JP5354307B2 - Pet cage - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cage for a pet allowing efficient cleaning of a floor, a tray, and a floor-tray combined type pedestal without soiling an animal limb lower part and the inside of a house while holding an animal in the cage. <P>SOLUTION: The cage for the pet includes an animal holding enclosure part opened at the lower part to prevent the held animal from escaping in lateral and upward directions. Two or more pedestals for preventing the animal that lands on the animal limb lower part, from escaping downward are laterally arranged in a drawer fashion, and a movable animal driving-drawing plate using a part of a surrounding surface that constitutes the animal holding enclosure part or using a partition plate added to the animal holding enclosure part is provided to drive and draw the held animal onto the desired pedestal. Alternatively, a total of two or more pedestals for preventing the animal that lands on the animal limb lower part, from escaping downward are provided on upper and lower levels in a drawer fashion so that the upper level side pedestal shuts off an above-head space of the lower level side pedestal, and used placing the animal on one of the pedestals during usual raising of the animal. <P>COPYRIGHT: (C)2013,JPO&amp;INPIT

Description

          The present invention relates to a pet cage for rabbits, squirrels, birds, reptiles and the like.

Respect BACKGROUND pet cage, the basic form of a conventional pet cages will be described below with reference to FIG. 2 1 and 2 2.

Here, terms used in the present patent application will be described in the following description of the present patent application.
The meaning of `` animal containment enclosure '' means that it is composed of a side enclosure that prevents the containment animal from escaping laterally and a ceiling enclosure that prevents the containment animal from escaping upward, and there is no ceiling enclosure and the containment animal is located in the lateral direction. What consists only of the side enclosure that prevents escape is called the “animal containment enclosure”.
The meaning of “pedestal” is the floor on which the containment animal is placed (does not pass through the waste), the tray that carries the containment animal and contains the waste (does not pass through the waste), the floor on which the containment animal is placed and passes through the waste Three types of a combination of a tray for storing waste and a tray (which does not pass through waste) are collectively referred to as a “pedestal”.
The meaning of the “animal foot lower part” is referred to as the “animal foot lower part” as the landing part of the containing animal, the constituent part of the cage positioned below the landing part and the constituent part of the cage that houses the above “pedestal”.

Although Figure 2 1 is a perspective view of a pet cage 1 for showing a basic configuration of a conventional pet cages, omitting the main description like direct unnecessary components in the description of the present invention for ease of description It is the simple figure which showed the external shape outline of the part.
Housed animals as shown in FIG. 2 1 is the front enclosure 21 and a right shroud 22 to prevent the escape laterally and rear enclosure 24 and the left enclosure 25, the animal is made of the ceiling enclosure 23 to prevent the escape upward 4 It has a box-shaped animal enclosure 2 which is composed of a side enclosure and a ceiling enclosure, and is open at the bottom. It contains animals such as animal waste, hair loss, food waste and food waste. There is an animal foot lower part 3 that prevents the animal from escaping downward, and an animal housing enclosure 2 is placed on the animal foot lower part 3.

Although FIG. 2. 2 is a perspective view showing the main components of animal foot bottom 3 for illustrating the interior of an animal foot bottom 3 shown in FIG. 2 1 above, the description of the present invention for ease of description It is a simplified diagram of the principal part which omitted the component parts description etc. which are not necessary directly.
Animals foot bottom 3, as shown in FIG. 2 2, use the gridiron carrying the wooden floorboards metal wire into many drilled made of a resin flat plate or wooden joists the wire mesh objects or holes partnered in a lattice by the form of housing floor 5 had the receptacle upward to the inside of or the tray 6 is arranged above the opening of the tray 6 which is opened, animals that were housed in animal housing enclosure 2 shown in FIG. 2 1 A device that prevents escaping downwards and prevents sewage, hair loss, food waste leftovers, etc. from passing under the floor and collecting them in the tray, preventing dirt from the contained animal body and preventing the wastes from leaking outside the cage Is made.

Here, there are two types of conventional pet cages depending on the structure of the animal foot lower part 3. A tray drawer type pet cage for storing a tray in the animal foot lower part 3 in a pull-out manner and a tray are provided. pet cage tray fixing system serving as a support base for animal containment enclosure 2 shown in FIG. 2 1 are commercially available, for explaining the background art of each method from FIG 3 below with reference to FIG 6 .

Patent Ltd. SanAkira Shokai as background art of the tray drawer method will be described an embodiment of a pet cage tray drawer system using the (see Patent Document 1) below with reference to FIG. 2 3 and 2 4 In order to facilitate the explanation, the drawings described in the present patent application and the designations of the reference numerals of the constituent parts are different from the prior art patent documents shown for reference without departing from the gist thereof.

Figure 2 3 is a perspective view illustrating the main structure of the pet cage 1a explaining tray drawer system, but not described components such not directly necessary for the description of the present invention for ease of description It is the simplification figure of the knot scale which showed the external shape.
As shown in FIG. 2 3, box-shaped having an open lower constituted by four surfaces side enclosure and the ceiling enclosure one surface consisting of a front enclosure 21a and a right enclosure 22a and the rear enclosure 24a and a left enclosure 25a and the ceiling enclosure 23a of comprising a animal containment enclosure 2a, provided with a tray 60 for accommodating the opening to waste such a receptacle upwardly possible out in the longitudinal direction shown by the arrows in FIG. 2 3, accommodating the tray 60 in the pullout The cage support 4 and the tray 60, on which the animal housing enclosure 2a is placed and supported, and the bottom plate 42 and the bottom plate 43 for guiding the tray 60 in and out are provided.

Figure 2 4 is a sectional view of A-A section viewed from the front 2 3 for explaining the accommodation status of the animals in pet cages 1a shown in FIG 2 3.
Figure 2 As shown in 4, a metal wire made of braided wire mesh in a lattice or holes on the floor 5a and upwardly through the scrap such topped with accommodating animals with multiple drilled resin flat plate such as A drawer-type tray 60 that opens the receiving opening and accommodates debris, and a bowl-shaped inner collar portion 41 whose upper surface is inclined inward and bent at the tip downward so as to hide the upper edge of the opening of the tray 60 over the entire circumference. Is provided along the middle part of the inner surface of the peripheral wall with a cage support 4, a bottom plate 42, and an animal foot lower part 3 a composed of the bottom plate 43, and the cage support 4 is a housing for the animal foot lower part 3 a, The bottom plate 42 and the bottom plate 43 serve as a platform for the tray 60 and the cage support 4, and the inner flange 41 provided on the cage support 4 serves as a support for placing the floor 5 a and the animal enclosure 2 a, and debris supports the cage. Prevent leakage from the gap between the base 4 and the tray 60 It will be clear that this is the form to do.

          By adopting the above configuration, animal breeding using the pet cage 1a is used in a state where the floor 5a is supported by the inner collar 41 provided on the cage support 4 and is not in contact with the tray 60. This is a pet cage in which the tray 60 can be pulled out and removed while the animal is housed in the cage, and the tray 60 can be efficiently cleaned.

Next, the trade name “Rabbit Cage 760 Green, Part No. MR-313” (see Non-Patent Document 1) manufactured by Marcan Co., Ltd., which has been used by the present inventor as background technology of the tray fixing method, is used as a representative example. the form of the pet cage tray fixing system described below with reference to FIG. 2 5 and 2 6.

FIG. 25 is a perspective view for explaining the main structure of the pet cage 1b for explaining the tray fixing method. However, in order to facilitate the explanation, the door, the urine spray guard plate and the like which are not necessary for the explanation of the present invention are shown. It is the simplified figure of the knot scale which showed the outline outline shape which abbreviate | omitted component description.
As shown in FIG. 2 5, box-shaped having an open lower constituted by four surfaces side enclosure and the ceiling enclosure one surface consisting of a front enclosure 21b and the right shroud 22b and the rear enclosure 24b and left shroud 25b and the ceiling enclosure 23b of comprising a animal containment enclosure 2b, provided with a resin tray 61 for accommodating the opening to waste such a receptacle upward to the animal paw the bottom 3b, FIG 5 in animal containment enclosure 2b placed on a plastic tray 61 The animal housing enclosure 2b is moved in the up-down direction indicated by the arrow in FIG.

2 6 is shows section B-B section viewed from the front of the pet cage 1b in order to explain the accommodation status of the animals in the cage shown in FIG. 2 5, easy to FIG. 5 described whereas there was a simplified view showing the outer profile shape to, there is a portion that has been described in FIG 6 the portion omitted in FIG. 2 5 for performing 2 6 a more detailed description .

As shown in FIG. 26 , the animal foot lower part 3b is a wooden right slat that passes through the trash by carrying an accommodation animal having a structure in which 17 floor boards 51a are placed in the depth direction in which three joists 51b are arranged in a front view. 51 and wooden left slats 52 that pass through the trash by placing an accommodation animal having a structure in which 17 floor boards 52a are placed in the depth direction of the three joists 52b in a front view, and a trash that opens a receptacle upward. The lower end of the right enclosure 22b and the left enclosure 25b constituting the animal enclosure 2b has a concave cross-sectional shape that is upside down. The interval between the recesses of the tray 61 is aligned with the position of the upper edge of the opening of the tray 61 whose upper opening is opened. Hold the peripheral wall of the open end Therefore, in the form of a lateral displacement between the tray 61 and the animal containment enclosure easy animal containment enclosure portion 2b alignment 2b and tray 61 can be prevented, the animals in the vertical direction indicated by the arrow in FIG. 2 6 It can be easily detached by moving the housing enclosure 2b.
In FIG. 26 , the recesses and the enclosures provided in the right enclosure 22b and the left enclosure 25b are shown in a cross-sectional view of an integrated structure. It is composed separately.

Here, a commercially available cage has a clamp for locking the animal housing enclosure 2b and the tray 61 in order to prevent the animal housing enclosure 2b from coming off due to the vertical displacement between the animal housing enclosure 2b and the tray 61. Although it provided outside the right enclosure 22b and a left enclosure 25b are not shown in FIG 6.

By adopting the above configuration, the tray pet cage 1b of the fixed system, previously housed tray drawer scheme pullout tray 60 as compared to the pet cages 1a of that described in connection with FIG. 2 3 and 2 4 The cage support 4, the bottom plate 42, and the bottom plate 43, which do not require a simple structure, can reduce the cost of manufacturing the cage. However, in terms of use, When cleaning the tray 61 in which food waste such as food waste is collected, it is necessary to lift the animal enclosure 2b to separate the tray 61 from the animal enclosure 2b. It will be clear that this is a cage.

JP 2005-295960 A

In conventional tray drawer pet cages, the animal can be removed and cleaned efficiently while the animal is still in the animal enclosure. If the stool is removed, the stool will fall on the bottom plates 42 and 43 constituting the animal foot lower part 3a or on the floor of the house and become dirty. There is a problem that extremely light debris such as body hair rises in the air and diffuses into the room due to wind pressure during movement and the like.
Even if the tray is removed, the animal is always on the floor while raising the animal, so it is necessary to take the animal out of the cage when cleaning the floor. It is necessary to move to an indoor cage, etc., or to leave the animal indoors or in the garden or veranda, etc., which increases the cost of preparing a temporary storage cage etc. and requires monitoring the released animal. There were drawbacks.
In addition, if you lift an animal to clean the floor and try to get out of the animal enclosure, you will not be able to touch it depending on the nature of the animal, and you will bite and scratch the person's hand. There was a drawback with the risk of violent falling and injury.

In addition, with conventional tray-fixed pet cages, in order to remove debris accumulated in the tray and to clean the floor and tray, it is necessary to lift the animal enclosure and separate the tray from the animal enclosure. During this period, it is necessary to move the animal to a temporary storage cage or to leave the animal indoors or in the garden or veranda. There is a disadvantage that it takes time and effort such as monitoring.
In addition, if you try to lift an animal to move it to a temporary storage cage, etc., depending on the nature of the animal, you may hate being touched and bite it against a person's hand, There was a drawback with the risk of violent fall and injury.

          The present invention is intended to solve the problems of such a conventional pet cage, and in the state where the animal is housed in the cage, the interior of the lower part of the animal foot constituting the cage and the house. Cleaning floors on which animals are placed without polluting the room ・ Trays that contain animals and trays that contain debris ・ Platforms that combine debris and floors that contain animals and trays that contain debris An object of the present invention is to realize a pet cage that can be efficiently performed.

The present invention, in order to achieve the above object, a first challenges solutions below.

A first solving means will be described below. The pet cage has the following configurations (a), (b), (c), and (d).
(A) It has an animal housing enclosure that is open at the bottom and is made up of an enclosure that prevents the housed animal from escaping laterally or prevents the housed animal from escaping laterally and upward.
(B) A pedestal of a kind that combines a floor on which the contained animal is placed under the animal foot or a tray that contains the contained animal and accommodates garbage, or a floor that carries the contained animal and passes the garbage and a tray that accommodates garbage. It is provided inside the animal housing enclosure or below the animal housing enclosure to prevent the housed animal from escaping downward.
(C) The above-mentioned type of pedestal is a form in which two or more pedestals are placed side by side in a pull-out manner on the lower part of the animal's foot. It includes a form for setting and a form for lifting and setting one floor that passes the wastes with the accommodation animals.
(D) Moving laterally in a plan view from the animal housing enclosure at the opposite ends of the pedestal or from the vicinity of the animal housing enclosure to the enclosure surface facing the overhead of the pedestal according to the movement guide A rotation axis parallel to the boundary line between the pedestals as viewed is provided at a height position exceeding the height of the containing animal, and the rotation axis is rotated around the fulcrum so that the open end is on the pedestal surface from the overhead position of the containing animal. An animal housing enclosure that crosses in the direction of the boundary line between the pedestals in plan view or a vertical axis of rotation in the vicinity of the animal enclosure and rotates about the axis of rotation. The open end moves from the lateral position of the containing animal over the pedestal head toward the enclosure surface on the side facing the rotation axis, and the contained animal is chased on the desired pedestal so that the boundary line between the pedestals or the animal is moved. Braking at the position on the pedestal on the side you want to chase With a capacity animal chasing Asked plate, animal chasing Asked plate using a partition plate to be added to utilizing a part of the enclosure surfaces constituting the animal containment enclosure or animal containment enclosure.

Here, the basic configuration of the first solving means and the operation thereof will be described with reference to FIGS. 1 and 2 as follows.
In the description using FIG. 1 and FIG. 2, members having the same function are denoted by the same reference numerals in principle.

          FIG. 1 is an explanatory view showing a first basic configuration and a second basic configuration for explaining the means for driving an animal housed in a pet cage onto a desired pedestal using an animal chase plate and its operation. However, for ease of explanation, it is a front view of the pet cage 1ab in which only the necessary components are shown with the front enclosure shown in a transparent view.

As shown in FIG. 1, a box-shaped animal housing enclosure 2c having a lower opening comprising a right enclosure 22c, a rear enclosure 24c, a ceiling enclosure 23c, a left enclosure 25c, and a front enclosure (not shown for a transparent view) is provided. A right pedestal consisting of a right floor 510 for passing trash and a right tray 610 for containing trash, and a left floor 520 for passing trash and containing trash by containing stuffed animals. The left pedestal comprising the left tray 620 is provided side by side, the left and right pedestals are individually detachable in a pull-out manner, and the right floor 510 and the left floor 520 constituting the pedestal have a planar outline slightly smaller than the animal housing enclosure 2c. The floor that constitutes the pedestal is a floor that is slightly smaller than the animal housing enclosure 2c and has a plane outline that is slightly smaller than the animal housing enclosure 2c. (Not shown ) May be, but is referred to as the left base of the left tray 620 side is referred to as the right base the right tray 610 side in this case.
Then, a movable animal chasing plate 7 which is a feature of the present invention is provided, and means for chasing the contained animal onto a desired pedestal by the operation of the animal chasing plate 7 described below is used.

          In FIG. 1, the animal chase plate 7 is indicated by a solid line at a position directly above the boundary line between the left and right pedestals, but a two-dot chain line indicated in the vicinity of the left enclosure 22c, the right enclosure 25c, and the ceiling enclosure 23c. The four rectangular outline figures indicated by using, indicate an example of the state when the animal chasing board 7 starts chasing the contained animal. The animal chasing board 7 indicated by a solid line in FIG. The state where the chasing is completed on a desired pedestal is shown.

          Hereinafter, the operation using the first basic configuration for chasing an animal onto a desired pedestal using the animal chasing plate 7 will be described with reference to FIG.

When it is desired to remove the left pedestal shown in FIG. 1 from the cage for cleaning, the animal chasing plate 7 is placed in the direction of the left solid arrow in FIG. Using the means for moving the animal chasing plate 7 over the left pedestal head to the right enclosure 22c in the left lateral direction and chasing the contained animal onto the right pedestal, the left pedestal with no animal on it is pulled out and removed.
Contrary to the above, when it is desired to remove the right pedestal from the cage for cleaning, the animal chasing plate 7 is placed so as to be adjacent to the right enclosure 22c, and then the left enclosure shown in the direction of the right-pointing broken arrow in FIG. The right pedestal with no animal above the head is pulled out and removed using means for moving the animal chasing plate 7 over the right pedestal to the right and moving the animal chasing plate 7 toward the left pedestal.

          Hereinafter, the operation using the second basic configuration for chasing an animal on a desired pedestal using the animal chasing plate 7 will be described with reference to FIG.

When the left pedestal shown in FIG. 1 is to be removed from the cage for cleaning, the animal chase plate 7 having the rotation shaft indicated by the circles shown in FIG. From the state where the open end of the animal is placed on the head of the containing animal so as to cover the left pedestal, the animal chasing plate 7 rotates in the direction of the clockwise solid arrow shown in FIG. The left pedestal with no animal above the head is pulled out and removed using means for moving the open end so as to draw an arc toward the boundary between the pedestals and forcing the contained animal onto the right pedestal.
Contrary to the above, when it is desired to remove the right pedestal from the cage to clean the right pedestal, the animal chase plate 7 provided with the rotation shaft indicated by the circle in FIG. From the state where the open end is placed over the right pedestal on the head of the containing animal, the animal chasing plate 7 rotates in the direction of the counterclockwise broken arrow shown in FIG. The right pedestal with no animal above the head is pulled out and removed using means for moving the end part so as to draw an arc toward the boundary between the pedestals and forcing the contained animal onto the left pedestal.

          FIG. 2 is an explanatory diagram showing a basic configuration of the first solving means and a third basic configuration for explaining its operation, which are difficult to explain using the front view of FIG. It is a top view of the pet cage 1c0 in which only the necessary components are described with the enclosure as a transparent view.

As shown in FIG. 2, a box-shaped animal storage enclosure 2c having a lower opening made up of a right enclosure 22c, a rear enclosure 24c, a left enclosure 25c, a front enclosure 21c, and a ceiling enclosure (not shown for a transparent view) is provided. A right pedestal consisting of a right floor 510 for placing the containment animal under the animal containment enclosure 2c and passing the trash and a right tray 610 (not shown under the right floor 510) for containing the trash, and a containment animal A left pedestal comprising a left floor 520 that carries wastes and a left tray 620 (not shown under the left floor 520) that accommodates the wastes is provided side by side, and the right pedestal faces downward as shown in FIG. The left pedestal can be pulled out in the direction of the broken line arrow and the left pedestal can be pulled out in the direction of the solid line arrow shown in FIG. 2, but the right floor 510 and the left floor 520 constituting the pedestal are slightly smaller than the animal housing enclosure 2c. Detach and detach individually from the outer shape The floor that constitutes the pedestal may be a single floor that passes through the trash by placing an accommodation animal that can be lifted and removed in a plane outline that is slightly smaller than the animal enclosure 2c, In this case, the right tray 610 side is called a right pedestal and the left tray 620 side is called a left pedestal.
Then, a movable animal chasing plate 7 which is a feature of the present invention is provided, and means for chasing the contained animal onto a desired pedestal by the operation of the animal chasing plate 7 described below is used.

          In FIG. 2, the animal chase plate 7 is indicated by a solid line at a position directly above the boundary between the left and right pedestals, but two rectangular outlines indicated by two-dot chain lines in the vicinity of the front enclosure 21c. The figure shows an example of the state when the animal chasing plate 7 starts the chasing operation of the housed animal, and the animal chasing plate 7 shown by a solid line in FIG. 2 is a state where the animal is chasing the animal on a desired pedestal. Is shown.

          Hereinafter, the operation using the third basic configuration for chasing an animal onto a desired pedestal using the animal chasing plate 7 will be described with reference to FIG.

When the left pedestal shown in FIG. 2 is to be removed from the cage for cleaning, it is provided with a vertical axis of rotation indicated by a circle in the vicinity of the inside of the front enclosure 21c that intersects the boundary between the left and right pedestals. From the state where the open end portion of the animal chasing plate 7 is positioned on the right side of the housed animal, the animal chasing plate 7 moves in the direction of the counterclockwise solid line shown in FIG. Rotate the open end toward the back enclosure 24c, draw an arc over the head of the left pedestal and move it to a position on the boundary between the pedestals to move the contained animal onto the right pedestal, and there is no animal above the head The pedestal is pulled out in the direction of the downward solid arrow shown in FIG. 2 and removed.
Contrary to the above, when the right pedestal is to be removed from the cage for cleaning, it has a vertical axis of rotation indicated by a circle in the vicinity of the inside of the front enclosure 21c that intersects the boundary line between the left and right pedestals. From the state where the open end of the animal chasing plate 7 is positioned on the left side of the housed animal, the animal chasing plate 7 rotates in the direction of the clockwise broken arrow shown in FIG. The right pedestal with no animal above the head using a means that moves the open end to the position of the boundary between the pedestals by drawing an arc over the head of the right pedestal with the open end facing the back enclosure 24c. Is pulled out in the direction of the downward broken arrow shown in FIG.

As described above, the first solving means for solving the problem has been described with reference to FIGS. 1 and 2. In an actual pet cage, the animal chase plate 7 is a part of the enclosure surface constituting the animal housing enclosure. a partition plate to be added to utilizing or animal containment enclosure 2 c is used.
Further, in an actual pet cage, the pedestal provided in the animal foot lower part 3c is in accordance with the type of the breeding animal, and is a floor on which the housed animal is placed (does not pass through the wastes), or a tray on which the housed animal is placed (the waste). Suitable for actual animal breeding from three types of pedestals combining a floor that passes waste and a tray that contains waste, with the accommodation animals shown in the description of FIG. 1 and FIG. 2 above. The pedestal can be selected and used, and it is possible to efficiently clean the pedestal without contaminating the interior of the lower part of the animal foot of the cage or the interior of the house while the animal is housed in the cage. It is possible to realize a pet cage.
It should be noted that the left and right pedestals shown in FIGS. 1 and 2 may be of a left-right pull-out type, and the rotating shaft that supports the animal chase plate 7 shown in FIG. 2 may be provided on the back wall 24c side. It will be clear.

Showed first solving means for solving the problems of the conventional pet cages above, the form provided side by side the base two or more in an animal foot bottom shown using FIG. 1 and FIG. 2 In the pet cage, there is a risk that liquid waste and small waste will flow out from the gap where the trays are arranged. A second solution means for solving this will be described below.

A second solving means is a pet cage characterized in that it comprises an animal foot lower part having the following configuration.
(A) A combination of a plurality of waste receiving trays in the form of a side opening that is formed of a peripheral wall that prevents waste from flowing out in the horizontal direction and a bottom plate that prevents waste from flowing out in the downward direction and in which a receiving port is opened in the upper side. Equipped with a tray set.
(B) The tray constituting the tray set is provided with a balcony-like overhang or overhang-like overhang on the peripheral wall of one side of the tray adjacent to each other, and the balcony-like overhang or the overhang-like overhang Is a form of hiding the upper edge of the opening of the peripheral wall of the tray on the other side arranged side by side in plan view.
(C) When the tray set is stored in the lower part of the animal foot of the pet cage, a balcony-like overhang provided on one tray constituting the tray set or the tip of the bowl-like overhang is adjacently disposed in a side view. The trays are arranged side by side on the lower part of the animal foot so as to reach the opening of the adjacent tray beyond the peripheral wall of the other tray constituting the tray set.

Hereinafter, explaining the tray set forming a first basic configuration and the second basic configuration of the second aspect with reference to FIGS. 3 and 4.

FIG. 3 is a cross-sectional view of the main part of the tray set 60a showing the first basic configuration and operation of the second solving means when viewed from the front.
As shown in FIG. 3 , the tray set 60a is composed of a right tray 612 and a left tray 622, and the left tray 622 is a balcony-like bulge that opens upward on the peripheral wall of the tray adjacent to the right tray 612 for receiving garbage. The adjacent right trays 612 are provided with peripheral walls 900 having a height under the balcony-like overhangs so as to be under the balcony-like overhangs of the left tray 622.
Here, in FIG. 3 , the peripheral wall 900 of the right tray 612 is illustrated with a step having a step lower than the other peripheral walls in order to match the height of the right tray 612 and the left tray 622. There is no functional problem even if the height of the peripheral wall is lowered to be the same as the height of the peripheral wall 900 and there is no step.
Further, in FIG. 3 , the right tray 612 and the left tray 622 are shown with the same height, but the peripheral wall 900 of the right tray 612 is made the same height as the other peripheral walls so that there is no step. Functional problem even if a spacer for lifting the bottom of the left tray 622 is placed under the animal foot of the pet cage so that the balcony-like protrusion on the peripheral wall 900 of the left tray 622 does not hit the peripheral wall of the right tray 612 There is no.

3 is a sectional view in which the balcony-like overhang is integrally formed with the tray main body, but the balcony-like overhang is made separately from the tray main body, and is fitted to the peripheral wall of the tray. Etc. (not shown).
Moreover, it is good to provide the groove | channel or protrusion for stopping the liquid waste transmitted by surface tension on the back surface side of a balcony-like overhang | projection part, and making it drop on the opening part of the right tray 612 (not shown).

FIG. 3 shows a tray set composed of two trays, but the adjacent trays are combined with a balcony-like overhang and a peripheral wall with a height under the balcony-like overhang. It can also be applied to a tray set in which three or more trays are combined.
In addition, the meaning of the boundary line between the pedestals described in this patent application using the tray set of the above-described form means that the opening of the tray adjacent to the balcony-like protruding opening of the tray set of the above-described form A region overlapping the part is shown.

Figure 4 is a cross-sectional view of a main part viewed from the front of the tray set 60b showing a second basic configuration and effect of the second aspect.
As shown in FIG. 4 , the tray set 60 b includes three trays, a right tray 613, a central tray 630, and a left tray 623.

A peripheral wall 920 provided with a bowl-like overhang on the peripheral wall of the right tray 613 adjacent to the central tray 630, and a peripheral wall 921 provided with a bowl-like overhang on the peripheral wall of the left tray 623 adjacent to the central tray 630 are provided. 630 is provided with a peripheral wall 901 having a height that lies under the bowl-like overhang of the right tray 613 and the bowl-like overhang of the left tray 623.
Here, in FIG. 4 , in order to match the heights of the right tray 613, the central tray 630, and the left tray 623, the peripheral wall 901 of the central tray 630 is illustrated with a structure having a step that is lower than the height of the other peripheral walls. There is no functional problem even if the other peripheral wall height of 630 is made lower so that there is no step having the same height as the peripheral wall 901.
Further, in FIG. 4 , in order to match the heights of the right tray 613, the central tray 630, and the left tray 623, the peripheral wall 901 of the central tray 630 is illustrated with a structure having a step that is lower than the height of other peripheral walls. There is no functional problem even if the height of the other peripheral wall is lowered to be the same as the height of the peripheral wall 901 and there is no step.
4 shows a structure in which the heights of the right tray 613, the central tray 630, and the left tray 623 are combined. However, the peripheral wall 901 of the central tray 630 is made to be the same height as the other peripheral walls, so A spacer for lifting the bottom of the right tray 613 and the left tray 623 is placed under the animal foot of the pet cage, and a hook-like overhang provided on the peripheral wall 920 of the right tray 613 and a peripheral wall 921 of the left tray 623 are provided. There is no functional problem even if the ridge-like overhang does not hit the peripheral wall of the central tray 630.

4 is a cross-sectional view in which the bowl-shaped overhang is formed integrally with the tray main body, but the bowl-shaped overhang is formed separately from the tray main body, and is fitted to the peripheral wall of the tray. Etc. (not shown).
4 is a flat plate projecting horizontally in the horizontal direction, but it is not necessarily a horizontal flat plate as long as the tip of the hook-like projection projects over the opening of the adjacent tray. It is not necessary, and it may be inclined (not shown in the figure) so as to make it easier for liquid waste to flow into the opening of the tray. well be a groove for flowing liquid canted descending to the opening side facing the tray is provided (not shown), a liquid waste transferred by the surface tension on the back side of the eaves-like projecting shown in FIG. 4 A groove or protrusion for stopping and dropping in the opening of the central tray 630 may be provided (not shown).

FIG. 4 shows a tray set composed of three trays, but the adjacent trays are combined with a combination of a bowl-shaped overhang and a peripheral wall with a height under the bowl-shaped overhang. It can be applied to a tray set in which two or more trays are combined.
In addition, the meaning of the boundary line between the pedestals described in this patent application using the tray set of the above-described form (tray-to-tray) means that the ridge-like overhang of the tray set of the above-described form An area overlapping the opening is shown.

As described above, according to the second solution means shown in FIGS. 3 and 4 , the other tray adjacent to the balcony-like or hook-like overhang provided on the peripheral wall of one tray constituting the tray set is used. Since the vertical gaps between the peripheral walls of the trays that overlap with the openings of the trays and the wastes pass downwards are shielded, small wastes such as feces, hair loss and uneaten food from the contained animals are placed side by side. It is possible to prevent the fall of the peripheral wall from the vertical gap and soiling the house floor and the cage support.

According to the present invention showing the first resolution hand stage for solving the problems indicated above, it is unnecessary to monitor the animals were released outside of the preparation and cage like one o'clock storage cages, animal cages It is possible to efficiently clean the pedestal with the container still in place, and even if the animal defecates while removing the pedestal, it will fall on the inside of the cage support base and on the floor of the house Therefore, it is possible to provide a pet cage that does not have the disadvantage of soiling the inside of the cage support stand or the floor of the house.

          According to the present invention showing the first solving means for solving the above-described problem, while the contained animal is chasing the desired pedestal, the spray is sprayed on the pedestal on the side where the animal is not landing. The spray can be used to spray the mist without wetting the animal's body, and it can be stopped with a water film sprayed with extremely light debris such as body hair caused by static electricity or wind pressure when carrying the pedestal. It is possible to provide a pet cage that can reduce the problem that extremely light debris rises in the air and is diffused into the room of the house when it is removed.

According to the present invention showing the first resolution hand stage for solving the problems indicated above, the lift in one's arms the animals in order to perform the floor cleaning as Serve the cage, in the hands of the person depending on the nature of the animal It is possible to provide a pet cage that eliminates the risk that an animal that has been bitten and scratched or hung up will fall and be injured.

According to the present invention showing the second solving means for solving the above-described problem, even if two or more trays are arranged side by side at the lower part of the animal foot, the liquid waste is generated from the gap between the trays. Pet cages without the risk of spilling small trash can be provided.

According to the present invention showing the second solving means for solving the above-described problem, the vertical gap between the peripheral walls of adjacent trays can be made large. When the cage is equipped with a lower part of the animal foot that can be placed side by side and stored in a drawer style, the cross section from the front side to the back side of the cage support base is I-shaped in the vertical gap between adjacent trays. -Since the mechanical strength of the cage support can be increased through beams of H-shape, T-shape, U-shape, etc., the amount of resin used for the entire cage support can be reduced, and large pet cages can be manufactured at low cost. Can be offered at.

It is a front view of the cage for pets explaining the 1st solving means of the subject of the present invention. It is a top view of the cage for pets explaining the 1st solving means of the subject of the present invention. It is sectional drawing of the tray set explaining the 2nd solving means of the subject of this invention. It is sectional drawing of the tray set explaining the 2nd solving means of the subject of this invention. 1 is a perspective view showing a first embodiment of a pet cage according to the present invention. It is a perspective view which shows 2nd Example of the cage for pets of this invention. It is a perspective view which shows the example of 3rd Embodiment of the cage for pets of this invention. It is a perspective view which shows the example of 4th Embodiment of the cage for pets of this invention. It is a perspective view which shows the example of 5th Embodiment of the cage for pets of this invention. It is a perspective view which shows the example of 6th Embodiment of the cage for pets of this invention. It is a perspective view which shows the example of 7th Embodiment of the cage for pets of this invention. Is a sectional view showing a configuration of a main part of FIG. 1 1. Is a sectional view showing a configuration of a main part of FIG. 1 1. Is a sectional view showing a configuration of a main part of FIG. 1 1. It is a perspective view which shows one embodiment of the tray set of this invention. It is a perspective view showing the 1st example of an animal chasing board guide of the present invention. The second real embodiment of an animal chasing Asked plate guide of the present invention is a perspective view showing. Is a perspective view showing an outline of a configuration of a main portion of FIG. 17. It is a sectional view showing an outline of a configuration of a main portion of FIG. 17. It is a perspective view which shows one Embodiment of the braking method of the animal chase board of this invention. It is a perspective view which shows the outline | summary of the form of the conventional pet cage. Is a perspective view showing an embodiment overview of animal foot bottom inside of FIG 1. It is a perspective view which shows the example of a form of the conventional cage for pets of a tray drawer system. Is a sectional view showing an outline of a configuration of a main part of FIG 3. It is a perspective view which shows the example of a form of the conventional cage for pets of a tray fixed system. Is a sectional view showing an outline of a configuration of a main portion of FIG 5.

Hereinafter, FIG. 5 shows an embodiment of a pet cages for solving the problem of the present invention with reference to FIG. 2 0, the same reference numerals in principle the members having the same functions, and repeated In principle, the explanation is not repeated.

To solve the problems of conventional pet cage shown above, reference to FIG. 1 4 7 exemplary embodiment of the first solution and pet cages using the second solving means of Figures 5 Te shown below, the animals foot bottom 30 of the 6 cases pet cage shown with reference to FIG. 1 0 5 is common.

Here, the practice of pet cages with reference to FIG. 1 0 simplified diagram of a not-scale showing the omitted outer contour directly unnecessary components described like in the description of the present invention for ease of description FIGS. 5 Explain the form and use the outline contour transmission diagram as necessary, but practically the animal enclosure is constructed of metal wires, for example, in a grid so that the cage can be observed and good ventilation is possible A metal plate or transparent resin plate with many metal meshes or holes is used, or a metal mesh or metal plate with many metal wires assembled in a lattice shape is combined with a transparent resin plate or metal plate. using an enclosure, the animals receiving enclosure with a door, for example hinged manner and sliding door system in order to facilitate the loading and unloading of the feeding and animals and animal toys such ceiling enclosure as a removable form, animal foot bottom No animal containment enclosure It is preferable to provide a clamping clamp or the like so as not to come off.

FIG. 5 shows a first embodiment of the present invention suitable for animal breeding in which there is no possibility that the housed animal gets over the side enclosure and escapes in order to solve the problems of the conventional pet cage shown above. Although it is a perspective view of the cage 10a, for easy explanation, the front enclosure 2a1 is shown in a transparent view using an imaginary line of a two-dot chain line, and the ceiling enclosure is not described.
As shown in FIG. 5, the front enclosure 2a1 and the arrow direction movable in left enclosure of the left and right as shown in the rear enclosure during 2a4 and 5 and movable right enclosure 2a2 in the lateral direction of the arrow shown in FIG. 5 2a5 And a box-shaped animal housing enclosure 20a having an opening at the bottom, which is composed of four side enclosures and a ceiling enclosure (not shown).

Here, the movement guide of the right enclosure 2a2 and the left enclosure 2a5 can use, for example, the form of the animal chasing board guide 100 described in detail with reference to FIG. 16 described later.
When moving the right enclosure 2a2 and the left enclosure 2a5, it is necessary to maintain a clearance between the other enclosure surface and the animal landing area so that the contained animal cannot pass through. You don't have to.

Then, the right pedestal 530 on which the wire mesh-made right floor 5a1 that passes through the wastes is placed on the right tray 6a1 that accommodates the wastes, and the wastes are accommodated. A left pedestal 540 on which a metal mesh left floor 5a2 is placed on a left tray 6a2 on which a housed animal in which metal wires are assembled in a lattice shape is placed, and a slab is placed on the left tray 6a2. in pull-out of the right base 530 and the left seat 540 on one side of the 4 peripheral wall to the upper front side of the cage in the opened box-shape constituting put on the bottom plate in the longitudinal direction indicated by the arrow in FIG. 5 The animal foot lower portion 30 is configured by including a cage support base 40a made of a molded resin provided with a storage opening for a base to be stored in the body.
Here, right tray 6a1 and the left tray 6a2 is for using the tray set 60c which are described in more detail below with reference to FIG. 1 5 below, here, Mainai description.

          With the above configuration, the right enclosure 2a2 and the left enclosure 2a5 are placed at the left and right end positions when the pet cage 10a is viewed from the front when raising animals, and the right enclosure 2a2 or the left enclosure 2a5 is used when cleaning the cage. By using the animal chasing plate and moving it to the opposite animal housing enclosure, the animal being raised in the pet cage 10a can be chased on the left pedestal 540 or the right pedestal 530, while the animal is overhead. The pedestal on the side that is not present can be removed from the cage support base 40a for efficient cleaning.

FIG. 6 shows an embodiment of the present invention suitable for animal breeding in which a perch or play equipment is attached by bridging between two or more enclosures constituting an animal housing enclosure in order to solve the problems of the conventional pet cage shown above. It is a perspective view of pet cage 10b which shows the 2nd example of an embodiment.
As shown in FIG. 6 , the animal foot lower portion 30 described in FIG. 5 is provided, and three side-surface enclosures and a single-side enclosure comprising a right front enclosure 210, a right enclosure 2 b 2, a right ceiling enclosure 230, and a right rear enclosure 240. 6 includes a right animal housing enclosure 200 that can be moved in the direction of the left and right arrows shown in FIG. 6 and that is configured by a ceiling enclosure and that is open on the lower and left enclosure 201 sides. The right animal housing enclosure 200 is accommodated inside. FIG. 6 shows a configuration in which the left front enclosure 211, the left ceiling enclosure 231, the left rear enclosure 241, and the left enclosure 2b5 are composed of three side enclosures and one ceiling enclosure, and the lower and right enclosure 200 sides are opened. It is set as the form provided with the left animal accommodation enclosure 201 which can move to the left-right arrow direction shown inside.

Here, the movement guide of the right animal housing enclosure 200 and the left animal housing enclosure 201 can use, for example, the form of the animal chasing board guide 110 described in detail with reference to FIGS. 17 to 19 described later.

          The clearance gap between the right animal housing enclosure 200 and the left animal housing enclosure 201 is such that the accommodation animal cannot pass therethrough, and the right animal housing enclosure 200, the left animal housing enclosure 201, and the animal landing section pass each other. The clearance gap is also maintained such that the accommodation animal cannot pass, and a perch (not shown), a playground equipment (not shown), etc. are attached to the right animal accommodation enclosure 200 side when the pet cage 10b is actually used.

          By adopting the above configuration, the animal being kept in the pet cage 10b is moved by moving the right animal housing enclosure 200 or the left animal housing enclosure 201 to the opposing animal housing enclosure side using the animal chase plate. Can be chased on the left pedestal 540 or the right pedestal 530, while the pedestal on the side where no animals are present can be removed from the cage support 40a to efficiently clean the right animal for the cleaning work. There is no need to remove a perch (not shown) or a playground equipment (not shown) attached to the housing enclosure 200.

FIG. 7 shows a third embodiment of the present invention suitable for animal breeding in which it is easy to temporarily bring a housed animal onto a desired pedestal in order to solve the problems of the conventional pet cage shown above. Although it is a perspective view of the pet cage 10c shown, the front enclosure 2c1 and the left enclosure 2c5 are shown in a perspective view using phantom lines of two-dot chain lines for ease of explanation.
As shown in FIG. 7 , the animal leg lower part 30 described in FIG. 5 is provided, and four side-surface enclosures and one surface enclosure comprising a front enclosure 2c1, a right enclosure 2c2, a back enclosure 2c4, a left enclosure 2c5, and a ceiling enclosure 2c3. A box-shaped animal housing enclosure 20c configured by a ceiling enclosure and having an opening at the bottom is provided, and the ceiling enclosure 2c3 is located between the pedestal 530 and the pedestal 540 in the plan view of the pet cage 10c. The rotating shaft shown by the two front and rear broken arrows in FIG. 7 parallel to the boundary line is provided, and the left half surface and the right half surface of the ceiling enclosure 2c3 are rotated with the rotating shaft as a support so that the animal housing enclosure 20c. It can be pushed into the inside.

Then, in order to brake the rotation of the left half surface and the right half surface of the ceiling enclosure 2c3, the left open end or the right open end moves in an arc toward the pedestal surface, or the left open end of the ceiling enclosure 2c3 or to the right open end to brake the rotational movement at a position reached just above the boundaries formed by arranging the base 530 and the pedestal 540, the animal containment enclosure portion 20c which will be described in detail with reference to FIG. 2 0 later e.g. Forms can be used.

Here, FIG. 7 shows a state in which the pet cage 10c is rotated on the right half surface of the ceiling enclosure 2c3 in front view with the rotation shaft as a support, and the arrow in FIG. 7 indicates the direction of the rotation operation. The ceiling enclosure 2c3 during the rotation operation is dimensioned so as to maintain a clearance between the front enclosure 2c1 and the rear enclosure 2c4 so that the contained animal cannot pass therethrough. However, the entire left and right half surfaces of the ceiling enclosure 2c3 may not be rotatable.
However , the ratio (= width / height) of the animal housing enclosure 20c of the pet cage 10c having two pedestals at the animal foot lower portion 30 is as high as possible at the open end of the ceiling enclosure 2c3. since the can accommodating animals better to close the left and right of the enclosure easily asked to follow on the desired base generally may be 2 or 2 or less.

          By adopting the above-described form, the open end of the ceiling enclosure 2c3 on the opposite pedestal is pushed down while reaching the boundary line where the pedestal 530 and the pedestal 540 are lined up while waiting for the housed animal to be called on one pedestal By braking the rotational movement of the ceiling enclosure 2c3 at the angled position, the animal being raised in the pet cage 10c can be chased on the right pedestal 530 or the left pedestal 540, while the pedestal on the side where no animal is present is The cage can be removed from the cage support 40a for efficient cleaning.

Incidentally, the open end portions of the right and left of the ceiling enclosure 2c3 is that the length of telescopic form as an animal chasing asked for detachable partition plate 29 which will be described in detail with reference to FIGS. 1 2 and Figure 1 3 to be described later Since the gap between the animal and the landing surface can be adjusted during the rotation, it is possible to provide a pet cage suitable for animal breeding where it is difficult to temporarily bring the housed animal onto the desired pedestal. The restriction on the ratio of the width and height of the enclosure 20c is also relaxed.
It will also be apparent that the ceiling enclosure 2c3 can be used as a left and right ceiling door by using a rotating shaft in which the left and right open ends of the ceiling enclosure 2c3 move in an arc.

FIG. 8 shows a fourth embodiment of the present invention suitable for animal breeding in which it is easy to temporarily bring a housed animal on a desired pedestal in order to solve the problems of the conventional pet cage shown above. Although it is a perspective view of the pet cage 10d shown, the ceiling enclosure is not shown for ease of explanation.

As shown in FIG. 8 , the animal foot lower part 30 described in FIG. 5 is provided, and a four-sided side enclosure comprising a front enclosure 2d1, a right enclosure 2d2, a back enclosure 2d4, a left enclosure 2d5, and a ceiling enclosure (not shown). When configured with the ceiling enclosure one surface provided with an animal containment enclosure 20d of the box-shaped having an open downward, two places in FIG intersecting the boundary line obtained by arranging the right pedestal 530 and a left pedestal 540 in the front enclosure 2d1 A vertical axis of rotation indicated by the up and down broken arrows is provided, and the left half and the right half of the front enclosure 2d1 can be rotated and pushed into the animal housing enclosure 20d by supporting the rotation axis. Form.

Then, in order to brake the rotation of the left half surface and the right half surface of the front enclosure 2d1, the left open end or the right open end arcs over the right pedestal 530 or the left pedestal 540 toward the back enclosure 2d4. It drew for movement left open end or right open end to brake the rotational movement at a position reached just above the boundaries formed by arranging the base 530 and the base 540, for example, a detail with reference to FIG. 1 3 below the partition plate tethered arm 295 and 296 as the detachable partition plate 29 being described comprises at both ends of the left and right front enclosure 2d1 shown in FIG. 8, which will be described later on the rear enclosure 2d4 1 1 and Figure 1 3 comprises a partition plate fastening 73a and 73b to be described with reference, it can be used in the form of braking the rotation operation using a partition plate joint stop pin 75 described with reference to FIG. 1 1 and Figure 1 3 to be described later.

Here, FIG. 8 shows a state in which the pet cage 10d is rotated on the left half surface of the front enclosure 2d1 in front view with the rotation shaft as a support, and the arrow in FIG. 8 indicates the direction of the rotation operation. When the front enclosure 2d1 is rotated, the open end of the front enclosure 2d1 is pushed at a right angle so as to maintain a clearance between the ceiling enclosure (not shown) and the landing area of the accommodation animal. The space between the rear enclosures 240 is sometimes set so as to keep the clearance between the animals not allowed to pass through, but the entire left and right half surfaces of the front enclosure 2d1 need not be rotatable.
However , the ratio of the width and depth dimensions (= width / depth) of the animal housing enclosure 20d of the pet cage 10d having two pedestals at the animal foot lower portion 30 is as far as possible between the left and right open ends of the front enclosure 2d1. the is housed animals better to close the enclosure may generally be 2 or 2 or less because it is easy asked to follow on the desired base.

          By adopting the above configuration, the open end of the front enclosure 2d1 on the opposite pedestal side is pushed in while waiting for the housed animals to be brought together on one pedestal, and the open end of the left half of the front enclosure 2d1 or the right By braking the rotational movement of the front enclosure 2d1 at an angular position where the open end of the half surface has reached the boundary line where the pedestal 530 and the pedestal 540 are arranged, the animal being raised in the pet cage 10d is placed on the right pedestal 530 or the left pedestal. The pedestal on the side where there is no animal can be removed from the cage support base 40a and the cleaning can be performed efficiently.

Incidentally, the open end portions of the right and left front enclosure 2d1 is rotation by a telescopic form like animals follow asked for detachable partition plate 29 which will be described in detail with reference to FIGS. 1 2 and Figure 1 3 to be described later Since there is no gap between the side enclosure and other side enclosures, it is possible to provide a pet cage suitable for animal breeding where it is difficult to temporarily bring the housed animal onto a desired pedestal. The restriction on the ratio of width and depth dimensions is also relaxed.
It is also clear that the front enclosure 2d1 can be used as a left and right half front door with a left half and a right half if the left and right open ends of the front enclosure 2d1 move in an arc. I will.

FIG. 9 shows a fifth embodiment of the present invention suitable for animal breeding where there is no possibility that the containing animal escapes beyond the side enclosure in order to solve the problems of the conventional pet cage shown above. Although it is a perspective view of the cage 10e, for easy explanation, the front enclosure 2e1 and the left enclosure 2e5 are shown in a transparent view using phantom lines of two-dot chain lines.
As shown in FIG. 9 , the animal foot lower part 30 described in FIG. 5 is provided, and a four-sided side enclosure including a front enclosure 2 e 1, a right enclosure 2 e 2, a back enclosure 2 e 4, and a left enclosure 2 e 5, a right pedestal 530, and a left pedestal 540. Rotating support for a ceiling enclosure in which a thin round bar is attached in parallel to a thick metal round bar so as to bridge between the front enclosure 2e1 and the rear enclosure 2e4 so as to be parallel to the top of the boundary line 70, and a box-shaped animal housing enclosure 20e having an opening at the bottom formed by a single-side ceiling enclosure 2e3 that is passed through a gap between the thick round bar and the thin round bar of the ceiling enclosure rotary support 70. .

Here, the depth dimension and the width dimension of the ceiling enclosure 2e3 are such dimensions that a slight gap is formed between the front enclosure 2e1, the rear enclosure 2e4, the right enclosure 2e2, and the left enclosure 2e5 in the plan view of the pet cage 10e. The thick round bar constituting 70 is slightly longer than the depth dimension between the front enclosure 2e1 and the rear enclosure 2e4, and the thin round bar is slightly shorter than the depth dimension between the front enclosure 2e1 and the rear enclosure 2e4. and dimensioned to have a freely sliding operable degree of clearance through look clamping the ceiling enclosure 2e3 between the bars and thin round bar.

Further, the front enclosure 2e1 and the back enclosure 2e4 have a diameter of a thick round bar constituting the ceiling enclosure rotary support 70 at a position directly above the boundary line where the pedestal 530 and the pedestal 540 are arranged in front of the pet cage 10e in the vicinity of the upper end. A slightly larger round hole (not shown) is provided, and the end of a thick round bar constituting the rotary support 70 is loosely fitted into the round hole so that the ceiling enclosure rotary support 70 can be rotated.

Then, in order to brake the rotational movement and sliding movement of the ceiling enclosure 2e3, for example, the pet cage 10e of the left and right ceiling enclosure 2e3 viewed from the front of the ceiling enclosure 2c3 which are described in more detail below with reference to FIG. 2 0 described below at both ends as the left and right open end provided with a ceiling enclosure locking pin through 775 and 776, as shown in the right enclosure 2c2 and left enclosure 2c5 which are described in more detail below with reference to FIG. 2 0 below the right enclosure 2e2 and left enclosure 2e5 includes a ceiling enclosure locking pin through 297 and 298, the front enclosure 2e1 and front enclosure 2c1 which are described in more detail below with reference to FIG. 2 0 below the rear enclosure 2e4 and locking pin through hole 770 as the rear enclosure 2c4 771 When equipped with a 772, it is possible to use form comprising a locking pin 77 and 78 which are described in more detail below with reference to FIG. 2 0 described below.

Above it in the form, rotatable ceiling enclosure 2e3 as shown a thick rod ceiling enclosure rotating support 70 in the rotation axis by the solid arrow in FIG. 9 clockwise and counterclockwise as viewed from the front, Furthermore, as indicated by the broken arrow in FIG. 9 , the ceiling enclosure 2e3 can be moved in the vertical and horizontal directions in front view, so that the pet cage 10c can be rotated clockwise or counterclockwise in the ceiling enclosure 2e3 in front view. By combining the movement and the vertical and horizontal sliding movements, the animal caged in the pet cage 10e can be chased on the right pedestal 530 or the left pedestal 540 to brake the rotational movement and sliding movement of the ceiling enclosure 2e3. The pedestal on the side where there is no animal in the meantime can be removed from the cage support 40a for efficient cleaning.

For Figure 1 0 is to solve the problems of the conventional pet cage shown above, pets accommodating animals showing a sixth embodiment of the present invention suitable for animal breeding is no possibility that escape beyond the side enclosure Although it is a perspective view of the cage 10f for the sake of convenience, the front enclosure 2f1 and the left enclosure 2f5 are shown in a transparent view using an imaginary line of a two-dot chain line and the ceiling enclosure is not described for easy explanation.

As shown in FIG. 1 0, with the animals leg bottom 30 described in FIG. 5 consists of the front enclosure 2f1 and right enclosure 2f2 and rear enclosure 2f4 and left enclosure 2f5 open capable ceiling enclosure (not shown) It has a box-shaped animal housing enclosure 20f that is composed of four vertical wall-shaped side enclosures and one ceiling enclosure, and is open at the bottom, and has many metal meshes and holes made of metal wires in a lattice pattern. comprising a removable partition plate 280 made of metal plate or a transparent resin plate, a removable partition plate 280 and holds the insert in the vertical direction of sliding indicated by the arrow in FIG. 1 in 0 rectangular opening port and locking A metal rectangular upper partition plate holder 71 and lower partition plate holder 72 provided with round holes through which pins (not shown) pass are provided at both ends.

Here, detachable partition plate 280 moves the guide, for example 1 6 front horizontal beam 440 and the lower front horizontal beam 441 upward shown in animal chasing Asked plate guide 100 which will be described in detail with reference to the upper rear horizontal beam below the a groove provided in the 450 and a lower rear horizontal beam 451 may be used to move the guide in the form through the partition plate holder 71 and the lower partition plate holder 72 upward shown in Fig. 1 0.
The removable partition plate 280 is combined with the upper partition plate holder 71 and the lower partition plate holder 72 to form an animal chasing plate, and the animal chasing plate is accommodated in the front enclosure 2f1, the rear enclosure 2e4, and the animal landing portion. External dimensions that maintain clearance gaps that animals cannot pass through.

          By adopting the above configuration, the removable partition plate 280 is removed from the pet cage 10f during normal animal breeding, and the ceiling enclosure (not shown) is opened to clean the cage. After the partition plate holder 72 is in close contact with the left enclosure 2f5 side or the right enclosure 2f2 side, set in the rectangular holes provided in the upper partition plate holder 71 and the lower partition plate holder 72 through the removable partition plate 280, and then removed. This is used as an animal chase plate combining the combination partition plate 280, the upper partition plate holder 71, and the lower partition plate holder 72, and is moved to the right enclosure 2f2 side or the left enclosure 2f5 side so that the upper partition board holder 71 and the lower partition board are separated. By passing a locking pin (not shown) through the round holes provided at both ends of the plate holder 72, the animal being bred in the pet cage 10f is placed on the right pedestal 530 or Intention placed on the pedestal 540 can brake the lateral movement of the detachable partition plate 280, it is possible to efficiently clean and remove the side of the pedestal that no animal during the cage support base 40a.

Hereinafter, FIGS. 1 1 1 4 of the conventional shown in the order to solve the problem of pet cages housing animals seventh present invention suitable for animal breeding is no possibility that escape beyond the side enclosure It is a figure explaining 10g of pet cages which show the example of an embodiment.

Figure 1 1 is a perspective view of a pet cage 10g, but the present invention does not describe the ceiling enclosure a front enclosure 2g1 and left enclosure 2g5 For ease of explanation in transparent view with phantom lines in two-dot chain It is the simplified figure of the knot scale which showed the external shape outline which abbreviate | omitted description of the component parts etc. which are not directly required for description.
As shown in FIG. 1 1, constituted by ceiling enclosure side enclosure and one side of the four sides consisting of front enclosure 2g1 and right enclosure 2g2 and rear enclosure 2g4 and left enclosure 2g5 open capable ceiling enclosure (not shown) and comprising a animal containment enclosure portion 20g of the box-shaped having an open downward, molding resin right tray 6b1 and left tray 6b2 and metal for housing the loading and unloading possible debris such in the longitudinal direction indicated by the arrow in FIG. 1 1 the manufacturing wire comprising an animal foot bottom 31 consisting of wire mesh right floor 5b1 and Hidariyuka 5b2 and the molding resin of the bottom plate 400 to pass through the debris such topped with crossed accommodating animals in a grid, an arrow in FIG. 1 1 comprising a removable partition plate 29 capable of horizontally about a rotation operation indicated by an arrow of possible rear enclosure 2g4 side during has Figure 1 1 the rotation axis in the vertical direction desorption in the vertical direction indicated by, de Chakushiki partition The arrow in FIG. 11 used for braking the rotational movement of the plate 29 A partition plate locking pin 75 detachable in the vertical direction indicated by a mark is provided.
Incidentally, pet cage 10g and detachable partition plate 29 will be described in detail with reference to FIGS. 1 2 and 1 3 and 1 4 will be described later.

          The rear enclosure 2g4 includes hollow cylindrical metal partition plate bar receivers 74a and 74b arranged vertically in a position directly above the boundary line where the right tray 6b1 and the left tray 6b2 are arranged in plan view of the pet cage 10g. The front enclosure 2g1 is used to support the rotating shaft of the removable partition plate 29 by setting the removable partition plate 29 and is just above the boundary line where the right tray 6b1 and the left tray 6b2 are arranged in plan view of the pet cage 10g. Hollow cylindrical metal partition plate fasteners 73a and 73b arranged in the vertical direction at the position are used in combination with the partition plate locking pin 75 to brake the rotational operation of the removable partition plate 29.

Here, the right enclosure 2g2, the rear enclosure 2g4, and the left enclosure 2g5 are arranged so that the bottom part of the three side enclosures is placed in the tray so as to hold the right and left vertical wall-like peripheral walls and the rear wall that store the right tray 6b1 and the left tray 6b2 side by side. The bottom of the front enclosure 2g1 is in a form slightly higher than the height of the stored right tray 6b1 and left tray 6b2, and the left floor when the pet cage 10g is viewed from the front. 5b2 is upwardly pulled obliquely upward by raising the right end portion so as to draw a counterclockwise arc as shown in the fulcrum left side from the state of being set in place horizontally in pet cages 10g by the arrows in FIG. 1 1 The right floor 5b1 when viewed from the front is set in a horizontal position in the pet cage 10g, and the left end is a counterclockwise arc (not shown) with the right end as a fulcrum. It is set as the form which lifts as it draws, pulls it diagonally upwards, lifts it upwards, and removes.

By adopting the above configuration, the removable partition plate 29 is removed from the pet cage 10g during normal animal breeding, and the ceiling enclosure (not shown) is opened when the cage is cleaned, and the removable partition plate 29 is removed. The detachable partition plate 29 is set on the partition plate bar receivers 74a and 74b provided on the back wall 2g4 with the open end facing the left enclosure 2g5 or facing the right enclosure 2g2 and the pet cage 10g is viewed in plan view. The detachable partition plate 29 can be chased to the pet cage 10g on the right floor 5b1 or the left floor 5b2 by combining the detachable partition plate 29 with a clockwise or counterclockwise rotation operation and expansion / contraction operation. At the position where the open end of 29 overlaps with the partition plate fasteners 73a and 73b provided in the front enclosure 2g1, the partition plate locking pin 75 is attached to brake the rotational operation of the removable partition plate 29, Animal remove the side of the left floor 5b2 and left tray 6b2 or right floor 5b1 right tray 6b1 that not can be performed efficiently cleaned.
Incidentally, with respect to form and desorption method or the like of the detachable partition plate 29 and the right floor 5b1 and Hidariyuka 5b2 be described in detail using FIG. 1 3 and 1 4 will be described later.

For Figure 1 2 is for explaining an internal structure of a pet cage 10g, is a cross-sectional view of C-C section viewed from the front of the pet cage 10g shown in FIG. 1 1, 1 1 to facilitate explanation there are places which are listed in Figure 1 2 parts omitted detailed descriptions in Figure 1 1 for 1 2 for a more detailed description whereas was a simplified view showing an outer contour for It is a cross-sectional view of the knot scale, and for ease of explanation, it is described with the open end of the removable partition plate 29 set in close contact with the back enclosure 2g4 facing the left enclosure 2g5, and the ceiling enclosure is described Not done.
Here, the animal foot bottom 30 animals foot bottom 31 of the pet cage 10g is used in the pet cage 6 cases with a cage support table 40a shown with reference to FIG. 1 0 5 of the shown in FIG. 1 2 It is a different form.

As shown in FIG. 1 2, a front view and cross-sectional structure of the pet cage 10 g, with the right enclosure 2g2 rear enclosure 2G4 and left enclosure 2G5, rear enclosure and right enclosure 2g2 2G4 and left enclosure 2G5 and the bottom plate 400 right The structure is such that the tray is stored so as to hold the tray 6b1 and the left tray 6b2, and the bottom of the right enclosure 2g2, the back enclosure 2g4, and the left enclosure 2g5 is placed on the flat plate-shaped bottom plate 400, and the right enclosure 2g2 and the rear enclosure. side enclosure section constituted by four surfaces of 2g4 and left enclosure 2g5 and the front enclosure 2g1 (not shown in Figure 1 2) is right tray 6b1 and the upper right tray 6b1 and left tray than accommodating portion of the left tray 6b2 becomes inside the opening of 6b2, pet cage 10g a shape having a step on each side enclosure which is composed of four sides in a side view, the flow of debris such from the side enclosure section near Ingredients.

Here, so that the right floor 5b1 and the left floor 5b2 can be set in the pet cage 10g, the right enclosure 2g2, the back enclosure 2g4, and the left enclosure 2g5 are slightly higher than the vertical wall-like peripheral wall heights of the right tray 6b1 and the left tray 6b2. Metal right floor supports 410 and 411 and left floor supports 420 and 421 protruding in a bowl shape at a high height are provided, and the back enclosure 2g4 is arranged at the same height as the right floor support 410 and the like. front enclosure 2g1 shown in FIG. 1 1 comprises a right floor supporting 412 and Hidariyuka support 422 of the metal circular cross-section into two log bridge-like across between (not shown in FIG. 1 2).

Further, the rear enclosure 2g4 is shown in FIG. 1 1 description for setting a detachable partition plate 29 to the rear enclosure 2g4 insert the metal partition plate mounting bars 76a and 76b provided in the detachable partition plate 29 The metal hollow cylindrical partition bar receivers 74a and 74b are provided.

Here, right tray 6b1 and left tray 6b2 does not need to directly put the floor plate on the tray, the floor supporting projections 932 from the right tray 6a1 and left tray 6a2 constituting the tray set 60c of FIG. 1. 5 described later Yukasasae those cross-sectional structure shown in FIG. 1 2, except for the projections 933 and floor support column 934 can reduce the amount of resin used.
By adopting the above configuration, the animal foot bottom 31 cages because it is not necessary to include an embodiment with the molding resin cage support table 40a by comparing the pet cage described in FIG. 1 0 5 of There is an advantage that the manufacturing cost can be reduced.

Figure 1 3 is for describing the structure of FIG. 1 1 and a method for setting a detachable partition plate 29 in pet cages 10g shown in detachable partition plate 29, the pet cage 10g shown in FIG. 1 1 It is sectional drawing of the knot scale of DD part seen from the left side surface.

As shown in FIG. 1 3, the detachable partition plate 29 is thinner fitted with a partition plate mounting bars 76a and 76b of the metal L-shaped circular cross-section for setting the pet cage 10g shown in FIG. 1 1 Metal hollow cylindrical partition plate locking arms 295 and 296 for braking the rotational operation of the metal plate base plate 291 and the detachable partition plate 29 that rotates using the partition plate mounting bars 76a and 76b as fulcrums. The removable partition plate 29 is configured by the attached expansion plate 292 made of a thin metal plate.
The direction extension plate 292 shown in order to be able to stretch the entire length of the removable divider plate 29, the overlap dimension of the base plate 291 and extension plate 292 to the laterally extending arrow in FIG 3 The extension plate 292 is provided with a base plate holder 293 and a base plate holder 294 made of a metal plate having a slight gap between the upper and lower portions of the base plate 291 so as to be held in a U shape.

Then, to set the detachable partition plate 29 in pet cages 10g shown in FIG. 1 1, the diameter of the partition plate mounting bars 76a and 76b of the L-shaped with a detachable partition plate 29 inside the rear enclosure 2g4 A metal hollow cylindrical partition bar receiver 74a and 74b having a slightly larger hole diameter is provided. In order to brake the rotational movement of the removable partition plate 29 after chasing the containing animal on the desired floor, the front enclosure 2g1 The partition plate retaining arms 295 are provided with metal hollow cylindrical partition plate fasteners 73a and 73b having a hole diameter equal to or larger than the hole diameters of the partition plate retaining arms 295 and 296 provided in the removable partition plate 29. 296 holes and partition plate fasteners 73a and 73b are provided with a circular cross-section round bar portion and a metal partition plate locking pin 75 provided with a finger ring on the head of the round bar portion. And

By adopting the above configuration, pet shown in FIG. 1 1 by inserting the partition plate mounting bars 76a and 76b provided in the detachable partition plate 29 to the partition plate bar bearing 74a and 74b provided on the rear enclosure 2g4 The detachable partition plate 29 can be easily set in the cage 10g, and the detachable partition plate 29 can be rotated around the partition plate mounting bars 76a and 76b. The base plate 291 is supported as an extension. for moving in the longitudinal direction showing the plate 292 by the arrows in FIG. 1 3 slidably it is possible to stretch the length of the entire partition plate, removable and animal containment enclosure 20g shown in FIG. 1 1 Since there is no gap between the partition plates 29, the housed animals can be smoothly chased onto the desired floor.

          Then, the detachable partition plate 29 is rotated by 90 °, and the partition plate locking arms 295 and 296 provided on the open end side of the detachable partition plate 29 are placed above the partition plate fasteners 73a and 73b provided in the front enclosure 2g1. In the overlapped state, the rotational movement of the removable partition plate 29 is braked by inserting the round bar portion of the partition plate locking pin 75 into the holes of the partition plate locking arms 295 and 296 and the holes of the partition plate fasteners 73a and 73b. be able to.

Figure 1 4 is is a cross-sectional enlarged view of the left floor 5b2 vicinity shown in FIG. 1 2 for illustrating the desorption process and the detailed description of embodiments of the floor to be used in pet cages 10g shown in FIG. 1 1 FIG. 5 is a simplified diagram of a knot scale in which description of components and the like that are not directly necessary for explanation of the present invention is omitted for ease of explanation.
Here, the right floor 5b1 side is symmetrical with the left floor 5b2 side described below, and the description on the right floor 5b1 side overlaps with the contents on the left floor 5b2 side, so illustration and description thereof are omitted.

As shown in FIG. 1 4, floor anti-removal of the metallic circular cross-section is on the back side of the left floor 5b2 pet cage 10g and front view shape that is open to the left and rotated 90 ° U-counterclockwise the left floor supporting 422 sandwiched by the opening of the U-shaped hook 73c provided at two positions of the Figure 1 1 a front enclosure 2g1 shown in (not shown in FIG. 1. 4) near the side and rear enclosure 2g4 near side, The width dimension of the left floor 5b2 is the width dimension that allows the gap between the left floor 5b2 and the left enclosure 2g5 so that the floor detachment prevention hook 73c does not come off the left floor support 422 when the left floor 5b2 is pressed against the left enclosure 2g5. To do.

With the above configuration, when the left floor 5b2 is set in the pet cage 10g, the pet cage 10g is viewed from the front, and the floor slip-off hook 73c side of the left floor 5b2 is inclined downward and the floor slip-off hook 73c is formed. It provided the Hidariyuka support 421 and left enclosure 2g5 having the rear enclosure 2g4 by after sandwiching the Hidariyukasasae 422 right end of Hidariyuka 5b2 down in an arc clockwise indicated by the solid line arrow in FIG 4 The left floor 5b2 can be set in the pet cage 10g with the left floor 5b2 placed on the left floor support 420. When the pet cage 10g is removed from the pet cage 10g, the pet cage 10g is viewed from the front and the left floor 5b2 is placed. Mochiageruko the right end portion obliquely upward to the floor the latch hooks 73c lifted in an arc counterclockwise indicated by a dotted arrow in FIG. 1 in 4 deviates from Hidariyuka support 422 It is possible to remove the Hidariyuka 5b2 by.

          Here, in order to lift and set the left floor 5b2 shown above in the pet cage 10g, the left floor 5b2 is sized to fit inside the animal housing enclosure 20g and holds the overhead of the left floor 5b2. However, even if an animal on the right floor 5b1 is mischievous during animal breeding and tries to lift the left end of the left floor 5b2 with a mouth and lift it upward, the off-floor prevention hook 73c is provided on the left floor support 422. The left floor 5b2 cannot be lifted in contact with the floor, and it is possible to prevent the generation of a loud sound and the off-floor.

          The left floor 5b2 end on the side adjacent to the left enclosure 2g5 is not provided with a hook for preventing the floor from falling off, but when the containing animal tries to lift the left floor 5b2 end on the side adjacent to the left enclosure 2g5. Since the contained animal needs to be on the left floor 5b2, it is not possible to lift itself, so there is no need to take off-floor prevention hooks or other anti-flooring devices, and the right floor 5b1 side also has the above left floor 5b2. Since the shape is symmetrical with respect to the side, it is not possible to lift the right floor 5b1 by mischieving the housed animal, and it is possible to prevent the generation of loud noises and off-floor.

Tray for accommodating more than, the floor and waste such passing debris such topped with accommodating animals based on the contents described in the first means for solving the conventional problems of using FIG 4. FIG 5 7 examples of pet cages in which two pedestals combined with each other are set side by side in a pull-out manner have been described . As an eighth embodiment of the pet cage of the present invention, for example, a relatively For the purpose of breeding animals with the property of excreting dry granular feces to specific places in pet cages, it is difficult to infiltrate dirt. For example, two metal mesh floors made of metal wires arranged in a grid It is good also as a form which puts in the upper position of the tray arranged side by side so that attachment or detachment is possible.
By virtue of the above configuration, since the Kuwae the floor lifting also housed animals themselves in the form of detachable floor-type ride can not lift upward, in the description of FIG. 1 4 on the back side of the floor The floor stop hook 73c shown in the figure is not required and the floor cost is reduced, and when the specific place where the excrement excreted by the animal adheres is to be washed, the animal chasing plate 29 is not used for contamination. The housed animal is chased on the floor side of the tray, and during that time, the cleaning solution can be sprayed and brushed onto the contaminated area of the floor without wetting the body of the housed animal. A low-cost and practical pet cage that does not pollute the floor of a house can be provided.

A tray for accommodating the first resolution hand using a stage, put the floor or housed animals put the accommodating animals carrying tray or housing animals for accommodating debris such to pass through the debris such floor and waste such above the combined types of pedestals have been efficiently embodiment of cleaning can pet cages to 8 exemplified in pet cage remains housed animals state, from 5 in the embodiment 8 patients the details tray set below was used in 6 cases pet cage shown using FIG. 1 0.

FIG. 15 is a perspective view of a knot scale of a tray set 60c showing an embodiment of the present invention using the second solving means for preventing liquid waste and small waste from flowing out from a gap in which trays are arranged. .

As shown in FIG. 1 5, the tray set 60c is composed of a right tray 6a1 and left tray 6a2 made molding resin.
Here, the left tray 6a2 includes a peripheral wall 91a having a balcony-like bulge that opens upward on the peripheral wall adjacent to the right tray 6a1, and the adjacent right tray 6a1 lies under the balcony-shaped bulge of the left tray 6a2. In this manner, the peripheral wall 90a has a height that is under the balcony-like bulge, which is lower than the other three peripheral walls. Identical.

Then, the left tray 6a2 is arranged at the top of the tray by the thickness dimension of the floor to be placed on the both ends and the center of the inner wall of the four surfaces in order to secure a depth of space for placing the floor and storing unnecessary materials. Eight shelf-shaped floor support protrusions 933 lower than the height of the section are provided, and a cross-section in a side view on the front peripheral wall is provided with a triangle-shaped handhold 83 having a bottom portion opened.
The right tray 6a1 is provided with a floor on the both ends and the center of the three peripheral walls except for the peripheral wall 90a that lies under the balcony-like bulge. The height of the top is equal to the height of the top of the tray, and seven shelf-like floor support protrusions 932 that are lower than the height of the top of the tray are provided. Is one prismatic shape in which the height of the top is lower than the height of the top of the tray by the thickness dimension of the floor to be placed on the floor support protrusion 932 at a position aligned in a straight line at equal intervals in the depth direction. The floor support pillar 934 is provided, and a cross-section in a side view on the front peripheral wall is provided with a triangular handhold 82 having an open bottom.

          With the above configuration, when the left tray 6a2 and the right tray 6a1 are set in a pet cage, the tip of the balcony-like overhang of the left tray 6a2 overlaps the opening of the right tray 6a1 when used, and debris is left on the left tray. 6a2 and the right tray 6a1 are arranged through the vertical gap between the peripheral walls in the vertical direction and the path passing downward is blocked, so that it is possible to prevent the wastes from leaking outside, and the floor support protrusion 933 and the floor support protrusion Since there are 932 and floor support pillars 934, it is possible to use a floor made of a metal mesh in which metal wires are assembled in a lattice shape or a resin flat plate with a lot of holes on the tray. Can be set and removed at the same time in the pet cage, and since the handle 83 and the handle 82 are provided, the tray and the floor can be attached and detached efficiently.

Further, by the above configuration, it is possible to have a width of the tray between the boundary line, the rotation shaft or the base shown with reference to FIG. 8 parallel to the boundary line of the base with each other as shown in FIG. 7 It is not necessary to align the vertical axis of rotation that intersects the boundary line of the cage with the center position of the cage when viewed from the front, and rotates to a position that is removed from the center position of the cage to the left or right within the boundary line of the pedestals Since the shaft can be placed, two rotation shafts can be provided, and a large pet cage can be provided without impairing the mechanical strength of the animal housing enclosure.
However, as a precaution for a pet cage having two rotation shafts for supporting an animal chase plate, a floor, a tray and a tray are arranged like a pedestal of the animal foot lower part 30 described in detail in FIGS. When the left pedestal 540 is removed for cleaning by using the pedestal that is pulled out at the same time, it is put on the head of the peripheral wall 90a that forms the stepped portion of the right tray 6a1 during normal breeding and escapes downward in the contained animal. Since the left floor 5a2 that has been prevented is removed and the stepped portion of the right tray 6a1 is opened, there is a risk of escape from the opening in the case of raising small animals. Like the pet cage 10g described with reference to FIG. 14, it is preferable to use a lower animal foot in a form in which the tray and the floor are removed separately, so that the risk of escape can be avoided .

FIG. 16 is a perspective view of the animal chasing plate guide 100 showing a first embodiment for explaining the movement guide of the animal chasing plate, but the main part of the animal housing enclosure is disassembled for easy explanation. FIG. 6 is a knot scale diagram in which components such as a front enclosure, a ceiling enclosure, and a rear enclosure that are not directly necessary for the description of the present invention are omitted, and is shown on the right side of the pet cage 10a shown in the explanation of FIG. It is a figure which shows the form which actualized the movement guide which uses enclosure 2a2 and left enclosure 2a5 for an animal chasing board.

The left frame 431 and the right frame 430 have the same four side edge dimensions as the horizontal pillars such as the upper and lower horizontal pillars 450, which will be described later. the horizontal beam 450 and a frame-shaped metal frame plate screw through hole formed in the four corners of the lower rear horizontal beam 451 corresponding to the screw hole position provided in the end face side view prepared two, shown in FIG. 1 6 In this way, two frame-shaped frame plates are arranged so as to face each other with four horizontal columns such as the upper and lower horizontal columns 450 interposed therebetween, and are used for the left frame 431 and the right frame 430.

          The left enclosure 2a5 and the right enclosure 2a2 are different in the direction of incorporation into the animal chasing board guide 100, but use the same specifications, and therefore, the form of the left enclosure 2a5 is shown below as a representative.

As shown in FIG. 16 , the left enclosure 2a5 is configured by using a metal mesh 270, an upper guide plate 271 and a lower guide plate 272 in which metal wires are assembled in a lattice shape.
Since the upper guide plate 271 and the lower guide plate 272 to be movable in the yield Mari lateral direction guide groove provided on the back horizontal beam 450 to be described later, a slightly thinner metal plate than the guide grooves a shape having two surfaces bent in an L-shape, an animal chasing asked plate depth of about 2cm width of the surface to be horizontal from 1cm when incorporated into the guide 100 animals chase asked plate guide 100 shown in FIG. 1 6 There is a slight clearance with the snaps length between provided above and on the time of completion front horizontal beam 440 back horizontal beam 450 guide groove, the height of the vertical surface portion for installing a wire mesh 270 a depth of about 1cm from 0.5cm is with a gap Osamu full length in the vertical plane of the front horizontal beam 440 and the upper rear horizontal beam 450 on the time of completion of the animal chasing asked plate guide 100, animal chasing jogger When installed in the plate guide 100, Two pieces are prepared having through holes for passing a locking pin (not shown) at both ends of the surface. The left enclosure 2a5 is a front view of the animal chasing plate guide 100, and the upper guide plate 271 is oriented so that the horizontal surface is up and the vertical surface is on the right, and the lower guide plate 272 is oriented so that the horizontal surface is down and the vertical surface is on the right. The left enclosure 2a5 is assembled by brazing or electrically welding a metal mesh 270 to the right outer side of the vertical surface portions of both the upper guide plate 271 and the lower guide plate 272.

Upper rear horizontal beam 450 and a lower rear horizontal beam 451, a metallic horizontal beam of a long rectangular outer contour in horizontal side view is in a square to prepare two front of lateral columns, as shown in FIG. 1 6 A horizontal straight line for guiding through the upper guide plate 271 and the lower guide plate 272 constituting the left enclosure 2a5 reaching the end in the longitudinal direction of the horizontal column at a height position closer to the upper side than the center of the surface on the side vertical surface. The guide groove is provided, and the horizontal column in a plan view of the horizontal column is arranged in a straight line with a total of four locations, one near the left end in the longitudinal direction, two near the center, and one near the right end. A through hole for passing a locking pin (not shown) is provided, and screw holes with a hole diameter not touching the guide groove provided on the back side and below the center of both side surfaces of the horizontal column are formed on the left and right side surfaces. It is provided in a symmetrical position and used for the upper back horizontal column 450 and the lower back horizontal column 451.

Here, four positions through hole for passing the upper rear horizontal beam 450 and the connecting stopper pin provided on the lower rear horizontal beam 451 (not shown), an animal chasing Asked plate guide shown in FIG. 1 6 The position where the movable left enclosure 2a5 and the movable right enclosure 2a2 are connected to both ends of 100, and the boundary line between the pedestals (not shown) provided with the left enclosure 2a5 on the lower part of the animal foot (not shown) A position that is slightly locked on a position on the right pedestal (not shown) and a boundary line between the pedestals (not shown) provided with the right enclosure 2a2 at the lower part of the animal foot (not shown) or slightly left The upper back horizontal column 450 and the lower back horizontal column 451 are positioned in holes for passing through locking pins provided on the guide plates of the left enclosure 2a5 and the right enclosure 2a2 so as to be locked to a position on the pedestal (not shown). The four through-hole positions are aligned with each other.

          The upper front horizontal column 440 and the lower front horizontal column 441 are prepared as two metal columns having a mirror-reversed shape (a side shape symmetrical with respect to the upper rear horizontal column 450 when viewed from the side). Thus, the upper front horizontal column 440 and the lower front horizontal column 441 are used.

As shown in FIG. 16 , the animal chasing plate guide 100 is assembled with the upper front horizontal column 440, the lower front horizontal column 441, the upper rear horizontal column 450, and the lower rear horizontal column 451 at the four corners of the right frame 430. Attach to the right frame 430 using four screws 940 (one is hidden behind the upper front horizontal column 440) and align the right enclosure 2a2 with the wire mesh facing the right frame 430. The guide plate is passed through four guide grooves provided in the upper back horizontal column 450 and the like and moved in the direction of the right frame 430 indicated by the solid line arrow in FIG. 16 , and then the left enclosure 2a5 is attached to the left frame by the wire frame. in the direction to be 431 side to built by moving the upper and lower guide plates in the right frame 430 direction indicated through the four guide grooves provided in the upper rear horizontal beam 450 or the like by the solid arrow in FIG. 1 6, then The left frame 431 is screwed into four screw holes provided in the upper back horizontal column 450 and the like. 0 assembled animals chase Asked plate guide 100 attached with four, and can be used for animal containment enclosure 20a shown in FIG. 5.

By adopting the above configuration, the round bar portion shown by the FIG. 1 1 slightly smaller diameter than the through four holes for the passage of the upper rear horizontal beam 450 such locking pin provided on the head Prepare four locking pins (not shown) in the shape of a metal partition plate locking pin 75 provided with a finger ring on the right side 2a2 and left side 2a5 at the time of normal breeding. previously passed through a tethered pins at a position closer to both end portions of such rear horizontal beam 450 in the hole, when the right seat cleaning using the right enclosure 2a2 in animal chasing asked plate shown in dashed arrows in FIG. 1 6 Move the pin in the direction of the left frame 431 and pass the locking pin through the hole at the position of the third hole from the left in the plan view provided on the upper back horizontal column 450 etc. Conversely, when cleaning the left pedestal, set on the rear horizontal beam 450 or the like to move using the chase asked plate in the direction of the right frame 430 shown by the solid line arrow in FIG. 1 6 Was by passing from the left in the plan view tethering pin into the hole in the second hole position can be performed efficiently cleaned by removing the side of the pedestal there are no animals overhead.

          Here, the guide grooves of the upper front horizontal column 440, the lower front horizontal column 441, the upper rear horizontal column 450, and the lower rear horizontal column 451 have a lateral opening shape, so that the lower front horizontal column 441 and the lower rear horizontal column in particular. It is possible to reduce clogging of debris into the guide groove portion 451.

In the above, the side enclosure that constitutes the animal housing enclosure is laterally moved in a plan view to guide the enclosure surface of the pet gauge used for the animal chase plate. it the partition plate removable applicable in even minor changes to the guide of the partition plate pet cages 10f shown in the description of Figure 1 0 of the use in animal chasing asked plate will be apparent.

Figure 17 is a perspective view of an animal chasing Asked plate guide 110 showing a second embodiment for explaining the movement guide animal chasing Asked plate, follow the pet cage 10 b of the animals in the description of FIG. 6 It is a figure which shows the form which actualized the movement guidance of the lapping plate.
FIG. 18 is a simplified diagram of a knot scale showing an outer contour shape for ease of explanation, and the right animal accommodation enclosure 200 is moved to the left animal accommodation enclosure 201 side indicated by the arrow in FIG. FIG. 6 is a perspective view using a broken line showing a state where 200 is inside the left animal housing enclosure 201 and shows an arrangement relationship with the animal chasing plate guide 110. The cage shown in the explanation of FIG. The support base 40a, the right base 530, and the left base 540 are not shown.

As shown in FIG. 17 , the animal chase plate guide 110 is configured in such a shape that the left and right side surfaces of the front horizontal column 432 and the back horizontal column 433 are sandwiched between the right side frame 460 and the left side frame 461.
Front horizontal beam 432 and the rear lateral pillars 433 provided with a guide groove to be described in detail with reference to FIG. 18 described later on the opposing surfaces of both (not shown in FIG. 17), the right animal containment enclosure 200 and the left animal containment A rectangular plate-shaped guide plate 273 (not shown in FIG. 6 ) that protrudes horizontally in the front direction and the back direction is provided at the four corners of the bottom of the enclosure 201, and a total of eight guide plates 273 are arranged on the front horizontal column. The right animal accommodation enclosure 200 and the left animal accommodation enclosure 201 are assembled into the animal chasing plate guide 110 through a guide groove (not shown in FIG. 17 ) provided in 432 and the back horizontal column 433.

Here, the right animal housing enclosure 200 has a size that fits inside the left animal housing enclosure 201 as shown in the description of FIG. 17 , but the right animal housing enclosure 200 and the left animal housing enclosure as viewed from the front. The width dimension of the part 201 is the same, and the right animal accommodation enclosure 200 and the left animal accommodation enclosure 201 viewed from the front when the right animal accommodation enclosure 200 and the left animal accommodation enclosure 201 are placed on the outermost side are The overlapping dimension is the same as the guide plate 273.

Hereinafter, a detailed description of animal chasing Asked plate guide 110 with reference to FIG. 18.
Figure 18 is illustrated in FIG. 17, for explaining the detailed structure of an animal chasing Asked plate guide 110, is a perspective view showing the manner of attaching the left side frame 461 on the rear horizontal beam 433, left for ease of description It is the knot scale figure which described the surface frame 461 with the permeation | transmission figure using the phantom line of a dashed-two dotted line.

As shown in FIG. 18 , a guide plate 273 provided at the bottom corner of the left animal housing enclosure 201 and a guide provided at the bottom corner of the right animal housing enclosure 200 are arranged on the vertical surface facing the front side of the back horizontal column 433. In order to allow the plate 273 to be loosely fitted and move in the left-right direction, a horizontal straight upper guide groove 84 and a lower guide groove 85 that are slightly wider and deeper than the thickness of the guide plate 273 are provided.
Moreover, deeper than the plate thickness slightly wider than the width of the guide plate 273 to Translate the guide plate 273 provided in the left animal containment enclosure 201 shown in FIG. 17 at both end portions and the center portion of the upper guide groove 84 A pit 86 having a size is provided, and the width and width of the lower guide groove 85 are slightly wider than the thickness of the guide plate 273 for dropping the guide plate 273 provided in the right animal housing enclosure 200 at both ends and the center. The pit 87 is provided.

Then, as shown in FIG. 18 , the back horizontal column 433 is assembled with the back horizontal column 433 and the left side frame 461 using screws 941 at a position matching the back of the back horizontal column 433 to the full depth of the left side frame 461. The front horizontal column 432 (not shown) is a mirror-inverted shape of the back horizontal column 433 (a side shape symmetrical with respect to the back horizontal column 433 when viewed from the side), and the right side frame 460 (not shown) is The left side frame 461 has a mirror inversion shape (a side shape symmetrical with respect to the left side frame 461 when viewed from the side).

Hereinafter, the details of the state incorporated in animal chasing Asked plate guide 110 to the right animal containment enclosure 200 and the left animal containment enclosure 201 with reference to FIG. 19.
FIG. 19 is a cross-sectional view of the F-F portion of the animal chasing plate guide 110 shown in FIG. 17 when viewed from the right side. FIG. 17 is a simplified diagram showing an outline shape for ease of explanation. However, FIG. 19 is a knot scale cross-sectional view in which a portion omitted in FIG. 17 is shown in FIG. 19 for more detailed explanation.

As shown in FIG. 19 , the front-facing vertical surface of the back horizontal column 433 has the front and back surfaces and end surfaces of the horizontally projecting guide plate 273 provided at the bottom of the left back housing 241 constituting the left animal housing enclosure 201. In order to surround and guide the movement of the left animal housing enclosure 201, it is provided with a horizontal straight upper guide groove 84 reaching the end from the longitudinal direction end of the back horizontal column 433, and both longitudinal ends of the upper guide groove 84 and A pit 86 for dropping the horizontally protruding guide plate 273 provided at the bottom of the left rear enclosure 241 with the depth of the upper guide groove 84 is provided at the center, and FIG. 19 shows that the guide plate 273 falls into the pit 86. It shows a state of braking.

The vertical surface facing the front side of the back horizontal column 433 surrounds the front and back surfaces and the end surface of the horizontally projecting guide plate 273 provided at the bottom of the right back enclosure 240 constituting the right animal housing enclosure 200, and accommodates the right animal. In order to guide the movement of the enclosure part 200, a horizontal straight lower guide groove 85 reaching the end of the back horizontal column 433 from the longitudinal direction to the end is provided. 19 includes a pit 87 indicated by a broken line for dropping a horizontally projecting guide plate 273 provided at the bottom of the right rear enclosure 240 by increasing the depth of the lower guide groove 85. FIG. 19 shows the guide plate 273 in the lower guide groove. The state which can pass 85 is shown.

Cross-section of a front horizontal beam 432 is mirrored shape rear horizontal beam 433 as shown in FIG. 19 (cross-sectional shape of the axisymmetric rear horizontal beam 433 and a side view), the back side facing the front horizontal beam 432 The vertical plane surrounds the front and back surfaces and end surfaces of the horizontally projecting guide plate 273 provided at the bottom of the left front enclosure 211 constituting the left animal accommodation enclosure 201 to guide the movement of the left animal accommodation enclosure 201. The front horizontal column 432 includes a horizontal straight upper guide groove 84 extending from one end to the other in the longitudinal direction, and the upper guide groove 84 is increased in depth at both ends and the center in the longitudinal direction of the upper guide groove 84. A pit 86 for dropping a horizontally projecting guide plate 273 provided at the bottom of the enclosure 211 is provided, and FIG. 19 shows a state in which the guide plate 273 falls into the pit 86 and is braked.

The vertical surface facing the back side of the front horizontal column 432 surrounds the front and back surfaces and the end surface of the horizontally projecting guide plate 273 provided at the bottom of the right front enclosure 210 constituting the right animal accommodation enclosure 200, and accommodates the right animal. In order to guide the movement of the enclosure part 200, a horizontal straight lower guide groove 85 extending from one end to the other end of the front horizontal column 432 is provided. 19 includes a pit 87 indicated by a broken line for dropping a horizontally projecting guide plate 273 provided at the bottom of the right front enclosure 210 by increasing the depth of the groove 85. FIG. 19 shows the guide plate 273 passing through the lower guide groove 85. It shows possible states.

Here, right side view animal chasing asked plate guide 110, a screw with a countersunk screw 941 topped with a front horizontal beam 432 across the right side frame 460 a rear horizontal beam 433 as shown in FIG. 19 heads 19 is embedded in the thickness of the right side frame 460, and the left side frame 461 side not shown in FIG. 432 and the back horizontal column 433 are mounted and the countersunk head screw 941 is used to assemble the screw head so that it is buried in the thickness of the left side frame 461.

Therefore, when an example of an assembling procedure of the animal chasing plate guide 110 is shown, the back horizontal column 433 first shown in FIG. 18 is assembled to the left side frame 461 using a countersunk head screw 941 (not shown in FIG. 19 ). Next, a front horizontal column 432 is assembled to the left side frame 461 using a countersunk screw 941 (not shown in FIG. 19 ), and then a guide plate provided at the four corners of the bottom of the left animal housing enclosure 201 273 is passed through the upper guide groove 84, the guide plates 273 provided at the four corners of the right animal housing enclosure 200 are then passed through the lower guide groove 85, and finally the right side frame 460 is connected to the front horizontal column 432 and the rear horizontal column 433. In the order of assembly using countersunk head screws 941.

          During normal animal breeding, the right animal housing enclosure 200 viewed from the front is brought to the left end of the pet cage, and the four guide plates 273 provided in the right animal housing enclosure 200 include the front horizontal column 432 and the back horizontal column. Four guide plates 273 provided in the left animal storage enclosure 201 are arranged in the front horizontal column 432 by placing the left animal storage enclosure 201 viewed from the front toward the right end of the pet cage. And put it in a state where it falls into the pit 86 provided in the back horizontal column 433.

          When cleaning the cage, the left animal housing enclosure 201 is lifted upward and the four guide plates 273 are simultaneously removed from the pit 86 or the right animal housing enclosure 200 is lifted upward and the four guide plates 273 are removed from the pit. 87, the upper guide groove 84 or the lower guide groove 85 can be guided and moved to the opposite animal storage enclosure side to move the storage animal onto the desired pedestal. When the animal storage enclosure 200 is moved down to the position where the animal storage enclosure 200 stops or the right animal storage enclosure 200 stops and hits the left animal enclosure 201, the left animal enclosure 201 has four guides. The plate 273 falls into the pit 86 provided on the front horizontal column 432 and the back horizontal column 433, or four guide plates 273 provided in the right animal housing enclosure 200 are normal. It falls into the pit 87 where the horizontal beam 432 with the rear horizontal beam 433, it is possible to brake the lateral direction of movement of the animal containment enclosure.

          Here, the braking method of the movement operation of the animal housing enclosure is a simple form in which the lateral movement is sealed and the vertical movement is free, but in order to move the animal housing enclosure in the lateral direction, first, It is necessary to lift the four animal guide plates from the pits at the same time by lifting them vertically without tilting the entire animal housing enclosure. The animals housed in the pet cage are three vertical wall-shaped surfaces that make up the animal housing enclosure. Since the animal housing enclosure is tilted and the four guide plates cannot be removed from the pit at the same time, the animal housing enclosure cannot be moved laterally.

2 0 Animal housing enclosure 20c for explaining an embodiment for braking the rotational movement of the ceiling enclosure pet cage 10c in the form of using the ceiling enclosure to an animal chasing Asked plate described with reference to FIG. 7 It is a perspective view.
For ease of explanation, the front enclosure 2c1 and the left enclosure 2c5 are simplified knot scales shown in a transmission diagram using a two-dot chain line imaginary line, and the left ceiling enclosure 233 constituting the half of the ceiling enclosure 2c3 is It shows a state in which the clockwise rotation shown by the arrow in FIG. 2 in 0.

As shown in FIG. 2 0, ceiling enclosure 2c3 is constituted by right ceiling enclosure 232 and the left roof enclosure 233, a gap that accommodates the animal inside the front enclosure 2c1 and right enclosure 2c2 and rear enclosure 2c4 left enclosure 2c5 can not pass the have to yield full size.
The ceiling enclosure 2c3 includes a rotation axis orthogonal to the front enclosure 2c1 and the back enclosure 2c4, and the left half surface (= right ceiling enclosure 232 side) and the right half surface (= left ceiling enclosure) of the ceiling enclosure 2c3 are supported by the rotation axis. 233 side) and the ceiling enclosure rotary shaft passages 773 and 774 for constituting the rotary shaft that moves downward in an arc, and the ceiling enclosure locking pin passages 775 and 776 for braking the rotation operation. The right ceiling enclosure 232 and the left ceiling enclosure 233 are spaced apart from each other so that the accommodation animal cannot pass through the open end and the landing area of the accommodation animal when the right ceiling enclosure 232 and the left ceiling enclosure 233 are rotated 90 ° downward. The outer dimensions to maintain

Here, the rotation shaft passages 773 and 774 and the ceiling enclosure locking pin passages 775 and 776 provided in the ceiling enclosure 2c3 are hollow cylindrical metal tubes whose length is slightly shorter than 1/8 of the depth dimension of the ceiling enclosure 2c3. Prepare and use 12 pieces.
Then, eight hollow cylindrical metal tube of the preparation, the ceiling enclosure 2c3 in plan view, in the depth direction full ceiling enclosure 2c3 distributes aligned in a straight line of equally spaced, as shown in FIG. 2 0 Four odd numbers counted from the front enclosure 2c1 side are brazed to the left end side of the left ceiling enclosure 233 constituting the ceiling enclosure 2c3 to form a rotation shaft passage 774, and an even number 4 counted from the front enclosure 2c1 side. The book is brazed to the right end side of the right ceiling enclosure 232 constituting the ceiling enclosure 2c3 to form a rotary shaft passage 773.

The remaining four hollow cylindrical metal tube of the preparation, the ceiling enclosure 2c3 in plan view, aligned two in line in the depth direction full on the right end side of the left roof enclosure 233 as shown in FIG. 2 0 Then, brazing is performed to form a locking pin passage 776, and the other two are aligned in a straight line in the depth direction on the left end side of the right ceiling enclosure 232 and brazing is performed to form a ceiling enclosure locking pin passage 775. To do.

Then, the combined depth position of left ceiling enclosure 233 and the right ceiling enclosure 232, alternately rotating shaft through 773 of the rotary shaft through 774 and the right roof enclosure 232 of the left roof enclosure 233 in the depth direction as shown in FIG. 2 0 A metal elongated cylindrical rotating shaft rod (not shown) having a size slightly longer than the depth of the animal housing enclosure 20c is fitted in a straight line, and a hole in the rotating shaft passage 774 and the rotating shaft passage 773 is formed. A ceiling enclosure 2c3 is formed through the frame, and the rotary shaft is attached so as to bridge between the front enclosure 2c2 and the back enclosure 2c4 (not shown), so that the left half of the ceiling enclosure 2c3 (= right ceiling enclosure 232). ) And the open end of the right half (= left ceiling enclosure 233) are arcuate and rotatable.

The front enclosure 2c1 and the back enclosure 2c4 have a locking pin passage hole that is aligned with the round hole position of the fastening pin passage 775 provided in the right ceiling enclosure 232 when the ceiling enclosure 2c3 is horizontally expanded when viewed from the front. 770 and a locking pin passage hole 771 that matches the round hole position of the locking pin passage 776 provided in the left ceiling enclosure 233 are provided.
The front enclosure 2c1 and the back enclosure 2c4 are ceiling enclosure locking pins when the ceiling enclosure 2c3 is viewed from the front and the open end of the right ceiling enclosure 232 or the open end of the left ceiling enclosure 233 is rotated downward at a right angle. A through-hole 775 and a locking pin through-hole 772 that match the position of the round hole 776 are provided.

Then, 2 0 right ceiling enclosure locking pin through 297 and the left roof enclosure locking pin through 298 shown is a hollow cylindrical metal tube of 6 times the length of the rotary shaft through 773 of the prepared two Use.
One of the hollow cylindrical metal cylinders 6 times as long as the prepared rotary shaft passage 773 has a center of the metal cylinder in the depth direction of the right enclosure 2c2 and a rotation axis provided in the ceiling enclosure 2c3. The right ceiling 2c2 is brazed inside the right enclosure 2c2 at the same height to form a right ceiling enclosure locking pin passage 297.
In addition, one of the hollow cylindrical metal cylinders 6 times as long as the remaining rotation shaft passage 773 is provided with the center of the metal cylinder at the center position in the depth direction of the right enclosure 2c2 and the ceiling enclosure 2c3. The left ceiling 2c5 is brazed inside the left enclosure 2c5 with the same height as the shaft to form a left ceiling enclosure locking pin passage 298.
Then, it comprises a tethered pins 77 and 78 illustrated in Figure 2 0 L-shaped with a long metal shaft than the depth dimension of the animal containment enclosure 2c3 slightly narrower diameter than the hole diameter such as the axis of rotation through 773 .

By making the ceiling enclosure 2c3 as described above, the ceiling enclosure 2c3 is horizontally extended during normal animal breeding, and the right ceiling enclosure 232 side is provided with a locking pin through hole 770 provided in the front enclosure 2c1 and the ceiling. The hole of the enclosure locking pin through 775, the hole of the right ceiling enclosure locking pin through 297 provided in the right enclosure 2c2, the hole of the ceiling enclosure locking pin through 775, and the locking pin through hole 770 provided in the back enclosure 2c4 are arranged in this order. Passing the locking pin 77, the left ceiling enclosure 233 side has a locking pin through hole 771 provided in the front enclosure 2c1, a hole in the ceiling enclosure locking pin passage 776, and a left ceiling enclosure locking pin through 298 provided in the left enclosure 2c5. The rotation of the right ceiling enclosure 232 and the left ceiling enclosure 233 is braked by passing the locking pin 78 in the order of the hole of the ceiling enclosure and the locking pin passage 776 of the ceiling and the locking pin passage hole 771 provided in the rear enclosure 2c4. Follow It is possible to perform a similar animal breeding and pet cage.

When removing the left pedestal (not shown) for cleaning the cage, the locking pin 78 is pulled out and the open end of the left ceiling enclosure 233 is rotated 90 ° downward to provide the connection provided in the front enclosure 2c1. The rotational movement of the left ceiling enclosure 233 is braked by passing the locking pin 78 in the order of the locking pin through hole 772, the two ceiling surrounding locking pins through 776, and the locking pin through hole 772 provided in the back wall 2c4. When removing the right pedestal (not shown), the locking pin 77 is pulled out and the open end of the right ceiling enclosure 232 is rotated 90 ° downward, and the locking pin through hole 772 provided in the front enclosure 2c1 The rotation operation of the right ceiling enclosure 232 can be braked by passing the locking pins 77 in the order of the two ceiling enclosure locking pin passages 775 and the locking pin passage holes 772 provided in the back surface enclosure 2c4.

Having described an example embodiment for braking rotational movement of the ceiling enclosure pet cage 10c shown in FIG. 7 with reference to FIG. 2 0, ceiling pet cage 10e shown in FIG. 9 It will be apparent that the present invention can also be applied to the application of braking the rotational movement of the enclosure 2e3 with a slight change.

          As mentioned above, the invention made by the present inventor has been specifically described based on the embodiment. However, the present invention is not limited to the embodiment, and various modifications can be made without departing from the scope of the invention. Needless to say.

7 animal chasing Asked plate 21c front enclosed doctor
2 2c right enclosure 23c ceiling enclosed doctor
2 4c back enclosure 25c Hidari囲doctor
5 10 Right floor
5 20 left floor
6 10 right tray
6 20 Left tray

Claims (2)

(A) It has an animal housing enclosure that is open at the bottom and is made up of an enclosure that prevents the housed animal from escaping laterally or prevents the housed animal from escaping laterally and upward.
(B) A pedestal of a kind that combines a floor on which a housed animal is placed on the lower part of the animal or a tray on which the housed animal is placed to receive trash or a floor on which the housed animal is placed and passes the trash, and a tray that contains trash. It is provided inside the animal housing enclosure or below the animal housing enclosure to prevent the housed animal from escaping downward.
(C) The above-mentioned type of pedestal is a form in which two or more pedestals are placed side by side in a pull-out manner on the lower part of the animal's foot. It includes a form for setting and a form for lifting and setting one floor that passes the wastes with the accommodation animals.
(D) Moving laterally in a plan view from the animal housing enclosure at the opposite ends of the pedestal or from the vicinity of the animal housing enclosure to the enclosure surface facing the overhead of the pedestal according to the movement guide A rotation axis parallel to the boundary line between the pedestals as viewed is provided at a height position exceeding the height of the containing animal, and the rotation axis is rotated around the fulcrum so that the open end is on the pedestal surface from the overhead position of the containing animal. An animal housing enclosure that crosses in the direction of the boundary line between the pedestals in plan view or a vertical axis of rotation in the vicinity of the animal enclosure and rotates about the axis of rotation. The open end moves from the lateral position of the containing animal over the pedestal head toward the enclosure surface on the side facing the rotation axis, and the contained animal is chased on the desired pedestal so that the boundary line between the pedestals or the animal is moved. Braking at the position on the pedestal on the side you want to chase With a capacity animal chasing Asked plate, animal chasing Asked plate using a partition plate to be added to utilizing a part of the enclosure surfaces constituting the animal containment enclosure or animal containment enclosure.
A pet cage constructed as described above in (a), (b), (c) and (d). (A) A combination of a plurality of waste receiving trays in the form of a side opening that is formed of a peripheral wall that prevents waste from flowing out in the horizontal direction and a bottom plate that prevents waste from flowing out in the downward direction and in which a receiving port is opened in the upper side. Equipped with a tray set.
(B) The tray constituting the tray set is provided with a balcony-like overhang or overhang-like overhang on the peripheral wall of one side of the tray adjacent to each other, and the balcony-like overhang or the overhang-like overhang Is a form of hiding the upper edge of the opening of the peripheral wall of the tray on the other side arranged side by side in plan view.
(C) When the tray set is stored in the lower part of the animal foot of the pet cage, a balcony-like overhang provided on one tray constituting the tray set or the tip of the bowl-like overhang is adjacently disposed in a side view. The trays are arranged side by side on the lower part of the animal foot so as to reach the opening of the adjacent tray beyond the peripheral wall of the other tray constituting the tray set.
A pet cage comprising a lower part of an animal foot having the above-mentioned configurations (a), (b), and (c).

Images