JPH04292303A - Garbage conveying device - Google Patents

Abstract

PURPOSE:To achieve clean and efficient garbage collection and perform smooth carry-in and carry-out in a system in which a container containing garbage is conveyed to a garbage disposal site. CONSTITUTION:Containers for general garbage, bottle, and can, 1, 2, 3 are installed at each floor. An elevator 4 which carries in and out these containers 1, 2, 3 is installed. Container storage shelves 31, 32 Which have storage sections 37, 38 in which the containers for bottle and can, 2, 3 are stored are installed at a garbage collection site 35. In the storage sections 37, 38, shelves 36, 51 which have roller conveyors 42, 54 are formed in multi-steps. General garbage is stored in a garbage storage drum 33 which has an inversion device 59. Containers for bottle and can which contain bottles and cans, respectively, 2a, 3a which are conveyed to the garbage collection site 35 are stored on the container storage shelves 31, 32 until the time of collection exchanged with empty containers 2b, 3b, and carried in by the elevator 4.

Description

[Detailed description of the invention]

0001

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for transporting waste by loading and unloading a waste container containing separated waste using an elevator.

0002

[Prior Art] Conventionally, in buildings such as high-rise residential buildings and business buildings, in order to collect garbage generated on each floor,
It was either carried using the existing elevator or thrown directly into the dust chute. As a result, there have been problems such as the inside of the elevator and the dust chute becoming dirty with sewage and producing an odor, or the noise caused by the introduction of garbage into the dust chute.

[0003] In response to these problems, the present applicant has developed a system in which trash containers are placed on each floor to stock trash, and this is automatically carried in and out using an elevator. No. 2-125098, etc.). This garbage conveyance system achieves clean and efficient garbage collection.

0004

[Problems to be Solved by the Invention] However, in the above proposal, a full garbage container is carried into a garbage collection place installed in the basement of a building, etc., and the container is emptied into a storage drum.
Empty garbage containers are transported back to each floor by elevator, and the garbage in storage drums is transported to a public garbage disposal site by truck or the like.

[0005] However, in recent years, high-rise apartment buildings have adopted a system in which recycled garbage (empty cans, glass bottles, etc.) is stored in containers designated by the local government, and the containers are transported to a garbage disposal site. There are cases.

[0006] In such a case, collection by a storage drum is not possible, and if the garbage containers are simply lined up at the garbage collection site until collection, a large space will be required. Furthermore, it takes time to load and unload containers into and out of elevators at garbage collection sites, which undermines the basic feature of this system, which is the ability to dispose of garbage at any time.

[0007] Furthermore, in the above proposal, the garbage container is taken in and out using a transfer fork provided in the elevator, but the designated container is not structured to engage with this transfer fork, and It cannot be handled together with a garbage container that has an engaging part.

SUMMARY OF THE INVENTION In view of the above circumstances, the present invention provides a garbage conveying device that achieves clean and efficient garbage collection and can smoothly transfer garbage containers in a system that transports the entire container to a garbage disposal site. It was specially designed.

[0009]

[Means for Solving the Problems] The present invention provides a garbage transport system that includes a garbage container installed on each floor of a high-rise building, etc., and an elevator for carrying the garbage container to a garbage collection site and carrying in an empty container. The device includes a container storage shelf that is provided at a garbage collection site and has a storage section that stores full containers and empty containers, respectively, and a transfer mechanism that sequentially transfers the containers between this storage section and a delivery port that communicates with an elevator. It is prepared.

[0010] The present invention also provides a plurality of garbage containers installed on each floor of a high-rise building etc. for storing general garbage and recyclable garbage separately, and a container for transporting the garbage containers to a garbage collection site and carrying in empty containers. In a garbage transport device having an elevator, a storage section is provided at a garbage collection site and stores full containers and empty containers for recycled garbage, respectively, and the containers are sequentially transferred between the storage section and a delivery port connected to the elevator. A container storage shelf having a transfer mechanism, a garbage storage drum having an inversion device for inverting a full container containing general garbage and receiving and storing the garbage, an elevator, a delivery port of the container storage shelf, and a garbage storage drum. and a container transfer means for appropriately transferring the garbage container between the reversing device and the reversing device. The garbage container is removably attached to a general garbage container that has an integral engaging part that engages with the transfer fork provided in the elevator, and a pedestal that is formed in the same manner as the engaging part. It may also consist of a container for recycled waste placed on the container.

[0011]

[Operation] With the above structure, the elevator transports the loaded containers on each floor to the garbage collection site. The container storage shelf is
The loaded containers are sequentially sent to the storage section from the delivery port by the transfer mechanism and stored therein. Also, empty containers are taken out from the storage section via the delivery port, and the elevator receives the empty containers and carries them to each floor.

[0012] Furthermore, with the above-mentioned configuration having a plurality of garbage containers, the elevator transports the general garbage container and the recycled garbage container to the garbage collection site. The container transfer means transfers the general garbage container to the reversing device and the recycled garbage container to the delivery port. The reversing device reverses the garbage container and throws general garbage into the garbage storage drum. The garbage storage drum stores this garbage until it is collected. The container storage shelf uses a transfer mechanism to send the garbage containers that have been transferred to the delivery port to the storage section for storage, and also takes out empty containers from the storage section via the delivery port. The transfer means transfers the inverted and empty garbage container and the empty container taken out from the container storage shelf to the elevator and carries them to each floor.

[0013] With the above structure in which the garbage container includes a recycled garbage container placed on a pedestal, the transfer fork can transfer the recycled garbage container between each floor and the elevator in the same way as the general garbage container. At the same time, the container is transferred between the container transport means at the garbage collection site and the elevator.
Stores in container storage shelves and takes in and out of containers.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Examples of the present invention will be described below with reference to the accompanying drawings. In this embodiment, a case is shown in which the present invention is applied to a system that automatically collects garbage including general garbage using a container for recycled garbage provided by a local government (city).

First, referring to FIGS. 4 to 6, three garbage containers 1, 2, and 3, which are an embodiment of the garbage conveying device according to the present invention, and an elevator 4 for carrying in and out the garbage containers 1...3 are shown. Explain. This elevator 4 is equipped with a transfer fork 5 so that the garbage containers 1...3 can be taken in and out of the elevator 4.

The garbage containers 1...3 are arranged in a line in a garbage input room 6 provided on each floor of a high-rise condominium, etc., and in this embodiment, they are placed in order for general garbage (combustible garbage, non-combustible garbage, etc.). 1. Bins 2 for recycled garbage and 3 for cans are arranged to accommodate three types of garbage.

The general garbage container 1 is a generally cubic box with an open upper part over the entire surface, and a fork insertion part 28 that serves as an engagement part for the transfer fork 5 is defined at the bottom of the box. Two parallel leg stands 7 are integrally formed.

The bottle container 2 is a standard product provided by the local government (city), and consists of a box that is about half the height of the general garbage container 1, and is designed to accommodate bottles lined up in a single layer. ing. Furthermore, the can container 3 is a box that is one size smaller, and like the bottle container 2, it is a standard product provided by the local government. These bottle and can containers 2 and 3 are removably placed on pedestals 8 and 9 formed with fork insertion portions 28 similar to the leg pedestals 7, respectively. A guide 10 is attached to the upper surface of the pedestals 8, 9 to prevent the containers 2, 3 from coming off the pedestals 8, 9 during movement or the like.

The elevator 4 is provided in a hoistway 11 divided adjacent to the garbage input chamber 6, and includes a cage 12 for mounting the garbage containers 1...3 and a wire 13 for moving the cage 12 up and down. By appropriately winding and unwinding this wire 13 with a winding machine (not shown), the cage 12 is raised and lowered while being stopped at each floor. Further, a container entrance 15 is formed in the partition wall 14 separating the hoistway 11 and the garbage input chamber 6, and a container entrance 15 is formed through which the garbage containers 1...3 are taken in and taken out.
Opening/closing door 16 that slides in synchronization with the lifting/lowering/stopping operation of
is provided. The cage 12 of this embodiment has an opening not only on the side of the garbage input chamber 6 but also on the opposite side thereof, so that empty garbage containers 1 to 3 can be received at a garbage collection site to be described later.

The transfer fork 5 consists of a fixed piece 17 fixed to the bottom surface of the cage 12, and a first movable piece 18 and a second movable piece 19 that are supported by the fixed piece 17 so as to be freely retractable and slide against each other. The second movable piece 19 on the tip side moves the garbage container 1...
3. A motor 20 provided at the lower part of the cage 12 operates a chain (not shown) and a sprocket 21 which are appropriately stretched between the fixed piece 17 and the movable pieces 18 and 19, so that the movable piece 1
8 and 19 toward the garbage input chamber 6 side, insert their tips into the fork insertion portion 6 of the container (general garbage container 1 in the illustrated example) at the end of the alignment position, and transfer this into the cage 12. It is designed to be posted.

[0021] A roller conveyor 22 is provided at the alignment position of the garbage containers 1...3 for moving the garbage containers 1...3 along the alignment position, and when carrying out the garbage containers 2, 3 for bottles and cans. The containers are sequentially fed to the entrance/exit 15, and when empty containers are brought to the entrance/exit 15, they are packed in reverse and arranged in a predetermined position.

[0022] Also, the garbage input chamber 6 has garbage containers 1...3.
The garbage container side and the user access side are partitioned by a panel 23 that is slightly higher than the garbage container side, and a lid plate 24 that covers the opening of each garbage container 1...3 is attached to the upper end of the panel 23 at an appropriate interval. It is set freely. This cover plate 24 can be opened and closed by a cylinder 26 attached to a side wall 25 that partitions the garbage input chamber 6, and can be opened and closed by a switch or key operation on an operation panel 27 provided on the panel 23. It can be unfolded and garbage can be thrown in.

Next, referring to FIGS. 1 to 3, two container storage shelves 31 and 32 constituting the garbage conveying device of this embodiment are shown.
, a garbage storage drum 33 attached to the container storage shelves 31 and 32, and a container transfer means 34 provided between the elevator 4 and the container storage shelves 31 and 32 and the garbage storage drum 33.

The container storage shelves 31 and 32 are provided in a garbage collection area 35 divided underground of a high-rise apartment building, and are arranged side by side as a container 32 for bottles and a container 31 for cans, which have almost the same configuration.

As shown in FIG. 3, the can container storage shelf 31 has five stages of shelves 36 on which the can containers 3 can be placed in a row, and the lower three stages are storage shelves for storing the filled containers 3a. The upper two stages of the section 37 are formed as storage sections 38 for empty containers 3b. Both ends of these shelves 36 are open, and one of the open ends is connected to the delivery port 39 on the side of the elevator 4, and the other end is connected to the exit 40 of the garbage collection area 35 (passageway to the ground).
The delivery port 41 faces the Each shelf 36 is provided with a roller conveyor 42 serving as a transfer mechanism, so that the garbage containers 3 on the shelves 36 can be appropriately transferred in the longitudinal direction thereof. In other words, the storage section 3 of the fruit-filled container 3a
7, the garbage containers 3a that have entered the elevator-side delivery port 39 are sequentially packed to the back (to the delivery port 41 on the opposite side) and stored, and when the container collection vehicle 43 comes to collect the garbage, , and are sequentially transferred to the delivery port 41 and output from the warehouse. In addition, the storage section 3 of the empty container 3b
8, the empty container 3b carried by the container collection vehicle 43 is transferred to the back from the delivery port 41 and stored, and the empty container 3b is loaded onto the elevator 4 which has finished delivering the full container 3a. , its delivery port 3
9 to be delivered.

[0026] In both delivery ports 39 and 41, each shelf 3
6 and the delivery table 4 formed below the delivery ports 39, 41.
A container lifter 46 for moving the container 3 between the containers 4 and 45 is provided, respectively. This container lifter 46 includes a guide rod 47 erected on delivery tables 44 and 45, a moving body 48 that moves up and down along the guide rod 47, and a gripping arm 49 that grips the garbage container 3.
and a slide frame 50 formed to be able to advance from the moving body 48 to the delivery ports 39, 41. For example, when storing the container 3a filled with fruit, after the gripping arm 49 grips the can container 3a on the delivery table 44, the movable body 48 rises to release the can container 3a from the pedestal 9 and remove it from the empty shelf 36. (In the illustrated example, the third shelf from the bottom) is moved to the delivery port 39, and the storage section 37 is moved by advancing the slide frame
It is designed to be placed on the end of the

The bottle container storage shelf 32 is similar to the can container storage shelf 31 except that each shelf 51 is formed slightly wide so that the bottle container 2 can be placed thereon. , 53, a roller conveyor 54, and a container lifter 55 are provided, and the bin containers 2a, 2b are stored and taken in and out.

[0028] The garbage storage drum 33 is connected to the container storage shelf 3.
It consists of a cylindrical container extending parallel to 1 and 32, with an input port 56 formed at the axial end for receiving general garbage, and an outlet port 56 for loading the garbage to a garbage truck 57 on the opposite side. An outlet 58 is formed. The garbage storage drum 33 of this embodiment is disposed at a location closest to the elevator 4, with its input port 56 directly facing the underground stop position of the elevator 4. The input port 56 is equipped with a reversing device 59 for reversing the general garbage container (full) 1a.
The garbage inside the container 1a can be thrown into an input port 56. Further, the discharge port 58 is provided with a shutter 60 that is opened only when discharging garbage. A dust feeding mechanism (not shown) is provided inside the drum.
At the time of loading, garbage is sequentially packed into the discharge port 58 side, and at the time of unloading, it is sent out in appropriate amounts one by one to the collection vehicle 57.

[0029] The container transfer means 34 is located at the garbage collection site 3.
Container storage shelf 31 from elevator 4 stopped at basement 5
, 32 container lifters 46, 55 and the reversing device 59 of the garbage storage drum 33, three systems of transfer paths 61, 62, 63 are extended in a closed loop, and transfer paths 61...63.
A roller conveyor 64 is formed to move the garbage containers 1...3 along the conveyor belt.

First transfer path 61 to garbage storage drum 33
is an unloading platform 65 provided on the container unloading side of the elevator 4.
It extends from to the reversing device 59, and is further bent as appropriate so as to detour to a loading platform 66 provided on the container loading side of the elevator 4. The second and third transfer paths 62 and 63 to the container storage shelves 31 and 32 head to the respective container lifters 46 and 55 along the same route from the unloading platform 65,
From these positions, each direction is changed to take a detour to the opposite side of the first transfer path 61, and then they merge again and move to the loading platform 66.
It is designed to reach. The roller conveyor 64 is formed to be able to appropriately transfer in at least two directions at positions where the paths of the loading/unloading tables 65, 66 or the container lifters 46, 55 diverge.

That is, the roller conveyor 64
According to instructions from a general control unit (not shown) installed to appropriately distribute the garbage containers 1 to 3 according to the order in which they are unloaded, the full general garbage container 1a is transferred to the reversing device 59, and the recycled garbage container 2a is transferred to the recycling device 59. , 3a are appropriately transferred to the respective container lifters 46, 55 (indicated by black arrows a in the figure), and each empty container 1b, 2
b and 3b are transferred to a loading table 66 (indicated by an outline arrow b in the figure) and loaded into the cage 12 in a predetermined order. Note that the transfer fork 5 and the roller conveyor 64 cooperate to take out and take out the garbage containers 1 to 3 from the cage 12.

In addition, a conveyor table 65 similar to the container transport means 34 is provided at the delivery ports 41 and 53 of the container storage shelves 31 and 32 on the garbage collection place exit 40 side, and a conveyor table 65 similar to the container transport means 34 is provided to collect the containers transported by the container collection vehicle 43. empty container 2b, 3
b to the container lifters 46, 55, and the loaded containers 2a, 3a are loaded onto the container collection vehicle 43.

The reversing device 59 of this embodiment will now be explained with reference to FIG.

This reversing device consists of two parallel guide rails 71 and 72 that stand up on the transfer path 61, a holding frame 73 that holds the garbage container 1a, and both guide rails 7.
a link mechanism 74 for movably engaging with 1 and 72 and converting the holding frame 73 into an appropriate posture; and a link mechanism 7
4 along guide rails 71, 72.

One of the guide rails 71 has its upper end bent toward the dirt storage drum 33 side, so that when the elevated link mechanism 74 engages this upper end, the holding frame 73 is tilted. That is, as shown by the two-dot chain line in the figure, by lifting the garbage container 1a and directing the upper part of the opening toward the input port 56, the stored garbage is thrown into the storage drum 33. The transfer path 61 is also provided with a fork (not shown) for engaging or disengaging the garbage container 1a from the holding frame 73.

Next, the operation of this embodiment will be explained.

[0037] Garbage containers 1 filled with fruit on each floor at scheduled times, etc.
Carry out a, 2a, 3a and empty containers 1b, 2b, 3b
When transporting the container to a predetermined position, the cage 12 rises and stops at the container alignment position on each floor, and the transfer fork 5 is expanded and contracted appropriately to first load the general garbage container 1a at the entrance/exit 15, Garbage collection area 3 in the basement
Lower it to 5. When the cage 12 reaches the basement, the garbage container 1a is transferred onto a carry-out table 65 and further sent along the first transfer path 61 to the reversing device 59 by the roller conveyor 64. The reversing device 59 raises and reverses the garbage container 1a, and throws the general garbage contained therein into the garbage storage drum 33. The garbage storage drum 33 temporarily stores garbage, and when the garbage truck 57 arrives, it is sequentially discharged and loaded. Garbage container 1 that has been turned over and emptied again
b is sent to the carry-in table 66 along the first transfer path 61.

In the meantime, the cage 12 returns to the corresponding floor, and the bottle container 2 that was being conveyed sequentially on the roller conveyor 22
A is loaded and similarly transported to the loading table 65. This garbage container 2a is sent to the container lifter 55 of the bottle container storage shelf 32 along the second transfer path 62. The container lifter 55 separates the garbage container 2a from the pedestal 8, lifts it up to the delivery port 52 of the empty container storage section 37, and places it on the shelf 51. The placed garbage containers 2a are sequentially fed along the shelves 51 by a roller conveyor 54 and temporarily stored. Thereafter, the container lifter 55 ascends to receive the empty container 2b from the delivery port 52 of the empty container storage section 38, and descends to seat it on the pedestal 8 waiting on the delivery table 44. In this state, the empty container 2b is sent to the carry-in table 66 along the second transfer path 62.

During the transfer, the cage 12 returns to the relevant floor, lowers the can container 3a to the carry-in table 65 in the same way, and lifts the can container 3a to the storage shelf 31 using the third transfer path 63 and the container lifter 46. Department 37 to keep it. Further, the empty container 3b is seated on the pedestal 9 and directed to the loading table 66 via the third transfer path 63.

The elevator 4 sequentially receives the empty can container 3b, the bottle container 2b, and the general garbage container 1b from the carry-in table 66, carries each of them to the corresponding floor, and sets them at a predetermined position.

When the container collection vehicle 43 arrives, the container collection vehicle 43 is first stored on the container storage shelves 31 and 32.
The empty containers 2b and 3b carried by the operator are lowered onto the conveyor table 65, and the container lifters 46 and 55 sequentially pass the empty containers 2b and 3b through the delivery ports 41 and 53 to the storage section 3 for empty containers.
Store it in 8. Once all the empty containers 2b and 3b have been stocked, the full containers 2a and 3a are transferred to the delivery port 41,
53, the container lifters 46 and 55 sequentially remove the containers from the warehouse and load them onto the container collection vehicle 43. This container collection vehicle 43 transports the bottles and cans housed in the garbage containers 2 and 3 to a garbage processing plant (recycling factory).

[0042] In this way, the containers 1...3 for general garbage, bottles, and cans installed on each floor, the elevator 4 for loading and unloading these garbage containers 1...3, and the containers 2, 3 for bottles and cans are installed on each floor. Container storage shelves 31 and 32 have storage sections 37 and 38 and roller conveyors 42 for storing general garbage, and a garbage storage drum 33 has a reversing device 59 and stores general garbage.
and the container transfer means 34 provided between the elevator 4, the delivery ports 39, 52, and the reversing device 59, so that in a system for transporting bottles and cans together with standard containers to a garbage disposal site, it is possible to separate them from general garbage. Similarly, bottles and cans, which are garbage for recycling, can be collected and processed cleanly and efficiently, and the garbage containers 2 and 3 can be carried in and out extremely smoothly, minimizing the time when garbage cannot be thrown away. can. In other words, the basic feature of this system, which is the ability to dispose of trash at any time, can be fully utilized. Furthermore, the delivery to the container collection vehicle 43 can be made extremely smoothly, achieving complete automation of garbage collection.

[0043] Container storage shelves 31, 3 of this embodiment
2 has a three-dimensional structure in which the storage parts 37 and 38 are composed of multi-tiered shelves 36 and 51, so that no extra space is taken up in the garbage collection area 35, and it is extremely practical and versatile.

Furthermore, since the bottle and can containers 2 and 3 are removably placed on the pedestals 8 and 9, the transfer fork 5
This allows for easy loading and unloading into and out of the elevator 4 in the same way as the general garbage container 1. That is, the garbage containers 1 to 3 can be carried in and out even more smoothly and quickly.

Furthermore, the present invention is not limited to the case where three types of garbage are collected by three garbage containers as illustrated,
It can be applied to various collection systems with different types of garbage, combinations of collection methods, etc. For example, if the system is to be applied to a small-scale system in which only one type of recycled waste is collected in standard containers, the elevator and container storage shelf can be directly connected, the container transfer means and container lifter can be omitted, and the elevator can be installed in multiple stages. It is also possible to transfer full containers and empty containers by moving the container up and down along the transfer port of the storage section.

[0046] Even if the system collects general waste by further separating it (combustible waste, non-combustible waste, etc.) in addition to recycled waste, it can be effectively applied by increasing the number of waste storage drums accordingly. It is something.

Note that the container storage shelf 3 shown in the above embodiment
The shapes of 1 and 32, the configurations of the reversing device 59, the container lifter 46, etc. are not limited to the illustrated example, and may be changed depending on the scale of garbage collection and installation conditions.

[0048]

[Effects of the Invention] In summary, according to the present invention, the following excellent effects are achieved.

(1) According to the configuration described in claim 1, it is possible to cleanly and efficiently collect and process garbage such as recycled garbage that is collected together with the container, and it is also possible to carry out and carry in the garbage container extremely smoothly.

(2) According to the configuration of claim 2, in a system for processing general waste and recycled waste collected in containers, both types of waste can be collected and processed cleanly and efficiently regardless of the collection form; It is possible to carry out and carry in the garbage container extremely smoothly.

(3) According to the structure of claim 3, when transferring a recycled garbage container to an elevator, it can be handled with a transfer fork in the same way as a general garbage container, and the garbage container can be handled even more easily. Loading and unloading can be carried out in a short time.

[Brief explanation of the drawing]

FIG. 1 is a plan view showing an embodiment of a garbage conveying device according to the present invention.

FIG. 2 is a sectional view taken along the line A-A in FIG. 1;

FIG. 3 is a sectional view taken along line BB in FIG. 1;

FIG. 4 is a plan view showing an elevator and a garbage container in an embodiment of the present invention.

FIG. 5 is a sectional view taken along the line CC in FIG. 4;

6 is a sectional view taken along the line DD in FIG. 4. FIG.

FIG. 7 is a side view of the reversing device of FIG. 2;

[Explanation of symbols]

1 Container for general garbage 2 Container for bottles (container for recycled garbage) 3 Container for cans (container for recycled garbage) 1a, 2a, 3a
Full containers 1b, 2b, 3b Empty container 4 Elevator 5 Transfer forks 8, 9 Pedestal 28 Fork insertion part (engaging part) 31 Can container storage shelf 32 Bottle container storage shelf 33 Garbage storage drum 34 Container transfer means 35 Garbage Accumulation location 37 Full container storage section 38 Empty container storage section 39, 52 Delivery port (connects to elevator) 42
Roller conveyor (transfer mechanism) 59 Reversing device

Claims (3)

[Claims] Claim 1: A garbage transport device comprising a garbage container installed on each floor of a high-rise building, etc., and an elevator for transporting the garbage container to the garbage collection site and carrying in an empty container. established,
The present invention is characterized by comprising a storage section for storing the full containers and the empty containers, respectively, and a container storage shelf having a transfer mechanism for sequentially transferring the containers between the storage section and a delivery port communicating with the elevator. Garbage conveyance device. 2. A plurality of garbage containers installed on each floor of a high-rise building or the like to separate and store general garbage and recycled garbage, and an elevator for carrying the garbage containers to a garbage collection site and carrying in empty containers. A garbage conveying device having a storage section provided at the garbage collection site and storing a full container for recycled garbage and an empty container, respectively, and sequentially transporting the containers between the storage section and a delivery port connected to the elevator. a container storage shelf having a transfer mechanism, a garbage storage drum having an inverting device for inverting a full container containing the general garbage, and receiving and storing the garbage; a delivery port between the elevator and the container storage shelf; and a container transfer means for appropriately transferring the garbage container between the garbage storage drum reversing device and the garbage storage drum reversing device. 3. The garbage container is a general garbage container that integrally has an engaging portion that is engaged to be transferred by a transfer fork provided in the elevator, and the garbage container is formed similarly to the engaging portion. 3. The garbage conveying device according to claim 2, further comprising a recycled garbage container that is removably placed on a pedestal.