TWM671737U - Diaper detection structure for pet urine - Google Patents

Abstract

This invention provides a pet urine diaper detection structure, which mainly includes a water absorption unit, a pH value detection paper layer is covered on the top surface of the water absorption unit, and at least one pH value detection display layer is covered on the top surface of the pH value detection paper layer; thereby, this invention has a pH value detection display layer that can detect the pH value of urine, and generates different colors for identification by contacting pet urine with different pH values, so as to quickly judge the physical condition of the pet and improve it accordingly, thereby making this invention convenient and practical in use.

Description

Diaper detection structure for pet urine

This invention is in the field of pet diaper technology, and in particular, relates to a pet urine diaper detection structure.

Generally, pet diapers for dogs, cats and other pets have a back pad that is placed near the pet's back when worn, an abdominal pad that is placed near the pet's abdomen, and a crotch pad that is placed near the pet's crotch or between the roots of the hind legs. The abdominal pad and crotch pad are provided with absorbent layers that absorb urine.

However, the conventional pet diapers do not have a structure to detect urine pH value. If there is something wrong with the pet's body, it cannot be detected through the pH value of the urine and corrected immediately. Therefore, there is room for improvement in conventional pet diapers.

In view of the above phenomenon, the creator of this case has created the best practical creator based on many years of production experience.

That is, the main purpose of this invention is to provide a diaper detection structure for pet urine; the problem it wants to solve is that the known pet diapers do not have a structure for detecting the pH value of urine. If the pet's body is abnormal, it cannot be detected through the pH value of urine, and the problem of improvement and breakthrough is made in the first place;

The technical features of the solution mainly include a water absorbing unit, the top surface of which is covered with a pH value detection paper layer, and the top surface of which is covered with at least one pH value detection display layer.

Thus, this invention has an acid-base detection display layer that can detect the acid-base value of urine, and produces different colors for identification by contacting the pet's urine with different acid-base values, so as to quickly judge the pet's physical condition and improve it accordingly, thereby making this invention convenient to use and practical.

[This creative part]

10: Diaper body

11: Water-absorbent non-woven fabric

12: pH value test paper layer

13: pH value detection display layer

20: Water absorption unit

21: Polymer water-absorbing layer

22: Thickened fleece layer

23: Bottom layer quick absorbent paper

24: Waterproof layer

Figure 1: This is a disassembled 3D diagram of the pet urine diaper detection structure of this invention.

Figure 2: is a cross-sectional view of the assembled pet urine diaper detection structure of this invention.

Figure 3: This is an implementation diagram of the diaper detection structure for pet urine created by this invention.

Please refer to Figures 1 to 3, which are preferred embodiments of the diaper detection structure for pet urine of this invention. However, these embodiments are for illustrative purposes only and are not limited to this structure in patent applications; they include

A diaper body 10 includes a water-absorbing unit 20, wherein the water-absorbing unit 20 comprises a polymer water-absorbing layer 21, a thickened pulp layer 22, a lower layer of quick-absorbing paper 23 and a waterproof layer 24 from top to bottom; wherein the polymer water-absorbing layer 21 can absorb several times of water instantly; the thickened pulp layer 22 can absorb three times of water without backflow; the waterproof layer 24 can prevent bottom leakage.

The top surface of the water-absorbing unit 20 is covered with a pH value detection paper layer 12, and the top surface of the pH value detection paper layer 12 is covered with at least one pH value detection display layer 13, wherein the top surface of the pH value detection display layer 13 is covered with a water-absorbing non-woven fabric 11, and the water-absorbing non-woven fabric 11 is directly in contact with the pet's urine, absorbs and diffuses it to the entire surface, and then conducts the urine downward to the pH value detection display layer 13 in a whole-surface manner, wherein the acid-base detection display layer 13 is covered with a water-absorbing non-woven fabric 11. The pH detection and display layer 13 will appear red when in contact with acidic urine, and blue when in contact with alkaline urine. The absorbent non-woven fabric 11 will diffuse after contact with urine, making the entire absorbent non-woven fabric 11 transparent. The pH value color presented by the pH detection and display layer 13 will be clearly displayed through the transparent absorbent non-woven fabric 11, so as to further provide the user with visual observation of the color to judge the pH value of the pet's urine.

When the pH test shows red in layer 13, the pH value of the pet's urine is about 5 or less, which is abnormal, that is, highly acidic urine, indicating that the pet's current physical condition is dehydration, kidney disease, metabolic acidosis or urinary tract infection. Low pH may also lead to bacterial growth and the formation of calcium oxalate stones. Increased acidity may be due to dietary factors such as excessive protein intake.

When the pH test shows that layer 13 turns yellow, the pH value of the pet's urine is about 5-8, indicating that the pet's physical condition is normal.

When the pH test shows that layer 13 produces blue, the pH value of the pet's urine is about 8 or above, which is abnormal, that is, highly alkaline urine, indicating that the pet's current physical condition is metabolic alkali poisoning, bladder or urinary tract infection, and chronic kidney disease. High alkalinity in urine increases the risk of stone or crystal formation. In severe cases, high pH values may indicate metabolic diseases.

Then, the pH detection display layer 13 is combined with the pH detection test paper layer 12 by ink printing, and the pH detection display layer 13 is distributed on the top surface of the pH detection test paper layer 12 in a plurality of patterns. In this embodiment, the pattern is a dog's paw print. Thus, the invention has a pH detection display layer 13 that can detect the pH value of urine, and generates different colors for identification by contacting the pet's urine with different pH values, so as to quickly judge the pet's physical condition and improve it accordingly, thereby making the invention convenient and practical.

The above is a detailed introduction to the diaper detection structure of pet urine provided by the embodiment of this application. This article uses specific examples to explain the principle and implementation of this application. The description of the above embodiments is only used to help understand the method and core idea of this application; at the same time, for technical personnel in this field, according to the idea of this application, there will be changes in the specific implementation method and application scope. In summary, the content of this specification should not be understood as a limitation on this application.

10: Diaper body

11: Water-absorbent non-woven fabric

12: pH value test paper layer

13: pH value detection display layer

20: Water absorption unit

21: Polymer water-absorbing layer

22: Thickened fleece layer

23: Bottom layer quick absorbent paper

24: Waterproof layer

Claims (6)

A pet urine diaper detection structure includes a water-absorbing unit, the top surface of which is covered with a pH value detection paper layer, and the top surface of which is covered with at least one pH value detection display layer. The pet urine diaper detection structure as described in claim 1, wherein the top surface of the pH value detection display layer is covered with a water-absorbent non-woven fabric. The pet urine diaper detection structure as described in claim 1, wherein the pH detection display layer is combined with the pH detection paper layer by ink printing. The pet urine diaper detection structure as described in claim 1, wherein the pH detection display layer is distributed on the top surface of the pH detection test paper layer in a plurality of patterns. The pet urine diaper detection structure as described in claim 1, wherein the pH detection display layer will appear red when in contact with acidic liquid, and will appear blue when in contact with alkaline liquid. The pet urine diaper detection structure as described in claim 1, wherein the absorbent unit comprises a polymer absorbent layer, a thickened fluff pulp layer, a lower layer of fast absorbent paper and a waterproof layer from top to bottom.