is detected by the defecation sensor, And outputs,
Wherein the defecation inducing part includes a light emitting part for irradiating ultraviolet rays to the bowel plate and an inducing material injecting part for injecting a bowel guiding material for guiding bowel movement,
And a defecation guide plate installed at one side of the defecation plate to support the dog so that the dog can defecate,
The defecation guide plate is detachable,
And a user terminal for transmitting information for controlling the defecation compensating unit to the defecation control unit when the application is executed,
The defecation control unit transmits to the user terminal information for guiding that the dog is sensed by the defecation plate when the defecation sensor detects the defecation sensor and receives information for controlling the defecation compensator from the user terminal , And controls the defecation compensating unit according to information for controlling the defecation compensating unit to compensate for defecation of the dog by the defecation pad.
delete delete [2] The device of claim 1, further comprising a dog sensing unit for sensing a dog in the defecation pad.
5. The method of claim 4, wherein the dog detection unit includes at least one of a motion detection unit for sensing a dog in the bowel movement pad and a weight sensing unit for sensing a weight of the dog in the bowel movement pad. guide.
6. The device of claim 5, wherein the weight sensing unit and the bowel movement sensing unit are installed on the bowel plate.
delete delete [2] The apparatus according to claim 1, wherein the snack discharge part is coated with fluorine.
delete [2] The apparatus according to claim 1, further comprising: a compass installed in the bowel plate and guiding the front and rear of the bowel plate to be oriented toward N-pole and S-pole.
[2] The device according to claim 1, further comprising a magnet provided on a wall of the bowel plate to give a magnetic force to the dog to experience a geomagnetic field effect.
delete

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