JP2952384B2 - Kitchen garbage processing equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for effectively processing garbage generated in a kitchen or the like. More specifically, garbage generated in a kitchen, etc. is crushed and then separated into wastewater containing garbage and wastewater not containing garbage, and only wastewater containing garbage is introduced into a dehydration container and centrifugally dewatered. The present invention relates to a garbage processing apparatus that cleans garbage by collecting water that has been dehydrated and drained and collects dewatered garbage, and that can easily collect the garbage.

[0002]

2. Description of the Related Art Conventionally, the processing of garbage generated in a kitchen or the like is performed by storing the discharged garbage in a plastic bag or the like and storing the garbage in a designated place on a designated day for each region. After being collected and collected by a collection vehicle of a public organization, they are incinerated in an incineration plant or, in some places, crushed by a garbage crusher for a kitchen, and then drained together with drainage and discharged into a sewer. .

[0003] In such conventional garbage processing, garbage collected by a collection vehicle of a public organization is generally incinerated together with other combustible garbage. In recent years, in which the amount of waste has been reduced and the necessity of reusing resources has been called out, it can be said that the above processing wastes resources. In addition, if the garbage is left in a cooking place or the like, rot proceeds and causes odor, which is a problem in hygiene. In addition, when garbage is pulverized and then passed directly to a sewer system or the like, there is a problem that the sewer is clogged depending on the shape of the garbage after the pulverization process, and furthermore, a problem of increasing the treatment load of the sewage.

[0004]

An apparatus for fermenting garbage itself and microbially treating the garbage itself is known, and some of the apparatuses have been put to practical use. However, there is no known method for efficiently extracting garbage. Therefore, if it is possible to easily and efficiently take out the garbage generated in the kitchen, etc., it is possible to comprehensively and effectively treat the garbage by combining it with a known garbage microbial treatment method or reusing it as a power generation material. It is considered to be. An object of the present invention is to solve the above-mentioned problems, and to provide a garbage processing apparatus for efficiently collecting garbage generated in a kitchen or the like and effectively reusing resources.

[0005]

SUMMARY OF THE INVENTION The gist of the present invention is an apparatus for treating garbage, a crusher for crushing garbage with water by a rotary blade, water containing crushed garbage, and the garbage. Separation device that separates water that does not contain garbage by automatically opening and closing the rotating blades by pulling force and centrifugal force, and removing water by centrifugal dehydration from water that contains crushed garbage, and water that does not contain garbage is This is a garbage processing device comprising a dewatering / storage device for storing discharged and dehydrated garbage and a storage container.

[0006] As a pulverizing apparatus, an existing apparatus is already known. For example, it is said to be a kitchen garbage disposer. In this method, garbage is cut and crushed together with water with a rotary blade. Examples are used in foreign countries.

[0007] The separation device used in the garbage disposal device is a separation device for separating wastewater containing garbage and wastewater not containing garbage discharged from the crusher, and is closed by pulling force and opened by centrifugal force. The cylindrical container (23) with the force opening and closing blade (21) and the outer cylindrical container with the drainage blade (27) for preventing leakage of drainage rotate coaxially, and further the outer cylindrical container (22). One having a fixed cylindrical container (25) on the outside can be used.

Further, the separation device has a filter (24) between the cylindrical container (23) and the outer cylindrical container (22), and drains garbage-free waste water from the cylindrical container (23) and the outer cylindrical container. The connection portion (41) has an inlet of a drain pipe (26) for draining along the outside of the lower cylindrical container (31) coaxially rotating at the lower surface of the connection portion (41) with the container (22), and has a cylindrical container. It is possible to use one having a joint (29) for introducing wastewater containing garbage into the dewatering / storage device (3) from (23).

A dewatering / storage device has a lower cylindrical container (31) in the device, and a turntable (3) coaxially rotating with the lower cylindrical container (31) below the lower cylindrical container (31).
4), the garbage storage container (33) is detachable from the side of the lower cylindrical container (31), and the lower cylindrical container (3)
The lower cylindrical container (31) can be stored and fixed in 1).
The garbage in the garbage storage container (33) is centrifugally dewatered by the coaxial rotation of the rotating disk (34) and the garbage in the garbage storage container (33). A lower cylindrical container (31) provided on the lower surface of the turntable via a drain (26) coaxially rotatable with the lower cylindrical container (31) through a channel (51) and drainage free of garbage; It is guided to a drainage pool (38) that can rotate coaxially with it and discharged to the outside through a drainage port (37).
A storage case (2) which has a fixed cylindrical container (25) for safety protection on the outside of 1) and further stores these on the outside thereof.
8) can be used.

The garbage storage container (33) installed in the dewatering / storage device has a drain hole (54) for drainage and a filter (47) through which water can pass, inside the storage container. A garbage that can be dewatered by rotating together with the cylindrical container (31) can be used. A container drainage channel (56) is provided for draining dehydrated water. A plurality of container drainage channels may be provided.

In addition, when the storage containers are stacked vertically, the garbage storage container has a central point set portion (5) of the lower storage container.
0) fits on the center point setting axis (55) of the upper storage container, and a plurality of storage containers can be stacked vertically. Thereby, when carrying out the storage container containing the garbage to the outside, it is possible to pile up the storage container, which leads to saving of space and improvement of the loading efficiency. Before use, it may be carried in a folded state. Further, a side portion (43) having a structure in which the vertical wall expands outward by the pressure applied to the vertical wall of the storage container when the amount of garbage inside the storage container reaches a certain level or more, is provided in the food waste storage container. Is also good.

The garbage container (33) is made of cardboard having small drain holes (54) through which water passes. At this time, in order to maintain the strength of the container, the container may be covered with a mesh-like thread. A filter (47) is provided inside the storage container. This filter can be provided outside the paper container. The garbage container is installed in the lower cylindrical container (31) and is rotated by a motor (35). As a result, the water contained in the garbage is dehydrated by the centrifugal force. The water is filtered by a filter and discharged from a drain hole through a container drain channel (56), a drain pool (38), and the like, through an outlet (37). Note that the shape of the storage container may be circular, polygonal, or square. Further, the material used for the storage container is not limited to cardboard. It may be made of metal or plastic, or may be made of non-woven fabric or woven fabric. In FIG. 5, only the drain holes are shown at both ends of the figure. However, the drain holes can be provided on the entire surface. When the storage container is cylindrical, the hollow portion of the inner and outer cylinders can be used as a container drainage channel.

The existing garbage disposer has a structure in which garbage is pulverized and passed directly to a sewer or the like together with water, which is not preferable from the viewpoint of water pollution prevention and environmental protection. On the other hand, the garbage disposal apparatus according to the present invention automatically separates cooking yard wastewater containing garbage pulverized by a conventional garbage disposer or the like from ordinary cooking yard wastewater containing detergents and the like, and organic fertilizer. Recycling of resources is facilitated by pouring only kitchen wastewater containing garbage that can be recycled into garbage storage containers and collecting dehydrated garbage-clogged containers easily. It is intended to help the environment as well as to help the environment.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows a garbage processing apparatus of the present invention. This apparatus comprises a crusher 1 such as a garbage disposer for crushing garbage together with water with a rotary blade, and rotating blades of water containing crushed garbage and water not containing the garbage by pulling force and centrifugal force. Separation device 2 that automatically separates by opening and closing, and dewatering / storage to remove water from crushed garbage containing water by centrifugal dehydration, drain water without garbage, and store dehydrated garbage This is a garbage processing device including the device 3 and the garbage storage container 33.

The crushing apparatus 1 has an inlet 13 for water and garbage,
It comprises the outlet 14, a connection port 15 for the separation device 2, a rotary blade 11, and a motor 12 for rotating the rotary blade.

The crusher 1 is connected to the separator 2 at a connection port 15. The separating device 2 includes two cylindrical containers that rotate coaxially, that is, a cylindrical container 23, an outer cylindrical container 22, a fixed cylindrical container 25 that does not rotate, and a case 28 that stores these. The cylindrical container 23 is integrated with the outer cylindrical container 22 at its lower part 41. At the upper entrance of the cylindrical container 23, there is provided a centrifugal force opening / closing blade 21 which opens and closes with a tensile force and a centrifugal force. The tensile force is provided by any suitable method, such as a spring, rubber or magnet.

The outer cylindrical container 22 is rotated by a free gear or a bearing 42 between the outer cylindrical container 22 and the outer fixed cylindrical container 25 in order to prevent rotational fluctuation.
The connection part 41 connecting the cylindrical container 23 and the outer cylindrical container 22 has an inlet of the drain pipe 26. The lower cylindrical container 31 is provided between the drainage pipe 26 and the cylindrical container 23 on the lower surface of the connection portion 41. Cylindrical container 23,
The outer cylindrical container 22, the lower cylindrical container 31, and the drainage pipe 26 are integrally and coaxially rotated. Drainage vanes 27 are provided at the upper end of the outer cylindrical container 22 in order to prevent drainage from entering between the container and the fixed cylindrical container 25. A replaceable filter 24 is provided between the cylindrical container 23 and the outer cylindrical container 22 on the upper surface of the connecting portion 41.

In FIG. 2, (a) and (b) show a state where the centrifugal force opening and closing blade 21 in the separation device is closed, and (c) and (d) show a state where the centrifugal force opening and closing blade 21 is open. FIG. The centrifugal opening and closing blade 21 is made of a stainless steel blade, and is closed by a spring or the like when drainage including crushed garbage does not flow. When the centrifugal opening and closing blade is opened, a flexible film 59 having flexibility may be provided inside the stainless steel blade so that the centrifugal opening and closing blade closes the outer cylindrical container 22. When the water containing the garbage flows, the motor is driven to rotate the cylindrical container 23, and at the same time, the centrifugal opening and closing blade 21 also rotates, so that the centrifugal opening and closing blade 21 is opened. And the water containing garbage is stored in the storage container 3
It flows to 3. When the centrifugal opening and closing blade 21 is opened, a centrifugal opening and closing blade receiver 60 that receives the centrifugal opening and closing blade 21 is provided in the outer cylindrical container 22.

In FIG. 1, a joint 29 is a joint between the outlet of the cylindrical container 23 of the separation device and the inlet of the storage container 33. The outer cylindrical container 22 rotates coaxially with the cylindrical container 23. Similarly, the lower cylindrical container 31 and the drainage pipe 26 also rotate coaxially. Lower cylindrical container 3
A garbage storage container 33 to be joined to the cylindrical container 23 at the joining portion 29 can be set inside 1. The garbage storage container can be taken in and out from the side of the apparatus, and the inside of the lower cylindrical container 31 is fixed by a storage container fixing tool 53 so that the garbage storage container 33 does not move. Below the garbage storage container 33, there is a turntable 34 for rotating the entire lower cylindrical container 31 with the garbage storage container 33 placed thereon, and is directly connected to a motor 35. A circular center point setting shaft 55 is provided at the center of the turntable 34 so as to be set at the center of the bottom of the storage container 33. A drain pipe 26 is provided outside the lower cylindrical container 31.
Has been fixed. The drainage pipe 26 is a drainage pool 38
Is connected to The drainage of the drainage pool 38 is drainage 37
Is discharged from the outside. Also, inside the lower cylindrical container 31, there is provided an internal volume sensing device 45 that measures the amount of garbage collected in the storage container 33 and converts it into an electric signal, which is connected to a switch of a motor 35. The actual storage and removal of the garbage storage container 33 is performed by moving the storage container receiver 66 on which the storage container 33 provided on the turntable 34 is placed.

FIG. 3 shows that the storage container 33 is the lower cylindrical container 31.
And is fixed on the turntable. The lower cylindrical container 31 has a structure in which the storage container 33 can be taken out from the side. In this case, the storage case 28, the fixed cylindrical container 25, and the lower take-out opening of the lower cylindrical container 31 are opened, and the storage container receiver 66 (see FIG. 1) on which the storage container 33 is placed is pulled toward the user. Reference numeral 66 denotes a structure which moves sideways with the storage container 33 placed thereon.
The storage container 33 can be taken out as shown in FIG.

FIG. 4 is a side view of the dehydrating / storing device. The lower cylindrical container 31 is supported by a turntable 34,
The vertical and horizontal thrust of the turntable 34 is equal to the rotation bearing portion 65.
Is to receive it. The turntable 34 has a hollow structure in the downward direction, and the hollow portion serves as a drainage pool 38. These vertical thrusts are received by another rotary bearing portion 67, and the outlet at the lower end of the hollow structure has a double pipe structure. The inner pipe 68 extends vertically downward from the turntable 34, and the outer pipe 69 is on an extension of a hollow container extending downward, and drains between the inner pipe 68 and the outer pipe 69. Is flowing. A rotating shaft 70 extending from the motor 35 is provided inside the inner pipe 68. The rotating shaft 70 extends to the lower surface of the turntable 34 and is fixed there so as to rotate the turntable 34. Since the double-pipe structure at the lower end of the hollow structure rotates coaxially with the turntable 34, the double-pipe structure comes into contact with a fixed double pipe 72 extending upward from a fixed portion 71 integrated with the case 28 in FIG. The portion 73 has a shaft seal structure so that the drainage discharged from the drainage pool 38 through the drainage port 37 can be sealed.

An example of the embodiment of the storage container will be described with reference to FIG. The shape of the storage container 33 is rectangular, and the container is a cardboard container that does not allow water to pass through. The container drainage channels 56 are provided at the four corners along the vertical wall of the storage container, and the drainage channels are also made of cardboard that is impermeable to water. Holes 57 are opened in several places inside the container drainage channel 56, and the holes are provided with filters 58 for passing only water. Although a single container drainage channel may be used, it is preferable to use a plurality of drainage channels in consideration of drainage efficiency. Since the shape of the storage container is rectangular, the container drainage channel 56 is conveniently provided at four corners of the container. Further, the material used for the storage container is not limited to cardboard. It may be made of metal or plastic, non-woven fabric,
Alternatively, it may be made of a woven fabric. In the case of metal or plastic, the container has a filter 58, a hole 57 and a container drainage channel 56, and the lower cylindrical container 3
It is desirable to use the one that can maintain the deodorant and antifouling effects in 1. A non-woven fabric or a woven fabric may be used in place of the filter 47, and the collected dust may be taken out of the storage container together with the non-woven fabric or the woven fabric. The storage container may be washed with water and used repeatedly. Note that the storage container 33 is attached to the cylindrical container 23 by a screwing method or the like at the joint portion 29, and a check valve 61 is provided at the entrance of the storage container to play a role of preventing backflow.

As shown in FIG. 7, when the garbage container 33 is placed on the turntable 34, the container drainage guide pipe 6
2 may be provided. The container drainage guide pipe 62 is formed of a hollow pipe and fits in the container drainage channel 56. The shape of the storage container guide pipe 62 is not particularly limited. A square, a circle, or a triangle may be used, but a semicircle is efficient. Storage Container Hole 57
A pipe hole 63 is provided at a portion in contact with the filter 58 (see FIG. 6) and the filter 58 (see FIG. 6) so that dewatered water is discharged from the pipe hole 63 to the drainage pool 38 via the inside of the container guide pipe 62. It may be.

The bottom surface of the storage container 33 is
The inner side of the bottom surface is raised so that 3 can be stacked vertically, and when the storage containers are stacked vertically, the center point portion 50 of the lower storage container becomes the center point setting axis 5 of the upper storage container.
It comes to the part of 5. The container drainage channel 56
The water is connected to the drainage pool 38 via the storage container drainage channel 51, and the water is discharged to the outside through the drainage port 37. Further, the storage container 33 is provided with a side surface portion 43 having a structure in which the vertical wall expands outward by the pressure applied to the vertical wall of the storage container, and when the amount of garbage in the storage container 33 exceeds a certain amount, The effect is transmitted to the internal volume sensing device 45.

FIG. 5 is a diagram showing an operation state of the internal volume sensing device 45. (A) shows a state in which the internal volume sensing device 45 is not working. That is, the side portion 43 of the garbage storage container 33 is dented inward, and the circuit for rotating the motor 35 is kept ON while being connected.
(B), in the internal volume sensing device 45, the amount of garbage in the storage container reaches the side portion 43 of the cardboard storage container 45, and the side portion 43 is pushed outward by centrifugal force due to rotation. As a result, a state where the circuit for rotating the motor 35 is turned off is shown.

Next, a series of operations of the garbage processing apparatus of the present invention will be described. First, when the switch of the device is turned on, the separation device and the dewatering / storage device start rotating at the same time, and after several seconds, the crushing device starts rotating. In FIG. 1, normal kitchen wastewater and kitchen wastewater including garbage are poured from an inlet 13 of a crusher. Next, kitchen wastewater discharged from the crushing device or kitchen wastewater containing crushed garbage flows into the separation device 2 from the connection port 15.

Next, the water or the like flowing into the separation device is treated in two ways. First, a description will be given of a method of treating ordinary kitchen wastewater that does not contain crushed garbage. When the centrifugal opening and closing blades 21 of the cylindrical container 23 are in a closed state, the cylindrical container 23 is not rotating, that is, the crushing device 1 is not moving. The time when the crushing device is not moving is the time when the kitchen is not used, or the time when the kitchen is only used for washing even when the kitchen is used, and the time when the crushing device 1 is not used. is there. At this time,
Wastewater does not flow from the crushing device 1 or even if it does flow, since the wastewater does not include crushed garbage, they are discharged from the drainage pipe 26 through the drainage pool 38 through the drainage pool 38. It is discharged as it is through the port 37.

The crushing device 1 is designed so that fine residual vegetables and the like that appear during washing while the device is not used are stored in the crushing device 1 during that time. Does not contain crushed garbage. Therefore, no problem occurs if the drainage at that time is discharged to the outside through the drainage pipe 26 as it is, so that the wastewater is discharged from the drainage pipe 26 to the outside through the drainage port 37 through the drainage pool 38.

Next, a method of treating wastewater containing pulverized garbage will be described. The time when the centrifugal opening and closing blades 21 of the cylindrical container 23 are open is the time when the cylindrical container 23 is rotating. At this time, the crushing device 1 is also used, and the garbage crushed by the crushing device 1 is taken into the cylindrical container 23 together with the drainage, and is discharged through the outlet of the cylindrical container 23, that is, the joining portion 29. 3 is poured into the storage container 33 installed in the storage container 3. When the crushing device 1 is used and rotating, the separating device 2 and the dewatering / storing device 3
Are configured to rotate coaxially, so that the storage container 33
The garbage inside is dewatered by centrifugal force. The dewatered drainage flows from the container drainage channel 56 to the drainage pool 38 through the storage container drainage channel 51 through the filter 47, and is discharged out of the drainage port 37 as it is.

The garbage gradually accumulates in the storage container 33 by using or not using the crushing device 1 or repeating the above operation. After the amount of garbage in the storage container 33 reaches the level of the side portion 43 of the container, if the crusher 1 is further used, the side portion 43 is pushed outward by the pressure of the internal garbage due to centrifugal force. . as a result,
In response to the internal volume sensing device 45, the device first sends a signal to switch off the crushing device 1 and stops the discharge from the crushing device 1. After a few seconds, by sending a signal to switch off the separation device and the dewatering / storage device, the coaxial rotation of the garbage disposal device is automatically stopped, and no more garbage is stored in the storage container 33. The garbage can no longer be taken in and the garbage can be prevented from overflowing from the container. The storage container 33 filled with garbage is taken out of the dewatering / storage device 3, capped, and waits for collection. Refill with a new container instead.

[0031]

According to the present invention, there is provided a crusher for crushing garbage generated in a kitchen or the like with water using a rotary blade, and a method of separating water containing crushed garbage and water not containing the garbage by a pulling force and a centrifugal force. Separation device that separates by automatically opening and closing the rotating blades with force, and removing water from crushed garbage containing water by centrifugal dehydration, discharging water without garbage, and storing dehydrated garbage The present invention provides a garbage disposal apparatus including a dewatering / storage apparatus and a garbage storage container. By using the apparatus of the present invention, the problem of drainage is eliminated and the problem of disposal of garbage can be easily dealt with. The garbage storage container can be attached and detached with one touch, and the shape of the container can be manufactured conveniently for distribution, temporary storage, collection, transportation, etc.,
Also, since the container made of natural paper can be used naturally, the apparatus of the present invention should be used as a tool in a pre-process for processing garbage from a cooking place into an organic fertilizer, a raw material for garbage power generation, and the like. Thus, contribution to society can be expected from the viewpoint of waste disposal and resource recovery.

[Brief description of the drawings]

FIG. 1 is a diagram showing an example of a garbage processing apparatus.

FIG. 2 is a diagram showing an operation state of a centrifugal opening / closing blade of the separation device.

FIG. 3 is a partial cross-sectional view as viewed from the direction of the arrows III-III in FIG. 1;

FIG. 4 is a partial side view as seen from the direction of arrows IV-IV in FIG. 3;

FIG. 5 is a diagram showing an example of an operation state of internal volume sensing.

FIG. 6 is a diagram illustrating an example of an embodiment of a storage container.

FIG. 7 is a view showing another example of the embodiment of the storage container.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Crusher 2 Separation device 3 Dehydration / storage device 11 Rotating blade 12 Motor 13 Inlet 14 Outlet 15 Connection port 21 Centrifugal force opening / closing blade 22 Outer cylindrical container 23 Cylindrical container 24 Filter 25 Fixed cylindrical container 26 Drainage pipe 27 Drainage blade 28 Case 29 Joint 31 Lower cylindrical container 33 Storage container 34 Turntable 35 Motor 37 Drain outlet 38 Drain pool 41 Connection 42 Free gear 43 Side surface 44 Storage container entrance 45 Internal volume sensing device 47 Filter 50 Center point set portion 51 Storage container Drainage channel 53 Storage container fixture 54 Drainage small hole 55 Center point setting shaft 56 Container drainage channel 57 Hole 58 Filter 59 Flexible membrane 60 Centrifugal opening and closing blade receiver 61, 64 Check valve 62 Container drainage channel guide pipe 63 Pipe hole 65, 67 Rotation bearing 66 Storage container receiver 68 Inner pipe 69 Outer pipe 70 Rotating shaft 71 Fixed part 72 Fixed double pipe 73 Contact part

Claims (8)

(57) [Claims] An apparatus for treating garbage, comprising: a crusher for crushing garbage together with water with a rotary blade; a water containing crushed garbage and a water not containing garbage are subjected to tensile force and centrifugal force. Separation device that separates by automatically opening and closing the rotating blades in the water, and removing water from centrifugal dewatering from water containing crushed garbage, draining water without garbage, and storing dewatered garbage A garbage disposal system consisting of a dewatering / storage unit. 2. A cylindrical container (23) having centrifugal force opening and closing blades (21), wherein the separator is closed by a tensile force and opened by a centrifugal force.
And an outer cylindrical container (22) with a drain blade (27) for preventing leakage of drainage, and the cylindrical container (23) and the outer cylindrical container (22) are rotatable coaxially, Further, a fixed cylindrical container (2) is provided outside the outer cylindrical container (22).
The garbage disposal apparatus according to claim 1, comprising: (5). 3. The separation device has a filter (24) between a cylindrical container (23) and an outer cylindrical container (22), and drains garbage-free wastewater from the cylindrical container (23) and the outer cylindrical container. The connection portion (41) has an inlet of a drain pipe (26) for draining along the outside of the lower cylindrical container (31) coaxially rotating at the lower surface of the connection portion (41) with the container (22), and has a cylindrical container. The garbage disposal apparatus according to claim 1 or 2, further comprising a joint (29) for introducing wastewater containing garbage from the (23) to the dewatering / storage device (3). 4. A dehydrating / storing device having a lower cylindrical container (31) in the device, and a turntable (rotating coaxially with the lower cylindrical container (31) below the lower cylindrical container (31)). 3
4), the garbage storage container (33) is detachable from the side of the lower cylindrical container (31), and the lower cylindrical container (3)
The lower cylindrical container (31) can be stored and fixed in 1).
The garbage in the garbage storage container (33) is centrifugally dewatered by the coaxial rotation of the rotating disk (34) and the garbage in the garbage storage container (33). A lower cylindrical container (31) provided on the lower surface of the turntable via a drain (26) coaxially rotatable with the lower cylindrical container (31) through a channel (51) and drainage free of garbage; It is guided to a drainage pool (38) that can rotate coaxially with it and discharged to the outside through a drainage port (37).
A storage case (2) which has a fixed cylindrical container (25) for safety protection on the outside of 1) and further stores these on the outside thereof.
The garbage disposal apparatus according to any one of claims 1 to 3, further comprising (8). 5. A garbage storage container (33) installed in a lower cylindrical container (31), and a drain hole (54) for drainage and water pass through the garbage storage container (33). 2. A garbage dewatering device having a filter (47) and a container drainage channel (56), wherein the garbage can be dewatered by rotating coaxially with the lower cylindrical container (31). The garbage disposal apparatus according to any one of claims 1 to 4. 6. When the garbage storage containers (33) are stacked vertically, the center point setting portion (50) of the lower storage container is aligned with the center point setting axis (55) of the upper storage container. A plurality of storage containers can be stacked vertically, and the side pressure of the storage container (4
The garbage disposal apparatus according to any one of claims 1 to 5, wherein 3) has a structure that spreads outward, and can be carried in a folded state before use. 7. A garbage container (33) installed in a lower cylindrical container (31) has a cardboard container drainage channel (56) inside four corners, and inside the container drainage channel (56). Hole (5
7) Filter that can be opened and only drainage can be passed through (5)
8) The garbage can be dewatered by rotating coaxially with the lower cylindrical container (31). Garbage processing equipment. 8. A storage container (3) comprising: a lower cylindrical container (31);
3) An internal volume sensing device (45) for sensing the pressure applied to the side portion (43) of the storage container when the amount of garbage in the container reaches a certain level or more. Item 9. The garbage disposal device according to any one of items 7.