Human solid fecal attachments and methods of making same

Abstract

The present application discloses a kind of human solid excrement attachments, it is composed of A component, B component.A component takes rice bran as raw material, rice bran raw material is individually used as material and is called rice bran raw color material, and the pigments obtained after rice bran is colored with respectively vermilion, grape purple, fruit green colorant are respectively called red pigment, purple pigment and green pigment;B component is the dry powder obtained after organic plant root, stem, leaf, fruit shell and other organic plant fibrous substance are crushed.Then A component and B component are mixed uniformly according to weight fraction ratio, and respectively prepared to obtain colorless pigment attachment, red attachment, purple attachment, green attachment.Different color attachments are used in different environments, and different color attachments distinguish the source of human excrement, prompt the risk that people may encounter when handling, transporting and applying human excrement resources, and improve the prevention and cure consciousness in the case of possible major epidemic situation and other public health events.

Description

Technical Field

[0001] This invention relates to the field of toilets, specifically to an attachment material for solidifying and preparing fecal pellets when using environmentally friendly toilets in urban and rural households and environmentally friendly public toilets in public activity places. Background Technology

[0002] Since its invention and widespread adoption, flush toilets have greatly improved the sanitation of urban living environments, thereby reducing the occurrence of infectious diseases, for which we should be grateful! However, it wastes precious human excrement resources, while also wasting a large amount of clean water resources and generating a large amount of domestic sewage; direct discharge of domestic sewage will pollute natural water bodies such as ponds, rivers and oceans, damaging the earth's ecological environment; and the treatment of domestic sewage requires huge social resources. Summary of the Invention

[0003] The implementation and application of this invention will provide a better solution to the global problem of human excrement contamination of water sources.

[0004] As is well known, human excrement (hereinafter referred to as human feces) is the substance excreted from the body after human food has been digested but not absorbed. It has the following significant characteristics: First, human feces is extremely nutritious. Fresh human feces are particularly appealing to dogs and poultry. Archaeological discoveries of bronze toilets from the Western Zhou to the Spring and Autumn periods prove that in ancient times, toilets were often located next to or above pigsties. In this way, human feces were either eaten by pigs as snacks or fell onto the pig manure in the pigsty, accumulating as fertilizer. Modern scientific research has shown that many insects are coprophagous, such as flies and black soldier flies, which particularly enjoy eating human feces. In China's five thousand years of agricultural history, thoroughly composting human feces and applying it to the fields resulted in high-quality and abundant crops. The high nutritional value of human feces gives it the natural attribute of being a valuable resource. Second, human feces has a foul odor. Human feces are a product of our own metabolism, yet people avoid them because of their foul smell. Third, human feces are unsightly. This is another reason why human excrement is despised by humans themselves. Fourth, human excrement is sticky. This makes its collection, transportation, and disposal difficult.

[0005] This invention discloses a consumable material specifically designed for use with eco-friendly toilets: a human solid fecal adhering agent. Driven by the eco-friendly toilet machine, this human solid fecal adhering agent mixes, rubs, and collides with human feces. Finally, the feces are covered by the adhering agent, giving them a "new look" and changing their unsightly appearance. Simultaneously, the adhering agent's adsorption eliminates the stickiness of the feces and forms spherical fecal balls, facilitating the collection and transportation of feces.

[0006] This invention relates to a human solid fecal residue, comprising component A and component B. Component A is made from rice bran and colored with carmine, grape purple, and fruit green colorants to obtain red, purple, and green pigments, respectively. Component B is a dried powder obtained by pulverizing organic plant fibers such as roots, stems, leaves, and fruit shells. Component A and component B are then mixed evenly according to their weight fractions to obtain residues without pigment, residues containing red pigment, residues containing purple pigment, and residues containing green pigment, respectively.

[0007] Different pigments are used in different environments to distinguish the source of human feces by color, which indicates the risk of major public health events such as epidemics that may be encountered during the disposal and transportation of human feces resources.

[0008] This invention is achieved through the following technical solution:

[0009] Human solid fecal matter consists of component A and component B:

[0010] Component A (1): Rice bran: 100% by weight

[0011] Total: 100%

[0012] Component A (2): Rice bran: 99.2% by weight

[0013] Rouge: 0.8% by weight

[0014] Total: 100%

[0015] Component A (3): Rice bran: 99.5% by weight

[0016] Grape purple: 0.5% by weight

[0017] Total: 100%

[0018] Component A (4): Rice bran: 99.4% by weight

[0019] Fruit Green: 0.6% by weight

[0020] Total: 100%

[0021] Component B: Plant fiber powder: 100% by weight

[0022] Total: 100%

[0023] The A component (1) is rice bran raw material, also known as rice bran raw material. The A component (1) rice bran raw material is mixed evenly with the B component plant fiber powder to obtain a pigment-free substance.

[0024] The carmine color in component A (2) refers to carmine coloring agent. Carmine coloring rice bran and drying it yields a red pigment. The red pigment in component A (2) is mixed evenly with plant fiber powder in component B to obtain a red adhering substance.

[0025] In component A (3), grape purple refers to grape purple coloring agent. Grape purple coloring rice bran and drying it yields a purple pigment. The purple pigment in component A (3) is mixed evenly with plant fiber powder in component B to obtain a purple adhering substance.

[0026] In component A (4), fruit green refers to fruit green coloring agent. Fruit green coloring rice bran and drying it yields green pigment. The green pigment in component A (4) is mixed evenly with plant fiber powder in component B to obtain green adhering material.

[0027] The plant fiber powder is a dry powder with a particle size of less than 1 mm obtained by grinding plant fibers such as roots, stems, leaves, and fruit shells of organic plants. It can be rice bran, corn stalk powder, peanut vine powder, peanut shell powder, sorghum stalk powder, wheat stalk powder, soybean vine powder, soybean shell powder, tree debris, etc.

[0028] The plant fiber powder of component B can be a single plant powder component, or it can be a mixture of two, three or more plant powder components.

[0029] Take 1 part of rice bran raw material (A component (1)) and 3 parts of plant fiber powder (B component, the same below) and mix them evenly to obtain a pigment-free substance; take 1 part of red pigment (A component (2)) and 2 parts of plant fiber powder (B component) and mix them evenly to obtain a red substance; take 1 part of purple pigment (A component (3)) and 3 parts of plant fiber powder (B component) and mix them evenly to obtain a purple substance; take 1 part of green pigment (A component (4)) and 3 parts of plant fiber powder (B component) and mix them evenly to obtain a green substance.

[0030] The beneficial effects of this invention are:

[0031] Human fecal solid residue is used in home and public eco-friendly toilets. It adheres to the surface of human feces, absorbing moisture and hardening its surface. As the machine operates, the residue collides, rubs, squeezes, and breaks down with the fecal clumps, forming smaller clumps, ultimately creating fecal balls. This provides a new method for the disposal, transportation, and storage of human feces. Human feces typically contain a large number of bacteria, even pathogens and viruses. This invention uses residues with different pigments to indicate the source of the human feces. For example, in normal times: unpigmented residue is used in most residential toilets and public toilets; purple residue is used in medical institutions and biological research facilities where pathogens are usually abundant. During public health emergencies: in non-epidemic areas, green residue is used in residential communities; purple residue is used in medical institutions and biological research facilities where pathogens are usually abundant; and red residue is used in epidemic areas to highlight the risks involved in the disposal, transportation, and use of human fecal resources, enhancing awareness of prevention. Detailed Implementation

[0032] Implementation Method 1:

[0033] Component A (1): Rice bran: 100% by weight

[0034] Total: 100%

[0035] Component A (1) is composed of rice bran raw material and is called rice bran raw material;

[0036] Component A (2): Rice bran: 99.2% by weight

[0037] Rouge: 0.8% by weight

[0038] Total: 100%

[0039] Red pigment is obtained by coloring rice bran with carmine and then drying it.

[0040] Component A (3): Rice bran: 99.5% by weight

[0041] Grape purple: 0.5% by weight

[0042] Total: 100%

[0043] Grape purple pigment is obtained by coloring rice bran with purple color and then drying it.

[0044] Component A (4): Rice bran: 99.4% by weight

[0045] Fruit Green: 0.6% by weight

[0046] Total: 100%

[0047] Green pigment is obtained by coloring rice bran with fruit green and then drying it.

[0048] Component B: Rice bran: 100% by weight

[0049] Total: 100%

[0050] In this embodiment, component B is composed of rice bran alone, that is, component B is composed of rice bran.

[0051] Red, purple, and green pigments were prepared using the following method:

[0052] Each coloring agent was dissolved in 0.4 to 0.5 times the amount of rice bran to be colored in hot water at about 80°C. After complete dissolution, the rice bran was colored and then dried to obtain the above-mentioned red, purple and green pigments.

[0053] The red deposit was prepared by the following method:

[0054] Take 1 part by weight of the original color material of rice bran (1) and 3 parts by weight of rice bran (B), mix them evenly and then prepare a pigment-free substance. In this embodiment, since the original color material of rice bran (1) and rice bran (B) are the same thing, the pigment-free substance can be obtained by taking only one of them, without the need for the previous step.

[0055] Take 1 part by weight of red pigment (component A, component B) and 2 parts by weight of rice bran (component B), mix them evenly to obtain a red adhering substance;

[0056] The purple deposit was prepared by the following method:

[0057] Take 1 part by weight of purple pigment (component A, 3) and 3 parts by weight of rice bran (component B), mix them evenly to obtain a purple adhering substance;

[0058] The green adhering material was prepared by the following method:

[0059] Take 1 part by weight of green pigment (component A, 4) and 3 parts by weight of rice bran (component B), mix them evenly to obtain a green adhering substance.

[0060] In this embodiment, four types of deposits were prepared: pigmentless deposits, red deposits, purple deposits, and green deposits.

[0061] To improve the hygiene of the toilet environment, deodorants, disinfectants, odor neutralizers, etc., may be added in trace amounts when preparing or using the attachment, but these are not within the measurement range of this invention.

[0062] Implementation Method Two:

[0063] The present invention provides a second method for preparing human solid fecal residue, wherein the manufacturing method of component A is the same as in embodiment one, the difference being that the plant components of component B are different, as detailed below:

[0064] Component B: Rice bran: 20% by weight

[0065] Corn stalk powder: 80% by weight

[0066] Total: 100%

[0067] The rice bran and corn stalk powder were mixed evenly to obtain component B, rice bran + corn stalk powder.

[0068] In this embodiment, the proportions and preparation methods of component A (1) rice bran raw material, component A (2) red pigment, component A (3) purple pigment, component A (4) green pigment and component B "rice bran + corn stalk powder" are the same as in embodiment one.

[0069] Implementation Method 3:

[0070] The present invention provides a third method for preparing human solid fecal residue, wherein the manufacturing method of component A is the same as in embodiment one, the difference being that the plant components of component B are different, as detailed below:

[0071] Component B: Rice bran: 50% by weight

[0072] Wheat straw powder: 50% by weight

[0073] Total: 100%

[0074] Component B, rice bran + wheat straw powder, is prepared by mixing rice bran and wheat straw powder evenly.

[0075] In this embodiment, the proportions and preparation methods of component A (1) rice bran raw material, component A (2) red pigment, component A (3) purple pigment, component A (4) green pigment and component B "rice bran + wheat straw powder" are the same as in embodiment one.

[0076] Implementation Method Four:

[0077] The present invention provides a fourth method for preparing human solid fecal residue, wherein the manufacturing method of component A is the same as in embodiment one, the difference being that the plant components of component B are different, as detailed below:

[0078] Component B: Peanut vine powder: 50% by weight

[0079] Peanut shell powder: 50% by weight

[0080] Total 100%

[0081] The peanut vine powder + peanut shell powder component B is prepared by mixing rice bran and peanut shell powder evenly.

[0082] In this embodiment, the proportions and preparation methods of component A (1) rice bran raw material, component A (2) red pigment, component A (3) purple pigment, component A (4) green pigment and component B "peanut vine powder + peanut shell powder" are the same as in embodiment one.

[0083] Implementation Method 5:

[0084] The present invention provides a fifth method for preparing human solid fecal residue, wherein the manufacturing method of component A is the same as in embodiment one, the difference being that the plant components of component B are different, as detailed below:

[0085] Component B: Corn straw powder: 50% by weight

[0086] Sorghum straw powder: 50% by weight

[0087] Total: 100%

[0088] Component B, corn stalk powder + sorghum stalk powder, is prepared by mixing corn stalk powder and sorghum stalk powder evenly.

[0089] In this embodiment, the proportions and preparation methods of component A (1) rice bran raw material, component A (2) red pigment, component A (3) purple pigment, component A (4) green pigment and component B corn straw powder + sorghum straw powder are the same as in embodiment one.

[0090] Implementation Method Six:

[0091] The present invention provides a method for preparing human solid fecal residue, wherein the manufacturing method of component A is the same as in embodiment one, the difference being that the plant components of component B are different, as detailed below:

[0092] Component B: Peanut vines, peanut shell powder, soybean vines, soybean shell powder, corn stalk powder, and sorghum stalk powder are mixed evenly to obtain component B, which consists of peanut vines, peanut shell powder + soybean vines, soybean shell powder + corn stalk powder + sorghum stalk powder.

[0093] In this embodiment, the proportions and preparation methods of component A (1) rice bran raw material, component A (2) red pigment, component A (3) purple pigment, component A (4) green pigment and component B peanut vine, peanut shell powder + soybean vine, soybean shell powder + corn stalk powder + sorghum stalk powder are the same as in embodiment one.

[0094] Implementation Method Seven:

[0095] The seventh method for preparing human solid fecal residue of the present invention, wherein the manufacturing method of component A is the same as that of embodiment one, the difference being that the plant components of component B are different, as detailed below:

[0096] Component B: Rice bran: 30% by weight

[0097] Sawdust: 70% by weight

[0098] Total: 100%

[0099] Rice bran and sawdust are mixed evenly to obtain component B, rice bran + sawdust.

[0100] In this embodiment, the proportions and preparation methods of component A (1) rice bran raw material, component A (2) red pigment, component A (3) purple pigment, component A (4) green pigment and component B "rice bran + sawdust" are the same as in embodiment one.

[0101] The above embodiments of the present invention are merely examples to clearly illustrate the present invention, and are not intended to limit the scope of the present invention. Various places have many unique plant fibers. As long as the plant fibers such as non-toxic and harmless organic plant roots, stems, leaves, and fruit shells are crushed into fine particles, such as coconut shells, pine cone shells, tea seed shells, various haystacks, and plant vines, they can all constitute the raw materials of component B and be combined with component A to form an attachment that is different from the composition of the embodiments described in the present invention. These are the essential methods of the present invention for preparing attachments using readily available materials and are still within the protection scope of the present invention.

Claims

1. A method for preparing a human solid fecal adhering material, comprising the following components: Component A (1): Rice bran: 100% by weight Total: 100% Component A (1) is composed of rice bran raw material and is called rice bran raw material; Component A (2): Rice bran: 99.2% by weight Rouge: 0.8% by weight Total: 100% Red pigment is obtained by coloring rice bran with carmine and then drying it. Component A (3): Rice bran: 99.5% by weight Grape purple: 0.5% by weight Total: 100% Grape purple pigment is obtained by coloring rice bran with purple color and then drying it. Component A (4): Rice bran: 99.4% by weight Fruit Green: 0.6% by weight Total: 100% Green pigment is obtained by coloring rice bran with fruit green and then drying it. Component B: Plant fiber powder: 100% by weight Total: 100% Its characteristics are: A component (1) rice bran raw material and B component plant fiber powder were mixed evenly to obtain a pigment-free material. A red pigment (2) and B plant fiber powder were mixed evenly to obtain a red adhering substance. A purple pigment (3) and B plant fiber powder were mixed evenly to obtain a purple adhesive. The green coating is prepared by mixing component A (4) green pigment and component B plant fiber powder evenly. The plant fiber powder of component B is a dry powder with a particle size of less than 1 mm obtained by grinding plant fibers such as organic plant roots, stems, leaves, and fruit shells. It can be a single plant fiber powder component or a mixture of two, three, or more plant fiber powder components.

2. The method for preparing human solid fecal residue according to claim 1, characterized in that: Component A (1) rice bran raw material and component B rice bran are the same substance. Whether they are mixed or not, they will produce a single substance of the same color without pigment attachment. The red adhering substance was prepared by mixing the red pigment 1 part by weight of component (2) and the rice bran 2 part by weight evenly. A purple pigment (3) was mixed evenly with 1 part by weight of component A and 3 parts by weight of component B rice bran to obtain a purple adhering substance. The green adhering substance was prepared by mixing 1 part by weight of green pigment (4) with 3 parts by weight of rice bran (B).

3. The method for preparing human solid fecal residue according to claim 1, characterized in that: After mixing 1 part by weight of component A (1) rice bran raw material with 3 parts by weight of component B rice bran + corn stalk powder evenly, a pigment-free material was obtained. The red adhering substance was prepared by mixing component A (2) red pigment 1 part by weight with component B rice bran + corn straw powder 2 parts by weight evenly. The purple adhering substance was prepared by mixing 1 part by weight of purple pigment of component (3) with 3 parts by weight of rice bran + corn straw powder of component B evenly. The green adhering substance was prepared by mixing 1 part by weight of green pigment (4) with 3 parts by weight of rice bran and corn stalk powder (B).

4. The method for preparing human solid fecal adhering material according to claim 1, characterized in that: After mixing 1 part by weight of component (1) rice bran raw material with 3 parts by weight of component (B) rice bran + wheat straw powder evenly, a pigment-free material was obtained. The red adhering substance was prepared by mixing component A (2) red pigment 1 part by weight with component B rice bran + wheat straw powder 2 parts by weight evenly. The purple adhering substance was prepared by mixing 1 part by weight of purple pigment of component (3) with 3 parts by weight of rice bran and wheat straw powder of component B evenly. The green adhering substance was prepared by mixing 1 part by weight of green pigment (4) with 3 parts by weight of rice bran and wheat straw powder (B).

5. The method for preparing human solid fecal residue according to claim 1, characterized in that: Component A (1) Rice bran raw material 1 part by weight; Component B peanut vine powder + peanut shell powder 3 parts by weight. After mixing evenly, a pigment-free substance is obtained. The red adhering substance was prepared by mixing component A (2) red pigment 1 part by weight with component B peanut vine powder + peanut shell powder 2 parts by weight evenly. The purple adhering substance was prepared by mixing 1 part by weight of purple pigment (3) with 3 parts by weight of peanut vine powder + peanut shell powder (B) evenly. The green adhering substance was prepared by mixing 1 part by weight of green pigment (4) with 3 parts by weight of peanut vine powder and peanut shell powder (B).

6. The method for preparing human solid fecal residue according to claim 1, characterized in that: After mixing 1 part by weight of component A (1) rice bran raw material with 3 parts by weight of component B corn straw powder + sorghum straw powder evenly, a pigment-free material was obtained. The red adhering substance was prepared by mixing component A (2) red pigment 1 part by weight with component B corn straw powder + sorghum straw powder 2 parts by weight evenly. The purple adhering substance was prepared by mixing 1 part by weight of purple pigment of component (3) with 3 parts by weight of corn straw powder and sorghum straw powder of component B evenly. The green adhering material was prepared by mixing 1 part by weight of green pigment (4) with 3 parts by weight of corn straw powder and sorghum straw powder (B).

7. The method for preparing human solid fecal residue according to claim 1, characterized in that: Component A (1) Rice bran raw material 1 part by weight Component B peanut vine, peanut shell powder + soybean vine, soybean shell powder + corn stalk powder + sorghum stalk powder 3 parts by weight After mixing evenly, a pigment-free substance is obtained. The red adhering substance was prepared by mixing 1 part by weight of component A (2) red pigment with 2 parts by weight of component B peanut vine, peanut shell powder + soybean vine, soybean shell powder + corn stalk powder + sorghum stalk powder evenly. The purple adhering substance was prepared by mixing 1 part by weight of purple pigment of component A (3) with 3 parts by weight of peanut vine, peanut shell powder + soybean vine, soybean shell powder + corn straw powder + sorghum straw powder of component B evenly. The green adhering material is prepared by mixing 1 part by weight of green pigment of component (4) with 3 parts by weight of peanut vine, peanut shell powder + soybean vine, soybean shell powder + corn stalk powder + sorghum stalk powder of component B evenly.

8. The method for preparing human solid fecal residue according to claim 1, characterized in that: The pigment-free material was prepared by mixing 1 part by weight of component A (1) rice bran raw material with 3 parts by weight of component B rice bran + sawdust. The red adhering substance was prepared by mixing component A (2) red pigment 1 by weight with component B rice bran + sawdust 2 by weight evenly. A purple pigment (3) was mixed evenly with 1 part by weight of component A and 3 parts by weight of component B (rice bran and sawdust) to obtain a purple adhering substance. The green adhering substance was prepared by mixing 1 part by weight of green pigment (4) with 3 parts by weight of rice bran and sawdust (B).

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