JP7385314B2 - Urine treatment material - Google Patents

Description

TECHNICAL FIELD The present invention relates to urine treatment materials.

The present applicant has proposed a urine treatment material (hereinafter referred to as conventional example) disclosed in Japanese Patent Application No. 2020-67957 as a urine treatment material used in a toilet for pets such as cats and dogs.

This conventional example consists of an odor adsorption section in which a porous granular member (rice husk charcoal) is housed in a bag body having liquid permeability, and a urine absorbing section provided below the odor adsorption section to absorb urine that has passed through the odor adsorption section. The pet's urine permeates through the odor absorbing part, and the urine that permeates through the odor absorbing part is absorbed and retained in the urine absorbing part.

The present inventor has actually confirmed that after pet urine is treated in the conventional method, there is almost no ammonia odor in the surrounding area.

This is due to the odor adsorption effect of the odor adsorption part (rice husk charcoal). Moreover, the ammonia odor of urine becomes stronger over time, and urine that falls into the odor absorption part immediately passes through the odor absorption part and accumulates at the bottom of the urine receiving part (urine absorption part), making the ammonia odor stronger. It is thought that this is because the odor adsorption part has already become a so-called lid and suppresses the diffusion of ammonia odor.

Patent Application No. 2020-67957

However, for example, if the ammonia concentration in the pet's urine becomes higher than normal due to a decline in the pet's liver function, the odor adsorption effect of the odor adsorption part (rice husk charcoal) alone may not be enough to suppress the spread of ammonia odor (odor There are limits to increasing the amount of rice husk charcoal that makes up the adsorption section.)

The present invention was developed in view of the above-mentioned problems, and provides a practical urine treatment material that exhibits unprecedented effects.

The gist of the present invention will be explained with reference to the accompanying drawings.

an ammonia neutralization treatment section 1 that allows urine 60 to pass through and neutralizes ammonia in the urine 60; and an ammonia neutralization treatment section 1 provided below the ammonia neutralization treatment section 1 that neutralizes the ammonia that has passed through the ammonia neutralization treatment section 1. A urine treatment material consisting of a urine absorption section 2 that absorbs treated urine 60; An ammonia neutralizing member 4 is provided below the urine diffusion sheet 3 to neutralize ammonia, and a bag body 8 having liquid permeability is provided on the lower surface of the urine diffusion sheet 3. This relates to a urine treatment material characterized in that an ammonia neutralizing member 4 is housed therein.

In the urine treatment material according to claim 1, the urine absorption section 2 includes a urine diffusion sheet 3 that absorbs urine 60 and diffuses it by capillary phenomenon, and a urine diffusion sheet 3 that is provided below the urine diffusion sheet 3 and expands by liquid absorption. The present invention relates to a urine treatment material characterized in that the urine absorbing portions 2 are provided in plurality above and below.

Further, in the urine treatment material according to any one of claims 1 and 2, the ammonia neutralizing member 4 is citric acid.

Further, in the urine treatment material according to any one of claims 1 to 3, the ammonia neutralization treatment section 1 and the urine absorption section 2 are housed in an outer bag body 6 having liquid permeability. This relates to a characteristic urine treatment material.

Since the present invention is configured as described above, it becomes a practical urine treatment material that exhibits unprecedented effects, such as being able to suppress as much as possible the harm to the surrounding environment due to ammonia odor.

1 is a perspective view illustrating Example 1. FIG. FIG. 2 is a cross-sectional view illustrating Example 1. FIG. 3 is an explanatory diagram of main parts of Example 1. FIG. 2 is a graph and a table showing test results for confirming the urine diffusion performance of the urine diffusion sheet 3 according to Example 1. FIG. 3 is a manufacturing process explanatory diagram of Example 1. FIG. 7 is a cross-sectional view illustrating another configuration example. FIG. 2 is an explanatory diagram of a pet toilet X using Example 1. FIG. 2 is an explanatory diagram of a pet toilet X using Example 1. FIG. 3 is an explanatory diagram of the usage state of Example 1. FIG. 3 is an explanatory diagram of the usage state of Example 1. FIG. 7 is a perspective view illustrating Example 2. FIG. 7 is a cross-sectional view illustrating Example 2. FIG. 3 is an explanatory diagram of main parts of Example 2. FIG. 3 is an explanatory diagram of the manufacturing process of Example 2.

Embodiments of the present invention that are considered suitable will be briefly described by showing the effects of the present invention based on the drawings.

For example, urine 60 that has fallen into the ammonia neutralization processing section 1 is neutralized when passing through the ammonia neutralization processing section 1, and the neutralized urine 60 that has passed through the ammonia neutralization processing section 1 is transferred to the urine absorption section. 2 and is absorbed.

By the way, the ammonia neutralization processing section 1 is composed of a urine diffusion sheet 3 that absorbs urine 60 and diffuses it by capillary action, and an ammonia neutralization member 4 that is provided below the urine diffusion sheet 3 and neutralizes ammonia. Because of this configuration, the urine 60 passing through the ammonia neutralization processing section 1 is effectively neutralized.

That is, the amount of ammonia neutralizing member 4 that is actually used is limited due to cost issues when commercialized, and there is a limit to the amount of urine 60 that can be neutralized with a predetermined amount of ammonia neutralizing member 4. Therefore, if the urine 60 is concentrated in one part of the ammonia neutralization processing section 1 and passes through, it may reach the urine absorption section 2 and be absorbed without being sufficiently neutralized. The ammonia odor will spread.

In this regard, in the present invention, the urine 60 that has fallen into the ammonia neutralization processing section 1 is diffused through the urine diffusion sheet 3, thereby ensuring that the urine 60 touches the ammonia neutralization member 4, is neutralized, and passes through. Therefore, the generation of ammonia odor can be prevented as much as possible (or the generated ammonia odor can be removed), and the neutralization process can be carried out efficiently without using an excessive amount of ammonia neutralization member 4. can do.

Specific embodiments of the present invention will be described based on the drawings.

<Example 1>
The present embodiment is used in a toilet device This urine treatment material P is composed of a urine absorbing section 2 provided below and absorbing neutralized urine 60 that has passed through the ammonia neutralizing section 1.

Hereinafter, detailed explanation will be given of each component according to this embodiment.

As shown in FIGS. 1 and 2, the ammonia neutralization processing unit 1 includes a urine diffusion sheet 3 that absorbs urine 60 and diffuses it by capillary action, and an ammonia dispersion sheet 3 provided below the urine diffusion sheet 3 that neutralizes ammonia. It is composed of a neutralizing member 4.

This urine diffusion sheet 3 is made of paper with extremely high water absorption.

Specifically, in this embodiment, a paper towel manufactured by Paper Intelligence Co., Ltd. is used as the urine diffusion sheet 3, and this urine diffusion sheet 3 has extremely excellent liquid diffusion performance (constituting the outer bag body 6 described later). It has better liquid diffusion performance than other materials.

Therefore, when urine 60 falls onto the urine diffusion sheet 3 as shown in FIG. 3, it will quickly diffuse in the radial direction.

FIG. 4 is a graph and a table showing the test results actually conducted by the present applicant to confirm the urine diffusion performance of the urine diffusion sheet 3. Compared to ordinary newspaper, dripped urine reaches a predetermined area. It can be seen that it diffuses quickly and has extremely good urine diffusivity.

Furthermore, an ammonia neutralizing member 4 that neutralizes ammonia in the urine 60 is provided below (lower surface) of the urine diffusion sheet 3.

Specifically, as shown in FIG. 5, an adhesive (spray glue S) is applied to the surface of the urine diffusion sheet 3, and the surface to which this spray glue S is sprayed is attached to the powder (or granules) stored in the container. The ammonia neutralizing member 4 (ammonia neutralizing layer) is arranged so that the ammonia neutralizing member 4 (ammonia neutralizing layer) adheres thereto.

In this embodiment, citric acid manufactured by Center Valley Co., Ltd. is used as the ammonia neutralizing member 4.

In addition, in this embodiment, when configured as the ammonia neutralization processing unit 1, a plurality of urine diffusion sheets 3 (two sheets) are laminated on the upper and lower sides inside the outer bag body 6 as shown in FIGS. 1, 2, 3, and 5. A neutralizing layer made of an ammonia neutralizing member 4 is provided between each of the urine diffusion sheets 3.

Specifically, the upper urine diffusion sheet 3 is provided with the ammonia neutralizing member 4 on the lower surface, and the lower urine diffusing sheet 3 is provided with the ammonia neutralizing member 4 on the upper surface.

In this embodiment, when configured as the urine treatment material P, the ammonia neutralization treatment section 1 is provided above the urine absorption section 2 within the outer bag body 6. Note that the number of urine absorbing sections 2 and ammonia neutralization processing sections 1 can be changed as appropriate.

Therefore, by providing the ammonia neutralization processing section 1, it is possible to prevent the generation of ammonia odor as much as possible (or remove the generated ammonia odor), and to suppress the surrounding environment from being harmed by the ammonia odor. be able to.

The urine absorption section 2 is composed of a urine diffusion sheet 3 that absorbs urine and diffuses it by capillary action, and an absorption member 5 that is provided below the urine diffusion sheet 3 and expands by absorbing liquid.

The urine diffusion sheet 3 constituting the urine absorption section 2 is also the same as that used in the ammonia neutralization processing section 1.

Further, an absorbing member 5 that expands by absorbing liquid is provided below (lower surface) of the urine diffusion sheet 3.

Specifically, as shown in FIG. 5, an adhesive (spray glue S) is applied to the surface of the urine diffusion sheet 3, and the surface to which this spray glue S is sprayed is attached to the powder (or granules) stored in the container. The absorbent member 5 (liquid absorbing layer) is arranged so that the absorbent member 5 (polymer absorbent member) of ) is attached thereto.

In this example, the polymer absorbing member 5 is Sunfresh ST-250 (registered trademark)/ST900E manufactured by Sanyo Chemical Co., Ltd./resin containing acrylic acid monomer/acrylate system (acrylic acid polymer partial sodium salt). A cross-linked super absorbent resin) is used.

In addition, in this embodiment, when configured as the urine absorption section 2, a plurality of urine diffusion sheets 3 (two sheets) are stacked on top and bottom inside the outer bag body 6 as shown in FIGS. 1, 2, 3, and 5. The urine diffusion sheets 3 are housed in such a manner that an absorbent layer made of an absorbent member 5 is provided between each of the urine diffusion sheets 3.

Specifically, the upper urine diffusion sheet 3 is provided with the absorbent member 5 on the lower surface, and the lower urine diffusion sheet 3 is provided with the absorbent member 5 on the upper surface. Note that the number of urine diffusion sheets 3 is not limited to two and can be changed as appropriate.

Further, in this embodiment, the ammonia neutralization processing section 1 and the urine absorption section 2 are housed in an outer bag body 6 having liquid permeability.

This outer bag body 6 employs a nonwoven fabric flat bag (Cross Pack (E) 30-45) manufactured by Fukusuke Kogyo Co., Ltd.

In this embodiment, as shown in FIG. 5, a bag of a predetermined size is prepared, and this bag is divided into a plurality of parts by heat sealing (heat sealing H) to provide a plurality of outer bag bodies 6. , an ammonia neutralization processing section 1 and a urine absorption section 2 are housed in each outer bag body 6.

Further, in this embodiment, the outer bag body 6 is set to have a required capacity in consideration of the amount by which the aforementioned absorbent member 5 expands due to liquid absorption. This is because once the absorbing member 5 is no longer able to expand, it will no longer absorb liquid.

Further, in this embodiment, the ammonia neutralization processing section 1 and the urine absorption section 2 are provided on the upper part of the sheet body 7 having water impermeability, and are configured in a flat shape.

This sheet body 7 is made of a suitable synthetic resin member (polypropylene) processed into a rectangular sheet shape and has water impermeability (water impermeability).

Note that the sheet body 7 is not limited to polypropylene, but may be made of polyethylene, polyester, etc., as long as it has water impermeability, and may be made of a material other than synthetic resin.

In addition, the size (vertical and horizontal external dimensions and thickness dimensions) of this embodiment is set so as to be applied to a toilet device ing.

Further, in this embodiment, the peripheral edge of the outer bag body 6 in which the ammonia neutralization processing section 1 and the urine absorption section 2 are housed is heat-sealed and integrated with the sheet body 7.

Therefore, the sheet body 7 prevents the toilet device X and its surroundings from getting dirty, and moreover, it can be disposed of after use in a sanitary manner.

FIG. 6 shows a case (another configuration example) in which an odor adsorption section 10 is provided inside the outer bag body 6 and above the ammonia neutralization processing section 1.

The odor adsorption unit 10 is composed of a urine diffusion sheet 3 that absorbs urine 60 and diffuses it by capillary action, and a porous granular member 11 provided below the urine diffusion sheet 3 that adsorbs the odor.

The urine diffusion sheet 3 constituting the odor adsorption section 10 is also the same as that used in the ammonia neutralization processing section 1 and the urine absorption section 2.

Moreover, a porous granular member 11 that adsorbs odor is provided below (lower surface) of the urine diffusion sheet 3.

Specifically, an adhesive (spray glue S) is applied to the surface of the urine diffusion sheet 3, and the surface to which this spray glue S is sprayed is a porous granular member 11 in the form of powder (or granules) stored in a container. The porous granular member 11 (odor adsorption layer) is arranged so that the odor adsorption layer adheres thereto.

In this embodiment, the porous granular member 11 is rice husk charcoal. 0.5g or more and a moisture content of 20% or less).

Specifically, highly water-repellent rice husk charcoal is used, which has a water content of 10% or less and contains 0.5 g or more of carbon graphite.

Therefore, when the urine 60 falls on the odor adsorption part 10, after the urine is diffused by the urine diffusion sheet 3 constituting the odor adsorption part 10, the urine 60 quickly passes through because the rice husk charcoal is water repellent. Since it is porous, it reliably absorbs the ammonia odor that rises later.

Note that the porous granular member 11 is not limited to rice husk charcoal, but may be appropriately adopted as long as it is a porous granular member 11 that floats on water and has high water repellency, such as buckwheat husk charcoal or coconut husk charcoal, which exhibits the characteristics of this embodiment. It is.

In this embodiment, the toilet device X is a pet toilet for a pet C such as a cat to defecate.

Specifically, the excretion part 21, where the pet C is located when the pet C defecates, is provided at the top of the toilet main body part 20, and the bottom of the excretion part 21 has a large number of liquid passage holes 21a'. The liquid passage bottom part 21a is provided with a pet C sand material 23, and the urine 60 that passes through the liquid passage hole 21a' and falls down is placed below the excretion part 21. A drawer portion 24 is provided as a urine receiving portion.

As shown in FIGS. 7 and 8, the toilet main body 20 is a rectangular parallelepiped hollow box-like body having a predetermined height and made of a suitable synthetic resin member. The toilet main body 20 may be made of wood or metal (stainless steel).

As shown in FIGS. 7 and 9, the excretion part 21 is a container made of a suitable synthetic resin member, and is removably provided in the upper opening of the toilet body part 20. A liquid passage bottom portion 21a is provided with a liquid passage hole 21a'.

Incidentally, the container constituting the excretion section 21 may be made of metal.

Further, the liquid passage bottom portion 21a is provided with a liquid passage hole forming area, and the peripheral area of this liquid passage hole forming area is provided with an inclined portion 21b that slopes toward the liquid passage hole forming area.

Further, in this embodiment, the upper opening 24a of the drawer section 24, which will be described later, is set to have a wider opening area than the liquid passage hole forming area of the liquid passage bottom part 21a.

Further, a horizontally rectangular opening 20a is provided on the peripheral surface of the toilet main body 20, and this opening 20a is a portion in which a drawer 24 can be freely inserted and removed.

As shown in FIGS. 7 and 8, the drawer portion 24 is a tray-shaped body made of a suitable synthetic resin member and having an upper opening 24a that is rectangular in plan view. Note that the drawer portion 24 may be made of metal (stainless steel) or wood.

Further, the drawer part 24 is disposed below the excretion part 21 through the opening part 20a into the toilet main body part 20, and the urine 60 that passes through the liquid passage bottom part 21a and falls is treated with a urine treatment material P as described later. I will receive it.

Reference numeral 24b is a handle portion.

Further, in this embodiment, a fixing device 15 is provided for fixing the flat urine treatment material P having a urine absorption function, which is disposed at a predetermined position of the drawer part 24 of the toilet device X, at that position.

Specifically, as shown in FIGS. 8 and 9, this fixing tool 15 is constructed by bending an appropriate metal (stainless steel) round bar member and welding the ends together. Four rod-shaped weights 15 which are frame-shaped and have a predetermined weight (approximately 1 kg) are placed attached to the peripheral end of the urine treatment material P disposed in the drawer part 24. '. The fixture 15 is not limited to the above-mentioned shape, and may be attached to the peripheral end of the urine treatment material P, such as having a bar-shaped weight 15' arranged in a U-shape, L-shape, or H-shape. Any shape may be used as long as it can be placed and fixed in the above-mentioned state and does not get in the way of the urine disposal material P receiving the urine 60 falling from the excretion part 21 of the toilet device X described above.

Further, in this embodiment, as shown in FIG. 8, a rod-shaped member 16 is installed between the rod-shaped weight portions 15' disposed at front and rear opposing positions of the fixture 15. When the portion 15' is attached to the peripheral end of the urine treatment material P, it is configured to be placed on the upper surface of the urine treatment material P.

This rod-shaped member 16 is composed of a round bar member made of a suitable metal (stainless steel), and is erected by welding the ends to the rod-shaped weights 15' arranged at front and rear opposing positions of the fixture 15. has been done.

Both ends 16' of this rod-like member 16 are bent so as to be inclined downward from a predetermined position, and the upper end surface 16a' of this rod-like member 16 is an inclined surface that slopes downwardly toward the outside.

With this configuration, the upper surface 16a of the rod-shaped member 16 is located above the upper surface 15a of the rod-shaped weight section 15', and the lower surface 16b of the rod-shaped member 16 is positioned above the lower surface 15b of the rod-shaped weight section 15'. When the fixture 15 is placed on a suitable flat part, the rod-shaped weight part 15' is grounded on the flat part, and the rod-shaped member 16 is arranged at a predetermined height position from the flat part. It turns out.

Therefore, when fixing the urine disposal material P with the fixture 15, the rod-shaped weight part 15' is placed attached to the peripheral end of the urine disposal material P, and the rod-shaped member 16 is placed so that it touches the urine disposal material P ( The rod-shaped weight part 15' is placed on the urine treatment material P with a weaker force than when it touches the urine treatment material P.

Furthermore, when the urine disposal material P expands and the upper surface of the urine disposal material P reaches a position higher than the opening 20a (upper edge) of the toilet main body 20, the rod-shaped member 16 is inserted into the drawer section 20. When the rod member 16 is pulled out, the upper end surface 16a' and the upper surface 16a of the rod-shaped member 16 come into contact with the edge 20a' (upper edge of the opening) of the opening 20a, so that the fixture 24 is guided downward and the urine treatment material P is pulled out. This results in a pressed state, and the drawer part 24 can be pulled out without the urine treatment material P getting caught in the opening part 20a.

A urine disposal method using the urine disposal material P and the toilet device X having the above configuration will be explained.

When the pet C gets on the excretion part 21 and excretes and urine 60 on the sand material 23, the feces is placed on the sand material 23, while the urine 60 passes through the sand material 23 and the liquid passage bottom part 21a and is drawn out. The urine treatment material P placed in the section 24 falls into the ammonia neutralization treatment section 1.

The urine 60 that has fallen into the ammonia neutralization processing section 1 is neutralized when passing through the ammonia neutralization processing section 1.

Specifically, when the urine 60 passes through the ammonia neutralization processing section 1, the urine 60 is absorbed by the urine diffusion sheet 3 and diffused by capillary phenomenon, and the urine 60 diffused by the urine diffusion sheet 3 is dissolved in ammonia. Neutralization processing is performed in the neutralizing member 4.

The neutralized urine 60 that has passed through the ammonia neutralization processing section 1 reaches the urine absorption section 2 and is absorbed (see Fig. 10).

Specifically, when the urine 60 is absorbed by the urine absorption section 2, the urine 60 is absorbed by the urine diffusion sheet 3 and diffused by capillary action, and the urine 60 diffused by the urine diffusion sheet 3 is transferred to the absorption member 5. expands while absorbing.

Further, in this embodiment, the urine 60 is diffused through the urine diffusion sheet 3, so that the absorbent member 5 provided below the urine diffusion sheet 3 is uniformly expanded. Therefore, urine 60 can be absorbed and retained more quickly and favorably than in the case where a portion expands extremely, and it is also possible to prevent problems in drawing out the drawer section 24.

Since this embodiment is configured as described above, it is possible to suppress as much as possible the harm to the surrounding environment due to ammonia odor.

That is, the ammonia neutralization processing section 1 is composed of a urine diffusion sheet 3 that absorbs urine 60 and diffuses it by capillary action, and an ammonia neutralization member 4 that is provided below the urine diffusion sheet 3 and neutralizes ammonia. With this configuration, the urine 60 passing through the ammonia neutralization processing section 1 is well neutralized, thereby preventing the generation of ammonia odor as much as possible (or removing the generated ammonia odor). Moreover, the neutralization process can be carried out efficiently without using an excessive amount of the ammonia neutralizing member 4.

Further, in this embodiment, since the ammonia neutralizing member 4 is citric acid, the urine 60 can be reliably neutralized.

Furthermore, in this embodiment, the ammonia neutralization processing unit 1 is provided with a plurality of upper and lower urine diffusion sheets 3, and the ammonia neutralization member 4 is provided between each of the urine diffusion sheets 3. 60 can be reliably neutralized.

Further, in this embodiment, the urine absorption section 2 is composed of a urine diffusion sheet 3 that absorbs urine and diffuses it by capillary phenomenon, and an absorption member 5 provided below the urine diffusion sheet 3 that expands by absorbing liquid. Therefore, the neutralized urine 60 processed in the ammonia neutralization processing section 1 can be well absorbed.

Further, in this embodiment, since the absorbent member 5 is a polymer absorbent member, it is possible to reliably absorb and retain the urine 60.

Furthermore, in this embodiment, the urine absorbing section 2 is provided with a plurality of upper and lower urine diffusion sheets 3, and the absorbent member 5 is provided between each of the urine diffusion sheets 3, so that the urine 60 can be reliably absorbed in this respect as well. Can be absorbed and retained.

Furthermore, in this embodiment, since the urine diffusion sheet 3 is made of paper, the effect of diffusing the urine 60 described above is reliably exhibited.

Further, in this embodiment, since the ammonia neutralization processing section 1 and the urine absorption section 2 are housed in the outer bag body 6 which has liquid permeability, the ammonia neutralization processing section 1 and the urine absorption section 2 are respectively housed in the outer bag body 6 which has liquid permeability. It can perform its functions reliably, and is also extremely easy to handle without falling apart.

In addition, in this embodiment, since the ammonia neutralization processing section 1 and the urine absorption section 2 are provided on the upper part of the sheet body 7 which has water impermeability, the toilet device X and its surroundings are not contaminated by this sheet body 7. This can be prevented, and moreover, it can be disposed of after use in a sanitary manner.

<Example 2>
In this embodiment, the ammonia neutralizing member 4 is provided below the urine diffusion sheet 3 while being housed in a bag 8 having liquid permeability.

Specifically, when providing about 40 g of ammonia neutralizing member 4 (citric acid) below the urine diffusion sheet 3 to configure the ammonia neutralizing treatment section 1, the liquid permeability as shown in FIG. Approximately 20 g of the ammonia neutralizing member 4 is stored in each of the two bags 8 having a layer) is provided. The bag body 8, like the aforementioned outer bag body 6, is a flat bag made of non-woven fabric (Cross Pack (E) 30-45) manufactured by Fukusuke Kogyo Co., Ltd.

With this configuration, for example, the minimum necessary amount of the ammonia neutralizing member 4 can be simply and reliably placed at a required location below the urine diffusion sheet 3 without being biased.

In addition, in this embodiment, when manufacturing the urine absorption part 2, glue S' is applied to the surface of the urine diffusion sheet 3 using a brush 9 instead of an adhesive (spray glue S). The absorbing member 5 (liquid absorbing layer) is provided by adhering a powdery (or granular) absorbing member 5 (polymer absorbing member) to the surface of the substrate (see FIG. 14).

The rest is the same as in the first embodiment.

Note that the present invention is not limited to the first and second embodiments, and the specific configuration of each component can be designed as appropriate.

1 Ammonia neutralization processing section 2 Urine absorption section 3 Urine diffusion sheet 4 Ammonia neutralization member 5 Polymer absorption member 6 Outer bag body 8 Bag body
60 Urine

Claims (4)

An ammonia neutralization processing section that allows urine to pass through and neutralizes ammonia in the urine, and an ammonia neutralization processing section that is provided below the ammonia neutralization processing section and collects the neutralized urine that has passed through the ammonia neutralization processing section. A urine treatment material consisting of a urine absorption section that absorbs urine, and the ammonia neutralization section includes a urine diffusion sheet that absorbs urine and diffuses it by capillary action, and a urine diffusion sheet that is provided below the urine diffusion sheet and neutralizes ammonia. and an ammonia neutralizing member that neutralizes the ammonia, a bag having liquid permeability is provided on the lower surface of the urine diffusion sheet, and the ammonia neutralizing member is housed in the bag. Processed material. 2. The urine treatment material according to claim 1, wherein the urine absorption section includes a urine diffusion sheet that absorbs urine and diffuses it by capillary action, and a polymer absorption member that is provided below the urine diffusion sheet and expands by absorbing liquid. A urine treatment material comprising: a plurality of urine absorbing portions provided above and below. 3. The urine treatment material according to claim 1, wherein the ammonia neutralizing member is citric acid. The urine treatment material according to any one of claims 1 to 3, wherein the ammonia neutralization treatment section and the urine absorption section are housed in an outer bag body having liquid permeability. Material.

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