JP2021174525A - Carry-out item management system for dismantling and removal work of pcb treatment facility - Google Patents

Abstract

To provide a carry-out item management system for dismantling and removal work of a PCB treatment facility that can safely and reliably manage all the materials existing in the PCB treatment facility.SOLUTION: When a first input terminal 4 inputs room management information including basic information on each room and PCB concentration, and when a second input terminal 5 inputs management job object specific information including attribute information on a management job object and the correspondence between each room and the management job object, a management job server 3 builds a mechanism in a network space to classify the management job object into one of disposal forms of low-concentration processed product, industrial waste, and valuable resource, based on the management job object specific information. When a third input terminal 6 inputs carry-out information that associates a disposal carry-out item, which is the minimum unit for the carry-out from a facility for each disposal form, with one or more of management job objects classified into the disposal forms, the management job server 3 constructs a mechanism in the network space to perform a carry-out management for carrying out the management job object to the outside of a treatment facility.SELECTED DRAWING: Figure 1

Description

The present invention relates to a carry-out management system in the dismantling and removal work of a PCB processing facility that can be safely and reliably managed.

Conventionally, it should be noted in the dismantling and removal work of the PCB processing facility that there is no carry-out management system that manages all the articles existing in the facility as the carry-out target.
Patent Document 1 is mentioned as a technique relating to the dismantling order of rooms in the dismantling and removal work of a PCB processing facility.

In Patent Document 1, a plurality of rooms of a PCB waste treatment facility are described as Area A (an area unnecessary for dismantling and removal work and maintenance of the PCB decontamination function and having a possibility of PCB contamination) and Area B (PCB removal). It is divided into three areas, area C (area required for dismantling and removal work) and area C (area required for maintaining the dyeing function), and area A is dismantled and removed while decontaminating PCB contaminants using the PCB decontamination function. A method for dismantling a PCB waste treatment facility having a step A, a step B for dismantling and removing the area B while decontaminating or storing PCB contaminants, and a step C for dismantling and removing the area C in this order is disclosed. ..

Japanese Unexamined Patent Publication No. 2014-218848

However, Patent Document 1 discloses a method of classifying rooms into pollution levels and dismantling them in descending order of pollution level, and only discloses a technique regarding a dismantling order according to the pollution level. Not all articles, including contaminants, present in PCB processing facilities are subject to control.

In other words, although the order of dismantling the rooms is known, there is still no way to confirm and track whether all the items in the facility are properly processed.

In a PCB treatment facility, PCB is toxic to the human body and is a pollutant that should never be discharged to the outside. Therefore, when dismantling the PCB treatment facility, which is this treatment facility, all the substances present in the facility Patent Document 1 cannot solve this problem because it must be clarified that the articles have been properly disposed of and all the articles existing in the facility are subject to management.

Therefore, an object of the present invention is to provide a carry-out management system for dismantling and removing a PCB processing facility that can safely and surely manage all the articles existing in the PCB processing facility.
Further, other problems of the present invention will be clarified by the following description.

The above problems are solved by the following inventions.

(Claim 1)
The first input terminal, the second input terminal, the third input terminal, and the management business server are connected via a telecommunication line, and the PCB of the PCB processing facility is contaminated with the object to be dismantled and removed. We will build a network space for carrying out management of all disposal objects to be carried out of the processing facility as management work.
The first input terminal inputs room management information including basic information of each room and PCB concentration, and the second input terminal inputs the attribute information of the management work target and the rooms and the management work. When the management business target specific information including the correspondence with the target is input, the management business server sets the management business target as low-concentration processed material, industrial waste, and valuable resources based on the management business target specific information. Build a mechanism to classify into any of the disposal forms in the network space,
Further, the third input terminal corresponds to the disposal item, which is the minimum unit for carrying out the facility, and one or more of the management work targets classified into the disposal form for each disposal form. When the attached carry-out information is input, the management work server dismantles and removes the PCB processing facility, which is characterized in that a mechanism for carrying out the carry-out management for carrying out the management work target to the outside of the processing facility is constructed in the network space. Carry-out management system for business.
(Claim 2)
The attribute information of the management work target includes weight information, and includes weight information.
The management business server is a mechanism for performing carry-out management based on an estimated weight based on the weight information of one or a plurality of the management work targets associated with the disposal carry-out item and the content weight of the disposal carry-out item. The export management system in the dismantling and removal work of the PCB processing facility according to claim 1, wherein the PCB processing facility is constructed.
(Claim 3)
The PCB processing facility according to claim 1 or 2, wherein the disposal shipment is selected from any of a lidless export box, a lidded export box, a tray, a drum can, and a pail can, depending on the processing mode. Carry-out management system for dismantling and removal work.
(Claim 4)
The network space is equipped with a creation terminal used for creating an electronic manifest and an information center operated by the Japan Industrial Waste Treatment Promotion Center, in which dischargers, collection and transportation companies, and disposal companies are registered. The electronic manifest system that accepts applications is connected via the telecommunication line.
When the corresponding relationship between the discharger, the collection and transportation company, and the disposal company registered in the information center and the disposal item is input by the creation terminal, the management business server supports the creation of the electronic manifest. The export management system for dismantling and removing the PCB processing facility according to claim 1, 2 or 3, wherein a mechanism for applying for the electronic manifest is constructed in the network space via the information center.
(Claim 5)
The management business server can follow up the management business target associated with the disposal product by transporting the disposal product, notifying the processing, and storing and managing the applied electronic manifest. The carry-out management system in the dismantling and removal work of the PCB processing facility according to claim 4, wherein the mechanism is constructed in the network space.

According to the present invention, it is possible to provide a carry-out management system for dismantling and removing a PCB processing facility that can safely and reliably manage all the articles existing in the PCB processing facility.

Schematic configuration diagram showing an example of a carry-out management system in the dismantling and removal work of a PCB processing facility Schematic block diagram showing an example of the flow of the carry-out management system Room management table showing an example of room management information Management work table showing an example of management work target specific information of removed equipment Management work sub-table showing an example of the correspondence between the removed equipment and the components Management work table showing an example of target specific information for pipe management work Disposal form management table showing an example of the correspondence between management work targets and disposal classifications Carry-out management table showing an example of the correspondence between carry-out boxes and management work targets Schematic configuration diagram showing another example of a carry-out management system in the dismantling and removal work of a PCB processing facility Management table showing an example of the correspondence between the disposal company and the shipping boxes

Hereinafter, embodiments of the present invention will be described.

FIG. 1 is a schematic configuration diagram of a carry-out management system in the dismantling and removal work of a PCB processing facility.
In FIG. 1, 1 is a management business server, and 2 is a database owned by the management business server 1. Reference numeral 3 denotes a telecommunication line, to which the management business server 1 and a plurality of input terminals (4,5,6,7) are connected. The telecommunication line 3 may be a local network line as well as a communication line including the Internet, and may be wired or wireless.

As shown in FIG. 1, a plurality of input terminals (4,5,6,7) of the carry-out management system in the dismantling and removal work of the PCB processing facility according to the present embodiment, and the management work server 1 are connected to a telecommunication line 3 To build a network space for carrying out management of all disposal objects in the facility, including the objects to be dismantled and removed contaminated in the PCB of the PCB processing facility, to be carried out of the PCB processing facility. ..

In the present embodiment, the plurality of input terminals (4,5,6) include a first input terminal 4 used for registering room management information and a second input terminal 5 used for registering management work target specific information. , It is preferable to have at least a third input terminal 6 used for registering carry-out information. The plurality of input terminals are not limited to this, as long as each input terminal has the functions of the first to third input terminals, the first input terminal 4, the second input terminal 5, and the first There may be a plurality of input terminals 6 of 3 respectively. Further, the first input terminal 4 and the second input terminal 5 may be the same input terminal. The same applies to the first input terminal 4 and the third input terminal 6, the second input terminal 5 and the third input terminal 6. Further, in addition to this, one or a plurality of new input terminals 7 may be provided, if necessary.

In the present embodiment, the terminal is provided outside the PCB processing facility where the progress status of the dismantling and removal work can be confirmed with the operation of the system, and the instruction terminal 20 gives instructions and the like according to the confirmation of the progress status. May be further provided.
For example, in the database 2 of the management business server 1, a discharger (not shown in advance), which will be described later, can carry the carry-out box in a size, number, etc., and how many transport boxes can be placed on the transport vehicle and the transport vehicle. Information on the discharge capacity and information on the operating load such as the size and weight that the low-concentration treatment facility can process at one time are stored, and the instruction terminal 20 stores information on the discharge capacity of these dischargers and low-concentration treatment. Based on the information about the facility and the current progress, it is possible to set the whole process and the risk.

The processing flow of the carry-out management system in which the network space is constructed in the present invention will be described with reference to FIG.
FIG. 2 is a schematic block diagram showing an example of the processing flow of the carry-out management system.
In the processing flow of the carry-out management system shown in FIG. 2, the carry-out management is performed according to the disposal form after the room management and the management work target are specified.
In the room management of FIG. 2, room management information regarding room A, room management information regarding room B, and room management information regarding room C are acquired, and management is performed according to each room. In addition, since there are objects to be disposed of in the treatment facility that are installed across multiple rooms in the outdoor area, these may not be suitable for room management, so disposal that does not belong to the room. Manage the object. Details will be described later.

[Room management]
The room management shown in FIG. 2 will be described with reference to FIG.
FIG. 3 is a room management table showing an example of room management information.
The room management table shown in FIG. 3 is constructed in the database 2. As a result, the room management information input by the first input terminal 4 can be stored in the room management table, and the room can be managed.

The PCB processing facility has multiple buildings (for example, east wing, west wing, etc.) and is divided into 1st floor, 2nd floor, 3rd floor, etc. In addition to the number of floors, for example, reception inspection room, large demolition room, etc. There are also various rooms, such as a distillation room.

Therefore, by managing the rooms, it is possible to specify the work clothes, masks, and the like of the workers in each room, and the safety of the workers can be ensured. In addition, workers working in the room can be appropriately protected. In addition, it is possible to store information for establishing a correspondence relationship between all the objects to be disposed of and the room.

The room management table constructed in the database 2 is associated with each item of room ID, room name, floor-section, building, concentration (PCB concentration), and work management area level. Here, the room ID is for specifying the room name, but in the following description, the room ID may be simply referred to as a room, if necessary.

An example of registering room management information in the room management table shown in FIG. 3 will be described. Here, an example of registering the room management information in the first row of the room management table will be described.

First, the management business server 1 causes the first input terminal 4 to display a room information registration screen (not shown) based on the room management table stored in the database 2.

Next, the worker inputs the basic information of the room using the first input terminal 4 and registers it in the database 2 of the management business server 1. As the basic information of the room, for example, each item associated with the room management table shown in FIG. 3 can be mentioned.
For example, a worker who registers basic information of a room uses the first input terminal 4 to enter "accepting room" in the room name according to a room information registration screen (not shown), and the floor of the receiving room. Enter "1f-A1" in the section, enter "East Wing" for each building, and press the registration button on the displayed registration screen. When the button is pressed, it is sent to the management business server 1.

Next, the management business server 1 assigns a room ID to the input basic information and stores it in the first row of the room management table of the database 2. As a result, the room ID "A" in the first line shown in FIG. 3 and the basic information of the "accepting room" are stored in association with each other.
This completes the registration of the basic information to which the room ID of the room management table is given. The room ID may be included in the basic information of the room.

The operator then implements a predetermined test method to measure the PCB concentration in each room.

In room management, for each room in the PCB processing facility building, the work control area level is determined by the PCB concentration obtained by a predetermined test method. Here, the management business server 1 stores, for example, a program in which a predetermined test method, a PCB concentration acquired by the test method, and a work management area level according to the PCB concentration are defined. It is preferable to have.

The operator wipes a plurality of places in the room with, for example, absorbent cotton impregnated with hexane. Then, the wiped cotton wool is analyzed, the PCB concentration is acquired, and the PCB concentration corresponding to the room is acquired according to a predetermined screen displayed on the first input terminal 4.

As for the PCB concentration, when the wiping is performed at a plurality of places, the PCB concentration corresponding to each position may be obtained. Further, the average value of the PCB concentrations at a plurality of locations may be calculated and used as the PCB concentration in the room, or the highest concentration among the PCB concentrations at the plurality of locations may be adopted. Further, in the present embodiment, a sensor or the like capable of acquiring the measured value of the PCB concentration may be used.

The management business server 1 determines the work management area level in each room by a program that determines the stored work management area level based on the acquired PCB concentration.

Once the work control area level is determined, the specifications such as the equipment of the workers in each room can be determined. As a result, the safety of workers is ensured.

[Disposal target]
In the present invention, the carry-out management system for which the network space is constructed handles all the disposal objects in the facility, including the dismantling and removal objects contaminated in the PCB of the PCB processing facility, as management work objects.

Items to be disposed of in the PCB processing facility include removal equipment, piping, wiring, electrical equipment, instrumentation equipment, pedestals, tools, equipment, construction waste, and low-concentration decontamination. Examples include goods, valuables, and industrial wastes. Items brought into the PCB processing facility will be disposed of.

Examples of the removal device include a transfer table, a storage tank, a distillation column, a reaction tank, a heat exchanger, etc. installed in the PCB processing facility.

Examples of the piping include piping such as conduits, conduits, and exhaust ducts installed in the PCB processing facility, and piping parts such as valves, fittings, bolts and nuts, gaskets, and packing.

Examples of the wiring include electric wires, control instrumentation cables, communication lines, etc. installed in the PCB processing facility.

Examples of electrical equipment and instrumentation equipment include electric motors, electric panels, and control panels installed in PCB processing facilities.

Examples of the pedestals include pedestals, work pedestals, oil pans, buried tank rooms, etc. installed in the PCB processing facility.

Examples of building waste include steel frames of PCB treatment facilities, wall materials such as ALC, coated floors, concrete glass, building materials such as tiles and cloths, fittings such as doors and sashes, building equipment, heat insulating materials, and heat insulating materials. Examples include materials and soundproofing materials (including covering materials).

Examples of the decontamination low-concentration waste include a solvent after decontamination, biphenyl, activated carbon, Kim towel and the like.

Examples of valuable resources include uncontaminated valuable resources and decontaminated valuable resources.

Examples of industrial waste include office equipment and general waste discharged from non-contaminated areas.

The objects to be disposed of installed in each room in the PCB processing facility will be identified according to the room as the management work target.

Hereinafter, the identification of the management work target shown in FIG. 2 will be described with reference to FIGS. 4, 5, and 6.
FIG. 4 is a management work table showing an example of the management work target specific information of the removed device. FIG. 5 is a sub-table showing the correspondence between the removed device of FIG. 4 and the components of the removed device.
The management work table of the removed equipment shown in FIG. 4 and the management work table of the pipes shown in FIG. 6 are constructed in the database 2. As a result, the management business target specific information input by the second input terminal 5 can be stored in the management business table.

In the management work table shown in FIG. 4, at least the management work ID, the part name, the room ID, the device number, and the weight are associated with each other. The sub-table shown in FIG. 5 functions as a sub-table that specifies the management business target in the management business target specific information stored in the management business table shown in FIG.

The removed device is a device that was brought into the PCB processing facility and installed, and the sub-table shown in FIG. 5 was constructed in advance before storing the management work target specific information in the management work table shown in FIG. It is preferable to keep it.

As the device number and product name of the removed device of the sub-table shown in FIG. 5, the device number and product name brought into the PCB processing facility and installed can be used.
Further, the component names (1 to 4) are determined according to the number of components constituting the removed device. For example, as shown in the figure, when the transfer table is a removal device, the removal device is a device composed of a conveyor frame, a transfer roller, a drive motor, and components of a gantry. The number of items of the components of the other removed devices can be increased or decreased as appropriate according to the components.

In the management work target identification information stored in the management work target table shown in FIG. 4 from the sub-table shown in FIG. 5, each component shown in FIG. 5 is the target of the management work table shown in FIG. 4, as shown in FIG. A management business ID is assigned to each component.

In addition, by acquiring predetermined attribute information of the component parts, it is possible to perform carry-out management more appropriately. Further, it is preferable that the management business ID shown in FIG. 4 is associated with the device number and stored in the management business table. As a result, it is possible to grasp the carrying-out status of the removed equipment.

In the example of FIG. 4, an example in which a management work ID is assigned to each of the conveyor frame, the transfer roller, the drive motor, and the gantry of the component parts (1 to 4) of the transfer table is shown, and all have the same device number. Become. As a result, the components disassembled from the same device are specified as the management work target. In addition, the weight of each management work target can be obtained from estimates, specifications, and the like. Further, the room ID in FIG. 4 is a room ID in the room management table shown in FIG. 3 described above, and the room and the management work target are associated with each other by establishing a correspondence relationship between the management work ID and the room ID. be able to.

In the present embodiment, there are electrical equipment and instrumentation equipment that do not need to be disassembled in the PCB processing facility. These are managed as they are as management work targets, but if disassembly is necessary, it is preferable to manage each disassembled component component as a management work target. Similarly, pedestals, tools / equipment, and construction waste can be managed in the same way.

Further, even in the case of building waste, the adhered PCB may be peeled off to separate the object to be managed. In this case, it is preferable to construct a mechanism for specifying the management work target so that the plurality of separated objects can be managed respectively.

Low-concentration waste is delivered to a low-concentration treatment company as a low-concentration treatment product, which will be described later. can. Low-concentration waste includes tanks, equipment / devices, small equipment / parts, but low-concentration waste here does not mean tanks / equipment / equipment, or small equipment / parts. However, for example, the solvent after decontamination, biphenyl, activated charcoal, Kim towel, etc. are shown, and predetermined containers can be prepared for each of these types, and each container can be targeted for management work.

Valuables are uncontaminated or detoxified valuables, and these valuables should be managed for each type of valuables in order to contribute to reuse. preferable. For example, management can be performed by targeting management work for each type of material such as copper, iron, and aluminum. In this case, in addition to the type of material, it is preferable to specify parts and the like and clarify their location in the treatment facility. As a result, it is possible to build a mechanism that can follow the management work target.

Finally, office equipment, general waste, etc. contained in the industrial waste discharged from the non-contaminated area can be managed by weight, etc., and the industrial waste of a predetermined weight can be subject to one management work.

When these disposal objects are registered as management business objects, the device number is not assigned, but the management business table shown in FIG. 4 can be used. Further, it is preferable that the object to be disposed of is specified and managed as a management work object according to a predetermined standard.

In the present embodiment, there are pipes and wirings that are installed across a plurality of rooms in the PCB processing facility, that is, in the room management shown in FIG. 2, the rooms cannot be specified. It may be difficult to manage piping and wiring for each room. Therefore, if it can be managed for each room, for example, the pipes arranged across a plurality of rooms are cut for each room, and the pipes arranged in a room that may be contaminated and the pipes that are contaminated are contaminated. It is possible to manage the pipes by dividing them into pipes arranged in a room that is unlikely to have been cut, and thereby, each of the cut pipes can be specified as a management work target.

When it is difficult to manage each room, it is preferable to manage according to the type of piping. For example, it is preferable to set it as a management work target according to the type of fluid in the pipe flowing in the pipe.

An example of registration of a pipe management work target will be described with reference to FIG.
FIG. 6 is a management work table showing an example of the management work target specific information of pipes.

In the management work table shown in FIG. 6, at least the management work ID, the part name, the fluid in the pipe, the weight, and the room ID are associated with each other. As described above, since the room ID is arranged across a plurality of rooms, it may not be possible to specify the room ID. Therefore, it is preferable that a mechanism is constructed so that the room ID cannot be entered even if it exists in the item. ..

For example, the operator uses the second input terminal 5 to register the pipe (1) when the fluid in the pipe flowing in the pipe is "water". In this case, the management business server 1 displays a predetermined registration screen on the second input terminal 5, and the worker uses the second input terminal 5 to set "Piping (1)" in the "part name". Is input, "water in the pipe" is input, and "approximate weight" of "pipe (1)" is input to transmit to the management business server 1.

When each data of the part name, the fluid in the pipe, and the estimated weight is input in FIG. 6, the management business server 1 assigns a management business ID corresponding to the data and stores the data in the management business table of the database 2. NS. When the fluid in the pipe of the pipe (2) is "PCB oil", it is input in the same manner and transmitted to the management business server 1, so that a management business ID different from that of the pipe (1) is assigned and the management business is performed. Managed as a target.

In the present embodiment, when the fluid in the pipe is water, the pipe is set as one management work target, and this management work target is cut according to the carry-out boxes described later, respectively. By assigning a branch number or the like, the branch number becomes the number of the cut pipes generated by the cutting, so that the process may be completed only when all the number of branch numbers are finally carried out.

Further, even if the type of piping is the same, if the equipment is different in the piping flowing between the equipment, it may be subject to another management work. In this case, it is possible to make it a management work target by specifying which device and which device are connected to each other.

In the present embodiment, the pipe (1) through which water has flowed may be constructed in a wide variety of areas in the facility, and when there are a plurality of pipes (1) through which water has flowed, for example, a pipe. (1-1), piping (1-2), etc. can also be targeted for management work. In this case, by specifying the installation area or the like, it is possible to manage by specifying which area the pipe was in which the water was flowing.

The case where the fluid in the pipe flowing in the pipe is the water pipe (1) has been described, but as shown in FIG. 6, in addition to the water pipe (1), the PCB oil pipe (2) and the TCB oil Examples thereof include fluids in pipes that have flowed through each pipe such as pipe (3). Further, piping such as TCB oil + PCB oil is also mentioned, and it is preferable that the management work is specified according to a predetermined standard including the fluid in the pipe. The valve can be managed in the same manner as the piping.
Further, in the present embodiment, even if the fluid in the pipe is water, the outside of the pipe may be contaminated depending on the room. In this case, if the pipes straddle a room that may be contaminated or a room that is not contaminated, the pipes may be separated for each room and each pipe may be subject to management work. can.
For example, if a pipe (4) using water as a fluid is arranged across three rooms such as rooms D, E, and F, and only room E has a possibility of being contaminated, the pipe (4) ) Was cut for each room, and the pipe (4) in room D was "2H00004-001", the pipe (4) in room E was "2H00004-002", and the pipe (4) in room F. ) Can be classified as "2H00004-003" and targeted for management work. Further, when this is cut to a predetermined length, it may be further specified by adding a branch number or the like.
In the disposal classification described later, only the pipe (4) of "2H00004-002" is treated as low-concentration disposal, and the remaining "2H00004-001" and "2H00004-003" of the pipe (4) are classified as valuable resources. be able to.

In the present embodiment, it is also preferable to provide items such as materials in each item of the management work table in the predetermined attribute information of the management work target. The information on the material simplifies the classification of disposal forms, which will be described later.

[Classification of disposal form]
The mechanism constructed by the network space of the system of the present invention is characterized in that the management work targets specified as shown in FIG. 2 are classified into low-concentration processed products, valuable resources, and industrial wastes. This is because, in the present invention, the management work target discharged to the outside of the PCB treatment facility is all low-concentration treated products, valuable resources, and industrial wastes.

Some of the management work targets in the PCB treatment facility are classified as low-concentration treated products, valuable resources, and industrial wastes as they are, but they can be converted to low-concentration treated products through chemical or physical treatment. There are also things that can be made valuable.

Among the disposal forms, the low-concentration treated product includes the case where it is a low-concentration treated product when it exists in the PCB treatment facility, but even if it is a high-concentration treated product when it exists in the PCB treatment facility, the present invention Any processed product may have a low concentration at the stage of acceptance by the management system of.

As described above, in the management business server 1, the concentration is low with respect to the management business target to be classified based on the predetermined attribute information of all the management business targets and the PCB concentration of the room provided with the management business target. Classify into disposal forms of treated products, valuable resources, and industrial waste. That is, the management business ID and the disposal classification code are associated with each other.

The classification of the disposal form can be determined based on the management work specific information such as PCB concentration, installation location, room, and material. For example, it is preferable to construct a disposal form management table in the database 2 showing an example of the correspondence between the management work target shown in FIG. 7 and the classification of the disposal form. It is preferable that the management business ID, the PCB concentration, the disposal classification code, and the disposal classification name are associated with the disposal form management table.
As a result, the management work target shown in FIG. 2 is specified for each room, and the specified management work target is classified into one of the disposal forms as all the disposal objects as the management work target. , A mechanism that can manage carry-out is constructed in the network space.

[Disposal items]
In the present invention, a disposal item is introduced in order to clarify the item to be carried out when managing the object to be managed. Since it is a unit for carrying out, it is possible to specify the carried-out item for disposal by clarifying the carry-out unit.

[Unit of carry-out form]
The unit of the carry-out form is defined by the disposal carry-out item, and the disposal carry-out item is the minimum unit of the carry-out form. In other words, if the items to be disposed of are to be stored in the carry-out boxes, the carry-out boxes are the smallest unit, and for the items that cannot be stored in the carry-out boxes or are carried out without being stored, the items to be carried out are carried out. It is the smallest unit of. The minimum unit of the carry-out form is called one lot.

Examples of the items to be disposed of include carry-out boxes without lids (return boxes), carry-out boxes with lids, trays, drums, pail cans, and the like. In addition, there are objects that cannot be stored in the shipping boxes or are carried out without being stored, and examples thereof include tanks, devices / devices that are carried out as they are. Furthermore, if the management work target is industrial waste such as office equipment and general waste discharged from non-contaminated areas, it will be disposed of on trucks of disposal companies, etc., or recycled. , The transport mode may not be introduced into the above-mentioned containers such as carry-out boxes, but may be placed directly on the loading platform such as trucks. May be included in.
Hereinafter, in the case of low-concentration treatment, a case where the disposal product for low-concentration treatment is a carry-out box with a lid will be described as an example.

For example, in the case of low-concentration treatment, a carry-out ID is assigned to each of a plurality of carry-out boxes with lids used for low-concentration treatment. Examples of the carry-out ID include a QR code (registered trademark).

When a worker puts a management work target into a carry-out box with a lid, by selecting the management work target to be put in for the discharge boxes, the carry-out ID of the discharge boxes and the management work ID of the management work target can be obtained. Correspondence can be built.

For example, the management business server 1 causes the third input terminal 6 to display a predetermined screen for specifying an object to be loaded with the management business target in the carry-out box with a lid to which the carry-out ID is assigned. The third input terminal 6 selects the management work target put into the carry-out boxes according to the displayed predetermined screen.

FIG. 8 is a carry-out management table showing an example of the correspondence between the carry-out boxes and the management work target.

In the example of FIG. 8, the carry-out box with a lid to which the carry-out ID is assigned, the transport roller which is a component of the removal device, and a part of the pipe (2) are put into the carry-out box with a lid, selected, and stored in the discharge control table. An example is shown. In addition, the current state of affairs with the carry-out ID, the correspondence between the gantry, drive motor, part of the pipe (4), and the rest of the pipe (4), which are the components of the removed equipment, are stored in the emission control table. Examples, and

For example, when the worker puts two of the transport rollers and the pipes (2), which are the objects of management work, cut into a predetermined length into the carry-out box with a lid, it is shown in the third input terminal 6. According to the predetermined screen, select the transport roller "1K00002", the pipe (2) "2H00002-001", and "2H00002-002" for the carry-out boxes with lids to which the carry-out ID is given. That is, by constructing a mechanism for selecting and carrying out the management work target put into the carry-out box, it is possible to confirm which management work target has been carried out afterwards.

Here, as described above, the management work ID "2H00002" of the pipe (2) is cut into four pipes (2) because the pipe (2) is cut according to the carry-out form. And, the management business ID can be given a branch number such as "2H00002-001", "2H00002-002", "2H00002-003", "2H00002-004". At this time, it is preferable to construct a sub-table that does not show the correspondence between the management business ID and the branch number.

Then, when two pipes (2) are put in out of the pipes (2) cut into four, for example, by selecting "2H00002-001" or "2H00002-002", the pipes are piped. It can be seen that a part of (2) was put into the carry-out boxes to be carried out. Therefore, it can be confirmed that all the pipes (2) specified as management work targets have not been carried out.
Further, as described above, the pipe (4) is a pipe through which water flows, but it may be arranged across a room where there is a possibility of contamination and a room where there is no possibility of contamination. In this case, even if there is no problem inside the pipe, the outer circumference of the pipe may be contaminated depending on the room. In this case, the pipe (4) is cut for each room and a branch number is attached to these pipes (4). Then, as shown in FIGS. 6 to 8, as the carry-out form, the carry-out ID is given as it is as it is, and the room is together with the gantry "1K00004" which is a component of the removal device classified as low-concentration processing. "2H00004-002" of the pipe (4) in E is selected and carried out. In this case, it is preferable to assign the carry-out ID to the self-propelled truck to be carried out.

As the carry-out form shown in FIG. 8, a predetermined form included in the carry-out boxes can be appropriately selected. Further, it is preferable to construct a mechanism so that once the disposal classification is specified, it cannot be selected unless the disposal classification associated with the management business ID matches. This is to prevent erroneous carry-out.

In the present embodiment, the approximate weight is calculated from the weight information of the weight corresponding to the plurality of selected management work IDs, and the content weight obtained by measuring the carry-out boxes into which the management work target is input. It is also preferable to measure and compare. This makes it possible to check for leaks such as loss before discharging.

Further, in the present embodiment, before the operation of the system, the total weight of the management work object to be removed in the system is estimated in advance to be the planned weight, and the weight of the carrying-out boxes is measured. It is also possible to construct a mechanism for grasping the overall progress of this system by setting the actual weight in the above, comparing these, and differentiating the planned weight from the actual weight.

As a result, for example, when the carry-out boxes are the carry-out boxes in the processing form of low concentration processing, the management work target put into the carry-out boxes is managed with respect to the carry-out ID assigned to the carry-out boxes. By selecting the business ID, it is possible to carry out the carry-out boxes to which the carry-out ID is given to the low-concentration processing company. Management business target can be managed appropriately. It is also possible to carry out a plurality of carry-out boxes.

According to the present embodiment, in the network space of this system, the management business server 1 carries out and manages each of the carry-out boxes for constructing a mechanism for carrying out the carry-out management of carrying out the management work target to the outside of the processing facility. , It is possible to build a mechanism to appropriately manage all management work targets.

In the present embodiment, it is also possible to create and assign a carry-out code from a single photo (including a photo of the state in which the management work target is put into the carry-out box). In this case, the input screen or the like of the third input terminal 6 can be changed as appropriate.

In the present embodiment, since the carry-out ID (QR code (registered trademark)) is given to the carry-out boxes used for each disposal classification, the carry-out boxes to which the carry-out ID is given are disposed of together with the carry-out ID. The classification has already been decided, and the disposal classification is also decided and the classification code is given to the management work target. As a result, when the classified management work targets are put into the carry-out boxes determined according to the disposal classification, even if they are put into the carry-out boxes of different disposal classifications, the management work target cannot be selected. By constructing a mechanism, it is possible to prevent erroneous carry-out.

In addition, even if a mechanism is constructed to display a signal indicating that some sort of non-selection is not possible on the input terminal when each disposal classification is different when trying to select the management business ID for the carry-out ID. good. It is possible to make the operator aware of an operation error.

Further, it is preferable to perform a wiping test of the contents of the carry-out boxes at at least a few places before preparing the electronic manifest described later. When the carry-out boxes are in the form of carrying out the low-concentration processed product, it can be confirmed that the contents of the carry-out boxes are the low-concentration processed products. Further, it is also preferable that the PCB concentration is associated with the export ID of the export box as an item in the export management table so that the PCB concentration can be stored. As a result, the PCB concentration of the carry-out boxes can be confirmed, so that when the carry-out boxes are carried out, the equipment of the worker can be confirmed according to the degree of danger of the worker, so that the safety of the carry-out boxes is safe. Can be secured.

[Electronic manifest]
As shown in FIG. 9, the system of the present invention includes an information center 100 operated by the Japan Industrial Waste Treatment Promotion Center, in which dischargers, collection / transportation companies, and disposal companies are registered, via a telecommunication line 8. The electronic manifest system 10 provided is further constructed with a connected network space.

The telecommunication line 8 shown in FIG. 9 may be the same as that of the telecommunication line 3, or may be another telecommunication line network. In this specification, in order to clarify the relationship between this system and the electronic manifest system 10, they have been described separately on the drawings.

The electronic manifest system 10 is operated by the electronic manifest system. In the electronic manifest system, the discharger grasps the flow of treatment of industrial waste outsourced to a collection / transportation company and a disposal company, and prevents illegal dumping. It is a system aimed at ensuring proper processing.

The user of this system creates an electronic manifest showing the correspondence between the discharger, etc. and the object to be carried out, and applies for the created electronic manifest. As a result, when the discharger receives an application for an electronic manifest from a user of this system, the discharger carries out the object described in the applied electronic manifest, disposes of the object appropriately, and informs the result. Notify and report to Center 100.
As a result, the appropriateness of objective disposal of the user's object is ensured by the notification and reporting of the discharger via the information center 100.

It is preferable that this system has a mechanism for coordinating with the electronic manifest system 10, and the mechanism for coordinating is that the management business server 1 has a function of applying for an electronic manifest to the information center 100. Is preferable. Further, in this system, it is preferable that the management business server 1 has a mechanism for supporting the creation of an electronic manifest.

The electronic manifest is a table that identifies which shipments to be shipped by the discharger, collection and transportation company, and disposal company, and by applying for this, it is confirmed that the selected shipments have been properly disposed of. be able to.

As a mechanism for linking this system with the electronic manifest system 10, for example, a service, platform, etc. of SaaS, PaaS, etc. linked with the management business server 1 is provided on the telecommunication line 8, and the service, platform, etc., are provided through these. , A mechanism that can cooperate with the electronic manifest system 10 is constructed.

In this system, in the database 2 connected to the management business server 1, a carry-out management table in which the carry-out boxes shown in FIG. 8 and the management work target are associated with each other is constructed, and a carry-out ID is assigned to the item. The carry-out information associated with the carry-out box and the management work target corresponding to the management work ID put into the carry-out box is stored.

Then, the management business server 1 uses the disposer identifiers of the discharger, the collection / transportation company, and the disposal company registered in the information center 100 provided in the electronic manifest system 10 by cooperating with the electronic manifest system 10. However, it can assist in the creation of the manifest table.

FIG. 10 is a management table showing an example of the correspondence between the disposal company and the shipping boxes.
For example, when the management business target is carried out of the facility, the management business server 1 applies for an electronic manifest indicating the correspondence between the management business target and the disposal company via the information center 100, thereby performing the management business target. Can be handed over to a disposal company and carried out. Therefore, it is necessary to prepare an electronic manifest and apply for it.

The management business server 1 of this system associates the carry-out ID of the carry-out boxes shown in FIG. 10 with the disposal company identifier that identifies the disposal company of any of the discharge company, the collection and transportation company, and the disposal company. It is preferable that a registration mechanism is established.

Here, the carry-out form photo URL shown in FIG. 10 is such that the input terminal captures the carry-out form in which the management work target is stored as a carry-out form photograph, stores it in a photo table or the like, and stores the URL or the like at that time. Is preferable.

The electronic manifest can be created by, for example, a creation terminal 9 connected via a telecommunication line 8. The creation terminal 9 creates a correspondence relationship between the carry-out ID and the disposal company identifier by using the electronic manifest creation support software (not shown) of the management business server 1. As a result, the management business server 1 can create an electronic manifest in which the management business ID associated with the carry-out ID is associated with the disposal company identifier.

As a result, the management business server 1 can easily select the correspondence between the export ID and the disposer identifier by appropriately managing the export ID, so that it is possible to support the creation of the electronic manifest.

Furthermore, when an electronic manifest is applied, notification of disposal, etc. subject to management work is notified from the disposal company via the information center 100. Therefore, this system is linked with the electronic manifest system 10 to notify the notification. It is preferable that a mechanism for receiving the information is established.

By managing the applied electronic manifest and the notification from the disposal company in association with each other, it is possible to realize consistent management until the management work target in this system is disposed of, and further, a mechanism that can follow up the appropriate disposal. Is constructed.

As described above, as a result of associating the room with the management work target, associating the carry-out box with the management work target, and associating the carry-out box with the disposal company, the management work target is specified. Therefore, it is possible to construct a mechanism for performing consistent management from unloading to disposal for all management work targets that are the objects to be disposed of.

Further, in the present invention, the unit of the disposal item is set to one lot, and the management work object is selected for each lot and carried out of the facility. As a result, the management work object can be tracked. .. That is, in the present invention, by managing in units of one lot, the disposal items in units of one lot and the management work target establish an appropriate correspondence relationship, and as a result, the management work target is appropriately managed. Can be done.

Further, since the room and the management work target are associated with each other, the management work target can be managed for each room by carrying out and managing the disposal items in units of one lot.

1 Management business server 2 Database 3 Telecommunications line 4 First input terminal 5 Second input terminal 6 Third input terminal 7 Input terminal 8 Telecommunications line 9 Creation terminal 10 Electronic manifest system 100 Information center 20 Instruction terminal

Claims (5)

The first input terminal, the second input terminal, the third input terminal, and the management business server are connected via a telecommunication line, and the PCB of the PCB processing facility is contaminated with the object to be dismantled and removed. We will build a network space for carrying out management of all disposal objects to be carried out of the processing facility as management work.
The first input terminal inputs room management information including basic information of each room and PCB concentration, and the second input terminal inputs the attribute information of the management work target and the rooms and the management work. When the management business target specific information including the correspondence with the target is input, the management business server sets the management business target as low-concentration processed material, industrial waste, and valuable resources based on the management business target specific information. Build a mechanism to classify into any of the disposal forms in the network space,
Further, the third input terminal corresponds to the disposal item, which is the minimum unit for carrying out the facility, and one or more of the management work targets classified into the disposal form for each disposal form. When the attached carry-out information is input, the management work server dismantles and removes the PCB processing facility, which is characterized in that a mechanism for carrying out the carry-out management for carrying out the management work target to the outside of the processing facility is constructed in the network space. Carry-out management system for business. The attribute information of the management work target includes weight information, and includes weight information.
The management business server is a mechanism for performing carry-out management based on an estimated weight based on the weight information of one or a plurality of the management work targets associated with the disposal carry-out item and the content weight of the disposal carry-out item. The export management system in the dismantling and removal work of the PCB processing facility according to claim 1, wherein the PCB processing facility is constructed. The PCB processing facility according to claim 1 or 2, wherein the disposal shipment is selected from any of a lidless export box, a lidded export box, a tray, a drum can, and a pail can, depending on the processing mode. Carry-out management system for dismantling and removal work. The network space is equipped with a creation terminal used for creating an electronic manifest and an information center operated by the Japan Industrial Waste Treatment Promotion Center, in which dischargers, collection and transportation companies, and disposal companies are registered. The electronic manifest system that accepts applications is connected via the telecommunication line.
When the corresponding relationship between the discharger, the collection and transportation company, and the disposal company registered in the information center and the disposal item is input by the creation terminal, the management business server supports the creation of the electronic manifest. The export management system for dismantling and removing the PCB processing facility according to claim 1, 2 or 3, wherein a mechanism for applying for the electronic manifest is constructed in the network space via the information center. The management business server can follow up the management business target associated with the disposal product by transporting the disposal product, notifying the processing, and storing and managing the applied electronic manifest. The carry-out management system in the dismantling and removal work of the PCB processing facility according to claim 4, wherein the mechanism is constructed in the network space.

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