JPH0640503A - Refuse container recovery device - Google Patents

Abstract

PURPOSE:To recover a refuse container according to the recovery frequency of refuses and improve the recovery efficiency of the refuse container. CONSTITUTION:A refuse container recovery device recovering multiple kinds of refuse containers 12 installed on a floor 11 via a cage 15 lifted or stopped along a hoistway 13 is constituted of three delivery ports 17-19 formed for delivering the refuse containers 12 so as to surround the cage 15 from three directions and a shift device 22 provided on the cage 15 for shifting the refuse containers 12 through the delivery ports 17-19.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a garbage container collecting device for collecting a plurality of kinds of garbage containers, and more particularly to a garbage container collecting device capable of improving the collecting efficiency of a garbage container.

[0002]

2. Description of the Related Art A dust container collecting device for automatically collecting dust generated on each floor of a building or the like by using a container has a structure as shown in FIG.

As shown, a floor 1 of an office building or the like
A hoistway 3 is formed for vertically transporting a plurality of types of garbage containers 2 installed in the car. The hoistway 3 is provided with a cage 5 that is balanced with a counterweight 4 and stops moving up and down on each floor 1. The cage 5 is provided with a transfer device 6 such as a roller conveyor for transferring the dust container 2. The hoistway 3 is formed with a delivery port 7 for delivering the garbage container 2 from the floor 1 to the cage 5,
The delivery port 7 is opened and closed by an opening / closing door 8.

A delivery conveyor 9 such as a roller conveyor is installed on the floor 1 near the delivery port 7, and the delivery conveyor 9 has a waste container 2A for combustibles, a waste container 2B for incombustibles and a waste container 2C for recycling. Is installed.

The collecting device thus constructed is sequentially delivered one by one from the waste container 2A for combustibles placed on the delivery conveyor 9 to the cage 5 and vertically conveyed via the cage 5. The vertically transported waste container 2 is transferred to a storage and discharge facility installed underground or the like, and is passed as an empty waste container again via the cage 5 to the delivery conveyor 9
Reprinted in. On the transfer conveyor 9, the recycling waste container 2C is first transferred, then the incombustible waste container 2B is transferred, and finally the combustible waste container 2A is transferred.

[0006]

[0006] By the way, there are two kinds of garbage such as combustibles that are collected every day and recycling such as recycled garbage that is collected every few days. The frequency is different.

Therefore, if all the garbage containers 2 arranged in series are collected, the garbage containers 2 having a low collection frequency are also collected, so that the collection time becomes long. That is, in order to collect the waste container 2C for recycling, the other waste container 2A for inflammable materials and the waste container 2B for incombustible material are also collected, and there is a problem that the collection efficiency of the waste container 2 becomes low.

The present invention was devised to effectively solve the above problems.

It is an object of the present invention to provide a dust container collecting device which makes it possible to collect a dust container according to the frequency of collecting dust and improve the collection efficiency of the dust container.

[0010]

SUMMARY OF THE INVENTION The present invention is a garbage container collecting apparatus for collecting a plurality of kinds of garbage containers installed on a floor via a cage that stops moving up and down along a hoistway, wherein the hoistway has The cage comprises three delivery ports formed so as to surround the cage in three directions to deliver the dust container, and a transfer device provided in the cage for transferring the dust container through the delivery ports. It is a thing.

[0011]

In this way, since three delivery ports are formed in the hoistway so as to surround the cage in three directions, it is possible to transfer a waste container to each delivery port according to the frequency of dust collection. The collection efficiency of can be improved.

[0012]

An embodiment of the present invention will be described in detail below with reference to the accompanying drawings.

As shown in FIG. 1, a hoistway 13 is formed to vertically convey a plurality of types of garbage containers 12 installed on a floor 11 of an office building or the like, and a counterweight 14 and a counterweight 14 are formed in the hoistway 13. A cage 15 that is balanced and stops moving up and down is provided on each floor 11.

In particular, the hoistway 13 is formed with three delivery ports 17 to 19 which are opened and closed by an opening / closing door 16 to deliver the waste container 12 between the cage 15 and each floor 11. 19 is a counter weight 1
3 so as to surround the cage 15 except for the elevating wall 21 facing 4
Is formed in the direction.

Further, the cage 15 has delivery ports 17-19.
Transfer device 2 for transferring the garbage container 12 through
2 is installed, and the transfer device 22 is composed of a rotary three-stage fork. For example, three fork pieces that are vertically stacked on the cage 15 and extend horizontally on the floor 11 so as to be extendable in the front-rear direction and left-right direction,
A rotary fork is configured by a drive motor that integrally rotates these fork pieces in the horizontal direction toward each of the delivery ports 17 to 19 or turns.

Therefore, each delivery port 1 is provided on the floor 11.
Different kinds of garbage containers 12 are installed every 7 to 19. For example, the waste container 1 for combustibles is provided at the delivery port 17.
2A is installed, the cage 15 is sandwiched, a waste container 12B for incombustibles is installed in the delivery port 18 on one side, and a waste container 12C for recycling is installed in the delivery port 19 on the other side.

Since the three delivery ports 17 to 19 are formed so as to surround the cage 15 in this manner, different types of waste containers 12 having different collection frequencies can be arranged for each of the delivery ports 17 to 19, and different types can be provided. The waste container 12 can be collected via the delivery ports 17 to 19 corresponding to the type. That is, it is possible to smoothly and efficiently collect an arbitrary combination of the daily collection garbage container and the temporary collection garbage container. Therefore, in the illustrated example, if the combustible waste container 12A is collected every day, the other waste containers 12B and 12C can be collected on any day, and the collection efficiency of the waste container 12 can be improved.

FIG. 2 shows an example in which five waste containers 12 (12A to 12E) are collected by utilizing the three delivery ports 17 to 19, and the cage 15 is used as in the above embodiment.
In the hoistway 13 that guides up and down, a delivery port 17 that is opened and closed by an opening / closing door 16 so as to surround the cage 15 from three directions.
19 is formed, and the cage 15 is provided with a transfer device 22 such as a roller conveyor that transfers the dust container 12 through the transfer ports 17 to 19.

A delivery conveyor 31, which is a roller conveyor for delivering the dust container 12 through the delivery ports 17 to 19, is installed on the floor 11. The delivery conveyor 31 is formed with delivery units 32 to 34 for delivering the garbage container 12 to the cage 15. That is,
A delivery conveyor 31 folded back in a U-shape is formed so as to cover the hoistway 13, and the delivery parts 32 to 34 are provided.
Stand-by units 41 and 42 for waiting the dust containers 12D and 12E are provided at the corners of the transfer conveyor 31 that connects the two, with the empty spaces 35 to 38 being separated from each other. The one standby unit 41 mounts the dust container 12D and transfers the dust container 12D to the transfer units 32 and 33. The other standby unit 42 also has an empty space 36,
The waste container 12E is separated by 38 and the transfer parts 32, 34
It is designed so that it can be transferred to.

Therefore, the garbage containers 12A to 12C
Is directly delivered to the cage 15 through the corresponding delivery ports 17 to 19 as shown by the arrow as in the above embodiment.
In order to collect the waste container 12D placed on the standby unit 41, the waste container 12D is delivered to the cage 15 after the collection of the one waste container 12A or the collection of the other waste container 12B. That is, the refuse container 12D on standby is delivered to the cage 15 via either one of the delivery parts 32 and 33 and collected. Similarly, the dust container 12E waiting on the other side is also collected via either one of the delivery parts 32 and 33 sandwiching the waste container 12E.

FIG. 3 shows an example in which seven waste containers 12 (12A to 12G) are collected using the three delivery ports 17 to 19, and the corners of the delivery conveyor 31 formed in a U-shape. 1st standby parts 41 and 42 are formed in the part, and the 1st standby parts 41 and 42 and the delivery part 3 are formed.
Second standby parts 43 and 44 are formed between the two. Both the dust containers 12F and 12G placed on the second standby parts 43 and 44 are delivered to the cage 15 via the delivery part 32.

[0022]

In summary, according to the present invention, since three delivery ports are formed so as to surround the cage in the hoistway, different kinds of dust containers are transferred to each delivery port according to the frequency of dust collection. It is possible to improve the collection efficiency of the garbage container.

[Brief description of drawings]

FIG. 1 is a plan view showing a garbage container collecting device of the present invention.

FIG. 2 is a plan view showing another embodiment of the garbage container collecting device of the present invention.

FIG. 3 is a plan view showing another embodiment of the garbage container collecting device of the present invention.

FIG. 4 is a plan view showing a conventional garbage container collecting device.

[Explanation of symbols]

 11 floor 12 garbage container 13 hoistway 15 cage 17-19 delivery port 22 transfer device

Claims (1)

[Claims] 1. A garbage container collection device for collecting a plurality of types of garbage containers installed on a floor via a cage that stops moving up and down along a hoistway, wherein the hoistway surrounds the cage from three directions. And a transfer device provided in the cage for transferring the waste container through each of the transfer ports. Recovery device.