KR200225367Y1 - Food waste microbial fermentation soil container - Google Patents

Abstract

The present invention has been developed in the treatment of food waste, which is a major problem in recent years, as microbial treatment method using microorganisms (microbial fermentation soil) has been developed in this regard, in the environment in which microorganisms can grow and work in the best conditions, microorganisms It is a container designed to store and use fermented soil.

According to the present invention, the microorganisms are contained by maintaining a temperature suitable for the microorganisms to grow and act (self-heating when microorganisms decompose), and also keep the humidity of the fermented soil constant while reducing the rapid temperature change with the outside. It extends the lifespan of the fermented soil, induces leachate suppression due to humidity imbalance, and minimizes the installation place and frees the movement of the installation place, especially considering the product cost.

For reference, the treatment method of food waste by the microbial fermentation soil according to the present invention is a patented product of another person, and it is a treatment method that mixes food waste with microbial fermentation soil so that microorganisms eat food waste cleanly. Natural fertilizer is an innovative food waste disposal method.

Description

Food waste microbial fermentation soil container {.}

The present invention relates to a microbial fermented soil container designed to store and use microbial fermented soil in optimum conditions.

In general, food wastes have been thrown away with general waste for a long time, and recently, researches on how to separate and recycle them have been actively conducted, and various methods have been devised and implemented.

As one of the methods, a revolutionary method has been invented that can be handled in each household by itself without the need to collect or move food waste generated in each household. However, in the practical use, the complexity and some side effects occurred in the installation, and trying to solve all of them is the gist of the present invention.

In the meantime, in the experimental and practical stages, it was necessary to dig and install gardens and other lands as fermentation soils, or use other plastic containers. When using the garden, digging the ground in a quadrilateral form, put microbial fermentation soil in it, and mixed food waste with the microbial fermentation soil, so that natural fermentation by microorganisms is achieved. In this case, the temperature was maintained to a certain degree, but air circulation was not achieved, and the air necessary for the activity of microorganisms was not supplied smoothly, and it was impossible to maintain proper humidity due to lack of ventilation. In case of rain, the waterproof measures were difficult to manage. In addition, if the plastic container is applied, it meets the other requirements. Even if it is hard, there is a problem such as condensed water due to the change of temperature caused by the outside air and condensed water. Is risen.

The object of the present invention is to solve the problems described above and is easy to move, can be installed anywhere without regard to a special place, and to provide a product considering the aesthetics and cost with function. In addition, if the product is coated with synthetic resin, the strength is also doubled.

1 is a perspective view of a food waste microbial fermentation soil container according to the present invention

Cutaway view of the food waste microbial fermentation soil container according to the present invention of Figure 2

3 is a bottom rear view of the food waste microbial fermentation soil container according to the present invention

Figure 4 is an illustration showing the installation of the netting in the present embodiment

<Description of the code | symbol about the principal part of drawing>

1. Container lid 2. Container body

3. Upper vent 4. Handle and lower vent

5. Bottom through air hole 6. Inlay bracket

7. Undercarriage air passage 8. Undercarriage

According to the present invention, as shown in the figure, as a small house-shaped box, the material of the container is high-strength styropol, and the material of the cloth shown in ⑧ of Fig. 4 is a synthetic resin (= plastic). As is well known, Styropol has excellent thermal insulation power and maintains the most suitable temperature for microorganisms to act (self-heating as microorganism decomposes), and there is no sudden temperature change due to external temperature, so there is no condensation of water vapor due to temperature difference. It maintains a constant humidity and there is no dew condensation, so the leachate problem also disappears. In addition, when considering the design of the appearance, it is possible to achieve aesthetics and provide a light product to move, as well as excellent workability and low cost.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

Figure 4 shows the microbial fermented soil container combined with the structure of the microbial fermented soil container made of styropol according to the present invention, made of a combination of the lid ① and the body ②, and the carpet ⑧ of the container, the inside of the body ② 2/3 of fermented soil is filled horizontally, and food waste is mixed from one side of the soil so that food waste is rapidly decomposed by microorganisms. At this time, heat is generated in the process of disassembling food waste by microorganisms, and when this temperature and humidity are kept constant while the soil is held tightly together, the growth and activity of the microorganisms are enhanced. . Therefore, in order to maintain a constant temperature and humidity, it is necessary to optimize the requirements of heat insulation, air supply and flow. Therefore, the present invention, in consideration of the structure of the container, the air is moved from the bottom to the top, from the hot place to the cold, in the lower part of the container handle to lift the body ①② to the bottom of Figure 3 By installing a groove like the lower vent ④, the air passage is installed so that the air can enter the inside of the container even if the container is in close contact with the ground. The air enters the body ② through the bottom through air hole ⑤. It spreads back into the air passage ⑦ of the bottom of the mesh ⑧ and supplies air into the fermentation soil of microorganisms contained in the body ② through the mesh ⑧, which helps the growth and activity of the microorganisms, and the food waste naturally decomposes quickly to become natural fertilizer. . At this time, inside the microorganism fermented soil, microorganisms decompose food, and heat is generated. Air from the handle and lower vent ④ naturally emits heat and moisture to the fermented soil surface while maintaining a constant temperature and humidity. Heat and moisture are discharged out of the container through the upper vent ③. In addition, the garden bed bed ⑥ of Figure 2 is installed to prevent the microbial fermented soil from leaking under the container so that the garden net ⑧ does not sag underneath the base of the microbial fermented soil. Also, cover ① and body ② can be covered with synthetic resin to add aesthetics and firmness.

As described above, according to the present invention, it is the subject matter of the present invention to maintain all conditions properly so that food waste can be fermented well inside the microbial fermentation soil container, so that the present invention can be satisfied by replacing the container with the present invention. It can be installed without any other cost down, and can be installed without regard to a specific place. The product is light and easy to transport, and can provide semi permanent life.

Claims (1)

It is a container that considers the optimum requirement that food waste can be decomposed well by microbial fermentation soil, and it is important to keep the microorganism fermentation soil in an optimal environment, and to adopt the material of microbial fermentation soil container as styropol. Microbial fermented soil container, characterized in that the air passage of ③④⑤⑦ can be installed in this container to help the microorganism propagation and activity of the microbial fermented soil.