TWM660671U - Collection device based on excrement detection - Google Patents

Abstract

The invention provides a collection device based on excrement detection, which includes: a body, which is arranged in a slightly disc shape and has a receiving surface at one end surface, the body is extended and protruded from one end of its side edge with two extension parts, and a hollow part is formed between the extension part and the body; the body is provided with a receiving part at its outer contour toward one end of the receiving surface, and the receiving part has an angle with the body; thereby, the invention can be laid on the inner wall surface of the toilet, and has a distance between it and the water surface of the toilet, and the hollow part is made to face the front end of the toilet, so that when excrement is carried out, feces can be retained on the receiving surface, and urine can flow out from the hollow part. The water surface of the toilet is drawn into the toilet bowl, so that the user can directly and accurately take samples in the toilet bowl; and the main body is made of decomposable, hydrolyzable or water-soluble materials, so that after the user takes the sample, the user can directly flush the toilet or soak the main body through other water sources, and when it is decomposed or softened, the main body can be directly flushed away together with the excrement, so as to improve the convenience of excrement sampling and maintain the cleanliness of the environment; and the overall structure of this creation is simple, the manufacturing cost is relatively low, and it can be conducive to quantitative manufacturing and production, so that it can help users to conduct fecal testing, thereby helping to detect and diagnose related diseases early to prevent those who miss the golden opportunity for treatment.

Description

Collection device based on fecal testing

This creation is a collection device based on excrement detection, specifically a device that can be laid in a toilet and can retain feces during normal excretion and directly sample in the toilet, and can prevent contamination by other foreign objects, and can be directly flushed into the toilet after sampling, so as to improve the convenience and hygiene of excrement sampling.

According to the medical diagnosis technology, stool testing is mainly to collect stool samples from patients, and then conduct related disease tests through microbial culture, analysis, microscopic observation and chemical settings to diagnose whether the patient has digestive tract problems, such as digestion, malabsorption, cancer or parasites, viruses or bacteria. In particular, due to factors such as westernized diet, abnormal work and rest, excessive intake of fried or grilled foods, and insufficient intake of fruits and vegetables, colorectal cancer has an increasing trend year by year and has continued to be one of the main cancers for many years. Colorectal cancer can be detected and treated at an early stage, and its cure rate is high. According to statistics, if early colorectal cancer is detected and treated properly, the survival rate can be as high as over 90%. A relatively simple way to detect it is fecal occult blood screening. According to Taiwan's screening statistics, a fecal occult blood screening every two years can reduce the colorectal cancer mortality rate by 35%. In addition, Taiwan's Ministry of Health and Welfare's National Health Administration also subsidizes screening every two years for people aged 50 to 74, so that citizens can use it to self-examine their health status and receive immediate treatment when related symptoms are discovered at an early stage.

As for the feces testing, it is necessary to prevent the feces from being contaminated by environmental sewage (such as toilet water) and urine. Therefore, it is common to conduct the testing in a non-toilet area such as a toilet, so that the feces can be discarded or disposed of separately after sampling. However, this process will easily lead to feces or urine contamination to the environment, affecting the hygiene of the environment, and the subsequent cleaning and disposal is also very inconvenient and complicated, resulting in the general public being more reluctant to take the test, resulting in the inability to detect and treat related diseases at an early stage, affecting their health and safety.

It is known that a feces collecting device is provided, which mainly has a hanging part extending from both sides of a receiving plate, so that it can be hung on both sides of a toilet, and the receiving plate can be located in the middle of the toilet, so that the user can receive feces when defecating; however, since feces still have considerable weight, the hanging part will be difficult to support effectively, causing the feces to fall into the water surface of the toilet, which will cause Affects the test results; even if a patch can be added to the hanging part to improve the support when hanging on the toilet, its supporting force is still limited, and the patch is usually not a decomposable or soluble material, so after flushing into the toilet, it may affect the operation of the drainage system and may harm the environment. In addition, the installation of the patch will also lead to an increase in processing costs, which is not conducive to quantitative production.

In view of this, the author of this invention has specially studied and improved the convenience and environmental protection of feces sampling, hoping to improve the above problems with a better creation. After long-term research and development and continuous testing, this creation came into being.

Therefore, this creation is to solve the above-mentioned problems. In order to achieve the above purpose, we, the creators, provide a collection device based on excrement detection, which includes: a main body, which is arranged in a slightly disc shape and has a receiving surface at one end face, the main body has two extension parts extending from one end of its side edge, and a hollow part is formed between the extension part and the main body; the main body has a receiving part at its outer contour, facing one end of the receiving surface, and the receiving part has an angle with the main body.

According to the above-mentioned collection device based on excrement detection, the main body is made of a decomposable, hydrolyzable or water-soluble material.

According to the above-mentioned collection device based on excrement detection, the main body is formed by stacking and compressing multiple layers of sheets.

According to the above-mentioned collection device based on excrement detection, the receiving portion is formed on the outer contour of the main body and the extension portion.

According to the above-mentioned collection device based on excrement detection, the receiving portion is arranged at the side edge of one end of the hollow portion in a slightly streamlined shape.

According to the above-mentioned collection device based on excrement detection, the main body is arranged in a geometric disk shape.

According to the above-mentioned collection device based on excrement detection, the main body is integrally formed to form the extension part and the receiving part.

According to the above-mentioned collection device based on excrement detection, the main body is provided with the receiving part at the outer contour of the non-hollow part.

According to the above-mentioned collection device based on excrement detection, the receiving portion is formed by bending the main body toward one end of the receiving surface.

According to the above-mentioned collection device based on excrement detection, the main body is formed with a straight line cut end at one end side edge thereof, and the extension part is extended from both sides of the cut end toward one end of the main body, so as to form the hollow part between the extension part and the cut end.

From the above description and settings, it is clear that this creation has the following advantages and functions, which are described in detail as follows:

1. This invention can be laid on the water surface of the toilet, and the hollow part is facing the front end of the toilet. Through the arrangement of the main body and the receiving part, this invention can be fixed on the inner wall of the toilet and be at a distance from the water surface of the toilet. The receiving part provides an area in contact with the inner wall of the toilet to prevent tilting or overturning due to force. Through the arrangement of the hollow part, if there is urine during defecation, the urine can flow into the water surface of the toilet through the hollow part, so that the user can accurately retain the feces on the receiving surface during defecation to prevent the feces from being contaminated by the environment or urine, so that the user can accurately collect it to improve the accuracy of subsequent testing.

2. The body of the invention can be made of degradable, hydrolyzable or water-soluble materials, and can be formed by stacking and compressing multiple layers of sheets, so that the invention has a low manufacturing cost. After use, the body can be directly flushed with water, or by an external water source: such as a shower head, to wet the body. When it is softened or degradable, it can be directly flushed with water in the toilet to flush the body and feces away together, thereby improving the convenience of sampling and preventing contamination of the environment, which can greatly increase the user's willingness to collect feces, and help improve the detection capacity and the timing of disease treatment.

This invention is a collection device based on excrement detection. Its implementation methods, features and effects are described in detail below with several preferred feasible embodiments and accompanying diagrams, so that you can have a deep understanding and identify with this invention.

First, please refer to Figures 1 and 2. This invention is a collection device based on excrement detection, which includes:

A main body 1 is arranged in a slightly disc shape and has a receiving surface 11 at one end surface. The main body 1 has two extension parts 12 extending from one end of its side edge, and a hollow part 13 is formed between the extension part 12 and the main body 1; the main body 1 has a receiving part 14 arranged at its outer contour toward one end of the receiving surface 11, and the receiving part 14 has an angle with the main body 1.

Thus, as shown in FIGS. 3 and 4, the invention can be laid on the water surface of a toilet 2 in one embodiment, with the hollow portion 13 facing the front end of the toilet 2; and when the main body 1 is laid on the water surface of the toilet 2, since the main body 1 is arranged in a disc shape, it can abut against the inner wall surface of the toilet 2, and since the main body 1 is provided with a receiving portion 14 at its outer contour, it will have a certain degree of inclination, and can increase the contact area with the inner wall surface of the toilet 2, so that it can be securely fixed. The main body 1 is positioned and has a certain degree of supporting force, and is not easily tilted or overturned due to force. After being positioned, the main body 1 will be separated from the water surface of the toilet 2 by a distance R to prevent it from being wetted and softened by contact with the water surface. Therefore, after the main body 1 is laid, the user can defecate as in the normal use state. At this time, the feces will be carried on the receiving surface 11 of the main body 1, and as mentioned above, through the setting of the receiving part 14, the main body 1 can stably receive the feces during the process of receiving the weight of the feces. It is not easy to overturn due to uneven force or impact when falling, and because the receiving portion 14 is arranged toward one end of the receiving surface 11 and forms an angle, it is not easy to fall from the edge of the main body 1, so that the invention has a good receiving effect; and because defecation is usually accompanied by urination, the invention uses the extension portion 12 and the hollow portion 13 to allow urine to flow from the hollow portion 13 to the water surface of the toilet 2, and it is not easy to drip on the main body 1 to cause contamination of feces and affect feces detection accuracy; in addition, through the provision of the extension portion 12, it can be supported to a certain extent on the front edge of the inner wall of the toilet 2, and with the provision of the aforementioned receiving portion 14, it is not easy to overturn due to the provision of the hollow portion 13. Therefore, preferably, the receiving portion 14 can be formed on the outer contour of the main body 1 and the extension portion 12, and because the receiving portion 14 mainly provides contact support for the inner wall of the toilet 2, the main body 1 is provided with the receiving portion 14 at the outer contour other than the hollow portion 13.

It can be known that since the interior of the toilet 2 may have different shapes due to the design of the toilet 2, and since the users may have different defecation or urination positions depending on their gender, the exterior design of the main body 1, the length of the extension portion 12, and the width or depth of the hollow portion 13 can be prefabricated into different shapes or sizes according to the usual interior shape of the toilet 2, as shown in Figure 5; and in one embodiment, the main body 1 is a disc-shaped design with corresponding geometric shapes, so that the user can choose it according to the applicable situation.

To facilitate the manufacture of the entire creation, the main body 1 is integrally formed to form the extension portion 12 and the receiving portion 14. In one embodiment, to enhance the aesthetics of the entire creation, the receiving portion 14 is provided at the side edge of one end of the hollow portion 13 in a slightly streamlined shape.

Of particular importance is the material of the body 1. Since the invention is intended to be flushed directly through the toilet 2 after use, in a preferred embodiment, the body 1 needs to be made of a material that can be flushed through the toilet 2, such as a decomposable, hydrolyzable or water-soluble material, such as paper. Since the user's defecation and collection requires a certain amount of time and a certain amount of support, the body 1 can be set to be thicker so that the feces can be stably carried. In order to facilitate its manufacturing and achieve the aforementioned support, The main body 1 can be formed by stacking and compressing multiple layers of sheets (such as thin paper sheets) so that it is not easy to sink or overturn when it is fixed on the inner wall of the toilet 2, and it can be quickly moistened when it comes into contact with water, so that the user can easily take samples. After the sampling is completed, you can directly flush the body 1, or use other water sources such as a shower head to wet the main body 1. After a certain period of time, the main body 1 will gradually be dissolved, softened or decomposed due to moisture, and then the toilet 2 can be flushed to flush away the main body 1 together with the feces.

Thus, the invention can be directly manufactured and the manufacturing cost is extremely low, which is conducive to mass production. Therefore, it can be applied to ordinary households and medical institutions, so that users can easily purchase or obtain it. Moreover, through the configuration of the invention, it can be directly applied to the toilet 2. The user only needs to adopt his previous toilet habits to easily retain feces on the receiving surface 11 of the main body 1, and can prevent urine or toilet 2 from being contaminated. The water contamination allows users to complete the collection accurately, easily and quickly, which can improve the accuracy of subsequent testing; and the process is simple and convenient. After collection, it can be directly flushed through the toilet 2, and it can prevent contamination of the environment to maintain the cleanliness of the environment. It can greatly increase the user's willingness to collect feces, which helps to improve the effectiveness of testing and achieve the effectiveness of early detection, prevention and treatment.

In summary, the technical means disclosed in this invention are not only unprecedented, but also can achieve the expected purpose and effect. Therefore, they are both novel and progressive, and are truly new as defined by the Patent Law. In terms of its overall structure, it has indeed met the statutory requirements of the Patent Law, and therefore a new patent application is filed in accordance with the law.

However, what is described above is only the best embodiment of this creation, and it cannot be used to limit the scope of implementation of this creation. In other words, all equivalent changes and modifications made according to the scope of the patent application of this creation and the content of the specification should still fall within the scope of the patent of this creation.

1: Main body 11: Receiver surface 12: Extension part 13: Hollow part 14: Receiver part 2: Toilet

Figure 1 is a three-dimensional schematic diagram of this creation. Figure 2 is a top view schematic diagram of this creation. Figure 3 is a top view schematic diagram of this creation when it is placed on the water surface of a toilet. Figure 4 is a cross-sectional schematic diagram of this creation when it is placed on the water surface of a toilet. Figure 5 is a three-dimensional schematic diagram of another embodiment of this creation.

1: Body

11: Connecting surface

12: Extension

13: Hollow part

14: Acceptance Department

Claims (10)

A collection device based on excrement detection, comprising: A body, which is arranged in a slightly disc shape and has a receiving surface at one end surface, the body has two extension parts extending from one end of its side edge, and a hollow part is formed between the extension part and the body; the body has a receiving part at its outer contour, facing one end of the receiving surface, and the receiving part has an angle with the body. A collection device based on excrement detection as described in claim 1, wherein the main body is made of a degradable, hydrolyzable or water-soluble material. A collection device based on excrement detection as described in claim 1 or 2, wherein the main body is formed by stacking and compressing multiple layers of sheets. A collection device based on excrement detection as described in claim 1 or 2, wherein the receiving portion is formed on the outer contour of the main body and the extension portion. As described in claim 1 or 2, the collection device based on excrement detection, wherein the side edge of the receiving portion at one end of the hollow portion is arranged in a slightly streamlined shape. A collection device based on excrement detection as described in claim 1 or 2, wherein the main body is arranged in a geometric disk shape. The collection device based on excrement detection as described in claim 1 or 2, wherein the main body is integrally formed to form the extension portion and the receiving portion. A collection device based on excrement detection as described in claim 1 or 2, wherein the main body is provided with the receiving portion at an outer contour other than the hollow portion. A collection device based on excrement detection as described in claim 1 or 2, wherein the receiving portion is formed by bending the main body toward one end of the receiving surface. A collection device based on excrement detection as described in claim 1 or 2, wherein the main body is formed with a straight cut end on the side edge of one end, and the extension portion is extended from both sides of the cut end toward one end of the main body relative to form the hollow portion between the extension portion and the cut end.

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