JP2001278408A - Carrying truck for scrapping and scrapping plant using it - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a carrying truck for scrapping and a crapping plant using it which enable flexible construction of scrapping processes according to objects to be scrapped while cutting down cost required for scrapping objects to be scrapped. SOLUTION: The scrapping plant comprises a primary storage equipment 1 for storing objects to be scrapped 13 (or 14) such as collected home electric appliances, a scrapping equipment 2 for scrapping the objects 13 (or 14), a working table 43 used for placing and scrapping the objects to be scrapped 13 (or 14) which moves between pieces of a secondary storage equipment 3 for storing each scrapped part 15, plural carrying trucks 41 provided with a storage part 45 for separately storing each scrapped part 15, an information terminal 44 having communication and display functions and provided on each carrying truck 41, and a recycling control system where recycling information about the objects to be scrapped 13 (or 14) is registered beforehand and information about the objects to be scrapped 13 (or 14) stored in the primary storage equipment 1 and then placed on the carriage 41 is input, and which transmits the information about the objects to be scrapped 13 (or 14) to the information terminal 44 one after another according to recycling processes 34 which are based on the recycling information and displaying the recycling processes 34 at the same time.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dismantling carrier and a dismantling plant using the same, and more particularly to a dismantling and transporting plant.
The present invention relates to a transport trolley used for dismantling collected equipment and the like, and a dismantling processing plant using the same.

[0002]

2. Description of the Related Art Information equipment, OA equipment, and home electric appliances (hereinafter referred to as equipment) have been produced and manufactured in large quantities for many years.
In recent years, the use of personal computers, especially personal computers, has become widespread in general homes as the exchange of information via the Internet has become popular, and the number of personal computers produced (shipped) has increased rapidly. ing.

[0003] In the personal computer market, new products are appearing one after another due to rapid technological innovation, so that a new personal computer will become an old model several months later. That is, the personal computer is one of special products having a very short model life. For this reason, in the near future, it is expected that a larger amount of discarded personal computers will be generated than at present, and the disposal problem of discarded personal computers has been emphasized.

[0004] Improper processing of equipment causes a problem in that resources are lost and harmful substances contained in the equipment leak out to pollute the environment. For these problems, the burden on the environment is small,
At the same time, the realization of an advanced resource recycling society is called for.

[0005]

However, the equipment,
In particular, the current state of disposal of waste PCs is that, apart from renewing part of the product as it is and reusing it as second-hand goods,
It simply recycles materials such as aluminum and precious metals. In addition, dismantled PC parts (for example, various units) are discarded, except that some PC makers recycle and use them for maintenance of their products.

[0006] The following two main reasons can be cited as the reasons why the dismantled and recycled personal computer parts are not recycled.

Since discarded personal computers have been used by various users, their product states are not uniform, and since the use times are different, the remaining lives (remaining service times) of the parts vary widely. Yes, we do not know the market needs of each part. In other words, there is no established demolition / disposal standard that any part has high needs and is reused, and which part has low needs and is disposed of.

Since the dismantling cost is high, the unit price of each reproduced part is high. That is, since a large number of types of discarded personal computers are mixed, the disassembly procedure is also tailored to each model, which increases the disassembly cost. Here, if automation of the disassembly process is advanced in order to reduce the disassembly cost, the degree of freedom of the process change is reduced, and the ability to handle each model is reduced. In addition, it is difficult to memorize all the disassembly procedures different for each model. For example, even if one screw is taken as an example, a driver corresponding to a different screw type is different, and labor is required just to select an optimal driver for disassembly. For this reason, the dismantling processing ability largely depends on the skill and experience of the worker who performs the dismantling, and the time required for the dismantling by the worker varies.

SUMMARY OF THE INVENTION An object of the present invention, which has been devised in consideration of the above circumstances, is to provide a dismantling transport vehicle capable of flexibly constructing a disassembling process according to a dismantled object while suppressing dismantling costs of the dismantled object. To provide a dismantling processing plant.

[0010]

According to the present invention, there is provided a transporting vehicle for dismantling a dismantled object such as a discarded or collected device to a dismantling facility. A work table for mounting and dismantling the object to be dismantled on the cart body, an information terminal for displaying a recycling process such as a procedure for transporting and dismantling the object to be dismantled, and an object obtained by dismantling the object to be dismantled. A storage section for separately storing each component is provided.

[0011] According to the above configuration, the to-be-dismantled object is placed on the work table of the transporting vehicle, and the to-be-dismantled object is dismantled on the work table, so that the to-be-dismantled object is moved between the transporting vehicle and the dismantling table. It is possible to save the trouble of re-mounting between times.

Further, the work table may include a fixing means for fixing the object to be dismantled.

Further, the work table may include a movable mechanism for rotating the object to be dismantled vertically and horizontally on the work table.

Further, the bogie main body may further be provided with a positioning sensor for positioning the dismantling equipment and the bogie main body and a lock mechanism for fixing the bogie main body.

On the other hand, the dismantling treatment plant according to the present invention
Dismantling plant that stores and stores dismantled materials such as discarded and collected equipment in primary storage facilities, dismantles the dismantled materials in dismantling facilities, and stores and stores dismantled parts in secondary storage facilities. A plurality of storage units for moving between a primary storage facility, a dismantling facility, and a secondary storage facility, a workbench for mounting and disassembling an object to be dismantled, and a storage unit for separately storing each disassembled part. The transport trolley, the information terminal provided with the communication function and the display function provided on each transport trolley, and the disassembly procedure according to the type of the dismantled object and the recycling information such as the storage location of each part obtained by disassembly are registered in advance. Then, information on the demolition object stored and stored in the primary storage facility and placed on the transport trolley is input, and from the information on the demolition object, a transport place selection based on the recycling information, a demolition procedure, and a separate storage. Location selection It is obtained by a recycling control device for displaying these recycling steps with successively communicate with the information terminal in accordance with cycle steps.

According to the above configuration, the recycling control device sequentially displays the recycling process of the to-be-dismantled object on the information terminal of the transport trolley.
There is no need to refer to the disassembly procedure manual or search for a tool required for disassembly, thereby increasing dismantling efficiency.

Further, the dismantling equipment comprises a manual dismantling station for manual dismantling and an automatic dismantling station for automatic dismantling, and each carrier has a sensor for positioning when it arrives at these stations. The information terminal receives the type information of the dismantled object placed on the work table from the primary storage facility from the recycling control device, or after inputting the type information of the dismantled object on the information terminal and communicating with the recycling control device, After receiving the recycling process from the recycling control device, the transport trolley, based on the recycling process, transports the to-be-dismantled object to the designated station of the dismantling facility, and then, based on the sensor information, determines whether or not the vehicle has arrived at the station. And the end of disassembly are communicated to the recycling control device via the information terminal, and then separated and stored in the storage section. The parts that may be conveyed to each designated storage space of the secondary storage facility.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment of the present invention will be described below with reference to the accompanying drawings.

In order to realize and promote the recycling process of personal computers, especially the reuse of parts, it is difficult to solve the problem with the responsibility of the personal computer manufacturer alone. It is necessary to respond. Therefore, a recycling system that supports the reuse of parts in an information system has been proposed.

In this recycling system, a manufacturer, a distribution / collection company, a maintenance / service company, a disassembly company, and a reuse company mutually exchange necessary minimum information and manage the use history of each part. .

By utilizing this recycling system, a disintegrator can grasp needs, use history, and use time of each personal computer component.
Recycling process planning system (hereinafter, referred to as “recycling information”) that pre-registers all information related to recycling from the collection plan, recycling process plan, and sales plan performed by the recycling company to each type of personal computer Planning system).

FIG. 1 is a schematic plan view of a preferred embodiment of a demolition processing plant according to the present invention, and FIG. 2 is a flowchart of a preferred embodiment of a demolition processing plant using a recycling process planning system.

One preferred embodiment of the demolition processing plant according to the present invention, as shown in FIG.
A primary storage facility 1 for storing and storing personal computers (dismantled objects such as discarded / collected devices) 11 and a dismantling facility 2 for disassembling the personal computers 13 (or 14) of the used personal computers 11 whose parts are to be recycled. , A storage truck for storing and storing each disassembled part 15, and a transport trolley for moving between the primary storage facility 1, the dismantling facility 2, and the secondary storage facility 3 and transporting the personal computer 13 (or 14). 41 and a recycle control device (not shown).

As shown in FIGS. 1 and 4, the primary storage facility 1 includes a registration facility 1a for registering information (use history, use time, etc.) of the used personal computer 11, and a used personal computer 11 after registration. The apparatus further includes a sorting facility 1b for sorting the personal computers 12 to be recycled and the personal computers 13 and 14 to be recycled, and a supply line 1c for supplying the personal computers 13 (or 14) to the dismantling facility 2.

The dismantling equipment 2 is, as shown in FIGS.
A manual dismantling station (eight units are shown in FIG. 1) 4 for dismantling by a dismantling worker 9 and an automatic dismantling station (FIG. 1) for dismantling by an automatic machine 61 as shown in FIGS. In the manual dismantling station 4, a tool stand 4a is arranged, and various dismantling tools (not shown) are arranged on the tool stand 4a. I have.

As shown in FIGS. 1 and 7, the secondary storage facility 3 sorts the disassembled parts 15 into parts 16 for material recycling and parts 17 for part recycling. And selected parts for material recycling 1
A crushing / crushing facility (for example, a shredder or the like (not shown)) for crushing / crushing the material 6 to obtain the raw material 18 is further provided.

As shown in FIG. 3, the transport vehicle 41 has a work table 43 for mounting and disassembling the personal computer 13 (or 14) on the vehicle body 42, an information input function, a communication function with the recycle control device, And information terminal 4 having display function
4, and a storage part 45 for separately storing each disassembled part 15 obtained by disassembling the personal computer 13 (or 14).

As shown in FIG. 4, a claw-shaped projection (fixing means) 46 for fixing the personal computer 13 (or 14) is provided on the upper surface of the worktable 43. The worker 7 replaces the personal computer 13 (or 14) inside the box. The position of the projection 46 can be arbitrarily changed according to the shape of the personal computer 13 (or 14). In addition, the work of reloading the personal computer 13 (or 14) may be an automatic work by a reloading machine instead of the manual work by the worker 7.

The work table 43 has a movable mechanism (not shown), and the personal computer 13 (or 14) can be freely moved up and down and left and right (pitching, rolling, and (Yawing freely). Thereby, the dismantling workability of the worker 9 shown in FIG. 5 can be improved.

Further, the information terminal 44 may be fixedly provided on the carriage body 42, but is preferably provided rotatably and tiltably with respect to the carriage body 42. Thereby, when the worker 9 shown in FIG. 5 looks at (or operates) the information terminal 44, the visibility (or operability) thereof can be improved.

Further, as shown in FIG.
A shelf or partition is directly formed on the bogie main body 42, and the disassembled parts 15 are directly stored in the shelf or partition. The form of the storage section 45 is not particularly limited in this way, and a storage container (tray) may be set on a shelf or a partition, and the disassembled component 15 may be stored in the storage container. By storing the disassembled parts 15 in the storage container, the disassembled parts 15 are prevented from falling down from the sorting line 6 in the sorting line 6 described later, and shocks, scratches, etc. on the disassembled parts 15 are buffered. , Can be prevented.

Further, on the carriage main body 42, a positioning sensor 47 for performing positioning when the vehicle arrives at each of the stations 4 and 5, and after positioning using the positioning sensor 47, the transport carriage 41 is fixed. A lock mechanism (not shown) is provided. In FIG. 3, the positioning sensor 47 is mounted only on the lower side of the bogie main body 42, but the mounting position is not particularly limited, and is determined according to the positional relationship between the stations 4 and 5. Things.

The recycling control device (not shown) is a device for recycling the used personal computers 11 using the above-mentioned planning system, and includes a disassembling procedure / method corresponding to the type of each personal computer. Recycling information such as selection and storage of parts, a sales plan of dismantled parts, and the like are registered in advance. When the information of the personal computer 13 (or 14) stored and stored in the primary storage facility 1 and placed on the transport trolley 41 is input to this recycling control device, the information of the personal computer 13 (or 14) and the recycling information From the transfer place selection of the transfer carriage 41, the personal computer 13
The recycle process such as the disassembly procedure (or 14) and the selection of the separated storage location of the dismantled parts 15 are sequentially communicated to the information terminal 44.

Next, the dismantling processing plant 20 according to the present invention
The operation method of is described.

The dismantling processing plant 20 shown in FIG.
As shown in (1), by utilizing a pre-established planning system 30, a collected product registration process 21, a collected product sorting process 22, a primary storage process 23, a dismantling process 24, a dismantled component sorting process 25, a material recycling process 26, a secondary storage step 27, and a shipping step 28.

In the collection item registration / sorting process 21 and 22, the collection item selection information 32 of the used personal computer 11 is input to the planning system 30 in the registration facility 1a to obtain the collection item selection information 32. Based on the sorting information 32, the used personal computers 11 are sorted into the following three types according to the purpose of recycling in the sorting equipment 1b.

(A) The personal computer 12 which is supplied to a regenerating step (not shown) as it is and subjected to a regenerating process, and then supplied to a secondary storage step 27 to be recycled.

(B) A personal computer 13 that supplies the dismantled parts 15 to the parts dismantling step 24 and sets the dismantled parts 15 as parts to be recycled (including personal computers whose parts are supplied to the material recycling step 26) 13.

(C) After being supplied to the disassembly process 24, the personal computer 14 supplies the material to the material recycling process 36 through the disassembled component selection process 25, and the disassembled component 15 is subjected to material recycling.

In the collection item registration step 21, a serial number (file number) is given to the collection item registration information 32 of each used personal computer 11, and the serial number is converted into a bar code and assigned to each used personal computer 11. You may do it.

The primary storage step 4 is performed by the sorted personal computer 13.
(Or 14) is temporarily stored in the primary storage facility 1 shown in FIG. 1 until the dismantling is determined. At this time,
The personal computer 13 (or 14) is managed by the planning system 30 for each lot for each recycling purpose.
The disassembly plan (including the recycling process) 34 is created by 0. Each PC 13 (or 14) whose dismantling has been decided
Are reloaded on each carrier 41 via the supply line 1 c of the primary storage facility 1, are sequentially supplied to the dismantling process 24, and are dismantled according to the dismantling plans 34.

When the personal computer 13 (or 14) is replaced, the above-mentioned serial number of the personal computer 13 (or 14) and the identification code of the transport vehicle 41 on which the personal computer 13 (or 14) is mounted are automatically detected using a sensor or the like. To specify the personal computer 13 (or 14) and the transport vehicle 41, respectively. After that, the specified dismantling plan 34 of the personal computer 13 (or 14) is transmitted from the recycle control device to the specified transport trolley 41, so that the dismantling plan 3 is obtained.
4 is displayed on the information terminal 44 of the specified transport vehicle. In addition, the identification number of the personal computer 13 (or 14) is specified by relocating the personal computer 13 (or 14) to the transport trolley 41 and then the worker 7 directly inputs the serial number of the personal computer 13 (or 14) to the information terminal 44. You may make it input and perform it.

The disassembling step 24 is for disassembling the personal computer 13 (or 14) mounted on the transport trolley 41 down to a part unit to obtain a dismantled part 15. Each transport trolley 41 is assigned to a designated station of the demolition facility 2 based on the disassembly plan (transfer place, transport procedure) 34 of each personal computer 13 (or 14) and by the guidance (or automatic guidance) of the worker 8. It is conveyed to 4,5. Each of the transport vehicles 41 arriving at the stations 4 and 5 (particularly the station 5) is positioned by a positioning sensor 47, and then fixed in position by a lock mechanism (not shown). Is the manual operation of the worker 9a or the automatic dismantling machine 6
1 is performed by an automatic operation.

At this time, the information terminal 44 of each carrier 41 is provided with the personal computer 13 transmitted from the recycle control device.
A dismantling plan (including all information related to dismantling of a dismantling procedure, a dismantling method, a dismantling tool, etc.) 34 of (or 14) is displayed. The worker 9a rotates the information terminal 44 appropriately,
By tilting and adjusting the information terminal 44 to a position where it is easy to see, and performing the disassembly work while watching the disassembly plan 34 displayed on the information terminal 44 and following the instructions, each personal computer 13 (or 14) can be easily operated. Can be dismantled. That is, there is no need for the worker 9a to remember the disassembly plan 34 for each personal computer 13 (or 14) and to refer to the disassembly procedure manual (manual), and it is possible to save the trouble of searching for the most suitable tool for disassembly. In addition, the disassembly plan 34 includes, in each disassembly, the direction in which parts are removed, points to be noted when removing,
Since various kinds of information such as tools optimal for disassembly are always fed back, disassembly can be easily and accurately performed even by a skilled worker 9a. This allows time and cost for dismantling (eg,
Labor costs). Further, since the work table 43 of the transport vehicle 41 has both functions of a personal computer mounting table and a dismantling work table, each of the personal computers 13 (or 1
The worker 9a shown in FIG.
3 can be carried out while being placed on the same. Thereby, every time each part is disassembled, the personal computer 13 (or 1 PC) is disassembled.
4) does not need to be replaced many times between the transport carriage 41 and the dismantling work table, and the dismantling work efficiency is improved. Further, since the worktable 43 is freely rotated in the vertical and horizontal directions by a movable mechanism (not shown), the personal computer 13 (or 14) can be freely rotated in the vertical and horizontal directions on the worktable 43. Thereby, the worker 9a shown in FIG. 5 can perform the dismantling work without moving, thereby increasing the dismantling work efficiency.

When the parts are dismantled manually, the worker 9a operates the information terminal 44, and the storage section 45 of the dismantled parts 15 obtained by dismantling is displayed on the information terminal 44. Dismantled parts 1 according to the instructions
5 is stored in the specified storage unit 45. When the parts are dismantled by the automatic dismantling machine 61, the dismantled parts 15 obtained by the dismantling are stored in the predetermined storage unit 4 by the automatic dismantling machine 61.
Store in 5.

At this time, the PC 13 (or 1
4) and the dismantled parts 15 are mounted integrally on the transporting trolley 41, and only the dismantling trolley 41 moves between the manual dismantling station 4 and the automatic dismantling station 5 of the dismantling equipment 2. . For this reason, the congestion of the transport route between the stations 4 and 5 can be reduced as compared with the case where the dismantled personal computer 13 (or 14) and the dismantled parts 15 are transported by separate carts.

After the disassembly operation is completed, for example, after the workers 9a and 9b operate the information terminal 44 to communicate a disassembly end signal to the recycle control device, the worker 8 separates the transport vehicles 41 from the sorting line 6 Transported and assembled. Note that, even when a part 16 of the disassembled part 15 is sent to the material recycling step 26, the efficiency of material recycling can be increased by disassembling the parts 16 into parts.

The disassembled parts selection step 25 sorts each disassembled part 15 stored in the storage part 45 of each transport trolley 41 based on parts selection information (part type, model, recycling purpose, remaining life) 35. Is what you do. Dismantled parts 1
The part type, model, recycling purpose, remaining life, and the like of No. 5 are all managed by the planning system 30. For this reason, the component selection information 35 is transmitted from the recycle control device to each transport vehicle 41.
And the part selection information 35 is transmitted to the information terminal 4.
4, the dismantled parts 15 are replaced on the sorting line 6 while the worker 8 performs the sorting by hand. Also, this sorting operation is performed by the component sorting information 35
Is transmitted from the recycling control device to the sorting equipment that performs automatic reading, so that the sorting equipment automatically sorts, so that the worker 8 only needs to replace each disassembled part 15 on the sorting line 6.

By this sorting, the disassembled parts 15 are sorted into the parts 16 to be recycled and the parts 17 to be recycled. The selected parts 16 and 17 are put together in lots by the worker 10 and then
6 is transported to the secondary storage step 27 and stored in the designated storage space of the secondary storage facility 3, and the component 17 is transported to the material recycling step 26.

In the material recycling step 26, each part 16 to be recycled is subjected to a crushing / crushing process by a shredder or the like, and is separated for each raw material 18. The separated raw materials 18 are conveyed to the secondary storage step 27 and stored in designated storage spaces of the secondary storage facility 3.

The secondary storage step 27 is for temporarily storing the parts 17 (including the parts collected individually) and the raw materials 18 which are to be recycled, until a certain number of lots or a certain amount is reached. It is. Each part 17 and each raw material 18 are stock-managed for each part selection information (part type, model, recycling purpose, remaining life) 35 by the planning system 30, so that the planning system 30 is based on the stock information 36. Thus, the sales plan 37 is created. Incidentally, the secondary storage facility 3 may be either a common facility with the primary storage facility 1 or a facility completely independent of the primary storage facility 1.

The shipping process 28 includes a process for storing each personal computer (main body) 12, which is temporarily stored in the secondary storage facility 3 and is to be recycled.
Parts 17 to be recycled and raw materials 18
Is shipped to a reuse company or a raw material maker according to the sales plan 37.

With the operation of the demolition processing plant 20, all information on recycling is accumulated and fed back to the planning system 30 as needed. For this reason, as the demolition processing plant 20 is operated, the completeness and stability of the planning system 30 are further increased. As a result, the dismantling efficiency is further improved, and the dismantling cost can be further suppressed.

As described above, the embodiments of the present invention are not limited to the above-described embodiments, and it is needless to say that various other embodiments are also conceivable.

It should be noted that the dismantling transport cart and the dismantling processing plant using the same according to the present invention are not limited to the use of only used personal computers as described above, but can be applied to other devices. Needless to say, for example, a word processor, a facsimile, a copy machine, a portable terminal (for example, a notebook computer, a portable telephone, or the like), a television, and the like are assumed. In addition, automobiles and the like are also conceivable as uses other than equipment.

[0056]

In summary, according to the present invention, a dismantling processing plant for dismantling an object to be dismantled is provided with a transport trolley having an information terminal and a recycle control device. Between the exchange of all information related to the recycling of dismantled objects, the display of the information on an information terminal, and the dismantling of dismantled objects based on the information facilitates dismantling work. It has an excellent effect.

[Brief description of the drawings]

FIG. 1 is a schematic plan view of a preferred embodiment of a demolition processing plant according to the present invention.

FIG. 2 is a flowchart of a preferred embodiment of a demolition processing plant using a recycling process planning system.

FIG. 3 is a perspective view of a preferred embodiment of a dismantling transport cart according to the present invention.

FIG. 4 is a perspective view showing a relationship between a supply line of a primary storage facility and a transport trolley in FIG. 1;

FIG. 5 is a perspective view of a manual dismantling station of the dismantling equipment in FIG. 1;

FIG. 6 is a perspective view of an automatic dismantling station of the dismantling facility in FIG. 1;

FIG. 7 is a perspective view showing a relationship between the transporting trolley in FIG. 1 and a sorting line for secondary storage equipment.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Primary storage equipment 2 Dismantling equipment 3 Secondary storage equipment 4 Manual dismantling station 5 Automatic dismantling station 11 Used personal computers (dismantled objects) 13 Personal computers (dismantled objects) whose dismantled parts are subject to part recycling 14 Dismantled parts (Material to be dismantled) 15 dismantled parts (each part obtained by dismantling) 20 dismantling processing plant 34 dismantling plan (recycling process) 41 transport cart 42 cart main body 43 work bench 44 information terminal 45 storage unit 46 Fixing means 47 Positioning sensor

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) B62D 67/00 B09B 5/00 M B65G 1/137 ZABC (72) Inventor Yuichi Miura Toyosu, Koto-ku, Tokyo 1-15, Ishikawajima Harima Heavy Industries, Ltd. Tokyo Engineering Center F term (reference) 3D114 AA20 BA00 CA01 DA05 JA04 3F022 LL02 MM21 MM43 NN02 NN12 PP04 QQ01 QQ11 4D004 AA22 BA10 CA02 CA04 CA07 CB13 CB45 DA02 DA16 DA20

Claims (6)

[Claims] 1. Dismantled objects such as discarded and collected equipment,
In a transport trolley used when transporting to the demolition equipment, a workbench for mounting and disassembling the to-be-dismantled object on the bogie main body,
Dismantling characterized by providing an information terminal for displaying a recycling process such as a conveying and disassembling procedure of a dismantled object, and a storage part for separately storing each part obtained by dismantling the dismantled object. Transport trolley. 2. The dismounting transporting vehicle according to claim 1, wherein the work table includes fixing means for fixing the object to be disassembled. 3. The transporting cart for demolition according to claim 1, wherein the work table has a movable mechanism for freely rotating the object to be demodulated in the vertical and horizontal directions on the work table. 4. The truck body according to claim 1, further comprising a positioning sensor for positioning the dismantling equipment and the truck body and a lock mechanism for fixing the truck body to the truck body. Transport truck for dismantling. 5. A dismantled object such as a discarded or collected device is stored and stored in a primary storage facility, the dismantled object is dismantled in a dismantling facility, and each dismantled part is stored and stored in a secondary storage facility. In the dismantling processing plant to be stored, a workbench for moving between the primary storage facility, dismantling facility, and secondary storage facility, for placing and dismantling the objects to be dismantled, and a storage unit for separately storing dismantled parts are provided. A plurality of transport vehicles provided, an information terminal having a communication function and a display function provided for each transport vehicle, a dismantling procedure according to the type of the object to be dismantled, a storage location for each part obtained by dismantling, and the like. Recycling information is registered in advance, stored and stored in the primary storage facility, information on the demolition object placed on the transport trolley is input, and a transport location selection based on the recycling information from the information on the demolition object, Demolition procedure, sorting storage A dismantling processing plant comprising: a recycle control device that sequentially communicates with an information terminal according to a recycle process such as site selection and displays the recycle process. 6. The dismantling facility comprises a manual dismantling station for manual dismantling and an automatic dismantling station for automatic dismantling, wherein each transport vehicle has a sensor for positioning when it arrives at the station. The information terminal receives the type information of the dismantled object placed on the work table from the primary storage facility from the recycling control device, or after inputting the type information of the dismantled object on the information terminal and communicating with the recycling control device, After receiving the recycling process from the recycling control device, the transport trolley, based on the recycling process, transports the to-be-dismantled object to the designated station of the dismantling facility, and then, based on the sensor information, determines whether or not the vehicle has arrived at the station. And the end of dismantling are communicated to the recycle control device via the information terminal, and then separated and stored in the storage unit. The demolition processing plant according to claim 5, wherein each part is transported to a designated storage space of the secondary storage facility.