JPH0627714U - Dust disposal device - Google Patents

Abstract

(57) [Abstract] [Purpose] To provide a dust-disposal device that quickly and efficiently carries out a full container and an empty container. In a dust disposal apparatus including a compactor 1 and a container transfer device 5, the container transfer device 5 includes a first storage table 6 for storing at least one open container A.
And a second for storing at least two hermetically sealed containers A
The storage stand 7 is arranged on the rail 52 laid on the base 51, and the first storage stand 6 and the first storage stand 6 are moved by the moving devices 61 and 73 provided on the first storage stand 6 and the second storage stand 7, respectively. The two storage bases 7 and 7 are configured to move individually.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a dust disposal device.

[0002]

[Prior art]

 Conventionally, this type of dust disposal device includes a compactor for supplying dust to a container, and a container transfer device provided in front of the discharge port of the compactor for storing a plurality of containers and transferring the containers. The container transfer device is equipped with a slat conveyor that operates in a direction orthogonal to the dust discharge direction of the compactor.The slat conveyor is driven after the wheels provided at the bottom of the container are placed on this slat conveyor. By doing so, multiple containers were transferred.

[0003]

[Problems to be solved by the device]

 However, in the above-mentioned conventional dust disposal device, when the slat conveyor is driven, all the containers arranged on this slat conveyor are transferred, so that the containers that are not desired to be moved can be moved efficiently in order to replace them. In some cases, it is necessary to unload the container from the slat conveyor, which requires a device for unloading it, and it takes time and effort to unload and return it to the slat conveyor, resulting in poor work efficiency. There was a problem.

[0004]

[Means for Solving the Problems]

 The dust disposal device of the present invention comprises a compactor for supplying dust to a container and a container transfer device provided in front of the discharge port of the compactor for storing a plurality of containers and transferring these containers. In the processing device, the container transfer device includes a first storage table for storing at least one open container and a second storage table for storing at least two closed containers on a base. The first storage base and the second storage base are individually moved by a moving device provided on each of the first storage base and the second storage base. It is a thing.

[0005]

[Action]

 By transferring the first storage table and the second storage table individually and carrying in and out the container between the first storage table and the second storage table and the container transport vehicle, the full container can be carried out and emptied. Carry in containers quickly and efficiently.

[0006]

【Example】

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

FIG. 1 shows a dust disposal apparatus according to the present invention.

In FIG. 1, reference numeral 1 is a compactor arranged at a predetermined position. A hopper 2 for storing dust is provided above the compactor 1, and the compactor 1 compresses the dust thrown into the hopper 2 by an appropriate dust throwing device 3 to form a discharge side front surface. From the 11th side, the container A arranged in front of this is packed.

In front of the front side surface 11 of the compactor 1, there is provided a container transfer device 5 that stores a plurality of containers A and transfers these containers A efficiently.

The container transfer device 5 includes a first storage table 6 that can store one container A and a second storage table 7 that can store two containers A.

The first storage table 6 is movably arranged along a rail 52 laid on the base 51, and moves on the rail 52 by the expansion and contraction operation of the expansion cylinder 61.

A so-called open container having an open upper surface is placed on the first storage table 6, and, for example, incombustible dust is charged into the open container from the adjacent charging step 8 and stored therein.

The second storage stand 7 is a series of two storage stands 71, 72 each storing one container A, and moves along the rail 52 in the same manner as the first storage stand 6. It is arranged freely and moves on the rail 52 by the expansion and contraction operation of the expansion and contraction cylinder 73.

A closed type so-called closed container is mounted on each of the storage stands 71, 72 of the second storage stand 7, and the compactor 1 packs dust while compressing it.

Further, guide rails 62, 74 for guiding the container A at the time of carrying in and out the container A are laid on the upper surfaces of the storage stands 71, 72 of the first storage stand 6 and the second storage stand 7. .

In front of the container transfer device 5, a container loading / unloading path for loading / unloading the container A is formed between the container transport vehicle C and the first storage base 6 and the second storage base 7 of the container transfer device 5. Has been done.

Two carry-in / carry-out paths 91, 92 are set in the container carry-in / carry-out path, and these carry-in / carry-out paths 91, 92 have a container carrier vehicle C parked in the carry-in / carry-out paths 91, 92, respectively. At this time, the container-carrying vehicles C are set so as to partially overlap each other. Therefore, two container carrier vehicles C cannot be parked at one time in the container carry-in / carry-out path, and when carrying in / out container A, container carrier car C is parked in either of carry-in / carry-out paths 91 and 92. I will let you.

Here, the center of the carry-in / out path 92, that is, the center of the container carrier C parked on the carry-in / out path 92 is the center of the container A on the storage stand 71 connected to the compactor 1. Is set at a position offset by a distance L from.

Further, the center of the carry-in / out path 91 is set so that the center of the container A on the storage stand 71 coincides when the container A on the storage stand 72 is connected to the compactor 1. ing.

Next, the operation of the dust-disposal device thus configured will be described.

First, when the container A on the first storage table 6 is carried in and out, the first storage table 6 is transferred by the expansion / contraction cylinder 61, and the center of the first storage table 6 (on the first storage table 6) is transferred. If the container A is stored in the container A, the container A will be the center of the container A) and the container A will be placed at a position that matches the center of the carry-in / carry-out path 91, and the container C will be parked in the carry-in / carry-out path 91. Then, the container A is carried in and out.

Next, a case where two containers A stored in the second storage table 7 are carried in and out will be described.

First, when the container A of the storage table 71 of the second storage table 7 is carried in and out, the container carrier vehicle C is parked in the carry-in / carry-out path 91 and the second storage table 7 is operated by the operation of the telescopic cylinder 73. Is arranged at a position where the container A on the storage stand 72 is connected to the compactor 1. As a result, the center of the container A on the storage table 71 is arranged at a position that coincides with the center of the container carrier vehicle C parked in the carry-in / carry-out path 91, and the container A is carried out with the container carrier vehicle C. Turn on.

Further, when carrying in and out the container A of the storage table 72 of the second storage table 7, the container carrier vehicle C is parked in the carry-in / out path 92, and the container A on the storage table 72 is moved as described above. The container A on the storage stand 72 is placed at a position where the center of the container A coincides with the center of the carry-in / out passage 92 by transferring the distance L by the telescopic cylinder 73 from the state where the container transporter is connected to the compactor 1. Carry in and out of the container A with C.

By loading and unloading each container A in this manner, it is possible to quickly and efficiently carry out the full container and the empty container.

Further, the center of the carry-in / carry-out path 92 is offset from the center of the container A on the storage table 71 connected to the compactor 1 by a distance L to reduce the width of the carry-in / carry-out paths 91, 92. Therefore, it is safe to carry in and out the container carrier vehicle C with a margin for the gate width.

[0027]

[Effect of device]

 As described above, according to the present invention, it is possible to quickly and efficiently carry out a full container and an empty container when transporting a container, without the need for derailing as in the conventional case.

[Brief description of drawings]

FIG. 1 is a plan view showing a schematic configuration of a dust disposal apparatus according to the present invention.

[Explanation of symbols]

 1 Compactor 5 Container Transfer Device 51 Base 52 Rail 6 First Storage Table 61 Telescopic Cylinder (Transfer Device) 7 Second Storage Table 73 Telescopic Cylinder (Transfer Device)

Claims (1)

[Scope of utility model registration request] 1. A dust disposal apparatus comprising a compactor for supplying dust to a container and a container transfer device provided in front of an outlet of the compactor for storing a plurality of containers and transferring these containers, In the container transfer device, a first storage table for storing at least one open container and a second storage table for storing at least two closed containers are arranged on a rail laid on a base, A dust disposal device, characterized in that the first storage table and the second storage table are individually moved by means of moving devices provided on the first storage table and the second storage table, respectively.