KR200489118Y1 - Excretory Device for Prevention of Coprophagy - Google Patents

Abstract

The present invention relates to an animal toilet for preventing food intake.
To this end, the present invention has a defecation footing part having a defecation pad for recognizing the defecation position on the upper surface of a pair of defecation footsteps spaced apart so as to form a predetermined gap; A guiding member symmetrically coupled to the upper portion of the pair of bowel footrests so as to guide the moving direction and position of the animal between the guiding members, thereby guiding the bowel movement to fall through the gap; And a bowel movement receiving portion provided at a lower portion of the gap to collect bowel movements of the falling bowel and prevent bowel movement from being reared by the animal.
Thereby, it is possible to treat animal feces in real time to prevent food poisoning, eliminate the hygiene defects, and eliminate the need for a separate power source.

Description

[0001] Excretory Device for Prevention of Coprophagy [

More particularly, the present invention relates to an animal toilet for preventing food poisoning, and more particularly, to an animal toilet for preventing food poisoning, more specifically, a defrosting footstool having a movement inducing unit coupled to an upper portion thereof, A defecation guide pad is provided on the upper surface of the stool of the pair, and a guide for guiding the moving direction and position of the animal is provided between the pair of guide members so that the defecation of the animal falls down below the gap, Wherein the defecation is collected in a receptacle of defecation rejection to prevent animals from rearing the defecation.

As the number of households increases and the quality of life is improved, the number of pets is increasing rapidly. As a result, there is a rapid increase in the market related to pets, and a society is being socially recognized as a member of the family rather than being an ornamental animal.

In this background, interest in various pets is increasing. However, pets have problems such as polluting the indoor environment or inducing conflicts with neighboring residents if education about defecation is not performed properly.

 In particular, in the indoor environment, disposal of pets has remained an ongoing challenge. In the past, papers such as newspapers or abandoned paper were laid on the papers, and when the pets were defecated on the paper, Recently, there have been various kinds of bowel pads for inducing defecation in a certain position actively.

However, in the case of conventional poultry and poultry pads, if the poultry excrement is not processed in real time, the poultry caused the planting of the poultry to reapply its own excrement, and the poultry is the emotional bond with the poultry It has become a hindrance factor in the formation of the < RTI ID = 0.0 >

In order to solve such a problem, an excretion processor capable of directly processing the pet in case of defecation in real time has been proposed. The excretory processor is constructed in such a way that when a pet is defecated, it senses it in real time and isolates it so that the pet can not approach it.

As a defecation processor according to the prior art document, Korean Patent No. 10-155587 entitled 'Dog toilet bowl' (Registered on Dec. 27, 2010, hereinafter referred to as 'Prior Art Document 1') has been proposed. The above-mentioned prior art document 1 proposes that the urine of the male can be cleaned by dropping the excrement by causing the support plate to rotate by the power while spraying the water while the opening is closed, while providing the urine discharge space provided with the support plate.

In addition, Korean Patent No. 10-1070284 entitled 'pet toilet' (registered on September 28, 2011, hereinafter referred to as 'prior art document 2') has been proposed, and in the prior art document 2, And the opening is made to be able to be opened and closed by the opening and closing cover by the power, so that when the opening and closing cover is opened, the excrement drops into the collection space.

However, the prior art documents 1 and 2 attempted to prevent animal food from being produced by sensing and separating pet feces in real time. However, the process of locating and defecating an animal in a defecation processor, As a result, the process of opening and closing the opening and closing of the defecation processor was inevitably accompanied by the power.

Therefore, the prior art documents have a limitation in that a separate power source is required. Inevitably, the position where the defecation processor is installed in the room is limited to a position where power can be supplied, and depending on the animal, There was a risk of electric shock accidents when water was present.

In addition, there is a problem that an animal's foot drop occurs due to a malfunction of a sensor or a failure of a part. Especially, when a cover is provided, it is difficult to accommodate various sizes varying according to kinds of animals and growth process There were additional limitations.

The object of the present invention is to solve the above-mentioned problems, and it is an object of the present invention to solve the problem of hygiene by increasing the emotional bond with the owner by preventing the foodstuff caused by not treating the defecation of the pet in real time, It is possible to effectively drop and separate the excrement even without a separate power source and to prevent the animal from falling out during the defecation process and to form a stable bonding structure even in the external force generated during the movement of the animal, It is an object of the present invention to provide an animal feeder for food intake prevention which can be applied flexibly to growth and has convenience in use that can be maintained and managed merely by merely separating and recombining the receptacle, and also applicable to animals of various sizes and tendencies.

In order to achieve the above-mentioned object, the present invention provides an animal feeder for preventing food poisoning, comprising: a pair of bowel feet (110) spaced apart from each other so as to form a predetermined gap (S) The footrest prevention surface 111 is formed at the inner end of the defecation foot 110 so as to be inclined to the inner lower end of the footrest 110. The footrest prevention surface 111 is made of rubber or urethane, A defective scaffold portion 100 to which the preventive pad 111a is coupled; The guide member 210 is symmetrically coupled to the upper portions of the pair of bowel foot plates 110 so that the passage I guides the moving direction and the position of the animal therebetween, A movement inducing part (200) for guiding the user to fall; And a defecation counter (300) provided at a lower portion of the gap (S) to collect faeces of falling animals and prevent animals from reaping faeces.

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In addition, a defecation induction pad 120 is provided on the upper surface of a pair of defecation stools 110 spaced apart so as to form a predetermined gap S, (100) having a plurality of receiving rails (112) formed in the moving direction of the animal; The guide member 210 is symmetrically coupled to the upper portions of the pair of bowel foot plates 110 so that the passage I guides the moving direction and the position of the animal therebetween, A coupling hole 214 is formed in the lower end surface 213 of the guide member 210 so as to be coupled to the receiving rail 112 to adjust the gap of the passage I, A movement inducing part 200 formed to be capable of changing a position of engagement with the body 110; And a defecation counter (300) provided at a lower portion of the gap (S) to collect faeces of falling animals and prevent animals from reaping faeces.

The receiving rail 112 is formed to have a groove 112a and the coupling hole 214 may have a protrusion 214a formed to correspond to a sectional shape of the groove 112a and may be slidably coupled with each other .

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A defrosting foot unit 100 having a defecation inducing pad 120 on an upper surface of a pair of defrosting feet 110 spaced apart to form a predetermined gap S so that the animal can recognize the defecation position; The guide member 210 is symmetrically coupled to the upper portions of the pair of bowel foot plates 110 so that the passage I guides the moving direction and the position of the animal therebetween, A movement inducing part (200) for guiding the user to fall; And a receptacle (310) is provided at the lower part of the gap (S) to collect the excrement of falling animals and prevent the animals from reaping excrement. The receptacle accommodating groove (320) provided with the receptacle (310) And a deflector 300 for symmetrically supporting a deflecting footplate 100 provided at an upper portion of the receptacle catching recess 320, The pair of bobbin trims 110 of the bobbin 100 can be changed in the position of engagement with the bow deflector 300 so that the gap S can be adjusted.

A first slide rail 331 is formed in the width direction of the support 330 of the defecation allowance 300 and a second slide rail 113 is formed under the defecation foot 110 The bobbin trunk 110 may be slidable in the width direction of the support 330.

A stopper 332 may be provided on the support member 330 to restrict the position of the bobbin trunk 110.

A pair of guide members of the movement inducing unit are symmetrically coupled to provide a passage for guiding the moving direction and the position of the animal therebetween, so that the excrement is guided to drop through the gap, and the animal excrement can be processed in real time.

This can prevent the animal from eating food to re-plant its own excrement, and can eliminate hygiene deficiencies, further enhancing emotional ties with the owner.

In addition, since the excrement can be stably dropped through the gap by the movement inducing unit, there is no need for an additional process for treating the excrement, so there is no need for a separate power source for providing power.

Furthermore, the stool foot of the stool of the stool can be prevented from forming a foot-stopping surface, thereby preventing the animal from feeling a fear of falling out of the stool during defecation, and the stool can be stably dropped.

In addition, based on the shape and the coupling structure of the guide member 210 forming the movement inducing part 200, it is possible to provide a stable engaging force to an external force generated during the movement of the animal, .

In addition, since the distance between the passages formed by the guide member can be easily adjusted, it is possible to flexibly apply to the growth of animals continuously.

In addition, since the guide member is slidably coupled to the bobbin trestle, its fastening is simple, and the user can conveniently manage the bobbin by separating and reassembling the receptacle in the process of disposal.

In addition, the gap between the stools constituting the stool of the stool can be easily adjusted, so that it is possible to flexibly adjust the habit of the stool and the size of the stool due to the kind of animal.

1 is a perspective view illustrating an animal toilet according to an embodiment of the present invention;
2 is a cross-sectional view of an animal cleaner according to one embodiment of the present invention.
FIG. 3 is a conceptual diagram showing a movement inducing unit in which a position is adjusted according to an embodiment of the present invention. FIG.
FIG. 4 is an exploded perspective view illustrating a moving guide unit according to an embodiment of the present invention; FIG.
FIG. 5 is a conceptual view illustrating a movable defrosting foot according to an embodiment of the present invention. FIG.
FIG. 6 is an exploded perspective view of a defrosting foot according to an embodiment of the present invention; FIG.
7 is a use state diagram according to an embodiment of the present invention;

Hereinafter, preferred embodiments of the present invention will be described based on the accompanying drawings.

As shown in FIG. 1 and FIG. 2, the animal restroom for preventing food intake according to the present invention comprises a defective footrest 100, a movement inducing unit 200, and a defecation allowance 300.

The pair of foot rests 100 are spaced apart from each other such that a predetermined gap S is formed. The defecation foot 110 has a configuration in which the foot of the pet is in contact with the pet so that the pet is defecated in a state of being positioned on the defecation foot 110. [

However, a defecation induction pad 120 is provided on the upper surface of the defecation stool 110 so that the pet can be placed in the defecator.

The defecation induction pad 120 is configured to recognize that the defecator of the present invention is a place where the pet self-defecates, and the pet selects the defecation site based on the touch and smell of the foot, The foot rests naturally on the upper part of the bowel foot 110 based on the bowel guide pad 120 made of a preferable texture and material.

The pair of stools 110 are provided in a pair to form a gap S therebetween, and the excrement discharged from the pet through the gap S falls.

Meanwhile, the guide member 210 is symmetrically coupled to the upper portion of the pair of bobbin trunking plates 110, respectively. The pair of guide members 210 are provided with a passage I therebetween, and the pet moves naturally between the passages I to guide the moving direction and position of the animal.

7, the pet is naturally defecated in a predetermined position in the width direction by moving the passage I between the guide members 210, and the excretion is located at the lower center of the guide member 210 And falls into the gap S between the bowel footrests 110.

As a result, the excrement and the pet can be separated from each other, so that the pet can prevent the planting of the excrement by themselves, and the hygiene defects can be removed, thereby further increasing the emotional bond with the owner.

In addition, since the pet is located at a predetermined position by the movement inducing unit 200, and the excrement can be stably dropped into the gap S, a separate dropping step is not required, so that even if there is no power source, .

6, the defecation number refusing unit 300 is disposed below the defecation footing unit 100 and includes a receptacle 310 located at a lower portion of the gap S, . The receptacle 310 receives the excrement of the falling animal and isolates the animal from the bowel footplate 110 to prevent the pet from approaching the animal. The user can easily separate the receptacle 310 from the bowel movement, can do.

Thus, the defecation number refusal 300 prevents an animal from reaping the excrement, thereby preventing the reflux of food and preventing the unhygienic condition caused by other defecation, thereby providing a clean defecator.

2, a foot restraining surface 111 inclined to the inner lower end may be formed on the inner end of the defecation foot 110. As shown in FIG. The foot-stopping surface 111 prevents instantaneous fear from being formed as the feet of the pet are positioned in the gap S.

In addition, when the foot is located on the foot restraining surface 111, the pet recognizes the crisis and can lift the foot quickly. Even if the diaper foot is located in the gap S between the escape footrests 110, It can be easily lifted along the inclination.

In addition, even if the dropping position of the pet excrement does not exactly coincide with the upper portion of the gap S, the upper portion is formed to be more extended due to the inclination of the foot drop prevention surface 111, so that the drop can be easily dropped along the inclination have.

However, it is preferable that the foot drop prevention surface 111 is formed so as to have a sufficient inclination so that the pet excrement does not stick to the surface even though it has a high viscosity.

At this time, a non-slip pad 111a made of rubber or urethane may be coupled to the foot-stopping surface 111. [ The non-slip pad 111a provides a stable frictional force so that the feet of the pet do not slip.

Thus, the pet can easily lift the foot from the gap S based on the frictional force even when the foot is placed on the foot-stopping prevention surface 111. [

2, the guide member 210 of the movement guide unit 200 has a vertical guide surface 211 for guiding the animal on its inner side and an outer lower surface 211 for supporting the vertical guide surface 211, A support member 212 inclined by a predetermined angle may be formed.

The vertical guide surface 211 of the guide member 210 may be formed perpendicular to the defecation foot 110 to effectively guide the movement direction of the pet to move along the passage I provided therebetween.

However, the support member 212 may be formed to support the vertical guide surface 211 so that the guide member 210 can be stably supported from the lateral load generated by the movement of the pet.

The vertical guide surface 211 and the support member 212 constituting the guide member 210 are formed by joining panels. Alternatively, the guide member 210 integrally formed with the vertical guide surface 211 and the support member 212 has a right triangular shape It is also possible to fabricate it so that the structural stability is ensured.

The lower end surface 213 may be formed on the guide member 210 so that the distance between the guide members 210 and the passage I may be adjusted. The coupling position may be changeable.

The interval of the passages I can be adjusted by adjusting the spacing distance of the pair of guide members 210. [ 4, a plurality of receiving rails 112 are formed in the moving direction of the pet, and a lower end surface 213 of the guide member 210 is formed in the upper part of the defecation stool 110, A coupling hole 214 may be formed and coupled to any receiving rail 112. In another embodiment, the guide member 210 and the bowing footplate 110 may be made to slide in the width direction.

In the embodiment where the coupling hole 214 is coupled to the receiving rail 112, the receiving rail 112 and the coupling hole 214 may be formed by a fitting method, a forced fitting method using elastic deformation, Can be combined in various ways.

The receiving rail 112 is formed to have a groove 112a and the engaging hole 214 is formed with a protrusion 214a corresponding to the sectional shape of the groove 112a And can be slidably coupled to each other.

The protrusion 214a of the coupling member 214 may be formed in a dovetail shape or may have a T-shaped cross-section to prevent the guide member 210 from being separated in the reverse direction due to an external force.

3, the distance between the pair of guide members 210 can be easily adjusted, so that the distance between the pair of guide members 210 can be adjusted smoothly, .

As shown in FIG. 6, the cancellation refill 300 may include a receptacle 310, and a receptacle receptacle 320 having the receptacle 310 therein. The receptacle 310 is slidable in the receptacle catching receptacle 320 so that when the faeces falls, the receptacle is slid outward to remove the excreta and the empty receptacle 310 can be slid into the receptacle catching receptacle 320 again .

The support shaft 300 is symmetrically formed so as to support the bowling footrest 100 provided on the upper portion of the receptacle receiving groove 320.

As shown in FIG. 5, a pair of the bowel foot plates 110 of the bowel footrest 100 may be coupled with the bowel restorer 300 so that the interval of the passage S provided therebetween can be adjusted, The location may be changeable.

6, a first slide rail 331 is formed in the width direction of the support 330 of the bowel movement support refill 300, and a lower portion of the bowel movement support plate 110 The second slide rail 113 may be formed to allow the bobbin trunk 110 to slide in the width direction of the support 330.

It is possible to control the interval of the gap S based on the slide of the defecation foot 110 and to control the gap S to be formed at suitable intervals corresponding to the walking habits of the pet or the size of the excrement As much as possible, there is an advantage that it can be applied to pets of various sizes and orientations.

At this time, the first slide rail 331 of the support 330 and the second slide rail 113 of the deflector foot 110 can be fixed at a fixed position based on the frictional force. However, due to the lateral load caused by the pet, A stopper 332 may be additionally provided on the support 330 so as to prevent the bobbin trunk 110 from slipping, thereby restricting the position of the bobbin trunk 110.

On the other hand, since the defecation footstep 100 is positioned at a height above the floor by the defecation number refusal 300, the pet is located in the defecation footstep 100, which may be somewhat difficult.

In order to solve such a problem, as shown in FIG. 1, the guide slope part 400 may be formed so that the pet can be easily positioned in the defecation footing part 100. The guide slope part 400 may be coupled to be detachable, but if the guide slope part 400 is integrally formed, the receptacle 310 of the defecation receptacle 300 is formed on the opposite surface to be slid outwardly so as not to interfere with each other desirable.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims. It will be understood that the present invention can be easily modified in form.

It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. For example, each of the individually described components may be distributed and implemented, and components described as being distributed may also be implemented in a combined form.

The scope of protection of this invention shall be indicated by the claims of utility model registration described below rather than the above detailed description, and all modifications or modified forms derived from the meaning and scope of utility model registration claims and equivalents thereof shall be covered by the scope of protection Should be interpreted as being included in.

100: Bowel footrest 110: Bowel footrest
111: Foot drop prevention surface 111a: Non-slip pad
112: receiving rail 112a:
113: second slide rail 120: defecation pad
200: movement inducing part 210: guide member
211: vertical guide surface 212: support member
213: bottom surface 214:
214a: protrusion 300: refusal of bowel movement
310: Dumpster 320: Dumpster housing
330: support 331: first slide rail
332: Stopper 400: Guide slope part
S: Gap I: passage

Claims (11)

A defecation induction pad 120 is provided on the upper surface of a pair of defecation stools 110 spaced apart so as to form a predetermined gap S so that the animal can recognize the defecation position, And an anti-slip prevention surface (111) inclined at an inner lower end is formed at an end portion of the elastic body, and the anti-slip pad (111a) made of rubber or urethane is coupled to the foot slip prevention surface (111).
The guide member 210 is symmetrically coupled to the upper portions of the pair of bowel foot plates 110 so that the passage I guides the moving direction and the position of the animal therebetween, A movement inducing part (200) for guiding the user to fall; And
A bowel shaker 300 provided at a lower portion of the gap S to collect droppings of falling animals and prevent animals from reaping excrement;
Wherein the animal compartment is an animal food container.
delete delete delete delete A defecation induction pad 120 is provided on an upper surface of a pair of defecation stools 110 spaced apart to form a predetermined gap S so that the animal can recognize the defecation position, (100) in which a plurality of receiving rails (112) are formed in the moving direction of the animal;
The guide member 210 is symmetrically coupled to the upper portions of the pair of bowel foot plates 110 so that the passage I guides the moving direction and the position of the animal therebetween, A coupling hole 214 is formed in the lower end surface 213 of the guide member 210 so as to be coupled to the receiving rail 112 to adjust the gap of the passage I, A movement inducing part 200 formed to be capable of changing a position of engagement with the body 110; And
A bowel shaker 300 provided at a lower portion of the gap S to collect droppings of falling animals and prevent animals from reaping excrement;
Wherein the animal compartment is an animal food container.
The method according to claim 6,
The receiving rail 112 is formed to have a groove 112a and the coupling hole 214 is formed with a protrusion 214a corresponding to a sectional shape of the groove 112a and is slidably engaged with each other. Animal bowl for preventing food intake.
delete A defrosting foot plate 100 having a defecation inducing pad 120 on an upper surface of a pair of defrosting feet 110 spaced apart so as to form a predetermined gap S so that the animal can recognize the defecation position;
The guide member 210 is symmetrically coupled to the upper portions of the pair of bowel foot plates 110 so that the passage I guides the moving direction and the position of the animal therebetween, A movement inducing part (200) for guiding the user to fall; And
A receptacle (310) is provided at the lower part of the gap (S) to collect the excrement of falling animals and prevent the animal from reforesting excrement. The receptacle accommodating groove (320) in which the receptacle (310) And a defender 300 for symmetrically supporting the defective stool 100 provided at the upper portion of the receptacle holding groove 320,
Wherein a position of engagement with the defecation decontamination (300) can be changed so that the interval of the gap (S) can be adjusted in a pair of defecation footrests (110) of the defecation footstool part (100) .
10. The method of claim 9,
A first slide rail 331 is formed in the width direction of the support 330 of the defecation rejection 300 and a second slide rail 113 is formed in the lower portion of the defecation foot 110, Wherein the footrest (110) is slidable in the width direction of the support (330).
11. The method of claim 10,
Wherein the support (330) is provided with a stopper (332) to restrain the position of the defecation footplate (110).

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