KR20130067804A - Vessel for food waste - Google Patents

Abstract

PURPOSE: A food waste separate collection container is provided to prevent leachate, which is reversely flown to food waste, from being dumped with food waste, thereby remarkably reducing the weight of the food waste. CONSTITUTION: A food waste separate collection container(100) comprises an upper container(10) and a lower container(20). The upper container includes a filter(16). The filter includes a cover(11) capable of opening/closing on the top surface and leachate discharging holes(16a) for discharging only leachate discharged from the food waste on the bottom surface. The lower container stores the leachate discharged from the upper container. The upper and lower containers are joined to each other to be detachable. A leachate backflow prevention valve(30) is installed in the lower part of the filter. The leachate backflow prevention valve opens the bottom of the filter while the collection container is straightly erected and closes the bottom of the filter while the collection container is overturned, thereby preventing the backflow of the leachate collected in the lower container to the upper container.

Description

Food waste separation container {VESSEL FOR FOOD WASTE}

The present invention relates to a food waste separation container, and more particularly, to a food waste separation container for filtering food waste to separate water and food waste contained in the food waste separately.

With the explosive growth of the population and the increased urban concentration of the population, the problem of dealing with the surging living waste is serious. Food waste among such household wastes has recently been improved in the dietary culture according to the improvement of living standards, and the diet is enriched. Therefore, a large amount of food is not consumed in households and general restaurants, and is thrown away as garbage.

These food wastes, as well as the enormous economic loss due to its landfill treatment is difficult to immediately deal with it, causing severe odors, causing serious environmental pollution, such as food waste during landfills, has become a major social problem.

For this reason, food wastes have been collected separately from general wastes in order to use them as various fertilizers by fermentation by separately collecting food wastes discharged from homes and general restaurants.

In particular, since food waste generally contains a lot of moisture, problems such as odors are easily generated during storage or transportation, and fermentation efficiency to compost is lowered. Efforts are being made to separate the collected water and food waste separately.

To this end, the conventional general food waste separation container consists of a single container consisting of the outer and inner cylinders that can be separated from each other, such as in the Korean Utility Model Publication No. 20-2010-0012472 (published Dec. 16, 2010). On the bottom of the inner container, a discharge hole is formed to pass only the water contained in the food waste, that is, leachate. The inner container filters out the food waste, and stores only the leachate in the outer cylinder to store the water contained in the food waste, that is, leachate and food waste. Separately collected containers are being developed.

Most of the conventional food waste separation container has a structure in which the leachate discharge hole formed in the bottom surface of the inner cylinder is always open. That is, even when the container is used upright to store food waste or the container is used upside down to discard food waste, the discharge hole is always open. Therefore, the user must discard the food waste after discharging the leachate first in order to discard only the food waste except the leachate in a state in which the leachate and the food waste are separated into the collection container.

However, the user has forgotten and forgot to dispose of the leachate from the container in advance and treat it for a number of reasons, such as being annoying, dirty and smelling in the house. Exhausting is happening frequently.

In this way, the conventional food waste separation container is different from the intended purpose, as the leachate and food waste accumulated in the collection container are discarded at the same time by the user's use state, which adds inconvenience to the collection agents and is unsanitary. In particular, problems such as an increase in cost during incineration or recycling to a compost will occur.

On the other hand, food waste pay-as-you-go system, which pays disposal costs according to the weight and quantity of food wastes, is currently being implemented in 53 areas (common housing standards), including Busan and Jeonju. By the end, it is planning to expand to all urban areas of the country.

Therefore, there is an urgent need for the development of a food waste separation container capable of preventing the leachate from the food waste being discarded together with the food waste regardless of the user's use state.

Korean Utility Model Publication No. 20-2010-0012472 (published Dec. 16, 2010) Korea Utility Model Publication No. 20-0422162 (August 24, 2006)

The present invention has been invented to solve such a problem, the food waste separation container for collecting and separating food waste and leachate from food waste separately when the user discards food waste without consciously or unconsciously discharging the leachate in advance. By providing a new food waste sorting container that can prevent the leachate from flowing back to the food waste and being discarded along with the food waste, it is possible to meet the purpose of the recent food waste pay-per-use and to feed and compost food waste. The aim is to reduce processing costs.

Food waste separation and collection container according to the present invention for achieving this object is configured as follows.

The upper container is provided with a lid that can be opened and closed at the top of the container to accommodate food waste, and has a strainer formed with a plurality of holes to pass only the leachate from the food waste on the bottom, and stores the leachate discharged from the upper reservoir. Including a lower reservoir having a discharge port for discharging the leachate on one side as a container, the upper storage bin and the lower reservoir is separated from each other in the food waste separation container, the lower portion of the strainer The container further includes a leachate backflow check valve for preventing the leachate collected in the lower reservoir from flowing back to the upper reservoir by sealing the lower portion of the strainer when the container is opened and the lower portion of the strainer is turned upside down. .

 Here, the leachate backflow prevention valve is made of a rubber plate having a certain thickness, one end of the fixed plate is fixed to the coupling portion of the upper reservoir and the lower reservoir, and the other end is operated by its own weight in a free state not fixed While being made of a valve plate for opening and closing the strainer.

In addition, the fixing plate of the leachate backflow prevention valve is fixed to a portion where the upper reservoir and the lower reservoir are coupled to each other.

In addition, the valve plate of the strainer and the leachate backflow prevention valve are convex in the direction toward the upper reservoir, and the surface facing the opposite side is concave, so that the convex portion of the valve plate is accommodated in the recess of the strainer. It has a structure for sealing the lower part of the strainer in the state.

On the other hand, the lower surface of the bottom of the upper reservoir bin of the strainer is formed with a leachate flow preventing jaw to prevent the leachate from flowing in the side direction of the leachate backflow check valve in the state in which the container is turned upside down, one side of the leachate flow It characterized by consisting of the inclined surface.

The food waste separation container according to the present invention significantly reduces the weight of the food waste by preventing the leachate from being thrown back with the food waste even when the user discards the food waste without consciously or unknowingly discharging the leachate in advance. Since it can be reduced, there is an advantage of reducing the cost burden due to food waste pay-as-you-go.

On the other hand, it is possible to collect food waste in the state that does not contain leachate, so that there is no inconvenience for the collection personnel, and it is hygienic, especially when the incineration or compost recycling process is improved and the incineration efficiency and fermentation efficiency to the compost are improved. The cost is reduced.

In addition, when the user uses the leachate check valve in a state in which the leachate check valve is removed, the leachate is discharged to the outside of the collection container, thereby inducing the user to install and use the check valve to prevent the leakage of leachate in advance. There is an advantage to this.

Finally, the rubber packing is installed on the lid side of the upper reservoir and the coupling portion between the upper reservoir and the lower reservoir, respectively, so that odors from food waste or leachate are reliably blocked.

1 is a perspective view of the combined combined food waste separating container according to an embodiment of the present invention.
Figure 2 is an exploded perspective view of the direction seen from the top in the food waste separation container is separated according to an embodiment of the present invention.
Figure 3 is an exploded perspective view of the direction seen from the bottom in the food waste separation container is separated according to an embodiment of the present invention.
Figure 4 is a perspective view showing a leachate backflow prevention valve in accordance with an embodiment of the present invention.
Figure 5 is a cross-sectional view showing one side cross-section of the food waste separation container according to an embodiment of the present invention.
6 is a cross-sectional view illustrating a state in which a food waste is separated and accommodated in a food waste separating container according to an embodiment of the present invention.
FIG. 7 is a cross-sectional view illustrating a use state of discarding collected food waste from a food waste separation container according to an embodiment of the present invention. FIG.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In the drawings, the same reference numerals are used for the same reference numerals even though they are shown in different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

Also, throughout this specification, when a component is referred to as "comprising ", it means that it can include other components, aside from other components, .

1 and 2 is an exploded perspective view of the overall combined perspective view of the food waste separation container combined with the food waste separation container according to an embodiment of the present invention viewed from the top in a state in which the food waste separation container is separated.

As shown in Figure 1 and 2, the food waste separation container 100 according to an embodiment of the present invention is the upper reservoir (10) in which food waste is accommodated, the water contained in the food waste, that is, leachate only The lower reservoir 20 is accommodated has a structure that is coupled up and down detachably from each other.

The upper reservoir 10 is a container in which food waste is stored, the bottom of which is blocked and has an open upper portion. The upper opening portion is connected to the upper end of the upper reservoir 10 by a hinge fastening portion 11b and hinged thereto. The lid 11 which seals the upper opening part while rotating up and down about the part 11b is provided.

The coupling portion of the lid 11 and the upper reservoir 10 is provided with a ring-shaped packing 50 made of a rubber material to leak odors emitted from food waste stored in the upper reservoir 10 to the outside of the collection container 100. You can certainly prevent it from happening.

The upper surface of the lid 11 is provided with a lid handle 11a for facilitating opening and closing of the lid 11, and on the opposite side of the lid 11 on which the hinge fastening portion 11b is formed, the upper end of the upper reservoir 10 is provided. In the side flange (17) protruding in the lateral direction is provided with a lid locking portion (11c) is fitted in a hook coupling manner.

Both sides of the upper end of the upper reservoir 10 is provided with a container handle 12 coupled to the structure rotatable both ends while traversing the upper end of the upper reservoir 10 so as to easily carry the collection container 100. In addition, one side of the upper reservoir 10 is provided with a side handle 13 to easily reverse the collection container 100 in the case of discarding food waste stored in the collection container 100.

Outer lower end of the upper reservoir (10) is provided with a container locking portion 14 to be fitted in a hook coupling manner to the side flange 24 protruding in the lateral direction to the upper end of the lower reservoir (20). Here, the container locking portion 14 is provided on each side of each side forming the upper reservoir 10 so that the upper reservoir 10 and the lower reservoir 20 can be securely balanced as a whole. However, on the side of the portion of the reverse flow prevention valve 30 to be described later, the container locking portion 14 is provided on each side separately from each other, leaving a portion to which the reverse flow prevention valve 30 is connected.

The lower reservoir 20 is a container for storing only water, that is, leachate contained in food waste, is separated and stored in a rectangular container shape in which the lower portion is blocked and the upper portion thereof is different from the upper reservoir 10 but the upper reservoir. It has the same shape and size as the whole as low as (10).

One side of the lower reservoir 20 is provided with a discharge port 22 for discharging the leachate accumulated in the lower reservoir 20 to the outside of the container, the stopper to block the hole of the discharge port 22 ( 21) can be installed so that the leachate can be discharged by opening the stopper as needed.

In the present invention, the upper reservoir 10 for storing only food waste and the lower reservoir 20 for separating only the leachate from the food waste separately in the food waste separation container 100 is combined up and down, the user consciously or unconsciously Even if the waste container 100 is turned upside down without discharging the leachate in advance, the leachate backflow prevention valve 30 may prevent the leachate contained in the lower reservoir 20 from flowing back into the upper reservoir 10. What is equipped is the key point.

Such a leachate backflow prevention valve 30 will be described in detail with reference to FIGS. 3 to 5.

Figure 3 is an exploded perspective view of the food waste separation container according to an embodiment of the present invention when viewed from the bottom separated state, Figure 4 is a perspective view showing a leachate backflow prevention valve according to an embodiment of the present invention. 5 is a cross-sectional view cut in the longitudinal direction of the food waste separation container according to an embodiment of the present invention.

Hereinafter, before the leachate backflow prevention valve 30 is described, the upper reservoir 10 and the lower reservoir 20 are coupled to each other, and food waste is filtered from the upper reservoir 10 and the leachate from the food waste is lowered. Let's briefly look at the structure flowing into the reservoir (20).

First, the structure in which the upper reservoir 10 and the lower reservoir 20 are combined will be described.

3 to 5, the lower surface of the upper reservoir 10 extends downward in the entire circumferential direction and fits between the outer fitting wall 15a and the inner fitting wall 15b facing each other while forming a row. The groove 15c is formed. And the upper end of the upper reservoir 20 is formed with a fitting protrusion 23 protruding vertically upward in the entire circumferential direction. Due to this, the upper reservoir 10 and the lower reservoir 20 may be fastened while having a double sealing structure in which the fitting protrusion 23 of the lower reservoir 20 is fitted into the fitting groove 15c of the upper reservoir 10. Can be.

Here, a rectangular ring-shaped rubber packing 40 is installed between the fitting protrusion 23 of the lower reservoir 20 and the fitting groove 15c of the upper reservoir 10, and is deceased in the lower reservoir 20. Odor of leachate can effectively prevent the outflow of the collection container 100.

As described above, the container locking portion 14 provided at the lower end of the upper reservoir 20 on the side flange 24 horizontally extended outward from the lower end of the fitting protrusion 23 of the lower reservoir 20 is hook-coupled method The upper reservoir 10 and the lower reservoir 20 are detachably coupled to each other while being fastened and released.

Next, the structure in which the food waste is filtered from the upper reservoir 10 and the leachate from the food waste flows into the lower reservoir 20 will be described.

3 to 5, the bottom surface of the upper reservoir 10, the food waste is filtered from the upper reservoir 10, so that only the leachate from the food waste can pass through the lower reservoir 20 The strainer 16 formed with the leachate discharge hole 16a is formed.

Here, the strainer 16 has a shape that is convex in the interior of the upper reservoir 10 and concave in the bottom surface of the upper reservoir 10, and has a shape substantially similar to a dome shape as a whole. In the strainer 16 having such a shape, a plurality of leachate discharge holes 16a are formed at regular intervals throughout the strainer 16.

At this time, the leachate discharge hole (16a) is the upper and the lower the lower the size of the hole toward the direction from the top to the bottom, that is, toward the lower reservoir 20 from the upper reservoir 10 along the thickness forming the strainer 16 It consists of a structure of light.

As described above, the leachate discharge hole 16a has a smaller hole size toward the upper reservoir 10 and a larger hole size toward the lower reservoir 20, thereby reducing the amount of food waste stored in the upper reservoir 10. Residue or the like flows into the leachate discharge hole 16a, so that the leachate discharge hole 16a is blocked, thereby effectively preventing the leachate from passing through the lower reservoir 20.

Here, the strainer 16 may be manufactured separately from the upper reservoir 10, and may be fixedly bonded to the bottom of the upper reservoir 10 by an adhesive method such as heat fusion to a hole side that is drilled in a predetermined size, or the upper reservoir 10 It may also be manufactured by injection molding integrally with).

On the other hand, in the lower part of the strainer 16, the leachate accumulated in the lower reservoir 20 in the state in which the leachate accumulated in the lower reservoir 20 is disposed in an inverted state without discharging the leachate in the lower reservoir 20 in advance. The leachate backflow prevention valve 30 is installed to prevent the flow back to the upper reservoir 10 through the leachate discharge hole 16c.

At this time, the leachate backflow prevention valve 30 is operated to open the lower portion of the strainer 16 in a state in which the collecting container 100 is upright and to seal the lower portion of the strainer 16 in a state in which the collecting container 100 is turned upside down. .

To this end, the leachate backflow prevention valve 30 is a plate made of a rubber material having a predetermined thickness and forms a fixed end fixed at one end and a free end formed at a free end that is not fixed.

In other words, the leachate backflow prevention valve 30 forms a fixed plate 32 having one end formed at one end of one rubber plate fixed to a coupling portion of the upper reservoir 10 and the lower reservoir 20, and the other end thereof. The other end is formed in the valve plate 31 which opens and closes the strainer 16 while falling down by its own weight because it is not fixed.

For this reason, the leachate backflow prevention valve 30 opens the strainer 16 with the valve plate 31 facing downward (in the direction of the lower reservoir 20) by the weight in the state in which the collection container 100 is upright. And, in the state in which the collection container 30 is turned upside down, the valve plate 31 is closed by the self-weight (in the direction of the upper reservoir 10) while being in close contact with the strainer 16 side to operate to seal the strainer 16 do.

 Here, the reason why the leachate backflow prevention valve 30 is made of a thin plate made of rubber is due to the flexibility and adhesion of the rubber material itself, and the thickness of the lubricating valve plate 31 is reduced. This is to facilitate. For this reason, when the strainer 16 is opened, the valve plate 31 can be opened downward at a larger angle, and when the strainer 16 is sealed, the valve plate 31 is completely on the strainer 16 side. By making it in close contact, the gap between the valve plate 31 and the strainer 16 can be eliminated, and the sealing property is improved.

      When the structure of the leachate backflow prevention valve 30 is described in more detail, a rectangular fastening hole 32a is formed in the fixing plate 32 of the leachate backflow prevention valve 30. In addition, the valve plate 31 of the leachate backflow prevention valve 30 is convex and faces the filter net 16 so that the valve plate 31 is accommodated in the concave space of the filter net 16, and the opposite surface thereof has a concave shape. In the case where the screen 16 is horizontally extended to the outside in a circumferential direction of the blocking plate 31a to seal the filter net 16, the contact plate 31b closely adheres to the outer bottom surface of the upper reservoir 10 around the filter net 16. Is done.

In addition, a structure in which the leachate backflow prevention valve 30 is installed in the collection container 100, a rectangular fastening hole 32a is provided in the fixing plate 32 of the leachate backflow prevention valve 30 and the upper container 10 and the lower part. The reservoir 20 is fixed while being fitted between the fitting groove 15c and the fitting protrusion 23 which are coupled to each other.

To this end, the outer fitting wall 15a and the inner fitting wall 15b which are located close to the strainer 16 are formed with a pair of fastening pieces 18 having both ends cut at the same positions. At this time, the pair of fastening pieces 18 are fitted together in the fastening hole 32a formed in the fixed plate 32, that is, the pair of fastening pieces 18 outside the fastening holes 32a of the fixed plate 32 together. It is inserted while wrapping, and the fitting protrusion 23 of the packing 40 and the lower reservoir 20 is sequentially inserted into the fastening groove 15c between the pair of fastening pieces 18.

Accordingly, the leachate backflow prevention valve 30 is fixed together at the coupling portion of the upper reservoir 10 and the lower reservoir 20 of the fixed plate 32, and the valve plate 31 is not fixed to the strainer 16. It is installed to be located at the bottom of the.

In addition, when the leachate check valve 30 is used without being inserted, the leachate flows out into the ruptured space cut out on both sides of the pair of fastening pieces 18 so that the user can see the leachate check valve 30. It is not allowed to use except.

On the other hand, the outer bottom surface of the upper reservoir 10 wraps around the strainer 16 at a position spaced apart from the strainer 16 by a predetermined distance while contacting the inner fitting wall 15b provided with the leachate backflow prevention valve 30. The continuous leachate flow prevention jaw 17 is formed to protrude to a predetermined height while continuing in the form.

For this reason, when the food waste is discarded in the state in which the leachate is accumulated in the lower reservoir 20, the leachate backflow prevention valve 30 is disposed along the outer bottom surface of the upper reservoir 10. The flow in the lateral direction toward the side is blocked to prevent the adhesion of the valve plate 31 of the leachate backflow prevention valve 30 to be lifted.

In addition, the leachate flow preventing jaw 17 is made of a slope 17a having a constant curvature on the surface facing the opposite side of the leachate backflow prevention valve 30, and the surface facing the leachate backflow prevention valve is composed of a vertical surface 17b made vertical. .

Here, the reason why the inclined surface 17a is formed on the surface facing the opposite side of the leachate backflow prevention valve 30 from the leachate flow preventing jaw 17 is that the leachate is inverted in the lower reservoir 20 while the leachate 100 is inverted. When the food waste is discarded in the state, the leachate falls to the leachate backflow prevention valve 30 while riding over the inclined surface 17a while hitting the flow preventing jaw 17 along the outer bottom surface of the upper reservoir 10. This is because the valve 30 can stably seal the lower portion of the strainer 16 (see FIG. 7).

  Hereinafter, the use state of the food waste collection container of the present invention having the above-described structure will be described by dividing the case where the food waste is separated and stored in the collection container and the case where the food waste having been separately collected is discarded.

In this regard, Figure 6 is a cross-sectional view showing a state of use for separating and receiving food waste in the food waste separation container according to an embodiment of the present invention, Figure 7 is a food waste from the food waste separation container State of use section showing state of use.

First, as shown in Figure 6, when separating the food waste in the food waste separation container, the food waste separation container is upright, that is, the upper opening of the upper reservoir 10 is erected upwards Open the lid 11 in the state put the food waste into the upper reservoir (10).

At this time, the non-return valve 30 is operated to achieve a state in which the lower portion of the strainer 16 is opened by its own weight, that is, as it sags into the lower reservoir 20.

Thus, the food waste contained in the upper reservoir 10 is filtered by the strainer 16 and only the leachate discharged from the waste may be opened by the check valve 30 through the discharge hole 16a of the strainer 16. Exit to the space is collected in the lower reservoir (20).

Therefore, food waste and leachate are collected and collected in the collection container 100 in a state in which only food waste is accommodated in the upper reservoir 10 and only leachate is stored in the lower reservoir 20.

Next, as shown in FIG. 7, when the food waste is collected in the food waste separation container is full to discard it, open the stopper 21 provided on one side of the lower reservoir 20 and discharge the leachate in advance (11) to open the separation container is turned upside down, that is, the upper opening of the upper reservoir (10) is discarded in an inverted state in a downward direction.

However, even when the user unconsciously discharges the leachate in advance, or even disposes the food waste by inverting the separate collection container without discharging the leachate in advance, the non-return valve 30 is lowered by its own weight, that is, the upper reservoir. The leachate stored in the lower reservoir 20 is blocked from being flowed back to the discharge hole 16a of the strainer 16 as it operates to seal the lower portion of the strainer 16 so that the leachate is stored in the upper reservoir 10. ) Can be prevented from being thrown away with the food waste contained in.

  While the invention has been shown and described with reference to certain preferred embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the scope of the invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the claims below and equivalents thereof.

100: food waste separation container
10: upper reservoir 11: the lid
11a: lid handle 12: container handle
13: side handle 14: container lock
15: fitting 16: strainer
17: flow prevention jaw 20: lower reservoir
21: stopper 22: outlet
23: fitting protrusion 24: flange
30: non-return valve 31: valve plate
31a: blocking plate 31b: contact plate
32: fixing plate 32a: fastening hole
40: packing

Claims (8)

The upper storage container is provided with a lid 11 which can be opened and closed at the top of the container for food waste, and the strainer 16 having a plurality of leachate discharge holes 16a formed thereon to pass only the leachate water from the food waste on the bottom surface thereof. 10) and,
The upper reservoir 10 and the lower reservoir including a lower reservoir 20 is provided with a discharge port 22 for discharging the leachate discharged from the upper reservoir 10 on one side. In the food waste separation container 100, 20 is detachably coupled to each other up and down,
In the state in which the collecting container 100 is upright in the lower part of the strainer 16, the lower part of the strainer 16 is closed by closing the lower part of the strainer 16 in a state in which the lower portion of the strainer 16 is inverted. Food waste separation and collection container further comprises a leachate backflow prevention valve (30) for preventing the leachate collected in the (20) flow back to the upper reservoir (10).
The method of claim 1, wherein the leachate backflow prevention valve 30 is made of a rubber plate having a predetermined thickness, the fixing plate 32 is fixed to the coupling portion of the upper reservoir 10 and the lower reservoir 20 To achieve this, the other end of the food waste separation container, characterized in that consisting of a valve plate 31 for opening and closing the strainer 16 while operating by its own weight in a free state.
The method of claim 2, wherein the lower surface of the upper reservoir 10 is formed with a fitting groove 15c which is a space between the outer fitting wall 15a and the inner fitting wall 15b facing each other while extending downward in the entire circumferential direction, The upper surface of the upper reservoir 10 is formed with a fitting protrusion 23 protruding vertically upwards over the entire circumferential direction and fitted into the fitting groove 15c, and having an outer fitting wall located close to the strainer 16. 15a) and the inner fitting wall 15b are provided with a pair of fastening pieces 18 having both ends cut in the same position, and the fixing plate 32 of the leachate backflow prevention valve 30 has a rectangular fastening hole. (32a) is formed and the food waste separation container characterized in that the fastening piece (18) is fitted together and fixed together with the combination of the upper reservoir (10) and the lower reservoir (20).
The method according to claim 2 or 3, wherein the strainer 16 is convex in the interior of the upper reservoir 10 and concave at the bottom of the upper reservoir 10, the valve plate 31 of the leachate backflow check valve 30 The surface facing the trap net 16 is convex and accommodated in the concave space of the trap net 16, and the opposite side is a blocking plate 31a having a concave shape, and in the entire circumferential direction of the barrier plate 31a. Food waste separating and collecting container characterized in that consisting of a close contact plate 31b extending to the outside of the predetermined length in close contact with the outer bottom surface of the upper reservoir 10 around the strainer 16 when the strainer 16 is closed. .
The food waste separation of claim 3, wherein a ring-shaped rubber packing 40 is installed between the fitting groove 15c of the upper reservoir 10 and the fitting protrusion 23 of the lower reservoir 20. Container.
5. The leachate check valve 30 of the leachate in a state in which the collection container 100 is inverted on the bottom surface of the bottom surface of the upper reservoir 10 at a position spaced a predetermined distance from the edge of the strainer 16. Food waste separation container characterized in that the leachate flow prevention jaw (17) is formed to prevent the flow between the bottom of the upper reservoir (10).
The leachate flow preventing jaw (17) of claim 6 is composed of an inclined surface (17a) having a constant curvature on the opposite side of the leachate backflow prevention valve 30, the surface facing the leachate backflow prevention valve 30 is a vertical plane made vertical Food waste separation collection container, characterized in that consisting of (17b).
The leachate discharge hole (16a) formed in the strainer 16 is the size of the hole from the top to the bottom to prevent food waste from entering the discharge hole (16a) to block the discharge hole (16a) Separation container for food waste, characterized in that it consists of a larger upper and lower light structure.

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