JP2010231409A - Industrial waste treatment support system, management server, and industrial waste treatment support program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an industrial waste treatment support system, a management server, and an industrial waste treatment support program, for easily selecting a collection transportation agent and a treatment agent according to the type of industrial wastes with the optimal combination. <P>SOLUTION: In a management server 12, a contract group information matching processing part 37 generates contract group information by matching (associating) waste information and collection transportation agent information and treatment agent information, and registers the contract group information in a contract group information database 38, and in user terminals 13-1 to 13-n, a contract group information selection/acquisition part 52 displays the information on the contract group dealing with the wastes of the object of disposal inputted by the user from the contract group information stored in the contract group information database 38. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an industrial waste processing support system, a management server, and an industrial waste processing support program, and more particularly to an industrial waste processing support system, a management server, and an industrial waste processing support program for selecting an industrial waste processing contractor.

Waste discharged from business establishments such as production factories is treated as industrial waste by a waste disposal company that specializes in industrial waste based on laws and regulations, ordinances of local governments, and the like. However, these processors are generally divided into a collector / carrier that collects and transports industrial waste and a processor that processes industrial waste. For this reason, it is necessary for an exhauster that discharges industrial waste to select a collection and transportation contractor and a disposal contractor according to the type of waste, and to conclude a collection and transportation contract and a disposal contract with each contractor. There is.
When concluding the above-mentioned consignment contract, it is necessary to select a collection carrier and a processing company so that all the laws and regulations are met. Therefore, the discharger often concludes a consignment contract so that as many kinds of industrial waste as possible can be collected, transported, and processed by a set of collection and transport consignment contract and disposal contract contract.

For example, in the construction waste processing support device and the construction waste processing support program described in Patent Document 1, the types of industrial waste that can be collected, transported, and processed are registered for each contractor. As a result, it is possible to select a collection carrier and a processing company that are compatible with the type of industrial waste.
Moreover, in the industrial waste management system described in Patent Document 2, it is determined whether or not the contract information presented by the discharger is legal in the server operated by the collection and transporter. As a result, the discharger can reliably and easily create a contract that conforms to the waste disposal regulations.

JP 2008-40993 A JP 2006-36369 A

However, industrial waste has various shapes and properties. There are more than 200 types of waste when classified in detail by not only the size and materials but also the presence or absence of odor, oil content, PH value and the like. Some of these wastes are toxic or ignitable, and the waste must be classified with due consideration. Accordingly, when disposing of the waste, it is necessary for the discharger to select a collection transporter and a disposal contractor that conform to the laws and regulations, etc. in consideration of the types of waste.
However, the construction waste processing support device and the construction waste processing support program described in Patent Document 1 register only types of industrial waste that can be collected, transported, and processed. When a contractor is selected using equipment, a combination of companies that conforms to the disposal regulations for industrial waste types but does not conform to the disposal regulations for other types of waste is selected. was there.

On the other hand, it is necessary to include in the above collection and transportation consignment contract the two collection and transportation permits of the loading location and the final transportation destination that the processing company has. Therefore, it is necessary to select the collection carrier and the processing company in consideration of the location of the factory and the location of the processing company.
However, even when a contractor is selected using the industrial waste management system described in Patent Document 2, the system for selecting a contractor based on selection conditions such as the location of the discharger and the processing contractor and the detailed type of waste is used. Therefore, even if the contract contents are in conformity with the processing regulations, it may not be possible to select the most suitable contractors that have the same loading location and final transportation destination.

Therefore, it took a great deal of labor and cost to select a waste disposal contractor for the dischargers. In particular, it is necessary for an exhauster having a plurality of factories in a wide area to select a collection carrier and a processor after confirming a combination of a large number of suppliers when processing waste.
Therefore, in view of the above-described problems, the present invention provides an industrial waste treatment support system that allows an exhauster to easily select a collection carrier and a treatment company in an optimal combination according to the type of industrial waste. The purpose is to provide a server and industrial waste treatment support program.

The industrial waste treatment support system according to the present invention is configured as follows in order to achieve the above object.
A first industrial waste treatment support system according to the present invention includes a management server that performs overall management of the entire system, and a plurality of user terminals connected to the management server via a communication line. Acquires waste collection / transportation company information related to a contract with a waste collection / transportation company, waste disposal servicer information related to a contract with a waste disposal contractor, and waste information related to waste according to user input. Information acquisition means, contract group information generation means for generating the contract group information by associating the waste collection and transporter information, the waste processor information, and the waste information acquired by the information acquisition means, and the contract group information A contract group information storage means for storing the contract group information generated by the generation means, and a contract group information stored in the contract group information storage means. The contract group information corresponding to the waste information related to the waste to be discarded received from the user terminal via the communication line is acquired from the group information, and the contract group information corresponding to the acquired waste information is acquired. Contract group information acquisition and transmission means for transmitting to a user terminal via a communication line, and the user terminal includes waste information input means for inputting waste information relating to waste to be discarded, and waste information input means A waste information transmission means for transmitting waste information related to the waste to be discarded input by the communication server to the management server via the communication line, and a contract group corresponding to the waste information received from the management server via the communication line And a contract group information output means for outputting information.

  In other words, according to the first industrial waste processing support system, the management server can collect, transport, and process the waste collection / transporter information and waste that can be collected regardless of whether the waste is processed or not. To match processor information as contract group information in advance, if the user inputs the type of industrial waste at the user terminal, the contract group corresponding to the type of industrial waste from the contract group information on the management server side It is possible to acquire only information and easily select a collection carrier and a processing company according to the type of industrial waste on the user terminal side in an optimal combination.

  In the second industrial waste treatment support system according to the present invention, the management server collects and transports the waste received from the user terminal via the communication line to any contract group information received from the user terminal via the communication line. A contract information generating unit that generates the contract information by associating the disposal request information related to the waste processing request contract with the contractor and the waste disposal contractor, and the waste information based on the contract information generated by the contract information generating unit. And manifest information generating means for generating manifest information related to disposal management, and the user terminal receives an arbitrary contract group from the contract group information received from the management server via the communication line in response to a user instruction input. Select the information and the contract group information that sends the selected arbitrary contract group information to the management server via the communication line. Selection transmission means, disposal request information input means for inputting disposal request information, and disposal request information transmission means for transmitting the disposal request information input by the disposal request information input means to the management server via a communication line It is characterized by.

According to the second industrial waste treatment support system, for example, a disposal request according to a waste disposal request contract with a waste collection and transportation company and a waste disposal contractor such as the desired date of carrying out the waste and the shape and properties of the waste Manifest information, such as information and disposal results to be described in the manifest, can be centrally managed in the contract group information database together with the contract group information.
In the third industrial waste treatment support system according to the present invention, the management server transmits the time limit information related to the contract expiration date of the contract information and the return date of the manifest information to the user terminal via the communication line. The transmission apparatus includes a transmission unit, and the user terminal includes a period information output unit that outputs the period information received from the management server via the communication line to the user.
According to the third industrial waste treatment support system, the deadline information related to the contract expiration date of the contract information and the return date of the manifest information among the above information is output by pop-up on the window, Internet mail, etc. It becomes possible to do. For this reason, the user can grasp | ascertain various expiration dates reliably.

A management server according to the present invention is used in an industrial waste treatment support system that includes a management server that performs overall management of the entire system, and a plurality of user terminals that are connected to the management server via a communication line. And according to the user's instruction input, the waste collection and transportation company information related to the contract with the waste collection and transportation company, the waste disposal company information related to the contract with the waste processing company and the disposal related to the waste Information acquisition means for acquiring material information, and contract group information generation means for generating contract group information by associating the waste collection and transporter information, waste processor information, and waste information acquired by the information acquisition means, Contract group information storage means for storing the contract group information generated by the contract group information generation means, and contract group information storage The contract group information corresponding to the waste information related to the waste to be discarded received from the user terminal via the communication line is acquired from the contract group information stored in the column, and the acquired waste information is included in the acquired waste information. Contract group information acquisition and transmission means for transmitting corresponding contract group information to a user terminal via a communication line.
According to the management server according to the present invention, the same operation as that of the management server constituting the first industrial waste treatment support system can be obtained.

An industrial waste processing support program according to the present invention is an industrial waste processing support system comprising a management server that manages and manages the entire system, and a plurality of user terminals connected to the management server via a communication line. An industrial waste treatment support program used in the management server, and according to user input, waste collection carrier information related to a contract with a waste collection carrier and disposal related to a contract with a waste treatment company Information acquisition step for acquiring waste disposal company information and waste information related to waste, and a contract that associates waste collection and transporter information, waste disposal contractor information, and waste information acquired by the information acquisition step Contract group information generation step for generating group information and the contract group generated by the contract group information generation step From the contract group information storage step for storing the group information and the contract group information stored by the contract group information storage step to the waste information related to the waste to be discarded received from the user terminal via the communication line. A program for causing a computer to execute a process having a contract group information acquisition and transmission step of acquiring corresponding contract group information and transmitting contract group information corresponding to the acquired waste information to a user terminal via a communication line It is.
According to the industrial waste treatment support program of the present invention, when the computer executes each process according to the program, the same operation as that of the management server constituting the first industrial waste treatment support system is obtained.

According to the first industrial waste treatment support system of the present invention, once the contract group information is established on the management server side, the discharger collects the contract group information according to the type of industrial waste. It is possible to easily select a carrier and a processor in an optimal combination.
In particular, when the same type of waste that has been processed in the past is discarded again or when the same type of waste is processed from a plurality of business establishments, the processing can be reliably performed. In addition, even when it is necessary to process waste that has not been processed, if the contract group information is searched after identifying the type of waste, is it possible to process the waste? It is possible to make the user know immediately whether or not.

Furthermore, when processing the same type of waste using multiple waste contractors, the contract group information can be established with multiple contract group information, and the discharge contractor can perform the management smoothly without confusion. it can.
Further, according to the second industrial waste processing support system of the present invention, it is possible to easily issue, return, store, and manage progress of a large number of manifests and contracts based on the contract group information. . In particular, since unified management is performed on the basis of contract group information, it is possible to prevent waste and alteration of manifests and contracts, and to properly and efficiently handle waste.

In addition, according to the third industrial waste treatment support system of the present invention, it is possible to efficiently perform update procedures for contracts, manifests, and the like that are centrally managed based on the contract group information from those close to the due date. It can be carried out. Even if there are a large number of contracts, manifests, etc., it is possible to greatly reduce the labor and cost required for managing these deadlines.
Also, the management server and the industrial waste processing support program according to the present invention have the same effects as the first industrial waste processing support system.

1 is a network diagram showing a configuration of a waste disposal support system according to the present invention. It is a block diagram which shows the hardware constitutions of a management server. It is a block diagram which shows the function structure of a management server. It is a block diagram which shows the function structure of a user terminal. It is a sequence diagram which shows the flow of a series of processes concerning the waste disposal support in a management server and a user terminal. It is a flowchart which shows the flow of the master data registration process in a management server. It is a flowchart which shows the flow of the contract group registration process in a management server. It is an input screen image at the time of contract group registration processing in the management server. It is a flowchart which shows the flow of the waste information input process in a user terminal. It is an input screen image at the time of the waste information input process in a user terminal. It is a flowchart which shows the flow of the contract group information acquisition process in a management server. It is a flowchart which shows the flow of the contract group information selection process in a user terminal. It is an input screen image at the time of the contract group information selection process in a user terminal. It is an input screen image at the time of the contract group information selection process in a user terminal. It is a flowchart which shows the flow of the contract information registration process in a management server. It is a flowchart which shows the flow of the manifest issue process in a management server.

DESCRIPTION OF EMBODIMENTS Preferred embodiments (examples) of the present invention will be described below with reference to the accompanying drawings.
First, the configuration of a waste treatment support system 10 according to the present invention will be described with reference to FIG.
FIG. 1 is a network diagram showing a configuration of a waste disposal support system 10 according to the present invention.
The waste disposal support system 10 illustrated in FIG. 1 includes a LAN 11, a management server 12, and a plurality of user terminals 13-1 to 13-n.
The LAN 11 is a local communication network constructed by, for example, Ethernet. The LAN 11 is laid in the office of an exhauster that discharges industrial waste, and can communicate on the premises. If the LAN 11 is connected to the Internet or the like, it is possible to communicate inside and outside the office.

The management server 12 is an application server that provides a waste disposal support service. The management server 12 is connected to the LAN 11 to centrally manage the entire system, and is mainly used by a system administrator.
The plurality of user terminals 13-1 to 13-n are user terminals for using a waste disposal support service. The plurality of user terminals 13-1 to 13-n are connected to the LAN 11.
Specifically, this service is provided as a service for an in-house dedicated site where only employees having user authority can log in. This service is assumed to be used by logging in to the management server 12 from the user terminals 13-1 to 13-n.
Although not shown, the management server 12 and the plurality of user terminals 13-1 to 13-n are connected to the LAN 11 via a router, a DNS server device, or the like.

Next, with reference to FIG. 2, the hardware configuration of the management server 12 and the user terminal 13 that provide the industrial waste treatment support service will be described. FIG. 2 is a block diagram showing a hardware configuration of the management server 12.
As illustrated in FIG. 2, the management server 12 includes a bus 21, a CPU 22, an input device 23, a display device 24, a main storage device 25, an auxiliary storage device 26, a communication processing unit 27, and a printer 28.
The bus 21 is connected to each component and transmits and receives data and control signals.
The CPU 22 controls the operation by supervising the main components.
The input device 23 includes a keyboard, a mouse, and the like for a user to input data.

The display device 24 includes a CRT or LCD display for displaying and outputting data, processing results, and the like to the user.
The main storage device 25 is a memory that temporarily stores data such as DRAM.
The auxiliary storage device 26 is a storage device that stores data such as a hard disk drive (HDD) device.
The communication processing unit 27 communicates with other terminals connected to the LAN 11 using a specified communication protocol.
The printer 28 prints data, slips, and the like of, for example, a laser printer and a thermal transfer printer.
The user terminal 13 is also configured to have substantially the same configuration as the management server 12. For this reason, description of the configuration of the user terminal 13 is omitted.

Next, the functional configuration of the management server 12 will be described with reference to FIG. FIG. 3 is a block diagram showing a functional configuration of the management server 12.
As shown in FIG. 3, the management server 12 includes a database unit comprising a waste information database 31, a collection / transporter information database 32, and a processor information database 33, a waste information registration / acquisition unit 34, and a collection / transporter information registration. / Acquisition unit 35 and processor information registration / acquisition processing unit 36, information acquisition means, contract group information matching processing unit 37, contract group information database 38, contract group information registration / acquisition unit 39, disposal request information management processing unit 40, the additional information matching processing unit 41, the manifest management processing unit 42, and the time limit management processing unit 43.

The waste information database 31 is a database that stores waste information that is attribute information of waste. The waste information record is composed of, for example, a waste name field indicating the name of the waste, a type field indicating the type of waste, and a classification field indicating the classification (industrial waste or special industrial waste) of the waste. Is done.
The collection carrier information database 32 is a database that stores collection carrier information that is attribute information of the collection carrier. The collection carrier information record includes, for example, a contract number field indicating a contract number, a contractor name field indicating the name of a contractor, and a waste collection and transport business license number indicating a license number of the waste collection and transport business. It is composed of a field, a waste collection and transportation business expiration date field indicating the expiration date of permission of the waste collection and transportation business, and the like.

The processor information database 33 is a database that stores processor information that is attribute information of the processor. The record of the processing company information includes, for example, a contract number field indicating the serial number of the contract, a contractor name field indicating the name of the contractor, a waste processing business license number field indicating the waste processing license number, and It is composed of a waste disposal business expiration date field indicating the expiration date of permission for the waste disposal business.
The waste information registration / acquisition unit 34 performs processing for registering waste information in the waste information database 31. Further, the waste information registration / acquisition unit 34 performs processing for acquiring waste information from the waste information database 31.

The collection carrier information registration / acquisition unit 35 performs a process of registering the collection carrier information in the collection carrier information database 32. In addition, a process of acquiring the collection / carrier information from the collection / carrier information database 32 is performed.
The processor information registration / acquisition processor 36 performs processing for registering processor information in the processor information database 33. Further, processing for obtaining processing contractor information from the processing contractor information database 33 is performed.
The contract group information matching processing unit 37 generates contract group information by matching (associating) the waste information, the collection carrier information, and the processor information in accordance with an instruction from the user, and generates the contract group information as the contract group information. Processing for registration in the database 38 is performed.

The contract group information database 38 is a database that stores contract group information generated by the matching process of the contract group information matching processing unit 37. The record of the contract group information includes, for example, a processing contract group No. indicating the serial number of the processing contract group. A field, a primary key field of a matched waste information record, a primary key field of a collection carrier information record, a primary key field of a processor information record, and the like.
The contract group information registration / acquisition unit 39 acquires contract group information corresponding to a specified condition from the contract group information stored in the contract group information database 38. For example, the contract group information registration / acquisition unit 39 acquires contract group information corresponding to waste information from the contract group information.

The disposal request information management processing unit 40 acquires and manages information regarding the request for waste input by the user as disposal request information. The disposal request information is arbitrary information input from the user, for example, the desired date for carrying out the waste, the shape / property of the waste, the storage location of the waste, and the like.
The additional information matching processing unit 41 matches the contract group information and information related to the contract group information in accordance with an instruction from the user and registers them in the contract group information database 38. Information matched with the contract group information becomes additional information of the contract group information. For example, the additional information matching processing unit 41 matches the contract group information and the disposal request information acquired by the disposal request information management processing unit 40.

The manifest management processing unit 42 issues and manages a manifest (management slip) related to waste disposal management based on the contract group information and the disposal request information. The manifest management processing unit 42 generates manifest information necessary for issuing a manifest such as a manifest issuance date, manifest serial number, and waste name based on the contract group information and the disposal request information. It transmits to the user terminal 13. The manifest is output as a paper medium manifest slip from the printer 28 of the user terminal 13 based on the manifest information. The manifest management processing unit 42 also manages the disposal processing results such as the disposal processing date to be described in the manifest as manifest information until the manifest is returned for disposal management or reporting to the government.
The management server 12 and the management server of the management company that manages the manifest may be connected via the Internet or the like. This makes it possible to issue and manage electronic manifests by sending and receiving manifest information online.

The deadline management processing unit 43 is a field (for example, a field of date type data “YYYYMMDD”) in which deadline information indicating a deadline date is set among contract group information and information matched as additional information to the contract group information. Perform deadline management processing. The expiration date field includes, for example, a contract expiration date field indicating an expiration date of a contract with a waste collection and transportation company or a waste treatment company, a waste delivery notification expiration date field indicating an expiration date of the waste delivery notification, and a collection transportation permission. For example, a collection and transportation permit expiry date field indicating the expiry date of the certificate. The manifest information described above includes a manifest return deadline field that indicates a deadline date for returning the manifest for reporting to the government.
The deadline management processing unit 43 performs deadline notification processing for notifying the deadline information when the deadline has come. As a notification method, for example, the management server 12 may pop up a notification display on the window of the application of the user terminal 13 and notify it. It is also possible to notify the system administrator and the target user from the management server 12 using Internet mail.

If the update data can be obtained online, the time limit management processing unit 43 can be configured to automatically execute the data update processing when the time limit has come. In addition, it is highly convenient if the notification and update processing are configured so that the expiration management processing unit 43 can set how many days before or after the expiration date.
The functions of the above processing units are provided as module components of an executable program. The program is installed in a hard disk device or the like together with a server OS and an Internet server application. The program operates as a user application on the server application.

Next, the functional configuration of the user terminal 13 will be described with reference to FIG. FIG. 4 is a block diagram showing a functional configuration of the user terminal 13.
As shown in FIG. 4, the user terminal 13 includes functions of a waste information selection / acquisition unit 51, a contract group information selection / acquisition unit 52, a disposal request information selection / acquisition unit 53, and a deadline management notification acquisition unit 54. Configured.
The waste information selection / acquisition unit 51 performs processing for displaying the waste information acquired from the management server 12 on the display device 24. In addition, the waste information selection / acquisition unit 51 performs processing for acquiring arbitrary waste information input / selected by the user via the input device 23.
The contract group information selection / acquisition unit 52 performs a process of displaying the contract group information acquired from the management server 12 on the display device 24. Further, the contract group information selection / acquisition unit 52 performs a process of acquiring arbitrary contract group information selected by the user via the input device 23.

The discard request information selection / acquisition unit 53 performs processing for acquiring arbitrary contract group information input / selected by the user via the input device 23.
The term management notification acquisition unit 54 performs processing for receiving and outputting the term notification from the term management processing unit 43 of the management server 12. As described above, the deadline notification can be performed using a pop-up on the window, Internet mail, or the like.
Here, with reference to FIG. 5, a flow of a series of processes related to waste disposal support in the management server 12 and the user terminal 13 will be described. FIG. 5 is a sequence diagram showing a flow of a series of processes related to waste processing support in the management server 12 and the user terminal 13.

First, before the user logs in to the management server 12 from the user terminal 13, the following processing is performed in the management server 12.
The management server 12 receives the waste information, the collection carrier information and the processing agent information input by the administrator or the like through the input device 23, the waste information database 31, the collection carrier information database 32, and the processing agent information database. A master data registration process to be respectively registered in 33 is performed (step S101).

Next, the management server 12 performs a contract group registration process for registering the contract group information by matching the waste information, the collection / transporter information, and the processor information (step S102).
The master data registration process in step S101 and the contract group registration process in step S102 can be executed at any time by an administrator or the like when data is added, modified, or deleted.

Subsequently, the user terminal 13 performs a process of inputting login information for the user to log in to the management server 12 (step S103).
After completing the login process, the management server 12 executes a waste information list output process for outputting a waste information list to the user terminal 13 (step S104). The user terminal 13 executes a waste information input process that causes the user to input waste information corresponding to the waste to be discarded from the list of waste information (step S105).
The management server 12 acquires the waste information input by the waste information input process. Then, the management server 12 executes a contract group information acquisition process for acquiring contract group information corresponding to the waste information from the contract group information (step S106). Here, contract group information corresponding to the waste information is transmitted from the management server 12 to the user terminal 13.

Subsequently, the user terminal 13 executes an information selection process for transmitting the contract group information selected by the user from the contract group information groups transmitted from the management server 12 (step S107). Further, in the contract group information selection process, the user terminal 13 transmits the disposal request information together with the contract group information as information regarding the waste request input by the user.
The management server 12 executes contract information registration processing for registering the contract group information as contract information by matching the disposal request information as additional information (step S108).

Further, the expiration date management processing unit 43 of the management server 12 starts expiration date management for various expiration dates in the contract information registered in the contract information registration processing (step S109). Note that the time limit management processing unit 43 of the management server 12 sets the time limit to the time limit management notification acquisition unit 54 of the user terminal 13 as indicated by a broken line when various time limits in the contract information come after step S109. Notify that the day has arrived.
Further, the user terminal 13 outputs an instruction to issue the above-described manifest information based on the user's operation (Step S110). When receiving the manifest issue instruction from the user terminal 13, the management server 12 executes a manifest issue process for issuing manifest information based on the contract information (step S111). Here, the manifest information is transmitted from the management server 12 to the user terminal 13. The user terminal 13 receives the manifest information issued from the management server 12 (step S112).

The deadline management processing unit 43 of the management server 12 starts deadline management for various deadlines in the manifest information issued in the manifest issuing process (step S113). Note that the time limit management processing unit 43 of the management server 12 sets the time limit to the time limit management notification acquisition unit 54 of the user terminal 13 as indicated by a broken line when various time limits of the manifest information come after step S113. Notify that the day has arrived.
After issuing the manifest, the user terminal 13 transmits a manifest discard processing result registration / inquiry instruction to the management server 12 based on the user's operation (step S114). Then, the management server 12 performs manifest disposal processing record registration processing and inquiry processing based on the instruction, and transmits the disposal processing record to the user terminal 13 (step S115). The user terminal 13 outputs the manifest disposal processing result received from the management server 12 to the display device 24 and the printer 28 (step S116).

  Further, the user terminal 13 outputs a form issue request instruction to the management server 12 so as to issue a form or the like necessary for the administrative report based on a user operation (step S117). Upon receiving a form issuance request instruction from the user terminal 13, the management server 12 generates form data describing, for example, the processing company, the disposal date, etc. based on the contract group information and its additional information, and the user terminal 13 (Step S118). The user terminal 13 outputs the form information received from the management server 12 to the display device 24 and the printer 28 (step S119).

Next, the predefined processing in steps S101, S102, S104 to S108, S110, and S111 in the sequence diagram will be described with reference to the flowchart below.
First, the flow of master data registration processing in the management server 12 will be described with reference to FIG. FIG. 6 is a flowchart showing the flow of master data registration processing in the management server 12.
The waste information registration / acquisition unit 34 acquires waste information input by the user via the input device 23 (step S201). The waste information registration / acquisition unit 34 registers the acquired waste information in the waste information database 31 (step S202).

Next, the collection / carrier information registration / acquisition unit 35 acquires the collection / carrier information input by the user (step S203). The collection carrier information registration / acquisition unit 35 registers the acquired collection carrier information in the collection carrier information database 32 (step S204).
Subsequently, the processor information registration / acquisition unit 36 acquires the processor information input by the user (step S205). The processor information registration / acquisition unit 36 registers the acquired processor information in the processor information database 33 (step S206).
The order of processing for registering the waste information, the collection / transporter information, and the processing agent information is not limited to the order of the above processing steps. For example, when inputting a plurality of collection carrier information, it is possible to register a plurality of records by alternately repeating the processes in steps S203 and S204.

Next, the flow of the contract group registration process in the management server 12 will be described with reference to FIGS. FIG. 7 is a flowchart showing the flow of the contract group registration process in the management server 12. FIG. 8 is an input screen image at the time of contract group registration processing in the management server 12.
The waste information registration / acquisition unit 34 causes the administrator to input matching waste information as contract group information on the input screen 70 shown in FIG. On this input screen 70, “processing contract group No.” and “waste name” are entered in the text boxes 71a and 71b. In addition, “classification / type of waste” is selected from the check box 71c and the list box 71d.

For example, when “sludge” is input as the data keyword of each field of the waste information registered in the waste information database 31 (“YES” branch of step S301), the waste information registration / acquisition unit 34 obtains a record of waste information related to “sludge” (step S302), and stores contents related to “sludge” (“sewage sludge”, “water purification plant sludge”, “river sludge”, etc.) in the list box 71d. indicate.
Further, when “C001”, which is “contract processing number”, is input to the cell 72 a of the grid box 72 as a data keyword of each field of the collection carrier information registered in the collection carrier information database 32. (Branch of “YES” in step S303), the collection / carrier information registration / acquisition unit 34 acquires a record of the corresponding collection / carrier information (step S304). The acquired collection carrier information is displayed in cells such as “consigner name” and “business scope” other than “contract processing number”.

In addition, not only “contract processing number” but also the collection / transporter information may be searched and acquired from “consigner name” or the like. Furthermore, the display content of the cell may be changed on this screen.
Similarly, for example, when “C002”, which is “contract processing number”, is input to the cell 72b of the grid box 72 as a data keyword of each field of the processor information registered in the processor information database 33, ("YES" branch of step S305), the processor information registration / acquisition unit 36 acquires a record of the corresponding processor information (step S306). Then, the acquired processor information such as “consigner name” and “business scope” other than “contract processing number” is displayed.

Each unit returns to step S301 and repeats the above-described processing until the input is completed by clicking the registration button 73 ("NO" branch of step S307).
When the registration button 73 is clicked and the input is completed (“YES” branch of step S307), the contract group information matching processing unit 37 displays the input waste information, collection carrier information, and processor information as a contract group. Matching is performed as information (step S308). In addition, the contract group information matching processing unit 37 registers the matched contract group information in the contract group information database 38 (step S309).

  Note that the waste information, the collection carrier information, and the processing company information matched as the contract group information are not limited to one each. For example, when the amount of waste is large, as shown in the figure, it is possible to match one collection carrier information and two processor information as contract group information for one waste. Moreover, you may comprise so that it can match several collection carrier information and processor information as contract group information with respect to several waste.

Next, the flow of the waste information input process in the user terminal 13 will be described with reference to FIGS. 9 and 10. FIG. 9 is a flowchart showing a flow of waste information input processing in the user terminal 13. FIG. 10 is an input screen image at the time of waste information input processing in the user terminal 13.
The waste information selection / acquisition unit 51 acquires a list of waste information transmitted from the management server 12 (step S401). At this time, an input screen 80 as shown in FIG. 10 is displayed on the display device 24 of the terminal device 13.

The waste information selection / acquisition unit 51 displays a list of acquired waste information in the list box 81a of the input screen 80 (step S402). At this time, for example, the user may be allowed to input a waste name in the text box 81a as waste information or select a waste classification from the radio button 81b.
The waste information selection / acquisition unit 51 waits until the user inputs arbitrary waste information from the list of waste information via the input device 23 (“NO” branch of step S403). When the waste information is input and the transition button 82 to the next screen is clicked (“YES” branch of step S403), the transition is made to the next screen and the waste information selection / acquisition unit 51 inputs the discarded information. The object information is transmitted to the management server 12 (step S404).

Next, the flow of contract group information acquisition processing in the management server 12 will be described with reference to FIG. FIG. 11 is a flowchart showing a flow of contract group information acquisition processing in the management server 12.
The waste information registration / acquisition unit 34 acquires the waste information transmitted from the user terminal 13 (step S501). The contract group information registration / acquisition unit 39 acquires a contract group information record matched with the acquired waste information from the contract group information database 38 (step S502).

If the acquired record of the contract group information does not match the waste information transmitted from the user terminal 13 (“NO” branch of step S503), the process returns to step S502. The contract group information registration / acquisition unit 39 acquires a record of the next contract group information in the same procedure.
Further, when the acquired record of the contract group information matches the waste information transmitted from the user terminal 13 (“YES” branch of step S503), the contract group information registration / acquisition unit 39 The contract group information is temporarily stored in the storage device 25 or the like (step S504).

If all the contract group information records have not been acquired from the contract group information database 38 ("NO" branch in step S505), the process returns to step S502, and the contract group information registration / acquisition unit 39 repeats the process in the same manner. In addition, when all the records are acquired (the “YES” branch in step S505), the contract group information registration / acquisition unit 39 checks whether there is a record of the contract group information matched with the waste information. (Step S506).
If there is a record of the contract group information matching the waste information in the above search result (“YES” branch of step S506), the contract group information registration / acquisition unit 39 determines that contract group. A list of information is transmitted to the user terminal 13 (step S507), and this process ends.

If there is no record of the contract group information (“NO” branch of step S506), the contract group information registration / acquisition unit 39 instructs the user terminal 13 to select the waste selected by the user. The fact that there is no contract group information corresponding to the information, that is, the type of waste that cannot be processed is notified (step S508), and this processing ends.
In the waste treatment support system according to the present embodiment, the waste information, the collection carrier information, and the treatment agent information are matched to form a contract group. Therefore, if the contract group does not exist in advance as described above, the disposal is performed. It is possible to prompt the user to know that the target waste cannot be processed.

Next, the flow of contract group information selection processing in the user terminal 13 will be described with reference to FIGS. FIG. 12 is a flowchart showing a flow of contract group information selection processing in the user terminal 13. FIGS. 13 and 14 are input screen images at the time of contract group information selection processing in the user terminal 13.
First, an input screen 90 as shown in FIG. 13 is displayed on the display device 24 of the user terminal 13. The contract group information selection / acquisition unit 52 acquires a list of contract group information transmitted from the management server 12 (step S601). The contract group information selection / acquisition unit 52 displays a list of the plurality of contract group information acquired in each cell of the upper grid lists 91a and 91b (step S602).

When there are a plurality of corresponding contract group information, the contract group information is displayed divided into a plurality of pages. Further, as the contract group information, the business office to which the user belongs may be specified from the login information, and only the contract group information including the contractors around the business office may be displayed.
The contract group information selection / acquisition unit 52 waits until arbitrary contract group information is selected from the list of contract group information via the input device 23 ("NO" branch in step S603). For example, if “processing contract group No. 001” is selected, the user may check the check box 92a. If “processing contract group No. 022” is selected, the user may check the check box 92b. Here, it is assumed that only one treatment contract group is selected. However, a plurality of contract groups may be selected in accordance with the amount of waste processed.

  When any contract group information is selected from the list of contract group information and the transition button 93 to the next screen is clicked (“YES” branch in step S603), the contract group information selection / acquisition unit 52 selects it. The main key of the contract group information is temporarily stored in the main storage device 25 (step S604), and a transition is made to the input screen 100 as shown in FIG. Similarly, on the input screen 100, the user inputs an item of disposal request information. The input item is an example of an item of disposal request information, and other items of disposal request information may be provided as a matter of course.

The discard request information selection / acquisition unit 53 waits until the transition button 101 to the next screen is clicked and the input of the discard request information is completed (“NO” branch of step S605). When the input of the discard request information is completed (“YES” branch of step S605), the discard request information selection / acquisition unit 53 temporarily holds the input discard request information in the main storage device 25 (step S606). The waste information selection / acquisition unit 51 and the disposal request information selection / acquisition unit 53 transmit the primary key of the contract group information temporarily held and the disposal request information to the management server 12 (step S607).
In the waste treatment support system according to this embodiment, the waste information, the collection / transporter information, and the treatment agent information are matched to form a contract group. For this reason, if there is a contract group as described above, the user can easily select an appropriate combination of the collection carrier and the disposal company that handles the waste to be disposed of by simply selecting an arbitrary contract group. can do.

Next, a flow of contract information registration processing in the management server 12 will be described with reference to FIG. FIG. 15 is a flowchart showing a flow of contract information registration processing in the management server 12.
The contract group information registration / acquisition unit 39 acquires the primary key of the contract group information transmitted from the user terminal 13 (step S701). Also, the discard request information registration / acquisition unit 40 acquires the discard request information transmitted from the user terminal 13 (step S702).
The additional information matching processing unit 41 matches the disposal request information as additional information with the contract group information stored in the contract group information database 38 based on the primary key of the contract group information and registers it (step S703).

The deadline management processing unit 43 manages the deadlines of various deadlines such as the contract expiration date field, the waste carry-in notification expiration date field, and the collection transport permit expiration date field of the contract group information updated in the contract group information database 38. Is started (step S704).
In the waste treatment support system according to the present embodiment, additional information can be matched with contract group information, so that it is possible to add disposal request information to contract group information and manage it as contract information as described above. .
Further, in the waste treatment support system, before the expiration date of the expiration date information of the contract information, the expiration date management notification acquisition unit 54 outputs that the various expiration dates are close by pop-ups on the window, Internet mail, etc. To do. For this reason, the user can grasp | ascertain various expiration dates reliably.

Next, with reference to FIG. 16, the flow of the manifest issuing process in the management server 12 will be described. FIG. 16 is a flowchart showing the flow of manifest issuing processing in the management server 12.
The contract group information registration / acquisition unit 39 acquires the main key of the contract group information of “processing contract group No.” selected by the user transmitted from the user terminal 13 (step S801).
The contract group information registration / acquisition unit 39 acquires a record (contract information) of contract group information matched with the disposal request information from the contract group information database 38 based on the acquired primary key of the contract group information (step) S802). The manifest management processing unit 42 generates manifest information based on the contract information (step S803).

The additional information matching processing unit 41 matches the contract return date information of the manifest as additional information with the contract group information (step S804), and updates the record of the contract group information stored in the contract group information database 38 (step S805). ).
The manifest management processing unit 42 transmits the generated manifest information to the user terminal 13 (step S806).
The term management processing unit 43 starts term management such as the manifest return due date field of the contract group information updated in the contract group information database 38 (step S807).
As described above, the waste disposal support system according to the present embodiment can easily issue a manifest and manage the time limit based on the contract information matched based on the contract group information.
In the present embodiment, the management server 12 constitutes a management server, and the user terminals constitute a plurality of user terminals 13.

  Also, the waste information registration / acquisition unit 34, the collection carrier information registration / acquisition unit 35, and the processing company information registration / acquisition processing unit 36 (step S101) constitute an information acquisition unit, and the contract group information matching processing unit 37 ( Step S102) constitutes contract group information generation means, contract group information database 38 constitutes contract group information storage means, and contract group information registration / acquisition unit 39 (step S106) constitutes contract group information acquisition and transmission means. The waste information selection / acquisition unit 51 (step S105) constitutes a waste information input unit and a waste information transmission unit, and the contract group information selection / acquisition unit 52 (step S107) includes a contract group information output unit and a contract group. An information selection transmission unit is configured.

Further, the additional information matching processing unit 41 (step S108) constitutes a contract information generation unit, the manifest management processing unit 42 (step S111) constitutes a manifest information generation unit, and the discard request information selection / acquisition unit 53 (step S107). ) Constitutes disposal request information transmission means.
The term management processing unit 43 (steps S109 and S113) constitutes term information transmission means, and the term management notification acquisition unit 54 (steps S109 and S113) constitutes term information output means.
The system configuration, database definition, module components, and the like described in the above embodiments are merely schematically shown to the extent that the present invention can be understood and implemented. Further, the operation contents, procedures, and the like of the processing in each processing unit are merely examples.

For example, in the waste information, the collection carrier information, the processor information, and the waste request information, fields other than those described above may be added to each record as necessary. Further, even in the contract group information stored in the contract group information database, management information other than that described above may be matched as necessary.
In addition, when performing contract information registration processing and manifest issuance processing, for example, the processing person in charge of disposal processing approves before executing each processing, or management information such as manifest disposal processing results from another database. It is also possible to acquire and incorporate it into manifest information, or to add processing for managing contract information and manifest.
Therefore, the present invention is not limited to the system and program of the described embodiment, and can be modified in various forms without departing from the scope of the technical idea shown in the claims.

  Established as an industrial waste processing support system and management server for supporting industrial waste discharge processing using an existing network such as a LAN in a business establishment that has a production factory that discharges industrial waste. It is installed as an industrial waste processing support program for building systems and management servers.

10 Waste treatment support system 11 LAN
12 Management server 13-1 to 13-n User terminal 21 Bus 22 CPU
23 Input Device 24 Display Device 25 Main Storage Device 26 Auxiliary Storage Device 27 Communication Processing Unit 28 Printer 31 Waste Information Database 32 Collection Carrier Information Database 33 Disposer Information Database 34 Waste Information Registration / Acquisition Unit 35 Collection Carrier Information Registration / Acquisition unit 36 processor information registration / acquisition processing unit 37 contract group information matching processing unit 38 contract group information database 39 contract group information registration / acquisition unit 40 disposal request information management processing unit 41 additional information matching processing unit 42 manifest management processing unit 43 Term management processing unit 51 Waste information selection / acquisition unit 52 Contract group information selection / acquisition unit 53 Disposal request information selection / acquisition unit 54 Term management notification acquisition unit

Claims (5)

A management server for overall management of the entire system, and a plurality of user terminals connected to the management server via communication lines,
The management server is
Acquires waste collection / transportation company information related to a contract with a waste collection / transportation company, waste disposal servicer information related to a contract with a waste disposal contractor, and waste information related to waste according to user input. Information acquisition means,
Contract group information generation means for generating contract group information by associating the waste collection and transporter information acquired by the information acquisition means, the waste processor information, and the waste information;
Contract group information storage means for storing the contract group information generated by the contract group information generation means;
From the contract group information stored in the contract group information storage means, contract group information corresponding to the waste information related to the waste to be discarded received from the user terminal via the communication line is acquired. Contract group information acquisition and transmission means for transmitting the contract group information corresponding to the acquired waste information to the user terminal via the communication line,
The user terminal is
Waste information input means for inputting waste information relating to the waste to be discarded;
Waste information transmission means for transmitting waste information related to the waste to be discarded, which is input by the waste information input means, to the management server via the communication line;
Contract group information output means for outputting contract group information corresponding to the waste information received from the management server via the communication line;
An industrial waste treatment support system comprising: The management server is
Processing of the waste with the waste collection and transporter and the waste disposal contractor received from the user terminal via the communication line in any contract group information received from the user terminal via the communication line Contract information generation means for generating contract information by associating the disposal request information related to the request contract;
Manifest information generating means for generating manifest information related to waste management of the waste based on the contract information generated by the contract information generating means,
The user terminal is
In response to an instruction input by the user, the arbitrary contract group information is selected from the contract group information received from the management server via the communication line, and the selected arbitrary contract group information is selected as the communication line. Contract group information selection and transmission means for transmitting to the management server via
A disposal request information input means for inputting the disposal request information;
2. The industrial waste processing support system according to claim 1, further comprising a disposal request information transmitting unit configured to transmit the disposal request information input by the disposal request information input unit to the management server via the communication line. . The management server is
Time limit information transmitting means for transmitting time limit information related to the contract expiration date of the contract information and the return date of the manifest information to the user terminal via the communication line,
The user terminal is
The industrial waste processing support system according to claim 1, further comprising a term information output unit that outputs the term information received from the management server via the communication line to the user. A management server used for an industrial waste treatment support system comprising: a management server that performs overall management of the entire system; and a plurality of user terminals connected to the management server via communication lines,
Acquires waste collection / transportation company information related to a contract with a waste collection / transportation company, waste disposal servicer information related to a contract with a waste disposal contractor, and waste information related to waste according to user input. Information acquisition means,
Contract group information generation means for generating contract group information by associating the waste collection and transporter information acquired by the information acquisition means, the waste processor information, and the waste information;
Contract group information storage means for storing the contract group information generated by the contract group information generation means;
From the contract group information stored in the contract group information storage means, contract group information corresponding to the waste information related to the waste to be discarded received from the user terminal via the communication line is acquired. Contract group information acquisition and transmission means for transmitting contract group information corresponding to the acquired waste information to the user terminal via the communication line;
A management server comprising: Industrial waste processing support program used in the management server in an industrial waste processing support system comprising a management server for overall management of the entire system and a plurality of user terminals connected to the management server via a communication line Because
Acquires waste collection / transportation company information related to a contract with a waste collection / transportation company, waste disposal servicer information related to a contract with a waste disposal contractor, and waste information related to waste according to user input. Information acquisition step,
A contract group information generation step for generating contract group information by associating the waste collection and transporter information, the waste disposal contractor information, and the waste information acquired by the information acquisition step;
A contract group information storage step for storing the contract group information generated by the contract group information generation step;
From the contract group information stored by the contract group information storage step, obtain contract group information corresponding to waste information related to waste to be discarded received from the user terminal via the communication line, An industrial waste processing support program for causing a computer to execute processing including a contract group information acquisition and transmission step of transmitting contract group information corresponding to the acquired waste information to the user terminal via the communication line.

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