KR20200015193A - Apparatus for cleaning excretion of pet - Google Patents

Abstract

An object of the present invention is to provide an apparatus for cleaning excretion of a pet, comprising a receiving body portion and a cover portion formed of a structure that can be mutually separated and coupled, and a stool portion, a urine portion, and a water tank portion provided inside the receiving body portion, wherein a stool discharge hole and a urine discharge hole are formed in the cover portion, so that the excretion of the pet drops into the stool portion and the urine portion therethrough, and the water tank portion sprays purified water around the urine discharge hole. Accordingly, the stool and the urine of the pet are separately received, and hygiene is secured by performing a washing function of the water tank portion.

Description

Defecation device for pets {Apparatus for cleaning excretion of pet}

The present invention relates to a defecation treatment device for pets, and more particularly to a pet defecation treatment device for improved hygiene by allowing the feces of the pets to be separately accommodated in a closed state.

In general, a pet means an animal that a person likes and keeps it close to and cute. The value of a pet is recognized as a companion animal in the sense of living with a person and becoming a family. These pets vary from dogs and cats to rabbits, birds and hamsters.

On the other hand, with the increase in the form of housing without individual external space, such as apartments or villas, pets are mainly raised to live indoors.

Therefore, the excretion of pets is also performed indoors, and in the past, newspapers or pads were disposed to be excreted thereon to treat the excretion of pets.

However, the waste treatment method using newspapers or pads has a hassle that needs to be repeatedly processed each time a pet is excreted, and the indoor space is kept clean by the excretion residues on people or surroundings during the process of excretion. Difficult to do

In addition, bulky garbage such as newspapers or pads used after excretion is generated, which is inconvenient to dispose of them, and in the case of pads, there is a problem in that a considerable additional cost is generated due to frequent purchase.

Moreover, when using newspapers or pads, the waste is left exposed.

If this is not handled immediately, the smell of fecal matter spreads in the house, increasing the discomfort.

In addition, due to the pet food of dogs, people living together with the animal has a problem that is exposed to highly infectious germs such as E. coli, Salmonella, etc., causing serious hygiene problems.

Korean Utility Model Registration No. 20-0425001

In order to solve the above-mentioned problems, an object of the present invention is to provide a bowel treatment apparatus for pets with improved hygiene by automatically treating the bowel movement of the companion animal.

The bowel processing apparatus for pets according to the present invention, the receiving body portion including a receiving space formed in a hollow structure therein and a first opening formed in a structure in communication with the receiving space on the upper portion, each of the upper and lower openings A cover part including a stool discharge hole and a urine discharge hole formed to have a structure to cover the first opening and detachable from or coupled to the accommodation body portion, and to accommodate the stool falling from the stool discharge hole in the accommodation space; And a small variable part provided in the accommodation space to accommodate the large variable part provided and the water drop falling from the urine discharge hole.

In addition, the cover part, characterized in that it comprises a urine screen is formed in a protruding structure along the rim in front and both sides of the urine discharge hole in the head direction of the companion to cover the urine of the pet to be scattered to the outside do.

In addition, the cover portion, characterized in that it comprises a urine slope protruding to have a structure inclined downward toward the urine discharge hole in the rear of the urine discharge hole in the direction of the buttocks of the pet.

The small variable part may include a urine guide tube having one end communicating with the urine discharge hole and the other end inserted into the small variable part.

In addition, the cover portion, the first door wing and the second door wing respectively formed in the front and rear direction of the feces discharge hole in the direction of the head and buttocks of the pet to open and close the feces discharge hole in accordance with whether the pet's bowel activity or not; It characterized in that it comprises a pair of door wings configured to include.

In addition, the cover portion is installed on one side of the pair of door wings, characterized in that it comprises a pad discharge member for discharging the pad member for covering the top of the pair of door wings.

In addition, the variable variable portion is formed on one side of the upper direction of the head of the companion animal, the pair of door wings includes a receiving door for opening or closing the upper portion at the same time opening or closing the feces discharge hole. It is characterized by.

In addition, the pet defecation treatment device further includes a water tank unit provided in the accommodation space for receiving purified water, wherein the water tank unit, the urine slope and the urine slope and the urine slope so as to spray the purified water; It characterized in that it comprises a purified water guide tube formed in a structure penetrating the water tank.

In addition, the receiving body portion, characterized in that it comprises a second opening formed in a structure in communication with the accommodation space on one side and the receiving door for opening and closing the second opening.

The variable variable part may include a locking plate which is formed from a lower point than the accommodation door and protrudes toward the accommodation door at an upper portion of the other side facing the accommodation door, and the accommodation door may include the large variable part. When closing the upper end surface is characterized in that the continuous pressing the lower surface of the locking plate.

The bowel processing apparatus for pets according to the present invention includes a receiving body portion and a cover portion formed of a structure capable of mutually separating and a large variable portion, a small variable portion and a water tank portion provided inside the receiving body portion, The feces discharge hole and the urine discharge hole is formed in the cover portion characterized in that the feces of the companion animal fall through the large variable portion and the small variable portion through this, the tank is characterized in that by spraying the purified water around the urine discharge hole, Accordingly, the feces of the pet is separated and accommodated, and the hygiene is secured by performing the washing function of the tank.

In addition, the present invention includes a pair of door wings and the receiving door for opening and closing the feces discharge hole and the large variable, respectively, the pair of door wings and the receiving door is raised or lowered integrally depending on the bowel activity of the companion animal. And it characterized in that opening and closing the feces discharge hole and the large variable part, according to this, because the large variable part is opened only when the companion animal is defecation, it is possible to minimize the odor caused by the existing accommodated feces, accommodated inside the large variable part Since the stool is sealed by the double sealing structure by the receiving door and a pair of door wings, the airtightness is improved through this double sealing structure and odors are reliably blocked.

1 is a perspective view of a defecation treatment device for pets according to the present invention.
Figure 2 is an exploded perspective view of the bowel treatment apparatus for pets according to the present invention.
3 is a cross-sectional view of the defecation treatment device for pets according to the present invention.
Figure 4 is a cross-sectional view showing a state of use of the bowel processing apparatus for pets according to the present invention.
5 is a schematic diagram showing the control unit and the components associated with the control unit.
6 is a flowchart showing the principle of operation of a pair of door wings.
7 is a partial perspective view illustrating a case where a pad discharge member is installed.
8A to 8C are cross-sectional views showing an operating state of the pad discharge member.

Prior to the detailed description of the present invention, specific details for carrying out the present invention are included in the following embodiments and drawings, the same reference numerals throughout the specification refer to the same components.

In addition, the singular forms in the present specification will also include the plural forms unless the context clearly indicates otherwise.

Hereinafter, with reference to the drawings will be described for the pet bowel treatment apparatus according to the present invention.

First and Figure 1 and Figure 2 is a perspective view and an exploded perspective view of the companion animal bowel treatment apparatus according to the present invention, with reference to this will be described in a high level of the configuration of the present invention.

As shown in Figure 1 and 2, the companion animal defecation treatment apparatus 1000 according to the present invention includes a housing 200 and a cover 200 to cover the housing body 100, and It includes a large variable portion 300, a small variable portion 400 and the water tank 500, and a step portion 600 formed at one end of the receiving body portion 100 accommodated inside the receiving body portion 100; do.

First, the accommodating body part 100 has a cavity structure therein to accommodate the large variable part 300 and the small variable part 400 for accommodating the urine and the water tank 500 for accommodating purified water. The receiving space 110 is formed.

In addition, first and second openings 120 and 130 are formed on the upper and one side surfaces of the housing body 100 to communicate with the accommodation space 110.

That is, the housing body 100 has a structure in which the upper and one side is opened to accommodate various components for storing the urine and the like, and to secure the storage and separation of these components.

In addition, since the pets perform bowel movements several times a day, the bowel processing apparatus should be frequently cleaned to maintain its cleanliness.

For such a cleaning activity, the large variable part 300, the small variable part 400, etc. to accommodate the urine and the like should be easily accommodated and separated from the housing body 100.

In order to solve this problem, as described above, the accommodation body part 100 may include a second opening 130 formed at one side and a storage door 140 for opening and closing the second opening 130.

Through the opening and closing function of the housing body 100 of the storage door 140, since the storage and separation of the large variable unit 300, etc. are easily secured, thus, the ease of removing urine and the cleanliness of the bowel processing apparatus are secured. Effect occurs.

1 and 2, the storage door 140 is shown as a case structure, but this is only one example for explaining the ease of storage, which is a feature of the bowel processing apparatus.

That is, the storage door 140 may be implemented in various structures and shapes, such as a sliding structure, in order to secure the above-mentioned easy storage and cleanliness.

In addition, one side of the receiving body portion 100 is provided with a step portion 600 having a step structure.

Through this, the companion animal can easily access the defecation place provided on the upper portion of the cover part 200 along the staircase structure, and thus, the ease of defecation is improved.

Next, a cover part 200 is provided on an upper portion of the accommodating body part 100 to cover the first opening 120.

The cover part 200 is a configuration in which a predetermined space is provided to allow the companion animal to perform bowel movements, which will be described later in detail.

First, the first coupling protrusion T1 protrudes along the edge of the cover 200.

In addition, a first coupling groove P1 is formed along an edge of the receiving body portion 100, which is a surface facing the first coupling protrusion T1, so that the first coupling protrusion T1 may be inserted.

Through the insertable structure between the first coupling protrusion T1 and the first coupling groove P1 described above, the cover 200 and the receiving body 100 may be easily separated or coupled to each other.

Accordingly, in various situations where space interference is likely to occur due to the coupling relationship between components such as cleaning and replacement of parts, the space interference can be minimized by securing the above-mentioned separation property, thereby improving the maintainability. do.

In addition, the cover part 200 is formed in a structure in which the stool discharge hole 210 is opened in the upper and lower portions, and when the companion animal has a stool activity, the stool is received through the stool discharge hole 210 through the receiving space 110 It falls to the large variable part 300 inside.

At this time, if the stool discharge hole 210 is always open state, the odor of the stool may spread to the room through the stool discharge hole 210, the companion animal can be strayed to the feces discharge hole 210. There is a danger.

In order to solve these problems, the cover part 200 may include a pair of door wings 250 respectively formed in the front and rear directions of the feces discharge hole 210 in the direction of the head and buttocks of the pet.

The pair of door wings 250 may include a first door wing 251 installed at the front of the stool discharge hole 210 and a second door wing installed at the rear of the stool discharge hole 210 opposite thereto. 252), characterized in that for opening and closing the feces discharge hole 210 according to the bowel activity of the companion animal.

In addition, the pair of door wings 250 may be raised or lowered by hinge coupling.

3 and 4 are cross-sectional views showing a cross-sectional view and a state of use of the bowel movement apparatus for pets according to the present invention, Figure 5 is a schematic diagram showing the control unit 700 and the configuration associated with it.

Opening and closing of the feces discharge hole 210 by the pair of door wings 250 will be described in detail with reference to FIGS. 3 to 5.

First, as described above, the pair of door wings 250 in which the stool falls is configured to perform frequent up and down operations, and a predetermined vibration may occur during this up and down process.

At this time, as shown in Figure 3 and 4, if the stool detection sensor (S1) is installed on the pair of door wings 250, which is due to the vibration of the pair of door wings 250 up and down There is a risk of malfunction or failure.

Therefore, it is preferable that the stool detection sensor S1 be installed at a spaced distance from the pair of door wings 250.

In this case, the feces detection sensor S1 is in direct contact with the feces due to the spaced-apart structure of the pair of door wings 250 described above.

Thus, the feces can not be detected through the sensing means by direct contact, such as a piezoelectric element (Piezo) method, it is preferable that the feces detecting sensor (S1) is made of a remote sensing means such as an infrared sensor.

And, in the footrest section 260, which is the surface of the both sides of the cover portion 200 of the feces discharge hole 210, the bowel position detection for detecting the bowel position whether or not the pet step on the footrest section 260 for bowel activity The sensor W is installed.

At this time, the defecation position sensor (W) is preferably composed of a load or pressure sensor, the specific detection method may be implemented in various forms such as piezoelectric (Piezo), strain (strain) method.

In addition, the bowel position sensor (W) may be installed on the outer surface of the scaffolding section 260, or may be embedded in the inner peripheral surface.

Next, as shown in FIG. 5, the control unit 700 is connected to the defecation position sensor W, the stool detection sensor S1, the pair of door wings 250, and the like.

The controller 700 receives the sensing values of the sensors W and S1 in real time, and controls the opening and closing of the pair of door wings 250 by matching them with a set condition.

In addition, the control unit 700 is configured to include a bowel position setting module 710 and a credit setting module 720, the control unit 700 will be described in detail later.

In the above, the configuration for sensing the feces activity of the pet and opening and closing the pair of door wings 250 accordingly.

Next, referring to FIG. 6, which is a flowchart illustrating an operation principle of the pair of door wings 250, a detailed opening and closing process of the pair of door wings 250 will be described.

First, as shown in Figure 6, the stool detection sensor (S1) detects whether the stool has fallen on the pair of door wings 250.

Then, the bowel position detection sensor (W) is a bowel preparation step (A100) for detecting whether the companion animal is on the cover 200 for defecation is initiated.

In addition, the sensing values sensed by the stool sensor S1 and the bowel position sensor W are transmitted to the controller 700 in real time, and all components for performing the sensing function described above or later will be described in detail. The sensing value is transmitted in real time to the 700.

Next, when the defecation preparation step (A100) is satisfied, as shown in FIGS. 4 and 6, the control unit 700 drops the stool D by dropping the pair of door wings 250. Step A200 is performed.

At this time, the foreign body falls to the outer circumferential surface of the pair of door wings 250, or the companion animal simply moves in the footrest section 260, or other external force acts due to various factors, such as a bowel position sensor (W) ) Can be misunderstood.

Even in this case, if the control unit 700 determines that the companion animal has bowel movements and lowers the pair of door wings 250, the control unit 700 may waste power and cause a malfunction due to frequent opening and closing operations.

In order to solve these problems, the control unit 700 is characterized by lowering the pair of door wings 250 only when both the bowel position and the bowel position of the companion animal is continuously sensed for a predetermined time.

More specifically, a predetermined pressing force must be continuously sensed by the defecation position sensor (W) for a predetermined time or more, and the feces should be continuously detected by the feces detecting sensor (S1) during this time. Is to lower the pair of door wings 250.

That is, the controller 700 descends the pair of door wings 250 through a kind of double sensing structure.

Due to this double sensing structure, the misoperation of the pair of door wings 250 can be significantly reduced, thereby reducing the useless power consumption and significantly reducing the failure rate caused by the misopening and closing action. Done.

In addition, the defecation position setting module 710 may be set to the position detection time which is a value for the time that the predetermined pressure is continuously sensed by the defecation position sensor (W).

In the stool setting module 720, a stool detection time that is a value for a time when a predetermined object is continuously sensed by the stool detection sensor S1 may be set.

That is, by considering the type of dog pets, bowel habits, etc., the pet animal owner sets the position detection time and the feces detection time in a customized manner, thereby further providing a kind of timer condition for the pair of door wings 250 to operate. It can be set specifically.

Through the specification of the timer condition, the number of cases in which the pair of door wings 250 is misoperated is further reduced, resulting in an effect of further reducing the power consumption rate and failure occurrence rate due to misoperation.

The defecation position setting module 710 may further set a companion animal load value, which is a value for a pressing force corresponding to the value of the position detection time.

Accordingly, in setting the conditions in which the pair of door wings 250 are descending, the companion animal can specifically reflect the weight of the companion animal.

That is, not only the pair of door wings 250 is detected during the set time, but at the same time the load corresponding to the weight of the companion animal must satisfy all of the detected for the set time.

Through this, the main detailed variables, including the pet's own weight, can be considered in the pair of door wing 250 opening operation, thereby further reducing the misoperation rate of the pair of door wings 250. Effect occurs.

Next, after the feces dropping step (A200), the control unit 700 is a fecal completion confirmation step (A300) for checking whether the pressing force applied to the defecation position sensor (W) is released for a predetermined time or more is performed. .

When the stool completion confirmation step A300 is satisfied, the stool hole closing step A400 in which the control unit 700 raises the pair of door wings 250 is performed.

At this time, as described with respect to the position detection time, the stool setting module 720 can set the departure detection time which is a value for the time to maintain the release of the pressing force for the defecation position sensor (W).

Accordingly, the companion animal can set the departure detection time corresponding to the bowel habits of the companion animal.

Thus, even if the pet moves briefly during defecation and temporarily goes out of the range of the defecation position sensor W, the fecal discharge hole 210 is finally completed until all defecation activities are completed according to the above-described deviation detection time setting. It will not be closed.

Therefore, after the pair of door wings 250 is raised, the case of remaining feces being discharged to the upper part is significantly reduced, resulting in the effect of significantly reducing the odor, sanitary degradation, etc., which may occur due to the remaining feces.

In this case, the pair of door wings 250 may be operated by various driving means such as a step motor (not shown), such a driving means may be operated through the control of the controller 700.

7 is a partial perspective view illustrating a case in which a discharge member is installed, and FIGS. 8A to 8C are cross-sectional views illustrating an operation state of the pad discharge member.

A pad discharge member 280 and a pad member 270 discharged from the pad discharge member 280 will be described with reference to FIGS. 7 and 8A to 8C.

First, as shown in FIG. 7, a pad discharge member 280 is installed in at least one of the footrest sections 260 that are one side of the pair of door wings 250.

As shown in FIG. 8A, the pad member 270 is discharged from the pad discharge member 280 and provided on the pair of door wings 250 to cover the lower portion of the stool D so as to cover the stool D. The pair of door wings 250 are not contaminated.

In addition, the pad member 270 may be made of various means for the cover of the stool (D), such as paper, vinyl, nonwoven fabric.

Next, as shown in the order of FIG. 8B to FIG. 8C, as the pair of door wings 250 descend, the stool D is wrapped in the pad member 270 to the large variable part 300. It is falling.

Next, after the stool activity is completed and the pair of door wings 250 completely closes the stool discharge hole 210, the pad discharge member 280 as shown in Figs. 270 is again covered on the top of the pair of door wings 250.

That is, the process of covering the pair of door wings 250 by the pad discharge member 280 is to be performed at the closing step of the feces hole (A400) described above, the pad discharge member 280 is the control unit 700 The drive is controlled by being connected to.

Accordingly, at each stool, the stool may fall inside the large variable part 300 while being covered by the pad member 270.

Accordingly, the pair of door wings 250 and the variable variable part 300 minimize the generation of contamination and odor due to the stool contact, thereby improving the cleanliness and hygiene.

At this time, if the pad discharge member 280 is installed only on one side of the pair of door wings 250, the end of the pad member 270 discharged therefrom is a pair of doors facing the pad discharge member 280 It may not completely cover the other section of the wing 250.

Due to this, the pad member 270 may be inclined or inclined downward in the distal direction while the feces fall down, and the feces may slide along the inclination to be separated from the pad member 270, thereby causing the large variable portion ( 300) may be contaminated.

Accordingly, preferably, the pad discharge member 280 may be formed at both sides of the pair of door wings 250 as illustrated in FIGS. 1, 2, and 7.

Through such a plurality of configurations, the pad member 270 can be stacked in two layers to cover the stool more hermetic.

In addition, the two pad members 270 discharged from the two pad discharge members 280 may cover one side and the other side of the pair of door wings 250.

As a result, the pad member 270 is not inclined to any one side in the process of falling down the feces, thereby preventing the feces from being deviated due to the inclination.

This completes the description of the actual use of feces processing according to the defecation processing apparatus 1000.

Next, the variable variable unit 300 used in the above-described stool processing process will be described in more detail.

As shown in Figures 2 and 3, the large variable portion 300 is a structure in which the upper portion can be opened to accommodate the feces falling from the feces discharge hole (210).

For the upper opening, the variable variable part 300 includes a receiving door 330 formed on one side of the upper part to open and close the upper part.

At this time, the receiving door 330 is characterized in that the pair of door wings 250 open or close the feces discharge hole 210 and at the same time open or close the upper portion of the variable variable portion (300).

In detail, referring back to FIGS. 3 and 4, when the first door wing 251 descends to open the feces discharge hole 210, the accommodation is performed by the pressing action of the first door wing 251. The door 330 is also lowered to open the upper portion of the variable variable part 300.

In addition, the receiving door 330 is also raised or lowered by a hinge driving similarly to the pair of door wings 250.

In addition, the variable variable part 300 is formed from a predetermined lower point than the accommodation door 330 on the other side facing the accommodation door 330 and protrudes toward the accommodation door 330 ( 340).

For this reason, as shown in FIG. 4, when the second door wing 252 descends to open the fecal discharge hole 210, the end of the second door wing 252 contacts the end of the locking plate 340 to provide a large variable portion. The other side of the 300 is to block the inside and outside.

That is, the locking plate 340 is to perform a kind of stopper (Stopper) function, and thus the second door wing 252 is stopped with the end facing the inside of the large variable portion 300.

Through this, the feces falling to the other outer direction of the large variable portion 300 is blocked by the second door wing 252 is not contaminated the interior of the receiving body portion 100, the effect that the cleanliness is improved eventually Occurs.

This concludes the description of the process in which the stool falls into the large variable part 300 by linkage of the pair of door wings 250 and the receiving door 330.

Next, the receiving door 330 will be described to explain the process of closing the upper portion of the feces discharge hole (210).

As shown in Figure 3 and 4, the large variable portion 300 may include a closing guide member 360 provided on the outside while being hinged to the receiving door (330).

At this time, the closing guide member 360 is characterized in that it has a load exceeding the load of the receiving door (330).

Thus, a seesaw principle based on the hinge coupling acts between the receiving door 330 and the closing guide member 360.

Therefore, when no external force is applied to the receiving door 330, the closing guide member 360 is rotated to the lower side of the gravity action direction based on the hinge coupling described above.

At the same time, according to the seesaw principle, the receiving door 330 is rotated upward in a direction of closing the large variable part 300 based on the hinge coupling.

That is, only by simply hinged to the receiving door 330, when no external force is applied thereto, the upper portion of the feces discharge hole 210 can be closed by the above-described seesaw principle.

In addition, when the first door wing 251 descends to process the falling bowel movement, the receiving door 330 is lowered by the pressing action of the first door wing 251 to open the variable variable part. .

Accordingly, the opening and closing of the large variable part 300 is performed only by the aforementioned simple hinge coupling, so that a separate driving means for driving the receiving door is not necessary.

This minimizes power consumption and simplifies the design and fabrication structure, resulting in improved economics such as reduced maintenance costs and unit costs.

In addition, when the above-mentioned contents are summed up, the feces accommodated inside the variable variable part 300 are primarily isolated from the outside by the receiving door 330, and secondly by the pair of door wings 250. Isolate from the outside.

That is, since the stool is isolated from the outside by the above-mentioned double sealed structure, the odor, spreading of various bacteria, etc. are minimized to have the effect of maximizing cleanliness.

And, the forming height of the locking plate 340 is a predetermined lower than the forming height of the receiving door 330 and the effect caused by this, as described above, yet another through the structure of the locking plate 340 It is effective, so let's explain it.

2 and 3, when the receiving door 330 closes the upper portion of the large variable portion 300, the upper end thereof is in contact with the lower end of the locking plate 340.

If the forming height of the locking plate 340 is the same as the forming height of the receiving door 330, the closing plate 340 and the receiving door 330 are closed to each other when the large variable part 300 is closed. Only the cross-sectional area will be in contact or facing.

That is, in the above case, since a separate supporting means for maintaining the contact state of the engaging plate 340 and the receiving door 330 is not sufficient, the contact state is unstable, and there is an empty space between the side end portions. Can be formed.

As a result, the sealability of the feces is reduced, and problems such as odor generation and sanitary reduction due to the decrease in sealability occur.

On the other hand, if the position of the locking plate 340 lower than the position of the receiving door 330, the receiving door 330 by the seesaw principle action between the above-mentioned receiving door 330 and the closing guide member 360 The upper end portion of the stopping plate 340 is to continuously press the lower portion.

In other words, since this is a structure in which the locking plate 340 is formed in the moving path of the receiving door 330 that rises according to the seesaw principle, the receiving door 330 continuously presses the locking plate 340, and thus its sealing property. This is to be maximized.

Next, as shown in FIG. 4, when the receiving door 330 is lowered and the large variable part 300 is opened, the stool is guided by the lowering motion of the receiving door 330.

As a result, the stool is eventually loaded only on one side of the variable variable part 300 facing the end of the receiving door 330, and the stool is not loaded on the other side, which is a space facing the horizontal, so that the space utilization is reduced. Can be.

In order to solve this problem, the inner side of the variable-variable portion 300 that faces up and down or to the end of the receiving door 330 facing the stopping plate 340 is downward toward the receiving door 330 direction A feces slope 350 formed of an inclined structure may be formed.

Through this, the stool falls along the inclined structure and can be loaded evenly on the other side of the large variable part 300, thereby ensuring the space utilization.

In addition, as shown in FIG. 2, the large variable part 300 may include a first cover 310 and a first body 320.

In addition, similar to the separation coupling structure between the housing body part 100 and the cover part 200 described above, a protruding structure corresponding to the first coupling protrusion T1 may be formed on the first cover 310.

In addition, a groove structure corresponding to the first coupling groove P1 may be formed in the first body 320.

Through this, the variable variable part 300 may be formed in a structure that can be freely separated and combined, such as the above-mentioned receiving body portion 100 and the cover portion 200, accordingly, maintenance, such as cleaning, replacement parts, etc. A secured effect occurs.

This concludes the description of the structure of the large-variable unit 300 and all processes in which feces are processed in the large-variable unit 300.

Next, to describe the process of the urine is processed by the other components of the present invention.

First, the upper portion of the cover portion 200 is formed with a structure that opens the upper and lower urine discharge hole 220.

In addition, a small variable portion 400 is provided in the accommodation space 110 to accommodate the urine falling from the urine discharge hole 220.

In this case, the small variable unit 400 may include a urine guide tube 430 one end of which is in communication with the urine discharge hole 220 and the other end is inserted into the small variable unit 400.

Accordingly, the urine guide tube 430 is connected to the urine discharge hole 220 and the small variable unit 400, the urine is to be accommodated as the small variable unit 400 without being scattered into the receiving space (110). It can be.

At this time, when considering the intelligence of the companion animal, it will be difficult for the companion animal to accurately inject the urine in the urine discharge hole (220).

That is, some urine during defecation activity is scattered to the outside of the cover portion 200 can seriously impair its cleanliness and hygiene.

In order to solve this problem, the cover part 200 may include a urine mask 230 formed in a protruding structure along the front and both side edges of the urine discharge hole 220 in the head direction of the companion animal.

The urine covering function of the urine screen 230 described above is exemplarily illustrated in FIG. 4, thereby minimizing the external scattering rate of urine, thereby further securing the cleanliness and hygiene.

And, if urine is sprayed to the surface of the cover portion 200 in the vicinity of not exactly falling into the urine discharge hole 220, due to this remaining urine can be seriously reduced the hygiene and the like.

In order to guide the remaining urine to the urine discharge hole 220, the cover 200 is inclined downward toward the urine discharge hole 220 in the rear of the urine discharge hole 220 in the direction of the buttocks of the companion animal. Includes a urine slope 240 having a structure and protruding.

That is, even if the pet does not spray urine to the urine discharge hole 220 correctly, even if the urine slope 240 in the vicinity, the residual urine is a unique slope of the urine slope 240 to induce a drop by gravity It can be guided directly to the urine discharge hole 220 through the structure.

Accordingly, the amount of residual urine that may be present on the outer circumferential surface of the cover part 200 may be minimized, resulting in a significant reduction in odor generation and sanitary degradation due to residual urine.

In addition, as shown in FIG. 2, the small variable part 400 may include a second cover 410 and a second body 420.

In addition, similar to the separation coupling structure between the housing body part 100 and the cover part 200 described above, a protrusion structure corresponding to the first coupling protrusion T1 may be formed on the second cover 410.

In addition, a groove structure corresponding to the first coupling groove P1 may be formed in the second body 420.

Through this, the small variable portion 400 may be formed in a structure that can be freely separated and coupled like the above-mentioned receiving body portion 100 and the cover portion 200, accordingly, maintenance, such as cleaning, replacement parts, etc. A secured effect occurs.

Next, a description will be given of the components for cleaning the urine slope 240, urinal screen 230, etc. contaminated by urine.

First, the present invention further includes a water tank unit 500 provided in the accommodation space 110 to receive the purified water, wherein the purified water includes all liquid substances for washing, such as water.

The water tank 500 is formed to penetrate the urine slope 240 and the water tank 500 so as to spray the purified water onto the urine screen 230 and the urine slope 240. Purified water guide pipe 530 is included.

In detail, the purified water guide tube 530 includes a first washing member 532 and a second washing member 533 which are exposed to the outside of the cover part 200 and connected to each other in a branched structure.

The purified water guide tube 530 includes a tubular member 531 that passes through the urine slope 240 and the water tank 500 and has one end communicating with the second washing member 533.

In addition, the first cleaning member 532 is characterized in that the end portion to which the purified water is sprayed so as to wash the urine screen 230 is installed toward the urine screen 230.

 In addition, the second cleaning member 533 is installed so that the end portion of which the purified water is sprayed is directed toward the urine slope 240 so as to wash the urine slope 240.

And, one side of the urine discharge hole 220 is provided with a urine detection sensor (S2) for detecting urine.

At this time, when the urine detection sensor (S2) detects the urine, the control unit 700 is to allow the water tank 500 to perform the washing function.

In addition, the urine detection sensor S2 may be made of various means such as an infrared sensor, an ammonia detection sensor, a piezoelectric element, and a strain gauge.

Preferably, the urine detection sensor (S2) is characterized by consisting of an ammonia detection sensor so as to sense only urine that is an ammonia-based material.

Accordingly, even if non-ammonia substances such as water are introduced into the urine discharge hole 220, the urine discharge hole 220 is not recognized as urine, and the water tank 500 does not cause a misoperation operation.

In addition, the purified water guide pipe 530 may be connected to the pumping means of various methods such as a pump (not shown).

As the control unit 700 controls the pumping means, the purified water is pumped to the pipe member 531, and the purified water is washed through the first washing member 532 or the like.

In addition, as illustrated in FIG. 2, the water tank 500 may include a third cover 510 and a third body 520.

In addition, similar to the separation coupling structure between the accommodation body part 100 and the cover part 200 described above, a protrusion structure corresponding to the first coupling protrusion T1 may be formed on the third cover 510.

In addition, a groove structure corresponding to the first coupling groove P1 may be formed in the third body 520.

Through this, the water tank unit 500 may be formed in a structure that can be freely separated and combined, such as the above-mentioned receiving body 100 and the cover 200, thereby ensuring the maintenance associated with cleaning, replacement parts, etc. Effect occurs.

In addition, as shown in Figure 5, the control unit 700 may include a urine setting module 730, the user is the intensity of the purified water sprayed from the water tank unit 500 through the urine setting module 730 Can be adjusted.

Finally, the large variable portion 300, the small variable portion 400 and the water tank 500 is preferably made of a transparent material such as transparent plastic.

Through this, the user can immediately grasp the state of acceptance of the urine and purified water through the sight just by opening the storage door 140.

As described above, the present invention has a main technical idea to provide a defecation treatment device for pets, the above-described embodiment with reference to the drawings is only one embodiment, the true scope of the invention claims Based on the scope, it will also extend to the equivalent embodiments that can exist in various ways.

1000: defecation treatment device for pets according to the present invention
100: receiving body
110: accommodation space
120: first opening
130: second opening
140: storage door
200: cover part
210: fecal discharge
220: urine discharge ball
230: urine screen
240: urine slope
250: pair of door wings
251: first door wing
252: second door wing
260: scaffolding section
270: pad member
280: pad discharge member
300: large variable part
310: first cover
320: first body
330: accommodation door
340: Hanging plate
350: fecal slope
360: closed induction member
400: small variable part
410: the second cover
420: second body
430: urine guide tube
500: tank
510: third cover
520: third body
530: purified water guide pipe
531: pipe member
532: first cleaning member
533: second cleaning member
600: staircase
700: control unit
710: bowel position setting module
720: credit setting module
730: urine setting module
T1: first coupling protrusion
P1: first coupling groove
W: Bowel position sensor
S1: Fecal Sensor
S2: Urine Sensor
D: Stool

Claims (10)

A housing body including an accommodation space formed in a cavity structure therein and a first opening formed in a structure in communication with the accommodation space thereon;
A cover part including a stool discharge hole and a urine discharge hole formed in a structure opening the upper and lower portions, respectively, and covering the first opening and being detachable from or coupled to the receiving body part;
A large variable part provided in the accommodation space to accommodate the stool falling from the stool discharge hole; And
A small variable portion provided in the accommodation space to accommodate the urine falling from the urine discharge hole; Feces treatment device for a pet comprising a.
The method of claim 1,
The cover part,
Fecal treatment for pets, characterized in that it comprises a urine screen is formed in a protruding structure along the rim in front and both sides of the urine discharge hole in the head direction of the pet to cover the urine of the companion to scatter outside Device.

The method of claim 2,
The cover part,
Fecal treatment device for a pet, characterized in that it comprises a urine slope protruding to have a structure inclined downward toward the urine discharge hole in the rear of the urine discharge hole in the direction of the buttocks.
The method of claim 1,
The small variable part,
Fecal treatment device for a pet animal, characterized in that it comprises a urine guide tube one end is in communication with the urine discharge hole and the other end is inserted into the inner side of the small variable.
The method of claim 1,
The cover part,
A pair including a first door wing and a second door wing respectively formed in the front and rear direction of the feces discharge hole in the head and buttocks direction of the pet to open and close the feces discharge hole according to the bowel activity of the companion animal Feces treatment device for a pet comprising a door wing. The method of claim 5, wherein
The cover part,
Companion animal defecation treatment device characterized in that it is installed on one side of the pair of door wings and comprises a pad discharge member for discharging the pad member covering the upper portion of the pair of door wings.
The method of claim 5, wherein
The large variable part,
It is formed on the upper side of the head facing the pet, the pair of door wings for the pet comprising a receiving door for opening or closing the upper and at the same time opening or closing the fecal discharge hole Defecation processing device.
The method of claim 3, wherein
The pet defecation treatment device,
A water tank unit provided in the accommodation space to accommodate purified water; More,
The water tank unit,
And a purified water guide tube formed through the urine slope and the water tank so that the purified water can be injected onto the urine screen and the urine slope.
The method of claim 1,
The receiving body portion,
Composting device for a pet, characterized in that it comprises a second opening and a receiving door for opening and closing the second opening is formed in a structure in communication with the receiving space on one side.
The method of claim 7, wherein
The large variable part,
A locking plate formed at a lower point than the accommodation door and protruding toward the accommodation door at an upper portion of the other side facing the accommodation door;
The accommodation door is,
When closing the upper portion of the variable variable portion, the upper surface is the pressure treatment device for the companion animal, characterized in that the continuous pressing the lower surface of the locking plate.

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