JP2021092976A - Waste disposal settlement information management system - Google Patents

Abstract

To provide a waste disposal settlement information management system that can deliver electronic manifest information and waste disposal cost settlement information without defects, delays, or falsehoods, can integrally transfer and settle debts and credits related to waste disposal by confirming simultaneous performance between businesses, and constantly links waste, disposal information, and processing cost information.SOLUTION: A waste disposal settlement information management system includes at least one server device and two or more terminal devices, in which a first terminal device transmits and receives processing progress information and processing cost information related to waste proposal to and from a second terminal device, the first terminal device and/or the second terminal device transmit(s) proof data certifying that the processing progress information and the processing cost information have been transmitted from the first terminal device to the second terminal device to the server device, and the server device executes, based on the received proof data, the settlement processing.SELECTED DRAWING: Figure 1

Description

The present invention relates to a waste treatment settlement information management system that manages the settlement of processing costs related to a waste treatment consignment contract.

Since the claims and debts of waste treatment costs related to the industrial waste treatment consignment contract are usually derived from the responsibilities and obligations of the waste generators imposed by the Waste Management Law (Waste Disposal and Public Cleansing Law). It has a peculiarity different from that of credits and debts in the sale of goods and the provision of services.

The first peculiarity is that the discharger outsourced the treatment of industrial waste is obliged to confirm that the final disposal of the waste has been completed, and the final disposal process. This obligation is not exempted even if there is no direct contractual relationship with the vendor.

The second peculiarity is that the discharger is legally required to issue a manifest (industrial waste management form). This manifest issuance obligation can also be fulfilled by registering an electronic manifest (manifest by an electromagnetic method), and the manifest or electronic manifest allows the discharger to receive a report of the end of final disposal. However, since false manifests (manifests that falsely describe the disposal destination, etc.) are widespread and unreliable, the discharger should actually visit the final disposal site, which has no direct contractual relationship, to confirm the actual situation. Is also a legal obligation. In addition, there are also companies that perform on-site confirmation on your behalf.

By the way, the manifest is a copy-type form that is described when the discharger outsources the treatment of waste, recycled materials, used products, contaminated soil, and the like. Among them, the industrial waste management form is a representative manifest that was enacted from the earliest. In addition, an electronic manifest is an electronic manifest system in which manifest information is registered by an electromagnetic method, and information is provided by a discharger, a collection and transportation company that is a processor, and a disposal company that is a processor. It is for managing manifest information through a treatment center, and the Japan Industrial Waste Treatment Promotion Center is stipulated in the Waste Management Law as the only legally designated information processing center. It operates an electronic manifest system (JWNET). An electronic manifest system independently developed by a private company is also operated, and these systems are supposed to be connected and operated by JWNET and EDI (Electronic Data Interchange). In addition, individual recycling laws such as the Automobile Recycling Law also require electronic manifests. Furthermore, arbitrary electronic manifests may be used for general waste, disaster waste, recycled materials, used products, residual soil, contaminated soil, used hazardous substances, radioactive waste, and the like.

In the manifest, the second emission business is the primary manifest, which is issued when the discharger outsources the collection, transportation and intermediate disposal (including recycling) of industrial waste to the processor, and the processor who performed the intermediate disposal, etc. If there is a secondary manifest to be delivered when entrusting collection, transportation and final disposal as a person, and if two or more processing companies that perform intermediate disposal etc. cooperate, a third or higher manifest or an nth manifest Also used. Therefore, unless each manifest is associated, the first emitter will not be able to get a report of the end of final disposal by the manifest. In addition, at the intermediate disposal site, waste from multiple waste generators is mixed and the physical properties change due to crushing or incineration, so the physical association between the waste that has been entrusted with treatment and the waste after treatment is physically linked. It's difficult to do. For this reason, the current situation is that the association between the primary manifest and the secondary manifest is arbitrarily performed by a processor who performs intermediate disposal or the like.

The third peculiarity is that if the company outsourced the treatment of waste by the discharger does not properly treat the waste and illegal dumping causes an environmental protection problem, the discharger will be notified. Even if there is no legal defect or there is no direct contractual relationship with the business operator that caused the problem, the governor or the mayor of the Cabinet Order ordered the removal of environmental protection obstacles, or the cost of measures for that. It may be charged. Therefore, it cannot be said that the claims and debts of the industrial waste treatment costs have been completed simply by completing the collection, transportation or disposal of the wastes related to the treatment consignment contract and paying the costs related to them.

An electronic payment system for waste disposal costs has been proposed in combination with an electronic manifest, hoping to solve the problem of default due to these peculiarities. The electronic payment system for waste disposal costs combined with the electronic manifest is a system that executes electronic payment (electronic billing and electronic payment) when the waste generator receives a report of the completion of collection, transportation or disposal by the electronic manifest. is there. However, in an electronic payment system for waste disposal costs combined with a conventional electronic manifest, at the end of waste collection and transportation, intermediate disposal or final disposal, and at the end of collection, transportation, intermediate disposal or final disposal tracked by the electronic manifest. There is a problem that the time when the end of disposal is reported and the time when the collection and transportation costs and disposal costs are settled by the electronic payment system are not always the same or related. The problem of default could not be solved.

Patent Document 1 discloses a waste information management system that outputs information instructing settlement from funds preserved in advance by inputting a completion date of waste treatment. This system integrates the input of the completion date of waste treatment and the output of information instructing the settlement of treatment costs, and operates as a system that reserves payment until the completion date of treatment is entered. can do. However, since this system only links the electronic manifest system and the electronic payment system on the confirmation date of the end of processing, the reliability of the performance confirmation of the services related to the industrial waste treatment consignment contract is only the electronic manifest system. Will depend on. Therefore, the payment system itself of this system does not have any function of increasing the reliability of information and preventing default of debt such as illegal dumping. In addition, executing the settlement of processing costs after receiving a report of the completion of processing by the manifest or electronic manifest is the most common method of paperwork since the establishment of the manifest or electronic manifest system. If this is automatically linked, the electronic manifest system may be overly trusted and defects, delays, and falsehoods may be overlooked. The regulatory agency is also recommending the process.

According to Patent Document 2, in a waste treatment system, when waste is sequentially delivered from a discharge source to each treatment contractor, a short-distance communication means is used from the delivery source mobile terminal to the delivery destination mobile terminal at that time. The system for passing the manifest information is disclosed. This system is a system of emotional matching in which the time of delivery of waste and the time of delivery of manifest information consistently match from the discharge of waste to the end of final disposal, and a false manifest (false disposal destination, etc.) It realizes the function to prevent the manifest) that has been described or left changed without permission. However, since this system is not linked with the electronic payment system, the effect of preventing default is still insufficient.

JP 2005-202768 JP 2013-246595

Public Interest Incorporated Foundation Japan Industrial Waste Treatment Promotion Center "Electronic Manifest System Operating Procedure Manual" October 2017 Revised Edition Issued

Receivables and debts are not completed by fulfilling the obligations between the companies with a contractual relationship, and not only the companies with a direct contractual relationship with the discharging company but also the falsehoods and frauds of the companies without a direct contracting relationship To solve the problem of the peculiarity of the industrial waste treatment consignment contract, which is the responsibility, the primary collection from the discharge is carried out by the electronic manifest system and the electronic payment system equipped with the false manifest prevention function and the continuous tracking function until the final disposal. From transportation, intermediate processing, secondary collection and transportation, to final disposal, the electronic manifest and electronic payment are always linked each time the waste is delivered, and payment is not executed until the final disposal is confirmed. It is required to provide the function of "gold match".

The present invention has been made in view of the above problems. That is, an object of the present invention is that electronic manifest information and waste disposal cost settlement information can be directly passed between business operators together with waste without defects, delays, and falsehoods, and mutual business operators having a contractual relationship with each other. In addition, with the sequential cooperation of simultaneous performance confirmation, it is possible to transfer and settle the claims and debts related to waste treatment in an integrated manner. It is to provide a payment information management system.

[1] A waste processing settlement information management system including at least one server device and two or more terminal devices, in which the first terminal device inputs processing progress information related to waste processing. A progress in which the second terminal device receives the processing progress information transmitted from the first terminal device, including an input means and a progress information transmitting means for transmitting the input processing progress information to the second terminal device. The server device is provided with information receiving means, and the first terminal device and / or the second terminal device provides proof data certifying that processing progress information has been transmitted from the first terminal device to the second terminal device. A progress information input is provided by providing a means for transmitting proof data to be transmitted, and a server device including a means for receiving proof data for receiving the transmitted proof data and a means for executing payment processing for executing payment processing based on the received proof data. The means has a function of inputting the processing cost of the waste paid to the processor by processing the waste and the processing cost information regarding the transfer and / or the acquisition of the claim corresponding to the processing cost, and the progress information. A payment information management system for waste treatment, in which the transmission means and the progress information receiving means send and receive processing cost information in association with the processing progress information.
[2] The description in [1], wherein the progress information transmitting means and the progress information receiving means of the first terminal device and / or the second terminal device directly send and receive processing progress information and processing cost information by short-distance communication. Payment information management system for waste treatment.
[3] The server device associates the deposit information regarding the deposit deposited by the waste discharger to pay the waste disposal cost with the processing progress information of the first terminal device and / or the second terminal device. Settlement processing from deposit based on the deposit information storage means to be stored and the received proof data certifying that the processing progress information and processing cost information have been transmitted from the first terminal device to the second terminal device. Deposit information updating means for updating the deposit information associated with the first terminal device and / or the second terminal device carried by the waste discharger and / or the processor, and the processing cost. Based on the processing cost information storage means for storing the information in association with the processing progress information of the first terminal device and / or the second terminal device and the deposit information, and the received certification data, the first Of the processing costs required for processing by the processor of the terminal device, the claims corresponding to the processing costs required for processing by the processor of the second terminal device are transferred from the first terminal device and acquired by the second terminal device. [1] or [2], wherein the payment processing execution means executes the payment processing based on the updated processing cost information, including the processing cost information updating means for updating the processing cost information. Payment information management system for waste treatment.
[4] The server device provides an external deposit management server with a settlement processing requesting means for requesting settlement processing by deposit based on the deposit information updated by the deposit information updating means, and manages the external deposit. The payment information management system for waste treatment according to any one of [1] to [3], wherein the server executes payment processing.
[5] The first terminal device and / or the second terminal device has a second progress information input means for inputting processing progress information regarding the end of final disposal of waste treatment, and a processing progress regarding the input final disposal end. A second progress information transmitting means for transmitting information to the server device is provided, and the server device receives the processing progress information regarding the end of final disposal input from the first terminal device and / or the second terminal device. Equipped with a progress information receiving means, the settlement processing executing means can execute the settlement processing of the processing cost for the disposal of the waste completed before the final disposal, provided that the processing progress information regarding the final disposal is received. The settlement information management system for waste treatment according to any one of [1] to [4].
[6] The progress information transmitting means of the first terminal device and / or the second terminal device has a function of transmitting the input processing progress information to the server device, and the deposit information updating means is the first terminal. When the deposit of the waste discharger stored in the deposit information storage means is less than the total amount of the waste treatment cost for the waste discharger at the time when the processing progress information is transmitted by the device. In addition, the deposit information is updated as if the deposit was tentatively deposited by the settlement information management system until the processing progress information regarding the end of final disposal was received by subtracting the deposit from the total amount of the processing costs. The settlement information management system for waste treatment according to any one of [1] to [5], which enables the transfer of the claim and / or the acquisition of the claim corresponding to the processing progress information.
[7] The first terminal device and / or the second terminal device is provided with a connection re-execution means for determining whether or not the connection with the server device is possible and executing the connection with the server device again when the connection is not possible. , [1] to [6], the payment information management system for waste treatment.
[8] The identification information acquisition means for acquiring the identification information for identifying whether the waste is the waste and the identification information acquired by the identification information acquisition means by the first terminal device and the second terminal device. The identification information receiving means for receiving the identification information transmitted from the first terminal device and the second terminal device, the first terminal device, and the server device are provided with the identification information transmitting means for transmitting the information to the server device. A payment processing execution means including a confirmation determination means for identifying that waste has been delivered from the first terminal device to the second terminal device at substantially the same time based on the identification information received from the second terminal device. However, the settlement process is executed on the condition that the confirmation determination means has specified the delivery of the waste from the first terminal device to the second terminal device at substantially the same time, according to [1] to [7]. The payment information management system for waste treatment described in either.
[9] The server device includes a control unit and a progress information storage means for storing a plurality of manifest information related to waste processing, including the number of wastes to be processed, as processing progress information. Secondary manifest information corresponding to post-processed waste that corresponds to the treatment of a predetermined quantity of one item of waste and discharges the treated waste as a discharger (multiple disposal companies cooperate) In the case, for the nth disposal company, the (n + 1) next manifest information) is made to correspond to the manifest information corresponding to the waste processed by the processor by the control unit, and when the processed waste is discharged. The amount of untreated waste for each item of waste held by the processor at the time of discharge of the waste after treatment and the new target of treatment by the next discharge time. After processing one item of waste based on the processing quantity obtained by subtracting the unprocessed quantity for each item held by the processor from the total quantity of each item of waste at the next discharge point. When discharging as waste, the treatment quantity is made to correspond by the first-in first-out method, and when discharging multiple items of waste as one post-treatment waste, the quantity of post-treatment waste to be discharged is described as described above. By apportioning based on the composition ratio of each item of waste in the total of multiple items of the processing quantity, a part or all of the predetermined quantity of waste corresponding to one manifest information is one secondary manifest. The settlement information management system for waste treatment according to any one of [1] to [8], which identifies that the waste has been discharged as post-treatment waste corresponding to the information.
[10] The server device includes a control unit and a progress information storage means for storing a plurality of manifest information related to waste processing, including the quantity of waste to be processed, as processing progress information. Secondary manifest information corresponding to post-processed waste that corresponds to the treatment of a predetermined quantity of one item of waste and discharges the treated waste as a discharger (multiple disposal companies cooperate) In the case, for the nth disposal company, the (n + 1) next manifest information) is made to correspond to the manifest information corresponding to the waste processed by the processor by the control unit, and when the processed waste is discharged. Set the standard processing amount for each item, which is the processing quantity for each item of waste to be processed by the processor in a predetermined period, and set the standard processing amount for each item at the time of discharge of the waste after processing. When one item of waste is discharged as one item of waste after processing based on the amount of waste processed by item, which is the quantity converted from the period until the next discharge point, the amount of processing by item is first-in, first-out method. When multiple items of waste are discharged as one post-treatment waste, the quantity of the post-treatment waste to be discharged is the total of the multiple items of the treatment amount for each item. By apportioning based on the composition ratio of each, part or all of the predetermined amount of waste corresponding to one manifest information was discharged as post-processed waste corresponding to one secondary manifest information. The payment information management system for waste treatment according to any one of [1] to [9].
[11] A payment information management method executed by a payment information management system for waste treatment including at least one server device and two or more terminal devices, wherein the first terminal device handles waste. It has a progress information input step for inputting process progress information regarding, and a progress information transmission step for transmitting the input process progress information to the second terminal device, and the second terminal device is from the first terminal device. It has a progress information receiving step for receiving the transmitted processing progress information, and the first terminal device and / or the second terminal device transmits the processing progress information from the first terminal device to the second terminal device. It has a certification data transmission step of transmitting certification data proving that the fact is sent to the server device, and the server device executes a payment process based on the certification data reception step of receiving the transmitted certification data and the received certification data. The settlement processing execution step is performed, and the progress information input step is the processing cost of the waste paid to the processor by processing the waste, and the transfer of the claim corresponding to the processing cost and / or the acquisition of the claim. The processing cost information input step for inputting the processing cost information, the progress information receiving step also serves as the processing cost information receiving step, and the progress information transmitting step and the progress information receiving step transmit and receive the processing cost information in association with the processing progress information. Payment information management method.

According to the present invention, it is possible to sequentially pass electronic manifest information and waste disposal cost settlement information together with waste between businesses without defects, delays, and falsehoods, and mutual performance confirmation between businesses with a contractual relationship. We provide a waste disposal settlement information management system that enables the transfer and settlement of debts and credits related to waste disposal in an integrated manner, and the waste, disposal information, and disposal cost information always move in tandem. can do.

It is a schematic diagram which shows the outline of the waste treatment settlement information management system corresponding to at least one of the Embodiments of this invention. It is a block diagram which shows the structure of the server apparatus corresponding to at least one of the Embodiments of this invention. It is a block diagram which shows the structure of the terminal apparatus corresponding to at least one of the Embodiments of this invention. It is a block diagram which shows the outline of the function of the server apparatus corresponding to at least one of the Embodiments of this invention. It is a block diagram which shows the outline of the function of the terminal apparatus corresponding to at least one of the Embodiments of this invention. It is a flowchart of execution processing corresponding to at least one of the embodiments of this invention. It is an example of a table diagram showing a processing progress information, a processing cost information and a deposit information database corresponding to at least one of the embodiments of the present invention. It is a flowchart of execution processing corresponding to at least one of the embodiments of this invention. It is a flowchart of execution processing corresponding to at least one of the embodiments of this invention. It is a flowchart of execution processing corresponding to at least one of the embodiments of this invention. It is a flowchart of execution processing corresponding to at least one of the embodiments of this invention. It is a schematic diagram which shows the outline of the waste treatment settlement information management system corresponding to at least one of the Embodiments of this invention. It is a schematic diagram which shows the outline of the waste treatment settlement information management system corresponding to at least one of the Embodiments of this invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the following, the description regarding the effect in each embodiment is one aspect of the effect of the present invention, and is not limited to what is described here. In addition, the order of each process constituting the flowchart described below is random as long as there is no contradiction or inconsistency in the process contents.

The following explanation is the standard treatment flow of industrial waste for which manifest issuance or electronic manifest registration is obligatory, that is, industrial waste discharge, collection and transportation, intermediate disposal, collection and transportation of post-treatment waste, It is assumed that the final disposal will be carried out. However, the present invention is not limited to this standard flow, nor is it limited to industrial waste. The present invention can be used for purposes other than the treatment of industrial waste, in which case an electronic manifest of another law or an arbitrary electronic manifest, or an arbitrary processing progress information management system, for example, DCS (Data Collection) Ting system) etc. are used. Further, in the present invention, the final disposal is not limited to the legally stipulated landfill disposal or ocean dumping disposal, and the reuse or sale of resources, etc. by recycling the waste, etc. is also the final disposal. It shall include. However, if the regeneration process is performed in the process of intermediate disposal, the regeneration process may be included in the intermediate disposal.

[First Embodiment]
First, the outline of the first embodiment of the present invention will be described. Hereinafter, as the first embodiment, a waste treatment settlement information management system including a server device and two terminal devices will be described as an example.

FIG. 1 is a schematic diagram showing an outline of a waste treatment settlement information management system corresponding to at least one of the embodiments of the present invention. The waste treatment settlement information management system of the present invention includes a server device 1, a communication network 60, a terminal device 10 and a terminal device 20, and a payment means system 70 such as a financial institution. Further, the server device 1 is connected to the terminal device 10, the terminal device 20, and the payment means system 70 via the communication network 60. It is preferable that the server device 1 is always connected to the terminal device 10 and the terminal device 20, but it may be possible to connect the server device 1 as needed. The terminal device 10 and the terminal device 20 can directly exchange electronic information with each other by using, for example, short-distance communication technology.

The payment means system 70 of a financial institution or the like illustrated in FIG. 1 is an external system that manages deposits, provides credit, executes payment, and the like according to the embodiment of the present invention, and is a server device 1, a terminal, and the like. The devices 10 and 20 are communicably connected to each other via the communication network 60. The payment method system 70 is operated by, for example, a bank deposit / savings / remittance system, a debit card company, a credit card company, an electronic money company, a fund transmission company, a crypto asset issuing / exchange company, and other companies that manage payment methods. It is not particularly limited as long as there is a payment system having a payment means capable of payment such as a money management system, a billing / payment system, a money transfer system, a credit granting system, or an institution having a payment system. Further, in the embodiment of the present invention, the financial institution or the like is not limited to the bank or the like, and a company or the like that manages the payment means and the payment system can be appropriately used.

FIG. 2 is a block diagram showing a configuration of a server device 1 corresponding to at least one of the embodiments of the present invention. The server device 1 includes at least a control unit 11, a RAM (Random Access Memory) 12, a storage unit 13, and a communication interface 14, each of which is connected by an internal bus.

The control unit 11 is composed of a CPU (Central Processing Unit) and a ROM (Read Only Memory), executes a program stored in the storage unit 13, and controls the server device 1. Further, the control unit 11 includes an internal timer that measures the time. The RAM 12 is a work area of the control unit 11. The storage unit 13 is a storage area for storing programs and data (including electronic manifest data). The control unit 11 reads the program and data from the RAM 12, and performs the program execution process based on various information received from the terminal device 10, the terminal device 20, and the payment means system 70.

The communication interface 14 can be connected to the communication network 60 wirelessly or by wire, and can transmit and receive data via the communication network 60. The data received via the communication interface 14 is loaded into, for example, the RAM 12, and the control unit 11 performs arithmetic processing.

It should be noted that a cloud computing system or the like that does not specify a physical server device can be used instead of the server device.

FIG. 3 is a block diagram showing a configuration of a terminal device corresponding to at least one of the embodiments of the present invention. The terminal device 10 includes at least a control unit 101, a RAM 102, a storage unit 103, a sensor unit 104, a graphics processing unit 105, a display unit 106, a communication interface 108, and an interface unit 109, each of which is connected by an internal bus.

The control unit 101 is composed of a CPU and a ROM. The control unit 101 executes the program stored in the storage unit 103 and controls the terminal device 10. The RAM 102 is a work area of the control unit 101. The storage unit 103 is a storage area for storing programs and data.

The control unit 101 reads the program and data from the RAM 102 and performs processing. The control unit 101 outputs a drawing command to the graphics processing unit 105 by processing the program and data loaded in the RAM 102.

The sensor unit 104 includes a GPS sensor. In addition, various other sensors may be provided, and examples of the various sensors include proximity sensors and the like.

The graphics processing unit 105 is connected to the display unit 106. The display unit 106 has a display screen 107. When the control unit 101 outputs a drawing command to the graphics processing unit 105, the graphics processing unit 105 outputs a video signal for displaying an image on the display screen 107. Here, the display unit 106 may be a touch panel screen including the touch input unit 111.

The communication interface 108 can be connected to the communication network 60 wirelessly or by wire, and can transmit and receive data via the communication network 60. Further, the communication interface 108 may be provided with various short-distance communication means, and examples of the various short-distance communication means include infrared communication and the like. The data received via the communication interface 108 is loaded into the RAM 102, and arithmetic processing is performed by the control unit 101.

An input device 110 (for example, a mouse, a keyboard, etc.) may be connected to the interface unit 109. The input information from the input device 110 by the user of the terminal device 10 is stored in the RAM 102, and the control unit 101 executes various arithmetic processes based on the input information. Further, the display unit 106 provided with the touch panel can be used as the input device 110. Further, as the input device 110, an IC tag reader, a bar code reader, or the like may be used.

As for the configuration of the terminal device 20, the configuration shown in FIG. 3 can be adopted within a necessary range.

Next, the functions of the server device 1, the terminal device 10, and the terminal device 20 will be described. FIG. 4 is a block diagram showing an outline of the functions of the server device 1 corresponding to at least one of the embodiments of the present invention. The server device 1 includes at least a receiving unit 121, an information updating unit 122, a confirmation determination unit 123, a transmitting unit 124, a processing progress information storage unit 125, a processing cost information storage unit 126, and a deposit information storage unit 127. Further, the authentication unit 128 may be provided.

The receiving unit 121 has a function of receiving various information or data transmitted from a terminal device or a payment means system 70 such as a financial institution. The information update unit 122 has a function of writing various information or data received by the reception unit 121 to the processing progress information storage unit 125, the processing cost information storage unit 126, the deposit information storage unit 127, and the reception unit 121. Based on various information or data, it has a function of updating various information or data stored in each unit of the processing progress information storage unit 125, the processing cost information storage unit 126, and the deposit information storage unit 127. The confirmation determination unit 123 has a function of reading processing progress information, processing cost information, deposit information, etc. from the database and collating them with various information received from the terminal device by the receiving unit 121, and information stored in different databases. It has a function of collating and judging. Further, the confirmation determination unit 123 has a function of identifying that the waste has been delivered substantially at the same time by the two persons carrying the terminal devices based on the identification information received from the two terminal devices. The transmission unit 124 has a function of transmitting various information generated by the server device 1 to a terminal device, a payment means system 70 of a financial institution, or the like.

The processing progress information storage unit 125 has a function of storing processing progress information related to waste processing in association with the terminal device. The processing cost information storage unit 126 uses the waste processing cost paid to the processing company when processing the waste as processing cost information regarding the transfer of the receivables of the processing company corresponding to the processing cost and / or the acquisition of the receivables. , Has a function of storing in association with a terminal device. The deposit information storage unit 127 has a function of storing deposit information related to the deposit deposited by the waste discharger in order to pay the waste disposal cost in association with the terminal device.

The authentication unit 128 has a function of authenticating and coupling two adjacent terminal devices by using a GPS function, a code generation means, a reading means, and the like.

FIG. 5 is a block diagram showing an outline of the functions of the terminal device 10 corresponding to at least one of the embodiments of the present invention. The terminal device 10 includes at least an information input unit 131, a confirmation / information transmission unit 132, a short-distance communication unit 133, an information reception unit 134, and an information display unit 135. Further, the connection re-execution unit 136, the IC tag reading unit 137, and the optical reading unit 138 may be provided.

The information input unit 131 has a function of accepting input of manifest information, processing cost information, etc. by the operation of the user. In addition, the information input unit 131 has a function of generating delivery certification data when the short-distance communication unit 133 normally transmits and receives processing progress information and the like to and from other nearby terminal devices. Have. In addition, the short-distance communication unit 133 has a function to generate bond transfer proof data and bond receipt proof data when direct transmission / reception of processing progress information or the like is normally performed with other nearby terminal devices. Have. The confirmation / information transmission unit 132 confirms the input status of the manifest information, processing cost information, etc. input by the user and transmits the information to the server device 1, or sends various information generated by the terminal device 10 to the server device 1. Has a function to send to. The short-distance communication unit 133 has a function of directly transmitting and receiving processing progress information and the like to and from other nearby terminal devices. Further, the short-distance communication unit 133 has a function of determining whether or not the transmission / reception is normally performed. The information receiving unit 134 has a function of receiving various information transmitted from the server device or the like to the terminal device 10. The information display unit 135 has a function of displaying various information on the display screen 107.

The connection re-execution unit 136 has a function of attempting to reconnect to the communication network by operating in cooperation with the confirmation / information transmission unit 132 when the terminal device 10 cannot connect to the communication network due to a communication failure.

The IC tag reading unit 137 has a function of reading waste identification information, manifest information, processing cost information, etc. stored in the IC tag.

The optical reading unit 138 has a function of reading the code of the identification information generated by the code generation means.

Similarly, the terminal device 20 includes at least an information input unit 231, a confirmation / information transmission unit 232, a short-distance communication unit 233, an information reception unit 234, and an information display unit 235. The connection re-execution unit 236, the IC tag reading unit 237, and the optical reading unit 238 may be provided.

As the function of the terminal device 20, the function shown in FIG. 5 can be adopted to the extent necessary.

[Execution processing]
Next, the execution process in the first embodiment of the present invention will be described.

The following explanation describes the standard treatment flow of industrial waste for which manifest issuance or electronic manifest registration is obligatory, that is, industrial waste discharge, collection and transportation, intermediate disposal, and collection and transportation of post-treatment waste. , Assuming final disposal. In the following description, unless the manifest and the electronic manifest are particularly distinguished, the manifest means the electronic manifest, the manifest delivery means the electronic manifest registration, and the manifest delivery number means the electronic manifest registration number. .. Further, it is assumed that the discharger is assumed to be the user of the terminal device 10 and the collection / transportation / disposal company is assumed to be the user of the terminal device 20 as a user of the collection / transportation / disposal company.

In the following description, "treatment progress information" is a combination of manifest information and manifest status information that is updated according to the progress of waste treatment that progresses each time waste is passed between businesses. It shall refer to the information. Further, the manifest information and the manifest status information are appropriately written or read out and used in the processing progress information storage unit 125 of the server device 1. If there is no explanation about the flow of electronic manifest information or the flow of electronic manifest management system, Patent Document 2, Non-Patent Document 1, etc. shall be referred to.

In the following description, "processing cost information" refers to the processing cost of waste paid to the processing company by processing the waste, and the transfer and / or acquisition of the claim corresponding to the processing cost paid. Based on various certification data received by the server device 1, when the waste is delivered, the claim corresponding to the processing cost is directly transferred from the terminal device of the waste delivery company and the waste is received. It shall be stored as directly acquired in the terminal device of the trader and updated sequentially. However, the right holder is a company that manages each terminal. Further, the processing cost information is appropriately written or read out and used in the processing cost information storage unit 126 of the server device 1.

In the following description, the "deposit information" is related to the deposit deposited by the waste discharger to pay the waste disposal cost, and is also included in the various certification data received by the server device 1. Based on this, the information is associated with the terminal device so that payment can be processed from the deposit. Further, the deposit information is appropriately written or read out and used in the deposit information storage unit 127 of the server device 1.

[Pre-input of manifest information and processing cost information]
First, the execution flow of pre-input of manifest information and processing cost information before waste discharge by the discharger will be described. FIG. 6 is a flowchart of execution processing corresponding to at least one of the embodiments of the present invention. Further, FIGS. 7A to 7C are examples of table diagrams showing processing progress information, processing cost information, and deposit information database corresponding to at least one of the embodiments of the present invention. The discharger shall conclude a waste treatment consignment contract with the collection / transportation / disposal company in advance in accordance with the statutory format, and then consign the waste to be treated by type (item), quantity (including unit), treatment method, and treatment. Arrange the charges etc.

Here, even if the collection and transportation company and the disposal company work concurrently, it is legally required that the collection and transportation consignment and the disposal consignment be separate processing consignment contracts. Therefore, it is necessary to determine the collection and transportation costs and the disposal costs separately. Generally, the treatment cost is a unit price contract according to the type of waste, treatment method and measurement unit.

Next, the discharger inputs manifest information (processing progress information) including the type, quantity, and processing method of waste and processing cost information from the input device 110 using the terminal device 10 (step S101).

The terminal device 10 receives the operation of the discharger who is the user of the terminal device 10 by the information input unit 131, then confirms the input status by the confirmation / information transmission unit 132 (step S102), and informs the user of the input information. Requests transmission permission to the server device 1 (step S103). At that time, the confirmation result may be displayed on the display screen 107 of the terminal device 10.

When the discharging company permits the transmission of the input information, the terminal device 10 transmits the manifest information and the processing cost information received by the information input unit 131 to the server device 1 by the confirmation / information transmission unit 132 (step S104). ).

The server device 1 receives manifest information, processing cost information, and terminal ID information of the terminal device 10 from the terminal device 10 in the receiving unit 121 (step S105). At this time, information such as a processing consignment contract is registered in the server device 1 in advance, and the registered information is collated with the information received from the terminal device 10 to check whether the received information is correct or not. It may be designed so that it can be confirmed.

Based on the information received by the receiving unit 121, the server device 1 stores the processing progress information storage unit 125 in the processing progress information storage unit 125, and the processing cost information storage unit 126 stores the processing progress information database. The information update unit 122 updates the stored processing cost information database that stores information about the processing cost (step S106). Specifically, the information update unit 122 writes "discharge reserved" in the classification of the discharger of the corresponding manifest issuance number in the processing progress information database. In addition, in the processing cost information database, "Settlement reserved" is written in the category of the discharging company of the corresponding manifest issuance number. Here, the manifest information is stored in the processing progress information database and simultaneously transmitted to JWNET (step S107).

[Deposit of processing costs]
Next, the execution flow in the deposit of the deposit for the settlement of the processing cost will be described. An account for settlement of processing costs (hereinafter referred to as "deposit account") is opened at a financial institution, etc., and the amount equivalent to or greater than the amount of processing costs is used as a payment method for the discharging company. It can be deposited in advance. FIG. 8 is a flowchart of execution processing corresponding to at least one of the embodiments of the present invention. The discharging company operates the input device 110 of the terminal device 10 to move or grant an amount to be applied to the processing cost or more from the deposit account or the like opened by the discharging company to the deposit account. Enter the deposit instruction (step S201). The terminal device 10 that receives the deposit instruction by the discharging company generates the deposit instruction information instructing the method of moving or giving the payment means, and the confirmation / information transmission unit 132 transmits the deposit instruction information to the payment means of the financial institution or the like. It is transmitted to the system 70 (step S202).

The settlement means system 70 of a financial institution or the like receives the deposit instruction information (step S203) and updates the balance of the deposit account (step S204). When the balance of the deposit account is updated, the settlement means system 70 transmits the deposit balance data to the server device 1 (step S205). The server device 1 receives the deposit balance data by the receiving unit 121 (step S206). Then, the server device 1 stores the deposit balance in the processing cost information database of the processing cost information storage unit 126 based on the deposit balance data received by the confirmation determination unit 123 in the receiving unit 121. Compare with the forehead (step S207). If it is determined that the deposit balance is the same as the processing cost or exceeds the processing cost, the information update unit 122 statuses the deposit information storage unit 127 in the category of the discharging company of the deposit information database. Is updated to "Deposited", and the amount of the deposited processing cost is recorded in the deposit information database as the settlement amount (step S208). If the processing cost obligations related to multiple processing consignment contracts have not been settled, the deposit balance will be applied in order from the processing cost obligations related to the manifest delivered earlier, and it will be judged whether or not it is "deposited". ..

The processing cost may be deposited each time the waste is discharged, but it is more preferable to deposit the estimated amount for a certain period in advance.

[Transmission and reception by short-distance communication means at the time of delivery]
Next, the execution flow at the time of delivery of waste will be described. FIG. 9 is a flowchart of execution processing corresponding to at least one of the embodiments of the present invention. The discharger registers the manifest information and the processing cost information in the server device 1 via the terminal device 10 in advance, and then at the waste discharge place or storage place, the collection / transportation vehicle of the collection / transportation / disposal company, etc. Hand over the waste to. At this time, at about the same time, the discharging company associates the same manifest information and processing cost information as those registered in advance with each other (step S301), and then connects the short-range communication unit 133 provided in the terminal device 10. It is used to directly transmit to the terminal device 20 carried by the collection / transportation / disposal company (step S302).

That is, the terminal device 10 carried by the discharger is a terminal device owned by the collection / transportation company or the disposal company in the short-distance communication unit 133, in which the information related to the processing consignment contract this time is associated with the manifest information and the processing cost information. It transmits directly to the short-range communication unit 233 of 20.

Here, the manifest information and the processing cost information are collated with each other in advance, and are associated with each other by the control unit 101. Specifically, the contents included in the manifest information and the contents included in the processing cost information regarding the parties to the processing consignment contract, the type, quantity, transportation method, transportation route, disposal method, disposal location, etc., are mutually exclusive. Confirmation is made to see if they are different. Then, when both are normally collated, the manifest information and the processing cost information are associated as one. The association between the manifest information and the processing cost information may be configured to be performed by the control unit 101 of the terminal device 10 or may be performed by the control unit 11 of the server device 1.

Upon receiving the direct transmission of the information associated with the manifest information and the processing cost information from the terminal device 10, the terminal device 20 directly receives the information associated with the processing progress information and the processing cost information in the short-distance communication unit 233. (Step S303). Then, the received information is stored in the storage unit 103 or the like of the terminal device 20. The short-distance communication units 133 and 233 have a function of determining whether or not the direct transfer of information has been normally performed between the terminal devices (step S304), and when the terminal devices 10 and 20 perform the direct transfer of information. When the delivery is completed normally, the information input units 131 and 231 generate the delivery certification data in the terminal devices 10 and 20, respectively (step S305).

When it is confirmed that the delivery certification data has been generated for each of the terminal device 10 and the terminal device 20, the terminal device 10 uses the information input unit 131 based on the information associated with the manifest information and the processing cost information. Generate the claim transfer proof data for the collection and transportation start claim, which is the claim related to the start of collection and transportation (step S306). Further, the terminal device 20 generates the claim receipt proof data for the collection / transportation start claim based on the information associated with the processing progress information and the processing cost information directly received from the terminal device 10 by the information input unit 231. (Step S307). Here, the collection and transportation start claim is a claim related to the collection and transportation cost that is transferred when the collection and transportation starts, and the ratio is set in advance by a contract within the range of 0% to 100% of the collection and transportation cost. In addition, the collection and transportation start claim will not be extinguished even if the collection and transportation is not completed for some reason. The same applies to the disposition start claim, which will be described later.

Next, the terminal device 10 transmits the delivery certification data and the credit transfer certification data to the server device 1 by the confirmation / information transmission unit 132 (step S308). On the other hand, the terminal device 20 confirms and confirms the delivery proof data and the claim receipt proof data in addition to the information associated with the manifest information and the processing cost information directly received from the terminal device 10 by the short-distance communication unit 233. (Step S309).

The server device 1 receives these data by the receiving unit 121 (step S310). Further, the server device 1 reads the processing progress information and the processing cost information already written in the processing progress information database and the processing cost information database from the respective databases in the confirmation determination unit 123, and manifest information received by the receiving unit 121. And collate with the processing cost information (step S311). If the collated information does not match (No in step S312), the transmission unit 124 transmits an error message to the terminal devices 10 and 20 (step S313). If the collated information matches (Yes in step S312), the information update unit 122 updates the statuses of the processing progress information database and the processing cost information database (step S314).

Here, the status of the processing progress information database is updated from "emission reserved" to "emission completed" in the classification of the emission company. In addition, in the classification of collection / transportation / intermediate disposal companies, the processing progress is written as "start" of collection / transportation.

In addition, the status of the processing cost information database is updated from "settlement reserved" to "transferred" in the classification of the discharging company. In addition, in the category of collection / transportation / intermediate disposal companies, the status of loan transfer is written as "acquisition of starting loan".

[Temporary deposit]
Next, the provisional deposit of the deposit will be described. The server device 1 updates the status of the processing progress information database and the processing cost information database by the information updating unit 122, and at the same time, the deposit information database stored in the deposit information storage unit 127 based on the determination by the confirmation determination unit 123. Update. First, in the server device 1, the status of the processing progress status in the classification of the discharger of the processing progress information database and the collection / transportation company / disposal company is "discharged" and "start" of collection / transportation, respectively. When the status of the loan transfer information in the processing cost information database discharger and collection / transportation / disposal company is "transferred" and collection / transportation "started loan acquisition" (when the ratio of transferred loans is 0%) Including), the confirmation determination unit 123 determines whether or not the status in the category of the discharging business operator of the deposit information database is "deposited". If the status is not "deposited", the information update unit 122 writes the status of the deposit information in the category of the discharging business operator of the deposit information database as "temporary deposit". In the deposit information database, when the status of the deposit information of the discharging company is "temporary deposit", the discharging company entrusts the disposal of waste with the deposit balance of the deposit account insufficient. It can be said that it is in a state.

The server device 1 receives the deposit balance data from the settlement means system 70 of a financial institution or the like, and when the confirmation determination unit 123 confirms that the deposit account balance exceeds the processing cost amount, the information is displayed. The update unit 122 updates the status of the discharger of the deposit information database from "temporary deposit" to "deposited".

In the embodiment of the present invention, the settlement information related to the "temporary deposit" of the deposit is managed on the deposit information database of the server device 1, but the temporary deposit is performed by the deposit account of a financial institution or the like. It may be done by overdraft (credit provision). In this case, if the confirmation determination unit 123 of the server device 1 determines that the deposit balance is insufficient, the transmission unit 124 corresponds to the amount required for temporary deposit to the settlement means system 70 of a financial institution or the like. Send provisional deposit request data to request overdraft (credit grant). When the server device 1 is notified that the settlement means system 70 of a financial institution or the like has overdrafted (credit provided) the deposit account in response to the request for provisional deposit, the server device 1 uses the deposit information. Correct the status of the deposit information in database 4 to "deposited".

[End of collection and transportation and start of disposal]
Next, the execution flow when the collection and transportation by the collection and transportation / disposal company is completed and the waste is delivered from the collection and transportation vehicle or the like to the disposal site where the waste is disposed of will be described. FIG. 10 is a flowchart of execution processing corresponding to at least one of the embodiments of the present invention. The collection / transportation / disposal company inputs information regarding the end of collection / transportation and the start of intermediate disposal to the terminal device 20 from the input device 110 of the terminal device 20 (step S401). Upon receiving the input from the user, the terminal device 20 causes the confirmation / information transmission unit 232 to perform processing progress information and processing toward the server device 1 based on the input information regarding the end of collection and transportation and the start of intermediate disposal. The expense information is transmitted (step S402).

The server device 1 receives the processing progress information and the processing cost information related to the end of collection and transportation and the start of intermediate disposal in the receiving unit 121 (step S403), and the confirmation determination unit 123 delivers the waste at the start of collection and transportation. The processing progress information and the processing cost information updated in step 1 are read from the processing progress information database and the processing cost information database, respectively, and collated with the processing progress information and the processing cost information received by the receiving unit 121 (step S404). If the collated information is not consistent (No in step S405), the transmission unit 124 transmits an error message to the terminal device 20 (step S406). If the collated information is consistent (Yes in step S405), the server device 1 updates the processing progress information database, the processing cost information database, and the deposit information database by the information updating unit 122 (step S407).

Here, the information updating unit 122 updates the status in the collection / transportation category of the processing progress information database to "end" in the collection / transportation category, and updates the status in the disposal category to "start" in the intermediate disposal. In addition, the status of the processing cost information database is recorded as "transferred" for the collection and transportation end claims and "transferred" for the interim disposal start claims for the classification of the discharging company, and collection and transportation for the collection and transportation company classification. "Acquisition of end-of-life loans" and "Acquisition of start-up loans" for interim disposal of disposal companies In addition, write "Settlement reservation" in the status of the collection and transportation company classification in the deposit information database.

Here, the collection and transportation end claim is a claim of the collection and transportation cost that is transferred when the collection and transportation is completed, and is a claim of the amount obtained by subtracting the amount of the collection and transportation start claim from the amount of the collection and transportation cost. In addition, the interim disposition start claim is a claim for disposal costs that is transferred when the interim disposition starts.

[End of intermediate disposal]
Next, the execution flow when the intermediate disposal is completed by the collection / transportation company or the disposal company will be described with reference to FIG. The collection / transportation company or the disposal company inputs the processing progress information regarding the end of the intermediate disposal to the terminal device 20 by the input device 110 of the terminal device 20 (step S401). When the information input unit 131 receives the input from the user, the terminal device 20 uses the confirmation / information transmission unit 132 to send the processing progress information and the processing cost information to the server device 1 based on the information input by the user. Transmit (step S402).

The server device 1 receives the processing progress information and the processing cost information regarding the end of the intermediate disposal in the receiving unit 121 (step S403), and the confirmation determination unit 123 updates the processing progress information at the end of collection and transportation and the start of the intermediate disposal. And the processing cost information is read from the database and collated with the processing progress information and the processing cost information received by the receiving unit 121 (step S404). Then, if the collated information is not consistent (No in step S405), an error message is transmitted from the transmission unit 124 to the terminal device 20 (step S406), and if the collated information is consistent (step S405). Yes), the information update unit 122 updates the status in the disposal category of the processing progress information database to "finished" of the intermediate disposal. In addition, regarding the status of the processing cost information database, record "transfer" of the interim disposal end loan in the category of the discharging company, and write "acquisition of end loan" of the interim disposal in the collection / transportation / disposal company category. .. Further, the status in the collection / transportation / disposal company category of the deposit information database is updated to "Settlement reservation" for the intermediate disposal cost (step S407).

Here, the interim disposition end claim is a claim for disposal costs that is transferred when the interim disposition is completed, and is a claim for which the amount of the interim disposition start claim is subtracted from the amount of the disposal cost claim.

In the above, it was explained that the collection / transportation / disposal company performs the intermediate disposal, but when the collection / transportation / disposal company performs the final disposal, the description related to the "intermediate disposal" in the above explanation is replaced with "final disposal". Then, execute the same flow.

[End of final disposal]
When the collection / transportation / disposal company is a company that consistently performs collection / transportation, intermediate disposal, and final disposal, the collection / transportation / disposal company waits for the end of the final disposal, and the collection / transportation / disposal company uses the input device 110 of the terminal device 20 to perform. The processing progress information regarding the end of the final disposal is input, and the processing progress information and the processing cost information are transmitted to the server device 1 by the confirmation / information transmission unit 232.

When the collection / transportation / disposal company performs only intermediate disposal and outsources the final disposal to another company, wait for the final disposal company to report the completion of the final disposal, and then use the input device 110 of the terminal device 20. , The processing progress information regarding the end of the final disposal is input, and the processing progress information and the processing cost information are transmitted to the server device 1 by the confirmation / information transmission unit 232.

The server device 1 receives the processing progress information and the processing cost information regarding the end of the final disposal in the receiving unit 121, collates with the processing progress information and the processing cost information updated last time by the confirmation determination unit 123, and then collates the information. If the information is consistent, the information update unit 122 writes "end" of the final disposal and "acquisition of the end claim" of the final disposal in the status of the classification of the final disposal company in the processing progress information database and the processing cost information database, respectively.

[Settlement of processing costs]
Next, the execution flow in the settlement of the processing cost will be described. FIG. 11 is a flowchart of execution processing corresponding to at least one of the embodiments of the present invention. When the information update unit 122 of the server device 1 writes that the status of the processing progress information database is "finished" of the final disposal in the classification of the final disposal company, the confirmation determination unit 123 indicates that the status of the deposit information database is the discharger. It is confirmed whether or not it is "deposited" in the classification of (step S601). If it is "deposited" (Yes in step S602), the server device 1 is the instruction information for requesting the settlement means system 70 of a financial institution or the like to settle the processing cost by the transmission unit 124. A certain processing cost settlement request data is transmitted (step S603). When the status of the deposit information database is "temporary deposit" in the classification of the discharging company (No in step S602), the server device 1 deposits the terminal device 10 owned by the discharging company. The deposit deposit request information, which is the information for requesting the deposit of gold, is transmitted (step S604).

The settlement means system 70 of a financial institution or the like receives processing cost settlement request data (step S605), and based on the received data, settles a series of processing costs related to the processing consignment contract (settlement means between deposit accounts). (Transfer) is executed (step S606), and the settlement report data is transmitted to the server device 1 (step S607). The server device 1 receives the settlement report data from the payment means system 70 at the receiving unit 121 (step S608), and classifies the deposit information database as a collection / transportation / intermediate disposal company, a final disposal company, etc. Each of the statuses that are set to is updated to "Settled" (step S609). Then, the server device 1 transmits the settlement report data to the terminal devices 10 and 20 by the transmission unit (step S610). The terminal devices 10 and 20 receive the payment report data in the information receiving units 134 and 234, respectively (step S611), and display the payment report data on the display screen by the information display unit 135 and the information display unit 235 (step S612). ). With the above, the execution flow related to the settlement of the processing cost is completed.

[Information processing in database]
Next, the processing progress information database, the processing cost information database, and the deposit information database according to the first embodiment of the present invention will be described. FIG. 7A is a diagram showing a processing progress information database corresponding to one of the embodiments of the present invention. In the processing progress information database 200, for the manifest delivery number 201, the manifest parent manifest delivery number 202, IC tag / bar code information 203, discharger, collection / transportation company, intermediate disposal company, final disposal company, etc. are disposed of. Categories 205, 206, 207, 208, 209, etc. for the person in charge of material processing or the area in charge are associated. Further, as shown in the category column of 204, the ID information of the terminal device used or carried by the person in charge is registered in advance in the categories 205, 206, 207, 208, 209 of the person in charge or the area in charge. The waste processing progress status is configured to be stored and updated according to the processing progress in association with the ID information. The server device 1 receives processing progress information including manifest information or waste delivery certification data from a terminal device carried by a discharger, a collection / transportation company, or an intermediate / final disposal company, and the information update unit performs it at any time. , Update the waste disposal progress status corresponding to the manifest issuance number. A unique code is assigned to each business operator related to discharge, collection and transportation, intermediate and final disposal, and in the database, business information such as business name, head office location, etc. is managed by the code, and the person in charge and the terminal. It can be associated with the ID of the device or the like. If the business operator is a licensed business operator with a permit for industrial waste treatment business, the unified number used by the regulatory agency for the permit may be used instead of the unique code. When using a business code, it is necessary to create a business code table for each business category such as a discharger, a collection and transportation company, save it in the storage, and always update it to the latest state. The licensee code table can also be updated by connecting to an externally trusted permit information database, if any.

FIG. 7B is a diagram showing a processing cost information database corresponding to one of the embodiments of the present invention. In the processing progress information database 300, for the manifest delivery number 301, the manifest parent manifest delivery number 302, IC tag / bar code information 303, discharger, collection / transportation company, intermediate disposal company, final disposal company, etc. are disposed of. Categories 305, 306, 307, 308, 309, etc. for the person in charge of material processing or the area in charge are associated. Further, as shown in the division column of 304, the ID information of the terminal device used or carried by the person in charge is registered in advance in the divisions 305, 306, 307, 308, 309 for the person in charge or the area in charge. In association with the ID information, the amount of waste disposal costs is stored in correspondence with the information on the transfer of claims and / or the acquisition of claims related to waste disposal, and is configured to be updated according to the progress of processing. ing.

FIG. 7C is a diagram showing a deposit information database corresponding to one of the embodiments of the present invention. In the deposit information database 400, for the manifest delivery number 401, the manifest parent manifest delivery number 402, IC tag / bar code information 403, discharger, collection / transportation company, intermediate disposal company, final disposal company, etc. are disposed of. Classifications 405, 406, 407, 408, 409, etc. for the person in charge of material processing or the area in charge are associated. Further, as shown in the division column of 404, the ID information of the terminal device used or carried by the person in charge is registered in advance in the divisions 405, 406, 407, 408, and 409 for the person in charge or the area in charge. It is configured so that the deposit status of the deposit for settlement of the waste disposal cost and the settlement status of the disposal cost by the deposit are stored and updated in association with the settlement amount.

[Business continuity in the event of a communication failure]
In the present embodiment, the terminal devices 10 and 20 preferably include connection re-execution units 136 and 236 as business continuity means in the event of a communication failure. When each terminal device cannot connect to the communication network 60 due to a communication failure, for example, a case where waste is delivered in a place where radio waves do not reach, such as an underground room or a remote place, a communication device of a mobile communication vendor due to a wide area disaster, a wide area power outage, etc. It is assumed that there will be a failure, a system failure at the mobile communication vendor, and a system outage for maintenance and inspection. Here, the terminal devices 10 and 20 operate the connection re-execution units 136 and 236 in cooperation with the confirmation / information transmission units 132 and 232, so that even if a problem such as a communication failure occurs, waste is generated. Enables delivery work.

That is, the confirmation / information transmission unit 132 transmits the manifest information and the processing cost information to the server device 1 as described above, but each terminal device may not be able to connect to the communication network 60. In such a case, the terminal devices 10 and 20 cannot transmit data to the server device 1. Therefore, the connection re-execution units 136 and 236 operate in cooperation with the confirmation / information transmission units 132 and 232 to confirm whether the terminal devices 10 and 20 and the communication network 60 are connected, and the connection is established. If it cannot be done, after a certain period of time, the confirmation / information transmission units 132 and 232 try to connect to the communication network 60 again. Further, the confirmation / information transmission units 132 and 232 have a function of determining whether or not the transmission of data to the server device 1 has been completed normally. The terminal devices 10 and 20 operate the connection re-execution units 136 and 236 in cooperation with the confirmation / information transmission units 132 and 232, respectively, so that the determination function normally ends the transmission of information to the server device 1. The operation related to the reconnection by the confirmation / information transmission units 132 and 232 is continued. By providing such a configuration, for example, even when the terminal devices 10 and 20 cannot be connected to the communication network 60, the short-range communication units 133 and 233 directly pass information between the two terminal devices, resulting in a communication failure or the like. By transmitting the data to the server device 1 after the recovery of the data, the waste delivery business can be continued without delay regardless of the communication failure or the like.

[IC tag reading means]
In the present embodiment, the IC tag is used as waste or its processing when inputting the manifest information and the processing cost information to the terminal device, or when transmitting and receiving the manifest information and the processing cost information between the terminal devices at the time of waste delivery. It may be used by pasting it on a container or the like. An IC tag is a small electronic device that operates by receiving radio waves, and is also called an RFID tag. Moreover, you may use an IC card (card-ized RFID device).

When an IC tag is used for inputting information to a terminal device or transmitting / receiving information between terminal devices, it is preferable to provide an IC tag reading unit as a function of the terminal device. The IC tag reading function is often provided as a function of a smartphone. Therefore, when a smartphone is used as a terminal device, the function can also be used. In addition, since IC tag readers are also generally sold as attachments for mobile phones, smartphones, tablet terminals, personal computers, etc., they can also be used. The IC tag reader also includes a reader / writer machine having a writer function for storing information in the IC tag. Each terminal device may be configured to be used by being connected to a gate system that reads the IC tag while it is loaded on a collection / transportation vehicle or the like. In addition, when combined with 5G (5th generation mobile communication), it is possible to read information from multiple RFID devices at the same time, and it is also possible to operate all things under IoT technology that connects to the Internet. become.

In order to input information to the terminal device or send / receive information between the terminal devices using the IC tag, the manifest information and processing cost information are stored in the IC tag by the time the waste is discharged. , It is preferable to attach it to the waste or the container of the waste, or carry it to a vehicle or the like that carries the waste.

When reading the information stored in the IC tag instead of inputting the manifest information and the processing cost information, instead of inputting the manifest information, the processing cost information, etc. by the input device 110 of the terminal device 10 of the discharging company, the IC The manifest information and processing cost information stored in the tag are read by the IC tag reading unit 137.

Further, the manifest information and the processing cost information input by the input device 110 of the terminal device 10 may be stored in the IC tag. In this case, the terminal device 10 is provided with an IC tag writing means.

When passing the manifest information and processing cost information directly between the terminal devices using the short-distance communication unit of the terminal device, instead of using the IC tag, the delivery is witnessed at the waste delivery place. The two terminal devices 10 and 20 read the manifest information and the processing cost information stored in the IC tag in advance by the IC tag reading units 137 and 237 at substantially the same time, and the information read by each terminal device is read by the server. Send to device 1. In the server device 1, the receiving unit 121 receives the manifest information and the processing cost information read from the IC tags by the terminal devices 10 and 20, respectively, and the confirmation determination unit 123 receives the information of the same IC tag at the same place at substantially the same time. Identify if it was read and sent. With such a configuration, the server device 1 is designed so that the delivery proof data, the claim transfer proof data, and the claim receipt proof data are generated without passing information between the terminal devices by the short-distance communication unit. Is possible.

The above method can also be realized by a method using a code generation means and a code reading means. However, the information capacity that can be stored in the code must have sufficient capacity to store the manifest information and processing cost information.

[GPS coupling]
In the present embodiment, at the time of delivery of waste, it is possible to authenticate whether or not the delivery was performed in the presence of the parties to the delivery by coupling between the terminal devices by GPS. GPS is a global positioning system that calculates the position on the earth where radio waves are received by using the arrival time difference of radio waves emitted from at least three semi-synchronous satellites (satellite that orbits the earth twice a day). Therefore, since the position information of each terminal device can be specified with an extremely small error, it is possible to identify the two closest terminal devices by using GPS.

Here, the parties who deliver the waste are sufficiently close to each other, such as by superimposing the two terminal devices 10 and 20 witnessing the waste delivery place, and confirming and transmitting information on the two terminal devices 10 and 20. Units 132 and 232 transmit the ID information and GPS information of each terminal device to the server device 1, respectively. The server device 1 identifies the ID information and GPS information of the terminal devices 10 and 20 received by the receiving unit 121 in the confirmation determination unit 123, and the authentication unit 128 couples the two terminal devices at the waste delivery place. Authenticate what has been done.

After the coupling of the two terminal devices is authenticated, the manifest information, processing cost information, etc. are transmitted and received between the two terminal devices coupled via the communication network 60 without using the short-distance communication unit. Even if the above is performed, it is possible to prove that the delivery of the waste was carried out in the presence of the parties involved in the delivery.

[Optical coupling]
In the present embodiment, the coupling of the two terminal devices may be carried out by using a code generation means and a code reading means (optical reading unit 138). As the code, for example, a bar code, a two-dimensional code (including a two-dimensional bar code), a QR code (registered trademark), and the like can be used, but the code is not limited thereto. As the code generation means, for example, a device or a program capable of generating arbitrary information as a code can be used. Further, as the code reading means, a device, a program, or the like that optically reads information from the code by combining camera shooting or the like and image processing or the like can be used, but the code reading means is not limited thereto.

One terminal device generates and displays a code of the ID information of the terminal device on the display screen 107 by the code generation means, and the other terminal device reads the code by the code reading means (optical reading unit 138) and IDs. The information is returned and transmitted to the server device in association with the ID information of the other terminal device, the server device identifies in the confirmation determination unit 123 that the code has been exchanged by the two terminals at approximately the same time, and the code is exchanged. Authenticate the coupling of the terminal device. With such a configuration, even if manifest information, processing cost information, etc. are transmitted and received between the terminal devices via the communication network 60 without using the short-distance communication unit, the waste can be delivered. It is possible to prove that it was done in the presence of the parties concerned.

Further, the coupling between the terminal devices using GPS or a code may be operated with a release condition such as release after a certain period of time or release after moving from the coupled place by a certain distance or more.

[View information]
In the present embodiment, processing progress information, processing cost information, deposit information, and the like may be viewed from the terminal device. The viewing of processing progress information, processing cost information, deposit information, and the like in this embodiment will be described below. The discharger and the collection / transportation / disposal company can request the server device 1 to view the processing progress information, the processing cost information, the deposit information, and the like from the terminal device 10 or 20. The server device 1 receives the browsing request from the terminal device 10 or 20 in the receiving unit 121, collates the ID information of the terminal device with the confirmation determination unit 123, and then obtains the information to be browsed from each database. Search and send the search result to the terminal device. The terminal device 10 or 20 receives the information transmitted from the server device 1 in the information receiving unit 134 or 234, and displays the received information on the display screen 107 by the display unit 106. With such a configuration, the parties involved in the waste treatment consignment contract can check the progress of treatment, the transfer status of claims and debts related to the treatment cost, and the settlement status from their respective terminal devices as appropriate. It will be possible.

In the first embodiment, the "manifest information" includes the items described in each item of Article 8-21 of the Waste Management Law Enforcement Regulations and the items described in each item of Article 8-32 of the Enforcement Regulations.

In the first embodiment, the "short-range communication means" means, for example, Wi-Fi (registered trademark), Bluetooth (registered trademark), FeliCa (registered trademark), NFC (Near Field Communication), infrared communication, and mobile. Examples include communication between terminal devices using body communication technology, communication methods using code generating means and code reading means, and the like. In addition, as communication between terminal devices using mobile communication technology, using mobile communication technology of 5G (fifth generation mobile communication) or higher, the terminal device is between a specific terminal device or IC tag in the vicinity. You may try to communicate directly with.

In the first embodiment, the "settlement means" includes, for example, a settlement deposit (checking deposit, ordinary deposit, etc.), but is not limited to a settlement deposit as long as it can be used for settlement. .. As payment methods, in addition to settlement deposits, various payment methods such as debit cards, credit cards, electronic money, and cryptographic assets can be used. Of these, a debit card is a payment method linked to the balance of bank deposits, a credit card is a payment method that provides credit for a certain amount and for a certain period of time in excess of the balance of bank deposits, and electronic money is It is a payment method that is exchanged for cash in advance and used in place of cash, and crypto assets (also called cryptocurrencies, virtual currencies, etc.) are issued regardless of the statutory currency issued by the central banks of each country. It is a payment method.

In the first embodiment, "depositing a settlement means" includes, for example, a transfer from an account of the settlement means to a deposit account, but remittance, transfer, credit provision, and the like to the deposit account. It may be a method of moving or granting a payment means, and is not limited to a transfer to a deposit account.

In the present embodiment, the electronic manifest system as described in Patent Document 2 having a false manifest prevention function is integrated from waste discharge to primary collection and transportation, intermediate disposal, secondary collection and transportation, and final disposal. It is possible to realize a waste treatment payment information management system that links an electronic payment system. In addition, due to the synergistic effect of interlocking, it cannot be realized by simply using the electronic manifest system and the electronic payment system together, or by simply linking the electronic manifest system and the electronic payment system at the time of confirming the completion of processing. It is now possible to add the function of "money match", and compared to the case where each system is used alone or linked at the time of confirmation of the end of processing, both the false manifest prevention effect and the default prevention effect are dramatically improved. It is possible to solve the problem of default due to illegal dumping and other improper disposal without using other means such as field surveys.

In the present embodiment, the progress of processing of the waste delivered from the discharge source can be confirmed as appropriate, and at the same time, the terminal device is discarded by the short-distance communication means provided in the terminal devices of the delivery source and the delivery destination. Arbitrary registration of false information in the electronic manifest system by a malicious processor or the like can be made impossible by mutual authentication at each delivery location at the same time as the delivery. This prevents the default of the contracted processor or the illegal dumping by the non-contracted processor, and the continuity of debt fulfillment from the start of collection and transportation by the discharger to the end of final disposal. It is possible to make the confirmation of the above quick and reliable. In addition, when there is a risk of default due to unauthorized change of the other party or delivery location of waste, delay in delivery or disposal, etc., for example, reminder of debt fulfillment, arrangement of alternative disposal company, notification to regulatory agency By doing such things as soon as possible, it will be possible to prevent or minimize the occurrence of damages, rumors, and environmental protection problems due to default and improper processing.

In the present embodiment, the information in which the processing progress information and the processing cost information are associated can be directly delivered to the processing company at the timing of the delivery of the waste. As a result, it becomes possible to confirm that the processor has received the consideration for the service under the processing contract without delay during the service execution, which motivates the processor to perform the service obligation in good faith. Can be given. Similarly, it is possible to dramatically increase the effect of preventing default of service obligations.

In the present embodiment, the management of the processing progress information using the electronic manifest and the management of the claims and debts and the settlement related to the processing consignment contract using the processing cost information and the deposit information can be automatically linked. Unmanned settlement work can minimize the risk of human defects and omissions, reduce settlement work costs, etc., and at the same time, falsehood and delay without using other means such as performance confirmation by field survey. It is possible to dramatically increase the effect of preventing defaults due to the above.

In the present embodiment, manifest management and processing are performed by linking the management of processing progress information using the electronic manifest and the management of claims and debts and settlement related to the processing consignment contract using the processing cost information and deposit information. It is possible to prevent the recognition of the cost and receivables of the consignment contract from being delayed from the actual waste treatment. In addition, even if the performance of the service obligations of the processing entrusted by the processing company is confirmed, the settlement can be reserved until the completion of the final disposal is confirmed, so the waste is inappropriate due to the intervention of the processing company that has no direct contractual relationship. It is possible to prevent fraudulent billing of processing and expenses.

[Second Embodiment]
Next, the outline of the second embodiment of the present invention will be described. FIG. 12 is a schematic diagram showing an outline of a waste treatment settlement information management system corresponding to at least one of the embodiments of the present invention. Hereinafter, a waste treatment settlement information management system including a server device and three terminal devices will be illustrated, and when a discharger, a collection / transportation company, and a disposal company use different terminal devices 10, 20, and 30, respectively. Will be explained. In the following description, a collection and transportation company is assumed as a user of the terminal device 20, and a disposal company is assumed as a user of the terminal device 30, and the collection and transportation company and the disposal company do not have a business side by side with each other. To do.

As the configuration of the server device 1, the configuration shown in FIG. 2 can be adopted within a necessary range. As the configurations of the terminal devices 10, 20 and 30, the configurations shown in FIG. 3 can be adopted to the extent necessary. As the function of the server device 1, the function shown in FIG. 4 can be adopted to the extent necessary.

Here, it is assumed that the terminal device 30 includes at least an information input unit 331, a confirmation / information transmission unit 332, a short-distance communication unit 333, an information receiving unit 334, and an information display unit 335 as functions. Further, as the functions of the terminal devices 10, 20 and 30, the functions shown in FIG. 5 can be adopted to the extent necessary.

Subsequently, the flow of execution processing of the waste treatment settlement information management system in the second embodiment will be described with reference to FIG. The numbers in parentheses in the following description correspond to the numbers in parentheses shown in FIG. Further, as the processing flow in the present embodiment, the flowcharts shown in FIGS. 6 and 8 to 11 can be adopted within a necessary range.

The discharger inputs the manifest information and the processing cost information into the terminal device 10 in advance and transmits the manifest information and the processing cost information to the server device 1 (processing (1) in FIG. 12). The server device 1 receives manifest information and processing cost information from the terminal device 10 and writes them to each database, and at the same time, receives deposit account balance data from the payment means system 70 of a financial institution or the like (FIG. 12 (11)). And (12) processing), the deposit information is written in the deposit information database after comparing with the processing cost information. At the time of waste discharge, the terminal devices 10 and 20 directly exchange information between the discharger and the collection / transportation company by the short-distance communication unit (processes (3) and (4) in FIGS. 12). ), Each certification data is generated and transmitted to the server device 1 (processes (1) and (5) in FIG. 13). The server device 1 receives information from the terminal devices 10 and 20, updates each database, and writes the shortage of the deposit in the deposit information database as a temporary deposit.

When the collection and transportation by the collection and transportation company is completed and the waste is delivered from the collection and transportation vehicle to the disposal company, the collection and transportation company associates the manifest information with the processing cost information by the short-distance communication unit 233 of the terminal device 20. The information is directly passed to the terminal device 30 (process (7) in FIG. 12). In response to this, the terminal device 30 directly receives the information in which the manifest information and the processing cost information are associated with each other by the short-distance communication unit 333, and stores the information in the storage unit 103 or the like. When the direct delivery of information is completed normally, the delivery certification data is generated in each terminal device at the input unit (processes (7) and (8) in FIGS. 12).

When the delivery proof data is generated in each terminal device, the information input unit 231 of the terminal device 20 generates the claim receipt proof data related to the end of collection and transportation and the claim transfer proof data related to the start of disposal. In addition, the information input unit 331 of the terminal device 30 generates the claim transfer proof data related to the end of collection and transportation and the claim receipt proof data related to the start of disposal.

The terminal device 20 transmits the delivery certification data, the credit transfer certification data, and the credit receipt certification data generated in the terminal device to the server device 1 by the confirmation / information transmission unit 232 (process (5) in FIG. 12). .. Further, in the terminal device 30, in addition to the manifest information and processing cost data directly received by the confirmation / information transmission unit 332 in the short-distance communication unit 333, the delivery proof data and the credit transfer proof data generated in the terminal device, The claim receipt proof data is transmitted to the server device 1 (process of (9) in FIG. 12). The server device 1 receives these data by the receiving unit 121, reads out the processing progress information and the processing cost information already written in the processing progress information database and the processing cost information database by the confirmation determination unit 123, and receives the receiving unit 121. If it is not consistent, an error message is transmitted to the terminal devices 20 and 30 (processes (6) and (10) in FIGS. 12). If they are consistent, the information update unit 122 writes the status of the collection and transportation company classification of the processing progress information database and the processing cost information database as "end" and "end of loan acquisition" for collection and transportation, respectively, and the disposal company. Write the status of the category as "Start" and "Acquisition of starting claim" for the interim disposition.

In the second embodiment, the contents described in the first embodiment are described for "end of intermediate disposal", "end of final disposal", "settlement of processing cost", and "information processing in database". It can be adopted within the required range.

In the second embodiment, "business continuity in the event of a communication failure", "IC tag reading means", "GPS coupling", "optical coupling", and "information browsing" are each the first implementation. The contents described in the form of can be adopted to the extent necessary. Further, in the second embodiment, "processing progress information", "processing cost information", "deposit information", "manifest information", "short-distance communication means", "payment means", and "payment means are deposited". Similarly, the contents described in the first embodiment can be adopted to the extent necessary.

In the present embodiment, the waste is sequentially delivered from the discharge source to each processing consignee, and at the same time, the terminal device is transferred to each waste delivery place by the short-distance communication means provided in the terminal device of the delivery source and the delivery destination. In addition, it is possible to make it impossible for a malicious processor or the like to arbitrarily register false information in the electronic manifest system by performing mutual authentication at the same time as the delivery. This will prevent improper disposal such as default of the contracted processor or illegal dumping by a non-contracted processor, and more reliable confirmation by the operator from the start of collection and transportation to the end of final disposal. Can be made into something.

In the present embodiment, manifest management and processing are performed by linking the management of processing progress information using the electronic manifest and the management of claims and debts and settlement related to the processing consignment contract using the processing cost information and deposit information. It is possible to prevent the recognition of the cost and receivables of the consignment contract from being delayed from the actual waste treatment. In addition, even if the performance of the service obligations of the processing entrusted by the processing company is confirmed, the settlement can be reserved until the completion of the final disposal is confirmed, so the waste is inappropriate due to the intervention of the processing company that is not directly contracted. It is possible to prevent fraudulent billing of processing and expenses.

[Third Embodiment]
Next, the outline of the third embodiment of the present invention will be described. FIG. 13 is a schematic diagram showing an outline of a waste treatment settlement information management system corresponding to at least one of the embodiments of the present invention. Hereinafter, a waste treatment and settlement information management system including a server device and five terminal devices will be illustrated as an example of a waste disposal company, a collection and transportation company A (in charge of primary collection and transportation), an intermediate disposal company, and a collection and transportation company B ( The case where different terminal devices 10, 20, 30, 40, 50 are used by the final disposal company (in charge of secondary collection and transportation) will be described. In the following description, the collection and transportation companies A and B are assumed as the users of the terminal devices 20 and 40, the intermediate disposal company is assumed as the user of the terminal device 30, and the final disposal company is assumed as the user of the terminal device 50. However, it is assumed that they do not have a business side by side with each other.

As the configuration of the server device 1, the configuration shown in FIG. 2 can be adopted within a necessary range. As the configurations of the terminal devices 10, 20, 30, 40 and 50, the configurations shown in FIG. 3 can be adopted to the extent necessary. As the function of the server device 1, the function shown in FIG. 4 can be adopted to the extent necessary. Further, the functions of the terminal devices 10, 20, 30, 40 and 50 can employ the functions shown in FIG. 5 to the extent necessary.

Subsequently, the flow of execution processing of the waste treatment settlement information management system according to the third embodiment will be described with reference to FIG. The numbers in parentheses in the following description correspond to the numbers in parentheses shown in FIG. Further, as the flow of the execution process in the present embodiment, the flowcharts shown in FIGS. 6 and 8 to 11 can be adopted within a necessary range.

The discharger inputs the manifest information and the processing cost information by the terminal device 10 in advance and transmits the manifest information and the processing cost information to the server device 1 (processing of (1) in FIG. 13). The server device 1 receives manifest information and processing cost information from the terminal device 10 and writes them to each database, and at the same time, receives deposit account balance data from the payment means system 70 of a financial institution or the like (FIG. 13 (19)). And (20) processing), the deposit information is written to the deposit information database after comparing with the processing cost information. At the time of discharging waste, the terminal devices 10 and 20 directly transmit and receive information by the short-distance communication unit between the discharging company and the collecting and transporting company A ((3) and (4) in FIGS. 13). Processing), each certification data is generated, and the generated data and the transmitted / received information are transmitted to the server device 1 (processing of (1) and (5) in FIG. 13). The server device 1 receives information from the terminal devices 10 and 20, updates each database, and writes the shortage of the deposit in the deposit information database as a temporary deposit. When the collection and transportation is completed and the waste is delivered to the intermediate disposal company, the terminal device 20 and the terminal device 30 directly deliver the information associated with the manifest information and the processing cost information by both short-distance communication units, and the information is obtained. When the delivery of the above is completed normally, the delivery certification data is generated in each terminal device in the information input unit (processes (7) and (8) in FIG. 13). Then, the terminal device 20 receives the claim receipt proof data related to the end of collection and transportation and the claim transfer proof data related to the start of intermediate disposal, and the terminal device 30 sets the claim transfer proof data related to the end of collection and transportation and the start of intermediate disposal. Generate the claim receipt proof data related to each. The terminal devices 20 and 30 transmit manifest information, processing cost information, delivery certification data, bond transfer certification data, bond receipt certification data, and the like to the server device 1 (processing of (5) and (9) in FIGS. 13). The server device 1 receives these data by the receiving unit 121, collates it with the information already written in the database, and if the information is consistent, the information updating unit 122 sets each division in each database. Update the status of.

Here, if the intermediate disposal company produces post-treatment waste that requires final disposal after treating the waste, it becomes a new discharger of the post-treatment waste, and the collection and transportation company B and the final disposal company. Conclude a processing consignment contract with a disposal company. This is no different from the case where the discharger concludes a processing consignment contract with the collection and transportation company A and the intermediate disposal company. The difference is that the manifest (secondary manifest) issued when the intermediate disposal company outsources the treatment of waste after intermediate treatment is the manifest issued when the discharger outsources the treatment of waste to the intermediate disposal company. It is a point that needs to be associated (also referred to as association) with (primary manifest or parent manifest).

Here, the end point of the intermediate disposal can be arbitrarily specified by the intermediate disposal company, but can also be automatically specified by the passage of the standard processing time. In addition, if the treated waste is discharged on the same day and the time difference between the end time of the intermediate disposal and the discharge time of the treated waste can be ignored, the discharge time of the treated waste can be set as the end time of the intermediate disposal. Good.

Regarding the method of linking the primary manifest (corresponding to the waste that the intermediate disposal company has been entrusted with disposal) to the secondary manifest (corresponding to the waste discharged by the intermediate disposal company after disposal), for example, when treating the waste. The reduction rate linking method that links based on the waste reduction rate (rate of reduction), and the waste for each intermediate disposal company or treatment facility as described in Patent Document 2. A known, standard processing time lapse method (temporal tying method) is available, in which tying is performed with the lapse of processing time.

In addition, for example, waste treated by summing the quantity of untreated waste at the time of discharge of treated waste and the quantity of incoming waste after that, and subtracting the quantity of untreated waste at the time of the next discharge. Set the standard processing amount, which is the amount of waste processed by item per month or per day of the intermediate disposal company, and the inventory method that calculates the quantity of the waste and links the primary and secondary manifests. Linking by a quantitative linking method such as the standard processing amount method, which is a method of associating the amount of waste treated by period conversion with the discharged waste after treatment, may be used. It is preferable that the series of linking methods described above are executed and arithmetically processed by the control unit 11 based on data such as manifest information stored in the processing progress information storage unit of the server device 1. By using the quantitative linking method, it is possible to realize a simple and practical linking of the primary manifest and the secondary manifest as compared with the reduction rate linking method and the temporal linking method.

Here, a method of identifying the primary manifest corresponding to the secondary manifest by the inventory method will be described. In the inventory method, as a premise, electronic manifest information is registered for each item of waste, and inventory management for each item of waste is performed by an intermediate disposal company or at an intermediate treatment facility. In addition, the waste to be treated that is registered in one manifest is only one item of waste.

For the item-specific registration of electronic manifest information, one item corresponds to one registration according to the JWNET item code table, so the amount of waste discharged by item (processing receipt) using the electronic manifest information. It is possible to grasp the amount of consignment). In addition, inventory management by item in the intermediate treatment facility for waste is obliged to indicate the storage location by item according to the Industrial Waste Storage Standards (Ministerial Ordinance Article 8), so the amount of storage by item (for each item of waste). Unprocessed inventory amount) can be grasped by inventory.

First, the intermediate disposal company obtains the storage amount for each item by inventory each time the processed waste that has been processed is secondarily discharged as a discharger. At the same time, in the period between two consecutive secondary discharges, the amount of waste brought in by the carrier by item (arrival amount by item) can be grasped by the electronic manifest (primary manifest). Calculated from the quantity. Then, in the second secondary discharge, the storage amount by item at the time of the previous secondary discharge and the arrival amount by item within the above period are totaled, and from the total amount, the later secondary discharge is performed in the second secondary discharge. Subtract the storage amount for each item at the time of discharge. In this way, the processing amount of waste by item (processing amount by item) is calculated. The formula for calculating the processing amount for each item by the inventory method is as follows.
(Number 1)
Storage amount by item at the time of the previous secondary discharge + Arrival amount by item-Storage amount by item at the time of the subsequent secondary discharge = Processing amount by item

After calculating the amount of waste by item, if there is no storage in the post-treatment waste that is secondarily discharged, that is, if the entire amount of post-treatment waste is secondarily discharged, the amount of waste by item and post-treatment disposal The secondary discharge amount of the product is linked, and the primary manifest corresponding to the processing amount for each item is specified in the secondary manifest corresponding to the treated waste to be secondarily discharged. When one item of waste is discharged as one post-treatment waste, the treatment amount for each item is treated by the first-in first-out method, and one item of waste is put into one or more primary manifests. The recorded amount of waste is associated with the processed amount for each item, and the secondary manifest corresponding to the secondary discharge amount of the treated waste is associated with the one or more primary manifests. When there are two or more secondary manifests, some primary manifests may be split and associated with two or more secondary manifests. When a plurality of items of waste are treated together or discharged as a plurality of post-treatment wastes, the quantity of the post-treatment waste to be discharged by item is discarded as the total quantity of the plurality of items in the treatment amount by item. By apportioning based on the composition ratio of each item, a plurality of primary manifests corresponding to the total quantity are made to correspond to the secondary manifest corresponding to the discharged waste by the first-in first-out method.

If the stored waste (undischarged) of the treated waste is generated during the secondary discharge, the secondary discharge of the treated waste is not at the time when the secondary discharge is actually performed, but at the time before the stored waste is generated. After correcting the secondary discharge time point so that it is set as the discharge time point, the primary manifest and the secondary manifest are associated with each other. In addition, if there are multiple items of post-treatment waste and some of the items remain as storage (unemitted) at the time of secondary discharge, the post-treatment waste of all items is secondarily discharged. After associating the primary manifest with the secondary manifest, the stored waste is stored as the associated post-treatment waste separately from other wastes, and then discharged secondarily.

Next, the association between the primary manifest and the secondary manifest by the standard processing amount method will be described. In the standard processing amount method as well, as in the inventory method, electronic manifest information is registered for each item of waste, and inventory management for each item of waste is performed by an intermediate disposal company or at an intermediate treatment facility. In addition, the waste to be treated that is registered in one manifest is only one item of waste. Compared with the inventory method, the standard processing amount method does not require inventory of untreated waste and post-processed waste for each secondary discharge, so it can be operated more practically.

In the standard treatment amount method, first, the intermediate disposal company or the intermediate treatment facility sets the standard treatment amount for each item of waste in a predetermined period. Here, as an example, a predetermined period is set as one day, and a standard daily processing amount for each item indicating the amount of waste processed in one day of an intermediate disposal company is set. Then, the processing amount for each item is calculated based on the standard daily processing amount for each item, and the primary manifest and the secondary manifest are linked.

It is preferable to calculate and use the standard daily treatment amount for each item by dividing the monthly treatment results for each item by the intermediate treatment company by the number of monthly working days of the facility. As for the monthly processing results for each item, it is possible to obtain the actual processing amount for a predetermined month of the previous year or a predetermined month based on a moving average for several years from the daily processing report of the processing facility. The formula for calculating the standard daily processing amount for each item is as follows.
(Number 2)
Standard daily processing amount by item = Monthly processing result by item ÷ Monthly facility operating days

Next, the item-specific processing amount is calculated by multiplying the item-specific standard daily processing amount calculated above by the number of facility operating days in the period between two consecutive secondary discharges. The calculation formula is as follows.
(Number 3)
Processing amount by item = Standard daily processing amount by item x Period Facility operating days

The processing of associating the primary manifest and the secondary manifest after calculating the processing amount for each item is the same as in the case of the inventory method. However, in the standard processing amount method, in the second secondary discharge, the storage amount by item at the time of the previous secondary discharge and the arrival amount by item within the above period are totaled, and the processing amount by item is subtracted from the total amount. The value of the storage amount by item (for convenience, the storage amount by item X) at the time of the subsequent secondary discharge in the second secondary discharge is the actual value of the storage amount by item (convenient). An error occurs due to the deviation from the storage amount Y for each item), and the error accumulates for each secondary discharge. Therefore, it is necessary to carry out physical inventory of the storage amount for each item on a regular basis (for example, at the end of the month) to correct the error. The error is corrected by correcting the daily standard processing amount for each item. If the item-specific storage amount Y measured by physical inventory is larger than the item-specific storage amount X calculated by calculation, the daily standard processing amount for each item is revised upward, and the item-specific storage amount Y is the item-specific storage amount X. If it is smaller, the correction range is adjusted so that the error is eliminated after a certain period (for example, after 3 months) by downwardly correcting the daily standard processing amount for each item. The formula for calculating the storage amount for each item by the standard processing amount method is as follows.
(Number 4)
Storage amount by item at the time of the previous secondary discharge + Arrival amount by item-Processing amount by item = Storage amount by item at the time of the subsequent secondary discharge

When multiple treatment methods are used for each waste item, electronic manifest information and waste inventory information are managed by treatment method and item, and the standard processing amount for each item is also classified by treatment method. Set for each item.

In addition, if the processing capacity differs depending on the item of waste to be processed even in the same processing facility, the permitted processing capacity for each item permitted for each processing facility and the processing results for each item calculated from the daily processing report, etc. are used. The standard processing amount for each item is calculated by multiplying the value apportioned for each item by the standard facility operating rate set from past results, etc., according to the ratio of the logical operating time for each item divided by the permitted processing capacity for each item. Processing capacity apportionment method by item). In addition, since there is no difference in the facility occupancy rate for each item by apportioning the permitted processing capacity for each item in consideration of the processing results for each item, there is no difference for each item in the standard facility occupancy rate. .. In addition, the error in the standard facility utilization rate can be corrected by regular physical inventory. The formula for calculating the standard processing amount for each item in the itemized processing capacity apportionment method is as follows.
(Number 5)
Permit processing capacity by item by facility x Logical processing time ratio by item by facility x Standard facility utilization rate by facility = Standard daily processing amount by item by facility

In the above formula, the total of all items in the logical processing time ratio for each facility is 1.

If there are multiple facilities with the same treatment method and the composition of the items of waste to be treated is different, the calculation is performed assuming that different treatment methods are used. Alternatively, regardless of the composition of the item, it is possible to set the standard facility utilization rate for each processing method and correct the error by physical inventory.

Returning to the description of the schematic diagram of FIG. After the intermediate disposal company specifies the end of the intermediate disposal of the waste, the terminal device 30 generates or inputs the processing progress information and the processing cost information related to the end of the intermediate disposal, and transmits the information to the server device 1 (in FIG. 13). (9) processing). The server device 1 receives the processing progress information and the processing cost information related to the end of the intermediate disposal, updates the status in the category of the intermediate disposal company in the processing progress information database to "end" of the intermediate disposal, and displays the processing cost information database. The status will be updated to "Transfer of terminated claims" for intermediate disposal in the category of emission companies and "Acquired terminated claims" for intermediate disposal for categories of collection and transportation companies and disposal companies. In addition, the status in the category of intermediate disposal companies in the deposit information database is written as "Settlement reservation" for intermediate disposal costs.

After the completion of the intermediate disposal, the intermediate treatment company becomes a new discharger, and the flow of implementation of discharging the treated waste based on the new treatment consignment contract is the above-mentioned discharge, collection and transportation, and intermediate disposal execution treatment. Follow the flow. The terminal device 30 transmits manifest information and processing cost information to the server device 1, and the server device 1 writes the received manifest information and processing cost information in each database, and at the same time, uses the deposit information database as a payment means of a financial institution or the like. Update based on the deposit account balance data received from the system 70 (processing of (19) and (20) in FIG. 13). Subsequently, the terminal device 30 directly exchanges information with the terminal device 40 carried by the collection and transportation company B by the short-distance communication unit when the waste is discharged ((11) and (12) in FIGS. 13). (Processing of (9) and (13) in FIG. 13), after generating each certification data related to the transfer of information and the transfer of claims, the data is transmitted to the server device 1. The server device receives the information and each of the above-mentioned certification data from the terminal devices 30 and 40, updates each of the above-mentioned databases, and then performs a provisional deposit process for the shortage of the deposit.

Regarding the final disposal site of waste, unless otherwise specified by the regulatory agency, storage of waste is not permitted, and it is recommended that the final disposal site be immediately landfilled after weighing and deploying the waste. It is customary. Therefore, there is no problem even if the time of arrival at the final disposal site and the time of the end of final disposal are regarded as the same. That is, the end of collection and transportation to the final disposal site, the start of final disposal, and the end of final disposal are all simultaneous on the system except in special cases.

When the collection and transportation by the collection and transportation company B is completed and the waste is delivered from the collection and transportation vehicle or the like to the final disposal site, the terminal device 40 carried by the collection and transportation company B uses the short-distance communication unit. The information associated with the manifest information and the processing cost information is directly delivered to the terminal device 50 carried by the final disposal company (processing of (15) and (16) in FIGS. 13). In response to this, the terminal device 50 receives the information in which the manifest information and the processing cost information are associated with each other by the short-distance communication unit, and stores the information in the storage unit 103 or the like. When the direct delivery of information is completed normally, the delivery certification data is generated in each terminal device in the information input unit. When the delivery certification data is generated in the terminal devices 40 and 50, the terminal device 40 generates the credit receipt certification data related to the end of collection and transportation and the credit transfer certification data related to the end of final disposal, and the terminal device 50 also generates the credit transfer certification data. Generates credit transfer proof data related to the end of collection and transportation and credit receipt proof data related to the end of final disposal.

The terminal devices 40 and 50 have delivery certification data, credit transfer certification data, credit receipt certification data, processing progress information transmitted / received by the short-distance communication unit, and processing cost information generated by the confirmation / information transmission unit. Etc. are transmitted to the server device 1 (processes (13) and (17) in FIG. 13). The server device 1 receives the information transmitted from the terminal devices 40 and 50 and the respective certification data by the receiving unit 121, and the processing progress information already written in the processing progress information database and the processing cost information database. And read out the processing cost information. Then, the receiving unit 121 collates with the received information, and if they do not match, an error message is transmitted to the terminal devices 40 and 50 (processes (14) and (18) in FIGS. 13). If they are consistent, the status of the processing progress information database and the processing cost information database is updated.

In the third embodiment, the "manifest information" includes the items described in each item of Article 8-21 of the Waste Management Law Enforcement Regulations and the items described in each item of Article 8-32 of the Enforcement Regulations. Further, in the case of an n-th order manifest including a secondary manifest, the "manifest information" includes the delivery number information (parent manifest delivery number) of the related n-1th-order manifest in addition to the above. The n-th manifest refers to a manifest issued by the n-1st disposal company for the purpose of re-disposal of post-treatment waste or consignment of final disposal when a plurality of disposal companies cooperate to dispose of the waste. By this association, the primary manifest to the nth manifest can be sequentially associated. In the present embodiment, a manifest up to the secondary is assumed, but the manifest is not limited to this.

In the third embodiment, the contents described in the first embodiment are described for "end of intermediate disposal", "end of final disposal", "settlement of processing cost", and "information processing in database". It can be adopted within the required range.

In the third embodiment, "business continuity in the event of a communication failure", "IC tag reading means", "GPS coupling", "optical coupling", and "information browsing" are each the first implementation. The contents described in the form of can be adopted to the extent necessary. Further, in the third embodiment, "processing progress information", "processing cost information", "deposit information", "manifest information", "short-distance communication means", "payment means", and "payment means are deposited". Similarly, the contents described in the first embodiment can be adopted to the extent necessary.

In the present embodiment, the waste is sequentially delivered from the discharge source to each processing consignee, and at the same time, the terminal device is transferred to each waste delivery place by the short-distance communication means provided in the terminal device of the delivery source and the delivery destination. In addition, it is possible to prevent arbitrary registration of false information in the electronic manifest system by a malicious processor or the like by performing mutual authentication substantially at the same time as delivery. This will prevent default of the contractor's debt or improper disposal such as illegal dumping by a non-contractual processor, and more reliable confirmation from the start of collection and transportation to the end of final disposal by the discharger. Can be made.

In the present embodiment, manifest management and processing are performed by linking the management of processing progress information using the electronic manifest and the management of claims and debts and settlement related to the processing consignment contract using the processing cost information and deposit information. It is possible to prevent the recognition of the cost and receivables of the consignment contract from being delayed from the actual waste treatment. In addition, even if the performance of the service obligations of the processing entrusted by the processing company is confirmed, the settlement can be reserved until the completion of the final disposal is confirmed, so the waste is inappropriate due to the intervention of the processing company that is not directly contracted. It is possible to prevent fraudulent billing of processing and expenses.

In this embodiment, it is assumed that one collection and transportation company carries out the collection and transportation of waste from the discharger to the intermediate disposal company or the collection and transportation of waste from the intermediate disposal company to the final disposal company. However, it is not limited to this. When a plurality of collection and transportation companies cooperate in collection and transportation, a plurality of vehicles, ships, etc. may cooperate, and at this time, they may go through a transshipment storage place. In such a case, the n-th order manifest is not used even if a plurality of collection / transportation companies cooperate with each other, and a plurality of collection / transportation companies, transportation methods, etc. are described in the manifest. For the flow of the electronic manifest when a plurality of collection and transportation companies cooperate via the transshipment storage site, refer to Patent Document 2 and the like.

In the present embodiment, the processing consignment contract can also be made by an electronic contract satisfying statutory requirements. In this case, if the contract information of the processing unit price is referred to by the electronic contract system, the amount of the processing cost is calculated from the information on the type and quantity of waste by the server device or the like without inputting the information related to the processing cost from the terminal device. Can be calculated automatically. Alternatively, it can be designed so that the consistency can be confirmed by collating the processing cost information input from the terminal device with the processing cost information calculated by the server device or the like. In this case, it is preferable that the server device is provided with information input means, storage means, calculation means, collation means, and the like related to the processing unit price as functions.

In the present embodiment, as the electronic payment system, it is also possible to use an existing electronic contract / billing / payment system, an electronic money transfer system, a payment system using a mobile terminal, or the like. Among the electronic payment systems, the electronic contract / billing / payment system is a system for performing contract / billing / payment work using a personal computer or a mobile terminal and an Internet or other communication method. The electronic remittance system is a system for transmitting payment means domestically or internationally, and is also used as a billing / payment system. The payment system using mobile terminals includes mobile terminals such as mobile phones, smartphones, and tablet terminals, Wi-Fi, FeliCa (registered trademark), NFC, Bluetooth (registered trademark), mobile communication between terminals, and code optics. It is a system that makes billing and payment cashless, cardless, on-site, or immediate by using short-distance communication such as reading and the Internet and other communication methods.

1 Server device 10 Terminal device 20 Terminal device 60 Communication network 70 Payment means system

Claims (11)

A waste treatment payment information management system including at least one server device and two or more terminal devices.
The first terminal device is
Progress information input means for inputting processing progress information related to waste treatment,
It is provided with a progress information transmitting means for transmitting the input processing progress information to the second terminal device.
The second terminal device is
A progress information receiving means for receiving processing progress information transmitted from the first terminal device is provided.
The first terminal device and / or the second terminal device
A means for transmitting proof data for transmitting proof data certifying that processing progress information has been transmitted from the first terminal device to the second terminal device to the server device is provided.
The server device
Proof data receiving means for receiving the transmitted proof data, and
It is equipped with a payment processing execution means that executes payment processing based on the received certification data.
The progress information input means also has a function of inputting the processing cost of the waste paid to the processor by processing the waste and the processing cost information regarding the transfer and / or the acquisition of the claim corresponding to the processing cost. ,
Progress information transmitting means and progress information receiving means
A waste disposal payment information management system that sends and receives processing cost information in association with processing progress information. The waste treatment according to claim 1, wherein the progress information transmitting means and the progress information receiving means of the first terminal device and / or the second terminal device directly send and receive processing progress information and processing cost information by short-distance communication. Payment information management system. The server device
Deposit information storage that stores the deposit information related to the deposit deposited by the waste discharger to pay the waste disposal cost in association with the processing progress information of the first terminal device and / or the second terminal device. Means and
Waste discharger and waste discharger so that settlement processing can be performed from the deposit based on the received proof data certifying that the processing progress information and processing cost information have been transmitted from the first terminal device to the second terminal device. / Or a deposit information updating means for updating the deposit information associated with the first terminal device and / or the second terminal device carried by the processor.
A processing cost information storage means for storing the processing cost information in association with the processing progress information of the first terminal device and / or the second terminal device and the deposit information.
Of the processing costs for processing by the processor of the first terminal device based on the received certification data, the claim corresponding to the processing cost for processing by the processor of the second terminal device is the first terminal. It is equipped with a processing cost information updating means for updating the processing cost information as if it was transferred from the device and acquired by the second terminal device.
The payment processing execution method is
The payment information management system for waste treatment according to claim 1 or 2, which executes payment processing based on the updated processing cost information. The server device
The external deposit management server is provided with a settlement processing requesting means for requesting settlement processing by deposit based on the deposit information updated by the deposit information updating means, and the external deposit management server executes the settlement processing. , The payment information management system for waste treatment according to any one of claims 1 to 3. The first terminal device and / or the second terminal device
A second progress information input means for inputting processing progress information regarding the end of final disposal of waste treatment,
It is equipped with a second progress information transmission means for transmitting the input processing progress information regarding the end of final disposal to the server device.
The server device
A second progress information receiving means for receiving processing progress information regarding the end of final disposal input from the first terminal device and / or the second terminal device is provided.
Claims 1 to make it possible for the settlement processing execution means to execute the settlement processing of the processing cost related to the processing of the waste completed before the end of the final disposal, provided that the processing progress information regarding the end of the final disposal is received. The payment information management system for waste treatment according to any one of 4. The progress information transmitting means of the first terminal device and / or the second terminal device
It has a function to send the input processing progress information to the server device.
Deposit information update means,
When the processing progress information is transmitted by the first terminal device, the deposit of the waste discharger stored in the deposit information storage means is the total amount of the waste disposal cost to the waste discharger. If the amount is less than the above, the amount obtained by subtracting the deposit from the total amount of the processing cost is assumed to be temporarily deposited until the settlement information management system receives the processing progress information regarding the end of final disposal. The waste disposal settlement information management system according to any one of claims 1 to 5, which updates the above and enables the transfer of the claim and / or the acquisition of the claim corresponding to the processing progress information. The first terminal device and / or the second terminal device
The settlement information for waste treatment according to any one of claims 1 to 6, further comprising a connection re-execution means for determining whether or not the connection with the server device is possible and executing the connection with the server device again when the connection cannot be established. Management system. The first terminal device and the second terminal device
Identification information acquisition means for acquiring identification information for identifying whether the waste is the waste, and
It is provided with an identification information transmission means for transmitting the identification information acquired by the identification information acquisition means to the server device.
The server device
Identification information receiving means for receiving identification information transmitted from the first terminal device and the second terminal device, and
Based on the identification information received from the first terminal device and the second terminal device, a confirmation determination means for identifying that the waste is delivered from the first terminal device to the second terminal device at substantially the same time. Prepare,
The payment processing execution method is
The invention according to any one of claims 1 to 7, wherein the settlement process is executed on the condition that the confirmation determination means specifies the delivery of the waste from the first terminal device to the second terminal device at substantially the same time. Payment information management system for waste disposal. The server device
Control unit and
As the processing progress information, a progress information storage means for storing a plurality of manifest information related to the processing of the waste including the quantity of the waste to be processed is provided.
One manifest information corresponds to the disposal of a given quantity of one item of waste.
The secondary manifest information corresponding to the post-processed waste that discharges the waste processed by the processor as the discharger (in the case where multiple disposal companies cooperate, the (n + 1) secondary manifest information for the nth disposal company) is , It is generated when the waste after processing is discharged by making the manifest information corresponding to the waste processed by the processor correspond to the manifest information by the control unit.
The untreated quantity of each item of waste held by the processor at the time of discharge of the treated waste and the manifest of each item of waste newly treated by the next discharge point. When one item of waste is discharged as one post-treatment waste based on the processing quantity obtained by subtracting the unprocessed quantity for each item held by the processor at the next discharge point from the total quantity. In the case where the waste of a plurality of items is discharged as one post-treatment waste by making the treatment quantity correspond to the first-in first-out method, the quantity of the post-treatment waste to be discharged is set to the plurality of items of the treatment quantity. By apportioning based on the composition ratio of each item of waste in the total, part or all of the predetermined amount of waste corresponding to one manifest information is after processing corresponding to one secondary manifest information. The payment information management system for waste treatment according to any one of claims 1 to 8, which specifies that the waste has been discharged. The server device
Control unit and
As the processing progress information, a progress information storage means for storing a plurality of manifest information related to the processing of the waste including the quantity of the waste to be processed is provided.
One manifest information corresponds to the disposal of a given quantity of one item of waste.
The secondary manifest information corresponding to the post-processed waste that discharges the waste processed by the processor as the discharger (in the case where multiple disposal companies cooperate, the (n + 1) secondary manifest information for the nth disposal company) is , It is generated when the waste after processing is discharged by making the manifest information corresponding to the waste processed by the processor correspond to the manifest information by the control unit.
The standard processing amount for each item, which is the processing quantity for each item of waste to be processed by the processor in a predetermined period, is set, and the standard processing amount for each item is set as the period from the discharge time of the treated waste to the next discharge time. When one item of waste is discharged as one after-processed waste based on the amount of waste processed by item, which is the quantity converted to, the amount of processed items by item is dealt with by the first-in, first-out method, so that multiple items can be processed. When the waste is discharged as one post-treatment waste, the quantity of the post-treatment waste to be discharged is apportioned based on the composition ratio of each item of the waste in the total of the plurality of items of the treatment amount for each item. By doing so, it is specified that a predetermined amount of waste corresponding to one manifest information is discharged as post-processed waste corresponding to one secondary manifest information, claims 1 to 1. The payment information management system for waste treatment according to any one of 9. A payment information management method executed by a waste treatment payment information management system including at least one server device and two or more terminal devices.
The first terminal device is
Progress information input step for inputting processing progress information related to waste treatment,
It has a progress information transmission step of transmitting the input processing progress information to the second terminal device.
The second terminal device is
It has a progress information receiving step for receiving processing progress information transmitted from the first terminal device, and has a progress information receiving step.
The first terminal device and / or the second terminal device
It has a certification data transmission step of transmitting certification data certifying that processing progress information has been transmitted from the first terminal device to the second terminal device to the server device.
The server device
The certification data reception step to receive the transmitted certification data, and
It has a payment processing execution step that executes payment processing based on the received certification data.
The progress information input step inputs the processing cost of the waste paid to the processor by processing the waste, and the processing cost information regarding the transfer and / or the acquisition of the claim corresponding to the processing cost. The progress information receiving step also serves as the input step, and the processing cost information receiving step also serves as the processing cost information receiving step.
The progress information transmission step and the progress information reception step
A payment information management method that sends and receives processing cost information in association with processing progress information.

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